From f10b544f825ac4d56d4d6e57f29bc383b905140e Mon Sep 17 00:00:00 2001 From: Vasil Saroka Date: Sat, 12 Dec 2020 17:01:05 +0300 Subject: [PATCH] TBpack-0.2.0 ElectronicStructure documentation page has been added and Hamiltonian documentation page updated. Hamiltonian options HoppingIntegrals and HoppingDistances can now be set up by pure function. Efield can also be a pure function. --- .settings/org.eclipse.core.resources.prefs | 2 + PacletInfo.m | 4 +- TBpack/DataAnalysis.m | 77 +- .../Symbols/ElectronicStructure.nb | 218212 ++++- .../ReferencePages/Symbols/Hamiltonian.nb | 654238 ++------------- TBpack/Fitting.m | 10 + TBpack/Logo.png | Bin 608 -> 12255 bytes TBpack/Optimization.m | 10 + TBpack/TBpack.m | 230 +- TBpack/UnitcellGenerators.m | 559 +- TestTBpack.nb | 219159 ----- 11 files changed, 269522 insertions(+), 822979 deletions(-) create mode 100644 .settings/org.eclipse.core.resources.prefs create mode 100644 TBpack/Fitting.m create mode 100644 TBpack/Optimization.m delete mode 100644 TestTBpack.nb diff --git a/.settings/org.eclipse.core.resources.prefs b/.settings/org.eclipse.core.resources.prefs new file mode 100644 index 0000000..b637b58 --- /dev/null +++ b/.settings/org.eclipse.core.resources.prefs @@ -0,0 +1,2 @@ +eclipse.preferences.version=1 +encoding//TBpack/UnitcellGenerators.m=UTF-8 diff --git a/PacletInfo.m b/PacletInfo.m index c38a32e..e1d864b 100644 --- a/PacletInfo.m +++ b/PacletInfo.m @@ -1,10 +1,10 @@ (* Paclet Info File *) -(* created 2020/07/05*) +(* created 2020/12/11*) Paclet[ Name -> "TBpack", - Version -> "0.1.0", + Version -> "0.2.0", MathematicaVersion -> "10.0+", Description -> "Tight-binding calculations in Mathematica.", Creator -> "Vasil Saroka <40.ovasil@gmail.com>", diff --git a/TBpack/DataAnalysis.m b/TBpack/DataAnalysis.m index f4d13db..1d6eb4f 100644 --- a/TBpack/DataAnalysis.m +++ b/TBpack/DataAnalysis.m @@ -17,6 +17,10 @@ AtomicStructure[\*StyleBox[\"system\",\"TI\"], AtomColor \[Rule] \*StyleBox[\"color\",\"TI\"]] sets the atom color to \*StyleBox[\"color\",\"TI\"] in displayed graphics. AtomicStructure[\*StyleBox[\"system\",\"TI\"], BondColor \[Rule] \*StyleBox[\"color\",\"TI\"]] sets the bond color to \*StyleBox[\"color\",\"TI\"] in displayed graphics. AtomicStructure[\*StyleBox[\"system\",\"TI\"], TextColor \[Rule] \*StyleBox[\"color\",\"TI\"]] sets the label text color to \*StyleBox[\"color\",\"TI\"] in displayed graphics."; +ReciprocalVectors::usage = "ReciprocalVectors[\*StyleBox[\"list\",\"TI\"]] returns a list of reciprical vectors for the given \*StyleBox[\"list\",\"TI\"] of the primitive translations. +ReciprocalVectors[{\*StyleBox[\"tr\",\"TI\"] }] for a 1D lattice with the primitive translation \*StyleBox[\"tr\",\"TI\"]. +ReciprocalVectors[{\*StyleBox[SubscriptBox[\"tr\",\"1\"],\"TI\"], \*StyleBox[SubscriptBox[\"tr\",\"2\"],\"TI\"] }] for a 2D lattice with the primitive translations \*StyleBox[SubscriptBox[\"tr\",\"1\"],\"TI\"] and \*StyleBox[SubscriptBox[\"tr\",\"2\"],\"TI\"]. +ReciprocalVectors[{\*StyleBox[SubscriptBox[\"tr\",\"1\"],\"TI\"], \*StyleBox[SubscriptBox[\"tr\",\"2\"],\"TI\"], \*StyleBox[SubscriptBox[\"tr\",\"3\"],\"TI\"] }] for a 3D lattice with the primitive translations \*StyleBox[SubscriptBox[\"tr\",\"1\"],\"TI\"], \*StyleBox[SubscriptBox[\"tr\",\"2\"],\"TI\"] and \*StyleBox[SubscriptBox[\"tr\",\"3\"],\"TI\"]."; FermiEnergy::usage = "FermiEnergy[\*StyleBox[\"bands\",\"TI\"]] estimates the intrinsic Fermi level for the \*StyleBox[\"bands\",\"TI\"] that are returned by ElectronicBands1D."; EnergyGap::usage = "EnergyGap[\*StyleBox[\"bands\",\"TI\"]] estimates the energy band gap for the \*StyleBox[\"bands\",\"TI\"] that are returned by ElectronicBands1D."; PlotElectronicBands1D::usage = "PlotElectronicBands1D[\!\(\*StyleBox[\"bands\",\"TI\"], \*StyleBox[\"fermilevel\",\"TI\"], \*StyleBox[\"knorm\",\"TI\"]\)] plots the energy bands \*StyleBox[\"bands\",\"TI\"] shifting them by \*StyleBox[\"fermilevel\",\"TI\"] and normalizing \*StyleBox[\"k\",\"TI\"]-points by \*StyleBox[\"knorm\",\"TI\"] factor. @@ -117,6 +121,7 @@ SyntaxInformation[ListOfBonds] = {"ArgumentsPattern" -> {_, _, OptionsPattern[]}}; Options[AtomicStructure] = { + BondLengthDelta -> 0.05, NumberOfUnitCells -> 1, Dimensionality -> 3, AtomEnumeration -> False, @@ -130,6 +135,7 @@ (* 2D structure visualization is not included *) AtomicStructure[system_List, OptionsPattern[]]:=Module[ { + bondlengthdelta = OptionValue[BondLengthDelta], lim = OptionValue[NumberOfUnitCells], dim = OptionValue[Dimensionality], acolor = OptionValue[AtomColor], @@ -170,6 +176,7 @@ T = system[[2]]; a0 = system[[3]]; +(* TODO: generalize to 2 and 3 dimensions 12/08/2020 *) u = Flatten[Table[(# + T (i-1))&/@unitcell,{i,lim}],1]; Switch[ @@ -203,7 +210,7 @@ v = #[[2]] - #[[1]]; nd[Sqrt[v.v]]<>" \[Angstrom]", TooltipStyle -> {Background -> White } - ](* end Tooltip *)&/@ListOfBonds[u,a0,Dimensionality->3] + ](* end Tooltip *)&/@ListOfBonds[u, a0, Dimensionality->3, BondLengthDelta->bondlengthdelta] }, Boxed->False, Lighting-> "Neutral", @@ -219,7 +226,7 @@ v = #[[2]] - #[[1]]; nd[Sqrt[v.v]]<>" \[Angstrom]", TooltipStyle -> {Background -> White} - ](*end Tooltip *)&/@ListOfBonds[u, a0, Dimensionality->2], + ](*end Tooltip *)&/@ListOfBonds[u, a0, Dimensionality->2, BondLengthDelta->bondlengthdelta], Tooltip[ counter++; Mouseover[ @@ -244,6 +251,72 @@ SyntaxInformation[AtomicStructure] = {"ArgumentsPattern" -> {_, OptionsPattern[]}}; +(* Error messages *) +ReciprocalVectors::falseargumentstructure = + "The argument of the \!\(\* +StyleBox[\"ReciprocalVectors\",\nFontSlant->\"Italic\"]\) must be a \ +list of 3-component vectors, numeric or symbolic."; +ReciprocalVectors::badargument = "The argument of the \!\(\* +StyleBox[\"ReciprocalVectors\",\nFontSlant->\"Italic\"]\) contains or \ +was reduced to dependent vectors."; +ReciprocalVectors::somevaluesdroped = + "One or more last unzero vector components were droped during \ +evaluation."; + +ReciprocalVectors[listofvectors_] := Catch[ + Module[ + { + list, len, + k, b, eq, + testfunction, + f + }, + + testfunction = (MatchQ[#, + List[arg__?(VectorQ[#] && Length[#] == 3 &)]] && + Length[#] <= 3) &; + If[ + VectorQ[listofvectors] && Length[listofvectors] == 3 , + list = {listofvectors}, + list = listofvectors; + ]; + + If[ + ! testfunction[list], + Message[ReciprocalVectors::falseargumentstructure]; + Throw[$Failed] + ]; + + len = Length[list]; + + f = If[ + ! MatchQ[Take[#, len - 3], List[arg__?(# == 0 &)]], + Message[ReciprocalVectors::somevaluesdroped]; + Drop[#, len - 3], + Drop[#, len - 3] + ](* end If *)&; + list = Map[f, list]; + + If[ + Det[list] == 0, + Message[ReciprocalVectors::badargument]; + Throw[$Failed] + ]; + + k = Table[Symbol["k" <> ToString[i]], {i, len}]; + b = Permutations[Drop[{2 \[Pi], 0, 0}, len - 3]]; + Table[ + eq = + Table[With[{x = i}, Hold[k.list[[x]] == b[[j, x]]]], {i, 1, + len}] // ReleaseHold; + Join[k /. Flatten@Solve[eq, k], ConstantArray[0, 3 - len]](* + end Join *) + , {j, 1, len}] + + ](* end Module *) +](* end Catch *); + + (* Error messages *) diff --git a/TBpack/Documentation/English/ReferencePages/Symbols/ElectronicStructure.nb b/TBpack/Documentation/English/ReferencePages/Symbols/ElectronicStructure.nb index dd5ac81..0a024ff 100644 --- a/TBpack/Documentation/English/ReferencePages/Symbols/ElectronicStructure.nb +++ b/TBpack/Documentation/English/ReferencePages/Symbols/ElectronicStructure.nb @@ -10,10 +10,10 @@ NotebookFileLineBreakTest NotebookFileLineBreakTest NotebookDataPosition[ 158, 7] -NotebookDataLength[ 40487, 1028] -NotebookOptionsPosition[ 32540, 866] -NotebookOutlinePosition[ 33245, 891] -CellTagsIndexPosition[ 33166, 886] +NotebookDataLength[ 12073763, 218816] +NotebookOptionsPosition[ 11958293, 216619] +NotebookOutlinePosition[ 11959060, 216645] +CellTagsIndexPosition[ 11958975, 216640] WindowFrame->Normal*) (* Beginning of Notebook Content *) @@ -244,10 +244,29 @@ Cell[TextData[{ BaseStyle->"Link", ButtonData->"paclet:TBpack/ref/Hamiltonian"]], "InlineFormula", ExpressionUUID->"61ebff2f-573c-4407-ad2e-4e6e96a3c29b"], + ". All options except ", + Cell[BoxData[ + ButtonBox["EigenVectors", + BaseStyle->"Link", + ButtonData->"paclet:TBpack/ref/EigenVectors"]], "InlineFormula", + ExpressionUUID->"5884aaf7-3c5f-464b-9e3a-2afb06867753"], + " and ", + Cell[BoxData[ + ButtonBox["ParallelEvaluation", + BaseStyle->"Link", + ButtonData->"paclet:TBpack/ref/ParallelEvaluation"]], "InlineFormula", + ExpressionUUID->"c49e5810-1af9-4aee-b936-aefc2c33b2ca"], + " are inherited from ", + Cell[BoxData[ + ButtonBox["Hamiltonian", + BaseStyle->"Link", + ButtonData->"paclet:TBpack/ref/Hamiltonian"]], "InlineFormula", + ExpressionUUID->"58b63722-20db-471f-95d7-11efdf6126c1"], "." }], "Notes", CellChangeTimes->{{3.799863491951907*^9, 3.7998634939520216`*^9}, { - 3.799864220108556*^9, 3.7998642453029966`*^9}}, + 3.799864220108556*^9, 3.7998642453029966`*^9}, {3.807196320781703*^9, + 3.8071964036134405`*^9}}, CellID->587248733,ExpressionUUID->"96c09d87-bd76-45bb-8588-b4d5f1ad5002"], Cell[TextData[{ @@ -265,17 +284,18 @@ Cell[TextData[{ StyleBox["y", "TI"], ",", StyleBox["z", "TI"]}], "}"}]], "InlineFormula",ExpressionUUID-> "aea338e7-07ec-4b30-8611-128c0e8d9a48"], - " coordinates of the atoms making up an ideal unit cell of the structure, \ -while ", + " coordinates of the atoms making up an ideal primitive unit cell of the \ +structure, while ", Cell[BoxData[ SubscriptBox[ StyleBox["unitcell", "TI"], StyleBox["2", "TR"]]], "InlineFormula",ExpressionUUID-> "67b7f3a9-79b9-4da1-a57d-6d095bd4b3bd"], - " is the list of atom coordinates for the unit cell with relaxed geometry. \ -If geometry relaxation is not used both lists must be identical." + " is the list of atom coordinates for the primitive unit cell with relaxed \ +geometry. If geometry relaxation is not used both lists must be identical." }], "Notes", - CellChangeTimes->{{3.799863491951907*^9, 3.7998634939520216`*^9}}, + CellChangeTimes->{{3.799863491951907*^9, 3.7998634939520216`*^9}, { + 3.807192431658258*^9, 3.80719245564063*^9}}, CellID->230967638,ExpressionUUID->"61846ee3-088d-4e04-bb8f-a6490048a85b"], Cell["The following options can be used:", "Notes", @@ -292,7 +312,8 @@ Cell[BoxData[GridBox[{ RowBox[{ RowBox[{"{", "}"}], ",", " ", RowBox[{"{", "}"}]}], "}"}], Cell[TextData[Cell[BoxData[Cell["\<\ -lists of translation vectors of ideal and relaxed unit cells in \[Angstrom]\ +lists of primitive translation vectors of ideal and relaxed primitive unit \ +cells in \[Angstrom]\ \>", "TableText",ExpressionUUID->"b8b968a6-759c-4464-8b91-1e48e185ff2e"]], CellChangeTimes->{{3.7962852536245995`*^9, 3.7962852608740144`*^9}, { 3.796285310342844*^9, 3.796285364070917*^9}, {3.796285432753845*^9, @@ -418,10 +439,39 @@ lists of translation vectors of ideal and 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Cell[BoxData[ + StyleBox["x", "TI"]], "InlineFormula",ExpressionUUID-> + "2f3e3c3d-e21b-4ac0-8dbf-a6da9fa4d940"], + ", ", + Cell[BoxData[ + StyleBox["y", "TI"]], "InlineFormula",ExpressionUUID-> + "1c991d0f-9a27-4c3d-bdee-28a59fbea634"], + " and ", + Cell[BoxData[ + StyleBox["z", "TI"]], "InlineFormula",ExpressionUUID-> + "a4e5258c-f2f7-482a-add5-3bad999802c4"], + "." + }], "TableText",ExpressionUUID->"b4aed6e2-15d5-49a2-ab2c-4584ab3559eb"]}, {Cell[" ", "ModInfo",ExpressionUUID-> "7f5a12ca-4284-436d-b047-9170325b0a80"], ButtonBox["Bfield", @@ -513,15 +563,13 @@ integral, see ", ButtonData->"paclet:TBpack/ref/SuperCellSize"], "1", Cell[TextData[{ "positive integer ", Cell[BoxData[ - StyleBox["n", "TI"]], "InlineFormula", - FormatType->"StandardForm",ExpressionUUID-> + StyleBox["n", "TI"]], "InlineFormula",ExpressionUUID-> "dec01969-01f4-4bc9-856f-ad2461322c5c"], " setting the number of unit cells in the supercell: 0D- 1; 1D- ", Cell[BoxData[ RowBox[{ RowBox[{"2", - StyleBox["n", "TI"]}], "+", "1"}]], "InlineFormula", - FormatType->"StandardForm",ExpressionUUID-> + StyleBox["n", "TI"]}], "+", "1"}]], "InlineFormula",ExpressionUUID-> "e962066e-6aa0-4ecd-8658-e627a4a50fef"], "; 2D- ", Cell[BoxData[ @@ -530,8 +578,7 @@ integral, see ", RowBox[{ RowBox[{"2", StyleBox["n", "TI"]}], "+", "1"}], ")"}], "2"]], "InlineFormula", - FormatType->"StandardForm",ExpressionUUID-> - "ad33c247-9417-435c-987d-4a3b3f28f308"], + ExpressionUUID->"ad33c247-9417-435c-987d-4a3b3f28f308"], "; 3D- ", Cell[BoxData[ SuperscriptBox[ @@ -549,7 +596,7 @@ integral, see ", ButtonData->"paclet:TBpack/ref/EigenVectors"], ButtonBox["False", BaseStyle->"Link"], Cell[TextData[{ - "usage of ", + "use of ", Cell[BoxData[ ButtonBox["Eigenvalues", BaseStyle->"Link"]], "InlineFormula",ExpressionUUID-> @@ -609,7 +656,9 @@ integral, see ", 3.7998629557192364`*^9, 3.7998629581933784`*^9}, {3.7998630079572244`*^9, 3.7998630129345093`*^9}, {3.7998630583321056`*^9, 3.799863304989214*^9}, { 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For example, if the energy levels are needed for \ +the finite length carbyne molecule with a chemical bond alteration, the \ +following can be done." +}], "ExampleText", + CellChangeTimes->{{3.8071980314185457`*^9, 3.8071980590721273`*^9}, { + 3.8071981369475822`*^9, 3.8071984030758038`*^9}, {3.807198472699786*^9, + 3.8071984793191643`*^9}, {3.8071985349343452`*^9, 3.8071985357133904`*^9}, { + 3.8071987781012535`*^9, 3.8071988530235395`*^9}, {3.807198886766469*^9, + 3.8071988877645264`*^9}}, + CellID->50643361,ExpressionUUID->"48982f6c-9a9b-49b0-a593-1517cf0e4cdd"], + +Cell[BoxData[ + RowBox[{"Needs", "[", "\"\\"", "]"}]], "Input", + CellID->575607223,ExpressionUUID->"81402569-7000-4008-a094-893b3f06cc39"], + +Cell[TextData[{ + "Step 1: generate the ", + Cell[BoxData[ + SubscriptBox[ + StyleBox["unitcell", "TI"], + StyleBox["1", "TR"]]], "InlineFormula",ExpressionUUID-> + "fed71e6d-a952-474c-bc07-51ada46eb10b"], + " list of atomic coordinates for 6 atoms" +}], "ExampleText", + CellChangeTimes->{3.80719894534682*^9}, + CellID->199663350,ExpressionUUID->"4a8dfab1-0ccd-4932-9194-5f126add0330"], + +Cell[TextData[{ + "The bond alteration in polyynic carbyne is defined by carbon-carbon single \ +bond (1.33 \[CapitalARing]) and triple bond (1.24 \[CapitalARing]), see ", + ButtonBox["B. 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Jask\[OAcute]lski, A. Ayuela, M. Pelc, H. Santos, and L. \ +Chico, Phys. Rev. B ", + BaseStyle->"Hyperlink", + ButtonData->{ + URL["https://doi.org/10.1103/PhysRevB.83.235424"], None}], + StyleBox[ButtonBox["83", + BaseStyle->"Hyperlink", + ButtonData->{ + URL["https://doi.org/10.1103/PhysRevB.83.235424"], None}], + FontWeight->"Bold"], + ButtonBox[", 235424 (2011)", + BaseStyle->"Hyperlink", + ButtonData->{ + URL["https://doi.org/10.1103/PhysRevB.83.235424"], None}], + "." +}], "ExampleText", + CellChangeTimes->{{3.8111784832273893`*^9, 3.8111785602677956`*^9}, { + 3.8111843244724894`*^9, 3.8111843278086805`*^9}}, + CellID->515221381,ExpressionUUID->"da0af880-1d9b-4c4b-bae1-6285f86c3430"], + +Cell[BoxData[ + RowBox[{"Needs", "[", "\"\\"", "]"}]], "Input", + CellID->399552498,ExpressionUUID->"d38ad6bf-0142-4a8d-9155-0ed2d6468392"], + +Cell[TextData[{ + "Step 1: generate atomic structures of two graphene nanoribbons with ", + Cell[BoxData[ + ButtonBox["Zigzag", + BaseStyle->"Link", + ButtonData->"paclet:TBpack/ref/Zigzag"]], "InlineFormula",ExpressionUUID-> + 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This happens because the hopping distance ", + Cell[BoxData[ + StyleBox["hd2", "TI"]], + FormatType->"StandardForm",ExpressionUUID-> + "6a303552-fe23-4cf9-a93e-33bff38ebf5e"], + " is too large to be taken into account for the supercell made of ", + Cell[BoxData[ + "3"], "InlineFormula",ExpressionUUID->"793597dc-88e3-4f11-9082-767143fc32cf"], + " unit cells. 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The solution is constructed by factorization of the \ +particle wave function into a radial part ", + Cell[BoxData[ + RowBox[{ + StyleBox["R", "TI"], + RowBox[{"(", + StyleBox["r", "TI"], ")"}]}]],ExpressionUUID-> + "914486f2-dfa7-4cf2-84e5-1b134366c43d"], + " and spherical harmonic ", + Cell[BoxData[ + RowBox[{ + SubscriptBox[ + StyleBox["Y", "TI"], + StyleBox["lm", "TI"]], + RowBox[{"(", + RowBox[{ + StyleBox["\[Theta]", "TR"], ",", + StyleBox["\[CurlyPhi]", "TR"]}], ")"}]}]],ExpressionUUID-> + "96c01b7a-3411-410d-8b45-22053b26f99b"], + ": ", + Cell[BoxData[ + RowBox[{ + SubscriptBox[ + StyleBox["\[Psi]", "TR"], + StyleBox["nlm", "TI"]], "=", + RowBox[{ + StyleBox["R", "TI"], + RowBox[{"(", + StyleBox["r", "TI"], ")"}], " ", + SubscriptBox[ + StyleBox["Y", "TI"], + StyleBox["lm", "TI"]], + RowBox[{"(", + RowBox[{ + StyleBox["\[Theta]", "TR"], ",", + StyleBox["\[CurlyPhi]", "TR"]}], ")"}]}]}]],ExpressionUUID-> + "82949c6a-e0f3-4547-93cc-899c1d6504cc"], + ", where ", + Cell[BoxData[ + RowBox[{ + StyleBox["n", "TI"], ",", + StyleBox["l", "TI"], ",", " ", + StyleBox["m", "TI"]}]],ExpressionUUID-> + "4d13045e-bfcb-4c57-a7c8-4cfb14f69b67"], + " are the principle, angular and magnetic quantum numbers. The radial \ +function of a particle motion in a Coulomb field ", + Cell[BoxData[ + RowBox[{"U", "=", + RowBox[{ + RowBox[{"-", + StyleBox["\[Alpha]", "TR"]}], "/", + StyleBox["r", "TI"]}]}]],ExpressionUUID-> + "34ff8194-70e1-40c2-8f7e-799ca0e599f9"], + " is given in terms of generalized Laguerre polynomials as ", + Cell[BoxData[ + RowBox[{ + RowBox[{ + SubscriptBox[ + StyleBox["R", "TI"], + StyleBox["nl", "TI"]], + RowBox[{"(", + StyleBox["r", "TI"], ")"}]}], "=", + RowBox[{ + FractionBox["2", + SuperscriptBox[ + StyleBox["n", "TI"], "2"]], + SqrtBox[ + FractionBox[ + RowBox[{ + RowBox[{"(", + RowBox[{ + StyleBox["n", "TI"], "-", + StyleBox["l", "TI"], "-", "1"}], ")"}], "!"}], + RowBox[{ + RowBox[{"(", + RowBox[{ + StyleBox["n", "TI"], "+", + StyleBox["l", "TI"]}], ")"}], "!"}]]], + SuperscriptBox[ + StyleBox["e", "TI"], + RowBox[{"-", + FractionBox[ + StyleBox["r", "TI"], + StyleBox["n", "TI"]]}]], + SuperscriptBox[ + RowBox[{"(", + FractionBox[ + RowBox[{"2", " ", + StyleBox["r", "TI"]}], + StyleBox["n", "TI"]], ")"}], + StyleBox["l", "TI"]], + SubsuperscriptBox[ + StyleBox["L", "TI"], + RowBox[{ + StyleBox["n", "TI"], + StyleBox["-", "TI"], + StyleBox["l", "TI"], + StyleBox["-", "TI"], "1"}], + RowBox[{ + RowBox[{"2", + StyleBox["l", "TI"]}], "+", "1"}]], + RowBox[{"(", + FractionBox[ + RowBox[{"2", " ", + StyleBox["r", "TI"]}], + StyleBox["n", "TI"]], ")"}]}]}]],ExpressionUUID-> + "a35f323e-30f4-4627-9e20-737f75b61ad5"], + ", where ", + Cell[BoxData[ + StyleBox["r", "TI"]], "InlineFormula",ExpressionUUID-> + "59ad5a95-ad3c-48b2-ab8f-d69c94ae5275"], + " is given in so-called Coulomb length units ", + Cell[BoxData[ + FractionBox[ + SuperscriptBox["\[HBar]", "2"], + StyleBox["m\[Alpha]", "TI"]]],ExpressionUUID-> + "86d503c5-8045-417b-8854-4f413fa5dcc5"], + " (see Eq. 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Then the Coulomb length units of ", + Cell[BoxData[ + StyleBox["r", "TI"]], "InlineFormula",ExpressionUUID-> + "ad3c9b61-4c47-4a78-aecc-01598b13c88f"], + " can be converted to the atomic length units as ", + Cell[BoxData[ + RowBox[{ + StyleBox["r", "TI"], "\[Rule]", + FractionBox[ + StyleBox[ + RowBox[{"Z", " ", "r"}], "TI"], + SubscriptBox[ + StyleBox["a", "TI"], + StyleBox["B", "TI"]]]}]],ExpressionUUID-> + "a8a75fbb-643c-4ee3-bc59-8d53815195d1"], + ", where ", + Cell[BoxData[ + RowBox[{ + SubscriptBox[ + StyleBox["a", "TI"], + StyleBox["B", "TI"]], "=", + FractionBox[ + SuperscriptBox["\[HBar]", "2"], + SuperscriptBox[ + StyleBox["me", "TI"], "2"]]}]],ExpressionUUID-> + "b78b3ca2-0bc3-4ec4-b6af-7b118f1d29f2"], + " with ", + Cell[BoxData[ + StyleBox["m", "TI"]], "InlineFormula",ExpressionUUID-> + "272bbf2d-84d3-4c7a-b3a4-3c37342ae4d9"], + " being the particle mass is the Bohr radius. 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Since ", + Cell[BoxData[ + RowBox[{ + SuperscriptBox[ + StyleBox["r", "TI"], "2"], + RowBox[{"\[DifferentialD]", + StyleBox["r", "TI"]}]}]],ExpressionUUID-> + "2e093336-18ce-4ca3-b046-22d6fa6db6d8"], + " in Coulomb units becomes ", + Cell[BoxData[ + RowBox[{ + SuperscriptBox[ + RowBox[{"(", + FractionBox[ + StyleBox["Z", "TI"], + SubscriptBox[ + StyleBox["a", "TI"], + StyleBox["B", "TI"]]], ")"}], "3"], + StyleBox[" ", "TI"], + SuperscriptBox[ + StyleBox["r", "TI"], "2"], + RowBox[{"\[DifferentialD]", + StyleBox["r", "TI"]}]}]],ExpressionUUID-> + "8a58e3ce-2109-4513-9e02-5780eeef925b"], + " in atomic units, the ", + Cell[BoxData[ + RowBox[{ + SubscriptBox[ + StyleBox["R", "TI"], + StyleBox["nl", "TI"]], + RowBox[{"(", + StyleBox["r", "TI"], ")"}]}]],ExpressionUUID-> + "e2385f2d-0dfa-488b-9efc-fc8722044d60"], + " in Coulomb units turns into", + Cell[BoxData[ + RowBox[{ + SuperscriptBox[ + RowBox[{"(", + FractionBox[ + StyleBox["Z", "TI"], + SubscriptBox[ + StyleBox["a", "TI"], + StyleBox["B", "TI"]]], ")"}], + FractionBox["3", "2"]], + SubscriptBox[ + StyleBox["R", "TI"], + StyleBox["nl", "TI"]], + RowBox[{"(", + StyleBox["r", "TI"], ")"}]}]],ExpressionUUID-> + "eee3315c-3ac1-41af-868c-44eb6908d812"], + " in atomic units. 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Eq. (12.92) on page 271 in Merzbacher. E., Quantum Mechanics, 3rd ed. \ +(John Wiley & Sons, New York, 1998)). 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ImageSizeCache->{{224.31915205362608`, - 264.54872513465784`}, {-113.0565567198656, -67.54556687264744}}], + ImageSizeCache->{{224.5058131550172, + 264.1463489745678}, {-108.8809826967609, -62.449487958071074`}}], "\"( 34.439, 2.840, 3.350) \[Angstrom]\"", TooltipStyle->{Background -> GrayLevel[1]}], Annotation[#, "( 34.439, 2.840, 3.350) \[Angstrom]", "Tooltip"]& ], @@ -3697,8 +4425,8 @@ Cell[BoxData[ FormBox[ StyleBox["18", 10, StripOnInput -> False], TraditionalForm], { 36.897999999999996`, 2.84, 3.35}]}}], - ImageSizeCache->{{307.38422736609596`, - 347.20730458603583`}, {-150.5288869700818, -107.5972764955786}}], + ImageSizeCache->{{308.47500591908494`, + 348.091472578641}, {-151.57424056807423`, -107.47860718340581`}}], "\"( 36.898, 2.840, 3.350) \[Angstrom]\"", TooltipStyle->{Background -> GrayLevel[1]}], Annotation[#, "( 36.898, 2.840, 3.350) \[Angstrom]", "Tooltip"]& ], @@ -3715,8 +4443,8 @@ Cell[BoxData[ FormBox[ StyleBox["19", 10, StripOnInput -> False], TraditionalForm], { 33.209, 4.97, 3.35}]}}], - ImageSizeCache->{{122.77019166149725`, - 160.50360831200442`}, {-141.16842242736604`, -97.1063313106018}}], + ImageSizeCache->{{122.53114153597839`, + 160.83007988102253`}, {-137.97970339974472`, -92.93233344147609}}], "\"( 33.209, 4.970, 3.350) \[Angstrom]\"", TooltipStyle->{Background -> GrayLevel[1]}], Annotation[#, "( 33.209, 4.970, 3.350) \[Angstrom]", "Tooltip"]& ], @@ -3733,8 +4461,8 @@ Cell[BoxData[ FormBox[ StyleBox["20", 10, StripOnInput -> False], TraditionalForm], { 35.668, 4.97, 3.35}]}}], - ImageSizeCache->{{209.09717127699216`, - 246.10983499067999`}, {-176.3880481672256, -134.75186670970604`}}], + ImageSizeCache->{{210.04894486817253`, + 246.66368908901964`}, {-178.3600535614034, -135.51656097372205`}}], "\"( 35.668, 4.970, 3.350) \[Angstrom]\"", TooltipStyle->{Background -> GrayLevel[1]}], Annotation[#, "( 35.668, 4.970, 3.350) \[Angstrom]", "Tooltip"]& ], @@ -3751,8 +4479,8 @@ Cell[BoxData[ FormBox[ StyleBox["21", 10, StripOnInput -> False], TraditionalForm], { 31.979, 1.42, 3.35}]}}], - ImageSizeCache->{{172.5940356679002, - 215.52898614941793`}, {-34.54545752730462, 16.116629610249674`}}], + ImageSizeCache->{{171.67978387974307`, + 213.95955843560174`}, {-22.493351447837966`, 28.583397339060042`}}], "\"( 31.979, 1.420, 3.350) \[Angstrom]\"", TooltipStyle->{Background -> GrayLevel[1]}], Annotation[#, "( 31.979, 1.420, 3.350) \[Angstrom]", "Tooltip"]& ], @@ -3769,8 +4497,8 @@ Cell[BoxData[ FormBox[ StyleBox["22", 10, StripOnInput -> False], TraditionalForm], { 34.439, 1.42, 3.35}]}}], - ImageSizeCache->{{265.76436524784486`, - 308.3189643006276}, {-79.52286051368864, -32.023740026467834`}}], + ImageSizeCache->{{265.4570113219939, + 307.4063651613561}, {-72.87743261056033, -24.606828025554222`}}], "\"( 34.439, 1.420, 3.350) \[Angstrom]\"", TooltipStyle->{Background -> GrayLevel[1]}], Annotation[#, "( 34.439, 1.420, 3.350) \[Angstrom]", "Tooltip"]& ], @@ -3787,8 +4515,8 @@ Cell[BoxData[ FormBox[ StyleBox["23", 10, StripOnInput -> False], TraditionalForm], { 36.897999999999996`, 1.42, 3.35}]}}], - ImageSizeCache->{{349.5746625823091, - 391.60471595199476`}, {-119.9594761942599, -75.25777961703486}}], + ImageSizeCache->{{350.28580021559213`, + 392.1214922287551}, {-118.61836848688495`, -72.86457695598563}}], "\"( 36.898, 1.420, 3.350) \[Angstrom]\"", TooltipStyle->{Background -> GrayLevel[1]}], Annotation[#, "( 36.898, 1.420, 3.350) \[Angstrom]", "Tooltip"]& ], @@ -3805,8 +4533,8 @@ Cell[BoxData[ FormBox[ StyleBox["24", 10, StripOnInput -> False], TraditionalForm], { 33.209, 3.55, 3.35}]}}], - ImageSizeCache->{{160.12295217522006`, - 199.39838218344818`}, {-109.51113600237889`, -63.583930495826195`}}], + ImageSizeCache->{{159.73202861090164`, + 198.82993157452412`}, {-103.90480941953194`, -57.12643985215149}}], "\"( 33.209, 3.550, 3.350) \[Angstrom]\"", TooltipStyle->{Background -> GrayLevel[1]}], Annotation[#, "( 33.209, 3.550, 3.350) \[Angstrom]", "Tooltip"]& ], @@ -3823,8 +4551,8 @@ Cell[BoxData[ FormBox[ StyleBox["25", 10, StripOnInput -> False], TraditionalForm], { 35.668, 3.55, 3.35}]}}], - ImageSizeCache->{{246.97185416476688`, - 285.95739282514324`}, {-147.4530647624633, -104.15074967209185`}}], + ImageSizeCache->{{247.6915864261564, + 286.2834370328372}, {-147.09542267369972`, -102.6867019268027}}], "\"( 35.668, 3.550, 3.350) \[Angstrom]\"", TooltipStyle->{Background -> GrayLevel[1]}], Annotation[#, "( 35.668, 3.550, 3.350) \[Angstrom]", "Tooltip"]& ], @@ -3841,8 +4569,8 @@ Cell[BoxData[ FormBox[ StyleBox["26", 10, StripOnInput -> False], TraditionalForm], { 34.439, 5.68, 3.35}]}}], - ImageSizeCache->{{149.3869163364117, - 185.64042677074738`}, {-173.60116773354414`, -131.61703816101968`}}], + ImageSizeCache->{{149.4367290955496, + 185.90134822831288`}, {-174.17631709763054`, -131.03798871060553`}}], "\"( 34.439, 5.680, 3.350) \[Angstrom]\"", TooltipStyle->{Background -> GrayLevel[1]}], Annotation[#, "( 34.439, 5.680, 3.350) \[Angstrom]", "Tooltip"]& ]}, { @@ -3854,8 +4582,8 @@ Cell[BoxData[ TubeBox[{{31.979, 0, 0}, {30.749, 0.71, 0}}, 0.1]}, { RGBColor[0, 0, 1], TubeBox[{{31.979, 0, 0}, {30.749, 0.71, 0}}, 0.1]}], - ImageSizeCache->{{157.09786456923672`, 236.8726233894267}, { - 113.50811954459755`, 178.4162232221921}}], + ImageSizeCache->{{160.04496865727907`, 238.52621093220299`}, { + 116.26827630035416`, 183.1270241659917}}], "\" 1.420 \[Angstrom]\"", TooltipStyle->{Background -> GrayLevel[1]}], Annotation[#, " 1.420 \[Angstrom]", "Tooltip"]& ], @@ -3867,8 +4595,8 @@ Cell[BoxData[ TubeBox[{{31.979, 0, 0}, {33.209, 0.71, 0}}, 0.1]}, { RGBColor[0, 0, 1], TubeBox[{{31.979, 0, 0}, {33.209, 0.71, 0}}, 0.1]}], - ImageSizeCache->{{203.01646414904295`, 280.6636922493346}, { - 88.43922100811896, 150.4475706227712}}], + ImageSizeCache->{{205.55060488443473`, 282.0498404152057}, { + 89.51368020600962, 153.6659317933698}}], "\" 1.420 \[Angstrom]\"", TooltipStyle->{Background -> GrayLevel[1]}], Annotation[#, " 1.420 \[Angstrom]", "Tooltip"]& ], @@ -3880,8 +4608,8 @@ Cell[BoxData[ TubeBox[{{34.439, 0, 0}, {33.209, 0.71, 0}}, 0.1]}, { RGBColor[0, 0, 1], TubeBox[{{34.439, 0, 0}, {33.209, 0.71, 0}}, 0.1]}], - ImageSizeCache->{{246.63007944355098`, 322.2601760644831}, { - 64.59987604932613, 123.91416736910404`}}], + ImageSizeCache->{{248.8147933128449, 323.61371387592254`}, { + 63.93951518089679, 125.55852814259438`}}], "\" 1.420 \[Angstrom]\"", TooltipStyle->{Background -> GrayLevel[1]}], Annotation[#, " 1.420 \[Angstrom]", "Tooltip"]& ], @@ -3893,8 +4621,8 @@ Cell[BoxData[ TubeBox[{{34.439, 0, 0}, {35.668, 0.71, 0}}, 0.1]}, { RGBColor[0, 0, 1], TubeBox[{{34.439, 0, 0}, {35.668, 0.71, 0}}, 0.1]}], - ImageSizeCache->{{288.10801667748507`, 361.79163495596674`}, { - 41.91980347402705, 98.70829955333876}}], + ImageSizeCache->{{290.174745888515, 363.31568799434086`}, { + 39.488810672476916`, 98.71360890337122}}], "\" 1.419 \[Angstrom]\"", TooltipStyle->{Background -> GrayLevel[1]}], Annotation[#, " 1.419 \[Angstrom]", "Tooltip"]& ], @@ -3906,8 +4634,8 @@ Cell[BoxData[ TubeBox[{{30.749, 2.13, 0}, {30.749, 0.71, 0}}, 0.1]}, { RGBColor[0, 0, 1], TubeBox[{{30.749, 2.13, 0}, {30.749, 0.71, 0}}, 0.1]}], - ImageSizeCache->{{119.09372941065085`, 170.38924271963634`}, { - 98.78440305579983, 156.35400681514398`}}], + ImageSizeCache->{{122.78875173115557`, 173.1898401936181}, { + 101.837962331061, 160.48623931335067`}}], "\" 1.420 \[Angstrom]\"", TooltipStyle->{Background -> GrayLevel[1]}], Annotation[#, " 1.420 \[Angstrom]", "Tooltip"]& ], @@ -3919,8 +4647,8 @@ Cell[BoxData[ TubeBox[{{30.749, 2.13, 0}, {31.979, 2.84, 0}}, 0.1]}, { RGBColor[0, 0, 1], TubeBox[{{30.749, 2.13, 0}, {31.979, 2.84, 0}}, 0.1]}], - ImageSizeCache->{{101.05585161909949`, 177.15938637292336`}, { - 55.67989588910805, 114.53026481256866`}}], + ImageSizeCache->{{105.05899408056963`, 180.15499261226367`}, { + 56.30927154383599, 117.42043035115722`}}], "\" 1.420 \[Angstrom]\"", TooltipStyle->{Background -> GrayLevel[1]}], Annotation[#, " 1.420 \[Angstrom]", "Tooltip"]& ], @@ -3932,8 +4660,8 @@ Cell[BoxData[ TubeBox[{{33.209, 2.13, 0}, {33.209, 0.71, 0}}, 0.1]}, { RGBColor[0, 0, 1], TubeBox[{{33.209, 2.13, 0}, {33.209, 0.71, 0}}, 0.1]}], - ImageSizeCache->{{207.7143353863117, 259.83032859742764`}, { - 51.01528187081382, 103.89662302844056`}}], + ImageSizeCache->{{210.64752438812698`, 261.6796481482197}, { + 50.62534608426091, 104.86808378432109`}}], "\" 1.420 \[Angstrom]\"", TooltipStyle->{Background -> GrayLevel[1]}], Annotation[#, " 1.420 \[Angstrom]", "Tooltip"]& ], @@ -3945,8 +4673,8 @@ Cell[BoxData[ TubeBox[{{33.209, 2.13, 0}, {31.979, 2.84, 0}}, 0.1]}, { RGBColor[0, 0, 1], TubeBox[{{33.209, 2.13, 0}, {31.979, 2.84, 0}}, 0.1]}], - ImageSizeCache->{{146.31337734169625`, 220.23350057201935`}, { - 33.21355756943797, 89.58031045210932}}], + ImageSizeCache->{{149.7159922162939, 222.85008839723614`}, { + 32.075243155359004`, 90.83981899516304}}], "\" 1.420 \[Angstrom]\"", TooltipStyle->{Background -> GrayLevel[1]}], Annotation[#, " 1.420 \[Angstrom]", "Tooltip"]& ], @@ -3958,8 +4686,8 @@ Cell[BoxData[ TubeBox[{{33.209, 2.13, 0}, {34.439, 2.84, 0}}, 0.1]}, { RGBColor[0, 0, 1], TubeBox[{{33.209, 2.13, 0}, {34.439, 2.84, 0}}, 0.1]}], - ImageSizeCache->{{189.2015095171537, 261.25363966926193`}, { - 11.796774892003015`, 65.84719450741852}}], + ImageSizeCache->{{192.43930902150134`, 263.77802487331485`}, { + 8.862308425247505, 65.42339700671323}}], "\" 1.420 \[Angstrom]\"", TooltipStyle->{Background -> GrayLevel[1]}], Annotation[#, " 1.420 \[Angstrom]", "Tooltip"]& ], @@ -3971,8 +4699,8 @@ Cell[BoxData[ TubeBox[{{35.668, 2.13, 0}, {35.668, 0.71, 0}}, 0.1]}, { RGBColor[0, 0, 1], TubeBox[{{35.668, 2.13, 0}, {35.668, 0.71, 0}}, 0.1]}], - ImageSizeCache->{{287.9166362162223, 340.6371872232274}, { - 7.692881067878972, 56.4952848496018}}], + ImageSizeCache->{{290.74114909410935`, 342.5736330348543}, { + 3.7206536398831815`, 54.08101750827191}}], "\" 1.420 \[Angstrom]\"", TooltipStyle->{Background -> GrayLevel[1]}], Annotation[#, " 1.420 \[Angstrom]", "Tooltip"]& ], @@ -3984,8 +4712,8 @@ Cell[BoxData[ TubeBox[{{35.668, 2.13, 0}, {34.439, 2.84, 0}}, 0.1]}, { RGBColor[0, 0, 1], TubeBox[{{35.668, 2.13, 0}, {34.439, 2.84, 0}}, 0.1]}], - ImageSizeCache->{{230.05128222115997`, - 300.3322405356829}, {-8.626083069939341, 43.244016159506856`}}], + ImageSizeCache->{{233.12678784416045`, + 302.9534308186441}, {-13.375015821999853`, 41.09631892224189}}], "\" 1.419 \[Angstrom]\"", TooltipStyle->{Background -> GrayLevel[1]}], Annotation[#, " 1.419 \[Angstrom]", "Tooltip"]& ], @@ -3997,8 +4725,8 @@ Cell[BoxData[ TubeBox[{{31.979, 4.26, 0}, {31.979, 2.84, 0}}, 0.1]}, { RGBColor[0, 0, 1], TubeBox[{{31.979, 4.26, 0}, {31.979, 2.84, 0}}, 0.1]}], - ImageSizeCache->{{111.3823588498532, 158.58382834978735`}, { - 20.226983695122726`, 70.64357434554256}}], + ImageSizeCache->{{115.2754001212285, 162.008621153136}, { + 19.372188714273364`, 71.21256527340584}}], "\" 1.420 \[Angstrom]\"", TooltipStyle->{Background -> GrayLevel[1]}], Annotation[#, " 1.420 \[Angstrom]", "Tooltip"]& ], @@ -4010,8 +4738,8 @@ Cell[BoxData[ TubeBox[{{31.979, 4.26, 0}, {33.209, 4.97, 0}}, 0.1]}, { RGBColor[0, 0, 1], TubeBox[{{31.979, 4.26, 0}, {33.209, 4.97, 0}}, 0.1]}], - ImageSizeCache->{{94.74911703983757, - 165.52320180467296`}, {-16.888433623515226`, 34.60235493599612}}], + ImageSizeCache->{{98.83065579677321, + 169.0834592979707}, {-20.313231990875295`, 33.750160490066605`}}], "\" 1.420 \[Angstrom]\"", TooltipStyle->{Background -> GrayLevel[1]}], Annotation[#, " 1.420 \[Angstrom]", "Tooltip"]& ], @@ -4023,8 +4751,8 @@ Cell[BoxData[ TubeBox[{{34.439, 4.26, 0}, {34.439, 2.84, 0}}, 0.1]}, { RGBColor[0, 0, 1], TubeBox[{{34.439, 4.26, 0}, {34.439, 2.84, 0}}, 0.1]}], - ImageSizeCache->{{194.31297210070088`, - 242.21205426072473`}, {-20.70351745484635, 25.930490312258144`}}], + ImageSizeCache->{{197.85867151296534`, + 245.034919465157}, {-25.181463495533677`, 23.0454301047821}}], "\" 1.420 \[Angstrom]\"", TooltipStyle->{Background -> GrayLevel[1]}], Annotation[#, " 1.420 \[Angstrom]", "Tooltip"]& ], @@ -4036,8 +4764,8 @@ Cell[BoxData[ TubeBox[{{34.439, 4.26, 0}, {33.209, 4.97, 0}}, 0.1]}, { RGBColor[0, 0, 1], TubeBox[{{34.439, 4.26, 0}, {33.209, 4.97, 0}}, 0.1]}], - ImageSizeCache->{{137.00771825342514`, - 205.89024016870025`}, {-36.216653031702776`, 13.26804743748653}}], + ImageSizeCache->{{140.72464079555255`, + 209.19364355458367`}, {-41.47015634647531, 10.6641466486831}}], "\" 1.420 \[Angstrom]\"", TooltipStyle->{Background -> GrayLevel[1]}], Annotation[#, " 1.420 \[Angstrom]", "Tooltip"]& ], @@ -4049,8 +4777,8 @@ Cell[BoxData[ TubeBox[{{33.209, 0.71, 3.35}, {31.979, 1.42, 3.35}}, 0.1]}, { RGBColor[0, 0, 1], TubeBox[{{33.209, 0.71, 3.35}, {31.979, 1.42, 3.35}}, 0.1]}], - ImageSizeCache->{{186.69992641299257`, - 271.2053425217542}, {-41.41420868273292, 19.47016177078362}}], + ImageSizeCache->{{185.78627499317355`, + 269.75671762534336`}, {-31.835723801133014`, 33.0442358282302}}], "\" 1.420 \[Angstrom]\"", TooltipStyle->{Background -> GrayLevel[1]}], Annotation[#, " 1.420 \[Angstrom]", "Tooltip"]& ], @@ -4062,8 +4790,8 @@ Cell[BoxData[ TubeBox[{{33.209, 0.71, 3.35}, {34.439, 1.42, 3.35}}, 0.1]}, { RGBColor[0, 0, 1], TubeBox[{{33.209, 0.71, 3.35}, {34.439, 1.42, 3.35}}, 0.1]}], - ImageSizeCache->{{234.49589079108583`, - 316.617620686645}, {-63.79528871820517, -5.736692728934685}}], + ImageSizeCache->{{233.679494324035, + 315.5675392310898}, {-56.85773897966743, 5.249965080118727}}], "\" 1.420 \[Angstrom]\"", TooltipStyle->{Background -> GrayLevel[1]}], Annotation[#, " 1.420 \[Angstrom]", "Tooltip"]& ], @@ -4075,8 +4803,8 @@ Cell[BoxData[ TubeBox[{{35.668, 0.71, 3.35}, {34.439, 1.42, 3.35}}, 0.1]}, { RGBColor[0, 0, 1], TubeBox[{{35.668, 0.71, 3.35}, {34.439, 1.42, 3.35}}, 0.1]}], - ImageSizeCache->{{279.7561145030551, - 359.590754475452}, {-85.0008860084703, -29.574684015673995`}}], + ImageSizeCache->{{279.2314420251259, + 359.1396201498358}, {-80.68278570605804, -21.17774529537658}}], "\" 1.419 \[Angstrom]\"", TooltipStyle->{Background -> GrayLevel[1]}], Annotation[#, " 1.419 \[Angstrom]", "Tooltip"]& ], @@ -4090,8 +4818,8 @@ Cell[BoxData[ RGBColor[0, 0, 1], TubeBox[{{35.668, 0.71, 3.35}, {36.897999999999996`, 1.42, 3.35}}, 0.1]}], - ImageSizeCache->{{322.64318344617834`, - 400.3806955581122}, {-105.15316058921232`, -52.134498074048054`}}], + ImageSizeCache->{{322.60985782808586`, + 400.69910565201826`}, {-103.43086339824458`, -46.31729708940628}}], "\" 1.420 \[Angstrom]\"", TooltipStyle->{Background -> GrayLevel[1]}], Annotation[#, " 1.420 \[Angstrom]", "Tooltip"]& ], @@ -4103,8 +4831,8 @@ Cell[BoxData[ TubeBox[{{31.979, 2.84, 3.35}, {31.979, 1.42, 3.35}}, 0.1]}, { RGBColor[0, 0, 1], TubeBox[{{31.979, 2.84, 3.35}, {31.979, 1.42, 3.35}}, 0.1]}], - ImageSizeCache->{{145.5756021170939, - 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See ", - ButtonBox["V. A. Saroka, K. G. Batrakov, and L. A. 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a/TBpack/TBpack.m +++ b/TBpack/TBpack.m @@ -6,7 +6,7 @@ (* :Title: TBpack *) (* :Author: Vasil A. Saroka <40.ovasil@gmail.com> *) (* :Context: TBpack` *) -(* :Version: 0.0.1 *) +(* :Version: 0.2.0 *) (* :Date: 2020-03-18 *) (* :Mathematica Version: 10.0+ *) @@ -90,9 +90,6 @@ HoppingDistanceDelta -> 0.05, SuperCellSize -> 1}; - -(* ::Subsubsection:: *) -(* Region Title *) Hamiltonian[unitcell_List, OptionsPattern[]] := Catch[ Module[ { @@ -133,9 +130,15 @@ hlen,etest, + hd, + hdfun, + hifun, + oifun, + (* subfunctions *) U, realnumbersQ + }, (* @@ -230,8 +233,10 @@ hdlen = Length[hoppingdistances]; bondconfiglist = Table[ bondvectorlist = Table[{}, {i, hdlen}]; - Do[ - bondvector = aplist[[j]] - unitcell[[1, i]]; + Do[ + r2 = aplist[[j]]; + r1 = unitcell[[1, i]]; + bondvector = r2 - r1; idealbondlength = Sqrt[bondvector.bondvector]; Do[ If[ @@ -239,9 +244,9 @@ realnumbersQ[idealbondlength,hoppingdistances[[n]]], Abs[idealbondlength - hoppingdistances[[n]]] < hoppingdistancedelta, (* if idealbondlength and given hoppingdistance are not a real numbers - then they can be treated symbolically, so an exact comparison is attempted *) - hoppingdistances[[n]] === (idealbondlength/.Sqrt[x_^2] :> x) + then they can be treated symbolically, so an exact comparison is attempted *) (* Sqrt[x_^2] :> x means that all symbols in the expression are stand for positive real numbers *) + hoppingdistances[[n]] === (idealbondlength/.Sqrt[x_^2] :> x) ] , AppendTo[bondvectorlist[[n]], bondvector] @@ -272,54 +277,131 @@ (* Summation over nearest neighbours of various orders *) Do[ + If[ - + (*========= This If section makes decision if the loop should be evaluated and how the hoppping and overlapping integrals must be set ==========================*) If[ realnumbersQ[idealbondlength,hoppingdistances[[l]]], - Abs[hoppingdistances[[l]] - idealbondlength] < hoppingdistancedelta, + If[ + Abs[hoppingdistances[[l]] - idealbondlength] < hoppingdistancedelta, + t = If[ListQ[hoppingintegrals[[l]]], hoppingintegrals[[l, 1]], hoppingintegrals[[l]]]; + s = If[ListQ[overlappingintegrals[[l]]], overlappingintegrals[[l, 1]], overlappingintegrals[[l]]]; + + (* correct hopping integral due to the environmental (surrounding) effect *) + (* hopping integrals format + { + {t0,{t01,testfun01},{t02,testfun02}, ...}, + {t1,{t11,testfun11},{t12,testfun12}, ...}, + {t2,{t21,testfun21},{t22,testfun22}, ...}, + ... + } + overlapping integrals format + { + {s0,s01,s02,...} + {s1,s11,s12,...}, + {s2,s21,s22,...} + ... + } + test functions for fixed first index such as testfun01, ..., testfun0n must not contain intersecting conditions + the test functions run on ideal structure vectors r1, r2 + *) + If[ + ListQ[hoppingintegrals[[l]]], + hlen = Length[hoppingintegrals[[l]]]; + + If[ + hlen > 1, + + Do[ + etest = hoppingintegrals[[l, m, 2]]; + (*Print[bondconfiglist[[i]]];*) + If[ + etest[r1[[1]], r1[[2]], r1[[3]], r2[[1]], r2[[2]], r2[[3]], bondconfiglist[[i]], bondconfiglist[[j]], i, j], + (*Print["Yes"];*) + t = hoppingintegrals[[l, m, 1]]; + s = overlappingintegrals[[l,m]] + ], + {m, 2, hlen}] + ]; + ] (* end If hopping integral as a list*); + (* Evaluate the rest of the code in the loop? Yes*) + True, + (* Evaluate the rest of the code in the loop? No*) + False + ], (* if idealbondlength and given hoppingdistance are not a real numbers - then they can be treated symbolically, and an exact comparison is attempted *) - hoppingdistances[[l]] === (idealbondlength/.Sqrt[x_^2] :> x) - (* Sqrt[x_^2] :> x means that all symbols in the expression are stand for positive real numbers *) - ] - , - - t = If[ListQ[hoppingintegrals[[l]]], hoppingintegrals[[l, 1]], hoppingintegrals[[l]]]; - s = If[ListQ[overlappingintegrals[[l]]], overlappingintegrals[[l, 1]], overlappingintegrals[[l]]]; - - (* correct hopping integral due to the environmental (surrounding) effect *) - (* hopping integrals format - { - {t0,{t01,testfun01},{t02,testfun02}, ...}, - {t1,{t11,testfun11},{t12,testfun12}, ...}, - {t2,{t21,testfun21},{t22,testfun22}, ...}, - ... - } - overlapping integrals format - { - {s0,s01,s02,...} - {s1,s11,s12,...}, - {s2,s21,s22,...} - ... - } - test functions for fixed first index such as testfun01, ..., testfun0n must not contain intersecting conditions - the test functions run on ideal structure vectors r1, r2 - *) - hlen = Length[hoppingintegrals[[l]]]; - - If[ - hlen > 1, + then they are treated symbolically, and an exact comparison is attempted *) + If[ + hoppingdistances[[l]] === (idealbondlength/.Sqrt[x_^2] :> x) (* Sqrt[x_^2] :> x means that all symbols in the expression are stand for positive real numbers *), + t = If[ListQ[hoppingintegrals[[l]]], hoppingintegrals[[l, 1]], hoppingintegrals[[l]]]; + s = If[ListQ[overlappingintegrals[[l]]], overlappingintegrals[[l, 1]], overlappingintegrals[[l]]]; + + (* correct hopping integral due to the environmental (surrounding) effect *) + (* hopping integrals format + { + {t0,{t01,testfun01},{t02,testfun02}, ...}, + {t1,{t11,testfun11},{t12,testfun12}, ...}, + {t2,{t21,testfun21},{t22,testfun22}, ...}, + ... + } + overlapping integrals format + { + {s0,s01,s02,...} + {s1,s11,s12,...}, + {s2,s21,s22,...} + ... + } + test functions for fixed first index such as testfun01, ..., testfun0n must not contain intersecting conditions + the test functions run on ideal structure vectors r1, r2 + *) + If[ + ListQ[hoppingintegrals[[l]]], + hlen = Length[hoppingintegrals[[l]]]; + + If[ + hlen > 1, + + Do[ + etest = hoppingintegrals[[l, m, 2]]; + (*Print[bondconfiglist[[i]]];*) + If[ + etest[r1[[1]], r1[[2]], r1[[3]], r2[[1]], r2[[2]], r2[[3]], bondconfiglist[[i]], bondconfiglist[[j]], i, j], + (*Print["Yes"];*) + t = hoppingintegrals[[l, m, 1]]; + s = overlappingintegrals[[l,m]] + ], + {m, 2, hlen}] + ]; + ] (* end If hopping integral as a list*); + (* Evaluate the rest of the code in the loop? Yes*) + True, + (* not a real number or a valid symbolic expression *) - Do[ - etest = hoppingintegrals[[l, m, 2]]; + (* check if the hopping distance is defined via a pure function with boolean output, this allows us to address a range of hopping distances in a similar fashion; + for the range of hopping distances the hopping and overlapping integrals are set as pure functions too *) + hdfun = hoppingdistances[[l]]; + hd = hdfun[r1[[1]], r1[[2]], r1[[3]], r2[[1]], r2[[2]], r2[[3]], bondconfiglist[[i]], bondconfiglist[[j]], i, j]; If[ - etest[r1[[1]], r1[[2]], r1[[3]], r2[[1]], r2[[2]], r2[[3]], bondconfiglist[[i]], bondconfiglist[[j]], i, j], - t = hoppingintegrals[[l, m, 1]]; - s = overlappingintegrals[[l,m]] - ], - {m, 2, hlen}] - ]; - + (hd === True), + (* hopping distance is a pure function with boolean output True *) + hifun = hoppingintegrals[[l]]; + oifun = overlappingintegrals[[l]]; + t = hifun[r1[[1]], r1[[2]], r1[[3]], r2[[1]], r2[[2]], r2[[3]], bondconfiglist[[i]], bondconfiglist[[j]], i, j]; + s = oifun[r1[[1]], r1[[2]], r1[[3]], r2[[1]], r2[[2]], r2[[3]], bondconfiglist[[i]], bondconfiglist[[j]], i, j]; + (*Print["Yes"];*) + (* Evaluate the rest of the code in the loop? Yes *) + True, + (* hopping distance is not a pure function with boolean output True (also not a real number or valid symbolic expression) *) + (* Evaluate the rest of the code in the loop? No *) + False + ](* if hd True *) + ](* If symbolic comparison successful *) + ](* If real numbers are given for hopping distances *) + + (*========= This code section make decision if the hoppping and overlapping integrals must be used and how they are set ==========================*) + , + + r1 = unitcell[[2,i]]; r2 = supercell[[2,c,j]]; r12 = r1 - r2; (* bondvector for optimized geometry *) @@ -344,13 +426,27 @@ (* hoppingintegrals edge corrections due to the coordination number *) dt = If[ - (cnlist[[i]] == 0)||(cnlist[[j]] == 0), - 0, - edgecorrections[[cnlist[[i]],cnlist[[j]],l]] + (cnlist[[i]] == 0)||(cnlist[[j]] == 0), + 0, + edgecorrections[[cnlist[[i]],cnlist[[j]],l]] ]; (* end If edge correction *) - (* electric field *) - tE = If[l == 1, U[r1,efield], 0];(* electrostatic on-site energy *) + + (* electrostatic on-site energy *) + tE = If[ + l == 1, + If[ + VectorQ[efield, NumericQ] && Length[efield] == 3, + (* efield is a 3-component Cartesian vector setting the electrostatic field strength *) + U[r1,efield], + (* if efield is not a 3-component Cartesian vector (i.e. electrostatic field strength) + then it is assumed to be a pure function defining in eV an electrostatic potential + in space as function of x, y and z. + *) + efield[r1[[1]], r1[[2]], r1[[3]]] + ], + 0]; + hij = hij + Exp[- strain relbonddeformation] (t + dt + tE) Exp[I (sphase - mphase)]; sij = sij + Exp[- strain relbonddeformation] s Exp[I (sphase - mphase)]; @@ -389,11 +485,14 @@ bfield = OptionValue[Bfield], edgecorrections = OptionValue[EdgeCorrections], hoppingdistancedelta = OptionValue[HoppingDistanceDelta], + supercellsize = OptionValue[SuperCellSize], bands,m,k, data, vm,kx,ky,kz,v, - epsol,eval,evec + epsol,eval,evec, + + ordering }, (* hoppingintegrals_?(VectorQ[#,NumericQ]&) @@ -402,11 +501,11 @@ *) (* -ElectronicBands4TBpack::klist="The argument must be a list of vectors three element long each."; +ElectronicBands::klist="The argument must be a list of vectors three element long each."; tf=VectorQ[#,(ListQ[#]&&Length[#]==3&)]&; -If[!tf@klist,Throw[Message[ElectronicBands4TBpack::klist,unitcell]]]; +If[!tf@klist,Throw[Message[ElectronicBands::klist,unitcell]]]; *) (* First argument structure: unitcell={idealunitcell,optimizedunitcell}; @@ -423,7 +522,8 @@ Efield->efield, Bfield->bfield, EdgeCorrections->edgecorrections, - HoppingDistanceDelta->hoppingdistancedelta + HoppingDistanceDelta->hoppingdistancedelta, + SuperCellSize->supercellsize ]; If[ @@ -433,20 +533,22 @@ data = If[ OptionValue[ParallelEvaluation], ParallelTable[ - epsol = Chop@Eigensystem[m/.k->i]; - {eval,evec} = #[[Ordering[epsol[[1]]]]]&/@epsol; - v = Chop[vm/.{kx->i[[1]],ky->i[[2]],kz->i[[3]]}]; + epsol = Chop[Eigensystem[m/.k->i]]; + ordering = Ordering[First[epsol]]; + {eval,evec} = #[[ordering]]&/@epsol; + v = vm/.{kx->i[[1]],ky->i[[2]],kz->i[[3]]}; {Append[eval,i],evec,v}, {i,klist},DistributedContexts->"TBpack`Private`"](* end ParallelTable *) , Table[ epsol = Chop[Eigensystem[m/.k->i]]; - {eval,evec} = #[[Ordering[epsol[[1]]]]]&/@epsol; + ordering = Ordering[First[epsol]]; + {eval,evec} = #[[ordering]]&/@epsol; v = vm/.{kx->i[[1]],ky->i[[2]],kz->i[[3]]}; {Append[eval,i],evec,v}, {i,klist}](* end Table *) ](* end If ParallelEvaluation *); - data=Transpose[data]; + data = Transpose[data]; Join[{Transpose[First@data]},Rest@data] , bands = If[ diff --git a/TBpack/UnitcellGenerators.m b/TBpack/UnitcellGenerators.m index 6d61d45..4d4ec8b 100644 --- a/TBpack/UnitcellGenerators.m +++ b/TBpack/UnitcellGenerators.m @@ -5,31 +5,45 @@ (* Functions *) -Nanotube::usage = "Nanotube[\*RowBox[{StyleBox[\"n\",\"TI\"], \",\" , StyleBox[\"m\",\"TI\"]}]] retuns a list of atomic coordinate of the nanotube, its translation vector and the lattice constant used."; +Nanotube::usage = "Nanotube[\*RowBox[{StyleBox[\"n\",\"TI\"], \",\" , StyleBox[\"m\",\"TI\"]}]] retuns a list of atomic coordinates of the nanotube, its translation vector and the lattice constant used."; Nanoribbon::usage = "Nanoribbon[\*StyleBox[\"n\",\"TI\"]] returns a list of atomic coordinate of a \*StyleBox[\"Zigzag\",\"TI\"] nanoribbon, its translation vector and the lattice constant used. Nanoribbon[\*RowBox[{StyleBox[\"n\",\"TI\"], \",\" , StyleBox[\"options\",\"TI\"]}]] generates atomic coordinates with specified options. -Nanoribbon[\*StyleBox[\"n\",\"TI\"], RibbonType \[Rule] value] generates \*StyleBox[\"Zigzag\",\"TI\"], \*StyleBox[\"Armchair\",\"TI\"] and \*StyleBox[\"Bearded\",\"TI\"] nanoribobn for \*StyleBox[\"value\",\"TI\"] equal to 1, 2 and 3, respectively"; +Nanoribbon[\*StyleBox[\"n\",\"TI\"], EdgeType \[Rule] value] generates \*StyleBox[\"Zigzag\",\"TI\"], \*StyleBox[\"Armchair\",\"TI\"] and \*StyleBox[\"Bearded\",\"TI\"] nanoribbon for \*StyleBox[\"value\",\"TI\"] equal to 1, 2 and 3, respectively"; CNanoribbon::usage = "CNanoribbon[\*RowBox[{StyleBox[\"n\",\"TI\"], \",\", StyleBox[\"m\",\"TI\"]}]] returns a list of atomic coordinate of a nanoribbon by effectively unrolling a nanotube with the chirality vector \*RowBox[{\"(\", StyleBox[\"n\",\"TI\"], \",\", StyleBox[\"m\",\"TI\"] ,\")\"}]. CNanoribbon[\*RowBox[{StyleBox[\"n\",\"TI\"], \",\", StyleBox[\"m\",\"TI\"]}], RefinedEdge \[Rule] \*StyleBox[\"True\",\"TI\"]] refines the edge of the ribbon from the dangling atoms."; ZigzagShapedNanoribbon::usage = "ZigzagShapedNanoribbon[\*RowBox[{StyleBox[SubscriptBox[\"l\",\"1\"],\"TI\"], \",\", StyleBox[SubscriptBox[\"l\",\"2\"],\"TI\"], \",\", StyleBox[SubscriptBox[\"w\",\"1\"],\"TI\"], \",\" , StyleBox[SubscriptBox[\"w\",\"2\"],\"TI\"] }]] returns a list of atomic coordinates of a \*StyleBox[\"Z60\",\"TI\"] zigzag-shaped nanoribbon, its translation vector and the lattice constant used. ZigzagShapedNanoribbon[\*RowBox[{StyleBox[SubscriptBox[\"l\",\"1\"],\"TI\"], \",\", StyleBox[SubscriptBox[\"l\",\"2\"],\"TI\"], \",\", StyleBox[SubscriptBox[\"w\",\"1\"],\"TI\"], \",\" , StyleBox[SubscriptBox[\"w\",\"2\"],\"TI\"] }], \*StyleBox[\"options\",\"TI\"]] generates atomic coordinates with the specified \*StyleBox[\"options\",\"TI\"]. -ZigzagShapedNanoribbon[\*RowBox[{StyleBox[SubscriptBox[\"l\",\"1\"],\"TI\"], \",\", StyleBox[SubscriptBox[\"l\",\"2\"],\"TI\"], \",\", StyleBox[SubscriptBox[\"w\",\"1\"],\"TI\"], \",\" , StyleBox[SubscriptBox[\"w\",\"2\"],\"TI\"] }], RibbonType \[Rule] \*StyleBox[\"value\",\"TI\"]] generates \*StyleBox[\"Z60\",\"TI\"], \*StyleBox[\"Z120\",\"TI\"], \*StyleBox[\"A60\",\"TI\"] and \*StyleBox[\"A120\",\"TI\"] nanoribbons for \*StyleBox[\"value\",\"TI\"] equal to 1, 2, 3, and 4, respectively. +ZigzagShapedNanoribbon[\*RowBox[{StyleBox[SubscriptBox[\"l\",\"1\"],\"TI\"], \",\", StyleBox[SubscriptBox[\"l\",\"2\"],\"TI\"], \",\", StyleBox[SubscriptBox[\"w\",\"1\"],\"TI\"], \",\" , StyleBox[SubscriptBox[\"w\",\"2\"],\"TI\"] }], EdgeType \[Rule] \*StyleBox[\"value\",\"TI\"]] generates \*StyleBox[\"Z60\",\"TI\"], \*StyleBox[\"Z120\",\"TI\"], \*StyleBox[\"A60\",\"TI\"] and \*StyleBox[\"A120\",\"TI\"] nanoribbons for \*StyleBox[\"value\",\"TI\"] equal to 1, 2, 3, and 4, respectively. ZigzagShapedNanoribbon[\*RowBox[{StyleBox[SubscriptBox[\"l\",\"1\"],\"TI\"], \",\", StyleBox[SubscriptBox[\"l\",\"2\"],\"TI\"], \",\", StyleBox[SubscriptBox[\"w\",\"1\"],\"TI\"], \",\" , StyleBox[SubscriptBox[\"w\",\"2\"],\"TI\"] }], TranslationAxis \[Rule] \*StyleBox[\"value\",\"TI\"]] sets the nanoribbon translation vector along \*StyleBox[\"Ox\",\"TI\"]- or \*StyleBox[\"Oy\",\"TI\"]-axis for \*StyleBox[\"value\",\"TI\"] equal to 1 or 2, respectively. ZigzagShapedNanoribbon[\*RowBox[{StyleBox[SubscriptBox[\"l\",\"1\"],\"TI\"], \",\", StyleBox[SubscriptBox[\"l\",\"2\"],\"TI\"], \",\", StyleBox[SubscriptBox[\"w\",\"1\"],\"TI\"], \",\" , StyleBox[SubscriptBox[\"w\",\"2\"],\"TI\"] }], ApexPoint \[Rule] \*StyleBox[\"integer\",\"TI\"]] sets the apex point to one of the four positions denoted by the \*StyleBox[\"integer\",\"TI\"]."; +IVGroupQuantumDot::usage = "IVGroupQuantumDot[\*RowBox[{StyleBox[\"size\",\"TI\"], \",\" , StyleBox[\"numberoflayers\",\"TI\"]}]] returns a list of atomic coordinates for a graphene quantum dot, an effective translation vector (roughly double the size of the dot) and the lattice constant. +IVGroupQuantumDot[\*RowBox[{StyleBox[\"size\",\"TI\"], \",\" , StyleBox[\"numberoflayers\",\"TI\"]}], \*StyleBox[\"options\",\"TI\"]] generates a list of atomic coordinates for a quantum dot with the specified options. +IVGroupQuantumDot[\*RowBox[{StyleBox[\"size\",\"TI\"], \",\" , StyleBox[\"numberoflayers\",\"TI\"]}], ChemicalElement \[Rule] \*StyleBox[\"label\",\"TI\"]] returns a list of atomic coordinates for a quantum dot of the 2D material made of the element set by \*StyleBox[\"label\",\"TI\"]. +IVGroupQuantumDot[\*RowBox[{StyleBox[\"size\",\"TI\"], \",\" , StyleBox[\"numberoflayers\",\"TI\"]}], EdgeType \[Rule] \*StyleBox[\"value\",\"TI\"]] returns a list of atomic coordinates for a quantum dot with \*StyleBox[\"Zigzag\",\"TI\"] and \*StyleBox[\"Armchair\",\"TI\"] edges for \*StyleBox[\"value\",\"TI\"] equal to 1 and 2, respectively. +IVGroupQuantumDot[\*RowBox[{StyleBox[\"size\",\"TI\"], \",\" , StyleBox[\"numberoflayers\",\"TI\"]}], Shape \[Rule] \*StyleBox[\"value\",\"TI\"]] returns a list of atomic coordinates for a quantum dot with \*StyleBox[\"triangular\",\"TI\"] and \*StyleBox[\"hexagonal\",\"TI\"] shapes for \*StyleBox[\"value\",\"TI\"] equal to \"TRI\" and \"HEX\", respectively."; +VGroupQuantumDot::usage = "VGroupQuantumDot[\*RowBox[{StyleBox[\"size\",\"TI\"], \",\" , StyleBox[\"numberoflayers\",\"TI\"]}]] returns a list of atomic coordinates for a phosphorene quantum dot, an effective translation vector (roughly double the size of the dot) and the lattice constant. +VGroupQuantumDot[\*RowBox[{StyleBox[\"size\",\"TI\"], \",\" , StyleBox[\"numberoflayers\",\"TI\"]}], \*StyleBox[\"options\",\"TI\"]] generates a list of atomic coordinates for a quantum dot with the specified options. +VGroupQuantumDot[\*RowBox[{StyleBox[\"size\",\"TI\"], \",\" , StyleBox[\"numberoflayers\",\"TI\"]}], ChemicalElement \[Rule] \*StyleBox[\"label\",\"TI\"]] returns a list of atomic coordinates for a quantum dot of the 2D material made of the element set by \*StyleBox[\"label\",\"TI\"]. +VGroupQuantumDot[\*RowBox[{StyleBox[\"size\",\"TI\"], \",\" , StyleBox[\"numberoflayers\",\"TI\"]}], EdgeType \[Rule] \*StyleBox[\"value\",\"TI\"]] returns a list of atomic coordinates for a quantum dot with \*StyleBox[\"Zigzag\",\"TI\"], \*StyleBox[\"Armchair\",\"TI\"] and \*StyleBox[\"Mixed\",\"TI\"] edges for \*StyleBox[\"value\",\"TI\"] equal to 1, 2 and 3, respectively. +VGroupQuantumDot[\*RowBox[{StyleBox[\"size\",\"TI\"], \",\" , StyleBox[\"numberoflayers\",\"TI\"]}], Shape \[Rule] \*StyleBox[\"value\",\"TI\"]] returns a list of atomic coordinates for a quantum dot with \*StyleBox[\"triangular\",\"TI\"], \*StyleBox[\"hexagonal\",\"TI\"] and \*StyleBox[\"circular\",\"TI\"] shapes for \*StyleBox[\"value\",\"TI\"] equal to \"TRI\", \"HEX\" and \"CIR\", respectively. \"(r)\" added to any shape string radomizes the edges with Koch curves."; + (* Options *) LatticeConstant::usage = "Option specifying the scale of the 2D hexagonal lattice in \[Angstrom]."; -RibbonType::usage = "Option specifying the type of the ribbon in some unit cell generators of nanoribbons based on the 2D hexagonal lattice." +EdgeType::usage = "Option specifying the type of the edge in some unit cell generators of nanostructures based on the 2D hexagonal lattice."; RefinedEdge::usage = "Option taking values \*StyleBox[\"True\",\"TI\"] or \*StyleBox[\"False\",\"TI\"] specifying if the nanoribbon edge should be refined from dangling atoms."; TranslationAxis::usage = "Option specifying the direction of translation in some unit cell generators of 1D structures."; ApexPoint::usage = "Option specifying the arangement of a nanoribbon within the 2D hexagonal lattice, see V. A. Saroka and K. G. Batrakov, Russ. Phys. J. 59, 633 (2016)."; +ChemicalElement::usage = "Option specifying the label of the element from the Periodic Table."; +Shape::usage = "Option specifying the shape of nanostructures in some unit cell generators."; (* Constants *) -Zigzag::usage = "Constant equal to 1 setting the RibbonType option value."; -Armchair::usage = "Constant equal to 2 setting the RibbonType option value."; -Bearded::usage = "Constant equal to 3 setting the RibbonType option value."; +Zigzag::usage = "Constant equal to 1 setting the EdgeType option value."; +Armchair::usage = "Constant equal to 2 setting the EdgeType option value."; +Bearded::usage = "Constant equal to 3 setting the EdgeType option value."; +Mixed::usage = "Constant equal to 3 setting the EdgeType option value in \*StyleBox[\"VGroupQuantumDots\",\"TI\"]"; Ox::usage = "Constant equal to 1 setting the TranslationAxis option value."; Oy::usage = "Constant equal to 2 setting the TranslationAxis option value."; Oz::usage = "Constant equal to 3 setting the TranslationAxis option value."; @@ -195,12 +209,12 @@ Options[Nanoribbon] = { LatticeConstant -> 1.42, - RibbonType -> Zigzag, + EdgeType -> Zigzag, TranslationAxis -> Oy }; Nanoribbon[numberofchains_Integer, OptionsPattern[]] := Module[ { - nanoribbontype = OptionValue[RibbonType], + nanoribbontype = OptionValue[EdgeType], a0 = OptionValue[LatticeConstant], dir = OptionValue[TranslationAxis], @@ -440,13 +454,13 @@ A120 = 4; Options[ZigzagShapedNanoribbon] = { LatticeConstant -> 1.42, - RibbonType -> Z60, + EdgeType -> Z60, TranslationAxis -> Oy, ApexPoint -> 1 }; ZigzagShapedNanoribbon[l1_Integer, l2_Integer, w1_Integer, w2_Integer, OptionsPattern[]] := Module[ { - rtype = OptionValue[RibbonType], + rtype = OptionValue[EdgeType], dir = OptionValue[TranslationAxis], apexpoint = OptionValue[ApexPoint], a0 = OptionValue[LatticeConstant], @@ -465,7 +479,7 @@ 1}}[[rtype]]; (* sv = {{0, 0, 0}, (a1 + a2)/3, a0/2 {Sqrt[3]/2, -(1/2), 0}, a0/2 {-(Sqrt[3]/2), -(1/2), 0}}[[smp]];(* shift vector setting the symmetry point *) *) - + (*sv = {(a1 + a2)/3, -(a1/6) + (a2/3), -(a1 + a2)/6, {0, 0, 0}}[[apexpoint]];(* shift vector setting the apex point *)*) L1c = l1 l1c; @@ -501,7 +515,7 @@ a0 = OptionValue[LatticeConstant], apexpoint = OptionValue[ApexPoint], - \[Delta] = 0.001, + \[Delta] = 0.05, a, a1, a2, L1, L2, W, lim, shift, A, B, graphenesheet, @@ -620,6 +634,525 @@ ](* end Catch *); SyntaxInformation[ZSNR] = {"ArgumentsPattern" -> {_, _, _, _, _, _, OptionsPattern[]}}; + +(* Quantum dots group IV added on 26/07/2020 *) +(* original code from 24/04/2016 *) +(* Error messages *) +IVGroupQuantumDot::argval = "The argument `1` must be a positive non-zero integer."; + +Options[IVGroupQuantumDot] = { + ChemicalElement -> "C", + EdgeType -> Zigzag, + Shape -> "TRI" +}; +IVGroupQuantumDot[size_Integer, numberoflayers_Integer, OptionsPattern[]] := Catch[ + Module[ + { + element = OptionValue[ChemicalElement], + edgetype = OptionValue[EdgeType], + shape = OptionValue[Shape], + + a, a0, Deltalb, + a1, a2, sz, + alist, blist, x0, + unitcell, + unitcellnew, + n, rest, interlayerdistance(* AB-stacking *), + + l0, bha, bhb, bh, bpar, v1, v2, + rsel, + + lfun(*layer producing function *) + }, + + (* ------------------------------Test of the arguments-----------------------------*) + If[ + size < 1, + Message[IVGroupQuantumDot::argval,size]; + Throw[$Failed] + ]; + + If[ + numberoflayers < 1, + Message[IVGroupQuantumDot::argval,numberoflayers]; + Throw[$Failed] + ]; + + + (* parameters were taken from S. Cahangirov et al., PRL, 102(23), 236804 (2009). http://doi.org/10.1103/PhysRevLett.102.236804 *) + Switch[ + element, + "C", a0 = 1.42; Deltalb = 0;(* \[Angstrom] *) + interlayerdistance = 3.35(* \[Angstrom] *), + "Si", a0 = 2.21; Deltalb = 0.44;(* \[Angstrom] *) + interlayerdistance = 3.35(* \[Angstrom] *), + "Ge", a0 = 2.29; Deltalb = 0.64;(* \[Angstrom] *) + interlayerdistance = 3.35(* \[Angstrom] *) + ](* end Switch *); + + a = Sqrt[3] a0; + (* Graphene lattice basic vectors *) + a1 = a {1/2, Sqrt[3]/2, 0}; + a2 = a {1, 0, 0}; + + Switch[ + edgetype, + 1,(* zigzag type QD *) + + lfun = Flatten[Table[Function[{x}, x + ((i - 1) {0, 0, interlayerdistance} + If[EvenQ[i], (a1 + a2)/3, {0, 0, 0}])] /@ #,{i, numberoflayers}] + , 1] &;(* end Flatten *)(* layer function *) + + Switch[ + shape, + "TRI", + sz = size + 1; + alist = Flatten[Table[a1 i + a2 j, {i, 0, sz}, {j, 0, sz}], 1]; + blist = # + (a1 + a2)/3 + {0, 0, -(Deltalb/2)} & /@ alist; + alist = # + {0, 0, Deltalb/2} & /@ alist; + x0 = sz Sqrt[a2.a2]; + unitcell = Select[Join[alist, blist], -Sqrt[3] (#[[1]] - x0) >= #[[2]] &]; + n = Length@unitcell; + rest = unitcell[[{1, sz + 1, (sz^2 + 3 sz + 2)/2}]]; + + unitcellnew = + lfun@Delete[unitcell, {{1}, {sz+1}, {(sz^2 + 3 sz + 2)/2}}]; + {unitcellnew, {2 x0, 0, 0}, a0} + , + "HEX", + sz = size - 1; + alist = Flatten[Table[a1 i + a2 j, {i, 0, sz}, {j, 0, sz}], 1]; + blist = # + (a1 + a2)/3 + {0, 0, -(Deltalb/2)} & /@ alist; + alist = # + {0, 0, Deltalb/2} & /@ alist; + x0 = sz Sqrt[a2.a2]; + unitcell = Select[Join[alist, blist], -Sqrt[3] (#[[1]] - x0) >= #[[2]] &]; + n = Length@unitcell; + rest = unitcell[[{1, sz + 1, (sz^2 + 3 sz + 2)/2}]]; + + unitcellnew = lfun@Flatten[Table[RotationMatrix[\[Pi]/3 i, {0, 0, 1}].({1, 1, (-1)^(i - 1)} (# + (a1 + a2)/3)) & /@unitcell, {i, 6}], 1]; + {unitcellnew, {4 x0, 0, 0}, a0} + ](* end Switch shape *), + 2,(* armchair type QD *) + + lfun = Flatten[Table[# + ((i - 1) {0, 0, interlayerdistance} + If[EvenQ[i], ({-1, 1, 1} a1 + a2)/3, {0, 0, 0}]) & /@ #,{i, numberoflayers}] + , 1] &;(* end Flatten *)(* layer function *) + + Switch[ + shape, + "TRI", + alist = Flatten[Table[({-1, 1, 1} a1 + a2)/3 + a1 i + a2 j, {i, 0, size}, {j, 0, size}], 1]; + blist = # + (a1 - a2)/3 + {0, 0, -(Deltalb/2)} & /@ alist; + alist = # + {0, 0, Deltalb/2} & /@ alist; + x0 = size Sqrt[a2.a2]; + + unitcell = Flatten[Table[RotationMatrix[(2 \[Pi])/3 i, {0, 0, 1}].# & /@ Select[Join[alist, blist], -Sqrt[3]/3 (#[[1]] - x0) >= #[[2]] &], {i, 0, 2}], + 1]; (* triangle unitcell *) + + unitcellnew = lfun@unitcell; + {unitcellnew, {2 x0, 0, 0}, a0} + , + "HEX", + l0 = {0, 0, 0};(* origin *) + bha = # + {0, 0, Deltalb/2} & /@ {l0, l0 + a1, l0 + {-1, 1, 1} a1}; (* A atoms of basic hexagon *) + bhb = # + {0, 0, -(Deltalb/2)} & /@ {l0 + (a1 - a2)/3, l0 + (a1 - a2)/3 + a2, l0 + (a1 - a2)/3 + {-1, 1, 1} a1};(* B atoms of basic hexagon *) + bh = Join[bha, bhb];(* basic hexagon *) + + v1 = a1 + {-1, 1, 1} a1;(* translation vector 1 *) + v2 = {-1, 1, 1} a1 + a2;(* translation vector 2 *) + bpar = Flatten[Table[(v1 (i - 1) + v2 (j - 1) + #) & /@ bh, {i, size}, {j, size}], 2];(* basic parallelogramm *) + (* size *) + x0 = size Sqrt[v1.v1]; + rsel = Append[Select[bpar, ((-(Sqrt[3]/3) #[[1]] + x0 > #[[2]]) && #[[1]] > a0 Cos[\[Pi]/6]) &], {-1, 1, 1} a1 + {0, 0, Deltalb/2}];(* rotation symmetry element *) + unitcell = Flatten[Table[RotationMatrix[\[Pi]/3 i, {0, 0, 1}].({1, 1, (-1)^(i - 1)} (# - {0, a0, 0})) & /@ rsel, {i, 6}], 1]; + unitcellnew = lfun@unitcell; + {unitcellnew, {4 x0, 0, 0}, a0} + ](* end Switch shape *) + + ](* end Switch type *) + ](* end Module *) +](* end Catch *); +SyntaxInformation[IVGroupQuantumDot] = {"ArgumentsPattern" -> {_, _, OptionsPattern[]}}; + +(* Quantum dots group V added 28/07/2020 *) +(* code from 01/10/2017 *) +Mixed = 3; + +Options[VGroupQuantumDot] = { + ChemicalElement -> "P", + EdgeType -> Zigzag, + Shape -> "TRI" +}; + +VGroupQuantumDot[size_Integer, numberoflayers_Integer, OptionsPattern[]] := Module[ + { + element = OptionValue[ChemicalElement], + edgetype = OptionValue[EdgeType], + shape = OptionValue[Shape], + + a0, a, Deltalb, sft, Phi, + Size, + tol = 0.01(* tolerance *), + a1, a2, + alist, blist, + x0, unitcell, + phosphorenesheet, + polygon, + generation = 4, + polygonfractalinfo, + unitcellnew, + interlayerdistance(* ABA-stacking *), + shift, + + lfun(*layer producing function *), + InPolygonQ, + InPolygonFractalQ, + PolygonFractal + }, + (*---------------------------------------- subfunctions ----------------------------------------*) + + (* plist_: points must be ordered in clockwise direction; the first point must not be duplicated *) + InPolygonQ[point_, plist_, \[Delta]_] := + And @@ MapThread[If[ + #2[[1]] != 0, + If[ + #2[[1]] > 0, + #2[[2]]/#2[[1]] point[[ + 1]] + (#1[[2]] - #2[[2]]/#2[[1]] #1[[1]]) - \[Delta] >= + point[[2]], + #2[[2]]/#2[[1]] point[[ + 1]] + (#1[[2]] - #2[[2]]/#2[[1]] #1[[1]]) + \[Delta] <= + point[[2]] + ](* end If *), + If[ + #2[[2]] > 0,(*#2\[Equal]0 && #3\[Equal]0 - skiped *) + #1[[1]] + \[Delta] <= point[[1]], + #1[[1]] - \[Delta] >= point[[1]] + ](* end If *) + ] &(* end If *), {plist, RotateLeft[plist, 1] - plist}]; + + InPolygonFractalQ[point_, plist_, polfracinfo_] := + Module[ + { + overlappingtriangles, + lasttriangleinfo, + \[Delta] = 0.01, + + InTriangleQ + }, + InTriangleQ = + If[#[[2]] > + 0, {InPolygonQ[point, #[[1]], \[Delta]], #[[2]], #[[ + 3]]}, {InPolygonQ[point, Reverse[#[[1]]], \[Delta]], #[[ + 2]], #[[3]]}] &;(* designed to be applied to PolygonFractal third argument (ilist) *) + + (* selects those triangles (or initial polygon) that contains the given point, i.e. True elements in tinfo, + and chooses the one with the highes generation *) + overlappingtriangles = Select[Join[{{InPolygonQ[point, plist, \[Delta]], 1, 0}}, Flatten[Map[InTriangleQ, polfracinfo, {2}], 1]], #[[1]] &]; + If[ + overlappingtriangles == {}, + False, + lasttriangleinfo = Sort[overlappingtriangles, #1[[3]] > #2[[3]] &][[1]]; + (* if the highest generation triangle has the second parameter in the list equal to -1 then the result is converted to False, + which means the point should be considered as being outside the triangle *) + And[lasttriangleinfo[[1]], Switch[lasttriangleinfo[[2]], -1, False, 1, True]] + ](* end If *) + ](* end Module *); + + + (* + plist_: points must be ordered in clockwise direction; the first point must not be duplicated; + fractaltype_: 1 - ideal fractal; 2 - positive random; 3 - negative random; 4 - fully random; + *) + PolygonFractal[plist_, fractaltype_, gen_] := Module[ + { + list, + tlist, + ilist, + plen, + + (* subfunction *) + EdgeFractal + }, + + EdgeFractal[point1_, point2_, type_, gn_] := Module[ + { + vec, + p1, p2, p3, fac, + Phifac + }, + vec = (point2 - point1)/3; + fac = Switch[type, 1, {1, 1}, 2, RandomReal[1, 2], 3, RandomReal[1, 2], 4, RandomReal[1, 2]]; + Phifac = Switch[type, 1, 1, 2, 1, 3, -1, 4, (-1)^RandomInteger[{-1, 1}]^2]; + p1 = point1 + fac[[1]] vec; + p2 = p1 + vec; + p3 = p1 + vec/2 + Sqrt[3]/2 fac[[2]] Phifac {-vec[[2]], vec[[1]]}; + + AppendTo[tlist, {p1, p3, p2}]; (* triangle list *) + AppendTo[ilist, {{p1, p3, p2}, Phifac, gn}]; (* information list *) + + If[ + gn == gen, + AppendTo[list, {point1, p1, p3, p2, point2}] + ]; + + If[ + gn < gen, + EdgeFractal[point1, p1, type, gn + 1]; + EdgeFractal[p1, p3, type, gn + 1]; + EdgeFractal[p3, p2, type, gn + 1]; + EdgeFractal[p2, point2, type, gn + 1] + ]; + + ];(* end Module EdgeFractal *) + + plen = Length[plist]; + Transpose[Table[list = {}; tlist = {}; ilist = {}; EdgeFractal[plist[[i]], plist[[If[i == plen, 1, i + 1]]], fractaltype, 1]; {list, tlist, ilist}, {i, plen}]] + ](* end Module *); + + + (*------------------------------------------------------------------------------------------------*) + + + + + (* parameters were taken from + [1] M. Ezawa, New J. Phys. 16, 115004 (2014). http://doi.org/10.1088/1367-2630/16/11/115004 + see also + [2] A. Castellanos-Gomez et al., 2D Mater. 1, 025001 (2014). http://doi.org/10.1088/2053-1583/1/2/025001 + *) + Switch[ + element, + "P", + a0 = 2.164; (* \[Angstrom] *) + a = 2.537; (* \[Angstrom] *) + Deltalb = 2.1443;(* \[Angstrom]; vertical shift *) + sft = 0.5223;(* \[Angstrom]; horizontal shift *) + Phi = 0.7; (* radians; angle between a1 vector and Ox-axis *) + interlayerdistance = 5.445;(* \[Angstrom]; interlayer distance; taken from [2] *) + shift = {1.67857, 0, 0}; (* shift to combine the origin of reference system with one of the atoms of the lattice (in xOy plane) *) + ](* end Switch *); + + + (* Phosphorene lattice basic vectors *) + a1 = a {Cos[Phi], Sin[Phi], 0}; + a2 = a {Cos[Phi], -Sin[Phi], 0}; + + lfun = Flatten[ + Table[ + Function[{x}, x + ((i - 1) {0, 0, interlayerdistance} + If[EvenQ[i], {0, a Sin[Phi], 0}, {0, 0, 0}])] /@ #, + {i, numberoflayers}] + , 1] &;(* end Flatten *)(* layer function *) + + Switch[ + edgetype, + 1,(* zigzag type QD *) + + Switch[ + shape, + "TRI", + Size = size + 1; + x0 = (Size a2)[[1]]; + alist = Flatten[Table[a1 i + a2 j + {0, 0, (-1)^(i + j + 1) Deltalb/2}, {i, 0, Size}, {j, 0, Size}], 1]; + blist = ({1, 1, -1} #) + {sft, 0, 0} & /@ alist; + + unitcell = Delete[Select[Join[alist, blist], x0 >= #[[1]] &], {{1}, {Size + 1}, {(Size^2 + 3 Size + 2)/2}}]; + unitcellnew = lfun@unitcell, + "TRI(r)", + Size = Ceiling[4/3 size]; + x0 = (Size a2)[[1]]; + alist = Flatten[Table[a1 i + a2 j + {0, 0, (-1)^(i + j + 1) Deltalb/2}, {i, -Size, Size}, {j, -Size, Size}], 1]; + blist = ({1, 1, -1} #) + {sft, 0, 0} & /@ alist; + phosphorenesheet = shift + # & /@Join[alist, blist]; + + (* cut initial phosphorene sheet to smaller one to facilitate fractal calculation *) + polygon = Most /@ (Size {-((a1 + a2)/2) , (3 a1 - a2)/4, a1 + a2, (3 a2 - a1)/4 }); + phosphorenesheet = lfun@Select[phosphorenesheet, InPolygonQ[#, polygon, tol] &]; + + (* bounding fractal generation *) + polygon = Most /@ (size {{0, 0, 0}, a1, a2}); + polygonfractalinfo = PolygonFractal[polygon, 4, generation]; + + (* selection of those atoms of the sheet which are within the bounding fractal *) + unitcell = Select[phosphorenesheet, InPolygonFractalQ[{#[[1]], #[[2]]}, polygon, polygonfractalinfo[[3]]] &]; + + (* number of layers does work with fractals at the moment! *) + unitcellnew = unitcell + , + "HEX", + Size = size; + x0 = Size Sqrt[a2.a2]; + alist = Flatten[Table[a1 i + a2 j + {0, 0, (-1)^(i + j + 1) Deltalb/2}, {i, -Size, Size}, {j, -Size, Size}], 1]; + blist = ({1, 1, -1} #) + {sft, 0, 0} & /@ alist; + phosphorenesheet = shift + # & /@Join[alist, blist]; + + polygon = Most /@ (size {a1, a2, a2 - a1, -a1, -a2, a1 - a2}); + + unitcell = Select[phosphorenesheet, InPolygonQ[#, polygon, tol] &]; + unitcellnew = lfun@unitcell + , + "HEX(r)", + Size = Ceiling[4.3/3 size]; + x0 = Size Sqrt[a2.a2]; + alist = Flatten[Table[a1 i + a2 j + {0, 0, (-1)^(i + j + 1) Deltalb/2}, {i, -Size, Size}, {j, -Size, Size}], 1]; + blist = ({1, 1, -1} #) + {sft, 0, 0} & /@ alist; + phosphorenesheet = shift + # & /@Join[alist, blist]; + + (* cut initial phosphorene sheet to smaller one to facilitate fractal calculation *) + polygon = Most /@ (Size {a1, a2, a2 - a1, -a1, -a2, a1 - a2}); + phosphorenesheet = lfun@Select[phosphorenesheet, InPolygonQ[#, polygon, tol] &]; + + (* bounding fractal generation *) + polygon = Most /@ (size {a1, a2, a2 - a1, -a1, -a2, a1 - a2}); + polygonfractalinfo = PolygonFractal[polygon, 4, generation]; + + (* selection of those atoms of the sheet which are within the bounding fractal *) + unitcell = Select[phosphorenesheet, InPolygonFractalQ[{#[[1]], #[[2]]}, polygon, polygonfractalinfo[[3]]] &]; + (* number of layers does work with fractals at the moment! *) + unitcellnew = unitcell + ](* end Switch *); + + Switch[ + shape, + "TRI(r)", + {unitcellnew, {4 x0, 0, 0}, a0}, + "HEX(r)", + {unitcellnew, {4 x0, 0, 0}, a0}, + "TRI", + {unitcellnew, {2 x0, 0, 0}, a0}, + "HEX", + {unitcellnew, {4 x0, 0, 0}, a0} + ](* end Switch *), + 2,(* armchair type QD *) + + Switch[ + shape, + "TRI", + Size = size + 1; + x0 = Size Sqrt[a2.a2]; + + alist = Flatten[Table[a1 i + a2 j + {0, 0, (-1)^(i + j + 1) Deltalb/2}, {i, -Size, Size}, {j, -Size, Size}], 1]; + blist = ({1, 1, -1} #) + {sft, 0, 0} & /@ alist; + phosphorenesheet = shift + # & /@Join[alist, blist]; + + polygon = Most /@ ((size + 1/2) {a2, -a1, a1 - a2}); + unitcell = Select[phosphorenesheet, InPolygonQ[#, polygon, tol] &]; + + unitcellnew = lfun@unitcell + , + "TRI(r)", + Size = Ceiling[4/3 size]; + x0 = Size Sqrt[a2.a2]; + + alist = Flatten[Table[a1 i + a2 j + {0, 0, (-1)^(i + j + 1) Deltalb/2}, {i, -Size, Size}, {j, -Size, Size}], 1]; + blist = ({1, 1, -1} #) + {sft, 0, 0} & /@ alist; + phosphorenesheet = shift + # & /@Join[alist, blist]; + + (* cut initial phosphorene sheet to smaller one to facilitate fractal calculation *) + polygon = Most /@ (Size {a1, a2, a2 - a1, -a1, -a2, a1 - a2}); + phosphorenesheet = lfun@Select[phosphorenesheet, InPolygonQ[#, polygon, tol] &]; + + (* bounding fractal generation *) + polygon = Most /@ ((size + 1/2) {a2, -a1, a1 - a2}); + polygonfractalinfo = PolygonFractal[polygon, 4, generation]; + + (* selection of those atoms of the sheet which are within the bounding fractal *) + unitcell = Select[phosphorenesheet, InPolygonFractalQ[{#[[1]], #[[2]]}, polygon, polygonfractalinfo[[3]]] &]; + (* number of layers does work with fractals at the moment! *) + unitcellnew = unitcell + , + "HEX", + Size = 2 size; + x0 = Size Sqrt[a2.a2]; + alist = Flatten[Table[a1 i + a2 j + {0, 0, (-1)^(i + j + 1) Deltalb/2}, {i, -Size, Size}, {j, -Size, Size}], 1]; + blist = ({1, 1, -1} #) + {sft, 0, 0} & /@ alist; + phosphorenesheet = shift + # & /@Join[alist, blist]; + + polygon = Most /@ ((size - 1/2) {2 a1 - a2, (a1 + a2), 2 a2 - a1, a2 - 2 a1, -(a1 + a2), a1 - 2 a2}); + unitcell = Select[phosphorenesheet, InPolygonQ[#, polygon, tol] &]; + + unitcellnew = lfun@unitcell + , + "HEX(r)", + Size = Ceiling[(2 + 2/3) size]; + x0 = Size Sqrt[a2.a2]; + alist = Flatten[Table[a1 i + a2 j + {0, 0, (-1)^(i + j + 1) Deltalb/2}, {i, -Size, Size}, {j, -Size, Size}], 1]; + blist = ({1, 1, -1} #) + {sft, 0, 0} & /@ alist; + phosphorenesheet = shift + # & /@Join[alist, blist]; + + (* cut initial phosphorene sheet to smaller one to facilitate fractal calculation *) + polygon = Most /@ (Size {a1, a2, a2 - a1, -a1, -a2, a1 - a2}); + phosphorenesheet = lfun@Select[phosphorenesheet, InPolygonQ[#, polygon, tol] &]; + + (* bounding fractal generation *) + polygon = Most /@ ((size - 1/2) {2 a1 - a2, (a1 + a2), 2 a2 - a1, a2 - 2 a1, -(a1 + a2), a1 - 2 a2}); + polygonfractalinfo = PolygonFractal[polygon, 4, generation]; + + (* selection of those atoms of the sheet which are within the bounding fractal *) + unitcell = Select[phosphorenesheet, InPolygonFractalQ[{#[[1]], #[[2]]}, polygon, polygonfractalinfo[[3]]] &]; + (* number of layers does work with fractals at the moment! *) + unitcellnew = unitcell + + ](* end Switch shape *); + + Switch[ + shape, + "TRI(r)", + {unitcellnew, {4 x0, 0, 0}, a0}, + "HEX(r)", + {unitcellnew, {4 x0, 0, 0}, a0}, + "TRI", + {unitcellnew, {2 x0, 0, 0}, a0}, + "HEX", + {unitcellnew, {4 x0, 0, 0}, a0} + ](* end Switch *), + 3,(* Mixed edge type QQ *) + Switch[ + shape, + "CIR", + Size = size + 1; + x0 = Size Sqrt[a2.a2]; + + alist = Flatten[Table[a1 i + a2 j + {0, 0, (-1)^(i + j + 1) Deltalb/2}, {i, -Size, Size}, {j, -Size, Size}], 1]; + blist = ({1, 1, -1} #) + {sft, 0, 0} & /@ alist; + phosphorenesheet = shift + # & /@Join[alist, blist]; + + unitcell = Select[phosphorenesheet, #[[1]]^2 + #[[2]]^2 <= (size a)^2 &]; + unitcellnew = lfun@unitcell + , + "CIR(r)", + Size = Ceiling[7/6 size]; + x0 = Size Sqrt[a2.a2]; + alist = Flatten[Table[a1 i + a2 j + {0, 0, (-1)^(i + j + 1) Deltalb/2}, {i, -Size, Size}, {j, -Size, Size}], 1]; + blist = ({1, 1, -1} #) + {sft, 0, 0} & /@ alist; + phosphorenesheet = shift + # & /@Join[alist, blist]; + + (* cut initial phosphorene sheet to smaller one to facilitate fractal calculation *) + phosphorenesheet = Select[phosphorenesheet, #[[1]]^2 + #[[2]]^2 <= (Size a)^2 &]; + + (* bounding fractal generation, ring is approximated by 9 edges polygon *) + polygon = size a Reverse@CirclePoints[9]; + polygonfractalinfo = PolygonFractal[polygon, 4, generation]; + + (* selection of those atoms of the sheet which are within the bounding fractal *) + unitcell = Select[phosphorenesheet, InPolygonFractalQ[{#[[1]], #[[2]]}, polygon, polygonfractalinfo[[3]]] &]; + + (* number of layers does not work with fractals at the moment! *) + unitcellnew = unitcell + ];(* end Switch shape *) + + Switch[ + shape, + "CIR", + {unitcellnew, {4 x0, 0, 0}, a0}, + "CIR(r)", + {unitcellnew, {4 x0, 0, 0}, a0} + ](* end Switch *) + + ](* end Switch type *) + + ](* end Module *); +SyntaxInformation[VGroupQuantumDot] = {"ArgumentsPattern" -> {_, _, OptionsPattern[]}}; + + End[] (* End Private Context *) EndPackage[] \ No newline at end of file diff --git a/TestTBpack.nb b/TestTBpack.nb deleted file mode 100644 index a61586b..0000000 --- a/TestTBpack.nb +++ /dev/null @@ -1,219159 +0,0 @@ -(* Content-type: application/vnd.wolfram.mathematica *) - 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"MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"], False-> - TagBox[GridBox[{ - { - ItemBox[ - PaneBox[ - StyleBox["\<\" Symbol\"\>", "InformationTitleText", - StripOnInput->False], - FrameMargins->{{4, 0}, {-1, 1}}], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationTitleBackground", - StripOnInput->False]}, - { - ItemBox[ - PaneBox[ - - StyleBox["\<\"Hamiltonian[\\*RowBox[{\\\"{\\\", \ -StyleBox[SubscriptBox[\\\"unitcell\\\",\\\"1\\\"],\\\"TI\\\"],\\\",\\\", \ -StyleBox[SubscriptBox[\\\"unitcell\\\",\\\"2\\\"],\\\"TI\\\"], \\\"}\\\"}]] \ -constructs Hamiltonian and overlapping matrices for a system presented by the \ -\\*StyleBox[\\\"unitcell\\\",\\\"TI\\\"] list of ideal \ -\\*StyleBox[SubscriptBox[\\\"unitcell\\\",\\\"1\\\"],\\\"TI\\\"] and relaxed \ -\\*StyleBox[SubscriptBox[\\\"unitcell\\\",\\\"2\\\"],\\\"TI\\\"].\\\ -nHamiltonian[\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , \ -StyleBox[\\\"options\\\",\\\"TI\\\"]}]] constucts Hamiltonian and overlapping \ -matrices using specified option \ -settings.\\nHamiltonian[\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \ -\\\",\\\" , \\\"TranslationVectors\\\" ,\\\"\[Rule]\\\", \\\"{{\\\", \ -StyleBox[SubscriptBox[\\\"tr\\\",\\\" 11\\\"],\\\"TI\\\"], \\\",\\\" , \ -StyleBox[SubscriptBox[\\\"tr\\\",\\\" 12\\\"],\\\"TI\\\"], \\\",\\\" , \\\"\ -\[Ellipsis]\\\" , \\\"},{\\\" , StyleBox[SubscriptBox[\\\"tr\\\",\\\" \ -21\\\"],\\\"TI\\\"], \\\",\\\" , StyleBox[SubscriptBox[\\\"tr\\\",\\\" \ -22\\\"],\\\"TI\\\"], \\\",\\\" , \\\"\[Ellipsis]\\\",\\\"}}\\\" }]] uses \ -lists of ideal \\*StyleBox[SubscriptBox[\\\"tr\\\",\\\"1n\\\"],\\\"TI\\\"] \ -and relaxed \\*StyleBox[SubscriptBox[\\\"tr\\\",\\\"2n\\\"],\\\"TI\\\"] \ -translation vectors.\"\>", "InformationUsageText", - 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"Documentation" -> None, "OwnValues" -> None, "UpValues" -> None, - "DownValues" -> None, "SubValues" -> None, "DefaultValues" -> - Information`InformationValueForm[ - DefaultValues, TBpack`Hamiltonian, { - SyntaxInformation[TBpack`Hamiltonian] -> {"ArgumentsPattern" -> { - Blank[], - OptionsPattern[]}}}], "NValues" -> None, "FormatValues" -> None, - "Options" -> { - TBpack`TranslationVectors -> {{}, {}}, - TBpack`HoppingIntegrals -> {0, 3.12, 0, 0}, - TBpack`OverlappingIntegrals -> {1, 0, 0, 0}, - TBpack`HoppingDistances -> {0, 1.42, 0, 0}, TBpack`StrainExponent -> 3., - TBpack`Kpoint -> {0, 0, 0}, TBpack`Efield -> {0, 0, 0}, - TBpack`Bfield -> {0, 0, 0}, - TBpack`EdgeCorrections -> {{0, 0}, {0, 0}, {0, 0}, {0, 0}}, - TBpack`HoppingDistanceDelta -> 0.05}, - "Attributes" -> {Protected, ReadProtected}, "FullName" -> - "TBpack`Hamiltonian"], False]]], "Output", - CellChangeTimes->{ - 3.794572097787547*^9, 3.794572182098369*^9, 3.7945722322262363`*^9, { - 3.7945725362316246`*^9, 3.7945725519635243`*^9}, {3.7945725968540916`*^9, - 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ItemBox[ - PaneBox[ - StyleBox["\<\" Symbol\"\>", "InformationTitleText", - StripOnInput->False], - FrameMargins->{{4, 0}, {-1, 1}}], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], - ItemBox[ - PaneBox[ - TooltipBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "InformationHelpIcon"], - ImageSizeCache->{13., {3., 10.}}], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "InformationHelpIconHot"], - ImageSizeCache->{13., {3., 10.}}]}, Dynamic[ - CurrentValue["MouseOver"]]], - Appearance->None, - BaseStyle->"Link", - ButtonData->"paclet:ref/Join", - ButtonNote->"paclet:ref/Join"], - "\"paclet:ref/Join\""], - FrameMargins->{{0, 4}, {0, 2}}], - BaseStyle->"InformationTitleBackground", - StripOnInput->False]}, - { - ItemBox[ - PaneBox[ - - StyleBox["\<\"\\!\\(\\*RowBox[{\\\"Join\\\", \\\"[\\\", \ -RowBox[{SubscriptBox[StyleBox[\\\"list\\\", \\\"TI\\\"], StyleBox[\\\"1\\\", \ -\\\"TR\\\"]], \\\",\\\", SubscriptBox[StyleBox[\\\"list\\\", \\\"TI\\\"], \ -StyleBox[\\\"2\\\", \\\"TR\\\"]], \\\",\\\", StyleBox[\\\"\[Ellipsis]\\\", \\\ -\"TR\\\"]}], \\\"]\\\"}]\\) concatenates lists or other expressions that \ -share the same head.\\n\\!\\(\\*RowBox[{\\\"Join\\\", \\\"[\\\", \ -RowBox[{SubscriptBox[StyleBox[\\\"list\\\", \\\"TI\\\"], StyleBox[\\\"1\\\", \ -\\\"TR\\\"]], \\\",\\\", SubscriptBox[StyleBox[\\\"list\\\", \\\"TI\\\"], \ -StyleBox[\\\"2\\\", \\\"TR\\\"]], \\\",\\\", StyleBox[\\\"\[Ellipsis]\\\", \\\ -\"TR\\\"], \\\",\\\", StyleBox[\\\"n\\\", \\\"TI\\\"]}], \\\"]\\\"}]\\) joins \ -the objects at level \\!\\(\\*StyleBox[\\\"n\\\", \\\"TI\\\"]\\) in each of \ -the \\!\\(\\*SubscriptBox[StyleBox[\\\"list\\\", \\\"TI\\\"], \ -StyleBox[\\\"i\\\", \\\"TI\\\"]]\\).\"\>", "InformationUsageText", - 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Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"]}, Dynamic[System`InformationDump`open$$], - BaselinePosition->Baseline, - FrameMargins->0, - ImageSize->Automatic], - DynamicModuleValues:>{}], - BaseStyle->"InformationGridFrame", - StripOnInput->False], "InformationGridPlain", - StripOnInput->False], - InformationData[ - Association[ - "ObjectType" -> "Symbol", "Usage" -> - "\!\(\*RowBox[{\"Join\", \"[\", RowBox[{SubscriptBox[StyleBox[\"list\", \ -\"TI\"], StyleBox[\"1\", \"TR\"]], \",\", SubscriptBox[StyleBox[\"list\", \ -\"TI\"], StyleBox[\"2\", \"TR\"]], \",\", StyleBox[\"\[Ellipsis]\", \ -\"TR\"]}], \"]\"}]\) concatenates lists or other expressions that share the \ -same head.\n\!\(\*RowBox[{\"Join\", \"[\", \ -RowBox[{SubscriptBox[StyleBox[\"list\", \"TI\"], StyleBox[\"1\", \"TR\"]], \ -\",\", SubscriptBox[StyleBox[\"list\", \"TI\"], StyleBox[\"2\", \"TR\"]], \",\ -\", StyleBox[\"\[Ellipsis]\", \"TR\"], \",\", StyleBox[\"n\", \"TI\"]}], \ -\"]\"}]\) joins the objects at level \!\(\*StyleBox[\"n\", \"TI\"]\) in each \ -of the \!\(\*SubscriptBox[StyleBox[\"list\", \"TI\"], StyleBox[\"i\", \ -\"TI\"]]\).", "Documentation" -> - 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GridBoxDividers->{"Columns" -> {{False}}, "Rows" -> {{False}}}, - - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}, - GridBoxSpacings->{"Columns" -> { - Offset[0.27999999999999997`], { - Offset[0.5599999999999999]}, - Offset[0.27999999999999997`]}, "Rows" -> { - Offset[0.2], { - Offset[3.6]}, - Offset[0.2]}}], - FrameMargins->6], ""}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "UpPointerOpener"], - ImageSizeCache->{13., {3., 10.}}], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "UpPointerOpenerHot"], - ImageSizeCache->{13., {3., 10.}}]}, Dynamic[ - System`InformationDump`mouseOver$$]], - Alignment->Left, - Appearance->{"Default" -> None}, - - ButtonFunction:>FEPrivate`Set[ - System`InformationDump`open$$, False], - Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - - EventHandlerTag[{ - "MouseEntered" :> - 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StripOnInput->False, - LineSpacing->{1.5, 1.5, 3.}], - FrameMargins->{{10, 10}, {8, 10}}], - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False]}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpener"], - ImageSizeCache->{13., {3., 10.}}], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpenerHot"], - ImageSizeCache->{13., {3., 10.}}]}, Dynamic[ - System`InformationDump`mouseOver$$]], - Alignment->Left, - Appearance->{"Default" -> None}, - - ButtonFunction:>FEPrivate`Set[ - System`InformationDump`open$$, True], - Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - - EventHandlerTag[{ - "MouseEntered" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, True], - "MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"]}, Dynamic[System`InformationDump`open$$], - BaselinePosition->Baseline, - FrameMargins->0, - ImageSize->Automatic], - DynamicModuleValues:>{}], - BaseStyle->"InformationGridFrame", - StripOnInput->False], "InformationGridPlain", - StripOnInput->False], - InformationData[ - Association[ - "ObjectType" -> "Symbol", "Usage" -> - "Hamiltonian[\*RowBox[{\"{\", \ -StyleBox[SubscriptBox[\"unitcell\",\"1\"],\"TI\"],\",\", \ -StyleBox[SubscriptBox[\"unitcell\",\"2\"],\"TI\"], \"}\"}]] constructs \ -Hamiltonian and overlapping matrices for a system presented by the \ -\*StyleBox[\"unitcell\",\"TI\"] list of ideal \ -\*StyleBox[SubscriptBox[\"unitcell\",\"1\"],\"TI\"] and relaxed \ -\*StyleBox[SubscriptBox[\"unitcell\",\"2\"],\"TI\"].\n\ -Hamiltonian[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"options\",\"TI\"]}]] constucts Hamiltonian and overlapping \ -matrices using specified option settings.\n\ -Hamiltonian[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -\"TranslationVectors\" ,\"\[Rule]\", \"{{\", StyleBox[SubscriptBox[\"tr\",\" \ -11\"],\"TI\"], \",\" , StyleBox[SubscriptBox[\"tr\",\" 12\"],\"TI\"], \",\" , \ -\"\[Ellipsis]\" , \"},{\" , StyleBox[SubscriptBox[\"tr\",\" 21\"],\"TI\"], \ -\",\" , StyleBox[SubscriptBox[\"tr\",\" 22\"],\"TI\"], \",\" , \ -\"\[Ellipsis]\",\"}}\" }]] uses lists of ideal \ -\*StyleBox[SubscriptBox[\"tr\",\"1n\"],\"TI\"] and relaxed \ -\*StyleBox[SubscriptBox[\"tr\",\"2n\"],\"TI\"] translation vectors.", - "Documentation" -> None, "OwnValues" -> None, "UpValues" -> None, - "DownValues" -> None, "SubValues" -> None, "DefaultValues" -> - Information`InformationValueForm[ - DefaultValues, TBpack`Hamiltonian, { - SyntaxInformation[TBpack`Hamiltonian] -> {"ArgumentsPattern" -> { - Blank[], - OptionsPattern[]}}}], "NValues" -> None, "FormatValues" -> None, - "Options" -> { - TBpack`TranslationVectors -> {{}, {}}, - TBpack`HoppingIntegrals -> {0, 3.12, 0, 0}, - TBpack`OverlappingIntegrals -> {1, 0, 0, 0}, - TBpack`HoppingDistances -> {0, 1.42, 0, 0}, TBpack`StrainExponent -> 3., - TBpack`Kpoint -> {0, 0, 0}, TBpack`Efield -> {0, 0, 0}, - TBpack`Bfield -> {0, 0, 0}, - TBpack`EdgeCorrections -> {{0, 0}, {0, 0}, {0, 0}, {0, 0}}, - TBpack`HoppingDistanceDelta -> 0.05}, - "Attributes" -> {Protected, ReadProtected}, "FullName" -> - "TBpack`Hamiltonian"], False]]], "Output", - CellChangeTimes->{3.7946681120053625`*^9}, - CellLabel->"Out[24]=",ExpressionUUID->"59c78e4a-c050-4250-9255-db470cf85e6a"] -}, Open ]], - -Cell[CellGroupData[{ - -Cell[BoxData[ - RowBox[{"?", "ElectronicStructure"}]], "Input", - CellChangeTimes->{{3.7946681184297304`*^9, 3.7946681241110554`*^9}}, - CellLabel->"In[42]:=",ExpressionUUID->"77eace71-75fd-41cf-bf5a-0ea7473c6ced"], - -Cell[BoxData[ - InterpretationBox[ - StyleBox[ - FrameBox[ - DynamicModuleBox[{System`InformationDump`open$$ = False, - System`InformationDump`mouseOver$$ = False}, - PaneSelectorBox[{True-> - TagBox[GridBox[{ - { - ItemBox[ - PaneBox[ - StyleBox["\<\" Symbol\"\>", "InformationTitleText", - StripOnInput->False, - BaseStyle -> None], - FrameMargins->{{4, 0}, {-1, 1}}], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationTitleBackground", - StripOnInput->False]}, - { - ItemBox[ - PaneBox[ - - StyleBox["\<\"ElectronicStructure[\\*RowBox[{\\\"{\\\", \ -StyleBox[SubscriptBox[\\\"unitcell\\\",\\\"1\\\"],\\\"TI\\\"],\\\",\\\", \ -StyleBox[SubscriptBox[\\\"unitcell\\\",\\\"2\\\"],\\\"TI\\\"], \\\"}\\\"}]] \ -calculates electronic energy levels for a system presented by the \ -\\*StyleBox[\\\"unitcell\\\",\\\"TI\\\"] list of ideal \ -\\*StyleBox[SubscriptBox[\\\"unitcell\\\",\\\"1\\\"],\\\"TI\\\"] and relaxed \ -\\*StyleBox[SubscriptBox[\\\"unitcell\\\",\\\"2\\\"],\\\"TI\\\"].\\\ -nElectronicStructure[\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \ -\\\",\\\" , StyleBox[\\\"options\\\",\\\"TI\\\"]}]] calculates electronic \ -energy levels for a system using specified option \ -settings.\\nElectronicStructure[\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\ -\"], \\\",\\\" , EigenVectors, \\\"\[Rule]\\\", \ -StyleBox[\\\"True\\\",\\\"TI\\\"] }] ] returns a list of electronic energy \ -levels, eigenvectors and velocity matrix \ -elements.\\nElectronicStructure[\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\ -\"], \\\",\\\" , \\\"TranslationVectors\\\" ,\\\"\[Rule]\\\", \\\"{{\\\", \ -StyleBox[SubscriptBox[\\\"tr\\\",\\\"11\\\"],\\\"TI\\\"], \\\",\\\" , \ -StyleBox[SubscriptBox[\\\"tr\\\",\\\" 12\\\"],\\\"TI\\\"], \\\",\\\" , \\\"\ -\[Ellipsis]\\\" , \\\"},{\\\" , StyleBox[SubscriptBox[\\\"tr\\\",\\\" \ -21\\\"],\\\"TI\\\"], \\\",\\\" , StyleBox[SubscriptBox[\\\"tr\\\",\\\" \ -22\\\"],\\\"TI\\\"], \\\",\\\" , \\\"\[Ellipsis]\\\",\\\"}}\\\" }]] uses \ -ideal \\*StyleBox[SubscriptBox[\\\"tr\\\",\\\"1n\\\"],\\\"TI\\\"] and relaxed \ -\\*StyleBox[SubscriptBox[\\\"tr\\\",\\\"2n\\\"],\\\"TI\\\"] translation \ -vectors and the \\*StyleBox[\\\"k\\\",\\\"TI\\\"]-point \ -{0,0,0}.\\nElectronicStructure[\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"\ -], \\\",\\\" , \\\"TranslationVectors\\\" ,\\\"\[Rule]\\\", \\\"{\\\", \ -StyleBox[SubscriptBox[\\\"tr\\\",\\\"1\\\"],\\\"TI\\\"] , \\\",\\\" , \ -StyleBox[SubscriptBox[\\\"tr\\\",\\\"2\\\"],\\\"TI\\\"], \\\"}\\\", \\\",\\\" \ -, Kpoint, \\\"\[Rule]\\\", StyleBox[\\\"klist\\\",\\\"TI\\\"] }] ] uses the \ -list of \\*StyleBox[\\\"k\\\",\\\"TI\\\"]-points \\*StyleBox[\\\"klist\\\",\\\ -\"TI\\\"].\\nElectronicStructure[\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\ -\"], \\\",\\\" , \\\"TranslationVectors\\\" ,\\\"\[Rule]\\\", \\\"{\\\", \ -StyleBox[SubscriptBox[\\\"tr\\\",\\\"1\\\"],\\\"TI\\\"] , \\\",\\\" , \ -StyleBox[SubscriptBox[\\\"tr\\\",\\\"2\\\"],\\\"TI\\\"], \\\"}\\\", \\\",\\\" \ -, Kpoint, \\\"\[Rule]\\\", StyleBox[\\\"klist\\\",\\\"TI\\\"], \\\",\\\" , \ -ParallelEvaluation, \\\"\[Rule]\\\", StyleBox[\\\"True\\\",\\\"TI\\\"] }] ] \ -calculates in parallel for different elements of \\*StyleBox[\\\"klist\\\",\\\ -\"TI\\\"].\"\>", "InformationUsageText", - StripOnInput->False, - LineSpacing->{1.5, 1.5, 3.}], - FrameMargins->{{10, 10}, {8, 10}}], - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False]}, - { - PaneBox[GridBox[{ - { - - DynamicModuleBox[{System`InformationDump`open$$ = { - False, False, False, False, False, False, False, False, False, - False, False, False}}, - StyleBox[GridBox[{ - { - TagBox[ - TooltipBox[ - - StyleBox["\<\" Default Definitions\"\>", - "InformationRowLabel", - StripOnInput->False], - "\"DefaultValues\"", - TooltipStyle->"TextStyling"], - Annotation[#, "DefaultValues", "Tooltip"]& ], - InterpretationBox[GridBox[{ - { - RowBox[{ - RowBox[{ - "SyntaxInformation", "[", "ElectronicStructure", "]"}], - "=", - RowBox[{"{", - RowBox[{"\<\"ArgumentsPattern\"\>", "\[Rule]", - RowBox[{"{", - RowBox[{"_", ",", - RowBox[{"OptionsPattern", "[", "]"}]}], "}"}]}], "}"}]}]} - }, - BaselinePosition->{Baseline, {1, 1}}, - - GridBoxAlignment->{ - "Columns" -> {{Left}}, "Rows" -> {{Baseline}}}], - - ColumnForm[{ - SyntaxInformation[TBpack`ElectronicStructure] = { - "ArgumentsPattern" -> { - Blank[], - OptionsPattern[]}}}], - Editable->False]}, - { - TagBox[ - TooltipBox[ - StyleBox["\<\" Attributes\"\>", "InformationRowLabel", - StripOnInput->False], - "\"Attributes\"", - TooltipStyle->"TextStyling"], - Annotation[#, "Attributes", "Tooltip"]& ], - RowBox[{"{", - RowBox[{"Protected", ",", "ReadProtected"}], "}"}]}, - { - TagBox[ - TooltipBox[ - StyleBox["\<\" Full Name\"\>", "InformationRowLabel", - StripOnInput->False], - "\"FullName\"", - TooltipStyle->"TextStyling"], - - Annotation[#, "FullName", - "Tooltip"]& ], "\<\"TBpack`ElectronicStructure\"\>"} - }, - AutoDelete->False, - GridBoxAlignment->{"Columns" -> {Right, Left}}, - GridBoxDividers->None, - GridBoxItemSize->{"Columns" -> {Automatic, Automatic}}, - GridBoxSpacings->{"Columns" -> { - Offset[0.27999999999999997`], { - Offset[0.5599999999999999]}, - Offset[0.27999999999999997`]}, "Rows" -> { - Offset[0.2], { - Offset[0.8]}, - Offset[0.2]}}], "DialogStyle", - StripOnInput->False], - DynamicModuleValues:>{}]} - }, - DefaultBaseStyle->"Column", - GridBoxAlignment->{"Columns" -> {{Left}}}, - GridBoxDividers->{"Columns" -> {{False}}, "Rows" -> {{False}}}, - - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}, - GridBoxSpacings->{"Columns" -> { - Offset[0.27999999999999997`], { - Offset[0.5599999999999999]}, - Offset[0.27999999999999997`]}, "Rows" -> { - Offset[0.2], { - Offset[3.6]}, - Offset[0.2]}}], - FrameMargins->6], ""}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "UpPointerOpener"]], True-> - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "UpPointerOpenerHot"]]}, Dynamic[ - System`InformationDump`mouseOver$$]], - Alignment->Left, - Appearance->{"Default" -> None}, - - ButtonFunction:>FEPrivate`Set[ - System`InformationDump`open$$, False], - Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - - EventHandlerTag[{ - "MouseEntered" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, True], - "MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"], False-> - TagBox[GridBox[{ - { - ItemBox[ - PaneBox[ - StyleBox["\<\" Symbol\"\>", "InformationTitleText", - StripOnInput->False], - FrameMargins->{{4, 0}, {-1, 1}}], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationTitleBackground", - StripOnInput->False]}, - { - ItemBox[ - PaneBox[ - - StyleBox["\<\"ElectronicStructure[\\*RowBox[{\\\"{\\\", \ -StyleBox[SubscriptBox[\\\"unitcell\\\",\\\"1\\\"],\\\"TI\\\"],\\\",\\\", \ -StyleBox[SubscriptBox[\\\"unitcell\\\",\\\"2\\\"],\\\"TI\\\"], \\\"}\\\"}]] \ -calculates electronic energy levels for a system presented by the \ -\\*StyleBox[\\\"unitcell\\\",\\\"TI\\\"] list of ideal \ -\\*StyleBox[SubscriptBox[\\\"unitcell\\\",\\\"1\\\"],\\\"TI\\\"] and relaxed \ -\\*StyleBox[SubscriptBox[\\\"unitcell\\\",\\\"2\\\"],\\\"TI\\\"].\\\ -nElectronicStructure[\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \ -\\\",\\\" , StyleBox[\\\"options\\\",\\\"TI\\\"]}]] calculates electronic \ -energy levels for a system using specified option \ -settings.\\nElectronicStructure[\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\ -\"], \\\",\\\" , EigenVectors, \\\"\[Rule]\\\", \ -StyleBox[\\\"True\\\",\\\"TI\\\"] }] ] returns a list of electronic energy \ -levels, eigenvectors and velocity matrix \ -elements.\\nElectronicStructure[\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\ -\"], \\\",\\\" , \\\"TranslationVectors\\\" ,\\\"\[Rule]\\\", \\\"{{\\\", \ -StyleBox[SubscriptBox[\\\"tr\\\",\\\"11\\\"],\\\"TI\\\"], \\\",\\\" , \ -StyleBox[SubscriptBox[\\\"tr\\\",\\\" 12\\\"],\\\"TI\\\"], \\\",\\\" , \\\"\ -\[Ellipsis]\\\" , \\\"},{\\\" , StyleBox[SubscriptBox[\\\"tr\\\",\\\" \ -21\\\"],\\\"TI\\\"], \\\",\\\" , StyleBox[SubscriptBox[\\\"tr\\\",\\\" \ -22\\\"],\\\"TI\\\"], \\\",\\\" , \\\"\[Ellipsis]\\\",\\\"}}\\\" }]] uses \ -ideal \\*StyleBox[SubscriptBox[\\\"tr\\\",\\\"1n\\\"],\\\"TI\\\"] and relaxed \ -\\*StyleBox[SubscriptBox[\\\"tr\\\",\\\"2n\\\"],\\\"TI\\\"] translation \ -vectors and the \\*StyleBox[\\\"k\\\",\\\"TI\\\"]-point \ -{0,0,0}.\\nElectronicStructure[\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"\ -], \\\",\\\" , \\\"TranslationVectors\\\" ,\\\"\[Rule]\\\", \\\"{\\\", \ -StyleBox[SubscriptBox[\\\"tr\\\",\\\"1\\\"],\\\"TI\\\"] , \\\",\\\" , \ -StyleBox[SubscriptBox[\\\"tr\\\",\\\"2\\\"],\\\"TI\\\"], \\\"}\\\", \\\",\\\" \ -, Kpoint, \\\"\[Rule]\\\", StyleBox[\\\"klist\\\",\\\"TI\\\"] }] ] uses the \ -list of \\*StyleBox[\\\"k\\\",\\\"TI\\\"]-points \\*StyleBox[\\\"klist\\\",\\\ -\"TI\\\"].\\nElectronicStructure[\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\ -\"], \\\",\\\" , \\\"TranslationVectors\\\" ,\\\"\[Rule]\\\", \\\"{\\\", \ -StyleBox[SubscriptBox[\\\"tr\\\",\\\"1\\\"],\\\"TI\\\"] , \\\",\\\" , \ -StyleBox[SubscriptBox[\\\"tr\\\",\\\"2\\\"],\\\"TI\\\"], \\\"}\\\", \\\",\\\" \ -, Kpoint, \\\"\[Rule]\\\", StyleBox[\\\"klist\\\",\\\"TI\\\"], \\\",\\\" , \ -ParallelEvaluation, \\\"\[Rule]\\\", StyleBox[\\\"True\\\",\\\"TI\\\"] }] ] \ -calculates in parallel for different elements of \\*StyleBox[\\\"klist\\\",\\\ -\"TI\\\"].\"\>", "InformationUsageText", - StripOnInput->False, - LineSpacing->{1.5, 1.5, 3.}], - FrameMargins->{{10, 10}, {8, 10}}], - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False]}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpener"], - ImageSizeCache->{13., {3., 10.}}], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpenerHot"], - ImageSizeCache->{13., {3., 10.}}]}, Dynamic[ - System`InformationDump`mouseOver$$]], - Alignment->Left, - Appearance->{"Default" -> None}, - - ButtonFunction:>FEPrivate`Set[ - System`InformationDump`open$$, True], - Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - - EventHandlerTag[{ - "MouseEntered" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, True], - "MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"]}, Dynamic[System`InformationDump`open$$], - BaselinePosition->Baseline, - FrameMargins->0, - ImageSize->Automatic], - DynamicModuleValues:>{}], - BaseStyle->"InformationGridFrame", - StripOnInput->False], "InformationGridPlain", - StripOnInput->False], - InformationData[ - Association[ - "ObjectType" -> "Symbol", "Usage" -> - "ElectronicStructure[\*RowBox[{\"{\", StyleBox[SubscriptBox[\"unitcell\",\ -\"1\"],\"TI\"],\",\", StyleBox[SubscriptBox[\"unitcell\",\"2\"],\"TI\"], \ -\"}\"}]] calculates electronic energy levels for a system presented by the \ -\*StyleBox[\"unitcell\",\"TI\"] list of ideal \ -\*StyleBox[SubscriptBox[\"unitcell\",\"1\"],\"TI\"] and relaxed \ -\*StyleBox[SubscriptBox[\"unitcell\",\"2\"],\"TI\"].\n\ -ElectronicStructure[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"options\",\"TI\"]}]] calculates electronic energy levels for a \ -system using specified option settings.\n\ -ElectronicStructure[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -EigenVectors, \"\[Rule]\", StyleBox[\"True\",\"TI\"] }] ] returns a list of \ -electronic energy levels, eigenvectors and velocity matrix elements.\n\ -ElectronicStructure[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -\"TranslationVectors\" ,\"\[Rule]\", \"{{\", \ -StyleBox[SubscriptBox[\"tr\",\"11\"],\"TI\"], \",\" , \ -StyleBox[SubscriptBox[\"tr\",\" 12\"],\"TI\"], \",\" , \"\[Ellipsis]\" , \ -\"},{\" , StyleBox[SubscriptBox[\"tr\",\" 21\"],\"TI\"], \",\" , \ -StyleBox[SubscriptBox[\"tr\",\" 22\"],\"TI\"], \",\" , \"\[Ellipsis]\",\"}}\" \ -}]] uses ideal \*StyleBox[SubscriptBox[\"tr\",\"1n\"],\"TI\"] and relaxed \ -\*StyleBox[SubscriptBox[\"tr\",\"2n\"],\"TI\"] translation vectors and the \ -\*StyleBox[\"k\",\"TI\"]-point {0,0,0}.\n\ -ElectronicStructure[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -\"TranslationVectors\" ,\"\[Rule]\", \"{\", \ -StyleBox[SubscriptBox[\"tr\",\"1\"],\"TI\"] , \",\" , \ -StyleBox[SubscriptBox[\"tr\",\"2\"],\"TI\"], \"}\", \",\" , Kpoint, \"\[Rule]\ -\", StyleBox[\"klist\",\"TI\"] }] ] uses the list of \ -\*StyleBox[\"k\",\"TI\"]-points \*StyleBox[\"klist\",\"TI\"].\n\ -ElectronicStructure[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -\"TranslationVectors\" ,\"\[Rule]\", \"{\", \ -StyleBox[SubscriptBox[\"tr\",\"1\"],\"TI\"] , \",\" , \ -StyleBox[SubscriptBox[\"tr\",\"2\"],\"TI\"], \"}\", \",\" , Kpoint, \"\[Rule]\ -\", StyleBox[\"klist\",\"TI\"], \",\" , ParallelEvaluation, \"\[Rule]\", \ -StyleBox[\"True\",\"TI\"] }] ] calculates in parallel for different elements \ -of \*StyleBox[\"klist\",\"TI\"].", "Documentation" -> None, "OwnValues" -> - None, "UpValues" -> None, "DownValues" -> None, "SubValues" -> None, - "DefaultValues" -> - Information`InformationValueForm[ - DefaultValues, TBpack`ElectronicStructure, { - SyntaxInformation[TBpack`ElectronicStructure] -> {"ArgumentsPattern" -> { - Blank[], - OptionsPattern[]}}}], "NValues" -> None, "FormatValues" -> None, - "Options" -> None, "Attributes" -> {Protected, ReadProtected}, "FullName" -> - "TBpack`ElectronicStructure"], False]]], "Output", - CellChangeTimes->{3.7946681249031005`*^9, 3.7946682798589635`*^9, - 3.7946690223844337`*^9, 3.7946694821657314`*^9, 3.794669547234453*^9, - 3.7946699854455175`*^9, 3.794670141512444*^9, 3.7946703094200478`*^9, - 3.794670357803815*^9, 3.7946710007315884`*^9, 3.7946712980225925`*^9, - 3.7946717665973935`*^9, 3.794671803233489*^9, 3.7946718986479464`*^9, - 3.794671942542457*^9}, - CellLabel->"Out[42]=",ExpressionUUID->"9d289cb2-8253-4177-8463-f23c92e535cd"] -}, Open ]], - -Cell[CellGroupData[{ - -Cell[BoxData[ - RowBox[{"?", "Exp"}]], "Input", - CellChangeTimes->{{3.7946744358780675`*^9, 3.7946744370411344`*^9}}, - CellLabel->"In[98]:=",ExpressionUUID->"1bce6b62-18c4-4a0c-acb4-f339ac65c749"], - -Cell[BoxData[ - InterpretationBox[ - StyleBox[ - FrameBox[ - DynamicModuleBox[{System`InformationDump`open$$ = False, - System`InformationDump`mouseOver$$ = False}, - PaneSelectorBox[{True-> - TagBox[GridBox[{ - { - ItemBox[ - PaneBox[ - StyleBox["\<\" Symbol\"\>", "InformationTitleText", - StripOnInput->False, - BaseStyle -> None], - FrameMargins->{{4, 0}, {-1, 1}}], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], - ItemBox[ - PaneBox[ - TooltipBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "InformationHelpIcon"]], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "InformationHelpIconHot"]]}, Dynamic[ - CurrentValue["MouseOver"]]], - Appearance->None, - BaseStyle->"Link", - ButtonData->"paclet:ref/Exp", - ButtonNote->"paclet:ref/Exp"], - "\"paclet:ref/Exp\""], - 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See also \ -\*StyleBox[\"HoppingDistances\",\"TI\"].", "Documentation" -> None, - "OwnValues" -> None, "UpValues" -> None, "DownValues" -> None, - "SubValues" -> None, "DefaultValues" -> None, "NValues" -> None, - "FormatValues" -> None, "Options" -> None, - "Attributes" -> {Protected, ReadProtected}, "FullName" -> - "TBpack`HoppingIntegrals"], False]]], "Output", - CellChangeTimes->{ - 3.7946720777011876`*^9, 3.7946724283552437`*^9, 3.7946724844714537`*^9, - 3.7946725259388256`*^9, 3.7946727547549133`*^9, 3.794673024668351*^9, - 3.7946731283352804`*^9, 3.794673208295854*^9, 3.7946734947402377`*^9, - 3.7946735362506123`*^9, 3.7946736513901978`*^9, 3.79467388361948*^9, - 3.7946739764747915`*^9, 3.794674018447192*^9, 3.794674383598078*^9, - 3.7946745329876223`*^9, 3.7946749497114573`*^9, 3.7946750440858555`*^9, - 3.794675229966487*^9, {3.794675362971094*^9, 3.794675378177964*^9}, - 3.794675684440481*^9, 3.7946758405854125`*^9, 3.7946759965013304`*^9}, - CellLabel-> - "Out[153]=",ExpressionUUID->"704a9e28-9604-4198-9d2f-771f021ba230"], - 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StripOnInput->False, - LineSpacing->{1.5, 1.5, 3.}], - FrameMargins->{{10, 10}, {8, 10}}], - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False]}, - { - PaneBox[GridBox[{ - { - - DynamicModuleBox[{System`InformationDump`open$$ = { - False, False, False, False, False, False, False, False, False, - False, False, False}}, - StyleBox[GridBox[{ - { - TagBox[ - TooltipBox[ - StyleBox["\<\" Attributes\"\>", "InformationRowLabel", - StripOnInput->False], - "\"Attributes\"", - TooltipStyle->"TextStyling"], - Annotation[#, "Attributes", "Tooltip"]& ], - RowBox[{"{", - RowBox[{"Protected", ",", "ReadProtected"}], "}"}]}, - { - TagBox[ - TooltipBox[ - StyleBox["\<\" Full Name\"\>", "InformationRowLabel", - StripOnInput->False], - "\"FullName\"", - TooltipStyle->"TextStyling"], - - Annotation[#, "FullName", - "Tooltip"]& ], "\<\"TBpack`OverlappingIntegrals\"\>"} - }, - AutoDelete->False, - GridBoxAlignment->{"Columns" -> {Right, Left}}, - GridBoxDividers->None, - GridBoxItemSize->{"Columns" -> {Automatic, Automatic}}, - GridBoxSpacings->{"Columns" -> { - Offset[0.27999999999999997`], { - Offset[0.5599999999999999]}, - Offset[0.27999999999999997`]}, "Rows" -> { - Offset[0.2], { - Offset[0.8]}, - Offset[0.2]}}], "DialogStyle", - StripOnInput->False], - DynamicModuleValues:>{}]} - }, - DefaultBaseStyle->"Column", - GridBoxAlignment->{"Columns" -> {{Left}}}, - GridBoxDividers->{"Columns" -> {{False}}, "Rows" -> {{False}}}, - - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}, - GridBoxSpacings->{"Columns" -> { - Offset[0.27999999999999997`], { - Offset[0.5599999999999999]}, - Offset[0.27999999999999997`]}, "Rows" -> { - Offset[0.2], { - Offset[3.6]}, - Offset[0.2]}}], - FrameMargins->6], ""}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "UpPointerOpener"]], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - 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ItemBox["\<\"\"\>", - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False]}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpener"], - ImageSizeCache->{13., {3., 10.}}], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpenerHot"], - ImageSizeCache->{13., {3., 10.}}]}, Dynamic[ - System`InformationDump`mouseOver$$]], - Alignment->Left, - Appearance->{"Default" -> None}, - - ButtonFunction:>FEPrivate`Set[ - System`InformationDump`open$$, True], - Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - EventHandlerTag[{ - "MouseEntered" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, True], - "MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"]}, Dynamic[System`InformationDump`open$$], - BaselinePosition->Baseline, - FrameMargins->0, - ImageSize->Automatic], - DynamicModuleValues:>{}], - BaseStyle->"InformationGridFrame", - StripOnInput->False], "InformationGridPlain", - StripOnInput->False], - InformationData[ - Association[ - "ObjectType" -> "Symbol", "Usage" -> - "Option specifying the values of the ovelapping integrals as \ -\*RowBox[{\"{\" , StyleBox[SubscriptBox[\"s\",\"0\"],\"TI\"] , \",\" , \ -StyleBox[SubscriptBox[\"s\",\"1\"],\"TI\"], \",\" , StyleBox[SubscriptBox[\"s\ -\",\"2\"],\"TI\"] , \"\[Ellipsis]\" , \"}\" }], where \ -\*StyleBox[SubscriptBox[\"s\",\"0\"],\"TI\"] is equal to 1 at all times.", - "Documentation" -> None, "OwnValues" -> None, "UpValues" -> None, - "DownValues" -> None, "SubValues" -> None, "DefaultValues" -> None, - "NValues" -> None, "FormatValues" -> None, "Options" -> None, - "Attributes" -> {Protected, ReadProtected}, "FullName" -> - "TBpack`OverlappingIntegrals"], False]]], "Output", - CellChangeTimes->{ - 3.7946720777011876`*^9, 3.7946724283552437`*^9, 3.7946724844714537`*^9, - 3.7946725259388256`*^9, 3.7946727547549133`*^9, 3.794673024668351*^9, - 3.7946731283352804`*^9, 3.794673208295854*^9, 3.7946734947402377`*^9, - 3.7946735362506123`*^9, 3.7946736513901978`*^9, 3.79467388361948*^9, - 3.7946739764747915`*^9, 3.794674018447192*^9, 3.794674383598078*^9, - 3.7946745329876223`*^9, 3.7946749497114573`*^9, 3.7946750440858555`*^9, - 3.794675229966487*^9, {3.794675362971094*^9, 3.794675378177964*^9}, - 3.794675684440481*^9, 3.7946758405854125`*^9, 3.7946759965933356`*^9}, - CellLabel-> - "Out[154]=",ExpressionUUID->"afcba710-557c-4381-a63a-a5408f38c368"], - -Cell[BoxData[ - 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StripOnInput->False, - LineSpacing->{1.5, 1.5, 3.}], - FrameMargins->{{10, 10}, {8, 10}}], - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False]}, - { - PaneBox[GridBox[{ - { - - DynamicModuleBox[{System`InformationDump`open$$ = { - False, False, False, False, False, False, False, False, False, - False, False, False}}, - StyleBox[GridBox[{ - { - TagBox[ - TooltipBox[ - StyleBox["\<\" Attributes\"\>", "InformationRowLabel", - StripOnInput->False], - "\"Attributes\"", - TooltipStyle->"TextStyling"], - Annotation[#, "Attributes", "Tooltip"]& ], - RowBox[{"{", - RowBox[{"Protected", ",", "ReadProtected"}], "}"}]}, - { - TagBox[ - TooltipBox[ - StyleBox["\<\" Full Name\"\>", "InformationRowLabel", - StripOnInput->False], - "\"FullName\"", - TooltipStyle->"TextStyling"], - - Annotation[#, "FullName", - "Tooltip"]& ], "\<\"TBpack`HoppingDistances\"\>"} - }, - AutoDelete->False, - 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Pattern[TBpack`UnitcellGenerators`Private`nn, - Blank[]], - Pattern[TBpack`UnitcellGenerators`Private`mm, - Blank[]], - OptionsPattern[{TBpack`UnitcellGenerators`LatticeConstant -> 1.42}]] :> - Catch[Module[{ - TBpack`UnitcellGenerators`Private`RollingUp, - TBpack`UnitcellGenerators`Private`CylindricalToCartesian, - TBpack`UnitcellGenerators`Private`qfunc, - TBpack`UnitcellGenerators`Private`lowqfunc, - TBpack`UnitcellGenerators`Private`upqfunc, - TBpack`UnitcellGenerators`Private`i, - TBpack`UnitcellGenerators`Private`j, - TBpack`UnitcellGenerators`Private`m, - TBpack`UnitcellGenerators`Private`n, - TBpack`UnitcellGenerators`Private`a0 = - OptionValue[TBpack`UnitcellGenerators`LatticeConstant], - TBpack`UnitcellGenerators`Private`a, - TBpack`UnitcellGenerators`Private`a1, - TBpack`UnitcellGenerators`Private`a2, - TBpack`UnitcellGenerators`Private`L, - TBpack`UnitcellGenerators`Private`r, - TBpack`UnitcellGenerators`Private`Cc, - TBpack`UnitcellGenerators`Private`theta, - TBpack`UnitcellGenerators`Private`dR, - 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Blank[]]] := { - Part[TBpack`UnitcellGenerators`Private`list, 1], - Part[TBpack`UnitcellGenerators`Private`list, 2]/ - TBpack`UnitcellGenerators`Private`r, - Part[TBpack`UnitcellGenerators`Private`list, 3]}; - TBpack`UnitcellGenerators`Private`CylindricalToCartesian[ - Pattern[TBpack`UnitcellGenerators`Private`list, - Blank[]]] := { - Part[TBpack`UnitcellGenerators`Private`list, 1] Cos[ - Part[TBpack`UnitcellGenerators`Private`list, 2]], - Part[TBpack`UnitcellGenerators`Private`list, 1] Sin[ - Part[TBpack`UnitcellGenerators`Private`list, 2]], - Part[TBpack`UnitcellGenerators`Private`list, 3]}; - TBpack`UnitcellGenerators`Private`m = - TBpack`UnitcellGenerators`Private`mm; - TBpack`UnitcellGenerators`Private`n = - TBpack`UnitcellGenerators`Private`nn; - TBpack`UnitcellGenerators`Private`a0 = 1.42; - TBpack`UnitcellGenerators`Private`a = - TBpack`UnitcellGenerators`Private`a0 Sqrt[3]; - TBpack`UnitcellGenerators`Private`a1 = { - 0, TBpack`UnitcellGenerators`Private`a Cos[Pi/6], - TBpack`UnitcellGenerators`Private`a Sin[Pi/6]}; - TBpack`UnitcellGenerators`Private`a2 = { - 0, TBpack`UnitcellGenerators`Private`a Cos[Pi/6], - - TBpack`UnitcellGenerators`Private`a Sin[Pi/6]}; - TBpack`UnitcellGenerators`Private`L = - TBpack`UnitcellGenerators`Private`a - Sqrt[TBpack`UnitcellGenerators`Private`n^2 + - TBpack`UnitcellGenerators`Private`m^2 + - TBpack`UnitcellGenerators`Private`n - TBpack`UnitcellGenerators`Private`m]; - TBpack`UnitcellGenerators`Private`r = - TBpack`UnitcellGenerators`Private`L/(2 Pi); - TBpack`UnitcellGenerators`Private`Cc = - TBpack`UnitcellGenerators`Private`n - TBpack`UnitcellGenerators`Private`a1 + - TBpack`UnitcellGenerators`Private`m - TBpack`UnitcellGenerators`Private`a2 + { - TBpack`UnitcellGenerators`Private`r, 0, 0}; - TBpack`UnitcellGenerators`Private`theta = - ArcTan[Part[TBpack`UnitcellGenerators`Private`Cc, 3]/Part[ - TBpack`UnitcellGenerators`Private`Cc, 2]]; - TBpack`UnitcellGenerators`Private`a1 = Dot[ - - RotationMatrix[-TBpack`UnitcellGenerators`Private`theta, {1, 0, - 0}], TBpack`UnitcellGenerators`Private`a1]; - 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If[ - IntegerQ[ - TBpack`UnitcellGenerators`Private`qfunc[ - TBpack`UnitcellGenerators`Private`p]], - AppendTo[ - TBpack`UnitcellGenerators`Private`pqlist, { - TBpack`UnitcellGenerators`Private`p, - TBpack`UnitcellGenerators`Private`qfunc[ - TBpack`UnitcellGenerators`Private`p]}]], { - TBpack`UnitcellGenerators`Private`p, - - TBpack`UnitcellGenerators`Private`lim, - TBpack`UnitcellGenerators`Private`lim}]; Do[ - If[TBpack`UnitcellGenerators`Private`lowqfunc[ - Part[ - TBpack`UnitcellGenerators`Private`pqlist, - TBpack`UnitcellGenerators`Private`i, 1]] < - Part[TBpack`UnitcellGenerators`Private`pqlist, - TBpack`UnitcellGenerators`Private`i, 2] < - TBpack`UnitcellGenerators`Private`upqfunc[ - Part[ - TBpack`UnitcellGenerators`Private`pqlist, - TBpack`UnitcellGenerators`Private`i, 1]], - TBpack`UnitcellGenerators`Private`p = - Part[TBpack`UnitcellGenerators`Private`pqlist, - TBpack`UnitcellGenerators`Private`i, 1]; - TBpack`UnitcellGenerators`Private`q = - Part[TBpack`UnitcellGenerators`Private`pqlist, - TBpack`UnitcellGenerators`Private`i, 2]; Null], { - TBpack`UnitcellGenerators`Private`i, 1, - Length[TBpack`UnitcellGenerators`Private`pqlist]}]]; - TBpack`UnitcellGenerators`Private`R = - TBpack`UnitcellGenerators`Private`p - TBpack`UnitcellGenerators`Private`a1 + - TBpack`UnitcellGenerators`Private`q - TBpack`UnitcellGenerators`Private`a2; - TBpack`UnitcellGenerators`Private`initPoint = Dot[ - - RotationMatrix[-TBpack`UnitcellGenerators`Private`theta, {1, 0, - 0}], {0, TBpack`UnitcellGenerators`Private`a0, 0}]; - TBpack`UnitcellGenerators`Private`Shiftx = { - TBpack`UnitcellGenerators`Private`r, 0, 0}; - TBpack`UnitcellGenerators`Private`del1 = - TBpack`UnitcellGenerators`Private`a0 Dot[ - - RotationMatrix[-TBpack`UnitcellGenerators`Private`theta, {1, 0, - 0}], {0, - Cos[Pi/3], - Sin[Pi/3]}]; - TBpack`UnitcellGenerators`Private`del2 = - TBpack`UnitcellGenerators`Private`a0 Dot[ - - RotationMatrix[-TBpack`UnitcellGenerators`Private`theta, {1, 0, - 0}], {0, - Cos[Pi/3], -Sin[Pi/3]}]; - TBpack`UnitcellGenerators`Private`del3 = - TBpack`UnitcellGenerators`Private`a0 Dot[ - - RotationMatrix[-TBpack`UnitcellGenerators`Private`theta, {1, 0, - 0}], {0, -1, 0}]; - TBpack`UnitcellGenerators`Private`Coord = {}; - TBpack`UnitcellGenerators`Private`LineCoord = {}; - For[TBpack`UnitcellGenerators`Private`i = 1; - TBpack`UnitcellGenerators`Private`j = 0; - TBpack`UnitcellGenerators`Private`V = {0, 0}, - TBpack`UnitcellGenerators`Private`i <= - TBpack`UnitcellGenerators`Private`NumberOfHexagons, - Increment[TBpack`UnitcellGenerators`Private`i], - TBpack`UnitcellGenerators`Private`V = - TBpack`UnitcellGenerators`Private`i - TBpack`UnitcellGenerators`Private`R - - TBpack`UnitcellGenerators`Private`j - TBpack`UnitcellGenerators`Private`T + - TBpack`UnitcellGenerators`Private`Shiftx; - If[Part[TBpack`UnitcellGenerators`Private`V, - 3] >= -(Part[TBpack`UnitcellGenerators`Private`T, 2]/Part[ - TBpack`UnitcellGenerators`Private`T, 3]) - Part[TBpack`UnitcellGenerators`Private`V, 2] + ( - Part[TBpack`UnitcellGenerators`Private`T, 2]^2 + - Part[TBpack`UnitcellGenerators`Private`T, 3]^2)/Part[ - TBpack`UnitcellGenerators`Private`T, 3], - TBpack`UnitcellGenerators`Private`j = - TBpack`UnitcellGenerators`Private`j + 1; - TBpack`UnitcellGenerators`Private`V = - TBpack`UnitcellGenerators`Private`i - TBpack`UnitcellGenerators`Private`R - - TBpack`UnitcellGenerators`Private`j - TBpack`UnitcellGenerators`Private`T + - TBpack`UnitcellGenerators`Private`Shiftx; - AppendTo[ - TBpack`UnitcellGenerators`Private`Coord, - TBpack`UnitcellGenerators`Private`V]; - AppendTo[ - TBpack`UnitcellGenerators`Private`LineCoord, { - TBpack`UnitcellGenerators`Private`V, - TBpack`UnitcellGenerators`Private`V - - TBpack`UnitcellGenerators`Private`del1}]; - AppendTo[ - TBpack`UnitcellGenerators`Private`LineCoord, { - TBpack`UnitcellGenerators`Private`V, - TBpack`UnitcellGenerators`Private`V - - TBpack`UnitcellGenerators`Private`del2}]; - AppendTo[ - TBpack`UnitcellGenerators`Private`LineCoord, { - TBpack`UnitcellGenerators`Private`V, - TBpack`UnitcellGenerators`Private`V - - TBpack`UnitcellGenerators`Private`del3}], - AppendTo[ - TBpack`UnitcellGenerators`Private`Coord, - TBpack`UnitcellGenerators`Private`V]; - AppendTo[ - TBpack`UnitcellGenerators`Private`LineCoord, { - TBpack`UnitcellGenerators`Private`V, - TBpack`UnitcellGenerators`Private`V - - TBpack`UnitcellGenerators`Private`del1}]; - AppendTo[ - TBpack`UnitcellGenerators`Private`LineCoord, { - TBpack`UnitcellGenerators`Private`V, - TBpack`UnitcellGenerators`Private`V - - TBpack`UnitcellGenerators`Private`del2}]; - AppendTo[ - TBpack`UnitcellGenerators`Private`LineCoord, { - TBpack`UnitcellGenerators`Private`V, - TBpack`UnitcellGenerators`Private`V - - TBpack`UnitcellGenerators`Private`del3}]]]; - For[TBpack`UnitcellGenerators`Private`i = 1; - TBpack`UnitcellGenerators`Private`j = 0; - TBpack`UnitcellGenerators`Private`V = - TBpack`UnitcellGenerators`Private`initPoint, - TBpack`UnitcellGenerators`Private`i <= - TBpack`UnitcellGenerators`Private`NumberOfHexagons, - Increment[TBpack`UnitcellGenerators`Private`i], - TBpack`UnitcellGenerators`Private`V = - TBpack`UnitcellGenerators`Private`i - TBpack`UnitcellGenerators`Private`R - - TBpack`UnitcellGenerators`Private`j - TBpack`UnitcellGenerators`Private`T + - TBpack`UnitcellGenerators`Private`initPoint + - TBpack`UnitcellGenerators`Private`Shiftx; - If[Part[TBpack`UnitcellGenerators`Private`V, - 3] >= -(Part[TBpack`UnitcellGenerators`Private`T, 2]/Part[ - TBpack`UnitcellGenerators`Private`T, 3]) - Part[TBpack`UnitcellGenerators`Private`V, 2] + ( - Part[TBpack`UnitcellGenerators`Private`T, 2]^2 + - Part[TBpack`UnitcellGenerators`Private`T, 3]^2)/Part[ - TBpack`UnitcellGenerators`Private`T, 3], - TBpack`UnitcellGenerators`Private`j = - TBpack`UnitcellGenerators`Private`j + 1; - TBpack`UnitcellGenerators`Private`V = - TBpack`UnitcellGenerators`Private`i - TBpack`UnitcellGenerators`Private`R - - TBpack`UnitcellGenerators`Private`j - TBpack`UnitcellGenerators`Private`T + - TBpack`UnitcellGenerators`Private`initPoint + - TBpack`UnitcellGenerators`Private`Shiftx; - AppendTo[ - TBpack`UnitcellGenerators`Private`Coord, - TBpack`UnitcellGenerators`Private`V]; - AppendTo[ - TBpack`UnitcellGenerators`Private`LineCoord, { - TBpack`UnitcellGenerators`Private`V, - TBpack`UnitcellGenerators`Private`V + - TBpack`UnitcellGenerators`Private`del1}]; - AppendTo[ - TBpack`UnitcellGenerators`Private`LineCoord, { - TBpack`UnitcellGenerators`Private`V, - TBpack`UnitcellGenerators`Private`V + - TBpack`UnitcellGenerators`Private`del2}]; - AppendTo[ - TBpack`UnitcellGenerators`Private`LineCoord, { - TBpack`UnitcellGenerators`Private`V, - TBpack`UnitcellGenerators`Private`V + - TBpack`UnitcellGenerators`Private`del3}], - AppendTo[ - TBpack`UnitcellGenerators`Private`Coord, - TBpack`UnitcellGenerators`Private`V]; - AppendTo[ - TBpack`UnitcellGenerators`Private`LineCoord, { - TBpack`UnitcellGenerators`Private`V, - TBpack`UnitcellGenerators`Private`V + - TBpack`UnitcellGenerators`Private`del1}]; - AppendTo[ - TBpack`UnitcellGenerators`Private`LineCoord, { - TBpack`UnitcellGenerators`Private`V, - TBpack`UnitcellGenerators`Private`V + - TBpack`UnitcellGenerators`Private`del2}]; - AppendTo[ - TBpack`UnitcellGenerators`Private`LineCoord, { - TBpack`UnitcellGenerators`Private`V, - TBpack`UnitcellGenerators`Private`V + - TBpack`UnitcellGenerators`Private`del3}]]]; - TBpack`UnitcellGenerators`Private`Coord = - Map[TBpack`UnitcellGenerators`Private`RollingUp, - TBpack`UnitcellGenerators`Private`Coord]; - TBpack`UnitcellGenerators`Private`Coord = - Map[TBpack`UnitcellGenerators`Private`CylindricalToCartesian, - TBpack`UnitcellGenerators`Private`Coord]; - If[TBpack`UnitcellGenerators`Private`mm == 0, - TBpack`UnitcellGenerators`Private`max = Map[Max, - Transpose[TBpack`UnitcellGenerators`Private`Coord]]; - TBpack`UnitcellGenerators`Private`dz = 0.08; - TBpack`UnitcellGenerators`Private`u = - Select[TBpack`UnitcellGenerators`Private`Coord, Part[#, 3] >= - Part[TBpack`UnitcellGenerators`Private`max, 3] - - TBpack`UnitcellGenerators`Private`dz& ]; - TBpack`UnitcellGenerators`Private`cu = - 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StripOnInput->False, - LineSpacing->{1.5, 1.5, 3.}], - FrameMargins->{{10, 10}, {8, 10}}], - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False]}, - { - PaneBox[GridBox[{ - { - - DynamicModuleBox[{System`InformationDump`open$$ = { - False, False, False, False, False, False, False, False, False, - False, False, False}}, - StyleBox[GridBox[{ - { - TagBox[ - TooltipBox[ - - StyleBox["\<\" Default Definitions\"\>", - "InformationRowLabel", - StripOnInput->False], - "\"DefaultValues\"", - TooltipStyle->"TextStyling"], - Annotation[#, "DefaultValues", "Tooltip"]& ], - InterpretationBox[GridBox[{ - { - RowBox[{ - RowBox[{ - "SyntaxInformation", "[", "ElectronicStructure", "]"}], - "=", - RowBox[{"{", - RowBox[{"\<\"ArgumentsPattern\"\>", "\[Rule]", - RowBox[{"{", - RowBox[{"_", ",", - RowBox[{"OptionsPattern", "[", "]"}]}], "}"}]}], "}"}]}]} - }, - BaselinePosition->{Baseline, {1, 1}}, - 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Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - - EventHandlerTag[{ - "MouseEntered" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, True], - "MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"], False-> - TagBox[GridBox[{ - { - ItemBox[ - PaneBox[ - StyleBox["\<\" Symbol\"\>", "InformationTitleText", - StripOnInput->False], - FrameMargins->{{4, 0}, {-1, 1}}], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationTitleBackground", - StripOnInput->False]}, - { - ItemBox[ - PaneBox[ - - StyleBox["\<\"ElectronicStructure[\\*RowBox[{\\\"{\\\", \ -StyleBox[SubscriptBox[\\\"unitcell\\\",\\\"1\\\"],\\\"TI\\\"],\\\",\\\", \ -StyleBox[SubscriptBox[\\\"unitcell\\\",\\\"2\\\"],\\\"TI\\\"], \\\"}\\\"}]] \ -calculates electronic energy levels for a system presented by the \ -\\*StyleBox[\\\"unitcell\\\",\\\"TI\\\"] list of ideal \ -\\*StyleBox[SubscriptBox[\\\"unitcell\\\",\\\"1\\\"],\\\"TI\\\"] and relaxed \ -\\*StyleBox[SubscriptBox[\\\"unitcell\\\",\\\"2\\\"],\\\"TI\\\"].\\\ -nElectronicStructure[\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \ -\\\",\\\" , StyleBox[\\\"options\\\",\\\"TI\\\"]}]] calculates electronic \ -energy levels for a system using specified option \ -settings.\\nElectronicStructure[\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\ -\"], \\\",\\\" , EigenVectors, \\\"\[Rule]\\\", \ -StyleBox[\\\"True\\\",\\\"TI\\\"] }] ] returns a list of electronic energy \ -levels, eigenvectors and velocity matrix \ -elements.\\nElectronicStructure[\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\ -\"], \\\",\\\" , \\\"TranslationVectors\\\" ,\\\"\[Rule]\\\", \\\"{{\\\", \ -StyleBox[SubscriptBox[\\\"tr\\\",\\\"11\\\"],\\\"TI\\\"], \\\",\\\" , \ -StyleBox[SubscriptBox[\\\"tr\\\",\\\" 12\\\"],\\\"TI\\\"], \\\",\\\" , \\\"\ -\[Ellipsis]\\\" , \\\"},{\\\" , StyleBox[SubscriptBox[\\\"tr\\\",\\\" \ -21\\\"],\\\"TI\\\"], \\\",\\\" , StyleBox[SubscriptBox[\\\"tr\\\",\\\" \ -22\\\"],\\\"TI\\\"], \\\",\\\" , \\\"\[Ellipsis]\\\",\\\"}}\\\" }]] uses \ -ideal \\*StyleBox[SubscriptBox[\\\"tr\\\",\\\"1n\\\"],\\\"TI\\\"] and relaxed \ -\\*StyleBox[SubscriptBox[\\\"tr\\\",\\\"2n\\\"],\\\"TI\\\"] translation \ -vectors and the \\*StyleBox[\\\"k\\\",\\\"TI\\\"]-point \ -{0,0,0}.\\nElectronicStructure[\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"\ -], \\\",\\\" , \\\"TranslationVectors\\\" ,\\\"\[Rule]\\\", \\\"{\\\", \ -StyleBox[SubscriptBox[\\\"tr\\\",\\\"1\\\"],\\\"TI\\\"] , \\\",\\\" , \ -StyleBox[SubscriptBox[\\\"tr\\\",\\\"2\\\"],\\\"TI\\\"], \\\"}\\\", \\\",\\\" \ -, Kpoint, \\\"\[Rule]\\\", StyleBox[\\\"klist\\\",\\\"TI\\\"] }] ] uses the \ -list of \\*StyleBox[\\\"k\\\",\\\"TI\\\"]-points \\*StyleBox[\\\"klist\\\",\\\ -\"TI\\\"].\\nElectronicStructure[\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\ -\"], \\\",\\\" , \\\"TranslationVectors\\\" ,\\\"\[Rule]\\\", \\\"{\\\", \ -StyleBox[SubscriptBox[\\\"tr\\\",\\\"1\\\"],\\\"TI\\\"] , \\\",\\\" , \ -StyleBox[SubscriptBox[\\\"tr\\\",\\\"2\\\"],\\\"TI\\\"], \\\"}\\\", \\\",\\\" \ -, Kpoint, \\\"\[Rule]\\\", StyleBox[\\\"klist\\\",\\\"TI\\\"], \\\",\\\" , \ -ParallelEvaluation, \\\"\[Rule]\\\", StyleBox[\\\"True\\\",\\\"TI\\\"] }] ] \ -calculates in parallel for different elements of \\*StyleBox[\\\"klist\\\",\\\ -\"TI\\\"].\"\>", "InformationUsageText", - StripOnInput->False, - LineSpacing->{1.5, 1.5, 3.}], - FrameMargins->{{10, 10}, {8, 10}}], - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False]}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpener"], - ImageSizeCache->{13., {3., 10.}}], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpenerHot"], - ImageSizeCache->{13., {3., 10.}}]}, Dynamic[ - System`InformationDump`mouseOver$$]], - Alignment->Left, - Appearance->{"Default" -> None}, - - ButtonFunction:>FEPrivate`Set[ - System`InformationDump`open$$, True], - Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - - EventHandlerTag[{ - "MouseEntered" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, True], - "MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"]}, Dynamic[System`InformationDump`open$$], - BaselinePosition->Baseline, - FrameMargins->0, - ImageSize->Automatic], - DynamicModuleValues:>{}], - BaseStyle->"InformationGridFrame", - StripOnInput->False], "InformationGridPlain", - StripOnInput->False], - InformationData[ - Association[ - "ObjectType" -> "Symbol", "Usage" -> - "ElectronicStructure[\*RowBox[{\"{\", StyleBox[SubscriptBox[\"unitcell\",\ -\"1\"],\"TI\"],\",\", StyleBox[SubscriptBox[\"unitcell\",\"2\"],\"TI\"], \ -\"}\"}]] calculates electronic energy levels for a system presented by the \ -\*StyleBox[\"unitcell\",\"TI\"] list of ideal \ -\*StyleBox[SubscriptBox[\"unitcell\",\"1\"],\"TI\"] and relaxed \ -\*StyleBox[SubscriptBox[\"unitcell\",\"2\"],\"TI\"].\n\ -ElectronicStructure[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"options\",\"TI\"]}]] calculates electronic energy levels for a \ -system using specified option settings.\n\ -ElectronicStructure[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -EigenVectors, \"\[Rule]\", StyleBox[\"True\",\"TI\"] }] ] returns a list of \ -electronic energy levels, eigenvectors and velocity matrix elements.\n\ -ElectronicStructure[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -\"TranslationVectors\" ,\"\[Rule]\", \"{{\", \ -StyleBox[SubscriptBox[\"tr\",\"11\"],\"TI\"], \",\" , \ -StyleBox[SubscriptBox[\"tr\",\" 12\"],\"TI\"], \",\" , \"\[Ellipsis]\" , \ -\"},{\" , StyleBox[SubscriptBox[\"tr\",\" 21\"],\"TI\"], \",\" , \ -StyleBox[SubscriptBox[\"tr\",\" 22\"],\"TI\"], \",\" , \"\[Ellipsis]\",\"}}\" \ -}]] uses ideal \*StyleBox[SubscriptBox[\"tr\",\"1n\"],\"TI\"] and relaxed \ -\*StyleBox[SubscriptBox[\"tr\",\"2n\"],\"TI\"] translation vectors and the \ -\*StyleBox[\"k\",\"TI\"]-point {0,0,0}.\n\ -ElectronicStructure[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -\"TranslationVectors\" ,\"\[Rule]\", \"{\", \ -StyleBox[SubscriptBox[\"tr\",\"1\"],\"TI\"] , \",\" , \ -StyleBox[SubscriptBox[\"tr\",\"2\"],\"TI\"], \"}\", \",\" , Kpoint, \"\[Rule]\ -\", StyleBox[\"klist\",\"TI\"] }] ] uses the list of \ -\*StyleBox[\"k\",\"TI\"]-points \*StyleBox[\"klist\",\"TI\"].\n\ -ElectronicStructure[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -\"TranslationVectors\" ,\"\[Rule]\", \"{\", \ -StyleBox[SubscriptBox[\"tr\",\"1\"],\"TI\"] , \",\" , \ -StyleBox[SubscriptBox[\"tr\",\"2\"],\"TI\"], \"}\", \",\" , Kpoint, \"\[Rule]\ -\", StyleBox[\"klist\",\"TI\"], \",\" , ParallelEvaluation, \"\[Rule]\", \ -StyleBox[\"True\",\"TI\"] }] ] calculates in parallel for different elements \ -of \*StyleBox[\"klist\",\"TI\"].", "Documentation" -> None, "OwnValues" -> - None, "UpValues" -> None, "DownValues" -> None, "SubValues" -> None, - "DefaultValues" -> - Information`InformationValueForm[ - DefaultValues, TBpack`ElectronicStructure, { - SyntaxInformation[TBpack`ElectronicStructure] -> {"ArgumentsPattern" -> { - Blank[], - OptionsPattern[]}}}], "NValues" -> None, "FormatValues" -> None, - "Options" -> None, "Attributes" -> {Protected, ReadProtected}, "FullName" -> - "TBpack`ElectronicStructure"], False]]], "Output", - CellChangeTimes->{3.7950813933350754`*^9}, - CellLabel->"Out[20]=",ExpressionUUID->"da7377e0-b987-48ba-9dbd-f6c0e898639d"] -}, Open ]], - -Cell[CellGroupData[{ - -Cell[BoxData[ - RowBox[{"?", "ElectronicBands1D"}]], "Input", - CellChangeTimes->{{3.795080529836686*^9, 3.795080533537898*^9}}, - CellLabel-> - "In[119]:=",ExpressionUUID->"5418916a-7b07-4bc8-b03a-8a33e9754462"], - -Cell[BoxData[ - InterpretationBox[ - StyleBox[ - FrameBox[ - DynamicModuleBox[{System`InformationDump`open$$ = False, - System`InformationDump`mouseOver$$ = False}, - PaneSelectorBox[{True-> - TagBox[GridBox[{ - { - ItemBox[ - PaneBox[ - StyleBox["\<\" Symbol\"\>", "InformationTitleText", - StripOnInput->False, - BaseStyle -> None], - FrameMargins->{{4, 0}, {-1, 1}}], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationTitleBackground", - StripOnInput->False]}, - { - ItemBox[ - PaneBox[ - - StyleBox["\<\"ElectronicBands1D[\\*RowBox[{StyleBox[\\\"unitcell\\\ -\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"]}]] calculates \ -electronic energy bands for a 1D system presented by \\*StyleBox[\\\"unitcell\ -\\\",\\\"TI\\\"] and the translation vector \ -\\*StyleBox[\\\"tr\\\",\\\"TI\\\"]. \\nElectronicBands1D[\\*RowBox[{StyleBox[\ -\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \ -\\\",\\\" , StyleBox[\\\"options\\\",\\\"TI\\\"]}]] calculates electronic \ -energy bands using specified \ -options.\\nElectronicBands1D[\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"],\ - \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \ -\\\"TBModelParameters\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"list\\\",\\\"TI\\\"]}]] uses specified tight-binding model \ -parameters given as \ -\\*StyleBox[\\\"list\\\",\\\"TI\\\"].\\nElectronicBands1D[\\*RowBox[{StyleBox[\ -\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \ -\\\",\\\" , \\\"HoppingDistances\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"list\\\",\\\"TI\\\"]}]] uses specified hopping distances given \ -as \\*StyleBox[\\\"list\\\",\\\"TI\\\"].\\nElectronicBands1D[\\*RowBox[{\ -StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\ -\\\"] , \\\",\\\" , \\\"HoppingDistanceDelta\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"value\\\",\\\"TI\\\"]}]] uses specified \ -\\*StyleBox[\\\"value\\\",\\\"TI\\\"] of the largest absolute deviation of \ -the hopping distances.\\nElectronicBands1D[\\*RowBox[{StyleBox[\\\"unitcell\\\ -\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \ -\\\"Efield\\\" , \\\"\[Rule]\\\" , StyleBox[\\\"vector\\\",\\\"TI\\\"]}]] \ -uses specified external electric field set by 3 Cartesian component \ -\\*StyleBox[\\\"vector\\\",\\\"TI\\\"].\\nElectronicBands1D[\\*RowBox[{\ -StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\ -\\\"] , \\\",\\\" , \\\"Bfield\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"vector\\\",\\\"TI\\\"]}]] uses specified external magnetic field \ -set by 3 Cartesian component \ -\\*StyleBox[\\\"vector\\\",\\\"TI\\\"].\\nElectronicBands1D[\\*RowBox[{\ -StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\ -\\\"] , \\\",\\\" , \\\"NumberOfKpoints\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"value\\\",\\\"TI\\\"]}]] uses specified by \\*StyleBox[\\\"value\ -\\\",\\\"TI\\\"] the number of \\*StyleBox[\\\"k\\\",\\\"TI\\\"]-points in a \ -uniform grid of 1D reciprocal space.\\nElectronicBands1D[\\*RowBox[{StyleBox[\ -\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \ -\\\",\\\" , \\\"EigenVectors\\\" , \\\"\[Rule]\\\" , StyleBox[\\\"True\\\",\\\ -\"TI\\\"]}]] returns a list of electronic energy bands, eigenvectors and \ -velocity matrix \ -elements.\\nElectronicBands1D[\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"]\ -, \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \ -\\\"ParallelEvaluation\\\" , \\\"\[Rule]\\\" , StyleBox[\\\"True\\\",\\\"TI\\\ -\"]}]] calculates in parallel for different \ -\\*StyleBox[\\\"k\\\",\\\"TI\\\"]-points.\\nElectronicBands1D[\\*RowBox[{\ -StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\ -\\\"] , \\\",\\\" , \\\"RelaxGeometry\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"True\\\",\\\"TI\\\"], \\\",\\\" , \ -\\\"Path2OptimizationProgramm\\\" , \\\"\[Rule]\\\" , \\\"{\\\", \ -StyleBox[\\\"integer\\\",\\\"TI\\\"], \\\",\\\" , \ -StyleBox[\\\"path\\\",\\\"TI\\\"] , \\\"}\\\"}]] uses the geometry \ -optimization of the unit cell by the programm set by \\*StyleBox[\\\"number\\\ -\",\\\"TI\\\"] and located at \ -\\*StyleBox[\\\"path\\\",\\\"TI\\\"].\\nElectronicBands1D[\\*RowBox[{StyleBox[\ -\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \ -\\\",\\\" , \\\"Path2Save\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"path\\\",\\\"TI\\\"]}]] saves the results of the calculation in \ -a file located at \\*StyleBox[\\\"path\\\",\\\"TI\\\"].\"\>", - "InformationUsageText", - StripOnInput->False, - LineSpacing->{1.5, 1.5, 3.}], - FrameMargins->{{10, 10}, {8, 10}}], - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False]}, - { - PaneBox[GridBox[{ - { - - DynamicModuleBox[{System`InformationDump`open$$ = { - False, False, False, False, False, False, False, False, False, - False, False, False}}, - StyleBox[GridBox[{ - { - TagBox[ - TooltipBox[ - - StyleBox["\<\" Default Definitions\"\>", - "InformationRowLabel", - StripOnInput->False], - "\"DefaultValues\"", - TooltipStyle->"TextStyling"], - Annotation[#, "DefaultValues", "Tooltip"]& ], - InterpretationBox[GridBox[{ - { - RowBox[{ - RowBox[{ - "SyntaxInformation", "[", "ElectronicBands1D", "]"}], "=", - RowBox[{"{", - RowBox[{"\<\"ArgumentsPattern\"\>", "\[Rule]", - RowBox[{"{", - RowBox[{"_", ",", "_", ",", - RowBox[{"OptionsPattern", "[", "]"}]}], "}"}]}], "}"}]}]} - }, - BaselinePosition->{Baseline, {1, 1}}, - - GridBoxAlignment->{ - "Columns" -> {{Left}}, "Rows" -> {{Baseline}}}], - - ColumnForm[{ - SyntaxInformation[TBpack`ElectronicBands1D] = { - "ArgumentsPattern" -> { - Blank[], - Blank[], - OptionsPattern[]}}}], - Editable->False]}, - { - PaneSelectorBox[{True-> - ButtonBox[ - PaneSelectorBox[{False-> - - TemplateBox[{ - "\[ThickSpace]","\"\[ThickSpace]\"",StyleBox[ - "\"Options\"", "InformationRowLabel", StripOnInput -> - False],DynamicBox[ - FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpener"]]}, - "RowWithSeparators"], True-> - - TemplateBox[{ - "\[ThickSpace]","\"\[ThickSpace]\"",StyleBox[ - "\"Options\"", "InformationRowLabel", StripOnInput -> - False],DynamicBox[ - FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpenerHot"]]}, - "RowWithSeparators"]}, Dynamic[ - CurrentValue["MouseOver"]], - FrameMargins->0, - ImageSize->Automatic], - Appearance->None, - BaseStyle->None, - - ButtonFunction:>(Part[System`InformationDump`open$$, 9] = - False), - Evaluator->Automatic, - FrameMargins->0, - ImageMargins->0, - Method->"Preemptive"], False-> - ButtonBox[ - PaneSelectorBox[{False-> - - TemplateBox[{ - "\[ThickSpace]","\"\[ThickSpace]\"",StyleBox[ - "\"Options\"", "InformationRowLabel", StripOnInput -> - False],DynamicBox[ - FEPrivate`FrontEndResource[ - "FEBitmaps", "RightPointerOpener"]]}, - "RowWithSeparators"], True-> - - TemplateBox[{ - "\[ThickSpace]","\"\[ThickSpace]\"",StyleBox[ - "\"Options\"", "InformationRowLabel", StripOnInput -> - False],DynamicBox[ - FEPrivate`FrontEndResource[ - "FEBitmaps", "RightPointerOpenerHot"]]}, - "RowWithSeparators"]}, Dynamic[ - CurrentValue["MouseOver"]], - FrameMargins->0, - ImageSize->Automatic], - Appearance->None, - BaseStyle->None, - - ButtonFunction:>(Part[System`InformationDump`open$$, 9] = - True), - Evaluator->Automatic, - FrameMargins->0, - ImageMargins->0, - Method->"Preemptive"]}, Dynamic[ - FEPrivate`Part[System`InformationDump`open$$, 9]]], - PaneSelectorBox[{True->GridBox[{ - { - RowBox[{"TBModelParameters", "\[Rule]", - RowBox[{"{", - RowBox[{ - RowBox[{"{", - RowBox[{"0", ",", "3.12`", ",", "0", ",", "0"}], "}"}], - ",", - RowBox[{"{", - RowBox[{"1", ",", "0", ",", "0", ",", "0"}], "}"}], ",", - "3.`", ",", - RowBox[{"{", - RowBox[{ - RowBox[{"{", - RowBox[{"0", ",", "0"}], "}"}], ",", - RowBox[{"{", - RowBox[{"0", ",", "0"}], "}"}], ",", - RowBox[{"{", - RowBox[{"0", ",", "0"}], "}"}], ",", - RowBox[{"{", - RowBox[{"0", ",", "0"}], "}"}]}], "}"}], - ",", "\<\"Partoens2006\"\>"}], "}"}]}]}, - { - RowBox[{"HoppingDistances", "\[Rule]", - RowBox[{"{", - RowBox[{ - "0", ",", "1.42`", ",", "2.45951`", ",", "2.84`"}], - "}"}]}]}, - { - RowBox[{"HoppingDistanceDelta", "\[Rule]", "0.05`"}]}, - { - RowBox[{"Efield", "\[Rule]", - RowBox[{"{", - RowBox[{"0", ",", "0", ",", "0"}], "}"}]}]}, - { - RowBox[{"Bfield", "\[Rule]", - RowBox[{"{", - RowBox[{"0", ",", "0", ",", "0"}], "}"}]}]}, - { - RowBox[{"NumberOfKpoints", "\[Rule]", "100"}]}, - { - RowBox[{"EigenVectors", "\[Rule]", "False"}]}, - { - RowBox[{"ParallelEvaluation", "\[Rule]", "True"}]}, - { - RowBox[{"RelaxGeometry", "\[Rule]", "False"}]}, - { - RowBox[{"Path2OptimizationProgramm", "\[Rule]", - RowBox[{"{", - RowBox[{"None", ",", "\<\"\"\>"}], "}"}]}]}, - { - RowBox[{ - "Path2Save", "\[Rule]", "\<\"C:\\\\Users\\\\Vasil\"\>"}]}, - { - StyleBox[ - - TemplateBox[{ - "\"(\"","\"\[InvisibleSpace]\"","11","\" total)\""}, - "RowDefault"], "InformationRowOpener", - StripOnInput->False]} - }, - BaselinePosition->{Baseline, {1, 1}}, - DefaultBaseStyle->"Column", - GridBoxAlignment->{"Columns" -> {{Left}}}, - - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{1.}}}], False-> - RowBox[{ - RowBox[{"TBModelParameters", "\[Rule]", - RowBox[{"{", - RowBox[{ - RowBox[{"{", - RowBox[{"0", ",", "3.12`", ",", "0", ",", "0"}], "}"}], - ",", - RowBox[{"{", - RowBox[{"1", ",", "0", ",", "0", ",", "0"}], "}"}], ",", - "3.`", ",", - RowBox[{"{", - RowBox[{ - RowBox[{"{", - RowBox[{"0", ",", "0"}], "}"}], ",", - RowBox[{"{", - RowBox[{"0", ",", "0"}], "}"}], ",", - RowBox[{"{", - RowBox[{"0", ",", "0"}], "}"}], ",", - RowBox[{"{", - RowBox[{"0", ",", "0"}], "}"}]}], "}"}], - ",", "\<\"Partoens2006\"\>"}], "}"}]}], "\[ThinSpace]", - StyleBox["\<\"\[Ellipsis]\"\>", "InformationRowOpener", - StripOnInput->False], "\[ThinSpace]", - StyleBox[ - - TemplateBox[{ - "\"(\"","\"\[InvisibleSpace]\"","11","\" total)\""}, - "RowDefault"], "InformationRowOpener", - StripOnInput->False]}]}, Dynamic[ - FEPrivate`Part[System`InformationDump`open$$, 9]], - BaselinePosition->Baseline, - ImageSize->Automatic]}, - { - TagBox[ - TooltipBox[ - StyleBox["\<\" Attributes\"\>", "InformationRowLabel", - StripOnInput->False], - "\"Attributes\"", - TooltipStyle->"TextStyling"], - Annotation[#, "Attributes", "Tooltip"]& ], - RowBox[{"{", - RowBox[{"Protected", ",", "ReadProtected"}], "}"}]}, - { - TagBox[ - TooltipBox[ - StyleBox["\<\" Full Name\"\>", "InformationRowLabel", - StripOnInput->False], - "\"FullName\"", - TooltipStyle->"TextStyling"], - - Annotation[#, "FullName", - "Tooltip"]& ], "\<\"TBpack`ElectronicBands1D\"\>"} - }, - AutoDelete->False, - GridBoxAlignment->{"Columns" -> {Right, Left}}, - GridBoxDividers->None, - GridBoxItemSize->{"Columns" -> {Automatic, Automatic}}, - GridBoxSpacings->{"Columns" -> { - Offset[0.27999999999999997`], { - Offset[0.5599999999999999]}, - Offset[0.27999999999999997`]}, "Rows" -> { - Offset[0.2], { - Offset[0.8]}, - Offset[0.2]}}], "DialogStyle", - StripOnInput->False], - DynamicModuleValues:>{}]} - }, - DefaultBaseStyle->"Column", - GridBoxAlignment->{"Columns" -> {{Left}}}, - GridBoxDividers->{"Columns" -> {{False}}, "Rows" -> {{False}}}, - - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}, - GridBoxSpacings->{"Columns" -> { - Offset[0.27999999999999997`], { - Offset[0.5599999999999999]}, - Offset[0.27999999999999997`]}, "Rows" -> { - Offset[0.2], { - Offset[3.6]}, - Offset[0.2]}}], - FrameMargins->6], ""}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "UpPointerOpener"]], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "UpPointerOpenerHot"]]}, Dynamic[ - System`InformationDump`mouseOver$$]], - Alignment->Left, - Appearance->{"Default" -> None}, - - ButtonFunction:>FEPrivate`Set[ - System`InformationDump`open$$, False], - Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - - EventHandlerTag[{ - "MouseEntered" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, True], - "MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"], False-> - TagBox[GridBox[{ - { - ItemBox[ - PaneBox[ - StyleBox["\<\" Symbol\"\>", "InformationTitleText", - StripOnInput->False], - FrameMargins->{{4, 0}, {-1, 1}}], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationTitleBackground", - StripOnInput->False]}, - { - ItemBox[ - PaneBox[ - - StyleBox["\<\"ElectronicBands1D[\\*RowBox[{StyleBox[\\\"unitcell\\\ -\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"]}]] calculates \ -electronic energy bands for a 1D system presented by \\*StyleBox[\\\"unitcell\ -\\\",\\\"TI\\\"] and the translation vector \ -\\*StyleBox[\\\"tr\\\",\\\"TI\\\"]. \\nElectronicBands1D[\\*RowBox[{StyleBox[\ -\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \ -\\\",\\\" , StyleBox[\\\"options\\\",\\\"TI\\\"]}]] calculates electronic \ -energy bands using specified \ -options.\\nElectronicBands1D[\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"],\ - \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \ -\\\"TBModelParameters\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"list\\\",\\\"TI\\\"]}]] uses specified tight-binding model \ -parameters given as \ -\\*StyleBox[\\\"list\\\",\\\"TI\\\"].\\nElectronicBands1D[\\*RowBox[{StyleBox[\ -\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \ -\\\",\\\" , \\\"HoppingDistances\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"list\\\",\\\"TI\\\"]}]] uses specified hopping distances given \ -as \\*StyleBox[\\\"list\\\",\\\"TI\\\"].\\nElectronicBands1D[\\*RowBox[{\ -StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\ -\\\"] , \\\",\\\" , \\\"HoppingDistanceDelta\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"value\\\",\\\"TI\\\"]}]] uses specified \ -\\*StyleBox[\\\"value\\\",\\\"TI\\\"] of the largest absolute deviation of \ -the hopping distances.\\nElectronicBands1D[\\*RowBox[{StyleBox[\\\"unitcell\\\ -\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \ -\\\"Efield\\\" , \\\"\[Rule]\\\" , StyleBox[\\\"vector\\\",\\\"TI\\\"]}]] \ -uses specified external electric field set by 3 Cartesian component \ -\\*StyleBox[\\\"vector\\\",\\\"TI\\\"].\\nElectronicBands1D[\\*RowBox[{\ -StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\ -\\\"] , \\\",\\\" , \\\"Bfield\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"vector\\\",\\\"TI\\\"]}]] uses specified external magnetic field \ -set by 3 Cartesian component \ -\\*StyleBox[\\\"vector\\\",\\\"TI\\\"].\\nElectronicBands1D[\\*RowBox[{\ -StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\ -\\\"] , \\\",\\\" , \\\"NumberOfKpoints\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"value\\\",\\\"TI\\\"]}]] uses specified by \\*StyleBox[\\\"value\ -\\\",\\\"TI\\\"] the number of \\*StyleBox[\\\"k\\\",\\\"TI\\\"]-points in a \ -uniform grid of 1D reciprocal space.\\nElectronicBands1D[\\*RowBox[{StyleBox[\ -\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \ -\\\",\\\" , \\\"EigenVectors\\\" , \\\"\[Rule]\\\" , StyleBox[\\\"True\\\",\\\ -\"TI\\\"]}]] returns a list of electronic energy bands, eigenvectors and \ -velocity matrix \ -elements.\\nElectronicBands1D[\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"]\ -, \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \ -\\\"ParallelEvaluation\\\" , \\\"\[Rule]\\\" , StyleBox[\\\"True\\\",\\\"TI\\\ -\"]}]] calculates in parallel for different \ -\\*StyleBox[\\\"k\\\",\\\"TI\\\"]-points.\\nElectronicBands1D[\\*RowBox[{\ -StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\ -\\\"] , \\\",\\\" , \\\"RelaxGeometry\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"True\\\",\\\"TI\\\"], \\\",\\\" , \ -\\\"Path2OptimizationProgramm\\\" , \\\"\[Rule]\\\" , \\\"{\\\", \ -StyleBox[\\\"integer\\\",\\\"TI\\\"], \\\",\\\" , \ -StyleBox[\\\"path\\\",\\\"TI\\\"] , \\\"}\\\"}]] uses the geometry \ -optimization of the unit cell by the programm set by \\*StyleBox[\\\"number\\\ -\",\\\"TI\\\"] and located at \ -\\*StyleBox[\\\"path\\\",\\\"TI\\\"].\\nElectronicBands1D[\\*RowBox[{StyleBox[\ -\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \ -\\\",\\\" , \\\"Path2Save\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"path\\\",\\\"TI\\\"]}]] saves the results of the calculation in \ -a file located at \\*StyleBox[\\\"path\\\",\\\"TI\\\"].\"\>", - "InformationUsageText", - StripOnInput->False, - LineSpacing->{1.5, 1.5, 3.}], - FrameMargins->{{10, 10}, {8, 10}}], - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False]}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpener"], - ImageSizeCache->{13., {3., 10.}}], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpenerHot"], - ImageSizeCache->{13., {3., 10.}}]}, Dynamic[ - System`InformationDump`mouseOver$$]], - Alignment->Left, - Appearance->{"Default" -> None}, - - ButtonFunction:>FEPrivate`Set[ - System`InformationDump`open$$, True], - Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - - EventHandlerTag[{ - "MouseEntered" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, True], - "MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"]}, Dynamic[System`InformationDump`open$$], - BaselinePosition->Baseline, - FrameMargins->0, - ImageSize->Automatic], - DynamicModuleValues:>{}], - BaseStyle->"InformationGridFrame", - StripOnInput->False], "InformationGridPlain", - StripOnInput->False], - InformationData[ - Association[ - "ObjectType" -> "Symbol", "Usage" -> - "ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"]}]] calculates electronic energy bands for a 1D system \ -presented by \*StyleBox[\"unitcell\",\"TI\"] and the translation vector \ -\*StyleBox[\"tr\",\"TI\"]. \n\ -ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , StyleBox[\"options\",\"TI\"]}]] calculates \ -electronic energy bands using specified options.\n\ -ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"TBModelParameters\" , \"\[Rule]\" , \ -StyleBox[\"list\",\"TI\"]}]] uses specified tight-binding model parameters \ -given as \*StyleBox[\"list\",\"TI\"].\n\ -ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"HoppingDistances\" , \"\[Rule]\" , \ -StyleBox[\"list\",\"TI\"]}]] uses specified hopping distances given as \ -\*StyleBox[\"list\",\"TI\"].\nElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\ -\",\"TI\"], \",\" , StyleBox[\"tr\",\"TI\"] , \",\" , \ -\"HoppingDistanceDelta\" , \"\[Rule]\" , StyleBox[\"value\",\"TI\"]}]] uses \ -specified \*StyleBox[\"value\",\"TI\"] of the largest absolute deviation of \ -the hopping distances.\n\ -ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"Efield\" , \"\[Rule]\" , \ -StyleBox[\"vector\",\"TI\"]}]] uses specified external electric field set by \ -3 Cartesian component \*StyleBox[\"vector\",\"TI\"].\n\ -ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"Bfield\" , \"\[Rule]\" , \ -StyleBox[\"vector\",\"TI\"]}]] uses specified external magnetic field set by \ -3 Cartesian component \*StyleBox[\"vector\",\"TI\"].\n\ -ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"NumberOfKpoints\" , \"\[Rule]\" , \ -StyleBox[\"value\",\"TI\"]}]] uses specified by \*StyleBox[\"value\",\"TI\"] \ -the number of \*StyleBox[\"k\",\"TI\"]-points in a uniform grid of 1D \ -reciprocal space.\nElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \ -\",\" , StyleBox[\"tr\",\"TI\"] , \",\" , \"EigenVectors\" , \"\[Rule]\" , \ -StyleBox[\"True\",\"TI\"]}]] returns a list of electronic energy bands, \ -eigenvectors and velocity matrix elements.\n\ -ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"ParallelEvaluation\" , \"\[Rule]\" , \ -StyleBox[\"True\",\"TI\"]}]] calculates in parallel for different \*StyleBox[\ -\"k\",\"TI\"]-points.\nElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\ -\"], \",\" , StyleBox[\"tr\",\"TI\"] , \",\" , \"RelaxGeometry\" , \ -\"\[Rule]\" , StyleBox[\"True\",\"TI\"], \",\" , \ -\"Path2OptimizationProgramm\" , \"\[Rule]\" , \"{\", \ -StyleBox[\"integer\",\"TI\"], \",\" , StyleBox[\"path\",\"TI\"] , \"}\"}]] \ -uses the geometry optimization of the unit cell by the programm set by \ -\*StyleBox[\"number\",\"TI\"] and located at \*StyleBox[\"path\",\"TI\"].\n\ -ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"Path2Save\" , \"\[Rule]\" , \ -StyleBox[\"path\",\"TI\"]}]] saves the results of the calculation in a file \ -located at \*StyleBox[\"path\",\"TI\"].", "Documentation" -> None, - "OwnValues" -> None, "UpValues" -> None, "DownValues" -> None, - "SubValues" -> None, "DefaultValues" -> - Information`InformationValueForm[ - DefaultValues, TBpack`ElectronicBands1D, { - SyntaxInformation[TBpack`ElectronicBands1D] -> {"ArgumentsPattern" -> { - Blank[], - Blank[], - OptionsPattern[]}}}], "NValues" -> None, "FormatValues" -> None, - "Options" -> { - TBpack`TBModelParameters -> {{0, 3.12, 0, 0}, {1, 0, 0, 0}, 3., {{0, - 0}, {0, 0}, {0, 0}, {0, 0}}, "Partoens2006"}, - TBpack`HoppingDistances -> {0, 1.42, 2.45951, 2.84}, - TBpack`HoppingDistanceDelta -> 0.05, TBpack`Efield -> {0, 0, 0}, - TBpack`Bfield -> {0, 0, 0}, TBpack`NumberOfKpoints -> 100, - TBpack`EigenVectors -> False, TBpack`ParallelEvaluation -> True, - TBpack`RelaxGeometry -> False, - TBpack`Path2OptimizationProgramm -> {None, ""}, TBpack`Path2Save -> - "C:\\Users\\Vasil"}, "Attributes" -> {Protected, ReadProtected}, - "FullName" -> "TBpack`ElectronicBands1D"], False]]], "Output", - CellChangeTimes->{ - 3.795080534935978*^9, 3.79508069145293*^9, {3.795080771117487*^9, - 3.7950807818280993`*^9}, 3.7950814343894234`*^9, 3.795087459835059*^9, - 3.7950875162902884`*^9, 3.7950875725375056`*^9, 3.7950877906389804`*^9, - 3.795088379272648*^9, 3.7950889085249195`*^9, 3.7950903094760494`*^9, - 3.795092809230027*^9}, - CellLabel-> - "Out[119]=",ExpressionUUID->"2e42c89e-fdea-4a05-968b-ac69c3d8bab7"] -}, Open ]], - -Cell[CellGroupData[{ - -Cell[BoxData[{ - RowBox[{"?", "Path2Save"}], "\[IndentingNewLine]", - RowBox[{"?", "Path2OptimizationProgramm"}]}], "Input", - CellChangeTimes->{{3.795089001875259*^9, 3.7950890060824995`*^9}, { - 3.7950893388415327`*^9, 3.7950893477100396`*^9}}, - CellLabel->"In[30]:=",ExpressionUUID->"43440d52-578b-4fcc-b4af-216dea1ab4a1"], - -Cell[BoxData[ - InterpretationBox[ - StyleBox[ - FrameBox[ - DynamicModuleBox[{System`InformationDump`open$$ = False, - System`InformationDump`mouseOver$$ = False}, - PaneSelectorBox[{True-> - TagBox[GridBox[{ - { - ItemBox[ - PaneBox[ - StyleBox["\<\" Symbol\"\>", "InformationTitleText", - StripOnInput->False, - BaseStyle -> None], - FrameMargins->{{4, 0}, {-1, 1}}], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationTitleBackground", - StripOnInput->False]}, - { - ItemBox[ - PaneBox[ - - StyleBox["\<\"Option in some functions setting the path to save \ -the results of calculations. By default, it is \\*StyleBox[\\\"$HomeDirectory\ -\\\",\\\"TI\\\"].\"\>", "InformationUsageText", - StripOnInput->False, - LineSpacing->{1.5, 1.5, 3.}], - FrameMargins->{{10, 10}, {8, 10}}], - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False]}, - { - PaneBox[GridBox[{ - { - - DynamicModuleBox[{System`InformationDump`open$$ = { - False, False, False, False, False, False, False, False, False, - False, False, False}}, - StyleBox[GridBox[{ - { - TagBox[ - TooltipBox[ - StyleBox["\<\" Attributes\"\>", "InformationRowLabel", - StripOnInput->False], - "\"Attributes\"", - TooltipStyle->"TextStyling"], - Annotation[#, "Attributes", "Tooltip"]& ], - RowBox[{"{", - RowBox[{"Protected", ",", "ReadProtected"}], "}"}]}, - { - TagBox[ - TooltipBox[ - StyleBox["\<\" Full Name\"\>", "InformationRowLabel", - StripOnInput->False], - "\"FullName\"", - TooltipStyle->"TextStyling"], - - Annotation[#, "FullName", - "Tooltip"]& ], "\<\"TBpack`Path2Save\"\>"} - }, - AutoDelete->False, - GridBoxAlignment->{"Columns" -> {Right, Left}}, - GridBoxDividers->None, - GridBoxItemSize->{"Columns" -> {Automatic, Automatic}}, - GridBoxSpacings->{"Columns" -> { - Offset[0.27999999999999997`], { - Offset[0.5599999999999999]}, - Offset[0.27999999999999997`]}, "Rows" -> { - Offset[0.2], { - Offset[0.8]}, - Offset[0.2]}}], "DialogStyle", - StripOnInput->False], - DynamicModuleValues:>{}]} - }, - DefaultBaseStyle->"Column", - GridBoxAlignment->{"Columns" -> {{Left}}}, - GridBoxDividers->{"Columns" -> {{False}}, "Rows" -> {{False}}}, - - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}, - GridBoxSpacings->{"Columns" -> { - Offset[0.27999999999999997`], { - Offset[0.5599999999999999]}, - Offset[0.27999999999999997`]}, "Rows" -> { - Offset[0.2], { - Offset[3.6]}, - Offset[0.2]}}], - FrameMargins->6], ""}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "UpPointerOpener"]], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "UpPointerOpenerHot"]]}, Dynamic[ - System`InformationDump`mouseOver$$]], - Alignment->Left, - Appearance->{"Default" -> None}, - - ButtonFunction:>FEPrivate`Set[ - System`InformationDump`open$$, False], - Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - - EventHandlerTag[{ - "MouseEntered" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, True], - "MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"], False-> - TagBox[GridBox[{ - { - ItemBox[ - PaneBox[ - StyleBox["\<\" Symbol\"\>", "InformationTitleText", - StripOnInput->False], - FrameMargins->{{4, 0}, {-1, 1}}], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationTitleBackground", - StripOnInput->False]}, - { - ItemBox[ - PaneBox[ - - StyleBox["\<\"Option in some functions setting the path to save \ -the results of calculations. By default, it is \\*StyleBox[\\\"$HomeDirectory\ -\\\",\\\"TI\\\"].\"\>", "InformationUsageText", - StripOnInput->False, - LineSpacing->{1.5, 1.5, 3.}], - FrameMargins->{{10, 10}, {8, 10}}], - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False]}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpener"], - ImageSizeCache->{13., {3., 10.}}], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpenerHot"], - ImageSizeCache->{13., {3., 10.}}]}, Dynamic[ - System`InformationDump`mouseOver$$]], - Alignment->Left, - Appearance->{"Default" -> None}, - - ButtonFunction:>FEPrivate`Set[ - System`InformationDump`open$$, True], - Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - - EventHandlerTag[{ - "MouseEntered" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, True], - "MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"]}, Dynamic[System`InformationDump`open$$], - BaselinePosition->Baseline, - FrameMargins->0, - ImageSize->Automatic], - DynamicModuleValues:>{}], - BaseStyle->"InformationGridFrame", - StripOnInput->False], "InformationGridPlain", - StripOnInput->False], - InformationData[ - Association[ - "ObjectType" -> "Symbol", "Usage" -> - "Option in some functions setting the path to save the results of \ -calculations. By default, it is \*StyleBox[\"$HomeDirectory\",\"TI\"].", - "Documentation" -> None, "OwnValues" -> None, "UpValues" -> None, - "DownValues" -> None, "SubValues" -> None, "DefaultValues" -> None, - "NValues" -> None, "FormatValues" -> None, "Options" -> None, - "Attributes" -> {Protected, ReadProtected}, "FullName" -> - "TBpack`Path2Save"], False]]], "Output", - CellChangeTimes->{3.7950890067895403`*^9, 3.795089349065117*^9}, - CellLabel->"Out[30]=",ExpressionUUID->"f397ca18-7cb1-4366-b3e5-077cbb49fb95"], - -Cell[BoxData[ - InterpretationBox[ - StyleBox[ - FrameBox[ - DynamicModuleBox[{System`InformationDump`open$$ = False, - System`InformationDump`mouseOver$$ = False}, - PaneSelectorBox[{True-> - TagBox[GridBox[{ - { - ItemBox[ - PaneBox[ - StyleBox["\<\" Symbol\"\>", "InformationTitleText", - StripOnInput->False, - BaseStyle -> None], - FrameMargins->{{4, 0}, {-1, 1}}], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationTitleBackground", - StripOnInput->False]}, - { - ItemBox[ - PaneBox[ - - StyleBox["\<\"Option in some functions specifying the type of and \ -the path to the programm that is to run geometry optimization: \ -\\*RowBox[{\\\"{\\\", StyleBox[\\\"type\\\",\\\"TI\\\"], \\\",\\\", StyleBox[\ -\\\"path\\\",\\\"TI\\\"] ,\\\"}\\\"}].\"\>", "InformationUsageText", - StripOnInput->False, - LineSpacing->{1.5, 1.5, 3.}], - FrameMargins->{{10, 10}, {8, 10}}], - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False]}, - { - PaneBox[GridBox[{ - { - - DynamicModuleBox[{System`InformationDump`open$$ = { - False, False, False, False, False, False, False, False, False, - False, False, False}}, - StyleBox[GridBox[{ - { - TagBox[ - TooltipBox[ - StyleBox["\<\" Attributes\"\>", "InformationRowLabel", - StripOnInput->False], - "\"Attributes\"", - TooltipStyle->"TextStyling"], - Annotation[#, "Attributes", "Tooltip"]& ], - RowBox[{"{", - RowBox[{"Protected", ",", "ReadProtected"}], "}"}]}, - { - TagBox[ - TooltipBox[ - StyleBox["\<\" Full Name\"\>", "InformationRowLabel", - StripOnInput->False], - "\"FullName\"", - TooltipStyle->"TextStyling"], - - Annotation[#, "FullName", - "Tooltip"]& ], "\<\"TBpack`Path2OptimizationProgramm\"\>"} - }, - AutoDelete->False, - GridBoxAlignment->{"Columns" -> {Right, Left}}, - GridBoxDividers->None, - GridBoxItemSize->{"Columns" -> {Automatic, Automatic}}, - GridBoxSpacings->{"Columns" -> { - Offset[0.27999999999999997`], { - Offset[0.5599999999999999]}, - Offset[0.27999999999999997`]}, "Rows" -> { - Offset[0.2], { - Offset[0.8]}, - Offset[0.2]}}], "DialogStyle", - StripOnInput->False], - DynamicModuleValues:>{}]} - }, - DefaultBaseStyle->"Column", - GridBoxAlignment->{"Columns" -> {{Left}}}, - GridBoxDividers->{"Columns" -> {{False}}, "Rows" -> {{False}}}, - - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}, - GridBoxSpacings->{"Columns" -> { - Offset[0.27999999999999997`], { - Offset[0.5599999999999999]}, - Offset[0.27999999999999997`]}, "Rows" -> { - Offset[0.2], { - Offset[3.6]}, - Offset[0.2]}}], - FrameMargins->6], ""}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "UpPointerOpener"]], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "UpPointerOpenerHot"]]}, Dynamic[ - System`InformationDump`mouseOver$$]], - Alignment->Left, - Appearance->{"Default" -> None}, - - ButtonFunction:>FEPrivate`Set[ - System`InformationDump`open$$, False], - Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - - EventHandlerTag[{ - "MouseEntered" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, True], - "MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"], False-> - TagBox[GridBox[{ - { - ItemBox[ - PaneBox[ - StyleBox["\<\" Symbol\"\>", "InformationTitleText", - StripOnInput->False], - FrameMargins->{{4, 0}, {-1, 1}}], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationTitleBackground", - StripOnInput->False]}, - { - ItemBox[ - PaneBox[ - - StyleBox["\<\"Option in some functions specifying the type of and \ -the path to the programm that is to run geometry optimization: \ -\\*RowBox[{\\\"{\\\", StyleBox[\\\"type\\\",\\\"TI\\\"], \\\",\\\", StyleBox[\ -\\\"path\\\",\\\"TI\\\"] ,\\\"}\\\"}].\"\>", "InformationUsageText", - 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0}], TBpack`UnitcellGenerators`Private`a2]; - TBpack`UnitcellGenerators`Private`dR = - GCD[2 TBpack`UnitcellGenerators`Private`n + - TBpack`UnitcellGenerators`Private`m, - 2 TBpack`UnitcellGenerators`Private`m + - TBpack`UnitcellGenerators`Private`n]; - TBpack`UnitcellGenerators`Private`t1 = ( - 2 TBpack`UnitcellGenerators`Private`m + - TBpack`UnitcellGenerators`Private`n)/ - TBpack`UnitcellGenerators`Private`dR; - TBpack`UnitcellGenerators`Private`t2 = -( - 2 TBpack`UnitcellGenerators`Private`n + - TBpack`UnitcellGenerators`Private`m)/ - TBpack`UnitcellGenerators`Private`dR; - TBpack`UnitcellGenerators`Private`T = - TBpack`UnitcellGenerators`Private`t1 - TBpack`UnitcellGenerators`Private`a1 + - TBpack`UnitcellGenerators`Private`t2 - TBpack`UnitcellGenerators`Private`a2; - TBpack`UnitcellGenerators`Private`NumberOfHexagons = (2 - TBpack`UnitcellGenerators`Private`L^2)/( - TBpack`UnitcellGenerators`Private`a^2 - TBpack`UnitcellGenerators`Private`dR); - If[TBpack`UnitcellGenerators`Private`t1 == 0, - 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1}], TBpack`UnitcellGenerators`Private`a2]; - TBpack`UnitcellGenerators`Private`dR = - GCD[2 TBpack`UnitcellGenerators`Private`n + - TBpack`UnitcellGenerators`Private`m, - 2 TBpack`UnitcellGenerators`Private`m + - TBpack`UnitcellGenerators`Private`n]; - TBpack`UnitcellGenerators`Private`t1 = ( - 2 TBpack`UnitcellGenerators`Private`m + - TBpack`UnitcellGenerators`Private`n)/ - TBpack`UnitcellGenerators`Private`dR; - TBpack`UnitcellGenerators`Private`t2 = -( - 2 TBpack`UnitcellGenerators`Private`n + - TBpack`UnitcellGenerators`Private`m)/ - TBpack`UnitcellGenerators`Private`dR; - TBpack`UnitcellGenerators`Private`T = - TBpack`UnitcellGenerators`Private`t1 - TBpack`UnitcellGenerators`Private`a1 + - TBpack`UnitcellGenerators`Private`t2 - TBpack`UnitcellGenerators`Private`a2; - TBpack`UnitcellGenerators`Private`numberofhexagons = (2 - TBpack`UnitcellGenerators`Private`L^2)/( - TBpack`UnitcellGenerators`Private`a^2 - TBpack`UnitcellGenerators`Private`dR); - If[TBpack`UnitcellGenerators`Private`t1 == 0, - 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AppendTo[ - TBpack`UnitcellGenerators`Private`pqlist, { - TBpack`UnitcellGenerators`Private`p, - TBpack`UnitcellGenerators`Private`qfunc[ - TBpack`UnitcellGenerators`Private`p]}]], { - TBpack`UnitcellGenerators`Private`p, - - TBpack`UnitcellGenerators`Private`lim, - TBpack`UnitcellGenerators`Private`lim}]; Do[ - If[TBpack`UnitcellGenerators`Private`lowqfunc[ - Part[ - TBpack`UnitcellGenerators`Private`pqlist, - TBpack`UnitcellGenerators`Private`i, 1]] < - Part[TBpack`UnitcellGenerators`Private`pqlist, - TBpack`UnitcellGenerators`Private`i, 2] < - TBpack`UnitcellGenerators`Private`upqfunc[ - Part[ - TBpack`UnitcellGenerators`Private`pqlist, - TBpack`UnitcellGenerators`Private`i, 1]], - TBpack`UnitcellGenerators`Private`p = - Part[TBpack`UnitcellGenerators`Private`pqlist, - TBpack`UnitcellGenerators`Private`i, 1]; - TBpack`UnitcellGenerators`Private`q = - Part[TBpack`UnitcellGenerators`Private`pqlist, - TBpack`UnitcellGenerators`Private`i, 2]; Null], { - TBpack`UnitcellGenerators`Private`i, - Length[TBpack`UnitcellGenerators`Private`pqlist]}]]; - TBpack`UnitcellGenerators`Private`R = - TBpack`UnitcellGenerators`Private`p - TBpack`UnitcellGenerators`Private`a1 + - TBpack`UnitcellGenerators`Private`q - TBpack`UnitcellGenerators`Private`a2; - TBpack`UnitcellGenerators`Private`initPoint = Dot[ - - RotationMatrix[-TBpack`UnitcellGenerators`Private`theta, {0, 0, - 1}], {TBpack`UnitcellGenerators`Private`a0, 0, 0}]; - TBpack`UnitcellGenerators`Private`coord = {}; - For[TBpack`UnitcellGenerators`Private`i = 1; - TBpack`UnitcellGenerators`Private`j = 0; - TBpack`UnitcellGenerators`Private`v = {0, 0, 0}, - TBpack`UnitcellGenerators`Private`i <= - TBpack`UnitcellGenerators`Private`numberofhexagons, - Increment[TBpack`UnitcellGenerators`Private`i], - TBpack`UnitcellGenerators`Private`v = - TBpack`UnitcellGenerators`Private`i - TBpack`UnitcellGenerators`Private`R - - TBpack`UnitcellGenerators`Private`j - TBpack`UnitcellGenerators`Private`T; - If[Part[TBpack`UnitcellGenerators`Private`v, - 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ItemBox["\<\"\"\>", - BaseStyle->"InformationTitleBackground", - StripOnInput->False]}, - { - ItemBox[ - PaneBox[ - - StyleBox["\<\"ListOfBonds[\\*StyleBox[\\\"unitcell\\\",\\\"TI\\\"]\ -, \\*StyleBox[\\\"bondlength\\\",\\\"TI\\\"]] returns point pairs from \ -\\*StyleBox[\\\"unitcell\\\",\\\"TI\\\"] such that distance between the \ -points is \\*StyleBox[\\\"bondlength\\\",\\\"TI\\\"] \[PlusMinus] 0.05 \ -\[Angstrom].\\nListOfBonds[\\*StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"bondlength\\\",\\\"TI\\\"], BondLengthDelta \[Rule] \ -\\*StyleBox[\\\"value\\\",\\\"TI\\\"]] returns point pairs from \ -\\*StyleBox[\\\"unitcell\\\",\\\"TI\\\"] such that distance between the \ -points is \\*StyleBox[\\\"bondlength\\\",\\\"TI\\\"] \[PlusMinus] \ -\\*StyleBox[\\\"value\\\",\\\"TI\\\"] \[Angstrom].\\nListOfBonds[\\*StyleBox[\ -\\\"unitcell\\\",\\\"TI\\\"], \\*StyleBox[\\\"bondlength\\\",\\\"TI\\\"], \ -Dimentionality \[Rule] 2] returns a list of pairs \\*RowBox[{\\\"{\\\", \\\"{\ -\\\", StyleBox[SubscriptBox[\\\"x\\\",\\\"1\\\"],\\\"TI\\\"], \\\",\\\" , \ -StyleBox[SubscriptBox[\\\"y\\\",\\\"1\\\"],\\\"TI\\\"] , \\\"}\\\" , \ -\\\",\\\" , \\\"{\\\", \ -StyleBox[SubscriptBox[\\\"x\\\",\\\"2\\\"],\\\"TI\\\"], \\\",\\\", \ -StyleBox[SubscriptBox[\\\"y\\\",\\\"2\\\"],\\\"TI\\\"] ,\\\"}\\\" \ -,\\\"}\\\"}].\"\>", "InformationUsageText", - 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BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"], False-> - TagBox[GridBox[{ - { - ItemBox[ - PaneBox[ - StyleBox["\<\" Symbol\"\>", "InformationTitleText", - StripOnInput->False], - FrameMargins->{{4, 0}, {-1, 1}}], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationTitleBackground", - StripOnInput->False]}, - { - ItemBox[ - PaneBox[ - - StyleBox["\<\"AtomicStructure[{\\*StyleBox[\\\"unitcell\\\",\\\"\ -TI\\\"], \\*StyleBox[\\\"tr\\\",\\\"TI\\\"], \\*StyleBox[SubscriptBox[\\\"a\\\ -\",\\\"0\\\"],\\\"TI\\\"]}] returns the ball-and-stick model of a \ -\\*StyleBox[\\\"system\\\",\\\"TI\\\"] specified by unit cell \ -\\*StyleBox[\\\"unitcell\\\",\\\"TI\\\"], translation vector \ -\\*StyleBox[\\\"tr\\\",\\\"TI\\\"] and the lattice constant \ -\\*StyleBox[SubscriptBox[\\\"a\\\",\\\"0\\\"],\\\"TI\\\"].\\nAtomicStructure[\ -\\*StyleBox[\\\"system\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"options\\\",\\\"TI\\\"]] uses option settings specified in \ -\\*StyleBox[\\\"options\\\",\\\"TI\\\"].\\nAtomicStructure[\\*StyleBox[\\\"\ -system\\\",\\\"TI\\\"], NumberOfUnitCells \[Rule] \ -\\*StyleBox[\\\"value\\\",\\\"TI\\\"]] returns the number of unit cells set \ -by \\*StyleBox[\\\"value\\\",\\\"TI\\\"]. \ -\\nAtomicStructure[\\*StyleBox[\\\"system\\\",\\\"TI\\\"], Dimensionality \ -\[Rule] 2] returns the \\*StyleBox[\\\"system\\\",\\\"TI\\\"] projection to \ -the \\*StyleBox[\\\"xy\\\",\\\"TI\\\"]-plane.\\nAtomicStructure[\\*StyleBox[\\\ -\"system\\\",\\\"TI\\\"], AtomEnumeration \[Rule] \\*StyleBox[\\\"True\\\",\\\ -\"TI\\\"]] enumerates atom sites in the \ -\\*StyleBox[\\\"system\\\",\\\"TI\\\"].\\nAtomicStructure[\\*StyleBox[\\\"\ -system\\\",\\\"TI\\\"], FontSize \[Rule] \ -\\*StyleBox[\\\"value\\\",\\\"TI\\\"]] set the font size for the atom \ -enumeration labels to \ -\\*StyleBox[\\\"value\\\",\\\"TI\\\"].\\nAtomicStructure[\\*StyleBox[\\\"\ -system\\\",\\\"TI\\\"], ImageSize \[Rule] \ -\\*StyleBox[\\\"value\\\",\\\"TI\\\"]] set the image size of the produced \ -graphics to \ -\\*StyleBox[\\\"value\\\",\\\"TI\\\"].\\nAtomicStructure[\\*StyleBox[\\\"\ -system\\\",\\\"TI\\\"], AtomColor \[Rule] \ -\\*StyleBox[\\\"color\\\",\\\"TI\\\"]] set the atom color to \ -\\*StyleBox[\\\"color\\\",\\\"TI\\\"] in displayed \ -graphics.\\nAtomicStructure[\\*StyleBox[\\\"system\\\",\\\"TI\\\"], BondColor \ -\[Rule] \\*StyleBox[\\\"color\\\",\\\"TI\\\"]] set the bond color to \ -\\*StyleBox[\\\"color\\\",\\\"TI\\\"] in displayed \ -graphics.\\nAtomicStructure[\\*StyleBox[\\\"system\\\",\\\"TI\\\"], TextColor \ -\[Rule] \\*StyleBox[\\\"color\\\",\\\"TI\\\"]] set the label text color to \ -\\*StyleBox[\\\"color\\\",\\\"TI\\\"] in displayed graphics.\"\>", - "InformationUsageText", - StripOnInput->False, - LineSpacing->{1.5, 1.5, 3.}], - FrameMargins->{{10, 10}, {8, 10}}], - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False]}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpener"], - ImageSizeCache->{13., {3., 10.}}], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpenerHot"], - ImageSizeCache->{13., {3., 10.}}]}, Dynamic[ - System`InformationDump`mouseOver$$]], - Alignment->Left, - Appearance->{"Default" -> None}, - - ButtonFunction:>FEPrivate`Set[ - System`InformationDump`open$$, True], - Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - - EventHandlerTag[{ - "MouseEntered" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, True], - "MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"]}, Dynamic[System`InformationDump`open$$], - BaselinePosition->Baseline, - FrameMargins->0, - ImageSize->Automatic], - DynamicModuleValues:>{}], - BaseStyle->"InformationGridFrame", - StripOnInput->False], "InformationGridPlain", - StripOnInput->False], - InformationData[ - Association[ - "ObjectType" -> "Symbol", "Usage" -> - "AtomicStructure[{\*StyleBox[\"unitcell\",\"TI\"], \*StyleBox[\"tr\",\"TI\ -\"], \*StyleBox[SubscriptBox[\"a\",\"0\"],\"TI\"]}] returns the \ -ball-and-stick model of a \*StyleBox[\"system\",\"TI\"] specified by unit \ -cell \*StyleBox[\"unitcell\",\"TI\"], translation vector \ -\*StyleBox[\"tr\",\"TI\"] and the lattice constant \ -\*StyleBox[SubscriptBox[\"a\",\"0\"],\"TI\"].\n\ -AtomicStructure[\*StyleBox[\"system\",\"TI\"], \ -\*StyleBox[\"options\",\"TI\"]] uses option settings specified in \*StyleBox[\ -\"options\",\"TI\"].\nAtomicStructure[\*StyleBox[\"system\",\"TI\"], \ -NumberOfUnitCells \[Rule] \*StyleBox[\"value\",\"TI\"]] returns the number of \ -unit cells set by \*StyleBox[\"value\",\"TI\"]. \nAtomicStructure[\*StyleBox[\ -\"system\",\"TI\"], Dimensionality \[Rule] 2] returns the \*StyleBox[\"system\ -\",\"TI\"] projection to the \*StyleBox[\"xy\",\"TI\"]-plane.\n\ -AtomicStructure[\*StyleBox[\"system\",\"TI\"], AtomEnumeration \[Rule] \ -\*StyleBox[\"True\",\"TI\"]] enumerates atom sites in the \*StyleBox[\"system\ -\",\"TI\"].\nAtomicStructure[\*StyleBox[\"system\",\"TI\"], FontSize \[Rule] \ -\*StyleBox[\"value\",\"TI\"]] set the font size for the atom enumeration \ -labels to \*StyleBox[\"value\",\"TI\"].\n\ -AtomicStructure[\*StyleBox[\"system\",\"TI\"], ImageSize \[Rule] \ -\*StyleBox[\"value\",\"TI\"]] set the image size of the produced graphics to \ -\*StyleBox[\"value\",\"TI\"].\nAtomicStructure[\*StyleBox[\"system\",\"TI\"], \ -AtomColor \[Rule] \*StyleBox[\"color\",\"TI\"]] set the atom color to \ -\*StyleBox[\"color\",\"TI\"] in displayed graphics.\n\ -AtomicStructure[\*StyleBox[\"system\",\"TI\"], BondColor \[Rule] \ -\*StyleBox[\"color\",\"TI\"]] set the bond color to \*StyleBox[\"color\",\"TI\ -\"] in displayed graphics.\nAtomicStructure[\*StyleBox[\"system\",\"TI\"], \ -TextColor \[Rule] \*StyleBox[\"color\",\"TI\"]] set the label text color to \ -\*StyleBox[\"color\",\"TI\"] in displayed graphics.", "Documentation" -> None, - "OwnValues" -> None, "UpValues" -> None, "DownValues" -> - Information`InformationValueForm[ - DownValues, DataAnalysis`AtomicStructure, {DataAnalysis`AtomicStructure[ - Pattern[DataAnalysis`Private`system, - Blank[]], - OptionsPattern[]] :> - Module[{DataAnalysis`Private`lim = - OptionValue[DataAnalysis`NumberOfUnitCells], - DataAnalysis`Private`dim = OptionValue[DataAnalysis`Dimensionality], - DataAnalysis`Private`acolor = OptionValue[DataAnalysis`AtomColor], - DataAnalysis`Private`bcolor = OptionValue[DataAnalysis`BondColor], - DataAnalysis`Private`tcolor = OptionValue[DataAnalysis`TextColor], - DataAnalysis`Private`imagesize = OptionValue[ImageSize], - DataAnalysis`Private`fontsize = OptionValue[FontSize], - DataAnalysis`Private`unitcell, DataAnalysis`Private`T, - DataAnalysis`Private`a0, DataAnalysis`Private`u, - DataAnalysis`Private`v, DataAnalysis`Private`nd}, - DataAnalysis`Private`nd = ToString[ - PaddedForm[ - 1. #, {5, 3}, - ExponentFunction -> (If[-16 < # < 16, Null, #]& )]]& ; Null; - DataAnalysis`Private`unitcell = Part[DataAnalysis`Private`system, 1]; - DataAnalysis`Private`T = Part[DataAnalysis`Private`system, 2]; - DataAnalysis`Private`a0 = Part[DataAnalysis`Private`system, 3]; - DataAnalysis`Private`u = Flatten[ - Table[ - - Map[# + DataAnalysis`Private`T DataAnalysis`Private`i& , - DataAnalysis`Private`unitcell], { - DataAnalysis`Private`i, DataAnalysis`Private`lim}], 1]; - Switch[DataAnalysis`Private`dim, 3, - Graphics3D[{ - Specularity[ - GrayLevel[1], 100], DataAnalysis`Private`acolor, - Map[Tooltip[ - Sphere[#, 0.3], - StringJoin["(", - DataAnalysis`Private`nd[ - Part[#, 1]], ",", - DataAnalysis`Private`nd[ - Part[#, 2]], ",", - DataAnalysis`Private`nd[ - Part[#, 3]], ")"]]& , DataAnalysis`Private`u], - DataAnalysis`Private`bcolor, - Map[Tooltip[ - Tube[#, 0.1], DataAnalysis`Private`v = Part[#, 2] - Part[#, 1]; - DataAnalysis`Private`nd[ - Sqrt[ - Dot[DataAnalysis`Private`v, DataAnalysis`Private`v]]]]& , - DataAnalysis`ListOfBonds[ - DataAnalysis`Private`u, DataAnalysis`Private`a0, - DataAnalysis`Dimensionality -> 3]], - If[ - OptionValue[DataAnalysis`AtomEnumeration], - Flatten[{DataAnalysis`Private`tcolor, - Table[ - Text[ - Style[ - ToString[DataAnalysis`Private`i], - DataAnalysis`Private`fontsize], - Part[DataAnalysis`Private`u, DataAnalysis`Private`i]], { - DataAnalysis`Private`i, - Length[DataAnalysis`Private`u]}]}], {}]}, Boxed -> False, - Lighting -> "Neutral", ImageSize -> - DataAnalysis`Private`imagesize], 2, - Graphics[{DataAnalysis`Private`bcolor, - Map[Tooltip[ - Line[#], DataAnalysis`Private`v = Part[#, 2] - Part[#, 1]; - DataAnalysis`Private`nd[ - Sqrt[ - Dot[DataAnalysis`Private`v, DataAnalysis`Private`v]]]]& , - DataAnalysis`ListOfBonds[ - DataAnalysis`Private`u, DataAnalysis`Private`a0, - DataAnalysis`Dimensionality -> 2]], - DataAnalysis`Private`acolor, - Map[Tooltip[ - Disk[ - Most[#], 0.3], - StringJoin["(", - DataAnalysis`Private`nd[ - Part[#, 1]], ",", - DataAnalysis`Private`nd[ - Part[#, 2]], ")"]]& , DataAnalysis`Private`u], - If[ - OptionValue[DataAnalysis`AtomEnumeration], - Flatten[{DataAnalysis`Private`tcolor, - Table[ - Text[ - Style[ - ToString[DataAnalysis`Private`i], - DataAnalysis`Private`fontsize], - Most[ - Part[DataAnalysis`Private`u, DataAnalysis`Private`i]]], { - DataAnalysis`Private`i, - Length[DataAnalysis`Private`u]}]}], {}]}, ImageSize -> - DataAnalysis`Private`imagesize]]]}], "SubValues" -> None, - "DefaultValues" -> - Information`InformationValueForm[ - DefaultValues, DataAnalysis`AtomicStructure, { - SyntaxInformation[DataAnalysis`AtomicStructure] -> {"ArgumentsPattern" -> { - Blank[], - OptionsPattern[]}}}], "NValues" -> None, "FormatValues" -> None, - "Options" -> { - DataAnalysis`NumberOfUnitCells -> 1, DataAnalysis`Dimensionality -> 3, - DataAnalysis`AtomEnumeration -> False, DataAnalysis`AtomColor -> - GrayLevel[0.5], DataAnalysis`BondColor -> GrayLevel[0.5], - DataAnalysis`TextColor -> GrayLevel[1], FontSize -> 10, - ImageSize -> {300}}, "Attributes" -> {}, "FullName" -> - "DataAnalysis`AtomicStructure"], False]]], "Output", - CellChangeTimes->{3.795103752505947*^9, 3.795104005301406*^9}, - CellLabel-> - "Out[374]=",ExpressionUUID->"33adaa22-a569-4568-ad31-dddb6fe2d773"] -}, Open ]], - -Cell[CellGroupData[{ - -Cell[BoxData[{ - RowBox[{"?", "ElectronicBands1D"}], "\[IndentingNewLine]", - RowBox[{"Options", "[", "ElectronicBands1D", "]"}]}], "Input", - CellChangeTimes->{{3.795100909828355*^9, 3.795100912521509*^9}, { - 3.79510094365829*^9, 3.7951009526578045`*^9}}, - CellLabel-> - "In[271]:=",ExpressionUUID->"b8d4acfe-8043-4550-8583-f646e2d5084c"], - -Cell[BoxData[ - InterpretationBox[ - StyleBox[ - FrameBox[ - DynamicModuleBox[{System`InformationDump`open$$ = False, - System`InformationDump`mouseOver$$ = False}, - PaneSelectorBox[{True-> - TagBox[GridBox[{ - { - ItemBox[ - PaneBox[ - StyleBox["\<\" Symbol\"\>", "InformationTitleText", - StripOnInput->False, - BaseStyle -> None], - FrameMargins->{{4, 0}, {-1, 1}}], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationTitleBackground", - StripOnInput->False]}, - { - ItemBox[ - PaneBox[ - - StyleBox["\<\"ElectronicBands1D[\\*RowBox[{StyleBox[\\\"unitcell\\\ -\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"]}]] calculates \ -electronic energy bands for a 1D system presented by \\*StyleBox[\\\"unitcell\ -\\\",\\\"TI\\\"] and the translation vector \ -\\*StyleBox[\\\"tr\\\",\\\"TI\\\"]. \\nElectronicBands1D[\\*RowBox[{StyleBox[\ -\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \ -\\\",\\\" , StyleBox[\\\"options\\\",\\\"TI\\\"]}]] calculates electronic \ -energy bands using specified \ -options.\\nElectronicBands1D[\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"],\ - \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \ -\\\"TBModelParameters\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"list\\\",\\\"TI\\\"]}]] uses specified tight-binding model \ -parameters given as \ -\\*StyleBox[\\\"list\\\",\\\"TI\\\"].\\nElectronicBands1D[\\*RowBox[{StyleBox[\ -\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \ -\\\",\\\" , \\\"HoppingDistances\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"list\\\",\\\"TI\\\"]}]] uses specified hopping distances given \ -as \\*StyleBox[\\\"list\\\",\\\"TI\\\"].\\nElectronicBands1D[\\*RowBox[{\ -StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\ -\\\"] , \\\",\\\" , \\\"HoppingDistanceDelta\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"value\\\",\\\"TI\\\"]}]] uses specified \ -\\*StyleBox[\\\"value\\\",\\\"TI\\\"] of the largest absolute deviation of \ -the hopping distances.\\nElectronicBands1D[\\*RowBox[{StyleBox[\\\"unitcell\\\ -\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \ -\\\"Efield\\\" , \\\"\[Rule]\\\" , StyleBox[\\\"vector\\\",\\\"TI\\\"]}]] \ -uses specified external electric field set by 3 Cartesian component \ -\\*StyleBox[\\\"vector\\\",\\\"TI\\\"].\\nElectronicBands1D[\\*RowBox[{\ -StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\ -\\\"] , \\\",\\\" , \\\"Bfield\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"vector\\\",\\\"TI\\\"]}]] uses specified external magnetic field \ -set by 3 Cartesian component \ -\\*StyleBox[\\\"vector\\\",\\\"TI\\\"].\\nElectronicBands1D[\\*RowBox[{\ -StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\ -\\\"] , \\\",\\\" , \\\"NumberOfKpoints\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"value\\\",\\\"TI\\\"]}]] uses specified by \\*StyleBox[\\\"value\ -\\\",\\\"TI\\\"] the number of \\*StyleBox[\\\"k\\\",\\\"TI\\\"]-points in a \ -uniform grid of 1D reciprocal space.\\nElectronicBands1D[\\*RowBox[{StyleBox[\ -\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \ -\\\",\\\" , \\\"EigenVectors\\\" , \\\"\[Rule]\\\" , StyleBox[\\\"True\\\",\\\ -\"TI\\\"]}]] returns a list of electronic energy bands, eigenvectors and \ -velocity matrix \ -elements.\\nElectronicBands1D[\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"]\ -, \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \ -\\\"ParallelEvaluation\\\" , \\\"\[Rule]\\\" , StyleBox[\\\"True\\\",\\\"TI\\\ -\"]}]] calculates in parallel for different \ -\\*StyleBox[\\\"k\\\",\\\"TI\\\"]-points.\\nElectronicBands1D[\\*RowBox[{\ -StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\ -\\\"] , \\\",\\\" , \\\"RelaxGeometry\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"True\\\",\\\"TI\\\"], \\\",\\\" , \ -\\\"Path2OptimizationProgramm\\\" , \\\"\[Rule]\\\" , \\\"{\\\", \ -StyleBox[\\\"integer\\\",\\\"TI\\\"], \\\",\\\" , \ -StyleBox[\\\"path\\\",\\\"TI\\\"] , \\\"}\\\"}]] uses the geometry \ -optimization of the unit cell by the programm set by \\*StyleBox[\\\"number\\\ -\",\\\"TI\\\"] and located at \ -\\*StyleBox[\\\"path\\\",\\\"TI\\\"].\\nElectronicBands1D[\\*RowBox[{StyleBox[\ -\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \ -\\\",\\\" , \\\"Path2Save\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"path\\\",\\\"TI\\\"]}]] saves the results of the calculation in \ -a file located at \\*StyleBox[\\\"path\\\",\\\"TI\\\"].\"\>", - "InformationUsageText", - StripOnInput->False, - LineSpacing->{1.5, 1.5, 3.}], - FrameMargins->{{10, 10}, {8, 10}}], - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False]}, - { - PaneBox[GridBox[{ - { - - DynamicModuleBox[{System`InformationDump`open$$ = { - False, False, False, False, False, False, False, False, False, - False, False, False}}, - StyleBox[GridBox[{ - { - TagBox[ - TooltipBox[ - - StyleBox["\<\" Default Definitions\"\>", - "InformationRowLabel", - StripOnInput->False], - "\"DefaultValues\"", - TooltipStyle->"TextStyling"], - Annotation[#, "DefaultValues", "Tooltip"]& ], - InterpretationBox[GridBox[{ - { - RowBox[{ - RowBox[{ - "SyntaxInformation", "[", "ElectronicBands1D", "]"}], "=", - RowBox[{"{", - RowBox[{"\<\"ArgumentsPattern\"\>", "\[Rule]", - RowBox[{"{", - RowBox[{"_", ",", "_", ",", - RowBox[{"OptionsPattern", "[", "]"}]}], "}"}]}], "}"}]}]} - }, - BaselinePosition->{Baseline, {1, 1}}, - - GridBoxAlignment->{ - "Columns" -> {{Left}}, "Rows" -> {{Baseline}}}], - - ColumnForm[{ - SyntaxInformation[TBpack`ElectronicBands1D] = { - "ArgumentsPattern" -> { - Blank[], - Blank[], - OptionsPattern[]}}}], - Editable->False]}, - { - PaneSelectorBox[{True-> - ButtonBox[ - PaneSelectorBox[{False-> - - TemplateBox[{ - "\[ThickSpace]","\"\[ThickSpace]\"",StyleBox[ - "\"Options\"", "InformationRowLabel", StripOnInput -> - False],DynamicBox[ - FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpener"]]}, - "RowWithSeparators"], True-> - - TemplateBox[{ - "\[ThickSpace]","\"\[ThickSpace]\"",StyleBox[ - "\"Options\"", "InformationRowLabel", StripOnInput -> - False],DynamicBox[ - FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpenerHot"]]}, - "RowWithSeparators"]}, Dynamic[ - CurrentValue["MouseOver"]], - FrameMargins->0, - ImageSize->Automatic], - Appearance->None, - BaseStyle->None, - - ButtonFunction:>(Part[System`InformationDump`open$$, 9] = - False), - Evaluator->Automatic, - FrameMargins->0, - ImageMargins->0, - Method->"Preemptive"], False-> - ButtonBox[ - PaneSelectorBox[{False-> - - TemplateBox[{ - "\[ThickSpace]","\"\[ThickSpace]\"",StyleBox[ - "\"Options\"", "InformationRowLabel", StripOnInput -> - False],DynamicBox[ - FEPrivate`FrontEndResource[ - "FEBitmaps", "RightPointerOpener"]]}, - "RowWithSeparators"], True-> - - TemplateBox[{ - "\[ThickSpace]","\"\[ThickSpace]\"",StyleBox[ - "\"Options\"", "InformationRowLabel", StripOnInput -> - False],DynamicBox[ - FEPrivate`FrontEndResource[ - "FEBitmaps", "RightPointerOpenerHot"]]}, - "RowWithSeparators"]}, Dynamic[ - CurrentValue["MouseOver"]], - FrameMargins->0, - ImageSize->Automatic], - Appearance->None, - BaseStyle->None, - - ButtonFunction:>(Part[System`InformationDump`open$$, 9] = - True), - Evaluator->Automatic, - FrameMargins->0, - ImageMargins->0, - Method->"Preemptive"]}, Dynamic[ - FEPrivate`Part[System`InformationDump`open$$, 9]]], - PaneSelectorBox[{True->GridBox[{ - { - RowBox[{"TBModelParameters", "\[Rule]", - RowBox[{"{", - RowBox[{ - RowBox[{"{", - RowBox[{"0", ",", "3.12`", ",", "0", ",", "0"}], "}"}], - ",", - RowBox[{"{", - RowBox[{"1", ",", "0", ",", "0", ",", "0"}], "}"}], ",", - "3.`", ",", - RowBox[{"{", - RowBox[{ - RowBox[{"{", - RowBox[{"0", ",", "0"}], "}"}], ",", - RowBox[{"{", - RowBox[{"0", ",", "0"}], "}"}], ",", - RowBox[{"{", - RowBox[{"0", ",", "0"}], "}"}], ",", - RowBox[{"{", - RowBox[{"0", ",", "0"}], "}"}]}], "}"}], - ",", "\<\"Partoens2006\"\>"}], "}"}]}]}, - { - RowBox[{"HoppingDistances", "\[Rule]", - RowBox[{"{", - RowBox[{ - "0", ",", "1.42`", ",", "2.45951`", ",", "2.84`"}], - "}"}]}]}, - { - RowBox[{"HoppingDistanceDelta", "\[Rule]", "0.05`"}]}, - { - RowBox[{"Efield", "\[Rule]", - RowBox[{"{", - RowBox[{"0", ",", "0", ",", "0"}], "}"}]}]}, - { - RowBox[{"Bfield", "\[Rule]", - RowBox[{"{", - RowBox[{"0", ",", "0", ",", "0"}], "}"}]}]}, - { - RowBox[{"NumberOfKpoints", "\[Rule]", "100"}]}, - { - RowBox[{"EigenVectors", "\[Rule]", "False"}]}, - { - RowBox[{"ParallelEvaluation", "\[Rule]", "True"}]}, - { - RowBox[{"RelaxGeometry", "\[Rule]", "False"}]}, - { - RowBox[{"Path2OptimizationProgramm", "\[Rule]", - RowBox[{"{", - RowBox[{"None", ",", "\<\"\"\>"}], "}"}]}]}, - { - RowBox[{ - "Path2Save", "\[Rule]", "\<\"C:\\\\Users\\\\Vasil\"\>"}]}, - { - StyleBox[ - - TemplateBox[{ - "\"(\"","\"\[InvisibleSpace]\"","11","\" total)\""}, - "RowDefault"], "InformationRowOpener", - StripOnInput->False]} - }, - BaselinePosition->{Baseline, {1, 1}}, - DefaultBaseStyle->"Column", - GridBoxAlignment->{"Columns" -> {{Left}}}, - - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{1.}}}], False-> - RowBox[{ - RowBox[{"TBModelParameters", "\[Rule]", - RowBox[{"{", - RowBox[{ - RowBox[{"{", - RowBox[{"0", ",", "3.12`", ",", "0", ",", "0"}], "}"}], - ",", - RowBox[{"{", - RowBox[{"1", ",", "0", ",", "0", ",", "0"}], "}"}], ",", - "3.`", ",", - RowBox[{"{", - RowBox[{ - RowBox[{"{", - RowBox[{"0", ",", "0"}], "}"}], ",", - RowBox[{"{", - 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- DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "UpPointerOpener"]], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "UpPointerOpenerHot"]]}, Dynamic[ - System`InformationDump`mouseOver$$]], - Alignment->Left, - Appearance->{"Default" -> None}, - - ButtonFunction:>FEPrivate`Set[ - System`InformationDump`open$$, False], - Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - - EventHandlerTag[{ - "MouseEntered" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, True], - "MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"], False-> - TagBox[GridBox[{ - { - ItemBox[ - PaneBox[ - StyleBox["\<\" Symbol\"\>", "InformationTitleText", - StripOnInput->False], - FrameMargins->{{4, 0}, {-1, 1}}], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationTitleBackground", - StripOnInput->False]}, - { - ItemBox[ - PaneBox[ - - StyleBox["\<\"ElectronicBands1D[\\*RowBox[{StyleBox[\\\"unitcell\\\ -\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"]}]] calculates \ -electronic energy bands for a 1D system presented by \\*StyleBox[\\\"unitcell\ -\\\",\\\"TI\\\"] and the translation vector \ -\\*StyleBox[\\\"tr\\\",\\\"TI\\\"]. \\nElectronicBands1D[\\*RowBox[{StyleBox[\ -\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \ -\\\",\\\" , StyleBox[\\\"options\\\",\\\"TI\\\"]}]] calculates electronic \ -energy bands using specified \ -options.\\nElectronicBands1D[\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"],\ - \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \ -\\\"TBModelParameters\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"list\\\",\\\"TI\\\"]}]] uses specified tight-binding model \ -parameters given as \ -\\*StyleBox[\\\"list\\\",\\\"TI\\\"].\\nElectronicBands1D[\\*RowBox[{StyleBox[\ -\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \ -\\\",\\\" , \\\"HoppingDistances\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"list\\\",\\\"TI\\\"]}]] uses specified hopping distances given \ -as \\*StyleBox[\\\"list\\\",\\\"TI\\\"].\\nElectronicBands1D[\\*RowBox[{\ -StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\ -\\\"] , \\\",\\\" , \\\"HoppingDistanceDelta\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"value\\\",\\\"TI\\\"]}]] uses specified \ -\\*StyleBox[\\\"value\\\",\\\"TI\\\"] of the largest absolute deviation of \ -the hopping distances.\\nElectronicBands1D[\\*RowBox[{StyleBox[\\\"unitcell\\\ -\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \ -\\\"Efield\\\" , \\\"\[Rule]\\\" , StyleBox[\\\"vector\\\",\\\"TI\\\"]}]] \ -uses specified external electric field set by 3 Cartesian component \ -\\*StyleBox[\\\"vector\\\",\\\"TI\\\"].\\nElectronicBands1D[\\*RowBox[{\ -StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\ -\\\"] , \\\",\\\" , \\\"Bfield\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"vector\\\",\\\"TI\\\"]}]] uses specified external magnetic field \ -set by 3 Cartesian component \ -\\*StyleBox[\\\"vector\\\",\\\"TI\\\"].\\nElectronicBands1D[\\*RowBox[{\ -StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\ -\\\"] , \\\",\\\" , \\\"NumberOfKpoints\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"value\\\",\\\"TI\\\"]}]] uses specified by \\*StyleBox[\\\"value\ -\\\",\\\"TI\\\"] the number of \\*StyleBox[\\\"k\\\",\\\"TI\\\"]-points in a \ -uniform grid of 1D reciprocal space.\\nElectronicBands1D[\\*RowBox[{StyleBox[\ -\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \ -\\\",\\\" , \\\"EigenVectors\\\" , \\\"\[Rule]\\\" , StyleBox[\\\"True\\\",\\\ -\"TI\\\"]}]] returns a list of electronic energy bands, eigenvectors and \ -velocity matrix \ -elements.\\nElectronicBands1D[\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"]\ -, \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \ -\\\"ParallelEvaluation\\\" , \\\"\[Rule]\\\" , StyleBox[\\\"True\\\",\\\"TI\\\ -\"]}]] calculates in parallel for different \ -\\*StyleBox[\\\"k\\\",\\\"TI\\\"]-points.\\nElectronicBands1D[\\*RowBox[{\ -StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\ -\\\"] , \\\",\\\" , \\\"RelaxGeometry\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"True\\\",\\\"TI\\\"], \\\",\\\" , \ -\\\"Path2OptimizationProgramm\\\" , \\\"\[Rule]\\\" , \\\"{\\\", \ -StyleBox[\\\"integer\\\",\\\"TI\\\"], \\\",\\\" , \ -StyleBox[\\\"path\\\",\\\"TI\\\"] , \\\"}\\\"}]] uses the geometry \ -optimization of the unit cell by the programm set by \\*StyleBox[\\\"number\\\ -\",\\\"TI\\\"] and located at \ -\\*StyleBox[\\\"path\\\",\\\"TI\\\"].\\nElectronicBands1D[\\*RowBox[{StyleBox[\ -\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \ -\\\",\\\" , \\\"Path2Save\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"path\\\",\\\"TI\\\"]}]] saves the results of the calculation in \ -a file located at \\*StyleBox[\\\"path\\\",\\\"TI\\\"].\"\>", - 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"MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"]}, Dynamic[System`InformationDump`open$$], - BaselinePosition->Baseline, - FrameMargins->0, - ImageSize->Automatic], - DynamicModuleValues:>{}], - BaseStyle->"InformationGridFrame", - StripOnInput->False], "InformationGridPlain", - StripOnInput->False], - InformationData[ - Association[ - "ObjectType" -> "Symbol", "Usage" -> - "ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"]}]] calculates electronic energy bands for a 1D system \ -presented by \*StyleBox[\"unitcell\",\"TI\"] and the translation vector \ -\*StyleBox[\"tr\",\"TI\"]. \n\ -ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , StyleBox[\"options\",\"TI\"]}]] calculates \ -electronic energy bands using specified options.\n\ -ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"TBModelParameters\" , \"\[Rule]\" , \ -StyleBox[\"list\",\"TI\"]}]] uses specified tight-binding model parameters \ -given as \*StyleBox[\"list\",\"TI\"].\n\ -ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"HoppingDistances\" , \"\[Rule]\" , \ -StyleBox[\"list\",\"TI\"]}]] uses specified hopping distances given as \ -\*StyleBox[\"list\",\"TI\"].\nElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\ -\",\"TI\"], \",\" , StyleBox[\"tr\",\"TI\"] , \",\" , \ -\"HoppingDistanceDelta\" , \"\[Rule]\" , StyleBox[\"value\",\"TI\"]}]] uses \ -specified \*StyleBox[\"value\",\"TI\"] of the largest absolute deviation of \ -the hopping distances.\n\ -ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"Efield\" , \"\[Rule]\" , \ -StyleBox[\"vector\",\"TI\"]}]] uses specified external electric field set by \ -3 Cartesian component \*StyleBox[\"vector\",\"TI\"].\n\ -ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"Bfield\" , \"\[Rule]\" , \ -StyleBox[\"vector\",\"TI\"]}]] uses specified external magnetic field set by \ -3 Cartesian component \*StyleBox[\"vector\",\"TI\"].\n\ -ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"NumberOfKpoints\" , \"\[Rule]\" , \ -StyleBox[\"value\",\"TI\"]}]] uses specified by \*StyleBox[\"value\",\"TI\"] \ -the number of \*StyleBox[\"k\",\"TI\"]-points in a uniform grid of 1D \ -reciprocal space.\nElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \ -\",\" , StyleBox[\"tr\",\"TI\"] , \",\" , \"EigenVectors\" , \"\[Rule]\" , \ -StyleBox[\"True\",\"TI\"]}]] returns a list of electronic energy bands, \ -eigenvectors and velocity matrix elements.\n\ -ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"ParallelEvaluation\" , \"\[Rule]\" , \ -StyleBox[\"True\",\"TI\"]}]] calculates in parallel for different \*StyleBox[\ -\"k\",\"TI\"]-points.\nElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\ -\"], \",\" , StyleBox[\"tr\",\"TI\"] , \",\" , \"RelaxGeometry\" , \ -\"\[Rule]\" , StyleBox[\"True\",\"TI\"], \",\" , \ -\"Path2OptimizationProgramm\" , \"\[Rule]\" , \"{\", \ -StyleBox[\"integer\",\"TI\"], \",\" , StyleBox[\"path\",\"TI\"] , \"}\"}]] \ -uses the geometry optimization of the unit cell by the programm set by \ -\*StyleBox[\"number\",\"TI\"] and located at \*StyleBox[\"path\",\"TI\"].\n\ -ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"Path2Save\" , \"\[Rule]\" , \ -StyleBox[\"path\",\"TI\"]}]] saves the results of the calculation in a file \ -located at \*StyleBox[\"path\",\"TI\"].", "Documentation" -> None, - "OwnValues" -> None, "UpValues" -> None, "DownValues" -> None, - "SubValues" -> None, "DefaultValues" -> - Information`InformationValueForm[ - DefaultValues, TBpack`ElectronicBands1D, { - SyntaxInformation[TBpack`ElectronicBands1D] -> {"ArgumentsPattern" -> { - Blank[], - Blank[], - OptionsPattern[]}}}], "NValues" -> None, "FormatValues" -> None, - "Options" -> { - TBpack`TBModelParameters -> {{0, 3.12, 0, 0}, {1, 0, 0, 0}, 3., {{0, - 0}, {0, 0}, {0, 0}, {0, 0}}, "Partoens2006"}, - TBpack`HoppingDistances -> {0, 1.42, 2.45951, 2.84}, - TBpack`HoppingDistanceDelta -> 0.05, TBpack`Efield -> {0, 0, 0}, - TBpack`Bfield -> {0, 0, 0}, TBpack`NumberOfKpoints -> 100, - TBpack`EigenVectors -> False, TBpack`ParallelEvaluation -> True, - TBpack`RelaxGeometry -> False, - TBpack`Path2OptimizationProgramm -> {None, ""}, TBpack`Path2Save -> - "C:\\Users\\Vasil"}, "Attributes" -> {Protected, ReadProtected}, - "FullName" -> "TBpack`ElectronicBands1D"], False]]], "Output", - CellChangeTimes->{3.795100913347556*^9, 3.795100953392847*^9}, - 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TBpack`UnitcellGenerators`Private`NumberOfHexagons, - TBpack`UnitcellGenerators`Private`R, - TBpack`UnitcellGenerators`Private`p, - TBpack`UnitcellGenerators`Private`q, - TBpack`UnitcellGenerators`Private`lim, - TBpack`UnitcellGenerators`Private`pqlist, - TBpack`UnitcellGenerators`Private`initPoint, - TBpack`UnitcellGenerators`Private`Shiftx, - TBpack`UnitcellGenerators`Private`del1, - TBpack`UnitcellGenerators`Private`del2, - TBpack`UnitcellGenerators`Private`del3, - TBpack`UnitcellGenerators`Private`Coord, - TBpack`UnitcellGenerators`Private`LineCoord, - TBpack`UnitcellGenerators`Private`V, - TBpack`UnitcellGenerators`Private`max, - TBpack`UnitcellGenerators`Private`u, - TBpack`UnitcellGenerators`Private`cu, - TBpack`UnitcellGenerators`Private`unew, - TBpack`UnitcellGenerators`Private`dz}, - TBpack`UnitcellGenerators`Private`RollingUp[ - Pattern[TBpack`UnitcellGenerators`Private`list, - Blank[]]] := { - Part[TBpack`UnitcellGenerators`Private`list, 1], - Part[TBpack`UnitcellGenerators`Private`list, 2]/ - TBpack`UnitcellGenerators`Private`r, - Part[TBpack`UnitcellGenerators`Private`list, 3]}; - TBpack`UnitcellGenerators`Private`CylindricalToCartesian[ - Pattern[TBpack`UnitcellGenerators`Private`list, - Blank[]]] := { - Part[TBpack`UnitcellGenerators`Private`list, 1] Cos[ - Part[TBpack`UnitcellGenerators`Private`list, 2]], - Part[TBpack`UnitcellGenerators`Private`list, 1] Sin[ - Part[TBpack`UnitcellGenerators`Private`list, 2]], - Part[TBpack`UnitcellGenerators`Private`list, 3]}; - TBpack`UnitcellGenerators`Private`a = - TBpack`UnitcellGenerators`Private`a0 Sqrt[3]; - TBpack`UnitcellGenerators`Private`a1 = { - 0, TBpack`UnitcellGenerators`Private`a Cos[Pi/6], - TBpack`UnitcellGenerators`Private`a Sin[Pi/6]}; - TBpack`UnitcellGenerators`Private`a2 = { - 0, TBpack`UnitcellGenerators`Private`a Cos[Pi/6], - - TBpack`UnitcellGenerators`Private`a Sin[Pi/6]}; - TBpack`UnitcellGenerators`Private`L = - TBpack`UnitcellGenerators`Private`a - Sqrt[TBpack`UnitcellGenerators`Private`n^2 + - TBpack`UnitcellGenerators`Private`m^2 + - TBpack`UnitcellGenerators`Private`n - TBpack`UnitcellGenerators`Private`m]; - TBpack`UnitcellGenerators`Private`r = - TBpack`UnitcellGenerators`Private`L/(2 Pi); - TBpack`UnitcellGenerators`Private`Cc = - TBpack`UnitcellGenerators`Private`n - TBpack`UnitcellGenerators`Private`a1 + - TBpack`UnitcellGenerators`Private`m - TBpack`UnitcellGenerators`Private`a2 + { - TBpack`UnitcellGenerators`Private`r, 0, 0}; - TBpack`UnitcellGenerators`Private`theta = - ArcTan[Part[TBpack`UnitcellGenerators`Private`Cc, 3]/Part[ - TBpack`UnitcellGenerators`Private`Cc, 2]]; - TBpack`UnitcellGenerators`Private`a1 = Dot[ - - RotationMatrix[-TBpack`UnitcellGenerators`Private`theta, {1, 0, - 0}], TBpack`UnitcellGenerators`Private`a1]; - TBpack`UnitcellGenerators`Private`a2 = Dot[ - - RotationMatrix[-TBpack`UnitcellGenerators`Private`theta, {1, 0, - 0}], TBpack`UnitcellGenerators`Private`a2]; - TBpack`UnitcellGenerators`Private`dR = - GCD[2 TBpack`UnitcellGenerators`Private`n + - TBpack`UnitcellGenerators`Private`m, - 2 TBpack`UnitcellGenerators`Private`m + - TBpack`UnitcellGenerators`Private`n]; - TBpack`UnitcellGenerators`Private`t1 = ( - 2 TBpack`UnitcellGenerators`Private`m + - TBpack`UnitcellGenerators`Private`n)/ - TBpack`UnitcellGenerators`Private`dR; - TBpack`UnitcellGenerators`Private`t2 = -( - 2 TBpack`UnitcellGenerators`Private`n + - TBpack`UnitcellGenerators`Private`m)/ - TBpack`UnitcellGenerators`Private`dR; - TBpack`UnitcellGenerators`Private`T = - TBpack`UnitcellGenerators`Private`t1 - TBpack`UnitcellGenerators`Private`a1 + - TBpack`UnitcellGenerators`Private`t2 - TBpack`UnitcellGenerators`Private`a2; - TBpack`UnitcellGenerators`Private`NumberOfHexagons = (2 - TBpack`UnitcellGenerators`Private`L^2)/( - TBpack`UnitcellGenerators`Private`a^2 - TBpack`UnitcellGenerators`Private`dR); - If[TBpack`UnitcellGenerators`Private`t1 == 0, - TBpack`UnitcellGenerators`Private`p = 0; - TBpack`UnitcellGenerators`Private`q = -1; Null, - TBpack`UnitcellGenerators`Private`lim = 100; - TBpack`UnitcellGenerators`Private`qfunc[ - Pattern[TBpack`UnitcellGenerators`Private`p, - Blank[]]] := (1 + - TBpack`UnitcellGenerators`Private`p - TBpack`UnitcellGenerators`Private`t2)/ - TBpack`UnitcellGenerators`Private`t1; - TBpack`UnitcellGenerators`Private`upqfunc[ - Pattern[TBpack`UnitcellGenerators`Private`p, - Blank[]]] := (TBpack`UnitcellGenerators`Private`m - TBpack`UnitcellGenerators`Private`p)/ - TBpack`UnitcellGenerators`Private`n; - TBpack`UnitcellGenerators`Private`lowqfunc[ - Pattern[TBpack`UnitcellGenerators`Private`p, - Blank[]]] := (- - TBpack`UnitcellGenerators`Private`NumberOfHexagons + - TBpack`UnitcellGenerators`Private`m - TBpack`UnitcellGenerators`Private`p)/ - TBpack`UnitcellGenerators`Private`n; - TBpack`UnitcellGenerators`Private`pqlist = {}; Do[ - If[ - IntegerQ[ - TBpack`UnitcellGenerators`Private`qfunc[ - TBpack`UnitcellGenerators`Private`p]], - AppendTo[ - TBpack`UnitcellGenerators`Private`pqlist, { - TBpack`UnitcellGenerators`Private`p, - TBpack`UnitcellGenerators`Private`qfunc[ - TBpack`UnitcellGenerators`Private`p]}]], { - TBpack`UnitcellGenerators`Private`p, - - TBpack`UnitcellGenerators`Private`lim, - TBpack`UnitcellGenerators`Private`lim}]; Do[ - If[TBpack`UnitcellGenerators`Private`lowqfunc[ - Part[ - TBpack`UnitcellGenerators`Private`pqlist, - TBpack`UnitcellGenerators`Private`i, 1]] < - Part[TBpack`UnitcellGenerators`Private`pqlist, - TBpack`UnitcellGenerators`Private`i, 2] < - TBpack`UnitcellGenerators`Private`upqfunc[ - Part[ - TBpack`UnitcellGenerators`Private`pqlist, - TBpack`UnitcellGenerators`Private`i, 1]], - TBpack`UnitcellGenerators`Private`p = - Part[TBpack`UnitcellGenerators`Private`pqlist, - TBpack`UnitcellGenerators`Private`i, 1]; - TBpack`UnitcellGenerators`Private`q = - Part[TBpack`UnitcellGenerators`Private`pqlist, - TBpack`UnitcellGenerators`Private`i, 2]; Null], { - TBpack`UnitcellGenerators`Private`i, - Length[TBpack`UnitcellGenerators`Private`pqlist]}]]; - TBpack`UnitcellGenerators`Private`R = - TBpack`UnitcellGenerators`Private`p - TBpack`UnitcellGenerators`Private`a1 + - TBpack`UnitcellGenerators`Private`q - TBpack`UnitcellGenerators`Private`a2; - TBpack`UnitcellGenerators`Private`initPoint = Dot[ - - RotationMatrix[-TBpack`UnitcellGenerators`Private`theta, {1, 0, - 0}], {0, TBpack`UnitcellGenerators`Private`a0, 0}]; - TBpack`UnitcellGenerators`Private`Shiftx = { - TBpack`UnitcellGenerators`Private`r, 0, 0}; - TBpack`UnitcellGenerators`Private`del1 = - TBpack`UnitcellGenerators`Private`a0 Dot[ - - RotationMatrix[-TBpack`UnitcellGenerators`Private`theta, {1, 0, - 0}], {0, - Cos[Pi/3], - Sin[Pi/3]}]; - TBpack`UnitcellGenerators`Private`del2 = - TBpack`UnitcellGenerators`Private`a0 Dot[ - - RotationMatrix[-TBpack`UnitcellGenerators`Private`theta, {1, 0, - 0}], {0, - Cos[Pi/3], -Sin[Pi/3]}]; - TBpack`UnitcellGenerators`Private`del3 = - TBpack`UnitcellGenerators`Private`a0 Dot[ - - RotationMatrix[-TBpack`UnitcellGenerators`Private`theta, {1, 0, - 0}], {0, -1, 0}]; - TBpack`UnitcellGenerators`Private`Coord = {}; - TBpack`UnitcellGenerators`Private`LineCoord = {}; - For[TBpack`UnitcellGenerators`Private`i = 1; - TBpack`UnitcellGenerators`Private`j = 0; - TBpack`UnitcellGenerators`Private`V = {0, 0}, - TBpack`UnitcellGenerators`Private`i <= - TBpack`UnitcellGenerators`Private`NumberOfHexagons, - Increment[TBpack`UnitcellGenerators`Private`i], - TBpack`UnitcellGenerators`Private`V = - TBpack`UnitcellGenerators`Private`i - TBpack`UnitcellGenerators`Private`R - - TBpack`UnitcellGenerators`Private`j - TBpack`UnitcellGenerators`Private`T + - TBpack`UnitcellGenerators`Private`Shiftx; - If[Part[TBpack`UnitcellGenerators`Private`V, - 3] >= -(Part[TBpack`UnitcellGenerators`Private`T, 2]/Part[ - TBpack`UnitcellGenerators`Private`T, 3]) - Part[TBpack`UnitcellGenerators`Private`V, 2] + ( - Part[TBpack`UnitcellGenerators`Private`T, 2]^2 + - Part[TBpack`UnitcellGenerators`Private`T, 3]^2)/Part[ - TBpack`UnitcellGenerators`Private`T, 3], - TBpack`UnitcellGenerators`Private`j = - TBpack`UnitcellGenerators`Private`j + 1; - TBpack`UnitcellGenerators`Private`V = - TBpack`UnitcellGenerators`Private`i - TBpack`UnitcellGenerators`Private`R - - TBpack`UnitcellGenerators`Private`j - TBpack`UnitcellGenerators`Private`T + - TBpack`UnitcellGenerators`Private`Shiftx]; - AppendTo[ - TBpack`UnitcellGenerators`Private`Coord, - TBpack`UnitcellGenerators`Private`V]; - AppendTo[ - TBpack`UnitcellGenerators`Private`LineCoord, { - TBpack`UnitcellGenerators`Private`V, - TBpack`UnitcellGenerators`Private`V - - TBpack`UnitcellGenerators`Private`del1}]; - AppendTo[ - TBpack`UnitcellGenerators`Private`LineCoord, { - TBpack`UnitcellGenerators`Private`V, - TBpack`UnitcellGenerators`Private`V - - TBpack`UnitcellGenerators`Private`del2}]; - AppendTo[ - TBpack`UnitcellGenerators`Private`LineCoord, { - TBpack`UnitcellGenerators`Private`V, - TBpack`UnitcellGenerators`Private`V - - TBpack`UnitcellGenerators`Private`del3}]]; - For[TBpack`UnitcellGenerators`Private`i = 1; - TBpack`UnitcellGenerators`Private`j = 0; - TBpack`UnitcellGenerators`Private`V = - TBpack`UnitcellGenerators`Private`initPoint, - TBpack`UnitcellGenerators`Private`i <= - TBpack`UnitcellGenerators`Private`NumberOfHexagons, - Increment[TBpack`UnitcellGenerators`Private`i], - TBpack`UnitcellGenerators`Private`V = - TBpack`UnitcellGenerators`Private`i - TBpack`UnitcellGenerators`Private`R - - TBpack`UnitcellGenerators`Private`j - TBpack`UnitcellGenerators`Private`T + - TBpack`UnitcellGenerators`Private`initPoint + - TBpack`UnitcellGenerators`Private`Shiftx; - If[Part[TBpack`UnitcellGenerators`Private`V, - 3] >= -(Part[TBpack`UnitcellGenerators`Private`T, 2]/Part[ - TBpack`UnitcellGenerators`Private`T, 3]) - Part[TBpack`UnitcellGenerators`Private`V, 2] + ( - Part[TBpack`UnitcellGenerators`Private`T, 2]^2 + - Part[TBpack`UnitcellGenerators`Private`T, 3]^2)/Part[ - TBpack`UnitcellGenerators`Private`T, 3], - TBpack`UnitcellGenerators`Private`j = - TBpack`UnitcellGenerators`Private`j + 1; - TBpack`UnitcellGenerators`Private`V = - TBpack`UnitcellGenerators`Private`i - TBpack`UnitcellGenerators`Private`R - - TBpack`UnitcellGenerators`Private`j - TBpack`UnitcellGenerators`Private`T + - TBpack`UnitcellGenerators`Private`initPoint + - TBpack`UnitcellGenerators`Private`Shiftx]; - AppendTo[ - TBpack`UnitcellGenerators`Private`Coord, - TBpack`UnitcellGenerators`Private`V]; - AppendTo[ - TBpack`UnitcellGenerators`Private`LineCoord, { - TBpack`UnitcellGenerators`Private`V, - TBpack`UnitcellGenerators`Private`V + - TBpack`UnitcellGenerators`Private`del1}]; - AppendTo[ - TBpack`UnitcellGenerators`Private`LineCoord, { - TBpack`UnitcellGenerators`Private`V, - TBpack`UnitcellGenerators`Private`V + - TBpack`UnitcellGenerators`Private`del2}]; - AppendTo[ - TBpack`UnitcellGenerators`Private`LineCoord, { - TBpack`UnitcellGenerators`Private`V, - TBpack`UnitcellGenerators`Private`V + - TBpack`UnitcellGenerators`Private`del3}]]; - TBpack`UnitcellGenerators`Private`Coord = - Map[TBpack`UnitcellGenerators`Private`RollingUp, - TBpack`UnitcellGenerators`Private`Coord]; - TBpack`UnitcellGenerators`Private`Coord = - Map[TBpack`UnitcellGenerators`Private`CylindricalToCartesian, - TBpack`UnitcellGenerators`Private`Coord]; - If[ - TBpack`UnitcellGenerators`Private`m == 0, - TBpack`UnitcellGenerators`Private`max = Map[Max, - Transpose[TBpack`UnitcellGenerators`Private`Coord]]; - TBpack`UnitcellGenerators`Private`dz = - 0.1 TBpack`UnitcellGenerators`Private`a0; - TBpack`UnitcellGenerators`Private`u = - Select[TBpack`UnitcellGenerators`Private`Coord, Part[#, 3] >= - Part[TBpack`UnitcellGenerators`Private`max, 3] - - TBpack`UnitcellGenerators`Private`dz& ]; - TBpack`UnitcellGenerators`Private`cu = - Complement[ - TBpack`UnitcellGenerators`Private`Coord, - TBpack`UnitcellGenerators`Private`u]; - TBpack`UnitcellGenerators`Private`unew = - Map[# - TBpack`UnitcellGenerators`Private`T& , - TBpack`UnitcellGenerators`Private`u]; - TBpack`UnitcellGenerators`Private`Coord = - Join[TBpack`UnitcellGenerators`Private`cu, - TBpack`UnitcellGenerators`Private`unew]; Return[ - - Chop[{TBpack`UnitcellGenerators`Private`Coord, - TBpack`UnitcellGenerators`Private`T, - TBpack`UnitcellGenerators`Private`a0}]], - Return[ - - Chop[{TBpack`UnitcellGenerators`Private`Coord, - TBpack`UnitcellGenerators`Private`T, - TBpack`UnitcellGenerators`Private`a0}]]]]; Null]}], - "SubValues" -> None, "DefaultValues" -> - Information`InformationValueForm[ - DefaultValues, TBpack`UnitcellGenerators`Nanotube, { - SyntaxInformation[TBpack`UnitcellGenerators`Nanotube] -> { - "ArgumentsPattern" -> { - Blank[], - Blank[], - OptionsPattern[]}}}], "NValues" -> None, "FormatValues" -> None, - "Options" -> {TBpack`UnitcellGenerators`LatticeConstant -> 1.42}, - "Attributes" -> {}, "FullName" -> "TBpack`UnitcellGenerators`Nanotube"], - False]]], "Output", - CellChangeTimes->{ - 3.7951786097334347`*^9, {3.795187299175666*^9, 3.795187313027458*^9}, - 3.795187359340107*^9, {3.7951882526422014`*^9, 3.7951882825689125`*^9}, - 3.795188434363595*^9, 3.795188524855771*^9, 3.7951886908522654`*^9, { - 3.795188792056054*^9, 3.7951888123782163`*^9}, 3.7951889470579195`*^9, - 3.7951892902155466`*^9}, - CellLabel-> - "Out[278]=",ExpressionUUID->"3ce55fc5-7274-4697-982c-22ddbb4a63f8"], - -Cell[BoxData[ - InterpretationBox[ - StyleBox[ - 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StripOnInput->False, - LineSpacing->{1.5, 1.5, 3.}], - FrameMargins->{{10, 10}, {8, 10}}], - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False]}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpener"], - ImageSizeCache->{13., {3., 10.}}], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpenerHot"], - ImageSizeCache->{13., {3., 10.}}]}, Dynamic[ - System`InformationDump`mouseOver$$]], - Alignment->Left, - Appearance->{"Default" -> None}, - - ButtonFunction:>FEPrivate`Set[ - System`InformationDump`open$$, True], - Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - - EventHandlerTag[{ - "MouseEntered" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, True], - "MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"]}, Dynamic[System`InformationDump`open$$], - BaselinePosition->Baseline, - FrameMargins->0, - ImageSize->Automatic], - DynamicModuleValues:>{}], - BaseStyle->"InformationGridFrame", - StripOnInput->False], "InformationGridPlain", - StripOnInput->False], - InformationData[ - Association[ - "ObjectType" -> "Symbol", "Usage" -> - "ZigzagShapedNanoribbon[\*RowBox[{StyleBox[SubscriptBox[\"l\",\"1\"],\"TI\ -\"], \",\", StyleBox[SubscriptBox[\"l\",\"2\"],\"TI\"], \",\", \ -StyleBox[SubscriptBox[\"w\",\"1\"],\"TI\"], \",\" , StyleBox[SubscriptBox[\"w\ -\",\"2\"],\"TI\"] }]] returns a list of atomic coordinates of a \ -\*StyleBox[\"Z60\",\"TI\"] zigzag-shaped nanoribbon, its translation vector \ -and the lattice constant used.\n\ -ZigzagShapedNanoribbon[\*RowBox[{StyleBox[SubscriptBox[\"l\",\"1\"],\"TI\"], \ -\",\", StyleBox[SubscriptBox[\"l\",\"2\"],\"TI\"], \",\", \ -StyleBox[SubscriptBox[\"w\",\"1\"],\"TI\"], \",\" , StyleBox[SubscriptBox[\"w\ -\",\"2\"],\"TI\"] }], \*StyleBox[\"options\",\"TI\"]] generates atomic \ -coordinates with the specified \*StyleBox[\"options\",\"TI\"].\n\ -ZigzagShapedNanoribbon[\*RowBox[{StyleBox[SubscriptBox[\"l\",\"1\"],\"TI\"], \ -\",\", StyleBox[SubscriptBox[\"l\",\"2\"],\"TI\"], \",\", \ -StyleBox[SubscriptBox[\"w\",\"1\"],\"TI\"], \",\" , StyleBox[SubscriptBox[\"w\ -\",\"2\"],\"TI\"] }], RibbonType \[Rule] \*StyleBox[\"value\",\"TI\"]] \ -generates \*StyleBox[\"Z60\",\"TI\"], \*StyleBox[\"Z120\",\"TI\"], \ -\*StyleBox[\"A60\",\"TI\"] and \*StyleBox[\"A120\",\"TI\"] nanoribbons for \ -\*StyleBox[\"value\",\"TI\"] equal to 1, 2, 3, and 4, respectively.\n\ -ZigzagShapedNanoribbon[\*RowBox[{StyleBox[SubscriptBox[\"l\",\"1\"],\"TI\"], \ -\",\", StyleBox[SubscriptBox[\"l\",\"2\"],\"TI\"], \",\", \ -StyleBox[SubscriptBox[\"w\",\"1\"],\"TI\"], \",\" , StyleBox[SubscriptBox[\"w\ -\",\"2\"],\"TI\"] }], TranslationAxis \[Rule] \*StyleBox[\"value\",\"TI\"]] \ -set the nanoribbon translation vector along \*StyleBox[\"Ox\",\"TI\"]- or \ -\*StyleBox[\"Oy\",\"TI\"]-axis for \*StyleBox[\"value\",\"TI\"] equal to 1 \ -or 2, respectively.\n\ -ZigzagShapedNanoribbon[\*RowBox[{StyleBox[SubscriptBox[\"l\",\"1\"],\"TI\"], \ -\",\", StyleBox[SubscriptBox[\"l\",\"2\"],\"TI\"], \",\", \ -StyleBox[SubscriptBox[\"w\",\"1\"],\"TI\"], \",\" , StyleBox[SubscriptBox[\"w\ -\",\"2\"],\"TI\"] }], SymmetryPoint \[Rule] \*StyleBox[\"value\",\"TI\"]] set \ -the apex point to one of the four positions denoted by \ -\*StyleBox[\"value\",\"TI\"] equal to 1, 2, 3 and 4.", "Documentation" -> - None, "OwnValues" -> None, "UpValues" -> None, "DownValues" -> - Information`InformationValueForm[ - DownValues, TBpack`UnitcellGenerators`ZigzagShapedNanoribbon, { - TBpack`UnitcellGenerators`ZigzagShapedNanoribbon[ - Pattern[TBpack`UnitcellGenerators`Private`l1, - Blank[]], - Pattern[TBpack`UnitcellGenerators`Private`l2, - Blank[]], - Pattern[TBpack`UnitcellGenerators`Private`w1, - Blank[]], - Pattern[TBpack`UnitcellGenerators`Private`w2, - Blank[]], - OptionsPattern[]] :> - Module[{TBpack`UnitcellGenerators`Private`rtype = - OptionValue[TBpack`UnitcellGenerators`RibbonType], - TBpack`UnitcellGenerators`Private`dir = - OptionValue[TBpack`UnitcellGenerators`TranslationAxis], - TBpack`UnitcellGenerators`Private`smp = - OptionValue[TBpack`UnitcellGenerators`SymmetryPoint], - TBpack`UnitcellGenerators`Private`a0 = - OptionValue[TBpack`UnitcellGenerators`LatticeConstant], - TBpack`UnitcellGenerators`Private`a, - TBpack`UnitcellGenerators`Private`a1, - TBpack`UnitcellGenerators`Private`a2, - 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GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"], False-> - TagBox[GridBox[{ - { - ItemBox[ - PaneBox[ - StyleBox["\<\" Symbol\"\>", "InformationTitleText", - StripOnInput->False], - FrameMargins->{{4, 0}, {-1, 1}}], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationTitleBackground", - StripOnInput->False]}, - { - ItemBox[ - PaneBox[ - - StyleBox["\<\"ElectronicBands1D[\\*RowBox[{StyleBox[\\\"unitcell\\\ -\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"]}]] calculates \ -electronic energy bands for a 1D system presented by \\*StyleBox[\\\"unitcell\ -\\\",\\\"TI\\\"] and the translation vector \ -\\*StyleBox[\\\"tr\\\",\\\"TI\\\"]. \\nElectronicBands1D[\\*RowBox[{StyleBox[\ -\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \ -\\\",\\\" , StyleBox[\\\"options\\\",\\\"TI\\\"]}]] calculates electronic \ -energy bands using specified \ -options.\\nElectronicBands1D[\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"],\ - \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \ -\\\"TBModelParameters\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"list\\\",\\\"TI\\\"]}]] uses specified tight-binding model \ -parameters given as \ -\\*StyleBox[\\\"list\\\",\\\"TI\\\"].\\nElectronicBands1D[\\*RowBox[{StyleBox[\ -\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \ -\\\",\\\" , \\\"HoppingDistances\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"list\\\",\\\"TI\\\"]}]] uses specified hopping distances given \ -as \\*StyleBox[\\\"list\\\",\\\"TI\\\"].\\nElectronicBands1D[\\*RowBox[{\ -StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\ -\\\"] , \\\",\\\" , \\\"HoppingDistanceDelta\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"value\\\",\\\"TI\\\"]}]] uses specified \ -\\*StyleBox[\\\"value\\\",\\\"TI\\\"] of the largest absolute deviation of \ -the hopping distances.\\nElectronicBands1D[\\*RowBox[{StyleBox[\\\"unitcell\\\ -\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \ -\\\"Efield\\\" , \\\"\[Rule]\\\" , StyleBox[\\\"vector\\\",\\\"TI\\\"]}]] \ -uses specified external electric field set by 3 Cartesian component \ -\\*StyleBox[\\\"vector\\\",\\\"TI\\\"].\\nElectronicBands1D[\\*RowBox[{\ -StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\ -\\\"] , \\\",\\\" , \\\"Bfield\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"vector\\\",\\\"TI\\\"]}]] uses specified external magnetic field \ -set by 3 Cartesian component \ -\\*StyleBox[\\\"vector\\\",\\\"TI\\\"].\\nElectronicBands1D[\\*RowBox[{\ -StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\ -\\\"] , \\\",\\\" , \\\"NumberOfKpoints\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"value\\\",\\\"TI\\\"]}]] uses specified by \\*StyleBox[\\\"value\ -\\\",\\\"TI\\\"] the number of \\*StyleBox[\\\"k\\\",\\\"TI\\\"]-points in a \ -uniform grid of 1D reciprocal space.\\nElectronicBands1D[\\*RowBox[{StyleBox[\ -\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \ -\\\",\\\" , \\\"EigenVectors\\\" , \\\"\[Rule]\\\" , StyleBox[\\\"True\\\",\\\ -\"TI\\\"]}]] returns a list of electronic energy bands, eigenvectors and \ -velocity matrix \ -elements.\\nElectronicBands1D[\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"]\ -, \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \ -\\\"ParallelEvaluation\\\" , \\\"\[Rule]\\\" , StyleBox[\\\"True\\\",\\\"TI\\\ -\"]}]] calculates in parallel for different \ -\\*StyleBox[\\\"k\\\",\\\"TI\\\"]-points.\\nElectronicBands1D[\\*RowBox[{\ -StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\ -\\\"] , \\\",\\\" , \\\"RelaxGeometry\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"True\\\",\\\"TI\\\"], \\\",\\\" , \ -\\\"Path2OptimizationProgramm\\\" , \\\"\[Rule]\\\" , \\\"{\\\", \ -StyleBox[\\\"integer\\\",\\\"TI\\\"], \\\",\\\" , \ -StyleBox[\\\"path\\\",\\\"TI\\\"] , \\\"}\\\"}]] uses the geometry \ -optimization of the unit cell by the programm set by \\*StyleBox[\\\"number\\\ -\",\\\"TI\\\"] and located at \ -\\*StyleBox[\\\"path\\\",\\\"TI\\\"].\\nElectronicBands1D[\\*RowBox[{StyleBox[\ -\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \ -\\\",\\\" , \\\"Path2Save\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"path\\\",\\\"TI\\\"]}]] saves the results of the calculation in \ -a file located at \\*StyleBox[\\\"path\\\",\\\"TI\\\"].\"\>", - "InformationUsageText", - StripOnInput->False, - LineSpacing->{1.5, 1.5, 3.}], - FrameMargins->{{10, 10}, {8, 10}}], - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False]}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpener"], - ImageSizeCache->{13., {3., 10.}}], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpenerHot"], - ImageSizeCache->{13., {3., 10.}}]}, Dynamic[ - System`InformationDump`mouseOver$$]], - Alignment->Left, - Appearance->{"Default" -> None}, - - ButtonFunction:>FEPrivate`Set[ - System`InformationDump`open$$, True], - Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - - EventHandlerTag[{ - "MouseEntered" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, True], - "MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"]}, Dynamic[System`InformationDump`open$$], - BaselinePosition->Baseline, - FrameMargins->0, - ImageSize->Automatic], - DynamicModuleValues:>{}], - BaseStyle->"InformationGridFrame", - StripOnInput->False], "InformationGridPlain", - StripOnInput->False], - InformationData[ - Association[ - "ObjectType" -> "Symbol", "Usage" -> - "ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"]}]] calculates electronic energy bands for a 1D system \ -presented by \*StyleBox[\"unitcell\",\"TI\"] and the translation vector \ -\*StyleBox[\"tr\",\"TI\"]. \n\ -ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , StyleBox[\"options\",\"TI\"]}]] calculates \ -electronic energy bands using specified options.\n\ -ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"TBModelParameters\" , \"\[Rule]\" , \ -StyleBox[\"list\",\"TI\"]}]] uses specified tight-binding model parameters \ -given as \*StyleBox[\"list\",\"TI\"].\n\ -ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"HoppingDistances\" , \"\[Rule]\" , \ -StyleBox[\"list\",\"TI\"]}]] uses specified hopping distances given as \ -\*StyleBox[\"list\",\"TI\"].\nElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\ -\",\"TI\"], \",\" , StyleBox[\"tr\",\"TI\"] , \",\" , \ -\"HoppingDistanceDelta\" , \"\[Rule]\" , StyleBox[\"value\",\"TI\"]}]] uses \ -specified \*StyleBox[\"value\",\"TI\"] of the largest absolute deviation of \ -the hopping distances.\n\ -ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"Efield\" , \"\[Rule]\" , \ -StyleBox[\"vector\",\"TI\"]}]] uses specified external electric field set by \ -3 Cartesian component \*StyleBox[\"vector\",\"TI\"].\n\ -ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"Bfield\" , \"\[Rule]\" , \ -StyleBox[\"vector\",\"TI\"]}]] uses specified external magnetic field set by \ -3 Cartesian component \*StyleBox[\"vector\",\"TI\"].\n\ -ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"NumberOfKpoints\" , \"\[Rule]\" , \ -StyleBox[\"value\",\"TI\"]}]] uses specified by \*StyleBox[\"value\",\"TI\"] \ -the number of \*StyleBox[\"k\",\"TI\"]-points in a uniform grid of 1D \ -reciprocal space.\nElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \ -\",\" , StyleBox[\"tr\",\"TI\"] , \",\" , \"EigenVectors\" , \"\[Rule]\" , \ -StyleBox[\"True\",\"TI\"]}]] returns a list of electronic energy bands, \ -eigenvectors and velocity matrix elements.\n\ -ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"ParallelEvaluation\" , \"\[Rule]\" , \ -StyleBox[\"True\",\"TI\"]}]] calculates in parallel for different \*StyleBox[\ -\"k\",\"TI\"]-points.\nElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\ -\"], \",\" , StyleBox[\"tr\",\"TI\"] , \",\" , \"RelaxGeometry\" , \ -\"\[Rule]\" , StyleBox[\"True\",\"TI\"], \",\" , \ -\"Path2OptimizationProgramm\" , \"\[Rule]\" , \"{\", \ -StyleBox[\"integer\",\"TI\"], \",\" , StyleBox[\"path\",\"TI\"] , \"}\"}]] \ -uses the geometry optimization of the unit cell by the programm set by \ -\*StyleBox[\"number\",\"TI\"] and located at \*StyleBox[\"path\",\"TI\"].\n\ -ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"Path2Save\" , \"\[Rule]\" , \ -StyleBox[\"path\",\"TI\"]}]] saves the results of the calculation in a file \ -located at \*StyleBox[\"path\",\"TI\"].", "Documentation" -> None, - 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Blank[]], - Pattern[TBpack`DataAnalysis`Private`rflag, - Blank[]], - Pattern[TBpack`DataAnalysis`Private`plotopts, - BlankNullSequence[]]] :> Catch[ - Module[{ - TBpack`DataAnalysis`Private`datalist, - TBpack`DataAnalysis`Private`plotstylelist, - TBpack`DataAnalysis`Private`normfactorlist, - TBpack`DataAnalysis`Private`fermilevellist, - TBpack`DataAnalysis`Private`ticklen = 0.05, - TBpack`DataAnalysis`Private`ny = 5, - TBpack`DataAnalysis`Private`yticks, - TBpack`DataAnalysis`Private`xticks, - TBpack`DataAnalysis`Private`len, TBpack`DataAnalysis`Private`title, - TBpack`DataAnalysis`Private`axeslabels, - TBpack`DataAnalysis`Private`p, TBpack`DataAnalysis`Private`tf, - TBpack`DataAnalysis`Private`ts, TBpack`DataAnalysis`Private`tss, - TBpack`DataAnalysis`Private`ls, - TBpack`DataAnalysis`Private`data2plotdata, - TBpack`DataAnalysis`Private`lbfun}, - MessageName[ - TBpack`DataAnalysis`CompareElectronicBands1D, "firstargument"] = - "The first argument of the \!\(\*\n\ -StyleBox[\"CompareElectronicBands1D\",\nFontSlant->\"Italic\"]\) must be a \ -vector of matrices with numeric elements and odd first dimension value."; - MessageName[ - TBpack`DataAnalysis`CompareElectronicBands1D, "secondargument"] = - "The second argument of the \!\(\*\n\ -StyleBox[\"CompareElectronicBands1D\",\nFontSlant->\"Italic\"]\) \!\(\*\n\ -StyleBox[\"must\",\nFontSlant->\"Italic\"]\)\!\(\*\nStyleBox[\" \",\n\ -FontSlant->\"Italic\"]\)\!\(\*\nStyleBox[\"be\",\n\ -FontSlant->\"Italic\"]\)\!\(\*\nStyleBox[\" \",\nFontSlant->\"Italic\"]\)\!\(\ -\*\nStyleBox[\"a\",\nFontSlant->\"Italic\"]\)\!\(\*\nStyleBox[\" \",\n\ -FontSlant->\"Italic\"]\)\!\(\*\nStyleBox[\"vector\",\n\ -FontSlant->\"Italic\"]\)\!\(\*\nStyleBox[\" \",\nFontSlant->\"Italic\"]\)\!\(\ -\*\nStyleBox[\"of\",\nFontSlant->\"Italic\"]\)\!\(\*\nStyleBox[\" \",\n\ -FontSlant->\"Italic\"]\)strings\!\(\*\nStyleBox[\".\",\n\ -FontSlant->\"Italic\"]\)"; - MessageName[ - TBpack`DataAnalysis`CompareElectronicBands1D, "thirdargument"] = - - "The third argument of the \!\(\*\n\ -StyleBox[\"CompareElectronicBands1D\",\nFontSlant->\"Italic\"]\)\!\(\*\n\ -StyleBox[\" \",\nFontSlant->\"Italic\"]\)must be a numeric vector."; - MessageName[ - TBpack`DataAnalysis`CompareElectronicBands1D, "fourthargument"] = - "The length of the fourth argument of the \!\(\*\n\ -StyleBox[\"CompareElectronicBands1D\",\nFontSlant->\"Italic\"]\) must be \ -equal to that one of the first argument."; - TBpack`DataAnalysis`Private`tf = MatrixQ[#, NumericQ]& ; - TBpack`DataAnalysis`Private`ts[ - Pattern[TBpack`DataAnalysis`Private`st, - Blank[]]] := - TBpack`MaTeX`MaTeX[TBpack`DataAnalysis`Private`st, FontSize -> 21]; - TBpack`DataAnalysis`Private`tss[ - Pattern[TBpack`DataAnalysis`Private`st, - Blank[]]] := - TBpack`MaTeX`MaTeX[TBpack`DataAnalysis`Private`st, FontSize -> 16]; - TBpack`DataAnalysis`Private`ls[ - Pattern[TBpack`DataAnalysis`Private`st, - Blank[]]] := - TBpack`MaTeX`MaTeX[TBpack`DataAnalysis`Private`st, FontSize -> 20]; - TBpack`DataAnalysis`Private`data2plotdata[ - Pattern[TBpack`DataAnalysis`Private`d, - Blank[]], - Pattern[TBpack`DataAnalysis`Private`nfactor, - Blank[]], - Pattern[TBpack`DataAnalysis`Private`eff, - 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TBpack`DataAnalysis`Private`tf[TBpack`DataAnalysis`Private`data], - TBpack`DataAnalysis`Private`datalist = { - TBpack`DataAnalysis`Private`data}; - TBpack`DataAnalysis`Private`plotstylelist = { - TBpack`DataAnalysis`Private`plotstyle}; - TBpack`DataAnalysis`Private`normfactorlist = { - TBpack`DataAnalysis`Private`normfactor}; - TBpack`DataAnalysis`Private`fermilevellist = { - TBpack`DataAnalysis`Private`fermilevel}, - If[ - VectorQ[ - TBpack`DataAnalysis`Private`data, - TBpack`DataAnalysis`Private`tf], - TBpack`DataAnalysis`Private`datalist = - TBpack`DataAnalysis`Private`data; - TBpack`DataAnalysis`Private`plotstylelist = - TBpack`DataAnalysis`Private`plotstyle; - TBpack`DataAnalysis`Private`normfactorlist = - TBpack`DataAnalysis`Private`normfactor; - TBpack`DataAnalysis`Private`fermilevellist = - TBpack`DataAnalysis`Private`fermilevel, - Throw[ - Message[ - MessageName[ - TBpack`DataAnalysis`CompareElectronicBands1D, - "firstargument"]]]]]; - TBpack`DataAnalysis`Private`title = TBpack`DataAnalysis`Private`tss[ - 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Part[ - TBpack`DataAnalysis`Private`plotrange, 2, 1])/( - TBpack`DataAnalysis`Private`ny - 1), 5, - TBpack`DataAnalysis`Private`MajorTickLength -> { - 0, TBpack`DataAnalysis`Private`ticklen}, - TBpack`DataAnalysis`Private`MinorTickLength -> { - 0, TBpack`DataAnalysis`Private`ticklen/2}, - TBpack`DataAnalysis`Private`TickLabelFunction -> ( - TBpack`DataAnalysis`Private`ls[ - ToString[ - Round[#]]]& )]; - TBpack`DataAnalysis`Private`xticks = - TBpack`DataAnalysis`Private`LinTicks[ - Part[TBpack`DataAnalysis`Private`plotrange, 1, 1], - Part[ - TBpack`DataAnalysis`Private`plotrange, 1, 2], ( - Part[TBpack`DataAnalysis`Private`plotrange, 1, 2] - Part[ - TBpack`DataAnalysis`Private`plotrange, 1, 1])/2, 5, - TBpack`DataAnalysis`Private`MajorTickLength -> { - 0, TBpack`DataAnalysis`Private`ticklen}, - TBpack`DataAnalysis`Private`MinorTickLength -> { - 0, TBpack`DataAnalysis`Private`ticklen/2}, - TBpack`DataAnalysis`Private`TickLabelFunction -> ( - TBpack`DataAnalysis`Private`ls[ - Switch[ - Round[#], 0, "0", 2, "\\pi/2", 3, "\\pi"]]& )]; - 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GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"], False-> - TagBox[GridBox[{ - { - ItemBox[ - PaneBox[ - StyleBox["\<\" Symbol\"\>", "InformationTitleText", - StripOnInput->False], - FrameMargins->{{4, 0}, {-1, 1}}], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationTitleBackground", - StripOnInput->False]}, - { - ItemBox[ - PaneBox[ - - StyleBox["\<\"ElectronicBands1D[\\*RowBox[{StyleBox[\\\"unitcell\\\ -\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"]}]] calculates \ -electronic energy bands for a 1D system presented by \\*StyleBox[\\\"unitcell\ -\\\",\\\"TI\\\"] and the translation vector \ -\\*StyleBox[\\\"tr\\\",\\\"TI\\\"]. \\nElectronicBands1D[\\*RowBox[{StyleBox[\ -\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \ -\\\",\\\" , StyleBox[\\\"options\\\",\\\"TI\\\"]}]] calculates electronic \ -energy bands using specified \ -options.\\nElectronicBands1D[\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"],\ - \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \ -\\\"TBModelParameters\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"list\\\",\\\"TI\\\"]}]] uses specified tight-binding model \ -parameters given as \ -\\*StyleBox[\\\"list\\\",\\\"TI\\\"].\\nElectronicBands1D[\\*RowBox[{StyleBox[\ -\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \ -\\\",\\\" , \\\"HoppingDistances\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"list\\\",\\\"TI\\\"]}]] uses specified hopping distances given \ -as \\*StyleBox[\\\"list\\\",\\\"TI\\\"].\\nElectronicBands1D[\\*RowBox[{\ -StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\ -\\\"] , \\\",\\\" , \\\"HoppingDistanceDelta\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"value\\\",\\\"TI\\\"]}]] uses specified \ -\\*StyleBox[\\\"value\\\",\\\"TI\\\"] of the largest absolute deviation of \ -the hopping distances.\\nElectronicBands1D[\\*RowBox[{StyleBox[\\\"unitcell\\\ -\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \ -\\\"Efield\\\" , \\\"\[Rule]\\\" , StyleBox[\\\"vector\\\",\\\"TI\\\"]}]] \ -uses specified external electric field set by 3 Cartesian component \ -\\*StyleBox[\\\"vector\\\",\\\"TI\\\"].\\nElectronicBands1D[\\*RowBox[{\ -StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\ -\\\"] , \\\",\\\" , \\\"Bfield\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"vector\\\",\\\"TI\\\"]}]] uses specified external magnetic field \ -set by 3 Cartesian component \ -\\*StyleBox[\\\"vector\\\",\\\"TI\\\"].\\nElectronicBands1D[\\*RowBox[{\ -StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\ -\\\"] , \\\",\\\" , \\\"NumberOfKpoints\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"value\\\",\\\"TI\\\"]}]] uses specified by \\*StyleBox[\\\"value\ -\\\",\\\"TI\\\"] the number of \\*StyleBox[\\\"k\\\",\\\"TI\\\"]-points in a \ -uniform grid of 1D reciprocal space.\\nElectronicBands1D[\\*RowBox[{StyleBox[\ -\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \ -\\\",\\\" , \\\"EigenVectors\\\" , \\\"\[Rule]\\\" , StyleBox[\\\"True\\\",\\\ -\"TI\\\"]}]] returns a list of electronic energy bands, eigenvectors and \ -velocity matrix \ -elements.\\nElectronicBands1D[\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"]\ -, \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \ -\\\"ParallelEvaluation\\\" , \\\"\[Rule]\\\" , StyleBox[\\\"True\\\",\\\"TI\\\ -\"]}]] calculates in parallel for different \ -\\*StyleBox[\\\"k\\\",\\\"TI\\\"]-points.\\nElectronicBands1D[\\*RowBox[{\ -StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\ -\\\"] , \\\",\\\" , \\\"RelaxGeometry\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"True\\\",\\\"TI\\\"], \\\",\\\" , \ -\\\"Path2OptimizationProgramm\\\" , \\\"\[Rule]\\\" , \\\"{\\\", \ -StyleBox[\\\"integer\\\",\\\"TI\\\"], \\\",\\\" , \ -StyleBox[\\\"path\\\",\\\"TI\\\"] , \\\"}\\\"}]] uses the geometry \ -optimization of the unit cell by the programm set by \\*StyleBox[\\\"number\\\ -\",\\\"TI\\\"] and located at \ -\\*StyleBox[\\\"path\\\",\\\"TI\\\"].\\nElectronicBands1D[\\*RowBox[{StyleBox[\ -\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \ -\\\",\\\" , \\\"Path2Save\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"path\\\",\\\"TI\\\"]}]] saves the results of the calculation in \ -a file located at \\*StyleBox[\\\"path\\\",\\\"TI\\\"].\"\>", - 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Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"]}, Dynamic[System`InformationDump`open$$], - BaselinePosition->Baseline, - FrameMargins->0, - ImageSize->Automatic], - DynamicModuleValues:>{}], - BaseStyle->"InformationGridFrame", - StripOnInput->False], "InformationGridPlain", - StripOnInput->False], - InformationData[ - Association[ - "ObjectType" -> "Symbol", "Usage" -> - "PlotElectronicBands1D[\!\(\*StyleBox[\"bands\",\"TI\"]\)] plots the \ -energy bands based on \*StyleBox[\"ListLinePlot\",\"TI\"].", "Documentation" -> - None, "OwnValues" -> None, "UpValues" -> None, "DownValues" -> - Information`InformationValueForm[ - DownValues, TBpack`DataAnalysis`PlotElectronicBands1D, { - TBpack`DataAnalysis`PlotElectronicBands1D[ - Pattern[TBpack`DataAnalysis`Private`bands, - Blank[]], - Pattern[TBpack`DataAnalysis`Private`fermilevel, - Blank[]], - Pattern[TBpack`DataAnalysis`Private`knormfactor, - Blank[]], - OptionsPattern[]] :> Catch[ - Module[{ - TBpack`DataAnalysis`Private`labels = - OptionValue[TBpack`DataAnalysis`Labels], - TBpack`DataAnalysis`Private`rflag = - OptionValue[TBpack`DataAnalysis`PlotAppearance], - TBpack`DataAnalysis`Private`plotrange = OptionValue[PlotRange], - TBpack`DataAnalysis`Private`plotstyle = OptionValue[PlotStyle], - TBpack`DataAnalysis`Private`datalist, - TBpack`DataAnalysis`Private`plotstylelist, - TBpack`DataAnalysis`Private`knormfactorlist, - TBpack`DataAnalysis`Private`fermilevellist, - TBpack`DataAnalysis`Private`blen, - TBpack`DataAnalysis`Private`yticks, - TBpack`DataAnalysis`Private`xticks, - TBpack`DataAnalysis`Private`fticks, - TBpack`DataAnalysis`Private`title, - TBpack`DataAnalysis`Private`axeslabels, - TBpack`DataAnalysis`Private`len, TBpack`DataAnalysis`Private`p, - TBpack`DataAnalysis`Private`tQ, TBpack`DataAnalysis`Private`tf, - TBpack`DataAnalysis`Private`colorQ, TBpack`DataAnalysis`Private`ts, - TBpack`DataAnalysis`Private`tss, TBpack`DataAnalysis`Private`ls, - TBpack`DataAnalysis`Private`data2plotdata, - TBpack`DataAnalysis`Private`lbfun}, - TBpack`DataAnalysis`Private`tf = MatrixQ[#, NumericQ]& ; - TBpack`DataAnalysis`Private`colorQ = Or[ - MatchQ[#, - RGBColor[ - Blank[], - Blank[], - Blank[]]], - MatchQ[#, - GrayLevel[ - Blank[]]]]& ; If[ - TBpack`DataAnalysis`Private`tf[TBpack`DataAnalysis`Private`bands], - TBpack`DataAnalysis`Private`datalist = { - TBpack`DataAnalysis`Private`bands}; - TBpack`DataAnalysis`Private`blen = 1, - If[ - VectorQ[ - TBpack`DataAnalysis`Private`bands, - TBpack`DataAnalysis`Private`tf], - TBpack`DataAnalysis`Private`datalist = - TBpack`DataAnalysis`Private`bands; - TBpack`DataAnalysis`Private`blen = - Length[TBpack`DataAnalysis`Private`bands], - Message[ - MessageName[TBpack`DataAnalysis`PlotElectronicBands1D, "farg"]], - Throw[$Failed]]]; - If[Length[TBpack`DataAnalysis`Private`fermilevel] == 0, - If[ - NumberQ[TBpack`DataAnalysis`Private`fermilevel], - TBpack`DataAnalysis`Private`fermilevellist = { - TBpack`DataAnalysis`Private`fermilevel}, Message[ - MessageName[ - TBpack`DataAnalysis`PlotElectronicBands1D, "notanumber"], - TBpack`DataAnalysis`Private`fermilevel]; Throw[$Failed]], - TBpack`DataAnalysis`Private`fermilevellist = - TBpack`DataAnalysis`Private`fermilevel]; - If[Length[TBpack`DataAnalysis`Private`knormfactor] == 0, - If[ - NumberQ[TBpack`DataAnalysis`Private`knormfactor], - TBpack`DataAnalysis`Private`knormfactorlist = { - TBpack`DataAnalysis`Private`knormfactor}, Message[ - MessageName[ - TBpack`DataAnalysis`PlotElectronicBands1D, "notanumber"], - TBpack`DataAnalysis`Private`knormfactor]; Throw[$Failed]], - TBpack`DataAnalysis`Private`knormfactorlist = - TBpack`DataAnalysis`Private`knormfactor]; - If[TBpack`DataAnalysis`Private`plotstyle === Automatic, - If[ - TBpack`DataAnalysis`Private`blen <= 10, - TBpack`DataAnalysis`Private`plotstylelist = Table[ - Directive[ - Part[{ - Dashing[1], - Dashing[0.05], - Dashing[{0.025, 0.01, 0.01, 0.01}]}, - Mod[TBpack`DataAnalysis`Private`i, 3, 1]], - Part[ - TBpack`DataAnalysis`TBpackPallete, - TBpack`DataAnalysis`Private`i]], { - TBpack`DataAnalysis`Private`i, - TBpack`DataAnalysis`Private`blen}], Message[ - MessageName[ - TBpack`DataAnalysis`PlotElectronicBands1D, "psoptnocolors"]]; - Throw[$Failed]]]; If[ - TBpack`DataAnalysis`Private`colorQ[ - TBpack`DataAnalysis`Private`plotstyle], - TBpack`DataAnalysis`Private`plotstylelist = { - TBpack`DataAnalysis`Private`plotstyle}, Message[ - MessageName[ - TBpack`DataAnalysis`PlotElectronicBands1D, "psoptnotcolor"]]; - Throw[$Failed]]; If[ - Not[ - TBpack`DataAnalysis`Private`blen == - Length[TBpack`DataAnalysis`Private`fermilevel] == - Length[TBpack`DataAnalysis`Private`knormfactor] == - Length[TBpack`DataAnalysis`Private`plotstylelist]], Message[ - MessageName[ - TBpack`DataAnalysis`PlotElectronicBands1D, "arguments"]]; - Throw[$Failed]]; - If[Part[TBpack`DataAnalysis`Private`labels, 3] === Automatic, - Part[TBpack`DataAnalysis`Private`labels, 3] = - Range[TBpack`DataAnalysis`Private`blen], - If[ - Not[Length[ - Part[TBpack`DataAnalysis`Private`labels, 3]] == - TBpack`DataAnalysis`Private`blen], Message[ - MessageName[ - TBpack`DataAnalysis`PlotElectronicBands1D, "legendlbls"]]; - Throw[$Failed]]]; If[ - Or[ - Part[TBpack`DataAnalysis`Private`labels, 1] === "", - Part[TBpack`DataAnalysis`Private`labels, 1] === Null, - Part[TBpack`DataAnalysis`Private`labels, 1] === None], - TBpack`DataAnalysis`Private`tQ = True, - TBpack`DataAnalysis`Private`tQ = False]; - TBpack`DataAnalysis`Private`ts[ - Pattern[TBpack`DataAnalysis`Private`st, - Blank[]]] := - TBpack`MaTeX`MaTeX[TBpack`DataAnalysis`Private`st, FontSize -> 21]; - TBpack`DataAnalysis`Private`tss[ - Pattern[TBpack`DataAnalysis`Private`st, - Blank[]]] := - TBpack`MaTeX`MaTeX[TBpack`DataAnalysis`Private`st, FontSize -> 16]; - TBpack`DataAnalysis`Private`ls[ - Pattern[TBpack`DataAnalysis`Private`st, - Blank[]]] := - TBpack`MaTeX`MaTeX[TBpack`DataAnalysis`Private`st, FontSize -> 20]; - TBpack`DataAnalysis`Private`data2plotdata[ - Pattern[TBpack`DataAnalysis`Private`d, - Blank[]], - Pattern[TBpack`DataAnalysis`Private`eff, - Blank[]], - Pattern[TBpack`DataAnalysis`Private`nfactor, - Blank[]]] := - Module[{TBpack`DataAnalysis`Private`ed, - TBpack`DataAnalysis`Private`kd, - TBpack`DataAnalysis`Private`dim}, - TBpack`DataAnalysis`Private`ed = - Map[# - TBpack`DataAnalysis`Private`eff& , - Most[TBpack`DataAnalysis`Private`d], {2}]; - TBpack`DataAnalysis`Private`kd = - Last[TBpack`DataAnalysis`Private`d]; - TBpack`DataAnalysis`Private`dim = - Dimensions[TBpack`DataAnalysis`Private`ed]; - Table[{TBpack`DataAnalysis`Private`nfactor - Part[TBpack`DataAnalysis`Private`kd, - TBpack`DataAnalysis`Private`j], - Part[ - TBpack`DataAnalysis`Private`ed, TBpack`DataAnalysis`Private`i, - TBpack`DataAnalysis`Private`j]}, { - TBpack`DataAnalysis`Private`i, 1, - Part[TBpack`DataAnalysis`Private`dim, 1]}, { - TBpack`DataAnalysis`Private`j, 1, - Part[TBpack`DataAnalysis`Private`dim, 2]}]]; - TBpack`DataAnalysis`Private`lbfun = Labeled[#, - LineLegend[TBpack`DataAnalysis`Private`plotstyle, - Map[TBpack`DataAnalysis`Private`ls, - Part[TBpack`DataAnalysis`Private`labels, 3]]], Right]& ; - TBpack`DataAnalysis`Private`title = If[ - Not[TBpack`DataAnalysis`Private`tQ], - TBpack`DataAnalysis`Private`tss[ - Part[TBpack`DataAnalysis`Private`labels, 1]]]; - TBpack`DataAnalysis`Private`axeslabels = - Switch[TBpack`DataAnalysis`Private`rflag, 1, { - TBpack`DataAnalysis`Private`ls[ - Part[TBpack`DataAnalysis`Private`labels, 2, 1]], - TBpack`DataAnalysis`Private`ls[ - Part[TBpack`DataAnalysis`Private`labels, 2, 2]]}, 2, { - TBpack`DataAnalysis`Private`ls[ - Part[TBpack`DataAnalysis`Private`labels, 2, 1]], - TBpack`DataAnalysis`Private`ls[ - Part[TBpack`DataAnalysis`Private`labels, 2, 2]]}, 3, { - TBpack`DataAnalysis`Private`ls[ - Part[TBpack`DataAnalysis`Private`labels, 2, 1]], None}, 4, { - TBpack`DataAnalysis`Private`ls[ - Part[TBpack`DataAnalysis`Private`labels, 2, 1]], None}]; - TBpack`DataAnalysis`Private`yticks = TBpack`CustomTicks`LinTicks; - TBpack`DataAnalysis`Private`xticks = TBpack`CustomTicks`LinTicks; - TBpack`DataAnalysis`Private`fticks = { - Switch[ - TBpack`DataAnalysis`Private`rflag, 1, { - TBpack`DataAnalysis`Private`yticks, None}, 2, { - TBpack`DataAnalysis`Private`yticks, None}, 3, { - Map[{ - Part[#, 1], "", - Part[#, 3], - Part[#, 4]}& , TBpack`DataAnalysis`Private`yticks], None}, - 4, { - Map[{ - Part[#, 1], "", - Part[#, 3], - Part[#, 4]}& , TBpack`DataAnalysis`Private`yticks], None}], { - TBpack`DataAnalysis`Private`xticks, None}}; - TBpack`DataAnalysis`Private`len = - Map[Length, TBpack`DataAnalysis`Private`datalist]; - TBpack`DataAnalysis`Private`p = ListLinePlot[ - Flatten[ - MapThread[ - TBpack`DataAnalysis`Private`data2plotdata, { - TBpack`DataAnalysis`Private`datalist, - TBpack`DataAnalysis`Private`fermilevellist, - TBpack`DataAnalysis`Private`knormfactorlist}], 1], PlotStyle -> - 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DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0, 1, 1], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[ - 0.8738063654339829, 0.5624850137259609, 0.03917956167261294], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.5825375769559886, 0.3749900091506406, 0.026119707781741962`], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.8738063654339829`", ",", "0.5624850137259609`", ",", - "0.03917956167261294`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[ - 0.8738063654339829, 0.5624850137259609, 0.03917956167261294]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.8738063654339829, 0.5624850137259609, 0.03917956167261294], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[ - 0.12619363456601707`, 0.43751498627403906`, 0.9608204383273871], - RectangleBox[{0, -1}, {2, 1}]}}, - 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FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.12619363456601707`, 0.43751498627403906`, 0.9608204383273871], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[0.8439079900024566, 0.3445418478490483, 0.8709555478667004], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.5626053266683044, 0.22969456523269888`, 0.5806370319111336], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.8439079900024566`", ",", "0.3445418478490483`", ",", - 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FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.15609200999754336`, 0.6554581521509517, 0.12904445213329963`], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[ - 0.022999318091469156`, 0.4213913494203896, 0.49057419000523383`], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.015332878727646104`, 0.2809275662802597, 0.3270494600034892], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.022999318091469156`", ",", "0.4213913494203896`", ",", - "0.49057419000523383`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[ - 0.022999318091469156`, 0.4213913494203896, 0.49057419000523383`]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.022999318091469156`, 0.4213913494203896, 0.49057419000523383`], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[0.9770006819085308, 0.5786086505796104, 0.5094258099947662], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.6513337879390206, 0.38573910038640696`, 0.33961720666317746`], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.9770006819085308`", ",", "0.5786086505796104`", ",", - "0.5094258099947662`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[0.9770006819085308, 0.5786086505796104, 0.5094258099947662]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.9770006819085308, 0.5786086505796104, 0.5094258099947662], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[ - 0.21151508704203614`, 0.997254589585209, 0.8216256808736591], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.1410100580280241, 0.664836393056806, 0.5477504539157727], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.21151508704203614`", ",", "0.997254589585209`", ",", - "0.8216256808736591`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[ - 0.21151508704203614`, 0.997254589585209, 0.8216256808736591]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.21151508704203614`, 0.997254589585209, 0.8216256808736591], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[ - 0.7884849129579639, 0.0027454104147910385`, 0.17837431912634094`], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.5256566086386426, 0.0018302736098606924`, 0.11891621275089397`], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.7884849129579639`", ",", "0.0027454104147910385`", ",", - "0.17837431912634094`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[ - 0.7884849129579639, 0.0027454104147910385`, 0.17837431912634094`]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.7884849129579639, 0.0027454104147910385`, 0.17837431912634094`], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[ - 0.15393809068765307`, 0.6080514897178178, 0.769917899734071], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.10262539379176872`, 0.4053676598118785, 0.5132785998227141], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.15393809068765307`", ",", "0.6080514897178178`", ",", - "0.769917899734071`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[ - 0.15393809068765307`, 0.6080514897178178, 0.769917899734071]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.15393809068765307`, 0.6080514897178178, 0.769917899734071], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[ - 0.8460619093123469, 0.39194851028218225`, 0.230082100265929], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.564041272874898, 0.2612990068547882, 0.15338806684395268`], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.8460619093123469`", ",", "0.39194851028218225`", ",", - "0.230082100265929`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[ - 0.8460619093123469, 0.39194851028218225`, 0.230082100265929]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.8460619093123469, 0.39194851028218225`, 0.230082100265929], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[ - 0.17918320696358903`, 0.7240527778450174, 0.4180884288123865], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.11945547130905936`, 0.4827018518966783, 0.27872561920825767`], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.17918320696358903`", ",", "0.7240527778450174`", ",", - "0.4180884288123865`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[ - 0.17918320696358903`, 0.7240527778450174, 0.4180884288123865]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.17918320696358903`, 0.7240527778450174, 0.4180884288123865], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[0.820816793036411, 0.2759472221549826, 0.5819115711876135], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.5472111953576073, 0.18396481476998838`, 0.387941047458409], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.820816793036411`", ",", "0.2759472221549826`", ",", - "0.5819115711876135`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[0.820816793036411, 0.2759472221549826, 0.5819115711876135]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - 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Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[ - 0.6707071468483097, 0.44203504957093864`, 0.9171534587157728]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.6707071468483097, 0.44203504957093864`, 0.9171534587157728], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - 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FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[ - 0.20122272960265764`, 0.514563157037704, 0.6301556772773573]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.20122272960265764`, 0.514563157037704, 0.6301556772773573], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[ - 0.46878487836998484`, 0.19144129094143936`, 0.3145602144398747], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 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Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[0.5312151216300152, 0.8085587090585606, 0.6854397855601253]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.5312151216300152, 0.8085587090585606, 0.6854397855601253], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[ - 0.016853558516063183`, 0.708205800078844, 0.7156647691601541], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.011235705677375456`, 0.4721372000525627, 0.47710984610676943`], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.016853558516063183`", ",", "0.708205800078844`", ",", - "0.7156647691601541`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[ - 0.016853558516063183`, 0.708205800078844, 0.7156647691601541]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.016853558516063183`, 0.708205800078844, 0.7156647691601541], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[ - 0.9831464414839368, 0.29179419992115596`, 0.2843352308398459], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.6554309609892912, 0.19452946661410397`, 0.18955682055989728`], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.9831464414839368`", ",", "0.29179419992115596`", ",", - "0.2843352308398459`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[ - 0.9831464414839368, 0.29179419992115596`, 0.2843352308398459]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.9831464414839368, 0.29179419992115596`, 0.2843352308398459], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[0.4817061965640388, 0.5487355628653816, 0.4739394272812405], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.32113746437602586`, 0.3658237085769211, 0.3159596181874937], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.4817061965640388`", ",", "0.5487355628653816`", ",", - "0.4739394272812405`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[0.4817061965640388, 0.5487355628653816, 0.4739394272812405]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.4817061965640388, 0.5487355628653816, 0.4739394272812405], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[0.5182938034359612, 0.4512644371346184, 0.5260605727187595], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.3455292022906408, 0.3008429580897456, 0.350707048479173], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.5182938034359612`", ",", "0.4512644371346184`", ",", - "0.5260605727187595`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[0.5182938034359612, 0.4512644371346184, 0.5260605727187595]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.5182938034359612, 0.4512644371346184, 0.5260605727187595], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[ - 0.041165410360224586`, 0.43848941985179923`, 0.7426131682827828], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.02744360690681639, 0.2923262799011995, 0.49507544552185523`], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.041165410360224586`", ",", "0.43848941985179923`", ",", - "0.7426131682827828`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[ - 0.041165410360224586`, 0.43848941985179923`, 0.7426131682827828]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.041165410360224586`, 0.43848941985179923`, 0.7426131682827828], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[0.9588345896397754, 0.5615105801482008, 0.2573868317172172], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.6392230597598503, 0.3743403867654672, 0.17159122114481148`], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.9588345896397754`", ",", "0.5615105801482008`", ",", - "0.2573868317172172`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[0.9588345896397754, 0.5615105801482008, 0.2573868317172172]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.9588345896397754, 0.5615105801482008, 0.2573868317172172], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[0.4289817405909371, 0.1705500193826619, 0.7190293185318721], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.28598782706062476`, 0.1137000129217746, 0.4793528790212481], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.4289817405909371`", ",", "0.1705500193826619`", ",", - "0.7190293185318721`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[0.4289817405909371, 0.1705500193826619, 0.7190293185318721]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.4289817405909371, 0.1705500193826619, 0.7190293185318721], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - 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ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[ - 0.6719659393256536, 0.27033459954721106`, 0.030155232653297226`]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.6719659393256536, 0.27033459954721106`, 0.030155232653297226`], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[0.9960161380805277, 0.4322141688521217, 0.9007758730529092], - 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FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.9960161380805277, 0.4322141688521217, 0.9007758730529092], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[ - 0.003983861919472309, 0.5677858311478783, 0.09922412694709082], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.0026559079463148727`, 0.3785238874319189, 0.06614941796472722], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.003983861919472309`", ",", "0.5677858311478783`", ",", - "0.09922412694709082`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[ - 0.003983861919472309, 0.5677858311478783, 0.09922412694709082]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.003983861919472309, 0.5677858311478783, 0.09922412694709082], - Editable->False, - Selectable->False], ",", - 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FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.7958129262587437`", ",", "0.27108002590354174`", ",", - "0.289536149811346`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[ - 0.7958129262587437, 0.27108002590354174`, 0.289536149811346]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.7958129262587437, 0.27108002590354174`, 0.289536149811346], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[ - 0.18771192341810283`, 0.3826800395730954, 0.08870066769238383], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.12514128227873522`, 0.2551200263820636, 0.05913377846158922], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.18771192341810283`", ",", "0.3826800395730954`", ",", - "0.08870066769238383`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[ - 0.18771192341810283`, 0.3826800395730954, 0.08870066769238383]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.18771192341810283`, 0.3826800395730954, 0.08870066769238383], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[0.8122880765818972, 0.6173199604269046, 0.9112993323076162], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.5415253843879315, 0.4115466402846031, 0.6075328882050774], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.8122880765818972`", ",", "0.6173199604269046`", ",", - "0.9112993323076162`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[0.8122880765818972, 0.6173199604269046, 0.9112993323076162]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.8122880765818972, 0.6173199604269046, 0.9112993323076162], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[ - 0.0017006868060891467`, 0.45267381388860883`, 0.14233349891724356`], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.0011337912040594311`, 0.3017825425924059, 0.09488899927816238], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - 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ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[ - 0.4786841280284968, 0.38724338203267106`, 0.2386488566164302]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.4786841280284968, 0.38724338203267106`, 0.2386488566164302], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[ - 0.813054301860644, 0.29831779306556894`, 0.9399074570012265], - 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RowBox[{"RGBColor", "[", - RowBox[{"0", ",", "1", ",", "1"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = RGBColor[0, 1, 1]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0, 1, 1], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - 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Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[ - 0.022999318091469156`, 0.4213913494203896, 0.49057419000523383`]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.022999318091469156`, 0.4213913494203896, 0.49057419000523383`], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - 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MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.9770006819085308, 0.5786086505796104, 0.5094258099947662], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[ - 0.21151508704203614`, 0.997254589585209, 0.8216256808736591], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.1410100580280241, 0.664836393056806, 0.5477504539157727], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.21151508704203614`", ",", "0.997254589585209`", ",", - "0.8216256808736591`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[ - 0.21151508704203614`, 0.997254589585209, 0.8216256808736591]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.21151508704203614`, 0.997254589585209, 0.8216256808736591], - Editable->False, - 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FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[ - 0.7884849129579639, 0.0027454104147910385`, 0.17837431912634094`]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.7884849129579639, 0.0027454104147910385`, 0.17837431912634094`], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[ - 0.15393809068765307`, 0.6080514897178178, 0.769917899734071], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.10262539379176872`, 0.4053676598118785, 0.5132785998227141], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.15393809068765307`", ",", "0.6080514897178178`", ",", - "0.769917899734071`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[ - 0.15393809068765307`, 0.6080514897178178, 0.769917899734071]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.15393809068765307`, 0.6080514897178178, 0.769917899734071], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[ - 0.8460619093123469, 0.39194851028218225`, 0.230082100265929], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.564041272874898, 0.2612990068547882, 0.15338806684395268`], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.8460619093123469`", ",", "0.39194851028218225`", ",", - "0.230082100265929`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[ - 0.8460619093123469, 0.39194851028218225`, 0.230082100265929]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.8460619093123469, 0.39194851028218225`, 0.230082100265929], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[ - 0.17918320696358903`, 0.7240527778450174, 0.4180884288123865], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.11945547130905936`, 0.4827018518966783, 0.27872561920825767`], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.17918320696358903`", ",", "0.7240527778450174`", ",", - "0.4180884288123865`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[ - 0.17918320696358903`, 0.7240527778450174, 0.4180884288123865]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.17918320696358903`, 0.7240527778450174, 0.4180884288123865], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[0.820816793036411, 0.2759472221549826, 0.5819115711876135], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.5472111953576073, 0.18396481476998838`, 0.387941047458409], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.820816793036411`", ",", "0.2759472221549826`", ",", - "0.5819115711876135`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[0.820816793036411, 0.2759472221549826, 0.5819115711876135]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.820816793036411, 0.2759472221549826, 0.5819115711876135], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[ - 0.6707071468483097, 0.44203504957093864`, 0.9171534587157728], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.44713809789887315`, 0.29469003304729247`, 0.6114356391438486], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.6707071468483097`", ",", "0.44203504957093864`", ",", - "0.9171534587157728`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[ - 0.6707071468483097, 0.44203504957093864`, 0.9171534587157728]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.6707071468483097, 0.44203504957093864`, 0.9171534587157728], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[0.3292928531516903, 0.5579649504290614, 0.0828465412842272], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.21952856876779356`, 0.3719766336193743, 0.05523102752281813], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.3292928531516903`", ",", "0.5579649504290614`", ",", - "0.0828465412842272`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[0.3292928531516903, 0.5579649504290614, 0.0828465412842272]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.3292928531516903, 0.5579649504290614, 0.0828465412842272], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[ - 0.7987772703973424, 0.48543684296229594`, 0.36984432272264267`], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.532518180264895, 0.323624561974864, 0.24656288181509511`], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.7987772703973424`", ",", "0.48543684296229594`", ",", - "0.36984432272264267`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[ - 0.7987772703973424, 0.48543684296229594`, 0.36984432272264267`]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.7987772703973424, 0.48543684296229594`, 0.36984432272264267`], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[ - 0.20122272960265764`, 0.514563157037704, 0.6301556772773573], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.13414848640177177`, 0.34304210469180274`, 0.42010378485157157`], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.20122272960265764`", ",", "0.514563157037704`", ",", - "0.6301556772773573`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[ - 0.20122272960265764`, 0.514563157037704, 0.6301556772773573]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.20122272960265764`, 0.514563157037704, 0.6301556772773573], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[ - 0.46878487836998484`, 0.19144129094143936`, 0.3145602144398747], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.31252325224665656`, 0.12762752729429291`, 0.20970680962658314`], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.46878487836998484`", ",", "0.19144129094143936`", ",", - "0.3145602144398747`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[ - 0.46878487836998484`, 0.19144129094143936`, 0.3145602144398747]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.46878487836998484`, 0.19144129094143936`, 0.3145602144398747], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[0.5312151216300152, 0.8085587090585606, 0.6854397855601253], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.3541434144200101, 0.5390391393723738, 0.4569598570400836], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.5312151216300152`", ",", "0.8085587090585606`", ",", - "0.6854397855601253`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[0.5312151216300152, 0.8085587090585606, 0.6854397855601253]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.5312151216300152, 0.8085587090585606, 0.6854397855601253], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[ - 0.016853558516063183`, 0.708205800078844, 0.7156647691601541], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.011235705677375456`, 0.4721372000525627, 0.47710984610676943`], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.016853558516063183`", ",", "0.708205800078844`", ",", - "0.7156647691601541`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[ - 0.016853558516063183`, 0.708205800078844, 0.7156647691601541]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.016853558516063183`, 0.708205800078844, 0.7156647691601541], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[ - 0.9831464414839368, 0.29179419992115596`, 0.2843352308398459], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.6554309609892912, 0.19452946661410397`, 0.18955682055989728`], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.9831464414839368`", ",", "0.29179419992115596`", ",", - "0.2843352308398459`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[ - 0.9831464414839368, 0.29179419992115596`, 0.2843352308398459]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.9831464414839368, 0.29179419992115596`, 0.2843352308398459], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[0.4817061965640388, 0.5487355628653816, 0.4739394272812405], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.32113746437602586`, 0.3658237085769211, 0.3159596181874937], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.4817061965640388`", ",", "0.5487355628653816`", ",", - "0.4739394272812405`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[0.4817061965640388, 0.5487355628653816, 0.4739394272812405]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.4817061965640388, 0.5487355628653816, 0.4739394272812405], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[0.5182938034359612, 0.4512644371346184, 0.5260605727187595], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.3455292022906408, 0.3008429580897456, 0.350707048479173], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.5182938034359612`", ",", "0.4512644371346184`", ",", - "0.5260605727187595`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[0.5182938034359612, 0.4512644371346184, 0.5260605727187595]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.5182938034359612, 0.4512644371346184, 0.5260605727187595], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[ - 0.041165410360224586`, 0.43848941985179923`, 0.7426131682827828], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.02744360690681639, 0.2923262799011995, 0.49507544552185523`], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.041165410360224586`", ",", "0.43848941985179923`", ",", - "0.7426131682827828`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[ - 0.041165410360224586`, 0.43848941985179923`, 0.7426131682827828]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.041165410360224586`, 0.43848941985179923`, 0.7426131682827828], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[0.9588345896397754, 0.5615105801482008, 0.2573868317172172], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.6392230597598503, 0.3743403867654672, 0.17159122114481148`], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.9588345896397754`", ",", "0.5615105801482008`", ",", - "0.2573868317172172`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[0.9588345896397754, 0.5615105801482008, 0.2573868317172172]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.9588345896397754, 0.5615105801482008, 0.2573868317172172], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[0.4289817405909371, 0.1705500193826619, 0.7190293185318721], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.28598782706062476`, 0.1137000129217746, 0.4793528790212481], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.4289817405909371`", ",", "0.1705500193826619`", ",", - "0.7190293185318721`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[0.4289817405909371, 0.1705500193826619, 0.7190293185318721]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.4289817405909371, 0.1705500193826619, 0.7190293185318721], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[ - 0.5710182594090629, 0.8294499806173381, 0.28097068146812787`], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.380678839606042, 0.5529666537448921, 0.1873137876454186], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.5710182594090629`", ",", "0.8294499806173381`", ",", - "0.28097068146812787`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[ - 0.5710182594090629, 0.8294499806173381, 0.28097068146812787`]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.5710182594090629, 0.8294499806173381, 0.28097068146812787`], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[0.3280340606743464, 0.7296654004527889, 0.9698447673467028], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.2186893737828976, 0.4864436003018593, 0.6465631782311352], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.3280340606743464`", ",", "0.7296654004527889`", ",", - "0.9698447673467028`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[0.3280340606743464, 0.7296654004527889, 0.9698447673467028]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.3280340606743464, 0.7296654004527889, 0.9698447673467028], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[ - 0.6719659393256536, 0.27033459954721106`, 0.030155232653297226`], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.4479772928837691, 0.1802230663648074, 0.020103488435531485`], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.6719659393256536`", ",", "0.27033459954721106`", ",", - "0.030155232653297226`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[ - 0.6719659393256536, 0.27033459954721106`, 0.030155232653297226`]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.6719659393256536, 0.27033459954721106`, 0.030155232653297226`], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[0.9960161380805277, 0.4322141688521217, 0.9007758730529092], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.6640107587203519, 0.28814277923474785`, 0.6005172487019395], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.9960161380805277`", ",", "0.4322141688521217`", ",", - "0.9007758730529092`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[0.9960161380805277, 0.4322141688521217, 0.9007758730529092]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.9960161380805277, 0.4322141688521217, 0.9007758730529092], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[ - 0.003983861919472309, 0.5677858311478783, 0.09922412694709082], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.0026559079463148727`, 0.3785238874319189, 0.06614941796472722], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.003983861919472309`", ",", "0.5677858311478783`", ",", - "0.09922412694709082`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[ - 0.003983861919472309, 0.5677858311478783, 0.09922412694709082]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.003983861919472309, 0.5677858311478783, 0.09922412694709082], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[ - 0.20418707374125633`, 0.7289199740964583, 0.710463850188654], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.13612471582750424`, 0.4859466493976389, 0.473642566792436], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.20418707374125633`", ",", "0.7289199740964583`", ",", - "0.710463850188654`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[ - 0.20418707374125633`, 0.7289199740964583, 0.710463850188654]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.20418707374125633`, 0.7289199740964583, 0.710463850188654], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[ - 0.7958129262587437, 0.27108002590354174`, 0.289536149811346], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.5305419508391624, 0.18072001726902784`, 0.1930240998742307], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.7958129262587437`", ",", "0.27108002590354174`", ",", - "0.289536149811346`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[ - 0.7958129262587437, 0.27108002590354174`, 0.289536149811346]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.7958129262587437, 0.27108002590354174`, 0.289536149811346], - Editable->False, - Selectable->False], ",", - 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ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[ - 0.0017006868060891467`, 0.45267381388860883`, 0.14233349891724356`]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[ - 0.0017006868060891467`, 0.45267381388860883`, 0.14233349891724356`], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[0.9982993131939109, 0.5473261861113912, 0.8576665010827564], - 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FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.4786841280284968, 0.38724338203267106`, 0.2386488566164302], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[ - 0.813054301860644, 0.29831779306556894`, 0.9399074570012265], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.5420362012404294, 0.1988785287103793, 0.626604971334151], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - 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FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[ - 0.18694569813935602`, 0.7016822069344311, 0.060092542998773535`]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.18694569813935602`, 0.7016822069344311, 0.060092542998773535`], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[ - 0.4589564871270131, 0.5546808631165385, 0.12820080653194732`], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 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"SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.4589564871270131, 0.5546808631165385, 0.12820080653194732`], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[0.5410435128729869, 0.4453191368834615, 0.8717991934680527], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.360695675248658, 0.2968794245889743, 0.5811994623120351], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.5410435128729869`", ",", "0.4453191368834615`", ",", - "0.8717991934680527`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[0.5410435128729869, 0.4453191368834615, 0.8717991934680527]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.5410435128729869, 0.4453191368834615, 0.8717991934680527], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - 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FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.17506596626165272`, 0.8628183573336605, 0.506748226605009], - Editable->False, - Selectable->False], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], RectangleBox[{0, 0}]}, - {GrayLevel[0], RectangleBox[{1, -1}]}, - {RGBColor[ - 0.8249340337383473, 0.13718164266633948`, 0.49325177339499104`], - RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->RGBColor[ - 0.5499560224922315, 0.09145442844422633, 0.3288345155966607], - FrameTicks->None, - ImageSize-> - Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/AbsoluteCurrentValue[ - Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"RGBColor", "[", - RowBox[{ - "0.8249340337383473`", ",", "0.13718164266633948`", ",", - "0.49325177339499104`"}], "]"}], NumberMarks -> False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[ - 0.8249340337383473, 0.13718164266633948`, 0.49325177339499104`]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], {0, {Left, Bottom}}, { - Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[0.8249340337383473, 0.13718164266633948`, 0.49325177339499104`], - 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DefaultBaseStyle->"Column", - GridBoxAlignment->{"Columns" -> {{Left}}}, - GridBoxDividers->{"Columns" -> {{False}}, "Rows" -> {{False}}}, - - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}, - GridBoxSpacings->{"Columns" -> { - Offset[0.27999999999999997`], { - Offset[0.5599999999999999]}, - Offset[0.27999999999999997`]}, "Rows" -> { - Offset[0.2], { - Offset[3.6]}, - Offset[0.2]}}], - FrameMargins->6], ""}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "UpPointerOpener"]], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "UpPointerOpenerHot"]]}, Dynamic[ - System`InformationDump`mouseOver$$]], - Alignment->Left, - Appearance->{"Default" -> None}, - - ButtonFunction:>FEPrivate`Set[ - System`InformationDump`open$$, False], - Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - - EventHandlerTag[{ - "MouseEntered" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, True], - "MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"], False-> - TagBox[GridBox[{ - { - ItemBox[ - PaneBox[ - StyleBox["\<\" Symbol\"\>", "InformationTitleText", - StripOnInput->False], - FrameMargins->{{4, 0}, {-1, 1}}], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationTitleBackground", - StripOnInput->False]}, - { - ItemBox[ - PaneBox[ - - StyleBox["\<\"PlotElectronicBands1D[\\!\\(\\*StyleBox[\\\"bands\\\ -\",\\\"TI\\\"]\\)] plots the energy bands based on \ -\\*StyleBox[\\\"ListLinePlot\\\",\\\"TI\\\"].\"\>", "InformationUsageText", - StripOnInput->False, - LineSpacing->{1.5, 1.5, 3.}], - FrameMargins->{{10, 10}, {8, 10}}], - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False]}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpener"], - ImageSizeCache->{13., {3., 10.}}], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpenerHot"], - ImageSizeCache->{13., {3., 10.}}]}, Dynamic[ - System`InformationDump`mouseOver$$]], - Alignment->Left, - Appearance->{"Default" -> None}, - - ButtonFunction:>FEPrivate`Set[ - System`InformationDump`open$$, True], - Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - - EventHandlerTag[{ - "MouseEntered" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, True], - "MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"]}, Dynamic[System`InformationDump`open$$], - BaselinePosition->Baseline, - FrameMargins->0, - ImageSize->Automatic], - DynamicModuleValues:>{}], - BaseStyle->"InformationGridFrame", - StripOnInput->False], 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OptionValue[PlotStyle], - TBpack`DataAnalysis`Private`datalist, - TBpack`DataAnalysis`Private`plotstylelist, - TBpack`DataAnalysis`Private`knormfactorlist, - TBpack`DataAnalysis`Private`fermilevellist, - TBpack`DataAnalysis`Private`blen, - TBpack`DataAnalysis`Private`yticks, - TBpack`DataAnalysis`Private`xticks, - TBpack`DataAnalysis`Private`fticks, - TBpack`DataAnalysis`Private`title, - TBpack`DataAnalysis`Private`axeslabels, - TBpack`DataAnalysis`Private`len, TBpack`DataAnalysis`Private`p, - TBpack`DataAnalysis`Private`tQ, TBpack`DataAnalysis`Private`tf, - TBpack`DataAnalysis`Private`colorQ, TBpack`DataAnalysis`Private`ts, - TBpack`DataAnalysis`Private`tss, TBpack`DataAnalysis`Private`ls, - TBpack`DataAnalysis`Private`data2plotdata, - TBpack`DataAnalysis`Private`lbfun}, - TBpack`DataAnalysis`Private`tf = MatrixQ[#, NumericQ]& ; - TBpack`DataAnalysis`Private`colorQ = Or[ - MatchQ[#, - RGBColor[ - Blank[], - Blank[], - Blank[]]], - MatchQ[#, - GrayLevel[ - Blank[]]]]& ; If[ - TBpack`DataAnalysis`Private`tf[TBpack`DataAnalysis`Private`bands], - TBpack`DataAnalysis`Private`datalist = { - TBpack`DataAnalysis`Private`bands}; - TBpack`DataAnalysis`Private`blen = 1, - If[ - VectorQ[ - TBpack`DataAnalysis`Private`bands, - TBpack`DataAnalysis`Private`tf], - TBpack`DataAnalysis`Private`datalist = - TBpack`DataAnalysis`Private`bands; - TBpack`DataAnalysis`Private`blen = - Length[TBpack`DataAnalysis`Private`bands], - Message[ - MessageName[TBpack`DataAnalysis`PlotElectronicBands1D, "farg"]], - Throw[$Failed]]]; - If[Length[TBpack`DataAnalysis`Private`fermilevel] == 0, - If[ - NumberQ[TBpack`DataAnalysis`Private`fermilevel], - TBpack`DataAnalysis`Private`fermilevellist = { - TBpack`DataAnalysis`Private`fermilevel}, Message[ - MessageName[ - TBpack`DataAnalysis`PlotElectronicBands1D, "notanumber"], - TBpack`DataAnalysis`Private`fermilevel]; Throw[$Failed]], - TBpack`DataAnalysis`Private`fermilevellist = - TBpack`DataAnalysis`Private`fermilevel]; - If[Length[TBpack`DataAnalysis`Private`knormfactor] == 0, - If[ - NumberQ[TBpack`DataAnalysis`Private`knormfactor], - TBpack`DataAnalysis`Private`knormfactorlist = { - TBpack`DataAnalysis`Private`knormfactor}, Message[ - MessageName[ - TBpack`DataAnalysis`PlotElectronicBands1D, "notanumber"], - TBpack`DataAnalysis`Private`knormfactor]; Throw[$Failed]], - TBpack`DataAnalysis`Private`knormfactorlist = - TBpack`DataAnalysis`Private`knormfactor]; - If[TBpack`DataAnalysis`Private`plotstyle === Automatic, - If[ - TBpack`DataAnalysis`Private`blen <= 10, - TBpack`DataAnalysis`Private`plotstylelist = Table[ - Directive[ - Part[{ - Dashing[1], - Dashing[0.05], - Dashing[{0.025, 0.01, 0.01, 0.01}]}, - Mod[TBpack`DataAnalysis`Private`i, 3, 1]], - Part[ - TBpack`DataAnalysis`TBpackPallete, - TBpack`DataAnalysis`Private`i]], { - TBpack`DataAnalysis`Private`i, - TBpack`DataAnalysis`Private`blen}], Message[ - MessageName[ - TBpack`DataAnalysis`PlotElectronicBands1D, "psoptnocolors"]]; - Throw[$Failed]]]; If[ - TBpack`DataAnalysis`Private`colorQ[ - TBpack`DataAnalysis`Private`plotstyle], - TBpack`DataAnalysis`Private`plotstylelist = { - TBpack`DataAnalysis`Private`plotstyle}, Message[ - MessageName[ - TBpack`DataAnalysis`PlotElectronicBands1D, "psoptnotcolor"]]; - Throw[$Failed]]; If[ - Not[ - TBpack`DataAnalysis`Private`blen == - Length[TBpack`DataAnalysis`Private`fermilevel] == - Length[TBpack`DataAnalysis`Private`knormfactor] == - Length[TBpack`DataAnalysis`Private`plotstylelist]], Message[ - MessageName[ - TBpack`DataAnalysis`PlotElectronicBands1D, "arguments"]]; - Throw[$Failed]]; - If[Part[TBpack`DataAnalysis`Private`labels, 3] === Automatic, - Part[TBpack`DataAnalysis`Private`labels, 3] = - Range[TBpack`DataAnalysis`Private`blen], - If[ - Not[Length[ - Part[TBpack`DataAnalysis`Private`labels, 3]] == - TBpack`DataAnalysis`Private`blen], Message[ - MessageName[ - TBpack`DataAnalysis`PlotElectronicBands1D, "legendlbls"]]; - Throw[$Failed]]]; If[ - Or[ - Part[TBpack`DataAnalysis`Private`labels, 1] === "", - Part[TBpack`DataAnalysis`Private`labels, 1] === Null, - Part[TBpack`DataAnalysis`Private`labels, 1] === None], - TBpack`DataAnalysis`Private`tQ = True, - TBpack`DataAnalysis`Private`tQ = False]; - TBpack`DataAnalysis`Private`ts[ - Pattern[TBpack`DataAnalysis`Private`st, - Blank[]]] := - TBpack`MaTeX`MaTeX[TBpack`DataAnalysis`Private`st, FontSize -> 21]; - TBpack`DataAnalysis`Private`tss[ - Pattern[TBpack`DataAnalysis`Private`st, - Blank[]]] := - TBpack`MaTeX`MaTeX[TBpack`DataAnalysis`Private`st, FontSize -> 16]; - TBpack`DataAnalysis`Private`ls[ - Pattern[TBpack`DataAnalysis`Private`st, - Blank[]]] := - TBpack`MaTeX`MaTeX[TBpack`DataAnalysis`Private`st, FontSize -> 20]; - TBpack`DataAnalysis`Private`data2plotdata[ - Pattern[TBpack`DataAnalysis`Private`d, - Blank[]], - Pattern[TBpack`DataAnalysis`Private`eff, - Blank[]], - Pattern[TBpack`DataAnalysis`Private`nfactor, - Blank[]]] := - Module[{TBpack`DataAnalysis`Private`ed, - TBpack`DataAnalysis`Private`kd, - TBpack`DataAnalysis`Private`dim}, - TBpack`DataAnalysis`Private`ed = - Map[# - TBpack`DataAnalysis`Private`eff& , - Most[TBpack`DataAnalysis`Private`d], {2}]; - TBpack`DataAnalysis`Private`kd = - Last[TBpack`DataAnalysis`Private`d]; - TBpack`DataAnalysis`Private`dim = - Dimensions[TBpack`DataAnalysis`Private`ed]; - Table[{TBpack`DataAnalysis`Private`nfactor - Part[TBpack`DataAnalysis`Private`kd, - TBpack`DataAnalysis`Private`j], - Part[ - TBpack`DataAnalysis`Private`ed, TBpack`DataAnalysis`Private`i, - TBpack`DataAnalysis`Private`j]}, { - TBpack`DataAnalysis`Private`i, 1, - Part[TBpack`DataAnalysis`Private`dim, 1]}, { - TBpack`DataAnalysis`Private`j, 1, - Part[TBpack`DataAnalysis`Private`dim, 2]}]]; - TBpack`DataAnalysis`Private`lbfun = Labeled[#, - LineLegend[TBpack`DataAnalysis`Private`plotstyle, - Map[TBpack`DataAnalysis`Private`ls, - Part[TBpack`DataAnalysis`Private`labels, 3]]], Right]& ; - TBpack`DataAnalysis`Private`title = If[ - 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TBpack`DataAnalysis`Private`i] - 1}], 1], PlotRange -> - TBpack`DataAnalysis`Private`plotrange, PlotRangePadding -> { - Scaled[0.04], - Scaled[0.04]}, Axes -> False, Frame -> True, FrameLabel -> - TBpack`DataAnalysis`Private`axeslabels, FrameTicks -> - TBpack`DataAnalysis`Private`fticks, Epilog -> - If[TBpack`DataAnalysis`Private`tQ, {}, { - Inset[ - Grid[{{TBpack`DataAnalysis`Private`title}}, Frame -> True], - Scaled[{0.5, 0.93}], Background -> White]}], FrameTicksStyle -> - OptionValue[FrameTicksStyle], FrameStyle -> - OptionValue[FrameStyle], AspectRatio -> - OptionValue[AspectRatio]]; - Switch[TBpack`DataAnalysis`Private`rflag, 1, - TBpack`DataAnalysis`Private`lbfun[TBpack`DataAnalysis`Private`p], - 2, TBpack`DataAnalysis`Private`p, 3, - TBpack`DataAnalysis`Private`p, 4, - TBpack`DataAnalysis`Private`lbfun[ - TBpack`DataAnalysis`Private`p]]]]}], "SubValues" -> None, - "DefaultValues" -> None, "NValues" -> None, "FormatValues" -> None, - "Options" -> { - TBpack`DataAnalysis`Labels 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Offset[0.27999999999999997`], { - Offset[0.5599999999999999]}, - Offset[0.27999999999999997`]}, "Rows" -> { - Offset[0.2], { - Offset[3.6]}, - Offset[0.2]}}], - FrameMargins->6], ""}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "UpPointerOpener"]], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "UpPointerOpenerHot"]]}, Dynamic[ - System`InformationDump`mouseOver$$]], - Alignment->Left, - Appearance->{"Default" -> None}, - - ButtonFunction:>FEPrivate`Set[ - System`InformationDump`open$$, False], - Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - - EventHandlerTag[{ - "MouseEntered" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, True], - "MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - 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-\\\",\\\"TI\\\"] and the translation vector \ -\\*StyleBox[\\\"tr\\\",\\\"TI\\\"]. \\nElectronicBands1D[\\*RowBox[{StyleBox[\ -\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \ -\\\",\\\" , StyleBox[\\\"options\\\",\\\"TI\\\"]}]] calculates electronic \ -energy bands using specified \ -options.\\nElectronicBands1D[\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"],\ - \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \ -\\\"TBModelParameters\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"list\\\",\\\"TI\\\"]}]] uses specified tight-binding model \ -parameters given as \ -\\*StyleBox[\\\"list\\\",\\\"TI\\\"].\\nElectronicBands1D[\\*RowBox[{StyleBox[\ -\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \ -\\\",\\\" , \\\"HoppingDistances\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"list\\\",\\\"TI\\\"]}]] uses specified hopping distances given \ -as \\*StyleBox[\\\"list\\\",\\\"TI\\\"].\\nElectronicBands1D[\\*RowBox[{\ -StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\ -\\\"] , \\\",\\\" , \\\"HoppingDistanceDelta\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"value\\\",\\\"TI\\\"]}]] uses specified \ -\\*StyleBox[\\\"value\\\",\\\"TI\\\"] of the largest absolute deviation of \ -the hopping distances.\\nElectronicBands1D[\\*RowBox[{StyleBox[\\\"unitcell\\\ -\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \ -\\\"Efield\\\" , \\\"\[Rule]\\\" , StyleBox[\\\"vector\\\",\\\"TI\\\"]}]] \ -uses specified external electric field set by 3 Cartesian component \ -\\*StyleBox[\\\"vector\\\",\\\"TI\\\"].\\nElectronicBands1D[\\*RowBox[{\ -StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\ -\\\"] , \\\",\\\" , \\\"Bfield\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"vector\\\",\\\"TI\\\"]}]] uses specified external magnetic field \ -set by 3 Cartesian component \ -\\*StyleBox[\\\"vector\\\",\\\"TI\\\"].\\nElectronicBands1D[\\*RowBox[{\ -StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\ -\\\"] , \\\",\\\" , \\\"NumberOfKpoints\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"value\\\",\\\"TI\\\"]}]] uses specified by \\*StyleBox[\\\"value\ -\\\",\\\"TI\\\"] the number of \\*StyleBox[\\\"k\\\",\\\"TI\\\"]-points in a \ -uniform grid of 1D reciprocal space.\\nElectronicBands1D[\\*RowBox[{StyleBox[\ -\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \ -\\\",\\\" , \\\"EigenVectors\\\" , \\\"\[Rule]\\\" , StyleBox[\\\"True\\\",\\\ -\"TI\\\"]}]] returns a list of electronic energy bands, eigenvectors and \ -velocity matrix \ -elements.\\nElectronicBands1D[\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"]\ -, \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \ -\\\"ParallelEvaluation\\\" , \\\"\[Rule]\\\" , StyleBox[\\\"True\\\",\\\"TI\\\ -\"]}]] calculates in parallel for different \ -\\*StyleBox[\\\"k\\\",\\\"TI\\\"]-points.\\nElectronicBands1D[\\*RowBox[{\ -StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\ -\\\"] , \\\",\\\" , \\\"RelaxGeometry\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"True\\\",\\\"TI\\\"], \\\",\\\" , \ -\\\"Path2OptimizationProgramm\\\" , \\\"\[Rule]\\\" , \\\"{\\\", \ -StyleBox[\\\"integer\\\",\\\"TI\\\"], \\\",\\\" , \ -StyleBox[\\\"path\\\",\\\"TI\\\"] , \\\"}\\\"}]] uses the geometry \ -optimization of the unit cell by the programm set by \\*StyleBox[\\\"number\\\ -\",\\\"TI\\\"] and located at \ -\\*StyleBox[\\\"path\\\",\\\"TI\\\"].\\nElectronicBands1D[\\*RowBox[{StyleBox[\ -\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \ -\\\",\\\" , \\\"Path2Save\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"path\\\",\\\"TI\\\"]}]] saves the results of the calculation in \ -a file located at \\*StyleBox[\\\"path\\\",\\\"TI\\\"].\"\>", - "InformationUsageText", - StripOnInput->False, - LineSpacing->{1.5, 1.5, 3.}], - FrameMargins->{{10, 10}, {8, 10}}], - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False]}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpener"], - ImageSizeCache->{13., {3., 10.}}], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpenerHot"], - ImageSizeCache->{13., {3., 10.}}]}, Dynamic[ - System`InformationDump`mouseOver$$]], - Alignment->Left, - Appearance->{"Default" -> None}, - - ButtonFunction:>FEPrivate`Set[ - System`InformationDump`open$$, True], - Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - - EventHandlerTag[{ - "MouseEntered" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, True], - "MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"]}, Dynamic[System`InformationDump`open$$], - BaselinePosition->Baseline, - FrameMargins->0, - ImageSize->Automatic], - DynamicModuleValues:>{}], - BaseStyle->"InformationGridFrame", - StripOnInput->False], "InformationGridPlain", - StripOnInput->False], - InformationData[ - Association[ - "ObjectType" -> "Symbol", "Usage" -> - "ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"]}]] calculates electronic energy bands for a 1D system \ -presented by \*StyleBox[\"unitcell\",\"TI\"] and the translation vector \ -\*StyleBox[\"tr\",\"TI\"]. \n\ -ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , StyleBox[\"options\",\"TI\"]}]] calculates \ -electronic energy bands using specified options.\n\ -ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"TBModelParameters\" , \"\[Rule]\" , \ -StyleBox[\"list\",\"TI\"]}]] uses specified tight-binding model parameters \ -given as \*StyleBox[\"list\",\"TI\"].\n\ -ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"HoppingDistances\" , \"\[Rule]\" , \ -StyleBox[\"list\",\"TI\"]}]] uses specified hopping distances given as \ -\*StyleBox[\"list\",\"TI\"].\nElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\ -\",\"TI\"], \",\" , StyleBox[\"tr\",\"TI\"] , \",\" , \ -\"HoppingDistanceDelta\" , \"\[Rule]\" , StyleBox[\"value\",\"TI\"]}]] uses \ -specified \*StyleBox[\"value\",\"TI\"] of the largest absolute deviation of \ -the hopping distances.\n\ -ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"Efield\" , \"\[Rule]\" , \ -StyleBox[\"vector\",\"TI\"]}]] uses specified external electric field set by \ -3 Cartesian component \*StyleBox[\"vector\",\"TI\"].\n\ -ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"Bfield\" , \"\[Rule]\" , \ -StyleBox[\"vector\",\"TI\"]}]] uses specified external magnetic field set by \ -3 Cartesian component \*StyleBox[\"vector\",\"TI\"].\n\ -ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"NumberOfKpoints\" , \"\[Rule]\" , \ -StyleBox[\"value\",\"TI\"]}]] uses specified by \*StyleBox[\"value\",\"TI\"] \ -the number of \*StyleBox[\"k\",\"TI\"]-points in a uniform grid of 1D \ -reciprocal space.\nElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \ -\",\" , StyleBox[\"tr\",\"TI\"] , \",\" , \"EigenVectors\" , \"\[Rule]\" , \ -StyleBox[\"True\",\"TI\"]}]] returns a list of electronic energy bands, \ -eigenvectors and velocity matrix elements.\n\ -ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"ParallelEvaluation\" , \"\[Rule]\" , \ -StyleBox[\"True\",\"TI\"]}]] calculates in parallel for different \*StyleBox[\ -\"k\",\"TI\"]-points.\nElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\ -\"], \",\" , StyleBox[\"tr\",\"TI\"] , \",\" , \"RelaxGeometry\" , \ -\"\[Rule]\" , StyleBox[\"True\",\"TI\"], \",\" , \ -\"Path2OptimizationProgramm\" , \"\[Rule]\" , \"{\", \ -StyleBox[\"integer\",\"TI\"], \",\" , StyleBox[\"path\",\"TI\"] , \"}\"}]] \ -uses the geometry optimization of the unit cell by the programm set by \ -\*StyleBox[\"number\",\"TI\"] and located at \*StyleBox[\"path\",\"TI\"].\n\ -ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] 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AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - RGBColor[1, 0, 0]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["RGBColorValueSelector"], { - 0, {Left, Bottom}}, {Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", - "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - RGBColor[1, 0, 0], - Editable->False, - Selectable->False]}]}, - { - RowBox[{"FrameTicksStyle", "\[Rule]", - RowBox[{"Directive", "[", - RowBox[{ - RowBox[{"AbsoluteThickness", "[", "0.5`", "]"}], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], - RectangleBox[{0, 0}, \ -{-2.290219094737954*^-38, -2.290219094737954*^-38}]}, - {GrayLevel[0], - RectangleBox[{1, -1}, \ -{-2.290219094737954*^-38, -2.290219094737954*^-38}]}, - {GrayLevel[0], RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->GrayLevel[0.], - FrameTicks->None, - - ImageSize->Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/ - AbsoluteCurrentValue[Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"GrayLevel", "[", "0", "]"}], NumberMarks -> - False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - GrayLevel[0]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["GrayLevelColorValueSelector"], { - 0, {Left, Bottom}}, {Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", - "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - GrayLevel[0], - Editable->False, - Selectable->False]}], "]"}]}]}, - { - RowBox[{"FrameStyle", "\[Rule]", - RowBox[{"Directive", "[", - RowBox[{ - RowBox[{"AbsoluteThickness", "[", "0.5`", "]"}], ",", - InterpretationBox[ - ButtonBox[ - TooltipBox[ - GraphicsBox[{ - {GrayLevel[0], - RectangleBox[{0, 0}, \ -{-2.290219094737954*^-38, -2.290219094737954*^-38}]}, - {GrayLevel[0], - RectangleBox[{1, -1}, \ -{-2.290219094737954*^-38, -2.290219094737954*^-38}]}, - {GrayLevel[0], RectangleBox[{0, -1}, {2, 1}]}}, - AspectRatio->1, - DefaultBaseStyle->"ColorSwatchGraphics", - Frame->True, - FrameStyle->GrayLevel[0.], - FrameTicks->None, - - ImageSize->Dynamic[{ - Automatic, 1.35 CurrentValue["FontCapHeight"]/ - AbsoluteCurrentValue[Magnification]}], - PlotRangePadding->None], - StyleBox[ - RowBox[{"GrayLevel", "[", "0", "]"}], NumberMarks -> - False]], - Appearance->None, - BaseStyle->{}, - BaselinePosition->Baseline, - ButtonFunction:>With[{Typeset`box$ = EvaluationBox[]}, - If[ - Not[ - AbsoluteCurrentValue["Deployed"]], - SelectionMove[Typeset`box$, All, Expression]; - FrontEnd`Private`$ColorSelectorInitialAlpha = 1; - FrontEnd`Private`$ColorSelectorInitialColor = - GrayLevel[0]; - FrontEnd`Private`$ColorSelectorUseMakeBoxes = True; - MathLink`CallFrontEnd[ - FrontEnd`AttachCell[Typeset`box$, - FrontEndResource["GrayLevelColorValueSelector"], { - 0, {Left, Bottom}}, {Left, Top}, - "ClosingActions" -> { - "SelectionDeparture", "ParentChanged", - "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - GrayLevel[0], - Editable->False, - Selectable->False]}], "]"}]}]}, - { - RowBox[{"AspectRatio", "\[Rule]", "3"}]}, - { - RowBox[{"ImageSize", "\[Rule]", - RowBox[{"{", - RowBox[{"Automatic", ",", "380"}], "}"}]}]}, - { - StyleBox[ - - TemplateBox[{ - "\"(\"","\"\[InvisibleSpace]\"","9","\" total)\""}, - "RowDefault"], "InformationRowOpener", - StripOnInput->False]} - }, - BaselinePosition->{Baseline, {1, 1}}, - DefaultBaseStyle->"Column", - GridBoxAlignment->{"Columns" -> {{Left}}}, - - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{1.}}}], False-> - RowBox[{ - RowBox[{"Labels", "\[Rule]", - RowBox[{"{", - RowBox[{"\<\"\"\>", ",", - RowBox[{"{", - - RowBox[{"\<\"k\"\>", - ",", "\<\"E-E_{\\\\mathrm{F}},\\\\text{ eV}\"\>"}], "}"}], - ",", "Automatic"}], "}"}]}], "\[ThinSpace]", - StyleBox["\<\"\[Ellipsis]\"\>", "InformationRowOpener", - StripOnInput->False], "\[ThinSpace]", - StyleBox[ - - TemplateBox[{ - "\"(\"","\"\[InvisibleSpace]\"","9","\" total)\""}, - "RowDefault"], "InformationRowOpener", - StripOnInput->False]}]}, Dynamic[ - FEPrivate`Part[System`InformationDump`open$$, 9]], - BaselinePosition->Baseline, - ImageSize->Automatic]}, - { - TagBox[ - TooltipBox[ - StyleBox["\<\" Full Name\"\>", "InformationRowLabel", - StripOnInput->False], - "\"FullName\"", - TooltipStyle->"TextStyling"], - - Annotation[#, "FullName", - "Tooltip"]& ], \ -"\<\"TBpack`DataAnalysis`PlotElectronicBands1D\"\>"} - }, - AutoDelete->False, - GridBoxAlignment->{"Columns" -> {Right, Left}}, - GridBoxDividers->None, - GridBoxItemSize->{"Columns" -> {Automatic, Automatic}}, - GridBoxSpacings->{"Columns" -> { - Offset[0.27999999999999997`], { - Offset[0.5599999999999999]}, - Offset[0.27999999999999997`]}, "Rows" -> { - Offset[0.2], { - Offset[0.8]}, - Offset[0.2]}}], "DialogStyle", - StripOnInput->False], - DynamicModuleValues:>{}]} - }, - DefaultBaseStyle->"Column", - GridBoxAlignment->{"Columns" -> {{Left}}}, - GridBoxDividers->{"Columns" -> {{False}}, "Rows" -> {{False}}}, - - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}, - GridBoxSpacings->{"Columns" -> { - Offset[0.27999999999999997`], { - Offset[0.5599999999999999]}, - Offset[0.27999999999999997`]}, "Rows" -> { - Offset[0.2], { - Offset[3.6]}, - Offset[0.2]}}], - FrameMargins->6], ""}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "UpPointerOpener"]], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "UpPointerOpenerHot"]]}, Dynamic[ - System`InformationDump`mouseOver$$]], - Alignment->Left, - Appearance->{"Default" -> None}, - - ButtonFunction:>FEPrivate`Set[ - System`InformationDump`open$$, False], - Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - - EventHandlerTag[{ - "MouseEntered" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, True], - "MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"], False-> - TagBox[GridBox[{ - { - ItemBox[ - PaneBox[ - StyleBox["\<\" Symbol\"\>", "InformationTitleText", - StripOnInput->False], - FrameMargins->{{4, 0}, {-1, 1}}], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationTitleBackground", - StripOnInput->False]}, - { - ItemBox[ - PaneBox[ - - StyleBox["\<\"PlotElectronicBands1D[\\!\\(\\*StyleBox[\\\"bands\\\ -\",\\\"TI\\\"]\\)] plots the energy bands based on \ -\\*StyleBox[\\\"ListLinePlot\\\",\\\"TI\\\"].\"\>", "InformationUsageText", - StripOnInput->False, - LineSpacing->{1.5, 1.5, 3.}], - FrameMargins->{{10, 10}, {8, 10}}], - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False]}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpener"], - ImageSizeCache->{13., {3., 10.}}], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpenerHot"], - ImageSizeCache->{13., {3., 10.}}]}, Dynamic[ - System`InformationDump`mouseOver$$]], - Alignment->Left, - Appearance->{"Default" -> None}, - - ButtonFunction:>FEPrivate`Set[ - System`InformationDump`open$$, True], - Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - - EventHandlerTag[{ - "MouseEntered" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, True], - "MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"]}, Dynamic[System`InformationDump`open$$], - BaselinePosition->Baseline, - FrameMargins->0, - ImageSize->Automatic], - DynamicModuleValues:>{}], - BaseStyle->"InformationGridFrame", - StripOnInput->False], "InformationGridPlain", - StripOnInput->False], - InformationData[ - Association[ - "ObjectType" -> "Symbol", "Usage" -> - "PlotElectronicBands1D[\!\(\*StyleBox[\"bands\",\"TI\"]\)] plots the \ -energy bands based on \*StyleBox[\"ListLinePlot\",\"TI\"].", "Documentation" -> - None, "OwnValues" -> None, "UpValues" -> None, "DownValues" -> - Information`InformationValueForm[ - DownValues, TBpack`DataAnalysis`PlotElectronicBands1D, { - TBpack`DataAnalysis`PlotElectronicBands1D[ - Pattern[TBpack`DataAnalysis`Private`bands, - Blank[]], - Pattern[TBpack`DataAnalysis`Private`fermilevel, - Blank[]], - Pattern[TBpack`DataAnalysis`Private`knormfactor, - Blank[]], - OptionsPattern[]] :> Catch[ - Module[{ - TBpack`DataAnalysis`Private`labels = - OptionValue[TBpack`DataAnalysis`Labels], - TBpack`DataAnalysis`Private`paflag = - OptionValue[TBpack`DataAnalysis`PlotAppearance], - TBpack`DataAnalysis`Private`plotrange = OptionValue[PlotRange], - TBpack`DataAnalysis`Private`plotstyle = OptionValue[PlotStyle], - TBpack`DataAnalysis`Private`titlepos = - OptionValue[TBpack`DataAnalysis`TitlePosition], - TBpack`DataAnalysis`Private`blen, - TBpack`DataAnalysis`Private`linestyles = { - Dashing[1], - Dashing[0.05], - Dashing[{0.025, 0.01, 0.01, 0.01}]}, - TBpack`DataAnalysis`Private`ticklen = 0.05, - TBpack`DataAnalysis`Private`ny = 5, - TBpack`DataAnalysis`Private`xmin, TBpack`DataAnalysis`Private`xmax, - TBpack`DataAnalysis`Private`ymin, - TBpack`DataAnalysis`Private`ymax, - TBpack`DataAnalysis`Private`yticks, - TBpack`DataAnalysis`Private`xticks, - TBpack`DataAnalysis`Private`fticks, - TBpack`DataAnalysis`Private`title, - TBpack`DataAnalysis`Private`axeslabels, - TBpack`DataAnalysis`Private`len, TBpack`DataAnalysis`Private`p, - TBpack`DataAnalysis`Private`tQ, TBpack`DataAnalysis`Private`tf, - TBpack`DataAnalysis`Private`plotstyleQ, - TBpack`DataAnalysis`Private`ts, TBpack`DataAnalysis`Private`tss, - TBpack`DataAnalysis`Private`ls, - TBpack`DataAnalysis`Private`data2plotdata, - TBpack`DataAnalysis`Private`lbfun}, - TBpack`DataAnalysis`Private`tf = MatrixQ[#, NumericQ]& ; - TBpack`DataAnalysis`Private`plotstyleQ = Or[ - MatchQ[#, - RGBColor[ - Blank[], - Blank[], - Blank[]]], - MatchQ[#, - GrayLevel[ - Blank[]]], - MatchQ[#, - Directive[ - BlankSequence[]]]]& ; If[ - TBpack`DataAnalysis`Private`tf[TBpack`DataAnalysis`Private`bands], - TBpack`DataAnalysis`Private`bands = { - TBpack`DataAnalysis`Private`bands}; - TBpack`DataAnalysis`Private`blen = 1, - If[ - VectorQ[ - TBpack`DataAnalysis`Private`bands, - TBpack`DataAnalysis`Private`tf], - TBpack`DataAnalysis`Private`blen = - Length[TBpack`DataAnalysis`Private`bands], - Message[ - MessageName[TBpack`DataAnalysis`PlotElectronicBands1D, "farg"]], - Throw[$Failed]]]; - If[Length[TBpack`DataAnalysis`Private`fermilevel] == 0, - If[ - NumberQ[TBpack`DataAnalysis`Private`fermilevel], - TBpack`DataAnalysis`Private`fermilevel = { - TBpack`DataAnalysis`Private`fermilevel}, Message[ - MessageName[ - TBpack`DataAnalysis`PlotElectronicBands1D, "notanumber"], - TBpack`DataAnalysis`Private`fermilevel]; Throw[$Failed]]]; - If[Length[TBpack`DataAnalysis`Private`knormfactor] == 0, - If[ - NumberQ[TBpack`DataAnalysis`Private`knormfactor], - TBpack`DataAnalysis`Private`knormfactor = { - TBpack`DataAnalysis`Private`knormfactor}, Message[ - MessageName[ - TBpack`DataAnalysis`PlotElectronicBands1D, "notanumber"], - TBpack`DataAnalysis`Private`knormfactor]; Throw[$Failed]]]; - If[TBpack`DataAnalysis`Private`plotstyle === Automatic, - If[ - TBpack`DataAnalysis`Private`blen <= 10, - TBpack`DataAnalysis`Private`plotstyle = Table[ - Directive[ - Part[TBpack`DataAnalysis`Private`linestyles, - Mod[TBpack`DataAnalysis`Private`i, 3, 1]], - Part[ - TBpack`DataAnalysis`TBpackPalette, - TBpack`DataAnalysis`Private`i]], { - TBpack`DataAnalysis`Private`i, - TBpack`DataAnalysis`Private`blen}], Message[ - MessageName[ - TBpack`DataAnalysis`PlotElectronicBands1D, "psoptnocolors"]]; - Throw[$Failed]], - If[ - TBpack`DataAnalysis`Private`plotstyleQ[ - TBpack`DataAnalysis`Private`plotstyle], - TBpack`DataAnalysis`Private`plotstyle = { - TBpack`DataAnalysis`Private`plotstyle}, - If[ - Not[ - VectorQ[ - TBpack`DataAnalysis`Private`plotstyle, - TBpack`DataAnalysis`Private`plotstyleQ]], Message[ - MessageName[ - TBpack`DataAnalysis`PlotElectronicBands1D, "psoptnotstyle"]]; - Throw[$Failed]]]]; If[ - Not[ - TBpack`DataAnalysis`Private`blen == - Length[TBpack`DataAnalysis`Private`fermilevel] == - Length[TBpack`DataAnalysis`Private`knormfactor] == - Length[TBpack`DataAnalysis`Private`plotstyle]], Message[ - MessageName[ - TBpack`DataAnalysis`PlotElectronicBands1D, "arguments"]]; - Throw[$Failed]]; - If[Part[TBpack`DataAnalysis`Private`labels, 3] === Automatic, - Part[TBpack`DataAnalysis`Private`labels, 3] = - Range[TBpack`DataAnalysis`Private`blen], - If[ - Not[Length[ - Part[TBpack`DataAnalysis`Private`labels, 3]] == - TBpack`DataAnalysis`Private`blen], Message[ - MessageName[ - TBpack`DataAnalysis`PlotElectronicBands1D, "legendlbls"]]; - Throw[$Failed]]]; If[ - Or[ - Part[TBpack`DataAnalysis`Private`labels, 1] === "", - Part[TBpack`DataAnalysis`Private`labels, 1] === Null, - Part[TBpack`DataAnalysis`Private`labels, 1] === None], - TBpack`DataAnalysis`Private`tQ = True, - TBpack`DataAnalysis`Private`tQ = False]; - If[TBpack`DataAnalysis`Private`plotrange === Automatic, - TBpack`DataAnalysis`Private`plotrange = {{ - Min[ - - MapThread[# Last[#2]& , { - TBpack`DataAnalysis`Private`knormfactor, - TBpack`DataAnalysis`Private`bands}]], - Max[ - - MapThread[# Last[#2]& , { - TBpack`DataAnalysis`Private`knormfactor, - TBpack`DataAnalysis`Private`bands}]]}, { - Min[ - Map[First[#]& , TBpack`DataAnalysis`Private`bands]], - Max[ - Map[Part[#, -2]& , TBpack`DataAnalysis`Private`bands]]}}]; - Print[TBpack`DataAnalysis`Private`plotrange]; - TBpack`DataAnalysis`Private`ts[ - Pattern[TBpack`DataAnalysis`Private`st, - Blank[]]] := - TBpack`MaTeX`MaTeX[TBpack`DataAnalysis`Private`st, FontSize -> 21]; - TBpack`DataAnalysis`Private`tss[ - Pattern[TBpack`DataAnalysis`Private`st, - Blank[]]] := - TBpack`MaTeX`MaTeX[TBpack`DataAnalysis`Private`st, FontSize -> 16]; - TBpack`DataAnalysis`Private`ls[ - Pattern[TBpack`DataAnalysis`Private`st, - Blank[]]] := - TBpack`MaTeX`MaTeX[TBpack`DataAnalysis`Private`st, FontSize -> 20]; - TBpack`DataAnalysis`Private`data2plotdata[ - Pattern[TBpack`DataAnalysis`Private`d, - Blank[]], - Pattern[TBpack`DataAnalysis`Private`eff, - Blank[]], - Pattern[TBpack`DataAnalysis`Private`nfactor, - Blank[]]] := - Module[{TBpack`DataAnalysis`Private`ed, - TBpack`DataAnalysis`Private`kd, - TBpack`DataAnalysis`Private`dim}, - TBpack`DataAnalysis`Private`ed = - Map[# - TBpack`DataAnalysis`Private`eff& , - Most[TBpack`DataAnalysis`Private`d], {2}]; - TBpack`DataAnalysis`Private`kd = - Last[TBpack`DataAnalysis`Private`d]; - TBpack`DataAnalysis`Private`dim = - Dimensions[TBpack`DataAnalysis`Private`ed]; - Table[{TBpack`DataAnalysis`Private`nfactor - Part[TBpack`DataAnalysis`Private`kd, - TBpack`DataAnalysis`Private`j], - Part[ - TBpack`DataAnalysis`Private`ed, TBpack`DataAnalysis`Private`i, - TBpack`DataAnalysis`Private`j]}, { - TBpack`DataAnalysis`Private`i, 1, - Part[TBpack`DataAnalysis`Private`dim, 1]}, { - TBpack`DataAnalysis`Private`j, 1, - Part[TBpack`DataAnalysis`Private`dim, 2]}]]; - TBpack`DataAnalysis`Private`lbfun = Labeled[#, - LineLegend[TBpack`DataAnalysis`Private`plotstyle, - Map[TBpack`DataAnalysis`Private`ls, - Part[TBpack`DataAnalysis`Private`labels, 3]]], Right]& ; - TBpack`DataAnalysis`Private`title = If[ - Not[TBpack`DataAnalysis`Private`tQ], - TBpack`DataAnalysis`Private`tss[ - Part[TBpack`DataAnalysis`Private`labels, 1]]]; - TBpack`DataAnalysis`Private`axeslabels = - Switch[TBpack`DataAnalysis`Private`paflag, 1, { - TBpack`DataAnalysis`Private`ls[ - Part[TBpack`DataAnalysis`Private`labels, 2, 1]], - TBpack`DataAnalysis`Private`ls[ - Part[TBpack`DataAnalysis`Private`labels, 2, 2]]}, 2, { - TBpack`DataAnalysis`Private`ls[ - Part[TBpack`DataAnalysis`Private`labels, 2, 1]], - TBpack`DataAnalysis`Private`ls[ - Part[TBpack`DataAnalysis`Private`labels, 2, 2]]}, 3, { - TBpack`DataAnalysis`Private`ls[ - Part[TBpack`DataAnalysis`Private`labels, 2, 1]], None}, 4, { - TBpack`DataAnalysis`Private`ls[ - Part[TBpack`DataAnalysis`Private`labels, 2, 1]], None}]; {{ - TBpack`DataAnalysis`Private`xmin, - TBpack`DataAnalysis`Private`xmax}, { - TBpack`DataAnalysis`Private`ymin, - TBpack`DataAnalysis`Private`ymax}} = - TBpack`DataAnalysis`Private`plotrange; - TBpack`DataAnalysis`Private`yticks = - TBpack`CustomTicks`LinTicks[ - TBpack`DataAnalysis`Private`ymin, - TBpack`DataAnalysis`Private`ymax, ( - TBpack`DataAnalysis`Private`ymax - - TBpack`DataAnalysis`Private`ymin)/( - TBpack`DataAnalysis`Private`ny - 1), 5, - TBpack`CustomTicks`MajorTickLength -> { - 0, TBpack`DataAnalysis`Private`ticklen}, - TBpack`CustomTicks`MinorTickLength -> { - 0, TBpack`DataAnalysis`Private`ticklen/2}]; - TBpack`DataAnalysis`Private`xticks = - TBpack`CustomTicks`LinTicks[ - TBpack`DataAnalysis`Private`xmin, - TBpack`DataAnalysis`Private`xmax, ( - TBpack`DataAnalysis`Private`xmax - - TBpack`DataAnalysis`Private`xmin)/2, 5, - TBpack`CustomTicks`MajorTickLength -> { - 0, TBpack`DataAnalysis`Private`ticklen}, - TBpack`CustomTicks`MinorTickLength -> { - 0, TBpack`DataAnalysis`Private`ticklen/2}]; - TBpack`DataAnalysis`Private`fticks = { - Switch[ - TBpack`DataAnalysis`Private`paflag, 1, { - TBpack`DataAnalysis`Private`yticks, None}, 2, { - TBpack`DataAnalysis`Private`yticks, None}, 3, { - Map[{ - Part[#, 1], "", - Part[#, 3], - Part[#, 4]}& , TBpack`DataAnalysis`Private`yticks], None}, - 4, { - Map[{ - Part[#, 1], "", - Part[#, 3], - Part[#, 4]}& , TBpack`DataAnalysis`Private`yticks], None}], { - TBpack`DataAnalysis`Private`xticks, None}}; - TBpack`DataAnalysis`Private`len = - Map[Length, TBpack`DataAnalysis`Private`bands]; - TBpack`DataAnalysis`Private`p = ListLinePlot[ - Flatten[ - MapThread[ - TBpack`DataAnalysis`Private`data2plotdata, { - TBpack`DataAnalysis`Private`bands, - TBpack`DataAnalysis`Private`fermilevel, - TBpack`DataAnalysis`Private`knormfactor}], 1], PlotStyle -> - Flatten[ - Table[ - Part[ - TBpack`DataAnalysis`Private`plotstyle, - TBpack`DataAnalysis`Private`i], { - TBpack`DataAnalysis`Private`i, - 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Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"], False-> - TagBox[GridBox[{ - { - ItemBox[ - PaneBox[ - StyleBox["\<\" Symbol\"\>", "InformationTitleText", - StripOnInput->False], - FrameMargins->{{4, 0}, {-1, 1}}], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationTitleBackground", - StripOnInput->False]}, - { - ItemBox[ - PaneBox[ - - StyleBox["\<\"ElectronicBands1D[\\*RowBox[{StyleBox[\\\"unitcell\\\ -\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"]}]] calculates \ -electronic energy bands for a 1D system presented by \\*StyleBox[\\\"unitcell\ -\\\",\\\"TI\\\"] and the translation vector \ -\\*StyleBox[\\\"tr\\\",\\\"TI\\\"]. \\nElectronicBands1D[\\*RowBox[{StyleBox[\ -\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \ -\\\",\\\" , StyleBox[\\\"options\\\",\\\"TI\\\"]}]] calculates electronic \ -energy bands using specified \ -options.\\nElectronicBands1D[\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"],\ - \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \ -\\\"TBModelParameters\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"list\\\",\\\"TI\\\"]}]] uses specified tight-binding model \ -parameters given as \ -\\*StyleBox[\\\"list\\\",\\\"TI\\\"].\\nElectronicBands1D[\\*RowBox[{StyleBox[\ -\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \ -\\\",\\\" , \\\"HoppingDistances\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"list\\\",\\\"TI\\\"]}]] uses specified hopping distances given \ -as \\*StyleBox[\\\"list\\\",\\\"TI\\\"].\\nElectronicBands1D[\\*RowBox[{\ -StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\ -\\\"] , \\\",\\\" , \\\"HoppingDistanceDelta\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"value\\\",\\\"TI\\\"]}]] uses specified \ -\\*StyleBox[\\\"value\\\",\\\"TI\\\"] of the largest absolute deviation of \ -the hopping distances.\\nElectronicBands1D[\\*RowBox[{StyleBox[\\\"unitcell\\\ -\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \ -\\\"Efield\\\" , \\\"\[Rule]\\\" , StyleBox[\\\"vector\\\",\\\"TI\\\"]}]] \ -uses specified external electric field set by 3 Cartesian component \ -\\*StyleBox[\\\"vector\\\",\\\"TI\\\"].\\nElectronicBands1D[\\*RowBox[{\ -StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\ -\\\"] , \\\",\\\" , \\\"Bfield\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"vector\\\",\\\"TI\\\"]}]] uses specified external magnetic field \ -set by 3 Cartesian component \ -\\*StyleBox[\\\"vector\\\",\\\"TI\\\"].\\nElectronicBands1D[\\*RowBox[{\ -StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\ -\\\"] , \\\",\\\" , \\\"NumberOfKpoints\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"value\\\",\\\"TI\\\"]}]] uses specified by \\*StyleBox[\\\"value\ -\\\",\\\"TI\\\"] the number of \\*StyleBox[\\\"k\\\",\\\"TI\\\"]-points in a \ -uniform grid of 1D reciprocal space.\\nElectronicBands1D[\\*RowBox[{StyleBox[\ -\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \ -\\\",\\\" , \\\"EigenVectors\\\" , \\\"\[Rule]\\\" , StyleBox[\\\"True\\\",\\\ -\"TI\\\"]}]] returns a list of electronic energy bands, eigenvectors and \ -velocity matrix \ -elements.\\nElectronicBands1D[\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"]\ -, \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \ -\\\"ParallelEvaluation\\\" , \\\"\[Rule]\\\" , StyleBox[\\\"True\\\",\\\"TI\\\ -\"]}]] calculates in parallel for different \ -\\*StyleBox[\\\"k\\\",\\\"TI\\\"]-points.\\nElectronicBands1D[\\*RowBox[{\ -StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\ -\\\"] , \\\",\\\" , \\\"RelaxGeometry\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"True\\\",\\\"TI\\\"], \\\",\\\" , \ -\\\"Path2OptimizationProgramm\\\" , \\\"\[Rule]\\\" , \\\"{\\\", \ -StyleBox[\\\"integer\\\",\\\"TI\\\"], \\\",\\\" , \ -StyleBox[\\\"path\\\",\\\"TI\\\"] , \\\"}\\\"}]] uses the geometry \ -optimization of the unit cell by the programm set by \\*StyleBox[\\\"number\\\ -\",\\\"TI\\\"] and located at \ -\\*StyleBox[\\\"path\\\",\\\"TI\\\"].\\nElectronicBands1D[\\*RowBox[{StyleBox[\ -\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \ -\\\",\\\" , \\\"Path2Save\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"path\\\",\\\"TI\\\"]}]] saves the results of the calculation in \ -a file located at \\*StyleBox[\\\"path\\\",\\\"TI\\\"].\"\>", - "InformationUsageText", - StripOnInput->False, - LineSpacing->{1.5, 1.5, 3.}], - FrameMargins->{{10, 10}, {8, 10}}], - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False]}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpener"], - ImageSizeCache->{13., {3., 10.}}], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpenerHot"], - ImageSizeCache->{13., {3., 10.}}]}, Dynamic[ - System`InformationDump`mouseOver$$]], - Alignment->Left, - Appearance->{"Default" -> None}, - - ButtonFunction:>FEPrivate`Set[ - System`InformationDump`open$$, True], - Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - - EventHandlerTag[{ - "MouseEntered" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, True], - "MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"]}, Dynamic[System`InformationDump`open$$], - BaselinePosition->Baseline, - FrameMargins->0, - ImageSize->Automatic], - DynamicModuleValues:>{}], - BaseStyle->"InformationGridFrame", - StripOnInput->False], "InformationGridPlain", - StripOnInput->False], - InformationData[ - Association[ - "ObjectType" -> "Symbol", "Usage" -> - "ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"]}]] calculates electronic energy bands for a 1D system \ -presented by \*StyleBox[\"unitcell\",\"TI\"] and the translation vector \ -\*StyleBox[\"tr\",\"TI\"]. \n\ -ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , StyleBox[\"options\",\"TI\"]}]] calculates \ -electronic energy bands using specified options.\n\ -ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"TBModelParameters\" , \"\[Rule]\" , \ -StyleBox[\"list\",\"TI\"]}]] uses specified tight-binding model parameters \ -given as \*StyleBox[\"list\",\"TI\"].\n\ -ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"HoppingDistances\" , \"\[Rule]\" , \ -StyleBox[\"list\",\"TI\"]}]] uses specified hopping distances given as \ -\*StyleBox[\"list\",\"TI\"].\nElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\ -\",\"TI\"], \",\" , StyleBox[\"tr\",\"TI\"] , \",\" , \ -\"HoppingDistanceDelta\" , \"\[Rule]\" , StyleBox[\"value\",\"TI\"]}]] uses \ -specified \*StyleBox[\"value\",\"TI\"] of the largest absolute deviation of \ -the hopping distances.\n\ -ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"Efield\" , \"\[Rule]\" , \ -StyleBox[\"vector\",\"TI\"]}]] uses specified external electric field set by \ -3 Cartesian component \*StyleBox[\"vector\",\"TI\"].\n\ -ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"Bfield\" , \"\[Rule]\" , \ -StyleBox[\"vector\",\"TI\"]}]] uses specified external magnetic field set by \ -3 Cartesian component \*StyleBox[\"vector\",\"TI\"].\n\ -ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"NumberOfKpoints\" , \"\[Rule]\" , \ -StyleBox[\"value\",\"TI\"]}]] uses specified by \*StyleBox[\"value\",\"TI\"] \ -the number of \*StyleBox[\"k\",\"TI\"]-points in a uniform grid of 1D \ -reciprocal space.\nElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \ -\",\" , StyleBox[\"tr\",\"TI\"] , \",\" , \"EigenVectors\" , \"\[Rule]\" , \ -StyleBox[\"True\",\"TI\"]}]] returns a list of electronic energy bands, \ -eigenvectors and velocity matrix elements.\n\ -ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"ParallelEvaluation\" , \"\[Rule]\" , \ -StyleBox[\"True\",\"TI\"]}]] calculates in parallel for different \*StyleBox[\ -\"k\",\"TI\"]-points.\nElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\ -\"], \",\" , StyleBox[\"tr\",\"TI\"] , \",\" , \"RelaxGeometry\" , \ -\"\[Rule]\" , StyleBox[\"True\",\"TI\"], \",\" , \ -\"Path2OptimizationProgramm\" , \"\[Rule]\" , \"{\", \ -StyleBox[\"integer\",\"TI\"], \",\" , StyleBox[\"path\",\"TI\"] , \"}\"}]] \ -uses the geometry optimization of the unit cell by the programm set by \ -\*StyleBox[\"number\",\"TI\"] and located at \*StyleBox[\"path\",\"TI\"].\n\ -ElectronicBands1D[\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"Path2Save\" , \"\[Rule]\" , \ -StyleBox[\"path\",\"TI\"]}]] saves the results of the calculation in a file \ -located at \*StyleBox[\"path\",\"TI\"].", "Documentation" -> None, - "OwnValues" -> None, "UpValues" -> None, "DownValues" -> None, - "SubValues" -> None, "DefaultValues" -> - Information`InformationValueForm[ - DefaultValues, TBpack`ElectronicBands1D, { - SyntaxInformation[TBpack`ElectronicBands1D] -> {"ArgumentsPattern" -> { - Blank[], - Blank[], - OptionsPattern[]}}}], "NValues" -> None, "FormatValues" -> None, - "Options" -> { - TBpack`TBModelParameters -> {{0, 3.12, 0, 0}, {1, 0, 0, 0}, 3., {{0, - 0}, {0, 0}, {0, 0}, {0, 0}}, "Partoens2006"}, - TBpack`HoppingDistances -> {0, 1.42, 2.45951, 2.84}, - TBpack`HoppingDistanceDelta -> 0.05, TBpack`Efield -> {0, 0, 0}, - TBpack`Bfield -> {0, 0, 0}, TBpack`NumberOfKpoints -> 100, - TBpack`EigenVectors -> False, TBpack`ParallelEvaluation -> True, - TBpack`RelaxGeometry -> False, - TBpack`Path2OptimizationProgramm -> {None, ""}, TBpack`Path2Save -> - "C:\\Users\\Vasil"}, "Attributes" -> {Protected, ReadProtected}, - "FullName" -> "TBpack`ElectronicBands1D"], False]]], "Output", - CellChangeTimes->{3.795364310710431*^9, 3.795410078258649*^9, - 3.795447403150511*^9, 3.795458101264408*^9, 3.795500190168318*^9, - 3.7955045674980307`*^9}, - CellLabel->"Out[16]=",ExpressionUUID->"9a9b1aac-43cb-4c04-8def-87e0eab0fa5a"], - -Cell[BoxData[ - RowBox[{"{", - RowBox[{ - RowBox[{"TBModelParameters", "\[Rule]", - RowBox[{"{", - RowBox[{ - RowBox[{"{", - RowBox[{"0", ",", "3.12`", ",", "0", ",", "0"}], "}"}], ",", - RowBox[{"{", - RowBox[{"1", ",", "0", ",", "0", ",", "0"}], "}"}], ",", "3.`", ",", - RowBox[{"{", - RowBox[{ - RowBox[{"{", - RowBox[{"0", ",", "0"}], "}"}], ",", - RowBox[{"{", - RowBox[{"0", ",", "0"}], "}"}], ",", - RowBox[{"{", - RowBox[{"0", ",", "0"}], "}"}], ",", - RowBox[{"{", - RowBox[{"0", ",", "0"}], "}"}]}], "}"}], - ",", "\<\"Partoens2006\"\>"}], "}"}]}], ",", - RowBox[{"HoppingDistances", "\[Rule]", - RowBox[{"{", - RowBox[{"0", ",", "1.42`", ",", "2.45951`", ",", "2.84`"}], "}"}]}], ",", - RowBox[{"HoppingDistanceDelta", "\[Rule]", "0.05`"}], ",", - 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StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationTitleBackground", - StripOnInput->False]}, - { - ItemBox[ - PaneBox[ - - StyleBox["\<\"PlotElectronicBands1D[\\!\\(\\*StyleBox[\\\"bands\\\ -\",\\\"TI\\\"], \\*StyleBox[\\\"fermilevel\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"knorm\\\",\\\"TI\\\"]\\)] plots the energy bands \\*StyleBox[\ -\\\"bands\\\",\\\"TI\\\"] shifting them by \ -\\*StyleBox[\\\"fermilevel\\\",\\\"TI\\\"] and normalizing \ -\\*StyleBox[\\\"k\\\",\\\"TI\\\"]-points by \ -\\*StyleBox[\\\"knorm\\\",\\\"TI\\\"] \ -factor.\\nPlotElectronicBands1D[\\!\\(\\*StyleBox[\\\"bands\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"fermilevel\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"knorm\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"options\\\",\\\"TI\\\"]\\)] uses the specified options.\"\>", - "InformationUsageText", - StripOnInput->False, - LineSpacing->{1.5, 1.5, 3.}], - FrameMargins->{{10, 10}, {8, 10}}], - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False]}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpener"], - ImageSizeCache->{13., {3., 10.}}], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpenerHot"], - ImageSizeCache->{13., {3., 10.}}]}, Dynamic[ - System`InformationDump`mouseOver$$]], - Alignment->Left, - Appearance->{"Default" -> None}, - - ButtonFunction:>FEPrivate`Set[ - System`InformationDump`open$$, True], - Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - - EventHandlerTag[{ - "MouseEntered" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, True], - "MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"]}, Dynamic[System`InformationDump`open$$], - BaselinePosition->Baseline, - FrameMargins->0, - ImageSize->Automatic], - DynamicModuleValues:>{}], - BaseStyle->"InformationGridFrame", - StripOnInput->False], "InformationGridPlain", - StripOnInput->False], - InformationData[ - Association[ - "ObjectType" -> "Symbol", "Usage" -> - "PlotElectronicBands1D[\!\(\*StyleBox[\"bands\",\"TI\"], \ -\*StyleBox[\"fermilevel\",\"TI\"], \*StyleBox[\"knorm\",\"TI\"]\)] plots the \ -energy bands \*StyleBox[\"bands\",\"TI\"] shifting them by \ -\*StyleBox[\"fermilevel\",\"TI\"] and normalizing \ -\*StyleBox[\"k\",\"TI\"]-points by \*StyleBox[\"knorm\",\"TI\"] factor.\n\ -PlotElectronicBands1D[\!\(\*StyleBox[\"bands\",\"TI\"], \ -\*StyleBox[\"fermilevel\",\"TI\"], \*StyleBox[\"knorm\",\"TI\"], \ -\*StyleBox[\"options\",\"TI\"]\)] uses the specified options.", - "Documentation" -> None, "OwnValues" -> None, "UpValues" -> None, - "DownValues" -> - Information`InformationValueForm[ - DownValues, TBpack`DataAnalysis`PlotElectronicBands1D, { - TBpack`DataAnalysis`PlotElectronicBands1D[ - Pattern[TBpack`DataAnalysis`Private`bands, - Blank[List]], - Pattern[TBpack`DataAnalysis`Private`fermilevel, - Blank[]], - Pattern[TBpack`DataAnalysis`Private`knormfactor, - Blank[]], - OptionsPattern[]] :> Catch[ - Module[{ - TBpack`DataAnalysis`Private`labels = - OptionValue[TBpack`DataAnalysis`Labels], - TBpack`DataAnalysis`Private`paflag = - OptionValue[TBpack`DataAnalysis`PlotAppearance], - TBpack`DataAnalysis`Private`plotrange = OptionValue[PlotRange], - TBpack`DataAnalysis`Private`plotstyle = OptionValue[PlotStyle], - TBpack`DataAnalysis`Private`titlepos = - OptionValue[TBpack`DataAnalysis`TitlePosition], - TBpack`DataAnalysis`Private`aspectratio = OptionValue[AspectRatio], - TBpack`DataAnalysis`Private`blen, - TBpack`DataAnalysis`Private`linestyles = { - Dashing[1], - Dashing[0.025], - Dashing[{0.02, 0.006, 0.006, 0.006}]}, - TBpack`DataAnalysis`Private`dy = - OptionValue[TBpack`DataAnalysis`YStep], - TBpack`DataAnalysis`Private`dx = - OptionValue[TBpack`DataAnalysis`XStep], - TBpack`DataAnalysis`Private`yticklen = - OptionValue[TBpack`DataAnalysis`YTickLen], - TBpack`DataAnalysis`Private`xticklen = - OptionValue[TBpack`DataAnalysis`XTickLen], - TBpack`DataAnalysis`Private`ytickdir = - OptionValue[TBpack`DataAnalysis`YTickDirection], - TBpack`DataAnalysis`Private`xtickdir = - OptionValue[TBpack`DataAnalysis`XTickDirection], - TBpack`DataAnalysis`Private`tickspattern = - OptionValue[TBpack`DataAnalysis`TicksPattern], - TBpack`DataAnalysis`Private`ny = - OptionValue[TBpack`DataAnalysis`YSubdivisions], - TBpack`DataAnalysis`Private`nx = - OptionValue[TBpack`DataAnalysis`XSubdivisions], - TBpack`DataAnalysis`Private`xmin, TBpack`DataAnalysis`Private`xmax, - TBpack`DataAnalysis`Private`ymin, - TBpack`DataAnalysis`Private`ymax, - TBpack`DataAnalysis`Private`yticks, - TBpack`DataAnalysis`Private`xticks, - TBpack`DataAnalysis`Private`fticks, - TBpack`DataAnalysis`Private`showtittle, - TBpack`DataAnalysis`Private`title, - TBpack`DataAnalysis`Private`inset, - TBpack`DataAnalysis`Private`axeslabels, - TBpack`DataAnalysis`Private`plotrangepadding, - TBpack`DataAnalysis`Private`len, TBpack`DataAnalysis`Private`p, - TBpack`DataAnalysis`Private`bandsQ, - TBpack`DataAnalysis`Private`plotstyleQ, - TBpack`DataAnalysis`Private`ts, TBpack`DataAnalysis`Private`ls, - TBpack`DataAnalysis`Private`nd, - TBpack`DataAnalysis`Private`data2plotdata, - TBpack`DataAnalysis`Private`lbfun, - TBpack`DataAnalysis`Private`nolabel}, - TBpack`DataAnalysis`Private`bandsQ = MatrixQ[#, NumericQ]& ; - TBpack`DataAnalysis`Private`plotstyleQ = Or[ - MatchQ[#, - RGBColor[ - Blank[], - Blank[], - Blank[]]], - MatchQ[#, - GrayLevel[ - Blank[]]], - MatchQ[#, - Directive[ - BlankSequence[]]]]& ; If[ - TBpack`DataAnalysis`Private`bandsQ[ - TBpack`DataAnalysis`Private`bands], - TBpack`DataAnalysis`Private`bands = { - TBpack`DataAnalysis`Private`bands}; - TBpack`DataAnalysis`Private`blen = 1, - If[ - VectorQ[ - TBpack`DataAnalysis`Private`bands, - TBpack`DataAnalysis`Private`bandsQ], - TBpack`DataAnalysis`Private`blen = - Length[TBpack`DataAnalysis`Private`bands], - Message[ - MessageName[TBpack`DataAnalysis`PlotElectronicBands1D, "farg"]], - Throw[$Failed]]]; - If[Length[TBpack`DataAnalysis`Private`fermilevel] == 0, - If[ - NumberQ[TBpack`DataAnalysis`Private`fermilevel], - TBpack`DataAnalysis`Private`fermilevel = { - TBpack`DataAnalysis`Private`fermilevel}, Message[ - MessageName[ - TBpack`DataAnalysis`PlotElectronicBands1D, "notanumber"], - TBpack`DataAnalysis`Private`fermilevel]; Throw[$Failed]]]; - If[Length[TBpack`DataAnalysis`Private`knormfactor] == 0, - If[ - NumberQ[TBpack`DataAnalysis`Private`knormfactor], - TBpack`DataAnalysis`Private`knormfactor = { - TBpack`DataAnalysis`Private`knormfactor}, Message[ - MessageName[ - TBpack`DataAnalysis`PlotElectronicBands1D, "notanumber"], - TBpack`DataAnalysis`Private`knormfactor]; Throw[$Failed]]]; - If[TBpack`DataAnalysis`Private`plotstyle === Automatic, - If[ - TBpack`DataAnalysis`Private`blen <= 10, - TBpack`DataAnalysis`Private`plotstyle = Table[ - Directive[ - Part[TBpack`DataAnalysis`Private`linestyles, - Mod[TBpack`DataAnalysis`Private`i, 3, 1]], - Part[ - TBpack`DataAnalysis`TBpackPalette, - TBpack`DataAnalysis`Private`i]], { - TBpack`DataAnalysis`Private`i, - TBpack`DataAnalysis`Private`blen}], Message[ - MessageName[ - TBpack`DataAnalysis`PlotElectronicBands1D, "psoptnocolors"]]; - Throw[$Failed]], - If[ - TBpack`DataAnalysis`Private`plotstyleQ[ - TBpack`DataAnalysis`Private`plotstyle], - TBpack`DataAnalysis`Private`plotstyle = { - TBpack`DataAnalysis`Private`plotstyle}, - If[ - Not[ - VectorQ[ - TBpack`DataAnalysis`Private`plotstyle, - TBpack`DataAnalysis`Private`plotstyleQ]], Message[ - MessageName[ - TBpack`DataAnalysis`PlotElectronicBands1D, "psoptnotstyle"]]; - Throw[$Failed]]]]; If[ - Not[ - TBpack`DataAnalysis`Private`blen == - Length[TBpack`DataAnalysis`Private`fermilevel] == - Length[TBpack`DataAnalysis`Private`knormfactor] == - Length[TBpack`DataAnalysis`Private`plotstyle]], Message[ - MessageName[ - TBpack`DataAnalysis`PlotElectronicBands1D, "arguments"]]; - Throw[$Failed]]; - If[Part[TBpack`DataAnalysis`Private`labels, 3] === Automatic, - Part[TBpack`DataAnalysis`Private`labels, 3] = - Range[TBpack`DataAnalysis`Private`blen], - If[ - Not[Length[ - Part[TBpack`DataAnalysis`Private`labels, 3]] == - TBpack`DataAnalysis`Private`blen], Message[ - MessageName[ - TBpack`DataAnalysis`PlotElectronicBands1D, "legendlbls"]]; - Throw[$Failed]]]; If[ - Or[ - Part[TBpack`DataAnalysis`Private`labels, 1] === "", - Part[TBpack`DataAnalysis`Private`labels, 1] === Null, - Part[TBpack`DataAnalysis`Private`labels, 1] === None], - TBpack`DataAnalysis`Private`showtittle = False, - TBpack`DataAnalysis`Private`showtittle = True]; - If[TBpack`DataAnalysis`Private`plotrange === Automatic, - TBpack`DataAnalysis`Private`plotrange = {{ - Min[ - - MapThread[# Last[#2]& , { - TBpack`DataAnalysis`Private`knormfactor, - TBpack`DataAnalysis`Private`bands}]], - Max[ - - MapThread[# Last[#2]& , { - TBpack`DataAnalysis`Private`knormfactor, - TBpack`DataAnalysis`Private`bands}]]}, { - Floor[ - Min[ - MapThread[ - First[#2] - #& , { - TBpack`DataAnalysis`Private`fermilevel, - TBpack`DataAnalysis`Private`bands}]]], - Ceiling[ - Max[ - MapThread[ - Part[#2, -2] - #& , { - TBpack`DataAnalysis`Private`fermilevel, - TBpack`DataAnalysis`Private`bands}]]]}}]; - TBpack`DataAnalysis`Private`ts[ - Pattern[TBpack`DataAnalysis`Private`st, - Blank[]]] := - TBpack`MaTeX`MaTeX[TBpack`DataAnalysis`Private`st, FontSize -> 21]; - TBpack`DataAnalysis`Private`ls[ - Pattern[TBpack`DataAnalysis`Private`st, - Blank[]]] := - TBpack`MaTeX`MaTeX[TBpack`DataAnalysis`Private`st, FontSize -> 20]; - TBpack`DataAnalysis`Private`nd = TBpack`DataAnalysis`Private`ls[ - ToString[ - PaddedForm[1. #, - OptionValue[TBpack`DataAnalysis`NumberDisplay], - ExponentFunction -> (If[-16 < # < 16, Null, #]& )]]]& ; - TBpack`DataAnalysis`Private`data2plotdata[ - Pattern[TBpack`DataAnalysis`Private`d, - Blank[]], - Pattern[TBpack`DataAnalysis`Private`eff, - Blank[]], - Pattern[TBpack`DataAnalysis`Private`nfactor, - Blank[]]] := - Module[{TBpack`DataAnalysis`Private`ed, - TBpack`DataAnalysis`Private`kd, - TBpack`DataAnalysis`Private`dim}, - TBpack`DataAnalysis`Private`ed = - Map[# - TBpack`DataAnalysis`Private`eff& , - Most[TBpack`DataAnalysis`Private`d], {2}]; - TBpack`DataAnalysis`Private`kd = - Last[TBpack`DataAnalysis`Private`d]; - TBpack`DataAnalysis`Private`dim = - Dimensions[TBpack`DataAnalysis`Private`ed]; - Table[{TBpack`DataAnalysis`Private`nfactor - Part[TBpack`DataAnalysis`Private`kd, - TBpack`DataAnalysis`Private`j], - Part[ - TBpack`DataAnalysis`Private`ed, TBpack`DataAnalysis`Private`i, - TBpack`DataAnalysis`Private`j]}, { - TBpack`DataAnalysis`Private`i, 1, - Part[TBpack`DataAnalysis`Private`dim, 1]}, { - TBpack`DataAnalysis`Private`j, 1, - Part[TBpack`DataAnalysis`Private`dim, 2]}]]; - TBpack`DataAnalysis`Private`lbfun = Labeled[#, - LineLegend[TBpack`DataAnalysis`Private`plotstyle, - Map[TBpack`DataAnalysis`Private`ls, - Part[TBpack`DataAnalysis`Private`labels, 3]]], Right]& ; - TBpack`DataAnalysis`Private`nolabel = { - Part[#, 1], "", - Part[#, 3], - Part[#, 4]}& ; - TBpack`DataAnalysis`Private`title = - If[TBpack`DataAnalysis`Private`showtittle, - TBpack`DataAnalysis`Private`ts[ - Part[TBpack`DataAnalysis`Private`labels, 1]]]; - TBpack`DataAnalysis`Private`inset = - If[TBpack`DataAnalysis`Private`showtittle, { - Inset[ - - Grid[{{TBpack`DataAnalysis`Private`title}}, Frame -> - OptionValue[TBpack`DataAnalysis`TitleFrame]], - Scaled[TBpack`DataAnalysis`Private`titlepos], Background -> - OptionValue[TBpack`DataAnalysis`TitleBackground]]}, {}]; - TBpack`DataAnalysis`Private`axeslabels = - Switch[TBpack`DataAnalysis`Private`paflag, 1, { - TBpack`DataAnalysis`Private`ls[ - Part[TBpack`DataAnalysis`Private`labels, 2, 1]], - TBpack`DataAnalysis`Private`ls[ - Part[TBpack`DataAnalysis`Private`labels, 2, 2]]}, 2, { - TBpack`DataAnalysis`Private`ls[ - Part[TBpack`DataAnalysis`Private`labels, 2, 1]], - TBpack`DataAnalysis`Private`ls[ - Part[TBpack`DataAnalysis`Private`labels, 2, 2]]}, 3, { - TBpack`DataAnalysis`Private`ls[ - Part[TBpack`DataAnalysis`Private`labels, 2, 1]], None}, 4, { - TBpack`DataAnalysis`Private`ls[ - Part[TBpack`DataAnalysis`Private`labels, 2, 1]], None}]; {{ - TBpack`DataAnalysis`Private`xmin, - TBpack`DataAnalysis`Private`xmax}, { - TBpack`DataAnalysis`Private`ymin, - TBpack`DataAnalysis`Private`ymax}} = - TBpack`DataAnalysis`Private`plotrange; - TBpack`DataAnalysis`Private`yticks = - TBpack`CustomTicks`LinTicks[ - TBpack`DataAnalysis`Private`ymin, - TBpack`DataAnalysis`Private`ymax, TBpack`DataAnalysis`Private`dy, - TBpack`DataAnalysis`Private`ny, - TBpack`CustomTicks`MajorTickLength -> - TBpack`DataAnalysis`Private`yticklen, - TBpack`CustomTicks`MinorTickLength -> - TBpack`DataAnalysis`Private`yticklen/2, - TBpack`CustomTicks`TickDirection -> - TBpack`DataAnalysis`Private`ytickdir, - TBpack`CustomTicks`TickLabelFunction -> - TBpack`DataAnalysis`Private`nd]; - TBpack`DataAnalysis`Private`xticks = - TBpack`CustomTicks`LinTicks[ - TBpack`DataAnalysis`Private`xmin, - TBpack`DataAnalysis`Private`xmax, TBpack`DataAnalysis`Private`dx, - TBpack`DataAnalysis`Private`nx, - TBpack`CustomTicks`MajorTickLength -> - TBpack`DataAnalysis`Private`xticklen, - TBpack`CustomTicks`MinorTickLength -> - TBpack`DataAnalysis`Private`xticklen/2, - TBpack`CustomTicks`TickDirection -> - TBpack`DataAnalysis`Private`xtickdir, - TBpack`CustomTicks`TickLabelFunction -> - TBpack`DataAnalysis`Private`nd]; - TBpack`DataAnalysis`Private`fticks = { - Switch[TBpack`DataAnalysis`Private`paflag, 1, { - If[ - Part[TBpack`DataAnalysis`Private`tickspattern, 1, 1], - TBpack`DataAnalysis`Private`yticks, None], - If[ - Part[TBpack`DataAnalysis`Private`tickspattern, 1, 2], - Map[ - TBpack`DataAnalysis`Private`nolabel, - TBpack`DataAnalysis`Private`yticks], None]}, 2, { - If[ - Part[TBpack`DataAnalysis`Private`tickspattern, 1, 1], - TBpack`DataAnalysis`Private`yticks, None], - If[ - Part[TBpack`DataAnalysis`Private`tickspattern, 1, 2], - Map[ - TBpack`DataAnalysis`Private`nolabel, - TBpack`DataAnalysis`Private`yticks], None]}, 3, { - If[ - Part[TBpack`DataAnalysis`Private`tickspattern, 1, 1], - Map[ - TBpack`DataAnalysis`Private`nolabel, - TBpack`DataAnalysis`Private`yticks], None], - If[ - Part[TBpack`DataAnalysis`Private`tickspattern, 1, 2], - Map[ - TBpack`DataAnalysis`Private`nolabel, - TBpack`DataAnalysis`Private`yticks], None]}, 4, { - If[ - Part[TBpack`DataAnalysis`Private`tickspattern, 1, 1], - Map[ - TBpack`DataAnalysis`Private`nolabel, - TBpack`DataAnalysis`Private`yticks], None], - If[ - Part[TBpack`DataAnalysis`Private`tickspattern, 1, 2], - Map[ - TBpack`DataAnalysis`Private`nolabel, - TBpack`DataAnalysis`Private`yticks], None]}], { - If[ - Part[TBpack`DataAnalysis`Private`tickspattern, 2, 1], - TBpack`DataAnalysis`Private`xticks, None], - If[ - Part[TBpack`DataAnalysis`Private`tickspattern, 2, 2], - Map[ - TBpack`DataAnalysis`Private`nolabel, - TBpack`DataAnalysis`Private`xticks], None]}}; If[ - And[ - TBpack`DataAnalysis`Private`yticklen < 0.5, - TBpack`DataAnalysis`Private`xticklen/ - TBpack`DataAnalysis`Private`aspectratio < 0.5], - TBpack`DataAnalysis`Private`plotrangepadding = { - Scaled[TBpack`DataAnalysis`Private`yticklen], - Scaled[ - TBpack`DataAnalysis`Private`xticklen/ - TBpack`DataAnalysis`Private`aspectratio]}, Message[ - MessageName[ - TBpack`DataAnalysis`PlotElectronicBands1D, "plotrange"], - TBpack`DataAnalysis`Private`yticklen, - TBpack`DataAnalysis`Private`xticklen, - TBpack`DataAnalysis`Private`aspectratio]; Throw[$Failed]]; - TBpack`DataAnalysis`Private`len = - Map[Length, TBpack`DataAnalysis`Private`bands]; - TBpack`DataAnalysis`Private`p = ListLinePlot[ - Flatten[ - MapThread[ - TBpack`DataAnalysis`Private`data2plotdata, { - TBpack`DataAnalysis`Private`bands, - TBpack`DataAnalysis`Private`fermilevel, - TBpack`DataAnalysis`Private`knormfactor}], 1], PlotStyle -> - Flatten[ - Table[ - Part[ - TBpack`DataAnalysis`Private`plotstyle, - TBpack`DataAnalysis`Private`i], { - TBpack`DataAnalysis`Private`i, - TBpack`DataAnalysis`Private`blen}, { - TBpack`DataAnalysis`Private`j, - Part[TBpack`DataAnalysis`Private`len, - TBpack`DataAnalysis`Private`i] - 1}], 1], PlotRange -> - TBpack`DataAnalysis`Private`plotrange, PlotRangePadding -> - TBpack`DataAnalysis`Private`plotrangepadding, Axes -> False, - Frame -> True, FrameStyle -> OptionValue[FrameStyle], - FrameTicksStyle -> OptionValue[FrameTicksStyle], FrameLabel -> - TBpack`DataAnalysis`Private`axeslabels, FrameTicks -> - TBpack`DataAnalysis`Private`fticks, Epilog -> - TBpack`DataAnalysis`Private`inset, AspectRatio -> - TBpack`DataAnalysis`Private`aspectratio, ImageSize -> - OptionValue[ImageSize]]; - Switch[TBpack`DataAnalysis`Private`paflag, 1, - TBpack`DataAnalysis`Private`lbfun[TBpack`DataAnalysis`Private`p], - 2, TBpack`DataAnalysis`Private`p, 3, - TBpack`DataAnalysis`Private`p, 4, - TBpack`DataAnalysis`Private`lbfun[ - TBpack`DataAnalysis`Private`p]]]]}], "SubValues" -> None, - "DefaultValues" -> - Information`InformationValueForm[ - DefaultValues, TBpack`DataAnalysis`PlotElectronicBands1D, { - SyntaxInformation[TBpack`DataAnalysis`PlotElectronicBands1D] -> { - "ArgumentsPattern" -> { - Blank[], - Blank[], - Blank[], - OptionsPattern[]}}}], "NValues" -> None, "FormatValues" -> None, - "Options" -> { - TBpack`DataAnalysis`Labels -> { - "", {"k", "E-E_{\\mathrm{F}},\\text{ eV}"}, Automatic}, - TBpack`DataAnalysis`PlotAppearance -> 1, - TBpack`DataAnalysis`TitlePosition -> {0.5, 0.93}, - TBpack`DataAnalysis`TitleFrame -> True, - TBpack`DataAnalysis`TitleBackground -> GrayLevel[1], - TBpack`DataAnalysis`NumberDisplay -> {3, 2}, TBpack`DataAnalysis`YStep -> - 5, TBpack`DataAnalysis`XStep -> 0.5, TBpack`DataAnalysis`YSubdivisions -> - 5, TBpack`DataAnalysis`XSubdivisions -> 5, TBpack`DataAnalysis`YTickLen -> - 0.05, TBpack`DataAnalysis`XTickLen -> 0.05, - TBpack`DataAnalysis`YTickDirection -> TBpack`CustomTicks`Outward, - TBpack`DataAnalysis`XTickDirection -> TBpack`CustomTicks`Outward, - TBpack`DataAnalysis`TicksPattern -> {{True, False}, {True, False}}, - PlotRange -> Automatic, PlotStyle -> RGBColor[1, 0, 0], FrameTicksStyle -> - Directive[ - AbsoluteThickness[0.5], - GrayLevel[0]], FrameStyle -> Directive[ - AbsoluteThickness[0.5], - GrayLevel[0]], AspectRatio -> 3, ImageSize -> {Automatic, 380}}, - "Attributes" -> {}, "FullName" -> - "TBpack`DataAnalysis`PlotElectronicBands1D"], False]]], "Output", - CellChangeTimes->{ - 3.7955384624367104`*^9, 3.7955385618463964`*^9, 3.795538761816834*^9, { - 3.795538840826353*^9, 3.7955388564662476`*^9}}, - CellLabel-> - "Out[485]=",ExpressionUUID->"70a04506-3131-4e7c-a799-01c0b3e1dd94"] -}, Open ]], - -Cell[CellGroupData[{ - -Cell[BoxData[{ - RowBox[{ - RowBox[{"bands", "=", - RowBox[{"d", "\[LeftDoubleBracket]", "1", "\[RightDoubleBracket]"}]}], - ";"}], "\[IndentingNewLine]", - RowBox[{"g", "=", - RowBox[{"PlotElectronicBands1D", "[", "\[IndentingNewLine]", - RowBox[{ - RowBox[{"{", - RowBox[{"bands", ",", "bands", ",", "bands", ",", "bands"}], "}"}], ",", - "\[IndentingNewLine]", - RowBox[{"{", - RowBox[{ - RowBox[{"FermiEnergy", "[", "bands", "]"}], ",", - RowBox[{"FermiEnergy", "[", "bands", "]"}], ",", - RowBox[{ - RowBox[{"FermiEnergy", "[", 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-> { - "SelectionDeparture", "ParentChanged", - "EvaluatorQuit"}]]]], - DefaultBaseStyle->{}, - Evaluator->Automatic, - Method->"Preemptive"], - GrayLevel[0], - Editable->False, - Selectable->False]}], "]"}]}]}, - { - RowBox[{"AspectRatio", "\[Rule]", "3"}]}, - { - RowBox[{"ImageSize", "\[Rule]", - RowBox[{"{", - RowBox[{"Automatic", ",", "380"}], "}"}]}]}, - { - StyleBox[ - - TemplateBox[{ - "\"(\"","\"\[InvisibleSpace]\"","21","\" total)\""}, - "RowDefault"], "InformationRowOpener", - StripOnInput->False]} - }, - BaselinePosition->{Baseline, {1, 1}}, - DefaultBaseStyle->"Column", - GridBoxAlignment->{"Columns" -> {{Left}}}, - - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{1.}}}], False-> - RowBox[{ - RowBox[{"Labels", "\[Rule]", - RowBox[{"{", - RowBox[{"\<\"\"\>", ",", - RowBox[{"{", - - RowBox[{"\<\"k\"\>", - ",", "\<\"E-E_{\\\\mathrm{F}},\\\\text{ eV}\"\>"}], "}"}], - ",", "Automatic"}], "}"}]}], "\[ThinSpace]", - StyleBox["\<\"\[Ellipsis]\"\>", "InformationRowOpener", - StripOnInput->False], "\[ThinSpace]", - StyleBox[ - - TemplateBox[{ - "\"(\"","\"\[InvisibleSpace]\"","21","\" total)\""}, - "RowDefault"], "InformationRowOpener", - StripOnInput->False]}]}, Dynamic[ - FEPrivate`Part[System`InformationDump`open$$, 9]], - BaselinePosition->Baseline, - ImageSize->Automatic]}, - { - TagBox[ - TooltipBox[ - StyleBox["\<\" Full Name\"\>", "InformationRowLabel", - StripOnInput->False], - "\"FullName\"", - TooltipStyle->"TextStyling"], - - Annotation[#, "FullName", - "Tooltip"]& ], \ -"\<\"TBpack`DataAnalysis`PlotElectronicBands1D\"\>"} - }, - AutoDelete->False, - GridBoxAlignment->{"Columns" -> {Right, Left}}, - GridBoxDividers->None, - GridBoxItemSize->{"Columns" -> {Automatic, Automatic}}, - GridBoxSpacings->{"Columns" -> { - Offset[0.27999999999999997`], { - Offset[0.5599999999999999]}, - Offset[0.27999999999999997`]}, "Rows" -> { - Offset[0.2], { - Offset[0.8]}, - Offset[0.2]}}], "DialogStyle", - StripOnInput->False], - DynamicModuleValues:>{}]} - }, - DefaultBaseStyle->"Column", - GridBoxAlignment->{"Columns" -> {{Left}}}, - GridBoxDividers->{"Columns" -> {{False}}, "Rows" -> {{False}}}, - - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}, - GridBoxSpacings->{"Columns" -> { - Offset[0.27999999999999997`], { - Offset[0.5599999999999999]}, - Offset[0.27999999999999997`]}, "Rows" -> { - Offset[0.2], { - Offset[3.6]}, - Offset[0.2]}}], - FrameMargins->6], ""}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "UpPointerOpener"], - ImageSizeCache->{13., {3., 10.}}], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "UpPointerOpenerHot"], - ImageSizeCache->{13., {3., 10.}}]}, Dynamic[ - System`InformationDump`mouseOver$$]], - Alignment->Left, - Appearance->{"Default" -> None}, - - ButtonFunction:>FEPrivate`Set[ - System`InformationDump`open$$, False], - Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - - EventHandlerTag[{ - "MouseEntered" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, True], - "MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"], False-> - TagBox[GridBox[{ - { - ItemBox[ - PaneBox[ - StyleBox["\<\" Symbol\"\>", "InformationTitleText", - StripOnInput->False], - FrameMargins->{{4, 0}, {-1, 1}}], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationTitleBackground", - StripOnInput->False]}, - { - ItemBox[ - PaneBox[ - - StyleBox["\<\"PlotElectronicBands1D[\\!\\(\\*StyleBox[\\\"bands\\\ -\",\\\"TI\\\"], \\*StyleBox[\\\"fermilevel\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"knorm\\\",\\\"TI\\\"]\\)] plots the energy bands \\*StyleBox[\ -\\\"bands\\\",\\\"TI\\\"] shifting them by \ -\\*StyleBox[\\\"fermilevel\\\",\\\"TI\\\"] and normalizing \ -\\*StyleBox[\\\"k\\\",\\\"TI\\\"]-points by \ -\\*StyleBox[\\\"knorm\\\",\\\"TI\\\"] \ -factor.\\nPlotElectronicBands1D[\\!\\(\\*StyleBox[\\\"bands\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"fermilevel\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"knorm\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"options\\\",\\\"TI\\\"]\\)] uses the specified options.\"\>", - "InformationUsageText", - StripOnInput->False, - LineSpacing->{1.5, 1.5, 3.}], - FrameMargins->{{10, 10}, {8, 10}}], - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False]}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpener"], - ImageSizeCache->{13., {3., 10.}}], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpenerHot"], - ImageSizeCache->{13., {3., 10.}}]}, Dynamic[ - System`InformationDump`mouseOver$$]], - Alignment->Left, - Appearance->{"Default" -> None}, - - ButtonFunction:>FEPrivate`Set[ - System`InformationDump`open$$, True], - Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - - EventHandlerTag[{ - "MouseEntered" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, True], - "MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"]}, Dynamic[System`InformationDump`open$$], - BaselinePosition->Baseline, - FrameMargins->0, - ImageSize->Automatic], - DynamicModuleValues:>{}], - BaseStyle->"InformationGridFrame", - StripOnInput->False], "InformationGridPlain", - StripOnInput->False], - InformationData[ - Association[ - "ObjectType" -> "Symbol", "Usage" -> - "PlotElectronicBands1D[\!\(\*StyleBox[\"bands\",\"TI\"], \ -\*StyleBox[\"fermilevel\",\"TI\"], \*StyleBox[\"knorm\",\"TI\"]\)] plots the \ -energy bands \*StyleBox[\"bands\",\"TI\"] shifting them by \ -\*StyleBox[\"fermilevel\",\"TI\"] and normalizing \ -\*StyleBox[\"k\",\"TI\"]-points by \*StyleBox[\"knorm\",\"TI\"] factor.\n\ -PlotElectronicBands1D[\!\(\*StyleBox[\"bands\",\"TI\"], \ -\*StyleBox[\"fermilevel\",\"TI\"], \*StyleBox[\"knorm\",\"TI\"], \ -\*StyleBox[\"options\",\"TI\"]\)] uses the specified options.", - "Documentation" -> None, "OwnValues" -> None, "UpValues" -> None, - "DownValues" -> - Information`InformationValueForm[ - DownValues, TBpack`DataAnalysis`PlotElectronicBands1D, { - TBpack`DataAnalysis`PlotElectronicBands1D[ - Pattern[TBpack`DataAnalysis`Private`bands, - Blank[List]], - Pattern[TBpack`DataAnalysis`Private`fermilevel, - Blank[]], - Pattern[TBpack`DataAnalysis`Private`knormfactor, - Blank[]], - OptionsPattern[]] :> Catch[ - Module[{ - TBpack`DataAnalysis`Private`labels = - OptionValue[TBpack`DataAnalysis`Labels], - TBpack`DataAnalysis`Private`paflag = - OptionValue[TBpack`DataAnalysis`PlotAppearance], - TBpack`DataAnalysis`Private`plotrange = OptionValue[PlotRange], - TBpack`DataAnalysis`Private`plotstyle = OptionValue[PlotStyle], - TBpack`DataAnalysis`Private`titlepos = - OptionValue[TBpack`DataAnalysis`TitlePosition], - TBpack`DataAnalysis`Private`aspectratio = OptionValue[AspectRatio], - TBpack`DataAnalysis`Private`blen, - TBpack`DataAnalysis`Private`linestyles = { - Dashing[1], - Dashing[0.025], - Dashing[{0.02, 0.006, 0.006, 0.006}]}, - TBpack`DataAnalysis`Private`dy = - OptionValue[TBpack`DataAnalysis`YStep], - TBpack`DataAnalysis`Private`dx = - OptionValue[TBpack`DataAnalysis`XStep], - TBpack`DataAnalysis`Private`yticklen = - OptionValue[TBpack`DataAnalysis`YTickLen], - TBpack`DataAnalysis`Private`xticklen = - OptionValue[TBpack`DataAnalysis`XTickLen], - TBpack`DataAnalysis`Private`ytickdir = - OptionValue[TBpack`DataAnalysis`YTickDirection], - TBpack`DataAnalysis`Private`xtickdir = - OptionValue[TBpack`DataAnalysis`XTickDirection], - TBpack`DataAnalysis`Private`tickspattern = - OptionValue[TBpack`DataAnalysis`TicksPattern], - TBpack`DataAnalysis`Private`ny = - OptionValue[TBpack`DataAnalysis`YSubdivisions], - TBpack`DataAnalysis`Private`nx = - OptionValue[TBpack`DataAnalysis`XSubdivisions], - TBpack`DataAnalysis`Private`xmin, TBpack`DataAnalysis`Private`xmax, - TBpack`DataAnalysis`Private`ymin, - TBpack`DataAnalysis`Private`ymax, - TBpack`DataAnalysis`Private`yticks, - TBpack`DataAnalysis`Private`xticks, - TBpack`DataAnalysis`Private`fticks, - TBpack`DataAnalysis`Private`showtittle, - TBpack`DataAnalysis`Private`title, - TBpack`DataAnalysis`Private`inset, - TBpack`DataAnalysis`Private`axeslabels, - TBpack`DataAnalysis`Private`plotrangepadding, - TBpack`DataAnalysis`Private`len, TBpack`DataAnalysis`Private`p, - TBpack`DataAnalysis`Private`bandsQ, - TBpack`DataAnalysis`Private`plotstyleQ, - TBpack`DataAnalysis`Private`ts, TBpack`DataAnalysis`Private`ls, - TBpack`DataAnalysis`Private`nd, - TBpack`DataAnalysis`Private`data2plotdata, - TBpack`DataAnalysis`Private`lbfun, - TBpack`DataAnalysis`Private`nolabel}, - TBpack`DataAnalysis`Private`bandsQ = MatrixQ[#, NumericQ]& ; - TBpack`DataAnalysis`Private`plotstyleQ = Or[ - MatchQ[#, - RGBColor[ - Blank[], - Blank[], - Blank[]]], - MatchQ[#, - GrayLevel[ - Blank[]]], - MatchQ[#, - Directive[ - BlankSequence[]]]]& ; If[ - TBpack`DataAnalysis`Private`bandsQ[ - TBpack`DataAnalysis`Private`bands], - TBpack`DataAnalysis`Private`bands = { - TBpack`DataAnalysis`Private`bands}; - TBpack`DataAnalysis`Private`blen = 1, - If[ - VectorQ[ - TBpack`DataAnalysis`Private`bands, - TBpack`DataAnalysis`Private`bandsQ], - TBpack`DataAnalysis`Private`blen = - Length[TBpack`DataAnalysis`Private`bands], - Message[ - MessageName[TBpack`DataAnalysis`PlotElectronicBands1D, "farg"]], - Throw[$Failed]]]; - If[Length[TBpack`DataAnalysis`Private`fermilevel] == 0, - If[ - NumberQ[TBpack`DataAnalysis`Private`fermilevel], - TBpack`DataAnalysis`Private`fermilevel = { - TBpack`DataAnalysis`Private`fermilevel}, Message[ - MessageName[ - TBpack`DataAnalysis`PlotElectronicBands1D, "notanumber"], - TBpack`DataAnalysis`Private`fermilevel]; Throw[$Failed]]]; - If[Length[TBpack`DataAnalysis`Private`knormfactor] == 0, - If[ - NumberQ[TBpack`DataAnalysis`Private`knormfactor], - TBpack`DataAnalysis`Private`knormfactor = { - TBpack`DataAnalysis`Private`knormfactor}, Message[ - MessageName[ - TBpack`DataAnalysis`PlotElectronicBands1D, "notanumber"], - TBpack`DataAnalysis`Private`knormfactor]; Throw[$Failed]]]; - If[TBpack`DataAnalysis`Private`plotstyle === Automatic, - If[ - TBpack`DataAnalysis`Private`blen <= 10, - TBpack`DataAnalysis`Private`plotstyle = Table[ - Directive[ - Part[TBpack`DataAnalysis`Private`linestyles, - Mod[TBpack`DataAnalysis`Private`i, 3, 1]], - Part[ - TBpack`DataAnalysis`TBpackPalette, - TBpack`DataAnalysis`Private`i]], { - TBpack`DataAnalysis`Private`i, - TBpack`DataAnalysis`Private`blen}], Message[ - MessageName[ - TBpack`DataAnalysis`PlotElectronicBands1D, "psoptnocolors"]]; - Throw[$Failed]], - If[ - TBpack`DataAnalysis`Private`plotstyleQ[ - TBpack`DataAnalysis`Private`plotstyle], - TBpack`DataAnalysis`Private`plotstyle = { - TBpack`DataAnalysis`Private`plotstyle}, - If[ - Not[ - VectorQ[ - TBpack`DataAnalysis`Private`plotstyle, - TBpack`DataAnalysis`Private`plotstyleQ]], Message[ - MessageName[ - TBpack`DataAnalysis`PlotElectronicBands1D, "psoptnotstyle"]]; - Throw[$Failed]]]]; If[ - Not[ - TBpack`DataAnalysis`Private`blen == - Length[TBpack`DataAnalysis`Private`fermilevel] == - Length[TBpack`DataAnalysis`Private`knormfactor] == - Length[TBpack`DataAnalysis`Private`plotstyle]], Message[ - MessageName[ - TBpack`DataAnalysis`PlotElectronicBands1D, "arguments"]]; - Throw[$Failed]]; - If[Part[TBpack`DataAnalysis`Private`labels, 3] === Automatic, - Part[TBpack`DataAnalysis`Private`labels, 3] = - Range[TBpack`DataAnalysis`Private`blen], - If[ - Not[Length[ - Part[TBpack`DataAnalysis`Private`labels, 3]] == - TBpack`DataAnalysis`Private`blen], Message[ - MessageName[ - TBpack`DataAnalysis`PlotElectronicBands1D, "legendlbls"]]; - Throw[$Failed]]]; If[ - Or[ - Part[TBpack`DataAnalysis`Private`labels, 1] === "", - Part[TBpack`DataAnalysis`Private`labels, 1] === Null, - Part[TBpack`DataAnalysis`Private`labels, 1] === None], - TBpack`DataAnalysis`Private`showtittle = False, - TBpack`DataAnalysis`Private`showtittle = True]; - If[TBpack`DataAnalysis`Private`plotrange === Automatic, - TBpack`DataAnalysis`Private`plotrange = {{ - Min[ - - MapThread[# Last[#2]& , { - TBpack`DataAnalysis`Private`knormfactor, - TBpack`DataAnalysis`Private`bands}]], - Max[ - - MapThread[# Last[#2]& , { - TBpack`DataAnalysis`Private`knormfactor, - TBpack`DataAnalysis`Private`bands}]]}, { - Floor[ - Min[ - MapThread[ - First[#2] - #& , { - TBpack`DataAnalysis`Private`fermilevel, - TBpack`DataAnalysis`Private`bands}]]], - Ceiling[ - Max[ - MapThread[ - Part[#2, -2] - #& , { - TBpack`DataAnalysis`Private`fermilevel, - TBpack`DataAnalysis`Private`bands}]]]}}]; - TBpack`DataAnalysis`Private`ts[ - Pattern[TBpack`DataAnalysis`Private`st, - Blank[]]] := - TBpack`MaTeX`MaTeX[TBpack`DataAnalysis`Private`st, FontSize -> 21]; - TBpack`DataAnalysis`Private`ls[ - Pattern[TBpack`DataAnalysis`Private`st, - Blank[]]] := - TBpack`MaTeX`MaTeX[TBpack`DataAnalysis`Private`st, FontSize -> 20]; - TBpack`DataAnalysis`Private`nd = TBpack`DataAnalysis`Private`ls[ - ToString[ - PaddedForm[1. #, - OptionValue[TBpack`DataAnalysis`NumberDisplay], - ExponentFunction -> (If[-16 < # < 16, Null, #]& )]]]& ; - TBpack`DataAnalysis`Private`data2plotdata[ - Pattern[TBpack`DataAnalysis`Private`d, - Blank[]], - Pattern[TBpack`DataAnalysis`Private`eff, - Blank[]], - Pattern[TBpack`DataAnalysis`Private`nfactor, - Blank[]]] := - Module[{TBpack`DataAnalysis`Private`ed, - TBpack`DataAnalysis`Private`kd, - TBpack`DataAnalysis`Private`dim}, - TBpack`DataAnalysis`Private`ed = - Map[# - TBpack`DataAnalysis`Private`eff& , - Most[TBpack`DataAnalysis`Private`d], {2}]; - TBpack`DataAnalysis`Private`kd = - Last[TBpack`DataAnalysis`Private`d]; - TBpack`DataAnalysis`Private`dim = - Dimensions[TBpack`DataAnalysis`Private`ed]; - Table[{TBpack`DataAnalysis`Private`nfactor - Part[TBpack`DataAnalysis`Private`kd, - TBpack`DataAnalysis`Private`j], - Part[ - TBpack`DataAnalysis`Private`ed, TBpack`DataAnalysis`Private`i, - TBpack`DataAnalysis`Private`j]}, { - TBpack`DataAnalysis`Private`i, 1, - Part[TBpack`DataAnalysis`Private`dim, 1]}, { - TBpack`DataAnalysis`Private`j, 1, - Part[TBpack`DataAnalysis`Private`dim, 2]}]]; - TBpack`DataAnalysis`Private`lbfun = Labeled[#, - LineLegend[TBpack`DataAnalysis`Private`plotstyle, - Map[TBpack`DataAnalysis`Private`ls, - Part[TBpack`DataAnalysis`Private`labels, 3]]], Right]& ; - TBpack`DataAnalysis`Private`nolabel = { - Part[#, 1], "", - Part[#, 3], - Part[#, 4]}& ; - TBpack`DataAnalysis`Private`title = - If[TBpack`DataAnalysis`Private`showtittle, - TBpack`DataAnalysis`Private`ts[ - Part[TBpack`DataAnalysis`Private`labels, 1]]]; - TBpack`DataAnalysis`Private`inset = - If[TBpack`DataAnalysis`Private`showtittle, { - Inset[ - - Grid[{{TBpack`DataAnalysis`Private`title}}, Frame -> - OptionValue[TBpack`DataAnalysis`TitleFrame]], - Scaled[TBpack`DataAnalysis`Private`titlepos], Background -> - OptionValue[TBpack`DataAnalysis`TitleBackground]]}, {}]; - TBpack`DataAnalysis`Private`axeslabels = - Switch[TBpack`DataAnalysis`Private`paflag, 1, { - TBpack`DataAnalysis`Private`ls[ - Part[TBpack`DataAnalysis`Private`labels, 2, 1]], - TBpack`DataAnalysis`Private`ls[ - Part[TBpack`DataAnalysis`Private`labels, 2, 2]]}, 2, { - TBpack`DataAnalysis`Private`ls[ - Part[TBpack`DataAnalysis`Private`labels, 2, 1]], - TBpack`DataAnalysis`Private`ls[ - Part[TBpack`DataAnalysis`Private`labels, 2, 2]]}, 3, { - TBpack`DataAnalysis`Private`ls[ - Part[TBpack`DataAnalysis`Private`labels, 2, 1]], None}, 4, { - TBpack`DataAnalysis`Private`ls[ - Part[TBpack`DataAnalysis`Private`labels, 2, 1]], None}]; {{ - TBpack`DataAnalysis`Private`xmin, - TBpack`DataAnalysis`Private`xmax}, { - TBpack`DataAnalysis`Private`ymin, - TBpack`DataAnalysis`Private`ymax}} = - TBpack`DataAnalysis`Private`plotrange; - TBpack`DataAnalysis`Private`yticks = - TBpack`CustomTicks`LinTicks[ - TBpack`DataAnalysis`Private`ymin, - TBpack`DataAnalysis`Private`ymax, TBpack`DataAnalysis`Private`dy, - TBpack`DataAnalysis`Private`ny, - TBpack`CustomTicks`MajorTickLength -> - TBpack`DataAnalysis`Private`yticklen, - TBpack`CustomTicks`MinorTickLength -> - TBpack`DataAnalysis`Private`yticklen/2, - TBpack`CustomTicks`TickDirection -> - TBpack`DataAnalysis`Private`ytickdir, - TBpack`CustomTicks`TickLabelFunction -> - TBpack`DataAnalysis`Private`nd]; - TBpack`DataAnalysis`Private`xticks = - TBpack`CustomTicks`LinTicks[ - TBpack`DataAnalysis`Private`xmin, - TBpack`DataAnalysis`Private`xmax, TBpack`DataAnalysis`Private`dx, - TBpack`DataAnalysis`Private`nx, - TBpack`CustomTicks`MajorTickLength -> - TBpack`DataAnalysis`Private`xticklen, - TBpack`CustomTicks`MinorTickLength -> - TBpack`DataAnalysis`Private`xticklen/2, - TBpack`CustomTicks`TickDirection -> - TBpack`DataAnalysis`Private`xtickdir, - TBpack`CustomTicks`TickLabelFunction -> - TBpack`DataAnalysis`Private`nd]; - TBpack`DataAnalysis`Private`fticks = { - Switch[TBpack`DataAnalysis`Private`paflag, 1, { - If[ - Part[TBpack`DataAnalysis`Private`tickspattern, 1, 1], - TBpack`DataAnalysis`Private`yticks, None], - If[ - Part[TBpack`DataAnalysis`Private`tickspattern, 1, 2], - Map[ - TBpack`DataAnalysis`Private`nolabel, - TBpack`DataAnalysis`Private`yticks], None]}, 2, { - If[ - Part[TBpack`DataAnalysis`Private`tickspattern, 1, 1], - TBpack`DataAnalysis`Private`yticks, None], - If[ - Part[TBpack`DataAnalysis`Private`tickspattern, 1, 2], - Map[ - TBpack`DataAnalysis`Private`nolabel, - TBpack`DataAnalysis`Private`yticks], None]}, 3, { - If[ - Part[TBpack`DataAnalysis`Private`tickspattern, 1, 1], - Map[ - TBpack`DataAnalysis`Private`nolabel, - TBpack`DataAnalysis`Private`yticks], None], - If[ - Part[TBpack`DataAnalysis`Private`tickspattern, 1, 2], - Map[ - TBpack`DataAnalysis`Private`nolabel, - TBpack`DataAnalysis`Private`yticks], None]}, 4, { - If[ - Part[TBpack`DataAnalysis`Private`tickspattern, 1, 1], - Map[ - TBpack`DataAnalysis`Private`nolabel, - TBpack`DataAnalysis`Private`yticks], None], - If[ - Part[TBpack`DataAnalysis`Private`tickspattern, 1, 2], - Map[ - TBpack`DataAnalysis`Private`nolabel, - TBpack`DataAnalysis`Private`yticks], None]}], { - If[ - Part[TBpack`DataAnalysis`Private`tickspattern, 2, 1], - TBpack`DataAnalysis`Private`xticks, None], - If[ - Part[TBpack`DataAnalysis`Private`tickspattern, 2, 2], - Map[ - TBpack`DataAnalysis`Private`nolabel, - TBpack`DataAnalysis`Private`xticks], None]}}; If[ - And[ - TBpack`DataAnalysis`Private`yticklen < 0.5, - TBpack`DataAnalysis`Private`xticklen/ - TBpack`DataAnalysis`Private`aspectratio < 0.5], - TBpack`DataAnalysis`Private`plotrangepadding = { - Scaled[TBpack`DataAnalysis`Private`yticklen], - Scaled[ - TBpack`DataAnalysis`Private`xticklen/ - TBpack`DataAnalysis`Private`aspectratio]}, Message[ - MessageName[ - TBpack`DataAnalysis`PlotElectronicBands1D, "plotrange"], - TBpack`DataAnalysis`Private`yticklen, - TBpack`DataAnalysis`Private`xticklen, - TBpack`DataAnalysis`Private`aspectratio]; Throw[$Failed]]; - TBpack`DataAnalysis`Private`len = - Map[Length, TBpack`DataAnalysis`Private`bands]; - TBpack`DataAnalysis`Private`p = ListLinePlot[ - Flatten[ - MapThread[ - TBpack`DataAnalysis`Private`data2plotdata, { - TBpack`DataAnalysis`Private`bands, - TBpack`DataAnalysis`Private`fermilevel, - TBpack`DataAnalysis`Private`knormfactor}], 1], PlotStyle -> - Flatten[ - Table[ - Part[ - TBpack`DataAnalysis`Private`plotstyle, - TBpack`DataAnalysis`Private`i], { - TBpack`DataAnalysis`Private`i, - TBpack`DataAnalysis`Private`blen}, { - TBpack`DataAnalysis`Private`j, - Part[TBpack`DataAnalysis`Private`len, - TBpack`DataAnalysis`Private`i] - 1}], 1], PlotRange -> - TBpack`DataAnalysis`Private`plotrange, PlotRangePadding -> - TBpack`DataAnalysis`Private`plotrangepadding, Axes -> False, - Frame -> True, FrameStyle -> OptionValue[FrameStyle], - FrameTicksStyle -> OptionValue[FrameTicksStyle], FrameLabel -> - TBpack`DataAnalysis`Private`axeslabels, FrameTicks -> - TBpack`DataAnalysis`Private`fticks, Epilog -> - TBpack`DataAnalysis`Private`inset, AspectRatio -> - TBpack`DataAnalysis`Private`aspectratio, ImageSize -> - OptionValue[ImageSize]]; - Switch[TBpack`DataAnalysis`Private`paflag, 1, - TBpack`DataAnalysis`Private`lbfun[TBpack`DataAnalysis`Private`p], - 2, TBpack`DataAnalysis`Private`p, 3, - TBpack`DataAnalysis`Private`p, 4, - TBpack`DataAnalysis`Private`lbfun[ - TBpack`DataAnalysis`Private`p]]]]}], "SubValues" -> None, - "DefaultValues" -> - Information`InformationValueForm[ - DefaultValues, TBpack`DataAnalysis`PlotElectronicBands1D, { - SyntaxInformation[TBpack`DataAnalysis`PlotElectronicBands1D] -> { - "ArgumentsPattern" -> { - Blank[], - Blank[], - Blank[], - OptionsPattern[]}}}], "NValues" -> None, "FormatValues" -> None, - "Options" -> { - TBpack`DataAnalysis`Labels -> { - "", {"k", "E-E_{\\mathrm{F}},\\text{ eV}"}, Automatic}, - TBpack`DataAnalysis`PlotAppearance -> 1, - TBpack`DataAnalysis`TitlePosition -> {0.5, 0.93}, - TBpack`DataAnalysis`TitleFrame -> True, - TBpack`DataAnalysis`TitleBackground -> GrayLevel[1], - TBpack`DataAnalysis`NumberDisplay -> {3, 2}, TBpack`DataAnalysis`YStep -> - 5, TBpack`DataAnalysis`XStep -> 0.5, TBpack`DataAnalysis`YSubdivisions -> - 5, TBpack`DataAnalysis`XSubdivisions -> 5, TBpack`DataAnalysis`YTickLen -> - 0.05, TBpack`DataAnalysis`XTickLen -> 0.05, - TBpack`DataAnalysis`YTickDirection -> TBpack`CustomTicks`Outward, - TBpack`DataAnalysis`XTickDirection -> TBpack`CustomTicks`Outward, - TBpack`DataAnalysis`TicksPattern -> {{True, False}, {True, False}}, - PlotRange -> Automatic, PlotStyle -> RGBColor[1, 0, 0], FrameTicksStyle -> - Directive[ - AbsoluteThickness[0.5], - GrayLevel[0]], FrameStyle -> Directive[ - 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"]"}], ",", - RowBox[{"{", - RowBox[{ - "TBpack`DataAnalysis`Private`i", ",", "1", ",", - "TBpack`DataAnalysis`Private`nx"}], "}"}], ",", - RowBox[{"{", - RowBox[{ - "TBpack`DataAnalysis`Private`j", ",", "1", ",", - "TBpack`DataAnalysis`Private`ny"}], "}"}]}], "]"}], ",", - RowBox[{"PlotRange", "\[Rule]", - RowBox[{"{", - RowBox[{ - RowBox[{"{", - RowBox[{"0", ",", "TBpack`DataAnalysis`Private`w"}], - "}"}], ",", - RowBox[{"{", - RowBox[{"0", ",", "TBpack`DataAnalysis`Private`h"}], - "}"}]}], "}"}]}], ",", - RowBox[{"ImageSize", "\[Rule]", - RowBox[{"{", - RowBox[{ - "TBpack`DataAnalysis`Private`w", ",", - "TBpack`DataAnalysis`Private`h"}], "}"}]}], ",", - RowBox[{"Evaluate", "[", - RowBox[{ - "Sequence", "@@", - "TBpack`DataAnalysis`Private`frameOptions"}], "]"}]}], - "]"}]}]}], "]"}], ";"}], "]"}]}]} - }, - DefaultBaseStyle->"Column", - GridBoxAlignment->{"Columns" -> {{Left}}}, - - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}]}, - { - TagBox[ - TooltipBox[ - - StyleBox["\<\" Default Definitions\"\>", - "InformationRowLabel", - StripOnInput->False], - "\"DefaultValues\"", - TooltipStyle->"TextStyling"], - Annotation[#, "DefaultValues", "Tooltip"]& ], - InterpretationBox[GridBox[{ - { - RowBox[{ - RowBox[{"SyntaxInformation", "[", "PlotGrid", "]"}], "=", - RowBox[{"{", - RowBox[{"\<\"ArgumentsPattern\"\>", "\[Rule]", - RowBox[{"{", - RowBox[{"_", ",", - RowBox[{"OptionsPattern", "[", "]"}]}], "}"}]}], "}"}]}]} - }, - BaselinePosition->{Baseline, {1, 1}}, - - GridBoxAlignment->{ - "Columns" -> {{Left}}, "Rows" -> {{Baseline}}}], - - ColumnForm[{ - SyntaxInformation[TBpack`DataAnalysis`PlotGrid] = { - "ArgumentsPattern" -> { - Blank[], - OptionsPattern[]}}}], - Editable->False]}, - { - TagBox[ - TooltipBox[ - StyleBox["\<\" Options\"\>", "InformationRowLabel", - StripOnInput->False], - "\"Options\"", - TooltipStyle->"TextStyling"], - Annotation[#, "Options", "Tooltip"]& ], - RowBox[{"{", - RowBox[{ - RowBox[{"ImageSize", "\[Rule]", - RowBox[{"{", - RowBox[{"300", ",", "400"}], "}"}]}], ",", - RowBox[{"ImagePadding", "\[Rule]", - RowBox[{"{", - RowBox[{ - RowBox[{"{", - RowBox[{"80", ",", "80"}], "}"}], ",", - RowBox[{"{", - RowBox[{"80", ",", "80"}], "}"}]}], "}"}]}]}], "}"}]}, - { - TagBox[ - TooltipBox[ - StyleBox["\<\" Full Name\"\>", "InformationRowLabel", - StripOnInput->False], - "\"FullName\"", - TooltipStyle->"TextStyling"], - - Annotation[#, "FullName", - "Tooltip"]& ], "\<\"TBpack`DataAnalysis`PlotGrid\"\>"} - }, - AutoDelete->False, - GridBoxAlignment->{"Columns" -> {Right, Left}}, - GridBoxDividers->None, - GridBoxItemSize->{"Columns" -> {Automatic, Automatic}}, - GridBoxSpacings->{"Columns" -> { - Offset[0.27999999999999997`], { - Offset[0.5599999999999999]}, - Offset[0.27999999999999997`]}, "Rows" -> { - Offset[0.2], { - Offset[0.8]}, - Offset[0.2]}}], "DialogStyle", - StripOnInput->False], - DynamicModuleValues:>{}]} - }, - DefaultBaseStyle->"Column", - GridBoxAlignment->{"Columns" -> {{Left}}}, - GridBoxDividers->{"Columns" -> {{False}}, "Rows" -> {{False}}}, - - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}, - GridBoxSpacings->{"Columns" -> { - Offset[0.27999999999999997`], { - Offset[0.5599999999999999]}, - Offset[0.27999999999999997`]}, "Rows" -> { - Offset[0.2], { - Offset[3.6]}, - Offset[0.2]}}], - FrameMargins->6], ""}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "UpPointerOpener"]], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "UpPointerOpenerHot"]]}, Dynamic[ - System`InformationDump`mouseOver$$]], - Alignment->Left, - Appearance->{"Default" -> None}, - - ButtonFunction:>FEPrivate`Set[ - System`InformationDump`open$$, False], - Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - - EventHandlerTag[{ - "MouseEntered" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, True], - "MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"], False-> - TagBox[GridBox[{ - { - ItemBox[ - PaneBox[ - StyleBox["\<\" Symbol\"\>", "InformationTitleText", - StripOnInput->False], - FrameMargins->{{4, 0}, {-1, 1}}], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationTitleBackground", - StripOnInput->False]}, - { - ItemBox[ - PaneBox[ - - StyleBox["\<\"PlotGrid[\\!\\({{\\*StyleBox[SubscriptBox[\\\"pl\\\"\ -,\\\"1\\\"],\\\"TI\\\"], \ -\\*StyleBox[SubscriptBox[\\\"pl\\\",\\\"2\\\"],\\\"TI\\\"], \[Ellipsis] \ -}}\\)] tiles the list of plots \ -\\*StyleBox[SubscriptBox[\\\"pl\\\",\\\"i\\\"],\\\"TI\\\"] into one \ -image.\\nPlotGrid[\\!\\({{\\*StyleBox[SubscriptBox[\\\"pl\\\",\\\"11\\\"],\\\"\ -TI\\\"], \\*StyleBox[SubscriptBox[\\\"pl\\\",\\\"12\\\"],\\\"TI\\\"], \ -\[Ellipsis] },{\\*StyleBox[SubscriptBox[\\\"pl\\\",\\\"21\\\"],\\\"TI\\\"], \ -\\*StyleBox[SubscriptBox[\\\"pl\\\",\\\"22\\\"],\\\"TI\\\"], \[Ellipsis] \ -}}\\)] tiles the list of plots \ -\\*StyleBox[SubscriptBox[\\\"pl\\\",\\\"ij\\\"],\\\"TI\\\"] into one \ -image.\\nPlotGrid[\\!\\(\\*StyleBox[\\\"plist\\\",\\\"TI\\\"], \\*StyleBox[\\\ -\"options\\\",\\\"TI\\\"] \\)] uses the specified \ -\\*StyleBox[\\\"options\\\",\\\"TI\\\"].\\nPlotGrid[\\!\\(\\*StyleBox[\\\"\ -plist\\\",\\\"TI\\\"], ImageSize \[Rule] \ -{\\*StyleBox[\\\"width\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"height\\\",\\\"TI\\\"] }\\)] produces image with the \ -specified \\*StyleBox[\\\"width\\\",\\\"TI\\\"] and \ -\\*StyleBox[\\\"height\\\",\\\"TI\\\"].\\nPlotGrid[\\!\\(\\*StyleBox[\\\"\ -plist\\\",\\\"TI\\\"], ImagePadding \[Rule] {{\\*StyleBox[\\\"left\\\",\\\"TI\ -\\\"], \\*StyleBox[\\\"right\\\",\\\"TI\\\"]}, {\\*StyleBox[\\\"bottom\\\",\\\ -\"TI\\\"], \\*StyleBox[\\\"top\\\",\\\"TI\\\"] }\\)] produces image with the \ -specified \\*StyleBox[\\\"left\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"right\\\",\\\"TI\\\"], \\*StyleBox[\\\"bottom\\\",\\\"TI\\\"] \ -and \\*StyleBox[\\\"top\\\",\\\"TI\\\"] image paddings around the tiled \ -plots.\"\>", "InformationUsageText", - StripOnInput->False, - LineSpacing->{1.5, 1.5, 3.}], - FrameMargins->{{10, 10}, {8, 10}}], - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False]}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpener"], - ImageSizeCache->{13., {3., 10.}}], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpenerHot"], - ImageSizeCache->{13., {3., 10.}}]}, Dynamic[ - System`InformationDump`mouseOver$$]], - Alignment->Left, - Appearance->{"Default" -> None}, - - ButtonFunction:>FEPrivate`Set[ - System`InformationDump`open$$, True], - Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - - EventHandlerTag[{ - "MouseEntered" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, True], - "MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"]}, Dynamic[System`InformationDump`open$$], - BaselinePosition->Baseline, - FrameMargins->0, - ImageSize->Automatic], - DynamicModuleValues:>{}], - BaseStyle->"InformationGridFrame", - StripOnInput->False], "InformationGridPlain", - StripOnInput->False], - InformationData[ - Association[ - "ObjectType" -> "Symbol", "Usage" -> - "PlotGrid[\!\({{\*StyleBox[SubscriptBox[\"pl\",\"1\"],\"TI\"], \ -\*StyleBox[SubscriptBox[\"pl\",\"2\"],\"TI\"], \[Ellipsis] }}\)] tiles the \ -list of plots \*StyleBox[SubscriptBox[\"pl\",\"i\"],\"TI\"] into one image.\n\ -PlotGrid[\!\({{\*StyleBox[SubscriptBox[\"pl\",\"11\"],\"TI\"], \ -\*StyleBox[SubscriptBox[\"pl\",\"12\"],\"TI\"], \[Ellipsis] \ -},{\*StyleBox[SubscriptBox[\"pl\",\"21\"],\"TI\"], \ -\*StyleBox[SubscriptBox[\"pl\",\"22\"],\"TI\"], \[Ellipsis] }}\)] tiles the \ -list of plots \*StyleBox[SubscriptBox[\"pl\",\"ij\"],\"TI\"] into one image.\n\ -PlotGrid[\!\(\*StyleBox[\"plist\",\"TI\"], \*StyleBox[\"options\",\"TI\"] \)] \ -uses the specified \*StyleBox[\"options\",\"TI\"].\n\ -PlotGrid[\!\(\*StyleBox[\"plist\",\"TI\"], ImageSize \[Rule] \ -{\*StyleBox[\"width\",\"TI\"], \*StyleBox[\"height\",\"TI\"] }\)] produces \ -image with the specified \*StyleBox[\"width\",\"TI\"] and \*StyleBox[\"height\ -\",\"TI\"].\nPlotGrid[\!\(\*StyleBox[\"plist\",\"TI\"], ImagePadding \[Rule] \ -{{\*StyleBox[\"left\",\"TI\"], \*StyleBox[\"right\",\"TI\"]}, \ -{\*StyleBox[\"bottom\",\"TI\"], \*StyleBox[\"top\",\"TI\"] }\)] produces \ -image with the specified \*StyleBox[\"left\",\"TI\"], \ -\*StyleBox[\"right\",\"TI\"], \*StyleBox[\"bottom\",\"TI\"] and \ -\*StyleBox[\"top\",\"TI\"] image paddings around the tiled plots.", - "Documentation" -> None, "OwnValues" -> None, "UpValues" -> None, - "DownValues" -> - Information`InformationValueForm[ - DownValues, TBpack`DataAnalysis`PlotGrid, {TBpack`DataAnalysis`PlotGrid[ - PatternTest[ - Pattern[TBpack`DataAnalysis`Private`l, - Blank[]], MatrixQ], - OptionsPattern[]] :> - Catch[Module[{TBpack`DataAnalysis`Private`w = Part[ - OptionValue[ImageSize], 1], TBpack`DataAnalysis`Private`h = Part[ - OptionValue[ImageSize], 2], - TBpack`DataAnalysis`Private`leftPadding = Part[ - OptionValue[ImagePadding], 1, 1], - TBpack`DataAnalysis`Private`rightPadding = Part[ - OptionValue[ImagePadding], 1, 2], - TBpack`DataAnalysis`Private`bottomPadding = Part[ - OptionValue[ImagePadding], 2, 1], - TBpack`DataAnalysis`Private`topPadding = Part[ - OptionValue[ImagePadding], 2, 2], - TBpack`DataAnalysis`Private`nx, TBpack`DataAnalysis`Private`ny, - TBpack`DataAnalysis`Private`widths, - TBpack`DataAnalysis`Private`heights, - TBpack`DataAnalysis`Private`positions, - TBpack`DataAnalysis`Private`frameOptions = FilterRules[ - Options[Graphics], - 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-\\*StyleBox[\\\"fermilevel\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"knorm\\\",\\\"TI\\\"], TitlePosition \[Rule] \ -{\\*StyleBox[\\\"x\\\",\\\"TI\\\"], \\*StyleBox[\\\"y\\\",\\\"TI\\\"]}\\)] \ -positions the title inset within the plot at Scaled[{\\*StyleBox[\\\"x\\\",\\\ -\"TI\\\"], \ -\\*StyleBox[\\\"y\\\",\\\"TI\\\"]}].\\nPlotElectronicBands1D[\\!\\(\\*\ -StyleBox[\\\"bands\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"fermilevel\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"knorm\\\",\\\"TI\\\"], TitleFrame \[Rule] \ -\\*StyleBox[\\\"True\\\",\\\"TI\\\"]\\)] puts a black frame around the plot \ -title.\\nPlotElectronicBands1D[\\!\\(\\*StyleBox[\\\"bands\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"fermilevel\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"knorm\\\",\\\"TI\\\"], TitleBackground \[Rule] \\*StyleBox[\\\ -\"color\\\",\\\"TI\\\"]\\)] sets the title background color to \\*StyleBox[\\\ -\"color\\\",\\\"TI\\\"].\\nPlotElectronicBands1D[\\!\\(\\*StyleBox[\\\"bands\\\ -\",\\\"TI\\\"], \\*StyleBox[\\\"fermilevel\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"knorm\\\",\\\"TI\\\"], NumberDisplay \[Rule] \ -{\\*StyleBox[SubscriptBox[\\\"integer\\\",\\\"1\\\"],\\\"TI\\\"], \ -\\*StyleBox[SubscriptBox[\\\"integer\\\",\\\"2\\\"],\\\"TI\\\"]}\\)] diplays \ -numbers in tick labels with \ -\\*StyleBox[SubscriptBox[\\\"integer\\\",\\\"1\\\"],\\\"TI\\\"] total digits \ -and \\*StyleBox[SubscriptBox[\\\"integer\\\",\\\"2\\\"],\\\"TI\\\"] digits \ -after decimal point.\\nPlotElectronicBands1D[\\!\\(\\*StyleBox[\\\"bands\\\",\ -\\\"TI\\\"], \\*StyleBox[\\\"fermilevel\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"knorm\\\",\\\"TI\\\"], YStep \[Rule] \ -\\*StyleBox[\\\"real\\\",\\\"TI\\\"]\\)] sets major ticks along \ -\\*StyleBox[\\\"y\\\",\\\"TI\\\"]-axis at \ -\\*StyleBox[\\\"real\\\",\\\"TI\\\"] interval.\\nPlotElectronicBands1D[\\!\\(\ -\\*StyleBox[\\\"bands\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"fermilevel\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"knorm\\\",\\\"TI\\\"], XStep \[Rule] \ -\\*StyleBox[\\\"real\\\",\\\"TI\\\"]\\)] sets major ticks along \ -\\*StyleBox[\\\"x\\\",\\\"TI\\\"]-axis at \ -\\*StyleBox[\\\"real\\\",\\\"TI\\\"] interval.\\nPlotElectronicBands1D[\\!\\(\ -\\*StyleBox[\\\"bands\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"fermilevel\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"knorm\\\",\\\"TI\\\"], YSubdivisions \[Rule] \ -\\*StyleBox[\\\"integer\\\",\\\"TI\\\"]\\)] sets \\*StyleBox[\\\"integer\\\",\ -\\\"TI\\\"] number of minor ticks at \ -\\*StyleBox[\\\"y\\\",\\\"TI\\\"]-axis.\\nPlotElectronicBands1D[\\!\\(\\*\ -StyleBox[\\\"bands\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"fermilevel\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"knorm\\\",\\\"TI\\\"], XSubdivisions \[Rule] \ -\\*StyleBox[\\\"integer\\\",\\\"TI\\\"]\\)] sets \\*StyleBox[\\\"integer\\\",\ -\\\"TI\\\"] number of minor ticks at \ -\\*StyleBox[\\\"x\\\",\\\"TI\\\"]-axis.\\nPlotElectronicBands1D[\\!\\(\\*\ -StyleBox[\\\"bands\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"fermilevel\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"knorm\\\",\\\"TI\\\"], YTickLen \[Rule] \\*StyleBox[\\\"len\\\ -\",\\\"TI\\\"]\\)] sets the real number \\*StyleBox[\\\"len\\\",\\\"TI\\\"] \ -to be the major tick length at \ -\\*StyleBox[\\\"y\\\",\\\"TI\\\"]-axis.\\nPlotElectronicBands1D[\\!\\(\\*\ -StyleBox[\\\"bands\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"fermilevel\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"knorm\\\",\\\"TI\\\"], XTickLen \[Rule] \\*StyleBox[\\\"len\\\ -\",\\\"TI\\\"]\\)] sets the real number \\*StyleBox[\\\"len\\\",\\\"TI\\\"] \ -to be the major tick length at \ -\\*StyleBox[\\\"x\\\",\\\"TI\\\"]-axis.\\nPlotElectronicBands1D[\\!\\(\\*\ -StyleBox[\\\"bands\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"fermilevel\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"knorm\\\",\\\"TI\\\"], YTickDirection \[Rule] \ -\\*StyleBox[\\\"value\\\",\\\"TI\\\"]\\)] uses the inward, outward or double \ -side ticks at \\*StyleBox[\\\"y\\\",\\\"TI\\\"]-axis for \ -\\*StyleBox[\\\"Inward\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"Outward\\\",\\\"TI\\\"] and \\*StyleBox[\\\"Both\\\",\\\"TI\\\ -\"] values of the \ -\\*StyleBox[\\\"value\\\",\\\"TI\\\"].\\nPlotElectronicBands1D[\\!\\(\\*\ -StyleBox[\\\"bands\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"fermilevel\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"knorm\\\",\\\"TI\\\"], XTickDirection \[Rule] \ -\\*StyleBox[\\\"value\\\",\\\"TI\\\"]\\)] uses the inward, outward or double \ -side ticks at \\*StyleBox[\\\"x\\\",\\\"TI\\\"]-axis for \ -\\*StyleBox[\\\"Inward\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"Outward\\\",\\\"TI\\\"] and \\*StyleBox[\\\"Both\\\",\\\"TI\\\ -\"] values of the \ -\\*StyleBox[\\\"value\\\",\\\"TI\\\"].\\nPlotElectronicBands1D[\\!\\(\\*\ -StyleBox[\\\"bands\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"fermilevel\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"knorm\\\",\\\"TI\\\"], TicksPattern \[Rule] \ -{{\\*StyleBox[\\\"left\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"right\\\",\\\"TI\\\"]}, \ -{\\*StyleBox[\\\"bottom\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"top\\\",\\\"TI\\\"]}}\\)] uses Boolean values \ -\\*StyleBox[\\\"left\\\",\\\"TI\\\"], \\*StyleBox[\\\"right\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"bottom\\\",\\\"TI\\\"] and \ -\\*StyleBox[\\\"top\\\",\\\"TI\\\"] to set up ticks at the plot frame \ -sides.\\nPlotElectronicBands1D[\\!\\(\\*StyleBox[\\\"bands\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"fermilevel\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"knorm\\\",\\\"TI\\\"], PlotRange \[Rule] \ -{{\\*StyleBox[\\\"xmin\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"xmax\\\",\\\"TI\\\"]}, {\\*StyleBox[\\\"ymin\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"ymax\\\",\\\"TI\\\"]}}\\)] uses the specified plot \ -range.\\nPlotElectronicBands1D[\\!\\(\\*StyleBox[\\\"bands\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"fermilevel\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"knorm\\\",\\\"TI\\\"], PlotStyle \[Rule] \ -\\*StyleBox[\\\"style\\\",\\\"TI\\\"]\\)] uses the specified \ -\\*StyleBox[\\\"style\\\",\\\"TI\\\"] to plot \ -\\*StyleBox[\\\"bands\\\",\\\"TI\\\"], can use TBpackPallete for \ -Automatic.\\nPlotElectronicBands1D[\\!\\(\\*StyleBox[\\\"bands\\\",\\\"TI\\\"]\ -, \\*StyleBox[\\\"fermilevel\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"knorm\\\",\\\"TI\\\"], FrameTicksStyle \[Rule] \\*StyleBox[\\\ -\"style\\\",\\\"TI\\\"]\\)] uses the specified \ -\\*StyleBox[\\\"style\\\",\\\"TI\\\"] to format plot \ -ticks.\\nPlotElectronicBands1D[\\!\\(\\*StyleBox[\\\"bands\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"fermilevel\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"knorm\\\",\\\"TI\\\"], FrameStyle \[Rule] \ -\\*StyleBox[\\\"style\\\",\\\"TI\\\"]\\)] uses the specified \ -\\*StyleBox[\\\"style\\\",\\\"TI\\\"] to format plot \ -frame.\\nPlotElectronicBands1D[\\!\\(\\*StyleBox[\\\"bands\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"fermilevel\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"knorm\\\",\\\"TI\\\"], AspectRatio \[Rule] \ -\\*StyleBox[\\\"value\\\",\\\"TI\\\"]\\)] sets plot aspect ratio to \ -\\*StyleBox[\\\"value\\\",\\\"TI\\\"].\\nPlotElectronicBands1D[\\!\\(\\*\ -StyleBox[\\\"bands\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"fermilevel\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"knorm\\\",\\\"TI\\\"], ImageSize \[Rule] \\*StyleBox[\\\"size\ -\\\",\\\"TI\\\"]\\)] uses the specified \\*StyleBox[\\\"size\\\",\\\"TI\\\"] \ -to format ticks.\"\>", "InformationUsageText", - StripOnInput->False, - LineSpacing->{1.5, 1.5, 3.}], - FrameMargins->{{10, 10}, {8, 10}}], - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False]}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpener"], - ImageSizeCache->{13., {3., 10.}}], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpenerHot"], - ImageSizeCache->{13., {3., 10.}}]}, Dynamic[ - System`InformationDump`mouseOver$$]], - Alignment->Left, - Appearance->{"Default" -> None}, - - ButtonFunction:>FEPrivate`Set[ - System`InformationDump`open$$, True], - Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - - EventHandlerTag[{ - "MouseEntered" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, True], - "MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"]}, Dynamic[System`InformationDump`open$$], - BaselinePosition->Baseline, - FrameMargins->0, - ImageSize->Automatic], - DynamicModuleValues:>{}], - BaseStyle->"InformationGridFrame", - StripOnInput->False], "InformationGridPlain", - StripOnInput->False], - InformationData[ - Association[ - "ObjectType" -> "Symbol", "Usage" -> - "PlotElectronicBands1D[\!\(\*StyleBox[\"bands\",\"TI\"], \ -\*StyleBox[\"fermilevel\",\"TI\"], \*StyleBox[\"knorm\",\"TI\"]\)] plots the \ -energy bands \*StyleBox[\"bands\",\"TI\"] shifting them by \ -\*StyleBox[\"fermilevel\",\"TI\"] and normalizing \ -\*StyleBox[\"k\",\"TI\"]-points by \*StyleBox[\"knorm\",\"TI\"] factor.\n\ -PlotElectronicBands1D[\!\(\*StyleBox[\"bands\",\"TI\"], \ -\*StyleBox[\"fermilevel\",\"TI\"], \*StyleBox[\"knorm\",\"TI\"], \ -\*StyleBox[\"options\",\"TI\"]\)] uses the specified options.\n\ -PlotElectronicBands1D[\!\(\*StyleBox[\"bands\",\"TI\"], \ -\*StyleBox[\"fermilevel\",\"TI\"], \*StyleBox[\"knorm\",\"TI\"], Labels \ -\[Rule] {\*StyleBox[\"title\",\"TI\"], {\*StyleBox[\"xlabel\",\"TI\"], \ -\*StyleBox[\"ylabel\",\"TI\"]}, \*StyleBox[\"legend\",\"TI\"]}\)] uses the \ -specified title, axes and legend labels.\n\ -PlotElectronicBands1D[\!\(\*StyleBox[\"bands\",\"TI\"], \ -\*StyleBox[\"fermilevel\",\"TI\"], \*StyleBox[\"knorm\",\"TI\"], \ -PlotAppearance \[Rule] \*StyleBox[\"integer\",\"TI\"]\)] uses the plot \ -appearance wrapper specified by \*StyleBox[\"integer\",\"TI\"].\n\ -PlotElectronicBands1D[\!\(\*StyleBox[\"bands\",\"TI\"], \ -\*StyleBox[\"fermilevel\",\"TI\"], \*StyleBox[\"knorm\",\"TI\"], \ -TitlePosition \[Rule] {\*StyleBox[\"x\",\"TI\"], \*StyleBox[\"y\",\"TI\"]}\)] \ -positions the title inset within the plot at \ -Scaled[{\*StyleBox[\"x\",\"TI\"], \*StyleBox[\"y\",\"TI\"]}].\n\ -PlotElectronicBands1D[\!\(\*StyleBox[\"bands\",\"TI\"], \ -\*StyleBox[\"fermilevel\",\"TI\"], \*StyleBox[\"knorm\",\"TI\"], TitleFrame \ -\[Rule] \*StyleBox[\"True\",\"TI\"]\)] puts a black frame around the plot \ -title.\nPlotElectronicBands1D[\!\(\*StyleBox[\"bands\",\"TI\"], \ -\*StyleBox[\"fermilevel\",\"TI\"], \*StyleBox[\"knorm\",\"TI\"], \ -TitleBackground \[Rule] \*StyleBox[\"color\",\"TI\"]\)] sets the title \ -background color to \*StyleBox[\"color\",\"TI\"].\nPlotElectronicBands1D[\!\(\ -\*StyleBox[\"bands\",\"TI\"], \*StyleBox[\"fermilevel\",\"TI\"], \ -\*StyleBox[\"knorm\",\"TI\"], NumberDisplay \[Rule] {\*StyleBox[SubscriptBox[\ -\"integer\",\"1\"],\"TI\"], \ -\*StyleBox[SubscriptBox[\"integer\",\"2\"],\"TI\"]}\)] diplays numbers in \ -tick labels with \*StyleBox[SubscriptBox[\"integer\",\"1\"],\"TI\"] total \ -digits and \*StyleBox[SubscriptBox[\"integer\",\"2\"],\"TI\"] digits after \ -decimal point.\nPlotElectronicBands1D[\!\(\*StyleBox[\"bands\",\"TI\"], \ -\*StyleBox[\"fermilevel\",\"TI\"], \*StyleBox[\"knorm\",\"TI\"], YStep \ -\[Rule] \*StyleBox[\"real\",\"TI\"]\)] sets major ticks along \ -\*StyleBox[\"y\",\"TI\"]-axis at \*StyleBox[\"real\",\"TI\"] interval.\n\ -PlotElectronicBands1D[\!\(\*StyleBox[\"bands\",\"TI\"], \ -\*StyleBox[\"fermilevel\",\"TI\"], \*StyleBox[\"knorm\",\"TI\"], XStep \ -\[Rule] \*StyleBox[\"real\",\"TI\"]\)] sets major ticks along \ -\*StyleBox[\"x\",\"TI\"]-axis at \*StyleBox[\"real\",\"TI\"] interval.\n\ -PlotElectronicBands1D[\!\(\*StyleBox[\"bands\",\"TI\"], \ -\*StyleBox[\"fermilevel\",\"TI\"], \*StyleBox[\"knorm\",\"TI\"], \ -YSubdivisions \[Rule] \*StyleBox[\"integer\",\"TI\"]\)] sets \ -\*StyleBox[\"integer\",\"TI\"] number of minor ticks at \*StyleBox[\"y\",\"TI\ -\"]-axis.\nPlotElectronicBands1D[\!\(\*StyleBox[\"bands\",\"TI\"], \ -\*StyleBox[\"fermilevel\",\"TI\"], \*StyleBox[\"knorm\",\"TI\"], \ -XSubdivisions \[Rule] \*StyleBox[\"integer\",\"TI\"]\)] sets \ -\*StyleBox[\"integer\",\"TI\"] number of minor ticks at \*StyleBox[\"x\",\"TI\ -\"]-axis.\nPlotElectronicBands1D[\!\(\*StyleBox[\"bands\",\"TI\"], \ -\*StyleBox[\"fermilevel\",\"TI\"], \*StyleBox[\"knorm\",\"TI\"], YTickLen \ -\[Rule] \*StyleBox[\"len\",\"TI\"]\)] sets the real number \ -\*StyleBox[\"len\",\"TI\"] to be the major tick length at \ -\*StyleBox[\"y\",\"TI\"]-axis.\n\ -PlotElectronicBands1D[\!\(\*StyleBox[\"bands\",\"TI\"], \ -\*StyleBox[\"fermilevel\",\"TI\"], \*StyleBox[\"knorm\",\"TI\"], XTickLen \ -\[Rule] \*StyleBox[\"len\",\"TI\"]\)] sets the real number \ -\*StyleBox[\"len\",\"TI\"] to be the major tick length at \ -\*StyleBox[\"x\",\"TI\"]-axis.\n\ -PlotElectronicBands1D[\!\(\*StyleBox[\"bands\",\"TI\"], \ -\*StyleBox[\"fermilevel\",\"TI\"], \*StyleBox[\"knorm\",\"TI\"], \ -YTickDirection \[Rule] \*StyleBox[\"value\",\"TI\"]\)] uses the inward, \ -outward or double side ticks at \*StyleBox[\"y\",\"TI\"]-axis for \*StyleBox[\ -\"Inward\",\"TI\"], \*StyleBox[\"Outward\",\"TI\"] and \ -\*StyleBox[\"Both\",\"TI\"] values of the \*StyleBox[\"value\",\"TI\"].\n\ -PlotElectronicBands1D[\!\(\*StyleBox[\"bands\",\"TI\"], \ -\*StyleBox[\"fermilevel\",\"TI\"], \*StyleBox[\"knorm\",\"TI\"], \ -XTickDirection \[Rule] \*StyleBox[\"value\",\"TI\"]\)] uses the inward, \ -outward or double side ticks at \*StyleBox[\"x\",\"TI\"]-axis for \*StyleBox[\ -\"Inward\",\"TI\"], \*StyleBox[\"Outward\",\"TI\"] and \ -\*StyleBox[\"Both\",\"TI\"] values of the \*StyleBox[\"value\",\"TI\"].\n\ -PlotElectronicBands1D[\!\(\*StyleBox[\"bands\",\"TI\"], \ -\*StyleBox[\"fermilevel\",\"TI\"], \*StyleBox[\"knorm\",\"TI\"], TicksPattern \ -\[Rule] {{\*StyleBox[\"left\",\"TI\"], \*StyleBox[\"right\",\"TI\"]}, \ -{\*StyleBox[\"bottom\",\"TI\"], \*StyleBox[\"top\",\"TI\"]}}\)] uses Boolean \ -values \*StyleBox[\"left\",\"TI\"], \*StyleBox[\"right\",\"TI\"], \*StyleBox[\ -\"bottom\",\"TI\"] and \*StyleBox[\"top\",\"TI\"] to set up ticks at the plot \ -frame sides.\nPlotElectronicBands1D[\!\(\*StyleBox[\"bands\",\"TI\"], \ -\*StyleBox[\"fermilevel\",\"TI\"], \*StyleBox[\"knorm\",\"TI\"], PlotRange \ -\[Rule] {{\*StyleBox[\"xmin\",\"TI\"], \*StyleBox[\"xmax\",\"TI\"]}, \ -{\*StyleBox[\"ymin\",\"TI\"], \*StyleBox[\"ymax\",\"TI\"]}}\)] uses the \ -specified plot range.\n\ -PlotElectronicBands1D[\!\(\*StyleBox[\"bands\",\"TI\"], \ -\*StyleBox[\"fermilevel\",\"TI\"], \*StyleBox[\"knorm\",\"TI\"], PlotStyle \ -\[Rule] \*StyleBox[\"style\",\"TI\"]\)] uses the specified \*StyleBox[\"style\ -\",\"TI\"] to plot \*StyleBox[\"bands\",\"TI\"], can use TBpackPallete for \ -Automatic.\nPlotElectronicBands1D[\!\(\*StyleBox[\"bands\",\"TI\"], \ -\*StyleBox[\"fermilevel\",\"TI\"], \*StyleBox[\"knorm\",\"TI\"], \ -FrameTicksStyle \[Rule] \*StyleBox[\"style\",\"TI\"]\)] uses the specified \ -\*StyleBox[\"style\",\"TI\"] to format plot ticks.\n\ -PlotElectronicBands1D[\!\(\*StyleBox[\"bands\",\"TI\"], \ -\*StyleBox[\"fermilevel\",\"TI\"], \*StyleBox[\"knorm\",\"TI\"], FrameStyle \ -\[Rule] \*StyleBox[\"style\",\"TI\"]\)] uses the specified \*StyleBox[\"style\ -\",\"TI\"] to format plot frame.\n\ -PlotElectronicBands1D[\!\(\*StyleBox[\"bands\",\"TI\"], \ -\*StyleBox[\"fermilevel\",\"TI\"], \*StyleBox[\"knorm\",\"TI\"], AspectRatio \ -\[Rule] \*StyleBox[\"value\",\"TI\"]\)] sets plot aspect ratio to \*StyleBox[\ -\"value\",\"TI\"].\nPlotElectronicBands1D[\!\(\*StyleBox[\"bands\",\"TI\"], \ -\*StyleBox[\"fermilevel\",\"TI\"], \*StyleBox[\"knorm\",\"TI\"], ImageSize \ -\[Rule] \*StyleBox[\"size\",\"TI\"]\)] uses the specified \ -\*StyleBox[\"size\",\"TI\"] to format ticks.", "Documentation" -> None, - "OwnValues" -> None, "UpValues" -> None, "DownValues" -> - Information`InformationValueForm[ - DownValues, TBpack`DataAnalysis`PlotElectronicBands1D, { - TBpack`DataAnalysis`PlotElectronicBands1D[ - Pattern[TBpack`DataAnalysis`Private`bands, - Blank[List]], - Pattern[TBpack`DataAnalysis`Private`fermilevel, - Blank[]], - Pattern[TBpack`DataAnalysis`Private`knormfactor, - Blank[]], - OptionsPattern[]] :> Catch[ - Module[{ - TBpack`DataAnalysis`Private`labels = - OptionValue[TBpack`DataAnalysis`Labels], - TBpack`DataAnalysis`Private`paflag = - OptionValue[TBpack`DataAnalysis`PlotAppearance], - TBpack`DataAnalysis`Private`plotrange = OptionValue[PlotRange], - TBpack`DataAnalysis`Private`plotstyle = OptionValue[PlotStyle], - TBpack`DataAnalysis`Private`titlepos = - OptionValue[TBpack`DataAnalysis`TitlePosition], - TBpack`DataAnalysis`Private`aspectratio = OptionValue[AspectRatio], - TBpack`DataAnalysis`Private`blen, - TBpack`DataAnalysis`Private`linestyles = { - Dashing[1], - Dashing[0.025], - Dashing[{0.02, 0.006, 0.006, 0.006}]}, - TBpack`DataAnalysis`Private`dy = - OptionValue[TBpack`DataAnalysis`YStep], - TBpack`DataAnalysis`Private`dx = - OptionValue[TBpack`DataAnalysis`XStep], - TBpack`DataAnalysis`Private`yticklen = - OptionValue[TBpack`DataAnalysis`YTickLen], - TBpack`DataAnalysis`Private`xticklen = - OptionValue[TBpack`DataAnalysis`XTickLen], - TBpack`DataAnalysis`Private`ytickdir = - OptionValue[TBpack`DataAnalysis`YTickDirection], - TBpack`DataAnalysis`Private`xtickdir = - OptionValue[TBpack`DataAnalysis`XTickDirection], - TBpack`DataAnalysis`Private`tickspattern = - OptionValue[TBpack`DataAnalysis`TicksPattern], - TBpack`DataAnalysis`Private`ny = - OptionValue[TBpack`DataAnalysis`YSubdivisions], - TBpack`DataAnalysis`Private`nx = - OptionValue[TBpack`DataAnalysis`XSubdivisions], - TBpack`DataAnalysis`Private`xmin, TBpack`DataAnalysis`Private`xmax, - TBpack`DataAnalysis`Private`ymin, - TBpack`DataAnalysis`Private`ymax, - TBpack`DataAnalysis`Private`yticks, - TBpack`DataAnalysis`Private`xticks, - TBpack`DataAnalysis`Private`fticks, - TBpack`DataAnalysis`Private`showtittle, - TBpack`DataAnalysis`Private`title, - TBpack`DataAnalysis`Private`inset, - TBpack`DataAnalysis`Private`axeslabels, - TBpack`DataAnalysis`Private`plotrangepadding, - TBpack`DataAnalysis`Private`len, TBpack`DataAnalysis`Private`p, - TBpack`DataAnalysis`Private`bandsQ, - TBpack`DataAnalysis`Private`plotstyleQ, - TBpack`DataAnalysis`Private`ts, TBpack`DataAnalysis`Private`ls, - TBpack`DataAnalysis`Private`nd, - TBpack`DataAnalysis`Private`data2plotdata, - TBpack`DataAnalysis`Private`lbfun, - TBpack`DataAnalysis`Private`nolabel}, - TBpack`DataAnalysis`Private`bandsQ = MatrixQ[#, NumericQ]& ; - TBpack`DataAnalysis`Private`plotstyleQ = Or[ - MatchQ[#, - RGBColor[ - Blank[], - Blank[], - Blank[]]], - MatchQ[#, - GrayLevel[ - Blank[]]], - MatchQ[#, - Directive[ - BlankSequence[]]]]& ; If[ - TBpack`DataAnalysis`Private`bandsQ[ - TBpack`DataAnalysis`Private`bands], - TBpack`DataAnalysis`Private`bands = { - TBpack`DataAnalysis`Private`bands}; - TBpack`DataAnalysis`Private`blen = 1, - If[ - VectorQ[ - TBpack`DataAnalysis`Private`bands, - TBpack`DataAnalysis`Private`bandsQ], - TBpack`DataAnalysis`Private`blen = - Length[TBpack`DataAnalysis`Private`bands], - Message[ - MessageName[TBpack`DataAnalysis`PlotElectronicBands1D, "farg"]], - Throw[$Failed]]]; - If[Length[TBpack`DataAnalysis`Private`fermilevel] == 0, - If[ - NumberQ[TBpack`DataAnalysis`Private`fermilevel], - TBpack`DataAnalysis`Private`fermilevel = { - TBpack`DataAnalysis`Private`fermilevel}, Message[ - MessageName[ - TBpack`DataAnalysis`PlotElectronicBands1D, "notanumber"], - TBpack`DataAnalysis`Private`fermilevel]; Throw[$Failed]]]; - If[Length[TBpack`DataAnalysis`Private`knormfactor] == 0, - If[ - NumberQ[TBpack`DataAnalysis`Private`knormfactor], - TBpack`DataAnalysis`Private`knormfactor = { - TBpack`DataAnalysis`Private`knormfactor}, Message[ - MessageName[ - TBpack`DataAnalysis`PlotElectronicBands1D, "notanumber"], - TBpack`DataAnalysis`Private`knormfactor]; Throw[$Failed]]]; - If[TBpack`DataAnalysis`Private`plotstyle === Automatic, - If[ - TBpack`DataAnalysis`Private`blen <= 10, - TBpack`DataAnalysis`Private`plotstyle = Table[ - Directive[ - Part[TBpack`DataAnalysis`Private`linestyles, - Mod[TBpack`DataAnalysis`Private`i, 3, 1]], - Part[ - TBpack`DataAnalysis`TBpackPalette, - TBpack`DataAnalysis`Private`i]], { - TBpack`DataAnalysis`Private`i, - TBpack`DataAnalysis`Private`blen}], Message[ - MessageName[ - TBpack`DataAnalysis`PlotElectronicBands1D, "psoptnocolors"]]; - Throw[$Failed]], - If[ - TBpack`DataAnalysis`Private`plotstyleQ[ - TBpack`DataAnalysis`Private`plotstyle], - TBpack`DataAnalysis`Private`plotstyle = { - TBpack`DataAnalysis`Private`plotstyle}, - If[ - Not[ - VectorQ[ - TBpack`DataAnalysis`Private`plotstyle, - TBpack`DataAnalysis`Private`plotstyleQ]], Message[ - MessageName[ - TBpack`DataAnalysis`PlotElectronicBands1D, "psoptnotstyle"]]; - Throw[$Failed]]]]; If[ - Not[ - TBpack`DataAnalysis`Private`blen == - Length[TBpack`DataAnalysis`Private`fermilevel] == - Length[TBpack`DataAnalysis`Private`knormfactor] == - Length[TBpack`DataAnalysis`Private`plotstyle]], Message[ - MessageName[ - TBpack`DataAnalysis`PlotElectronicBands1D, "arguments"]]; - Throw[$Failed]]; - If[Part[TBpack`DataAnalysis`Private`labels, 3] === Automatic, - Part[TBpack`DataAnalysis`Private`labels, 3] = - Range[TBpack`DataAnalysis`Private`blen], - If[ - Not[Length[ - Part[TBpack`DataAnalysis`Private`labels, 3]] == - TBpack`DataAnalysis`Private`blen], Message[ - MessageName[ - TBpack`DataAnalysis`PlotElectronicBands1D, "legendlbls"]]; - Throw[$Failed]]]; If[ - Or[ - Part[TBpack`DataAnalysis`Private`labels, 1] === "", - Part[TBpack`DataAnalysis`Private`labels, 1] === Null, - Part[TBpack`DataAnalysis`Private`labels, 1] === None], - TBpack`DataAnalysis`Private`showtittle = False, - TBpack`DataAnalysis`Private`showtittle = True]; - If[TBpack`DataAnalysis`Private`plotrange === Automatic, - TBpack`DataAnalysis`Private`plotrange = {{ - Min[ - - MapThread[# Last[#2]& , { - TBpack`DataAnalysis`Private`knormfactor, - TBpack`DataAnalysis`Private`bands}]], - Max[ - - MapThread[# Last[#2]& , { - TBpack`DataAnalysis`Private`knormfactor, - TBpack`DataAnalysis`Private`bands}]]}, { - Floor[ - Min[ - MapThread[ - First[#2] - #& , { - TBpack`DataAnalysis`Private`fermilevel, - TBpack`DataAnalysis`Private`bands}]]], - Ceiling[ - Max[ - MapThread[ - Part[#2, -2] - #& , { - TBpack`DataAnalysis`Private`fermilevel, - TBpack`DataAnalysis`Private`bands}]]]}}]; - TBpack`DataAnalysis`Private`ts[ - Pattern[TBpack`DataAnalysis`Private`st, - Blank[]]] := - TBpack`MaTeX`MaTeX[TBpack`DataAnalysis`Private`st, FontSize -> 21]; - TBpack`DataAnalysis`Private`ls[ - Pattern[TBpack`DataAnalysis`Private`st, - Blank[]]] := - TBpack`MaTeX`MaTeX[TBpack`DataAnalysis`Private`st, FontSize -> 20]; - TBpack`DataAnalysis`Private`nd = TBpack`DataAnalysis`Private`ls[ - ToString[ - PaddedForm[1. #, - OptionValue[TBpack`DataAnalysis`NumberDisplay], - ExponentFunction -> (If[-16 < # < 16, Null, #]& )]]]& ; - TBpack`DataAnalysis`Private`data2plotdata[ - Pattern[TBpack`DataAnalysis`Private`d, - Blank[]], - Pattern[TBpack`DataAnalysis`Private`eff, - Blank[]], - Pattern[TBpack`DataAnalysis`Private`nfactor, - Blank[]]] := - Module[{TBpack`DataAnalysis`Private`ed, - TBpack`DataAnalysis`Private`kd, - TBpack`DataAnalysis`Private`dim}, - TBpack`DataAnalysis`Private`ed = - Map[# - TBpack`DataAnalysis`Private`eff& , - Most[TBpack`DataAnalysis`Private`d], {2}]; - TBpack`DataAnalysis`Private`kd = - Last[TBpack`DataAnalysis`Private`d]; - TBpack`DataAnalysis`Private`dim = - Dimensions[TBpack`DataAnalysis`Private`ed]; - Table[{TBpack`DataAnalysis`Private`nfactor - Part[TBpack`DataAnalysis`Private`kd, - TBpack`DataAnalysis`Private`j], - Part[ - TBpack`DataAnalysis`Private`ed, TBpack`DataAnalysis`Private`i, - TBpack`DataAnalysis`Private`j]}, { - TBpack`DataAnalysis`Private`i, 1, - Part[TBpack`DataAnalysis`Private`dim, 1]}, { - TBpack`DataAnalysis`Private`j, 1, - Part[TBpack`DataAnalysis`Private`dim, 2]}]]; - TBpack`DataAnalysis`Private`lbfun = Labeled[#, - LineLegend[TBpack`DataAnalysis`Private`plotstyle, - Map[TBpack`DataAnalysis`Private`ls, - Part[TBpack`DataAnalysis`Private`labels, 3]]], Right]& ; - TBpack`DataAnalysis`Private`nolabel = { - Part[#, 1], "", - Part[#, 3], - Part[#, 4]}& ; - TBpack`DataAnalysis`Private`title = - If[TBpack`DataAnalysis`Private`showtittle, - TBpack`DataAnalysis`Private`ts[ - Part[TBpack`DataAnalysis`Private`labels, 1]]]; - TBpack`DataAnalysis`Private`inset = - If[TBpack`DataAnalysis`Private`showtittle, { - Inset[ - - Grid[{{TBpack`DataAnalysis`Private`title}}, Frame -> - OptionValue[TBpack`DataAnalysis`TitleFrame], FrameStyle -> - Directive[ - AbsoluteThickness[0.5], Black]], - Scaled[TBpack`DataAnalysis`Private`titlepos], Background -> - OptionValue[TBpack`DataAnalysis`TitleBackground]]}, {}]; - TBpack`DataAnalysis`Private`axeslabels = - Switch[TBpack`DataAnalysis`Private`paflag, 1, { - TBpack`DataAnalysis`Private`ls[ - Part[TBpack`DataAnalysis`Private`labels, 2, 1]], - TBpack`DataAnalysis`Private`ls[ - Part[TBpack`DataAnalysis`Private`labels, 2, 2]]}, 2, { - TBpack`DataAnalysis`Private`ls[ - Part[TBpack`DataAnalysis`Private`labels, 2, 1]], - TBpack`DataAnalysis`Private`ls[ - Part[TBpack`DataAnalysis`Private`labels, 2, 2]]}, 3, { - TBpack`DataAnalysis`Private`ls[ - Part[TBpack`DataAnalysis`Private`labels, 2, 1]], None}, 4, { - TBpack`DataAnalysis`Private`ls[ - Part[TBpack`DataAnalysis`Private`labels, 2, 1]], None}]; {{ - TBpack`DataAnalysis`Private`xmin, - TBpack`DataAnalysis`Private`xmax}, { - TBpack`DataAnalysis`Private`ymin, - TBpack`DataAnalysis`Private`ymax}} = - TBpack`DataAnalysis`Private`plotrange; - TBpack`DataAnalysis`Private`yticks = - TBpack`CustomTicks`LinTicks[ - TBpack`DataAnalysis`Private`ymin, - TBpack`DataAnalysis`Private`ymax, TBpack`DataAnalysis`Private`dy, - TBpack`DataAnalysis`Private`ny, - TBpack`CustomTicks`MajorTickLength -> - TBpack`DataAnalysis`Private`yticklen, - TBpack`CustomTicks`MinorTickLength -> - TBpack`DataAnalysis`Private`yticklen/2, - TBpack`CustomTicks`TickDirection -> - TBpack`DataAnalysis`Private`ytickdir, - TBpack`CustomTicks`TickLabelFunction -> - TBpack`DataAnalysis`Private`nd]; - TBpack`DataAnalysis`Private`xticks = - TBpack`CustomTicks`LinTicks[ - TBpack`DataAnalysis`Private`xmin, - TBpack`DataAnalysis`Private`xmax, TBpack`DataAnalysis`Private`dx, - TBpack`DataAnalysis`Private`nx, - TBpack`CustomTicks`MajorTickLength -> - TBpack`DataAnalysis`Private`xticklen, - TBpack`CustomTicks`MinorTickLength -> - TBpack`DataAnalysis`Private`xticklen/2, - TBpack`CustomTicks`TickDirection -> - TBpack`DataAnalysis`Private`xtickdir, - TBpack`CustomTicks`TickLabelFunction -> - TBpack`DataAnalysis`Private`nd]; - TBpack`DataAnalysis`Private`fticks = { - Switch[TBpack`DataAnalysis`Private`paflag, 1, { - If[ - Part[TBpack`DataAnalysis`Private`tickspattern, 1, 1], - TBpack`DataAnalysis`Private`yticks, None], - If[ - Part[TBpack`DataAnalysis`Private`tickspattern, 1, 2], - Map[ - TBpack`DataAnalysis`Private`nolabel, - TBpack`DataAnalysis`Private`yticks], None]}, 2, { - If[ - Part[TBpack`DataAnalysis`Private`tickspattern, 1, 1], - TBpack`DataAnalysis`Private`yticks, None], - If[ - Part[TBpack`DataAnalysis`Private`tickspattern, 1, 2], - Map[ - TBpack`DataAnalysis`Private`nolabel, - TBpack`DataAnalysis`Private`yticks], None]}, 3, { - If[ - Part[TBpack`DataAnalysis`Private`tickspattern, 1, 1], - Map[ - 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FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - - EventHandlerTag[{ - "MouseEntered" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, True], - "MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"], False-> - TagBox[GridBox[{ - { - ItemBox[ - PaneBox[ - StyleBox["\<\" Symbol\"\>", "InformationTitleText", - StripOnInput->False], - FrameMargins->{{4, 0}, {-1, 1}}], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationTitleBackground", - StripOnInput->False]}, - { - ItemBox[ - PaneBox[ - - StyleBox["\<\"PlotGrid[\\!\\({{\\*StyleBox[SubscriptBox[\\\"pl\\\"\ -,\\\"1\\\"],\\\"TI\\\"], \ -\\*StyleBox[SubscriptBox[\\\"pl\\\",\\\"2\\\"],\\\"TI\\\"], \[Ellipsis] \ -}}\\)] tiles the list of plots \ -\\*StyleBox[SubscriptBox[\\\"pl\\\",\\\"i\\\"],\\\"TI\\\"] into one \ -image.\\nPlotGrid[\\!\\({{\\*StyleBox[SubscriptBox[\\\"pl\\\",\\\"11\\\"],\\\"\ -TI\\\"], \\*StyleBox[SubscriptBox[\\\"pl\\\",\\\"12\\\"],\\\"TI\\\"], \ -\[Ellipsis] },{\\*StyleBox[SubscriptBox[\\\"pl\\\",\\\"21\\\"],\\\"TI\\\"], \ -\\*StyleBox[SubscriptBox[\\\"pl\\\",\\\"22\\\"],\\\"TI\\\"], \[Ellipsis] \ -}}\\)] tiles the list of plots \ -\\*StyleBox[SubscriptBox[\\\"pl\\\",\\\"ij\\\"],\\\"TI\\\"] into one \ -image.\\nPlotGrid[\\!\\(\\*StyleBox[\\\"plist\\\",\\\"TI\\\"], \\*StyleBox[\\\ -\"options\\\",\\\"TI\\\"] \\)] uses the specified \ -\\*StyleBox[\\\"options\\\",\\\"TI\\\"].\\nPlotGrid[\\!\\(\\*StyleBox[\\\"\ -plist\\\",\\\"TI\\\"], ImageSize \[Rule] \ -{\\*StyleBox[\\\"width\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"height\\\",\\\"TI\\\"] }\\)] produces image with the \ -specified \\*StyleBox[\\\"width\\\",\\\"TI\\\"] and \ -\\*StyleBox[\\\"height\\\",\\\"TI\\\"].\\nPlotGrid[\\!\\(\\*StyleBox[\\\"\ -plist\\\",\\\"TI\\\"], ImagePadding \[Rule] {{\\*StyleBox[\\\"left\\\",\\\"TI\ -\\\"], \\*StyleBox[\\\"right\\\",\\\"TI\\\"]}, {\\*StyleBox[\\\"bottom\\\",\\\ -\"TI\\\"], \\*StyleBox[\\\"top\\\",\\\"TI\\\"] }\\)] produces image with the \ -specified \\*StyleBox[\\\"left\\\",\\\"TI\\\"], \ -\\*StyleBox[\\\"right\\\",\\\"TI\\\"], \\*StyleBox[\\\"bottom\\\",\\\"TI\\\"] \ -and \\*StyleBox[\\\"top\\\",\\\"TI\\\"] image paddings around the tiled \ -plots.\"\>", "InformationUsageText", - StripOnInput->False, - LineSpacing->{1.5, 1.5, 3.}], - FrameMargins->{{10, 10}, {8, 10}}], - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False]}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpener"], - ImageSizeCache->{13., {3., 10.}}], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpenerHot"], - ImageSizeCache->{13., {3., 10.}}]}, Dynamic[ - System`InformationDump`mouseOver$$]], - Alignment->Left, - Appearance->{"Default" -> None}, - - ButtonFunction:>FEPrivate`Set[ - System`InformationDump`open$$, True], - Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - - EventHandlerTag[{ - "MouseEntered" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, True], - "MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"]}, Dynamic[System`InformationDump`open$$], - BaselinePosition->Baseline, - FrameMargins->0, - ImageSize->Automatic], - DynamicModuleValues:>{}], - BaseStyle->"InformationGridFrame", - StripOnInput->False], "InformationGridPlain", - StripOnInput->False], - InformationData[ - Association[ - "ObjectType" -> "Symbol", "Usage" -> - "PlotGrid[\!\({{\*StyleBox[SubscriptBox[\"pl\",\"1\"],\"TI\"], \ -\*StyleBox[SubscriptBox[\"pl\",\"2\"],\"TI\"], \[Ellipsis] }}\)] tiles the \ -list of plots \*StyleBox[SubscriptBox[\"pl\",\"i\"],\"TI\"] into one image.\n\ -PlotGrid[\!\({{\*StyleBox[SubscriptBox[\"pl\",\"11\"],\"TI\"], \ -\*StyleBox[SubscriptBox[\"pl\",\"12\"],\"TI\"], \[Ellipsis] \ -},{\*StyleBox[SubscriptBox[\"pl\",\"21\"],\"TI\"], \ -\*StyleBox[SubscriptBox[\"pl\",\"22\"],\"TI\"], \[Ellipsis] }}\)] tiles the \ -list of plots \*StyleBox[SubscriptBox[\"pl\",\"ij\"],\"TI\"] into one image.\n\ -PlotGrid[\!\(\*StyleBox[\"plist\",\"TI\"], \*StyleBox[\"options\",\"TI\"] \)] \ -uses the specified \*StyleBox[\"options\",\"TI\"].\n\ -PlotGrid[\!\(\*StyleBox[\"plist\",\"TI\"], ImageSize \[Rule] \ -{\*StyleBox[\"width\",\"TI\"], \*StyleBox[\"height\",\"TI\"] }\)] produces \ -image with the specified \*StyleBox[\"width\",\"TI\"] and \*StyleBox[\"height\ -\",\"TI\"].\nPlotGrid[\!\(\*StyleBox[\"plist\",\"TI\"], ImagePadding \[Rule] \ -{{\*StyleBox[\"left\",\"TI\"], \*StyleBox[\"right\",\"TI\"]}, \ -{\*StyleBox[\"bottom\",\"TI\"], \*StyleBox[\"top\",\"TI\"] }\)] produces \ -image with the specified \*StyleBox[\"left\",\"TI\"], \ -\*StyleBox[\"right\",\"TI\"], \*StyleBox[\"bottom\",\"TI\"] and \ -\*StyleBox[\"top\",\"TI\"] image paddings around the tiled plots.", - "Documentation" -> None, "OwnValues" -> None, "UpValues" -> None, - "DownValues" -> - Information`InformationValueForm[ - DownValues, TBpack`DataAnalysis`PlotGrid, {TBpack`DataAnalysis`PlotGrid[ - PatternTest[ - Pattern[TBpack`DataAnalysis`Private`l, - Blank[]], MatrixQ], - OptionsPattern[]] :> Catch[ - Module[{TBpack`DataAnalysis`Private`w = Part[ - OptionValue[ImageSize], 1], TBpack`DataAnalysis`Private`h = Part[ - OptionValue[ImageSize], 2], - TBpack`DataAnalysis`Private`leftPadding = Part[ - OptionValue[ImagePadding], 1, 1], - TBpack`DataAnalysis`Private`rightPadding = Part[ - OptionValue[ImagePadding], 1, 2], - TBpack`DataAnalysis`Private`bottomPadding = Part[ - OptionValue[ImagePadding], 2, 1], - TBpack`DataAnalysis`Private`topPadding = Part[ - OptionValue[ImagePadding], 2, 2], TBpack`DataAnalysis`Private`g, - TBpack`DataAnalysis`Private`fticks, - TBpack`DataAnalysis`Private`aspectratio, - TBpack`DataAnalysis`Private`plotrange, - TBpack`DataAnalysis`Private`fac, TBpack`DataAnalysis`Private`nx, - TBpack`DataAnalysis`Private`ny, TBpack`DataAnalysis`Private`widths, - TBpack`DataAnalysis`Private`heights, - TBpack`DataAnalysis`Private`positions, - TBpack`DataAnalysis`Private`graphicsQ}, { - TBpack`DataAnalysis`Private`ny, TBpack`DataAnalysis`Private`nx} = - Dimensions[TBpack`DataAnalysis`Private`l]; - TBpack`DataAnalysis`Private`widths = (TBpack`DataAnalysis`Private`w - - TBpack`DataAnalysis`Private`leftPadding - - TBpack`DataAnalysis`Private`rightPadding) - TBpack`DataAnalysis`Private`nx^(-1) - Table[1, {TBpack`DataAnalysis`Private`nx}]; - Part[TBpack`DataAnalysis`Private`widths, 1] = - Part[TBpack`DataAnalysis`Private`widths, 1] + - TBpack`DataAnalysis`Private`leftPadding; - Part[TBpack`DataAnalysis`Private`widths, -1] = - Part[TBpack`DataAnalysis`Private`widths, -1] + - TBpack`DataAnalysis`Private`rightPadding; - TBpack`DataAnalysis`Private`heights = ( - TBpack`DataAnalysis`Private`h - - TBpack`DataAnalysis`Private`topPadding - - TBpack`DataAnalysis`Private`bottomPadding) - TBpack`DataAnalysis`Private`ny^(-1) - Table[1, {TBpack`DataAnalysis`Private`ny}]; - Part[TBpack`DataAnalysis`Private`heights, 1] = - Part[TBpack`DataAnalysis`Private`heights, 1] + - TBpack`DataAnalysis`Private`bottomPadding; - Part[TBpack`DataAnalysis`Private`heights, -1] = - Part[TBpack`DataAnalysis`Private`heights, -1] + - TBpack`DataAnalysis`Private`topPadding; - TBpack`DataAnalysis`Private`positions = Transpose[ - Partition[ - Tuples[ - Map[Prepend[ - Accumulate[ - Most[#]], 0]& , { - TBpack`DataAnalysis`Private`widths, - TBpack`DataAnalysis`Private`heights}]], - TBpack`DataAnalysis`Private`ny]]; Graphics[ - Table[ - Inset[ - Show[ - TBpack`DataAnalysis`Private`g = - Part[TBpack`DataAnalysis`Private`l, - TBpack`DataAnalysis`Private`ny - - TBpack`DataAnalysis`Private`j + 1, - TBpack`DataAnalysis`Private`i]; Part[ - Options[TBpack`DataAnalysis`Private`g, AspectRatio], 1, 2]; - TBpack`DataAnalysis`Private`fticks = Part[ - Options[TBpack`DataAnalysis`Private`g, FrameTicks], 1, 2]; - TBpack`DataAnalysis`Private`plotrange = Part[ - Options[TBpack`DataAnalysis`Private`g, PlotRange], 1, 2]; - TBpack`DataAnalysis`Private`aspectratio = Part[ - Options[TBpack`DataAnalysis`Private`g, AspectRatio], 1, 2]; - TBpack`DataAnalysis`Private`fac = ( - Part[TBpack`DataAnalysis`Private`plotrange, 2, 2] - Part[ - TBpack`DataAnalysis`Private`plotrange, 2, 1])/(2 - TBpack`DataAnalysis`Private`aspectratio); - Part[TBpack`DataAnalysis`Private`fticks, 2, 1] = Map[{ - Part[#, 1], - Part[#, 2], TBpack`DataAnalysis`Private`fac Part[#, 3], - Part[#, 4]}& , - Part[TBpack`DataAnalysis`Private`fticks, 2, 1]]; - ReplaceAll[ - TBpack`DataAnalysis`Private`g, (FrameTicks -> Blank[]) -> ( - FrameTicks -> TBpack`DataAnalysis`Private`fticks)], - ImagePadding -> {{ - If[ - TBpack`DataAnalysis`Private`i == 1, - TBpack`DataAnalysis`Private`leftPadding, 0], - If[ - TBpack`DataAnalysis`Private`i == - TBpack`DataAnalysis`Private`nx, - TBpack`DataAnalysis`Private`rightPadding, 0]}, { - If[ - TBpack`DataAnalysis`Private`j == 1, - TBpack`DataAnalysis`Private`bottomPadding, 0], - If[ - TBpack`DataAnalysis`Private`j == - TBpack`DataAnalysis`Private`ny, - TBpack`DataAnalysis`Private`topPadding, 0]}}, AspectRatio -> - Full], - Part[ - TBpack`DataAnalysis`Private`positions, - TBpack`DataAnalysis`Private`j, - TBpack`DataAnalysis`Private`i], {Left, Bottom}, { - Part[ - TBpack`DataAnalysis`Private`widths, - TBpack`DataAnalysis`Private`i], - Part[ - TBpack`DataAnalysis`Private`heights, - TBpack`DataAnalysis`Private`j]}], { - TBpack`DataAnalysis`Private`i, 1, - TBpack`DataAnalysis`Private`nx}, { - TBpack`DataAnalysis`Private`j, 1, - TBpack`DataAnalysis`Private`ny}], - PlotRange -> {{0, TBpack`DataAnalysis`Private`w}, { - 0, TBpack`DataAnalysis`Private`h}}, - ImageSize -> { - TBpack`DataAnalysis`Private`w, - TBpack`DataAnalysis`Private`h}]]]}], "SubValues" -> None, - "DefaultValues" -> - Information`InformationValueForm[ - DefaultValues, TBpack`DataAnalysis`PlotGrid, { - SyntaxInformation[TBpack`DataAnalysis`PlotGrid] -> {"ArgumentsPattern" -> { - Blank[], - OptionsPattern[]}}}], "NValues" -> None, "FormatValues" -> None, - "Options" -> { - ImageSize -> {300, 400}, ImagePadding -> {{80, 80}, {80, 80}}}, - "Attributes" -> {}, "FullName" -> "TBpack`DataAnalysis`PlotGrid"], - False]]], "Output", - CellChangeTimes->{3.7956195185666485`*^9}, - CellLabel->"Out[42]=",ExpressionUUID->"320a2c58-16a6-4b42-8b07-306e1e9ea877"] -}, Open ]], - -Cell[BoxData["f"], "Input", - CellChangeTimes->{ - 3.795614292926759*^9},ExpressionUUID->"08befff7-087e-4fe1-9e01-\ -e3910a38d6b1"] -}, Open ]], - -Cell[CellGroupData[{ - -Cell["\<\ -PlotGrid test preserving the initial aspect ratio by adjusting image size\ -\>", "Subsection", - CellChangeTimes->{{3.7951651470484133`*^9, 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relaxed \ -\\!\\(\\*StyleBox[SubscriptBox[\\\"tr\\\",\\\"2n\\\"],\\\"TI\\\"]\\) \ -translation vectors.\"\>", "InformationUsageText", - StripOnInput->False, - LineSpacing->{1.5, 1.5, 3.}], - FrameMargins->{{10, 10}, {8, 10}}], - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False]}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpener"], - ImageSizeCache->{13., {3., 10.}}], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpenerHot"], - ImageSizeCache->{13., {3., 10.}}]}, Dynamic[ - System`InformationDump`mouseOver$$]], - Alignment->Left, - Appearance->{"Default" -> None}, - - ButtonFunction:>FEPrivate`Set[ - System`InformationDump`open$$, True], - Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - 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DefaultBaseStyle->"Column", - GridBoxAlignment->{"Columns" -> {{Left}}}, - GridBoxDividers->{"Columns" -> {{False}}, "Rows" -> {{False}}}, - - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}, - GridBoxSpacings->{"Columns" -> { - Offset[0.27999999999999997`], { - Offset[0.5599999999999999]}, - Offset[0.27999999999999997`]}, "Rows" -> { - Offset[0.2], { - Offset[3.6]}, - Offset[0.2]}}], - FrameMargins->6], ""}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "UpPointerOpener"]], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "UpPointerOpenerHot"]]}, Dynamic[ - System`InformationDump`mouseOver$$]], - Alignment->Left, - Appearance->{"Default" -> None}, - - ButtonFunction:>FEPrivate`Set[ - System`InformationDump`open$$, False], - Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - - EventHandlerTag[{ - "MouseEntered" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, True], - "MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"], False-> - TagBox[GridBox[{ - { - ItemBox[ - PaneBox[ - StyleBox["\<\" Symbol\"\>", "InformationTitleText", - StripOnInput->False], - FrameMargins->{{4, 0}, {-1, 1}}], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationTitleBackground", - StripOnInput->False]}, - { - ItemBox[ - PaneBox[ - - StyleBox["\<\"ElectronicStructure[\\!\\(\\*RowBox[{\\\"{\\\", \ -StyleBox[SubscriptBox[\\\"unitcell\\\",\\\"1\\\"],\\\"TI\\\"],\\\",\\\", \ -StyleBox[SubscriptBox[\\\"unitcell\\\",\\\"2\\\"],\\\"TI\\\"], \ -\\\"}\\\"}]\\)] calculates electronic energy levels for a system presented by \ -the \\!\\(\\*StyleBox[\\\"unitcell\\\",\\\"TI\\\"]\\) list of ideal \ -\\!\\(\\*StyleBox[SubscriptBox[\\\"unitcell\\\",\\\"1\\\"],\\\"TI\\\"]\\) and \ -relaxed \\!\\(\\*StyleBox[SubscriptBox[\\\"unitcell\\\",\\\"2\\\"],\\\"TI\\\"]\ -\\).\\nElectronicStructure[\\!\\(\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\ -\"], \\\",\\\" , StyleBox[\\\"options\\\",\\\"TI\\\"]}]\\)] calculates \ -electronic energy levels for a system using specified option \ -settings.\\nElectronicStructure[\\!\\(\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\ -\"TI\\\"], \\\",\\\" , \\\"EigenVectors\\\", \\\"\[Rule]\\\", \ -StyleBox[\\\"True\\\",\\\"TI\\\"] }]\\)] returns a list of electronic energy \ -levels, eigenvectors and velocity matrix \ -elements.\\nElectronicStructure[\\!\\(\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\ -\"TI\\\"], \\\",\\\" , \\\"TranslationVectors\\\" ,\\\"\[Rule]\\\", \ -\\\"{{\\\", StyleBox[SubscriptBox[\\\"tr\\\",\\\"11\\\"],\\\"TI\\\"], \\\",\\\ -\" , StyleBox[SubscriptBox[\\\"tr\\\",\\\" 12\\\"],\\\"TI\\\"], \\\",\\\" , \ -\\\"\[Ellipsis]\\\" , \\\"},{\\\" , StyleBox[SubscriptBox[\\\"tr\\\",\\\" \ -21\\\"],\\\"TI\\\"], \\\",\\\" , StyleBox[SubscriptBox[\\\"tr\\\",\\\" \ -22\\\"],\\\"TI\\\"], \\\",\\\" , \\\"\[Ellipsis]\\\",\\\"}}\\\" }]\\)] uses \ -ideal \\!\\(\\*StyleBox[SubscriptBox[\\\"tr\\\",\\\"1n\\\"],\\\"TI\\\"]\\) \ -and relaxed \\!\\(\\*StyleBox[SubscriptBox[\\\"tr\\\",\\\"2n\\\"],\\\"TI\\\"]\ -\\) translation vectors and the \ -\\!\\(\\*StyleBox[\\\"k\\\",\\\"TI\\\"]\\)-point \ -{0,0,0}.\\nElectronicStructure[\\!\\(\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"\ -TI\\\"], \\\",\\\" , \\\"TranslationVectors\\\" ,\\\"\[Rule]\\\", \\\"{\\\", \ -StyleBox[SubscriptBox[\\\"tr\\\",\\\"1\\\"],\\\"TI\\\"] , \\\",\\\" , \ -StyleBox[SubscriptBox[\\\"tr\\\",\\\"2\\\"],\\\"TI\\\"], \\\"}\\\", \\\",\\\" \ -, Kpoint, \\\"\[Rule]\\\", StyleBox[\\\"klist\\\",\\\"TI\\\"] }]\\)] uses the \ -list of \\!\\(\\*StyleBox[\\\"k\\\",\\\"TI\\\"]\\)-points \ -\\!\\(\\*StyleBox[\\\"klist\\\",\\\"TI\\\"]\\).\\nElectronicStructure[\\!\\(\\\ -*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , \ -\\\"TranslationVectors\\\" ,\\\"\[Rule]\\\", \\\"{\\\", \ -StyleBox[SubscriptBox[\\\"tr\\\",\\\"1\\\"],\\\"TI\\\"] , \\\",\\\" , \ -StyleBox[SubscriptBox[\\\"tr\\\",\\\"2\\\"],\\\"TI\\\"], \\\"}\\\", \\\",\\\" \ -, Kpoint, \\\"\[Rule]\\\", StyleBox[\\\"klist\\\",\\\"TI\\\"], \\\",\\\" , \ -ParallelEvaluation, \\\"\[Rule]\\\", StyleBox[\\\"True\\\",\\\"TI\\\"] }]\\)] \ -calculates in parallel for different elements of \ -\\!\\(\\*StyleBox[\\\"klist\\\",\\\"TI\\\"]\\).\"\>", "InformationUsageText", - StripOnInput->False, - LineSpacing->{1.5, 1.5, 3.}], - FrameMargins->{{10, 10}, {8, 10}}], - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False]}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpener"], - ImageSizeCache->{13., {3., 10.}}], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpenerHot"], - ImageSizeCache->{13., {3., 10.}}]}, Dynamic[ - System`InformationDump`mouseOver$$]], - Alignment->Left, - Appearance->{"Default" -> None}, - - ButtonFunction:>FEPrivate`Set[ - System`InformationDump`open$$, True], - Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - - EventHandlerTag[{ - "MouseEntered" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, True], - "MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"]}, Dynamic[System`InformationDump`open$$], - BaselinePosition->Baseline, - FrameMargins->0, - ImageSize->Automatic], - DynamicModuleValues:>{}], - BaseStyle->"InformationGridFrame", - StripOnInput->False], "InformationGridPlain", - StripOnInput->False], - InformationData[ - Association[ - "ObjectType" -> "Symbol", "Usage" -> - "ElectronicStructure[\!\(\*RowBox[{\"{\", \ -StyleBox[SubscriptBox[\"unitcell\",\"1\"],\"TI\"],\",\", \ -StyleBox[SubscriptBox[\"unitcell\",\"2\"],\"TI\"], \"}\"}]\)] calculates \ -electronic energy levels for a system presented by the \ -\!\(\*StyleBox[\"unitcell\",\"TI\"]\) list of ideal \ -\!\(\*StyleBox[SubscriptBox[\"unitcell\",\"1\"],\"TI\"]\) and relaxed \ -\!\(\*StyleBox[SubscriptBox[\"unitcell\",\"2\"],\"TI\"]\).\n\ -ElectronicStructure[\!\(\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"options\",\"TI\"]}]\)] calculates electronic energy levels for a \ -system using specified option settings.\n\ -ElectronicStructure[\!\(\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -\"EigenVectors\", \"\[Rule]\", StyleBox[\"True\",\"TI\"] }]\)] returns a list \ -of electronic energy levels, eigenvectors and velocity matrix elements.\n\ -ElectronicStructure[\!\(\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -\"TranslationVectors\" ,\"\[Rule]\", \"{{\", \ -StyleBox[SubscriptBox[\"tr\",\"11\"],\"TI\"], \",\" , \ -StyleBox[SubscriptBox[\"tr\",\" 12\"],\"TI\"], \",\" , \"\[Ellipsis]\" , \ -\"},{\" , StyleBox[SubscriptBox[\"tr\",\" 21\"],\"TI\"], \",\" , \ -StyleBox[SubscriptBox[\"tr\",\" 22\"],\"TI\"], \",\" , \"\[Ellipsis]\",\"}}\" \ -}]\)] uses ideal \!\(\*StyleBox[SubscriptBox[\"tr\",\"1n\"],\"TI\"]\) and \ -relaxed \!\(\*StyleBox[SubscriptBox[\"tr\",\"2n\"],\"TI\"]\) translation \ -vectors and the \!\(\*StyleBox[\"k\",\"TI\"]\)-point {0,0,0}.\n\ -ElectronicStructure[\!\(\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -\"TranslationVectors\" ,\"\[Rule]\", \"{\", \ -StyleBox[SubscriptBox[\"tr\",\"1\"],\"TI\"] , \",\" , \ -StyleBox[SubscriptBox[\"tr\",\"2\"],\"TI\"], \"}\", \",\" , Kpoint, \"\[Rule]\ -\", StyleBox[\"klist\",\"TI\"] }]\)] uses the list of \ -\!\(\*StyleBox[\"k\",\"TI\"]\)-points \!\(\*StyleBox[\"klist\",\"TI\"]\).\n\ -ElectronicStructure[\!\(\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -\"TranslationVectors\" ,\"\[Rule]\", \"{\", \ -StyleBox[SubscriptBox[\"tr\",\"1\"],\"TI\"] , \",\" , \ -StyleBox[SubscriptBox[\"tr\",\"2\"],\"TI\"], \"}\", \",\" , Kpoint, \"\[Rule]\ -\", StyleBox[\"klist\",\"TI\"], \",\" , ParallelEvaluation, \"\[Rule]\", \ -StyleBox[\"True\",\"TI\"] }]\)] calculates in parallel for different elements \ -of \!\(\*StyleBox[\"klist\",\"TI\"]\).", "Documentation" -> None, "OwnValues" -> - None, "UpValues" -> None, "DownValues" -> None, "SubValues" -> None, - "DefaultValues" -> - Information`InformationValueForm[ - DefaultValues, TBpack`ElectronicStructure, { - SyntaxInformation[TBpack`ElectronicStructure] -> {"ArgumentsPattern" -> { - Blank[], - OptionsPattern[]}}}], "NValues" -> None, "FormatValues" -> None, - "Options" -> None, "Attributes" -> {Protected, ReadProtected}, "FullName" -> - "TBpack`ElectronicStructure"], False]]], "Output", - CellChangeTimes->{3.796228870764949*^9, 3.7962300423959627`*^9}, - CellLabel->"Out[25]=",ExpressionUUID->"af81d278-64b9-4fd9-9bcd-1775b60cace5"], - -Cell[BoxData[ - InterpretationBox[ - StyleBox[ - FrameBox[ - DynamicModuleBox[{System`InformationDump`open$$ = False, - System`InformationDump`mouseOver$$ = False}, - PaneSelectorBox[{True-> - TagBox[GridBox[{ - { - ItemBox[ - PaneBox[ - StyleBox["\<\" Symbol\"\>", "InformationTitleText", - StripOnInput->False, - BaseStyle -> None], - FrameMargins->{{4, 0}, {-1, 1}}], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationTitleBackground", - StripOnInput->False]}, - { - ItemBox[ - PaneBox[ - - StyleBox["\<\"ElectronicBands1D[\\!\\(\\*RowBox[{StyleBox[\\\"\ -unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"]}]\\)] \ -calculates electronic energy bands for a 1D system presented by \ -\\!\\(\\*StyleBox[\\\"unitcell\\\",\\\"TI\\\"]\\) and the translation vector \ -\\!\\(\\*StyleBox[\\\"tr\\\",\\\"TI\\\"]\\). \ -\\nElectronicBands1D[\\!\\(\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \ -\\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \ -StyleBox[\\\"options\\\",\\\"TI\\\"]}]\\)] calculates electronic energy bands \ -using specified \ -options.\\nElectronicBands1D[\\!\\(\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"\ -TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \ -\\\"TBModelParameters\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"list\\\",\\\"TI\\\"]}]\\)] uses specified tight-binding model \ -parameters given as \ -\\!\\(\\*StyleBox[\\\"list\\\",\\\"TI\\\"]\\).\\nElectronicBands1D[\\!\\(\\*\ -RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , \ -StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \\\"HoppingDistances\\\" , \\\"\ -\[Rule]\\\" , StyleBox[\\\"list\\\",\\\"TI\\\"]}]\\)] uses specified hopping \ -distances given as \ -\\!\\(\\*StyleBox[\\\"list\\\",\\\"TI\\\"]\\).\\nElectronicBands1D[\\!\\(\\*\ -RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , \ -StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \\\"HoppingDistanceDelta\\\" , \ -\\\"\[Rule]\\\" , StyleBox[\\\"value\\\",\\\"TI\\\"]}]\\)] uses specified \\!\ -\\(\\*StyleBox[\\\"value\\\",\\\"TI\\\"]\\) of the largest absolute deviation \ -of the hopping \ -distances.\\nElectronicBands1D[\\!\\(\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"\ -TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \\\"Efield\ -\\\" , \\\"\[Rule]\\\" , StyleBox[\\\"vector\\\",\\\"TI\\\"]}]\\)] uses \ -specified external electric field set by 3 Cartesian component \ -\\!\\(\\*StyleBox[\\\"vector\\\",\\\"TI\\\"]\\).\\nElectronicBands1D[\\!\\(\\*\ -RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , \ -StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \\\"Bfield\\\" , \ -\\\"\[Rule]\\\" , StyleBox[\\\"vector\\\",\\\"TI\\\"]}]\\)] uses specified \ -external magnetic field set by 3 Cartesian component \ -\\!\\(\\*StyleBox[\\\"vector\\\",\\\"TI\\\"]\\).\\nElectronicBands1D[\\!\\(\\*\ -RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , \ -StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \\\"NumberOfKpoints\\\" , \\\"\ -\[Rule]\\\" , StyleBox[\\\"value\\\",\\\"TI\\\"]}]\\)] uses specified by \ -\\!\\(\\*StyleBox[\\\"value\\\",\\\"TI\\\"]\\) the number of \ -\\!\\(\\*StyleBox[\\\"k\\\",\\\"TI\\\"]\\)-points in a uniform grid of 1D \ -reciprocal \ -space.\\nElectronicBands1D[\\!\\(\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\ -\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \ -\\\"EigenVectors\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"True\\\",\\\"TI\\\"]}]\\)] returns a list of electronic energy \ -bands, eigenvectors and velocity matrix \ -elements.\\nElectronicBands1D[\\!\\(\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"\ -TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \ -\\\"ParallelEvaluation\\\" , \\\"\[Rule]\\\" , StyleBox[\\\"True\\\",\\\"TI\\\ -\"]}]\\)] calculates in parallel for different \\!\\(\\*StyleBox[\\\"k\\\",\\\ -\"TI\\\"]\\)-points.\\nElectronicBands1D[\\!\\(\\*RowBox[{StyleBox[\\\"\ -unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\ -\\\" , \\\"RelaxGeometry\\\" , \\\"\[Rule]\\\" , StyleBox[\\\"True\\\",\\\"TI\ -\\\"], \\\",\\\" , \\\"Path2OptimizationProgramm\\\" , \\\"\[Rule]\\\" , \ -\\\"{\\\", StyleBox[\\\"integer\\\",\\\"TI\\\"], \\\",\\\" , \ -StyleBox[\\\"path\\\",\\\"TI\\\"] , \\\"}\\\"}]\\)] uses the geometry \ -optimization of the unit cell by the programm set by \ -\\!\\(\\*StyleBox[\\\"number\\\",\\\"TI\\\"]\\) and located at \ -\\!\\(\\*StyleBox[\\\"path\\\",\\\"TI\\\"]\\).\\nElectronicBands1D[\\!\\(\\*\ -RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , \ -StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \\\"Path2Save\\\" , \\\"\[Rule]\ -\\\" , StyleBox[\\\"path\\\",\\\"TI\\\"]}]\\)] saves the results of the \ -calculation in a file located at \ -\\!\\(\\*StyleBox[\\\"path\\\",\\\"TI\\\"]\\).\"\>", "InformationUsageText", - StripOnInput->False, - LineSpacing->{1.5, 1.5, 3.}], - FrameMargins->{{10, 10}, {8, 10}}], - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False]}, - { - PaneBox[GridBox[{ - { - - DynamicModuleBox[{System`InformationDump`open$$ = { - False, False, False, False, False, False, False, False, False, - False, False, False}}, - StyleBox[GridBox[{ - { - TagBox[ - TooltipBox[ - - StyleBox["\<\" Default Definitions\"\>", - "InformationRowLabel", - StripOnInput->False], - "\"DefaultValues\"", - TooltipStyle->"TextStyling"], - Annotation[#, "DefaultValues", "Tooltip"]& ], - InterpretationBox[GridBox[{ - { - RowBox[{ - RowBox[{ - "SyntaxInformation", "[", "ElectronicBands1D", "]"}], "=", - RowBox[{"{", - RowBox[{"\<\"ArgumentsPattern\"\>", "\[Rule]", - RowBox[{"{", - RowBox[{"_", ",", "_", ",", - RowBox[{"OptionsPattern", "[", "]"}]}], "}"}]}], "}"}]}]} - }, - BaselinePosition->{Baseline, {1, 1}}, - - GridBoxAlignment->{ - "Columns" -> {{Left}}, "Rows" -> {{Baseline}}}], - - ColumnForm[{ - SyntaxInformation[TBpack`ElectronicBands1D] = { - "ArgumentsPattern" -> { - Blank[], - Blank[], - OptionsPattern[]}}}], - Editable->False]}, - { - PaneSelectorBox[{True-> - ButtonBox[ - PaneSelectorBox[{False-> - - TemplateBox[{ - "\[ThickSpace]","\"\[ThickSpace]\"",StyleBox[ - "\"Options\"", "InformationRowLabel", StripOnInput -> - False],DynamicBox[ - FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpener"]]}, - "RowWithSeparators"], True-> - - TemplateBox[{ - "\[ThickSpace]","\"\[ThickSpace]\"",StyleBox[ - "\"Options\"", "InformationRowLabel", StripOnInput -> - False],DynamicBox[ - FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpenerHot"]]}, - "RowWithSeparators"]}, Dynamic[ - CurrentValue["MouseOver"]], - FrameMargins->0, - ImageSize->Automatic], - Appearance->None, - BaseStyle->None, - - ButtonFunction:>(Part[System`InformationDump`open$$, 9] = - False), - Evaluator->Automatic, - FrameMargins->0, - ImageMargins->0, - Method->"Preemptive"], False-> - ButtonBox[ - PaneSelectorBox[{False-> - - TemplateBox[{ - "\[ThickSpace]","\"\[ThickSpace]\"",StyleBox[ - "\"Options\"", "InformationRowLabel", StripOnInput -> - False],DynamicBox[ - FEPrivate`FrontEndResource[ - "FEBitmaps", "RightPointerOpener"]]}, - "RowWithSeparators"], True-> - - TemplateBox[{ - "\[ThickSpace]","\"\[ThickSpace]\"",StyleBox[ - "\"Options\"", "InformationRowLabel", StripOnInput -> - False],DynamicBox[ - FEPrivate`FrontEndResource[ - "FEBitmaps", "RightPointerOpenerHot"]]}, - "RowWithSeparators"]}, Dynamic[ - CurrentValue["MouseOver"]], - FrameMargins->0, - ImageSize->Automatic], - Appearance->None, - BaseStyle->None, - - ButtonFunction:>(Part[System`InformationDump`open$$, 9] = - True), - Evaluator->Automatic, - FrameMargins->0, - ImageMargins->0, - Method->"Preemptive"]}, Dynamic[ - FEPrivate`Part[System`InformationDump`open$$, 9]]], - PaneSelectorBox[{True->GridBox[{ - { - RowBox[{"TBModelParameters", "\[Rule]", - RowBox[{"{", - RowBox[{ - RowBox[{"{", - RowBox[{"0", ",", "3.12`", ",", "0", ",", "0"}], "}"}], - ",", - RowBox[{"{", - RowBox[{"1", ",", "0", ",", "0", ",", "0"}], "}"}], ",", - "3.`", ",", - RowBox[{"{", - RowBox[{ - RowBox[{"{", - RowBox[{"0", ",", "0"}], "}"}], ",", - RowBox[{"{", - RowBox[{"0", ",", "0"}], "}"}], ",", - RowBox[{"{", - RowBox[{"0", ",", "0"}], "}"}], ",", - RowBox[{"{", - RowBox[{"0", ",", "0"}], "}"}]}], "}"}], - ",", "\<\"Partoens2006\"\>"}], "}"}]}]}, - { - RowBox[{"HoppingDistances", "\[Rule]", - RowBox[{"{", - RowBox[{ - "0", ",", "1.42`", ",", "2.45951`", ",", "2.84`"}], - "}"}]}]}, - { - RowBox[{"HoppingDistanceDelta", "\[Rule]", "0.05`"}]}, - { - RowBox[{"Efield", "\[Rule]", - RowBox[{"{", - RowBox[{"0", ",", "0", ",", "0"}], "}"}]}]}, - { - RowBox[{"Bfield", "\[Rule]", - RowBox[{"{", - RowBox[{"0", ",", "0", ",", "0"}], "}"}]}]}, - { - RowBox[{"NumberOfKpoints", "\[Rule]", "100"}]}, - { - RowBox[{"EigenVectors", "\[Rule]", "False"}]}, - { - RowBox[{"ParallelEvaluation", "\[Rule]", "True"}]}, - { - RowBox[{"RelaxGeometry", "\[Rule]", "False"}]}, - { - RowBox[{"Path2OptimizationProgramm", "\[Rule]", - RowBox[{"{", - RowBox[{"None", ",", "\<\"\"\>"}], "}"}]}]}, - { - RowBox[{ - "Path2Save", "\[Rule]", "\<\"C:\\\\Users\\\\Vasil\"\>"}]}, - { - StyleBox[ - - TemplateBox[{ - "\"(\"","\"\[InvisibleSpace]\"","11","\" total)\""}, - "RowDefault"], "InformationRowOpener", - StripOnInput->False]} - }, - BaselinePosition->{Baseline, {1, 1}}, - DefaultBaseStyle->"Column", - GridBoxAlignment->{"Columns" -> {{Left}}}, - - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{1.}}}], False-> - RowBox[{ - RowBox[{"TBModelParameters", "\[Rule]", - RowBox[{"{", - RowBox[{ - RowBox[{"{", - RowBox[{"0", ",", "3.12`", ",", "0", ",", "0"}], "}"}], - ",", - RowBox[{"{", - RowBox[{"1", ",", "0", ",", "0", ",", "0"}], "}"}], ",", - "3.`", ",", - RowBox[{"{", - RowBox[{ - RowBox[{"{", - RowBox[{"0", ",", "0"}], "}"}], ",", - RowBox[{"{", - RowBox[{"0", ",", "0"}], "}"}], ",", - RowBox[{"{", - RowBox[{"0", ",", "0"}], "}"}], ",", - RowBox[{"{", - RowBox[{"0", ",", "0"}], "}"}]}], "}"}], - ",", "\<\"Partoens2006\"\>"}], "}"}]}], "\[ThinSpace]", - StyleBox["\<\"\[Ellipsis]\"\>", "InformationRowOpener", - StripOnInput->False], "\[ThinSpace]", - StyleBox[ - - TemplateBox[{ - "\"(\"","\"\[InvisibleSpace]\"","11","\" total)\""}, - "RowDefault"], "InformationRowOpener", - StripOnInput->False]}]}, Dynamic[ - FEPrivate`Part[System`InformationDump`open$$, 9]], - BaselinePosition->Baseline, - ImageSize->Automatic]}, - { - TagBox[ - TooltipBox[ - StyleBox["\<\" Attributes\"\>", "InformationRowLabel", - StripOnInput->False], - "\"Attributes\"", - TooltipStyle->"TextStyling"], - Annotation[#, "Attributes", "Tooltip"]& ], - RowBox[{"{", - RowBox[{"Protected", ",", "ReadProtected"}], "}"}]}, - { - TagBox[ - TooltipBox[ - StyleBox["\<\" Full Name\"\>", "InformationRowLabel", - StripOnInput->False], - "\"FullName\"", - TooltipStyle->"TextStyling"], - - Annotation[#, "FullName", - "Tooltip"]& ], "\<\"TBpack`ElectronicBands1D\"\>"} - }, - AutoDelete->False, - GridBoxAlignment->{"Columns" -> {Right, Left}}, - GridBoxDividers->None, - GridBoxItemSize->{"Columns" -> {Automatic, Automatic}}, - GridBoxSpacings->{"Columns" -> { - Offset[0.27999999999999997`], { - Offset[0.5599999999999999]}, - Offset[0.27999999999999997`]}, "Rows" -> { - Offset[0.2], { - Offset[0.8]}, - Offset[0.2]}}], "DialogStyle", - StripOnInput->False], - DynamicModuleValues:>{}]} - }, - DefaultBaseStyle->"Column", - GridBoxAlignment->{"Columns" -> {{Left}}}, - GridBoxDividers->{"Columns" -> {{False}}, "Rows" -> {{False}}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}, - GridBoxSpacings->{"Columns" -> { - Offset[0.27999999999999997`], { - Offset[0.5599999999999999]}, - Offset[0.27999999999999997`]}, "Rows" -> { - Offset[0.2], { - Offset[3.6]}, - Offset[0.2]}}], - FrameMargins->6], ""}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "UpPointerOpener"]], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "UpPointerOpenerHot"]]}, Dynamic[ - System`InformationDump`mouseOver$$]], - Alignment->Left, - Appearance->{"Default" -> None}, - - ButtonFunction:>FEPrivate`Set[ - System`InformationDump`open$$, False], - Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - - EventHandlerTag[{ - "MouseEntered" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, True], - "MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"], False-> - TagBox[GridBox[{ - { - ItemBox[ - PaneBox[ - StyleBox["\<\" Symbol\"\>", "InformationTitleText", - StripOnInput->False], - FrameMargins->{{4, 0}, {-1, 1}}], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationTitleBackground", - StripOnInput->False]}, - { - ItemBox[ - PaneBox[ - - StyleBox["\<\"ElectronicBands1D[\\!\\(\\*RowBox[{StyleBox[\\\"\ -unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"]}]\\)] \ -calculates electronic energy bands for a 1D system presented by \ -\\!\\(\\*StyleBox[\\\"unitcell\\\",\\\"TI\\\"]\\) and the translation vector \ -\\!\\(\\*StyleBox[\\\"tr\\\",\\\"TI\\\"]\\). \ -\\nElectronicBands1D[\\!\\(\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \ -\\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \ -StyleBox[\\\"options\\\",\\\"TI\\\"]}]\\)] calculates electronic energy bands \ -using specified \ -options.\\nElectronicBands1D[\\!\\(\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"\ -TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \ -\\\"TBModelParameters\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"list\\\",\\\"TI\\\"]}]\\)] uses specified tight-binding model \ -parameters given as \ -\\!\\(\\*StyleBox[\\\"list\\\",\\\"TI\\\"]\\).\\nElectronicBands1D[\\!\\(\\*\ -RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , \ -StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \\\"HoppingDistances\\\" , \\\"\ -\[Rule]\\\" , StyleBox[\\\"list\\\",\\\"TI\\\"]}]\\)] uses specified hopping \ -distances given as \ -\\!\\(\\*StyleBox[\\\"list\\\",\\\"TI\\\"]\\).\\nElectronicBands1D[\\!\\(\\*\ -RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , \ -StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \\\"HoppingDistanceDelta\\\" , \ -\\\"\[Rule]\\\" , StyleBox[\\\"value\\\",\\\"TI\\\"]}]\\)] uses specified \\!\ -\\(\\*StyleBox[\\\"value\\\",\\\"TI\\\"]\\) of the largest absolute deviation \ -of the hopping \ -distances.\\nElectronicBands1D[\\!\\(\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"\ -TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \\\"Efield\ -\\\" , \\\"\[Rule]\\\" , StyleBox[\\\"vector\\\",\\\"TI\\\"]}]\\)] uses \ -specified external electric field set by 3 Cartesian component \ -\\!\\(\\*StyleBox[\\\"vector\\\",\\\"TI\\\"]\\).\\nElectronicBands1D[\\!\\(\\*\ -RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , \ -StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \\\"Bfield\\\" , \ -\\\"\[Rule]\\\" , StyleBox[\\\"vector\\\",\\\"TI\\\"]}]\\)] uses specified \ -external magnetic field set by 3 Cartesian component \ -\\!\\(\\*StyleBox[\\\"vector\\\",\\\"TI\\\"]\\).\\nElectronicBands1D[\\!\\(\\*\ -RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , \ -StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \\\"NumberOfKpoints\\\" , \\\"\ -\[Rule]\\\" , StyleBox[\\\"value\\\",\\\"TI\\\"]}]\\)] uses specified by \ -\\!\\(\\*StyleBox[\\\"value\\\",\\\"TI\\\"]\\) the number of \ -\\!\\(\\*StyleBox[\\\"k\\\",\\\"TI\\\"]\\)-points in a uniform grid of 1D \ -reciprocal \ -space.\\nElectronicBands1D[\\!\\(\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\ -\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \ -\\\"EigenVectors\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"True\\\",\\\"TI\\\"]}]\\)] returns a list of electronic energy \ -bands, eigenvectors and velocity matrix \ -elements.\\nElectronicBands1D[\\!\\(\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"\ -TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \ -\\\"ParallelEvaluation\\\" , \\\"\[Rule]\\\" , StyleBox[\\\"True\\\",\\\"TI\\\ -\"]}]\\)] calculates in parallel for different \\!\\(\\*StyleBox[\\\"k\\\",\\\ -\"TI\\\"]\\)-points.\\nElectronicBands1D[\\!\\(\\*RowBox[{StyleBox[\\\"\ -unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\ -\\\" , \\\"RelaxGeometry\\\" , \\\"\[Rule]\\\" , StyleBox[\\\"True\\\",\\\"TI\ -\\\"], \\\",\\\" , \\\"Path2OptimizationProgramm\\\" , \\\"\[Rule]\\\" , \ -\\\"{\\\", StyleBox[\\\"integer\\\",\\\"TI\\\"], \\\",\\\" , \ -StyleBox[\\\"path\\\",\\\"TI\\\"] , \\\"}\\\"}]\\)] uses the geometry \ -optimization of the unit cell by the programm set by \ -\\!\\(\\*StyleBox[\\\"number\\\",\\\"TI\\\"]\\) and located at \ -\\!\\(\\*StyleBox[\\\"path\\\",\\\"TI\\\"]\\).\\nElectronicBands1D[\\!\\(\\*\ -RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , \ -StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \\\"Path2Save\\\" , \\\"\[Rule]\ -\\\" , StyleBox[\\\"path\\\",\\\"TI\\\"]}]\\)] saves the results of the \ -calculation in a file located at \ -\\!\\(\\*StyleBox[\\\"path\\\",\\\"TI\\\"]\\).\"\>", "InformationUsageText", - StripOnInput->False, - LineSpacing->{1.5, 1.5, 3.}], - FrameMargins->{{10, 10}, {8, 10}}], - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False]}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpener"], - ImageSizeCache->{13., {3., 10.}}], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpenerHot"], - ImageSizeCache->{13., {3., 10.}}]}, Dynamic[ - System`InformationDump`mouseOver$$]], - Alignment->Left, - Appearance->{"Default" -> None}, - - ButtonFunction:>FEPrivate`Set[ - System`InformationDump`open$$, True], - Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - - EventHandlerTag[{ - "MouseEntered" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, True], - "MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"]}, Dynamic[System`InformationDump`open$$], - BaselinePosition->Baseline, - FrameMargins->0, - ImageSize->Automatic], - DynamicModuleValues:>{}], - BaseStyle->"InformationGridFrame", - StripOnInput->False], "InformationGridPlain", - StripOnInput->False], - InformationData[ - Association[ - "ObjectType" -> "Symbol", "Usage" -> - "ElectronicBands1D[\!\(\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"]}]\)] calculates electronic energy bands for a 1D \ -system presented by \!\(\*StyleBox[\"unitcell\",\"TI\"]\) and the translation \ -vector \!\(\*StyleBox[\"tr\",\"TI\"]\). \n\ -ElectronicBands1D[\!\(\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , StyleBox[\"options\",\"TI\"]}]\)] \ -calculates electronic energy bands using specified options.\n\ -ElectronicBands1D[\!\(\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"TBModelParameters\" , \"\[Rule]\" , \ -StyleBox[\"list\",\"TI\"]}]\)] uses specified tight-binding model parameters \ -given as \!\(\*StyleBox[\"list\",\"TI\"]\).\n\ -ElectronicBands1D[\!\(\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"HoppingDistances\" , \"\[Rule]\" , \ -StyleBox[\"list\",\"TI\"]}]\)] uses specified hopping distances given as \!\(\ -\*StyleBox[\"list\",\"TI\"]\).\n\ -ElectronicBands1D[\!\(\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"HoppingDistanceDelta\" , \"\[Rule]\" , \ -StyleBox[\"value\",\"TI\"]}]\)] uses specified \ -\!\(\*StyleBox[\"value\",\"TI\"]\) of the largest absolute deviation of the \ -hopping distances.\n\ -ElectronicBands1D[\!\(\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"Efield\" , \"\[Rule]\" , \ -StyleBox[\"vector\",\"TI\"]}]\)] uses specified external electric field set \ -by 3 Cartesian component \!\(\*StyleBox[\"vector\",\"TI\"]\).\n\ -ElectronicBands1D[\!\(\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"Bfield\" , \"\[Rule]\" , \ -StyleBox[\"vector\",\"TI\"]}]\)] uses specified external magnetic field set \ -by 3 Cartesian component \!\(\*StyleBox[\"vector\",\"TI\"]\).\n\ -ElectronicBands1D[\!\(\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"NumberOfKpoints\" , \"\[Rule]\" , \ -StyleBox[\"value\",\"TI\"]}]\)] uses specified by \ -\!\(\*StyleBox[\"value\",\"TI\"]\) the number of \!\(\*StyleBox[\"k\",\"TI\"]\ -\)-points in a uniform grid of 1D reciprocal space.\n\ -ElectronicBands1D[\!\(\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"EigenVectors\" , \"\[Rule]\" , \ -StyleBox[\"True\",\"TI\"]}]\)] returns a list of electronic energy bands, \ -eigenvectors and velocity matrix elements.\n\ -ElectronicBands1D[\!\(\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"ParallelEvaluation\" , \"\[Rule]\" , \ -StyleBox[\"True\",\"TI\"]}]\)] calculates in parallel for different \ -\!\(\*StyleBox[\"k\",\"TI\"]\)-points.\n\ -ElectronicBands1D[\!\(\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"RelaxGeometry\" , \"\[Rule]\" , StyleBox[\ -\"True\",\"TI\"], \",\" , \"Path2OptimizationProgramm\" , \"\[Rule]\" , \ -\"{\", StyleBox[\"integer\",\"TI\"], \",\" , StyleBox[\"path\",\"TI\"] , \ -\"}\"}]\)] uses the geometry optimization of the unit cell by the programm \ -set by \!\(\*StyleBox[\"number\",\"TI\"]\) and located at \ -\!\(\*StyleBox[\"path\",\"TI\"]\).\nElectronicBands1D[\!\(\*RowBox[{StyleBox[\ -\"unitcell\",\"TI\"], \",\" , StyleBox[\"tr\",\"TI\"] , \",\" , \"Path2Save\" \ -, \"\[Rule]\" , StyleBox[\"path\",\"TI\"]}]\)] saves the results of the \ -calculation in a file located at \!\(\*StyleBox[\"path\",\"TI\"]\).", - "Documentation" -> None, "OwnValues" -> None, "UpValues" -> None, - "DownValues" -> None, "SubValues" -> None, "DefaultValues" -> - Information`InformationValueForm[ - DefaultValues, TBpack`ElectronicBands1D, { - SyntaxInformation[TBpack`ElectronicBands1D] -> {"ArgumentsPattern" -> { - Blank[], - Blank[], - OptionsPattern[]}}}], "NValues" -> None, "FormatValues" -> None, - "Options" -> { - TBpack`TBModelParameters -> {{0, 3.12, 0, 0}, {1, 0, 0, 0}, 3., {{0, - 0}, {0, 0}, {0, 0}, {0, 0}}, "Partoens2006"}, - TBpack`HoppingDistances -> {0, 1.42, 2.45951, 2.84}, - TBpack`HoppingDistanceDelta -> 0.05, TBpack`Efield -> {0, 0, 0}, - TBpack`Bfield -> {0, 0, 0}, TBpack`NumberOfKpoints -> 100, - TBpack`EigenVectors -> False, TBpack`ParallelEvaluation -> True, - TBpack`RelaxGeometry -> False, - TBpack`Path2OptimizationProgramm -> {None, ""}, TBpack`Path2Save -> - "C:\\Users\\Vasil"}, "Attributes" -> {Protected, ReadProtected}, - "FullName" -> "TBpack`ElectronicBands1D"], False]]], "Output", - CellChangeTimes->{3.796228870764949*^9, 3.796230042500969*^9}, - CellLabel->"Out[26]=",ExpressionUUID->"f16e6c42-9a97-4c16-ad16-218166fc4137"] -}, Open ]], - -Cell[CellGroupData[{ - -Cell[BoxData[ - RowBox[{"Options", "[", "Hamiltonian", "]"}]], "Input", - CellChangeTimes->{{3.796230128310877*^9, 3.796230134417226*^9}}, - CellLabel->"In[31]:=",ExpressionUUID->"1fb05d8d-d696-4b67-beab-96be46f0a43a"], - -Cell[BoxData[ - RowBox[{"{", - RowBox[{ - RowBox[{"TranslationVectors", "\[Rule]", - RowBox[{"{", - RowBox[{ - RowBox[{"{", "}"}], ",", - RowBox[{"{", "}"}]}], "}"}]}], ",", - RowBox[{"HoppingIntegrals", "\[Rule]", - RowBox[{"{", - RowBox[{"0", ",", "3.12`", ",", "0", ",", "0"}], "}"}]}], ",", - RowBox[{"OverlappingIntegrals", "\[Rule]", - RowBox[{"{", - RowBox[{"1", ",", "0", ",", "0", ",", "0"}], "}"}]}], ",", - RowBox[{"HoppingDistances", "\[Rule]", - RowBox[{"{", - RowBox[{"0", ",", "1.42`", ",", "2.46`", ",", "2.84`"}], "}"}]}], ",", - RowBox[{"StrainExponent", "\[Rule]", "3.`"}], ",", - RowBox[{"Kpoint", "\[Rule]", - RowBox[{"{", - RowBox[{"0", ",", "0", ",", "0"}], "}"}]}], ",", - RowBox[{"Efield", "\[Rule]", - RowBox[{"{", - RowBox[{"0", ",", "0", ",", "0"}], "}"}]}], ",", - RowBox[{"Bfield", "\[Rule]", - RowBox[{"{", - RowBox[{"0", ",", "0", ",", "0"}], "}"}]}], ",", - RowBox[{"EdgeCorrections", "\[Rule]", - RowBox[{"{", - RowBox[{ - RowBox[{"{", - RowBox[{"0", ",", "0"}], "}"}], ",", - RowBox[{"{", - RowBox[{"0", ",", "0"}], "}"}], ",", - RowBox[{"{", - RowBox[{"0", ",", "0"}], "}"}], ",", - RowBox[{"{", - RowBox[{"0", ",", "0"}], "}"}]}], "}"}]}], ",", - RowBox[{"HoppingDistanceDelta", "\[Rule]", "0.05`"}]}], "}"}]], "Output", - CellChangeTimes->{3.7962301350532627`*^9}, - CellLabel->"Out[31]=",ExpressionUUID->"94395f36-fedc-4b77-9168-382cd43fb0ba"] -}, Open ]], - -Cell[CellGroupData[{ - -Cell[BoxData[{ - RowBox[{"?", "TranslationVectors"}], "\[IndentingNewLine]", - RowBox[{"?", "HoppingIntegrals"}], "\[IndentingNewLine]", - RowBox[{"?", "OverlappingIntegrals"}], "\[IndentingNewLine]", - RowBox[{"?", "HoppingDistances"}], "\[IndentingNewLine]", - RowBox[{"?", "StrainExponent"}], "\[IndentingNewLine]", - RowBox[{"?", "Kpoint"}]}], "Input", - CellChangeTimes->{{3.7962300518585043`*^9, 3.7962300570848026`*^9}, { - 3.7962300910307446`*^9, 3.796230185764163*^9}, {3.7962303307874575`*^9, - 3.79623033449767*^9}}, - CellLabel->"In[44]:=",ExpressionUUID->"e54eed63-2746-4113-bd91-4e4c52220fbc"], - -Cell[BoxData[ - InterpretationBox[ - StyleBox[ - FrameBox[ - DynamicModuleBox[{System`InformationDump`open$$ = False, - System`InformationDump`mouseOver$$ = False}, - PaneSelectorBox[{True-> - TagBox[GridBox[{ - { - ItemBox[ - PaneBox[ - StyleBox["\<\" Symbol\"\>", "InformationTitleText", - StripOnInput->False, - BaseStyle -> None], - FrameMargins->{{4, 0}, {-1, 1}}], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationTitleBackground", - StripOnInput->False]}, - { - ItemBox[ - PaneBox[ - - StyleBox["\<\"Option specifying the primitive translations in \ -\[Angstrom].\"\>", "InformationUsageText", - StripOnInput->False, - LineSpacing->{1.5, 1.5, 3.}], - FrameMargins->{{10, 10}, {8, 10}}], - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False]}, - { - PaneBox[GridBox[{ - { - - DynamicModuleBox[{System`InformationDump`open$$ = { - False, False, False, False, False, False, False, False, False, - False, False, False}}, - StyleBox[GridBox[{ - { - TagBox[ - TooltipBox[ - StyleBox["\<\" Attributes\"\>", "InformationRowLabel", - 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StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \ -StyleBox[\\\"options\\\",\\\"TI\\\"]}]\\)] calculates electronic energy bands \ -using specified \ -options.\\nElectronicBands1D[\\!\\(\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"\ -TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \ -\\\"TBModelParameters\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"list\\\",\\\"TI\\\"]}]\\)] uses specified tight-binding model \ -parameters given as \ -\\!\\(\\*StyleBox[\\\"list\\\",\\\"TI\\\"]\\).\\nElectronicBands1D[\\!\\(\\*\ -RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , \ -StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \\\"HoppingDistances\\\" , \\\"\ -\[Rule]\\\" , StyleBox[\\\"list\\\",\\\"TI\\\"]}]\\)] uses specified hopping \ -distances given as \ -\\!\\(\\*StyleBox[\\\"list\\\",\\\"TI\\\"]\\).\\nElectronicBands1D[\\!\\(\\*\ -RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , \ -StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \\\"HoppingDistanceDelta\\\" , \ 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, \\\",\\\" , \\\"NumberOfKpoints\\\" , \\\"\ -\[Rule]\\\" , StyleBox[\\\"value\\\",\\\"TI\\\"]}]\\)] uses specified by \ -\\!\\(\\*StyleBox[\\\"value\\\",\\\"TI\\\"]\\) the number of \ -\\!\\(\\*StyleBox[\\\"k\\\",\\\"TI\\\"]\\)-points in a uniform grid of 1D \ -reciprocal \ -space.\\nElectronicBands1D[\\!\\(\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\ -\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \ -\\\"EigenVectors\\\" , \\\"\[Rule]\\\" , \ -StyleBox[\\\"True\\\",\\\"TI\\\"]}]\\)] returns a list of electronic energy \ -bands, eigenvectors and velocity matrix \ -elements.\\nElectronicBands1D[\\!\\(\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"\ -TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \ -\\\"ParallelEvaluation\\\" , \\\"\[Rule]\\\" , StyleBox[\\\"True\\\",\\\"TI\\\ -\"]}]\\)] calculates in parallel for different \\!\\(\\*StyleBox[\\\"k\\\",\\\ -\"TI\\\"]\\)-points.\\nElectronicBands1D[\\!\\(\\*RowBox[{StyleBox[\\\"\ -unitcell\\\",\\\"TI\\\"], \\\",\\\" , StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\ -\\\" , \\\"RelaxGeometry\\\" , \\\"\[Rule]\\\" , StyleBox[\\\"True\\\",\\\"TI\ -\\\"], \\\",\\\" , \\\"Path2OptimizationProgramm\\\" , \\\"\[Rule]\\\" , \ -\\\"{\\\", StyleBox[\\\"integer\\\",\\\"TI\\\"], \\\",\\\" , \ -StyleBox[\\\"path\\\",\\\"TI\\\"] , \\\"}\\\"}]\\)] uses the geometry \ -optimization of the unit cell by the programm set by \ -\\!\\(\\*StyleBox[\\\"number\\\",\\\"TI\\\"]\\) and located at \ -\\!\\(\\*StyleBox[\\\"path\\\",\\\"TI\\\"]\\).\\nElectronicBands1D[\\!\\(\\*\ -RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , \ -StyleBox[\\\"tr\\\",\\\"TI\\\"] , \\\",\\\" , \\\"Path2Save\\\" , \\\"\[Rule]\ -\\\" , StyleBox[\\\"path\\\",\\\"TI\\\"]}]\\)] saves the results of the \ -calculation in a file located at \ -\\!\\(\\*StyleBox[\\\"path\\\",\\\"TI\\\"]\\).\"\>", "InformationUsageText", - StripOnInput->False, - LineSpacing->{1.5, 1.5, 3.}], - FrameMargins->{{10, 10}, {8, 10}}], - 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-> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"]}, Dynamic[System`InformationDump`open$$], - BaselinePosition->Baseline, - FrameMargins->0, - ImageSize->Automatic], - DynamicModuleValues:>{}], - BaseStyle->"InformationGridFrame", - StripOnInput->False], "InformationGridPlain", - StripOnInput->False], - InformationData[ - Association[ - "ObjectType" -> "Symbol", "Usage" -> - "ElectronicBands1D[\!\(\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"]}]\)] calculates electronic energy bands for a 1D \ -system presented by \!\(\*StyleBox[\"unitcell\",\"TI\"]\) and the translation \ -vector \!\(\*StyleBox[\"tr\",\"TI\"]\). \n\ -ElectronicBands1D[\!\(\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , StyleBox[\"options\",\"TI\"]}]\)] \ -calculates electronic energy bands using specified options.\n\ -ElectronicBands1D[\!\(\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"TBModelParameters\" , \"\[Rule]\" , \ -StyleBox[\"list\",\"TI\"]}]\)] uses specified tight-binding model parameters \ -given as \!\(\*StyleBox[\"list\",\"TI\"]\).\n\ -ElectronicBands1D[\!\(\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"HoppingDistances\" , \"\[Rule]\" , \ -StyleBox[\"list\",\"TI\"]}]\)] uses specified hopping distances given as \!\(\ -\*StyleBox[\"list\",\"TI\"]\).\n\ -ElectronicBands1D[\!\(\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"HoppingDistanceDelta\" , \"\[Rule]\" , \ -StyleBox[\"value\",\"TI\"]}]\)] uses specified \ -\!\(\*StyleBox[\"value\",\"TI\"]\) of the largest absolute deviation of the \ -hopping distances.\n\ -ElectronicBands1D[\!\(\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"Efield\" , \"\[Rule]\" , \ -StyleBox[\"vector\",\"TI\"]}]\)] uses specified external electric field set \ -by 3 Cartesian component \!\(\*StyleBox[\"vector\",\"TI\"]\).\n\ -ElectronicBands1D[\!\(\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"Bfield\" , \"\[Rule]\" , \ -StyleBox[\"vector\",\"TI\"]}]\)] uses specified external magnetic field set \ -by 3 Cartesian component \!\(\*StyleBox[\"vector\",\"TI\"]\).\n\ -ElectronicBands1D[\!\(\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"NumberOfKpoints\" , \"\[Rule]\" , \ -StyleBox[\"value\",\"TI\"]}]\)] uses specified by \ -\!\(\*StyleBox[\"value\",\"TI\"]\) the number of \!\(\*StyleBox[\"k\",\"TI\"]\ -\)-points in a uniform grid of 1D reciprocal space.\n\ -ElectronicBands1D[\!\(\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"EigenVectors\" , \"\[Rule]\" , \ -StyleBox[\"True\",\"TI\"]}]\)] returns a list of electronic energy bands, \ -eigenvectors and velocity matrix elements.\n\ -ElectronicBands1D[\!\(\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"ParallelEvaluation\" , \"\[Rule]\" , \ -StyleBox[\"True\",\"TI\"]}]\)] calculates in parallel for different \ -\!\(\*StyleBox[\"k\",\"TI\"]\)-points.\n\ -ElectronicBands1D[\!\(\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"tr\",\"TI\"] , \",\" , \"RelaxGeometry\" , \"\[Rule]\" , StyleBox[\ -\"True\",\"TI\"], \",\" , \"Path2OptimizationProgramm\" , \"\[Rule]\" , \ -\"{\", StyleBox[\"integer\",\"TI\"], \",\" , StyleBox[\"path\",\"TI\"] , \ -\"}\"}]\)] uses the geometry optimization of the unit cell by the programm \ -set by \!\(\*StyleBox[\"number\",\"TI\"]\) and located at \ -\!\(\*StyleBox[\"path\",\"TI\"]\).\nElectronicBands1D[\!\(\*RowBox[{StyleBox[\ -\"unitcell\",\"TI\"], \",\" , StyleBox[\"tr\",\"TI\"] , \",\" , \"Path2Save\" \ -, \"\[Rule]\" , StyleBox[\"path\",\"TI\"]}]\)] saves the results of the \ -calculation in a file located at \!\(\*StyleBox[\"path\",\"TI\"]\).", - "Documentation" -> None, "OwnValues" -> None, "UpValues" -> None, - "DownValues" -> None, "SubValues" -> None, "DefaultValues" -> - Information`InformationValueForm[ - DefaultValues, TBpack`ElectronicBands1D, { - SyntaxInformation[TBpack`ElectronicBands1D] -> {"ArgumentsPattern" -> { - Blank[], - Blank[], - OptionsPattern[]}}}], "NValues" -> None, "FormatValues" -> None, - "Options" -> { - TBpack`TBModelParameters -> {{0, 3.12, 0, 0}, {1, 0, 0, 0}, 3., {{{0, 0, - 0, 0}, {0, 0, 0, 0}, {0, 0, 0, 0}}, {{0, 0, 0, 0}, {0, 0, 0, 0}, {0, - 0, 0, 0}}, {{0, 0, 0, 0}, {0, 0, 0, 0}, {0, 0, 0, 0}}}, - "Partoens2006"}, TBpack`HoppingDistances -> {0, 1.42, 2.45951, 2.84}, - 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GridBoxDividers->{"Columns" -> {{False}}, "Rows" -> {{False}}}, - - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}, - GridBoxSpacings->{"Columns" -> { - Offset[0.27999999999999997`], { - Offset[0.5599999999999999]}, - Offset[0.27999999999999997`]}, "Rows" -> { - Offset[0.2], { - Offset[3.6]}, - Offset[0.2]}}], - FrameMargins->6], ""}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "UpPointerOpener"]], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "UpPointerOpenerHot"]]}, Dynamic[ - System`InformationDump`mouseOver$$]], - Alignment->Left, - Appearance->{"Default" -> None}, - - ButtonFunction:>FEPrivate`Set[ - System`InformationDump`open$$, False], - Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - - EventHandlerTag[{ - "MouseEntered" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, True], - "MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"], False-> - TagBox[GridBox[{ - { - ItemBox[ - PaneBox[ - StyleBox["\<\" Symbol\"\>", "InformationTitleText", - StripOnInput->False], - FrameMargins->{{4, 0}, {-1, 1}}], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationTitleBackground", - StripOnInput->False]}, - { - ItemBox[ - PaneBox[ - - StyleBox["\<\"Option in some functions taking values \ -\\!\\(\\*StyleBox[\\\"True\\\",\\\"TI\\\"]\\) or \ -\\!\\(\\*StyleBox[\\\"False\\\",\\\"TI\\\"]\\) to specify usage of \ -\\!\\(\\*StyleBox[\\\"Eigenvalues\\\",\\\"TI\\\"]\\) or \ -\\!\\(\\*StyleBox[\\\"Eigensystem\\\",\\\"TI\\\"]\\).\"\>", - "InformationUsageText", - StripOnInput->False, - LineSpacing->{1.5, 1.5, 3.}], - FrameMargins->{{10, 10}, {8, 10}}], - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False]}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpener"], - ImageSizeCache->{13., {3., 10.}}], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpenerHot"], - ImageSizeCache->{13., {3., 10.}}]}, Dynamic[ - System`InformationDump`mouseOver$$]], - Alignment->Left, - Appearance->{"Default" -> None}, - - ButtonFunction:>FEPrivate`Set[ - System`InformationDump`open$$, True], - Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - - EventHandlerTag[{ - "MouseEntered" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, True], - "MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"]}, Dynamic[System`InformationDump`open$$], - BaselinePosition->Baseline, - FrameMargins->0, - ImageSize->Automatic], - DynamicModuleValues:>{}], - BaseStyle->"InformationGridFrame", - StripOnInput->False], "InformationGridPlain", - StripOnInput->False], - InformationData[ - Association[ - "ObjectType" -> "Symbol", "Usage" -> - "Option in some functions taking values \!\(\*StyleBox[\"True\",\"TI\"]\) \ -or \!\(\*StyleBox[\"False\",\"TI\"]\) to specify usage of \ -\!\(\*StyleBox[\"Eigenvalues\",\"TI\"]\) or \ -\!\(\*StyleBox[\"Eigensystem\",\"TI\"]\).", "Documentation" -> None, - "OwnValues" -> None, "UpValues" -> None, "DownValues" -> None, - "SubValues" -> None, "DefaultValues" -> None, "NValues" -> None, - "FormatValues" -> None, "Options" -> None, - "Attributes" -> {Protected, ReadProtected}, "FullName" -> - "TBpack`EigenVectors"], False]]], "Output", - CellChangeTimes->{3.799862788207656*^9}, - CellLabel->"Out[36]=",ExpressionUUID->"7400ac32-bb68-41a6-8588-34bc17f371d1"] -}, Open ]], - -Cell[CellGroupData[{ - -Cell[BoxData[ - RowBox[{"?", "ParallelEvaluation"}]], "Input", - CellChangeTimes->{{3.7998629262135487`*^9, 3.7998629328959312`*^9}}, - CellLabel->"In[37]:=",ExpressionUUID->"5a73e588-c67a-4ced-9713-513291462388"], - -Cell[BoxData[ - InterpretationBox[ - StyleBox[ - FrameBox[ - DynamicModuleBox[{System`InformationDump`open$$ = False, - System`InformationDump`mouseOver$$ = False}, - PaneSelectorBox[{True-> - TagBox[GridBox[{ - { - ItemBox[ - PaneBox[ - StyleBox["\<\" Symbol\"\>", "InformationTitleText", - StripOnInput->False, - BaseStyle -> None], - FrameMargins->{{4, 0}, {-1, 1}}], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationTitleBackground", - StripOnInput->False]}, - { - ItemBox[ - PaneBox[ - - StyleBox["\<\"Option in some functions taking values \ -\\!\\(\\*StyleBox[\\\"True\\\",\\\"TI\\\"]\\) or \ -\\!\\(\\*StyleBox[\\\"False\\\",\\\"TI\\\"]\\) to specify choice of between \ -usage of \\!\\(\\*StyleBox[\\\"ParalleTable\\\",\\\"TI\\\"]\\) and \ -\\!\\(\\*StyleBox[\\\"Table\\\",\\\"TI\\\"]\\).\"\>", "InformationUsageText", - StripOnInput->False, - LineSpacing->{1.5, 1.5, 3.}], - FrameMargins->{{10, 10}, {8, 10}}], - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False]}, - { - PaneBox[GridBox[{ - { - - DynamicModuleBox[{System`InformationDump`open$$ = { - False, False, False, False, False, False, False, False, False, - False, False, False}}, - StyleBox[GridBox[{ - { - TagBox[ - TooltipBox[ - StyleBox["\<\" Attributes\"\>", "InformationRowLabel", - StripOnInput->False], - "\"Attributes\"", - TooltipStyle->"TextStyling"], - Annotation[#, "Attributes", "Tooltip"]& ], - RowBox[{"{", - RowBox[{"Protected", ",", "ReadProtected"}], "}"}]}, - { - TagBox[ - TooltipBox[ - StyleBox["\<\" Full Name\"\>", "InformationRowLabel", - StripOnInput->False], - "\"FullName\"", - TooltipStyle->"TextStyling"], - - Annotation[#, "FullName", - "Tooltip"]& ], "\<\"TBpack`ParallelEvaluation\"\>"} - }, - AutoDelete->False, - GridBoxAlignment->{"Columns" -> {Right, Left}}, - GridBoxDividers->None, - GridBoxItemSize->{"Columns" -> {Automatic, Automatic}}, - GridBoxSpacings->{"Columns" -> { - Offset[0.27999999999999997`], { - Offset[0.5599999999999999]}, - Offset[0.27999999999999997`]}, "Rows" -> { - Offset[0.2], { - Offset[0.8]}, - Offset[0.2]}}], "DialogStyle", - StripOnInput->False], - DynamicModuleValues:>{}]} - }, - DefaultBaseStyle->"Column", - GridBoxAlignment->{"Columns" -> {{Left}}}, - GridBoxDividers->{"Columns" -> {{False}}, "Rows" -> {{False}}}, - - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}, - GridBoxSpacings->{"Columns" -> { - Offset[0.27999999999999997`], { - Offset[0.5599999999999999]}, - Offset[0.27999999999999997`]}, "Rows" -> { - Offset[0.2], { - Offset[3.6]}, - Offset[0.2]}}], - FrameMargins->6], ""}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "UpPointerOpener"]], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "UpPointerOpenerHot"]]}, Dynamic[ - System`InformationDump`mouseOver$$]], - Alignment->Left, - Appearance->{"Default" -> None}, - - ButtonFunction:>FEPrivate`Set[ - System`InformationDump`open$$, False], - Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - - EventHandlerTag[{ - "MouseEntered" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, True], - "MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"], False-> - TagBox[GridBox[{ - { - ItemBox[ - PaneBox[ - StyleBox["\<\" Symbol\"\>", "InformationTitleText", - StripOnInput->False], - FrameMargins->{{4, 0}, {-1, 1}}], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationTitleBackground", - StripOnInput->False]}, - { - ItemBox[ - PaneBox[ - - StyleBox["\<\"Option in some functions taking values \ -\\!\\(\\*StyleBox[\\\"True\\\",\\\"TI\\\"]\\) or \ -\\!\\(\\*StyleBox[\\\"False\\\",\\\"TI\\\"]\\) to specify choice of between \ -usage of \\!\\(\\*StyleBox[\\\"ParalleTable\\\",\\\"TI\\\"]\\) and \ -\\!\\(\\*StyleBox[\\\"Table\\\",\\\"TI\\\"]\\).\"\>", "InformationUsageText", - StripOnInput->False, - LineSpacing->{1.5, 1.5, 3.}], - FrameMargins->{{10, 10}, {8, 10}}], - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False]}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpener"], - ImageSizeCache->{13., {3., 10.}}], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpenerHot"], - ImageSizeCache->{13., {3., 10.}}]}, Dynamic[ - System`InformationDump`mouseOver$$]], - Alignment->Left, - Appearance->{"Default" -> None}, - - ButtonFunction:>FEPrivate`Set[ - System`InformationDump`open$$, True], - Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - - EventHandlerTag[{ - "MouseEntered" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, True], - "MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"]}, Dynamic[System`InformationDump`open$$], - BaselinePosition->Baseline, - FrameMargins->0, - ImageSize->Automatic], - DynamicModuleValues:>{}], - BaseStyle->"InformationGridFrame", - StripOnInput->False], "InformationGridPlain", - StripOnInput->False], - InformationData[ - Association[ - "ObjectType" -> "Symbol", "Usage" -> - "Option in some functions taking values \!\(\*StyleBox[\"True\",\"TI\"]\) \ -or \!\(\*StyleBox[\"False\",\"TI\"]\) to specify choice of between usage of \ -\!\(\*StyleBox[\"ParalleTable\",\"TI\"]\) and \ -\!\(\*StyleBox[\"Table\",\"TI\"]\).", "Documentation" -> None, "OwnValues" -> - None, "UpValues" -> None, "DownValues" -> None, "SubValues" -> None, - "DefaultValues" -> None, "NValues" -> None, "FormatValues" -> None, - "Options" -> None, "Attributes" -> {Protected, ReadProtected}, "FullName" -> - "TBpack`ParallelEvaluation"], False]]], "Output", - CellChangeTimes->{3.7998629339889936`*^9}, - CellLabel->"Out[37]=",ExpressionUUID->"51eaa40d-4bb7-40fa-8def-abdeef93498c"] -}, Open ]], - -Cell[CellGroupData[{ - -Cell[BoxData[ - RowBox[{"?", "ElectronicStructure"}]], "Input", - CellChangeTimes->{{3.799859039502242*^9, 3.799859042479412*^9}}, - CellLabel->"In[28]:=",ExpressionUUID->"9f5e1abf-1c03-466b-a5d2-84675dcaa2a1"], - -Cell[BoxData[ - InterpretationBox[ - StyleBox[ - FrameBox[ - DynamicModuleBox[{System`InformationDump`open$$ = False, - System`InformationDump`mouseOver$$ = False}, - PaneSelectorBox[{True-> - TagBox[GridBox[{ - { - ItemBox[ - PaneBox[ - StyleBox["\<\" Symbol\"\>", "InformationTitleText", - StripOnInput->False, - BaseStyle -> None], - FrameMargins->{{4, 0}, {-1, 1}}], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationTitleBackground", - StripOnInput->False]}, - { - ItemBox[ - PaneBox[ - - StyleBox["\<\"ElectronicStructure[\\!\\(\\*RowBox[{\\\"{\\\", \ -StyleBox[SubscriptBox[\\\"unitcell\\\",\\\"1\\\"],\\\"TI\\\"],\\\",\\\", \ -StyleBox[SubscriptBox[\\\"unitcell\\\",\\\"2\\\"],\\\"TI\\\"], \ -\\\"}\\\"}]\\)] calculates electronic energy levels for a system presented by \ -the \\!\\(\\*StyleBox[\\\"unitcell\\\",\\\"TI\\\"]\\) list of ideal \ -\\!\\(\\*StyleBox[SubscriptBox[\\\"unitcell\\\",\\\"1\\\"],\\\"TI\\\"]\\) and \ -relaxed \\!\\(\\*StyleBox[SubscriptBox[\\\"unitcell\\\",\\\"2\\\"],\\\"TI\\\"]\ -\\).\\nElectronicStructure[\\!\\(\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\ -\"], \\\",\\\" , StyleBox[\\\"options\\\",\\\"TI\\\"]}]\\)] calculates \ -electronic energy levels for a system using specified option \ -settings.\\nElectronicStructure[\\!\\(\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\ -\"TI\\\"], \\\",\\\" , \\\"EigenVectors\\\", \\\"\[Rule]\\\", \ -StyleBox[\\\"True\\\",\\\"TI\\\"] }]\\)] returns a list of electronic energy \ -levels, eigenvectors and velocity operator \ -matrices.\\nElectronicStructure[\\!\\(\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\ -\"TI\\\"], \\\",\\\" , \\\"TranslationVectors\\\" ,\\\"\[Rule]\\\", \ -\\\"{{\\\", StyleBox[SubscriptBox[\\\"tr\\\",\\\"11\\\"],\\\"TI\\\"], \\\",\\\ -\" , StyleBox[SubscriptBox[\\\"tr\\\",\\\" 12\\\"],\\\"TI\\\"], \\\",\\\" , \ -\\\"\[Ellipsis]\\\" , \\\"},{\\\" , StyleBox[SubscriptBox[\\\"tr\\\",\\\" \ -21\\\"],\\\"TI\\\"], \\\",\\\" , StyleBox[SubscriptBox[\\\"tr\\\",\\\" \ -22\\\"],\\\"TI\\\"], \\\",\\\" , \\\"\[Ellipsis]\\\",\\\"}}\\\" }]\\)] uses \ -ideal \\!\\(\\*StyleBox[SubscriptBox[\\\"tr\\\",\\\"1n\\\"],\\\"TI\\\"]\\) \ -and relaxed \\!\\(\\*StyleBox[SubscriptBox[\\\"tr\\\",\\\"2n\\\"],\\\"TI\\\"]\ -\\) translation vectors and the \ -\\!\\(\\*StyleBox[\\\"k\\\",\\\"TI\\\"]\\)-point \ -{0,0,0}.\\nElectronicStructure[\\!\\(\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"\ -TI\\\"], \\\",\\\" , \\\"TranslationVectors\\\" ,\\\"\[Rule]\\\", \\\"{\\\", \ -StyleBox[SubscriptBox[\\\"tr\\\",\\\"1\\\"],\\\"TI\\\"] , \\\",\\\" , \ -StyleBox[SubscriptBox[\\\"tr\\\",\\\"2\\\"],\\\"TI\\\"], \\\"}\\\", \\\",\\\" \ -, Kpoint, \\\"\[Rule]\\\", StyleBox[\\\"klist\\\",\\\"TI\\\"] }]\\)] uses the \ -list of \\!\\(\\*StyleBox[\\\"k\\\",\\\"TI\\\"]\\)-points \ -\\!\\(\\*StyleBox[\\\"klist\\\",\\\"TI\\\"]\\).\\nElectronicStructure[\\!\\(\\\ -*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , \ -\\\"TranslationVectors\\\" ,\\\"\[Rule]\\\", \\\"{\\\", \ -StyleBox[SubscriptBox[\\\"tr\\\",\\\"1\\\"],\\\"TI\\\"] , \\\",\\\" , \ -StyleBox[SubscriptBox[\\\"tr\\\",\\\"2\\\"],\\\"TI\\\"], \\\"}\\\", \\\",\\\" \ -, Kpoint, \\\"\[Rule]\\\", StyleBox[\\\"klist\\\",\\\"TI\\\"], \\\",\\\" , \ -ParallelEvaluation, \\\"\[Rule]\\\", StyleBox[\\\"True\\\",\\\"TI\\\"] }]\\)] \ -calculates in parallel for different elements of \ -\\!\\(\\*StyleBox[\\\"klist\\\",\\\"TI\\\"]\\).\"\>", "InformationUsageText", - StripOnInput->False, - LineSpacing->{1.5, 1.5, 3.}], - FrameMargins->{{10, 10}, {8, 10}}], - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False]}, - { - PaneBox[GridBox[{ - { - - DynamicModuleBox[{System`InformationDump`open$$ = { - False, False, False, False, False, False, False, False, False, - False, False, False}}, - StyleBox[GridBox[{ - { - TagBox[ - TooltipBox[ - - StyleBox["\<\" Default Definitions\"\>", - "InformationRowLabel", - StripOnInput->False], - "\"DefaultValues\"", - TooltipStyle->"TextStyling"], - Annotation[#, "DefaultValues", "Tooltip"]& ], - InterpretationBox[GridBox[{ - { - RowBox[{ - RowBox[{ - "SyntaxInformation", "[", "ElectronicStructure", "]"}], - "=", - RowBox[{"{", - RowBox[{"\<\"ArgumentsPattern\"\>", "\[Rule]", - RowBox[{"{", - RowBox[{"_", ",", - RowBox[{"OptionsPattern", "[", "]"}]}], "}"}]}], "}"}]}]} - }, - BaselinePosition->{Baseline, {1, 1}}, - - GridBoxAlignment->{ - "Columns" -> {{Left}}, "Rows" -> {{Baseline}}}], - - ColumnForm[{ - SyntaxInformation[TBpack`ElectronicStructure] = { - "ArgumentsPattern" -> { - Blank[], - OptionsPattern[]}}}], - Editable->False]}, - { - TagBox[ - TooltipBox[ - StyleBox["\<\" Attributes\"\>", "InformationRowLabel", - StripOnInput->False], - "\"Attributes\"", - TooltipStyle->"TextStyling"], - Annotation[#, "Attributes", "Tooltip"]& ], - RowBox[{"{", - RowBox[{"Protected", ",", "ReadProtected"}], "}"}]}, - { - TagBox[ - TooltipBox[ - StyleBox["\<\" Full Name\"\>", "InformationRowLabel", - StripOnInput->False], - "\"FullName\"", - TooltipStyle->"TextStyling"], - - Annotation[#, "FullName", - "Tooltip"]& ], "\<\"TBpack`ElectronicStructure\"\>"} - }, - AutoDelete->False, - GridBoxAlignment->{"Columns" -> {Right, Left}}, - GridBoxDividers->None, - GridBoxItemSize->{"Columns" -> {Automatic, Automatic}}, - GridBoxSpacings->{"Columns" -> { - Offset[0.27999999999999997`], { - Offset[0.5599999999999999]}, - Offset[0.27999999999999997`]}, "Rows" -> { - Offset[0.2], { - Offset[0.8]}, - Offset[0.2]}}], "DialogStyle", - StripOnInput->False], - DynamicModuleValues:>{}]} - }, - DefaultBaseStyle->"Column", - GridBoxAlignment->{"Columns" -> {{Left}}}, - GridBoxDividers->{"Columns" -> {{False}}, "Rows" -> {{False}}}, - - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}, - GridBoxSpacings->{"Columns" -> { - Offset[0.27999999999999997`], { - Offset[0.5599999999999999]}, - Offset[0.27999999999999997`]}, "Rows" -> { - Offset[0.2], { - Offset[3.6]}, - Offset[0.2]}}], - FrameMargins->6], ""}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "UpPointerOpener"]], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "UpPointerOpenerHot"]]}, Dynamic[ - System`InformationDump`mouseOver$$]], - Alignment->Left, - Appearance->{"Default" -> None}, - - ButtonFunction:>FEPrivate`Set[ - System`InformationDump`open$$, False], - Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - - EventHandlerTag[{ - "MouseEntered" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, True], - "MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"], False-> - TagBox[GridBox[{ - { - ItemBox[ - PaneBox[ - StyleBox["\<\" Symbol\"\>", "InformationTitleText", - StripOnInput->False], - FrameMargins->{{4, 0}, {-1, 1}}], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationTitleBackground", - StripOnInput->False]}, - { - ItemBox[ - PaneBox[ - - StyleBox["\<\"ElectronicStructure[\\!\\(\\*RowBox[{\\\"{\\\", \ -StyleBox[SubscriptBox[\\\"unitcell\\\",\\\"1\\\"],\\\"TI\\\"],\\\",\\\", \ -StyleBox[SubscriptBox[\\\"unitcell\\\",\\\"2\\\"],\\\"TI\\\"], \ -\\\"}\\\"}]\\)] calculates electronic energy levels for a system presented by \ -the \\!\\(\\*StyleBox[\\\"unitcell\\\",\\\"TI\\\"]\\) list of ideal \ -\\!\\(\\*StyleBox[SubscriptBox[\\\"unitcell\\\",\\\"1\\\"],\\\"TI\\\"]\\) and \ -relaxed \\!\\(\\*StyleBox[SubscriptBox[\\\"unitcell\\\",\\\"2\\\"],\\\"TI\\\"]\ -\\).\\nElectronicStructure[\\!\\(\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\ -\"], \\\",\\\" , StyleBox[\\\"options\\\",\\\"TI\\\"]}]\\)] calculates \ -electronic energy levels for a system using specified option \ -settings.\\nElectronicStructure[\\!\\(\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\ -\"TI\\\"], \\\",\\\" , \\\"EigenVectors\\\", \\\"\[Rule]\\\", \ -StyleBox[\\\"True\\\",\\\"TI\\\"] }]\\)] returns a list of electronic energy \ -levels, eigenvectors and velocity operator \ -matrices.\\nElectronicStructure[\\!\\(\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\ -\"TI\\\"], \\\",\\\" , \\\"TranslationVectors\\\" ,\\\"\[Rule]\\\", \ -\\\"{{\\\", StyleBox[SubscriptBox[\\\"tr\\\",\\\"11\\\"],\\\"TI\\\"], \\\",\\\ -\" , StyleBox[SubscriptBox[\\\"tr\\\",\\\" 12\\\"],\\\"TI\\\"], \\\",\\\" , \ -\\\"\[Ellipsis]\\\" , \\\"},{\\\" , StyleBox[SubscriptBox[\\\"tr\\\",\\\" \ -21\\\"],\\\"TI\\\"], \\\",\\\" , StyleBox[SubscriptBox[\\\"tr\\\",\\\" \ -22\\\"],\\\"TI\\\"], \\\",\\\" , \\\"\[Ellipsis]\\\",\\\"}}\\\" }]\\)] uses \ -ideal \\!\\(\\*StyleBox[SubscriptBox[\\\"tr\\\",\\\"1n\\\"],\\\"TI\\\"]\\) \ -and relaxed \\!\\(\\*StyleBox[SubscriptBox[\\\"tr\\\",\\\"2n\\\"],\\\"TI\\\"]\ -\\) translation vectors and the \ -\\!\\(\\*StyleBox[\\\"k\\\",\\\"TI\\\"]\\)-point \ -{0,0,0}.\\nElectronicStructure[\\!\\(\\*RowBox[{StyleBox[\\\"unitcell\\\",\\\"\ -TI\\\"], \\\",\\\" , \\\"TranslationVectors\\\" ,\\\"\[Rule]\\\", \\\"{\\\", \ -StyleBox[SubscriptBox[\\\"tr\\\",\\\"1\\\"],\\\"TI\\\"] , \\\",\\\" , \ -StyleBox[SubscriptBox[\\\"tr\\\",\\\"2\\\"],\\\"TI\\\"], \\\"}\\\", \\\",\\\" \ -, Kpoint, \\\"\[Rule]\\\", StyleBox[\\\"klist\\\",\\\"TI\\\"] }]\\)] uses the \ -list of \\!\\(\\*StyleBox[\\\"k\\\",\\\"TI\\\"]\\)-points \ -\\!\\(\\*StyleBox[\\\"klist\\\",\\\"TI\\\"]\\).\\nElectronicStructure[\\!\\(\\\ -*RowBox[{StyleBox[\\\"unitcell\\\",\\\"TI\\\"], \\\",\\\" , \ -\\\"TranslationVectors\\\" ,\\\"\[Rule]\\\", \\\"{\\\", \ -StyleBox[SubscriptBox[\\\"tr\\\",\\\"1\\\"],\\\"TI\\\"] , \\\",\\\" , \ -StyleBox[SubscriptBox[\\\"tr\\\",\\\"2\\\"],\\\"TI\\\"], \\\"}\\\", \\\",\\\" \ -, Kpoint, \\\"\[Rule]\\\", StyleBox[\\\"klist\\\",\\\"TI\\\"], \\\",\\\" , \ -ParallelEvaluation, \\\"\[Rule]\\\", StyleBox[\\\"True\\\",\\\"TI\\\"] }]\\)] \ -calculates in parallel for different elements of \ -\\!\\(\\*StyleBox[\\\"klist\\\",\\\"TI\\\"]\\).\"\>", "InformationUsageText", - StripOnInput->False, - LineSpacing->{1.5, 1.5, 3.}], - FrameMargins->{{10, 10}, {8, 10}}], - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False]}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpener"], - ImageSizeCache->{13., {3., 10.}}], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "DownPointerOpenerHot"], - ImageSizeCache->{13., {3., 10.}}]}, Dynamic[ - System`InformationDump`mouseOver$$]], - Alignment->Left, - Appearance->{"Default" -> None}, - - ButtonFunction:>FEPrivate`Set[ - System`InformationDump`open$$, True], - Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - - EventHandlerTag[{ - "MouseEntered" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, True], - "MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"]}, Dynamic[System`InformationDump`open$$], - BaselinePosition->Baseline, - FrameMargins->0, - ImageSize->Automatic], - DynamicModuleValues:>{}], - BaseStyle->"InformationGridFrame", - StripOnInput->False], "InformationGridPlain", - StripOnInput->False], - InformationData[ - Association[ - "ObjectType" -> "Symbol", "Usage" -> - "ElectronicStructure[\!\(\*RowBox[{\"{\", \ -StyleBox[SubscriptBox[\"unitcell\",\"1\"],\"TI\"],\",\", \ -StyleBox[SubscriptBox[\"unitcell\",\"2\"],\"TI\"], \"}\"}]\)] calculates \ -electronic energy levels for a system presented by the \ -\!\(\*StyleBox[\"unitcell\",\"TI\"]\) list of ideal \ -\!\(\*StyleBox[SubscriptBox[\"unitcell\",\"1\"],\"TI\"]\) and relaxed \ -\!\(\*StyleBox[SubscriptBox[\"unitcell\",\"2\"],\"TI\"]\).\n\ -ElectronicStructure[\!\(\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -StyleBox[\"options\",\"TI\"]}]\)] calculates electronic energy levels for a \ -system using specified option settings.\n\ -ElectronicStructure[\!\(\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -\"EigenVectors\", \"\[Rule]\", StyleBox[\"True\",\"TI\"] }]\)] returns a list \ -of electronic energy levels, eigenvectors and velocity operator matrices.\n\ -ElectronicStructure[\!\(\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -\"TranslationVectors\" ,\"\[Rule]\", \"{{\", \ -StyleBox[SubscriptBox[\"tr\",\"11\"],\"TI\"], \",\" , \ -StyleBox[SubscriptBox[\"tr\",\" 12\"],\"TI\"], \",\" , \"\[Ellipsis]\" , \ -\"},{\" , StyleBox[SubscriptBox[\"tr\",\" 21\"],\"TI\"], \",\" , \ -StyleBox[SubscriptBox[\"tr\",\" 22\"],\"TI\"], \",\" , \"\[Ellipsis]\",\"}}\" \ -}]\)] uses ideal \!\(\*StyleBox[SubscriptBox[\"tr\",\"1n\"],\"TI\"]\) and \ -relaxed \!\(\*StyleBox[SubscriptBox[\"tr\",\"2n\"],\"TI\"]\) translation \ -vectors and the \!\(\*StyleBox[\"k\",\"TI\"]\)-point {0,0,0}.\n\ -ElectronicStructure[\!\(\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -\"TranslationVectors\" ,\"\[Rule]\", \"{\", \ -StyleBox[SubscriptBox[\"tr\",\"1\"],\"TI\"] , \",\" , \ -StyleBox[SubscriptBox[\"tr\",\"2\"],\"TI\"], \"}\", \",\" , Kpoint, \"\[Rule]\ -\", StyleBox[\"klist\",\"TI\"] }]\)] uses the list of \ -\!\(\*StyleBox[\"k\",\"TI\"]\)-points \!\(\*StyleBox[\"klist\",\"TI\"]\).\n\ -ElectronicStructure[\!\(\*RowBox[{StyleBox[\"unitcell\",\"TI\"], \",\" , \ -\"TranslationVectors\" ,\"\[Rule]\", \"{\", \ -StyleBox[SubscriptBox[\"tr\",\"1\"],\"TI\"] , \",\" , \ -StyleBox[SubscriptBox[\"tr\",\"2\"],\"TI\"], \"}\", \",\" , Kpoint, \"\[Rule]\ -\", StyleBox[\"klist\",\"TI\"], \",\" , ParallelEvaluation, \"\[Rule]\", \ -StyleBox[\"True\",\"TI\"] }]\)] calculates in parallel for different elements \ -of \!\(\*StyleBox[\"klist\",\"TI\"]\).", "Documentation" -> None, "OwnValues" -> - None, "UpValues" -> None, "DownValues" -> None, "SubValues" -> None, - "DefaultValues" -> - Information`InformationValueForm[ - DefaultValues, TBpack`ElectronicStructure, { - SyntaxInformation[TBpack`ElectronicStructure] -> {"ArgumentsPattern" -> { - Blank[], - OptionsPattern[]}}}], "NValues" -> None, "FormatValues" -> None, - "Options" -> None, "Attributes" -> {Protected, ReadProtected}, "FullName" -> - "TBpack`ElectronicStructure"], False]]], "Output", - CellChangeTimes->{3.7998590432164545`*^9}, - CellLabel->"Out[30]=",ExpressionUUID->"9c334d06-ef6e-415a-9541-bf03db273770"] -}, Open ]], - -Cell[CellGroupData[{ - -Cell[BoxData[ - RowBox[{"?", "Map"}]], "Input", - CellChangeTimes->{{3.7998600916524215`*^9, 3.7998600930665026`*^9}}, - CellLabel->"In[31]:=",ExpressionUUID->"24186d9a-fd96-46f8-8be2-3fab05a6cc98"], - -Cell[BoxData[ - InterpretationBox[ - StyleBox[ - FrameBox[ - DynamicModuleBox[{System`InformationDump`open$$ = False, - System`InformationDump`mouseOver$$ = False}, - PaneSelectorBox[{True-> - TagBox[GridBox[{ - { - ItemBox[ - PaneBox[ - StyleBox["\<\" Symbol\"\>", "InformationTitleText", - StripOnInput->False, - BaseStyle -> None], - FrameMargins->{{4, 0}, {-1, 1}}], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], - ItemBox[ - PaneBox[ - TooltipBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "InformationHelpIcon"]], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "InformationHelpIconHot"]]}, Dynamic[ - CurrentValue["MouseOver"]]], - Appearance->None, - BaseStyle->"Link", - ButtonData->"paclet:ref/Map", - ButtonNote->"paclet:ref/Map"], - "\"paclet:ref/Map\""], - FrameMargins->{{0, 4}, {0, 2}}], - BaseStyle->"InformationTitleBackground", - StripOnInput->False]}, - { - ItemBox[ - PaneBox[ - - StyleBox["\<\"\\!\\(\\*RowBox[{\\\"Map\\\", \\\"[\\\", \ -RowBox[{StyleBox[\\\"f\\\", \\\"TI\\\"], \\\",\\\", StyleBox[\\\"expr\\\", \\\ -\"TI\\\"]}], \\\"]\\\"}]\\) or \\!\\(\\*RowBox[{StyleBox[\\\"f\\\", \ -\\\"TI\\\"], \\\"/@\\\", StyleBox[\\\"expr\\\", \\\"TI\\\"]}]\\) applies \ -\\!\\(\\*StyleBox[\\\"f\\\", \\\"TI\\\"]\\) to each element on the first \ -level in \\!\\(\\*StyleBox[\\\"expr\\\", \\\"TI\\\"]\\). \\n\\!\\(\\*RowBox[{\ -\\\"Map\\\", \\\"[\\\", RowBox[{StyleBox[\\\"f\\\", \\\"TI\\\"], \\\",\\\", \ -StyleBox[\\\"expr\\\", \\\"TI\\\"], \\\",\\\", StyleBox[\\\"levelspec\\\", \\\ -\"TI\\\"]}], \\\"]\\\"}]\\) applies \\!\\(\\*StyleBox[\\\"f\\\", \ -\\\"TI\\\"]\\) to parts of \\!\\(\\*StyleBox[\\\"expr\\\", \\\"TI\\\"]\\) \ -specified by \\!\\(\\*StyleBox[\\\"levelspec\\\", \\\"TI\\\"]\\). \ -\\n\\!\\(\\*RowBox[{\\\"Map\\\", \\\"[\\\", StyleBox[\\\"f\\\", \\\"TI\\\"], \ -\\\"]\\\"}]\\) represents an operator form of Map that can be applied to an \ -expression.\"\>", "InformationUsageText", - StripOnInput->False, - LineSpacing->{1.5, 1.5, 3.}], - FrameMargins->{{10, 10}, {8, 10}}], - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False]}, - { - PaneBox[GridBox[{ - { - - DynamicModuleBox[{System`InformationDump`open$$ = { - False, False, False, False, False, False, False, False, False, - False, False, False}}, - StyleBox[GridBox[{ - { - TagBox[ - TooltipBox[ - StyleBox["\<\" Documentation\"\>", "InformationRowLabel", - StripOnInput->False], - "\"Documentation\"", - TooltipStyle->"TextStyling"], - Annotation[#, "Documentation", "Tooltip"]& ], - - TemplateBox[{ - TemplateBox[{ - "\"Local \[RightGuillemet]\"", "paclet:ref/Map", - "paclet:ref/Map", "Link", { - RGBColor[0.9686274509803922, 0.4666666666666667, 0.]}, - BaseStyle -> { - RGBColor[0.0784313725490196, 0.1568627450980392, 0.6]}}, - "HyperlinkTemplate"],"\" \"",StyleBox[ - "\"|\"", "InformationRowLabel", StripOnInput -> False], - "\" \"",TemplateBox[{"\"Web \[RightGuillemet]\"", { - URL["http://reference.wolfram.com/language/ref/Map.html"], - None}, - "http://reference.wolfram.com/language/ref/Map.html", - "Hyperlink", { - RGBColor[0.9686274509803922, 0.4666666666666667, 0.]}, - BaseStyle -> { - RGBColor[0.0784313725490196, 0.1568627450980392, 0.6]}}, - "HyperlinkTemplate"]}, - "RowDefault"]}, - { - TagBox[ - TooltipBox[ - StyleBox["\<\" Options\"\>", "InformationRowLabel", - StripOnInput->False], - "\"Options\"", - TooltipStyle->"TextStyling"], - Annotation[#, "Options", "Tooltip"]& ], - RowBox[{"Heads", "\[Rule]", "False"}]}, - { - TagBox[ - TooltipBox[ - StyleBox["\<\" Attributes\"\>", "InformationRowLabel", - StripOnInput->False], - "\"Attributes\"", - TooltipStyle->"TextStyling"], - Annotation[#, "Attributes", "Tooltip"]& ], - RowBox[{"{", "Protected", "}"}]}, - { - TagBox[ - TooltipBox[ - StyleBox["\<\" Full Name\"\>", "InformationRowLabel", - StripOnInput->False], - "\"FullName\"", - TooltipStyle->"TextStyling"], - - Annotation[#, "FullName", - "Tooltip"]& ], "\<\"System`Map\"\>"} - }, - AutoDelete->False, - GridBoxAlignment->{"Columns" -> {Right, Left}}, - GridBoxDividers->None, - GridBoxItemSize->{"Columns" -> {Automatic, Automatic}}, - GridBoxSpacings->{"Columns" -> { - Offset[0.27999999999999997`], { - Offset[0.5599999999999999]}, - Offset[0.27999999999999997`]}, "Rows" -> { - Offset[0.2], { - Offset[0.8]}, - Offset[0.2]}}], "DialogStyle", - StripOnInput->False], - DynamicModuleValues:>{}]} - }, - DefaultBaseStyle->"Column", - GridBoxAlignment->{"Columns" -> {{Left}}}, - GridBoxDividers->{"Columns" -> {{False}}, "Rows" -> {{False}}}, - - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}, - GridBoxSpacings->{"Columns" -> { - Offset[0.27999999999999997`], { - Offset[0.5599999999999999]}, - Offset[0.27999999999999997`]}, "Rows" -> { - Offset[0.2], { - Offset[3.6]}, - Offset[0.2]}}], - FrameMargins->6], ""}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "UpPointerOpener"]], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "UpPointerOpenerHot"]]}, Dynamic[ - System`InformationDump`mouseOver$$]], - Alignment->Left, - Appearance->{"Default" -> None}, - - ButtonFunction:>FEPrivate`Set[ - System`InformationDump`open$$, False], - Evaluator->Automatic, - FrameMargins->{{9, 0}, {0, 0}}, - ImageMargins->0, - ImageSize->Full, - Method->"Preemptive"], - - EventHandlerTag[{ - "MouseEntered" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, True], - "MouseExited" :> - FEPrivate`Set[System`InformationDump`mouseOver$$, False], - Method -> "Preemptive", PassEventsDown -> Automatic, - PassEventsUp -> True}]], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], "\[SpanFromLeft]"} - }, - AutoDelete->False, - FrameStyle->Directive[ - GrayLevel[0.8], - Thickness[Tiny]], - GridBoxAlignment->{"Columns" -> {Left, Right}, "Rows" -> {{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"], False-> - TagBox[GridBox[{ - { - ItemBox[ - PaneBox[ - StyleBox["\<\" Symbol\"\>", "InformationTitleText", - StripOnInput->False], - FrameMargins->{{4, 0}, {-1, 1}}], - BaseStyle->"InformationTitleBackground", - StripOnInput->False], - ItemBox[ - PaneBox[ - TooltipBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "InformationHelpIcon"], - ImageSizeCache->{16., {5., 11.}}], True-> - - DynamicBox[FEPrivate`FrontEndResource[ - "FEBitmaps", "InformationHelpIconHot"], - ImageSizeCache->{16., {5., 11.}}]}, Dynamic[ - CurrentValue["MouseOver"]]], - Appearance->None, - BaseStyle->"Link", - ButtonData->"paclet:ref/Map", - ButtonNote->"paclet:ref/Map"], - "\"paclet:ref/Map\""], - FrameMargins->{{0, 4}, {0, 2}}], - BaseStyle->"InformationTitleBackground", - StripOnInput->False]}, - { - ItemBox[ - PaneBox[ - - StyleBox["\<\"\\!\\(\\*RowBox[{\\\"Map\\\", \\\"[\\\", \ -RowBox[{StyleBox[\\\"f\\\", \\\"TI\\\"], \\\",\\\", StyleBox[\\\"expr\\\", \\\ -\"TI\\\"]}], \\\"]\\\"}]\\) or \\!\\(\\*RowBox[{StyleBox[\\\"f\\\", \ -\\\"TI\\\"], \\\"/@\\\", StyleBox[\\\"expr\\\", \\\"TI\\\"]}]\\) applies \ -\\!\\(\\*StyleBox[\\\"f\\\", \\\"TI\\\"]\\) to each element on the first \ -level in \\!\\(\\*StyleBox[\\\"expr\\\", \\\"TI\\\"]\\). \\n\\!\\(\\*RowBox[{\ -\\\"Map\\\", \\\"[\\\", RowBox[{StyleBox[\\\"f\\\", \\\"TI\\\"], \\\",\\\", \ -StyleBox[\\\"expr\\\", \\\"TI\\\"], \\\",\\\", StyleBox[\\\"levelspec\\\", \\\ -\"TI\\\"]}], \\\"]\\\"}]\\) applies \\!\\(\\*StyleBox[\\\"f\\\", \ -\\\"TI\\\"]\\) to parts of \\!\\(\\*StyleBox[\\\"expr\\\", \\\"TI\\\"]\\) \ -specified by \\!\\(\\*StyleBox[\\\"levelspec\\\", \\\"TI\\\"]\\). \ -\\n\\!\\(\\*RowBox[{\\\"Map\\\", \\\"[\\\", StyleBox[\\\"f\\\", \\\"TI\\\"], \ -\\\"]\\\"}]\\) represents an operator form of Map that can be applied to an \ -expression.\"\>", "InformationUsageText", - StripOnInput->False, - LineSpacing->{1.5, 1.5, 3.}], - FrameMargins->{{10, 10}, {8, 10}}], - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False], - ItemBox["\<\"\"\>", - BaseStyle->"InformationUsageSubtitleBackground", - StripOnInput->False]}, - { - ItemBox[ - TagBox[ - ButtonBox[ - PaneSelectorBox[{False-> - - DynamicBox[FEPrivate`FrontEndResource[ - 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{{Center}}}, - GridBoxDividers->{ - "Columns" -> {{None}}, "Rows" -> {False, {True}, False}}, - GridBoxItemSize->{ - "Columns" -> {{Automatic}}, "Rows" -> {{Automatic}}}], - "Grid"]}, Dynamic[System`InformationDump`open$$], - BaselinePosition->Baseline, - FrameMargins->0, - ImageSize->Automatic], - DynamicModuleValues:>{}], - BaseStyle->"InformationGridFrame", - StripOnInput->False], "InformationGridPlain", - StripOnInput->False], - InformationData[ - Association[ - "ObjectType" -> "Symbol", "Usage" -> - "\!\(\*RowBox[{\"Map\", \"[\", RowBox[{StyleBox[\"f\", \"TI\"], \",\", \ -StyleBox[\"expr\", \"TI\"]}], \"]\"}]\) or \!\(\*RowBox[{StyleBox[\"f\", \"TI\ -\"], \"/@\", StyleBox[\"expr\", \"TI\"]}]\) applies \!\(\*StyleBox[\"f\", \ -\"TI\"]\) to each element on the first level in \!\(\*StyleBox[\"expr\", \"TI\ -\"]\). \n\!\(\*RowBox[{\"Map\", \"[\", RowBox[{StyleBox[\"f\", \"TI\"], \ -\",\", StyleBox[\"expr\", \"TI\"], \",\", StyleBox[\"levelspec\", \"TI\"]}], \ -\"]\"}]\) applies 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