diff --git a/doc/src/docs/input-data/airhandler.md b/doc/src/docs/input-data/airhandler.md
index ce4bcff60..edbacd3a6 100644
--- a/doc/src/docs/input-data/airhandler.md
+++ b/doc/src/docs/input-data/airhandler.md
@@ -236,7 +236,7 @@ Heating design supply temperature, for sizing coil vs fan.
 {{
   member_table({
     "units": "°F",
-    "legal_range": "x $>$ 0", 
+    "legal_range": "x > 0", 
     "default": "_ahTsMx_",
     "required": "No",
     "variability": "hourly" 
@@ -569,7 +569,7 @@ Fan input power per unit air flow (at design flow and pressure).
 {{
   member_table({
     "units": "W/cfm",
-    "legal_range": "_x_ $>$ 0", 
+    "legal_range": "_x_ > 0", 
     "default": "derived from rfanEff and rfanShaftBhp",
     "required": "If rfanEff and rfanShaftBhp not present",
     "variability": "constant" 
@@ -776,7 +776,7 @@ Capacity sizing multiplier for autoSized heating coils. The default value (1.1)
 {{
   member_table({
     "units": "",
-    "legal_range": "x $>$ 0", 
+    "legal_range": "x > 0", 
     "default": "1.1",
     "required": "No",
     "variability": "constant" 
@@ -959,7 +959,7 @@ Ratio of ahccCapTRat to ahhcCapTRat. This ratio is used for defaulting of AUTOSI
 {{
   member_table({
     "units": "",
-    "legal_range": "x $>$ 0", 
+    "legal_range": "x > 0", 
     "default": "See above",
     "required": "No",
     "variability": "constant" 
@@ -1321,7 +1321,7 @@ For coil specification conditions (a.k.a. rating conditions or design conditions
 {{
   member_table({
     "units": "Btuh",
-    "legal_range": "_AUTOSIZE_ or _x_ $>$ 0", 
+    "legal_range": "_AUTOSIZE_ or _x_ > 0", 
     "default": "_none_",
     "required": "Yes",
     "variability": "constant" 
@@ -1337,7 +1337,7 @@ Sensible (heat-removing) rated capacity of cooling coil. Not used with CHW coils
 {{
   member_table({
     "units": "Btuh",
-    "legal_range": "_x_ $>$ 0", 
+    "legal_range": "_x_ > 0", 
     "default": "_none_",
     "required": "Yes",
     "variability": "constant" 
@@ -1353,7 +1353,7 @@ Rated sensible heat ratio (_ahccCapSRat_/_ahccCapTRat_) for cooling coil. Defaul
 {{
   member_table({
     "units": "",
-    "legal_range": "x $>$ 0", 
+    "legal_range": "x > 0", 
     "default": "based on _ahccVfRperTon_",
     "required": "No",
     "variability": "constant" 
@@ -1369,7 +1369,7 @@ Capacity sizing multiplier for autoSized cooling coils. The default value (1.1)
 {{
   member_table({
     "units": "",
-    "legal_range": "x $>$ 0", 
+    "legal_range": "x > 0", 
     "default": "1.1",
     "required": "No",
     "variability": "constant" 
@@ -1403,7 +1403,7 @@ Minimum (effective surface) temperature of coil (evaporator). Represents refrige
 {{
   member_table({
     "units": "°F",
-    "legal_range": "_x_ $>$ 0", 
+    "legal_range": "_x_ > 0", 
     "default": "40°F",
     "required": "No",
     "variability": "constant" 
@@ -1419,7 +1419,7 @@ Exponent in power relationship expressing coil effectiveness as a function of re
 {{
   member_table({
     "units": "",
-    "legal_range": "_x_ $<$ 0", 
+    "legal_range": "_x_ < 0", 
     "default": "-0.4",
     "required": "No",
     "variability": "constant" 
@@ -1576,7 +1576,7 @@ Upper limit for value of pydxCaptF.
 {{
   member_table({
     "units": "",
-    "legal_range": "x $>$ 0", 
+    "legal_range": "x > 0", 
     "default": "1.05",
     "required": "No",
     "variability": "constant" 
@@ -1760,7 +1760,7 @@ Design default _ahccVfR_ per ton (12000 Btuh) of _ahhcCapTRat_.
 {{
   member_table({
     "units": "",
-    "legal_range": "x $>$ 0", 
+    "legal_range": "x > 0", 
     "default": "400.0",
     "required": "No",
     "variability": "constant" 
diff --git a/doc/src/docs/input-data/dhwloopbranch.md b/doc/src/docs/input-data/dhwloopbranch.md
index c21d24f55..9d326c545 100644
--- a/doc/src/docs/input-data/dhwloopbranch.md
+++ b/doc/src/docs/input-data/dhwloopbranch.md
@@ -57,7 +57,7 @@ Nominal size of pipe. CSE assumes the pipe outside diameter = size + 0.125 in.
 {{
   member_table({
     "units": "in",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "*none*",
     "required": "Yes",
     "variability": "constant" 
@@ -73,7 +73,7 @@ Pipe insulation conductivity
 {{
   member_table({
     "units": "Btuh-ft/ft^2^-°F",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "0.02167",
     "required": "No",
     "variability": "constant" 
@@ -105,7 +105,7 @@ Combined radiant/convective exterior surface conductance between insulation (or
 {{
   member_table({
     "units": "Btuh/ft^2^-°F",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "1.5",
     "required": "No",
     "variability": "hourly" 
@@ -146,7 +146,7 @@ Boundary conditions for adjacent zones.
 {{
   member_table({
     "units": "",
-    "legal_range": "x $>$ 0", 
+    "legal_range": "x > 0", 
     "default": "0.0",
     "required": "No",
     "variability": "runly" 
@@ -162,7 +162,7 @@ External boundary conditions.
 {{
   member_table({
     "units": "",
-    "legal_range": "x $>$ 0", 
+    "legal_range": "x > 0", 
     "default": "70.0",
     "required": "No",
     "variability": "runly" 
@@ -194,7 +194,7 @@ Surrounding equivalent temperature.
 {{
   member_table({
     "units": "°F",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "*70*",
     "required": "No",
     "variability": "hourly" 
diff --git a/doc/src/docs/input-data/dhwsolarcollector.md b/doc/src/docs/input-data/dhwsolarcollector.md
index b6cf1a19e..393cea404 100644
--- a/doc/src/docs/input-data/dhwsolarcollector.md
+++ b/doc/src/docs/input-data/dhwsolarcollector.md
@@ -27,7 +27,7 @@ Number of identical collectors, default 1
 {{
   member_table({
     "units": "",
-    "legal_range": "$>$ 0", 
+    "legal_range": "> 0", 
     "default": "1",
     "required": "No",
     "variability": "constant" 
@@ -91,7 +91,7 @@ Fit y-intercept
 {{
   member_table({
     "units": "*none*",
-    "legal_range": "$>$ 0", 
+    "legal_range": "> 0", 
     "default": "0.758",
     "required": "No",
     "variability": "constant" 
@@ -107,7 +107,7 @@ Mass flow rate for collector loop SRCC rating.
 {{
   member_table({
     "units": "lb/h-ft^2^",
-    "legal_range": "x $>$ 0", 
+    "legal_range": "x > 0", 
     "default": "14.79",
     "required": "No",
     "variability": "constant" 
@@ -139,7 +139,7 @@ Collector loop operating mass flow rate.
 {{
   member_table({
     "units": "lb/h-ft^2^",
-    "legal_range": "x $>$ 0", 
+    "legal_range": "x > 0", 
     "default": "0.0",
     "required": "No",
     "variability": "constant" 
@@ -171,7 +171,7 @@ Collector piping insulation conductivity.
 {{
   member_table({
     "units": "",
-    "legal_range": "x $>$ 0", 
+    "legal_range": "x > 0", 
     "default": "0.02167",
     "required": "No",
     "variability": "Hourly and at the end of interval" 
@@ -203,7 +203,7 @@ Collector piping heat transfer coefficient.
 {{
   member_table({
     "units": "",
-    "legal_range": "x $>$ 0", 
+    "legal_range": "x > 0", 
     "default": "1.5",
     "required": "No",
     "variability": "Hourly and at the end of interval" 
diff --git a/doc/src/docs/input-data/doas.md b/doc/src/docs/input-data/doas.md
index db25f7723..e6eedee19 100644
--- a/doc/src/docs/input-data/doas.md
+++ b/doc/src/docs/input-data/doas.md
@@ -52,7 +52,7 @@ Fan input power per unit air flow (at design flow and pressure).
 {{
   member_table({
     "units": "W/cfm",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "derived from oaSupFanEff and oaSupFanShaftBhp",
     "required": "If oaSupFanEff and oaSupFanShaftBhp not present",
     "variability": "constant" 
@@ -84,7 +84,7 @@ Fan shaft brake horsepower at design flow and pressure.
 {{
   member_table({
     "units": "bhp",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "derived from *oaSupFanEff*.",
     "required": "No",
     "variability": "constant" 
@@ -215,7 +215,7 @@ Design or rated fan pressure.
 {{
   member_table({
     "units": "inches H~2~O",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "0.3",
     "required": "No",
     "variability": "constant" 
@@ -233,7 +233,7 @@ Fan input power per unit air flow (at design flow and pressure).
 {{
   member_table({
     "units": "W/cfm",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "derived from oaExhFanEff and oaExhFanShaftBhp",
     "required": "If oaExhFanEff and oaExhFanShaftBhp not present",
     "variability": "constant" 
@@ -265,7 +265,7 @@ Fan shaft brake horsepower at design flow and pressure.
 {{
   member_table({
     "units": "bhp",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "derived from *oaExhFanEff*.",
     "required": "No",
     "variability": "constant" 
diff --git a/doc/src/docs/input-data/door.md b/doc/src/docs/input-data/door.md
index b17ae5676..aafbbcd72 100644
--- a/doc/src/docs/input-data/door.md
+++ b/doc/src/docs/input-data/door.md
@@ -194,7 +194,7 @@ Door exterior surface (air film) conductance. Ignored if drModel = Forward_Diffe
 {{
   member_table({
     "units": "Btuh/ft^2^-°F",
-    "legal_range": "x $>$ 0", 
+    "legal_range": "x > 0", 
     "default": "same as owning surface",
     "required": "No",
     "variability": "constant" 
@@ -239,7 +239,7 @@ Characteristic length of surface, used in derivation of forced exterior convecti
 {{
   member_table({
     "units": "ft",
-    "legal_range": "x $>$ 0", 
+    "legal_range": "x > 0", 
     "default": "10",
     "required": "No",
     "variability": "constant" 
diff --git a/doc/src/docs/input-data/ductseg.md b/doc/src/docs/input-data/ductseg.md
index 77a45cbc0..917b478c0 100644
--- a/doc/src/docs/input-data/ductseg.md
+++ b/doc/src/docs/input-data/ductseg.md
@@ -271,7 +271,7 @@ Duct leakage. Return duct leakage is modeled as if it all occurs at the segment
 {{
   member_table({
     "units": "",
-    "legal_range": "0 $<$ x ≤ 1", 
+    "legal_range": "0 < x ≤ 1", 
     "default": "*none*",
     "required": "No",
     "variability": "constant" 
diff --git a/doc/src/docs/input-data/glazetype.md b/doc/src/docs/input-data/glazetype.md
index f426d9327..aa5274c35 100644
--- a/doc/src/docs/input-data/glazetype.md
+++ b/doc/src/docs/input-data/glazetype.md
@@ -199,7 +199,7 @@ Number of glazings in the Glazetype (bare glass only, not including any interior
 {{
   member_table({
     "units": "",
-    "legal_range": "*0* $<$ *x* ≤ *4*", 
+    "legal_range": "*0* < *x* ≤ *4*", 
     "default": "2",
     "required": "No",
     "variability": "constant" 
diff --git a/doc/src/docs/input-data/pvarray.md b/doc/src/docs/input-data/pvarray.md
index b5d483280..985e37686 100644
--- a/doc/src/docs/input-data/pvarray.md
+++ b/doc/src/docs/input-data/pvarray.md
@@ -168,7 +168,7 @@ The following figures illustrate the use of both pvTilt and pvAzm for various co
 
 Type: float
 
-Photovoltaic array azimuth (0 = north, 90 = east, etc.). If a value outside the range 0° ≤ *x* $<$ 360° is given, it is normalized to that range. For one-axis tracking, defines the azimuth of the rotation axis. Not used for two-axis tracking arrays. Should be omitted if pvVertices is given.
+Photovoltaic array azimuth (0 = north, 90 = east, etc.). If a value outside the range 0° ≤ *x* < 360° is given, it is normalized to that range. For one-axis tracking, defines the azimuth of the rotation axis. Not used for two-axis tracking arrays. Should be omitted if pvVertices is given.
 
 {{
   member_table({
@@ -253,7 +253,7 @@ Ground reflectance used for calculating reflected solar incidence on the array.
 {{
   member_table({
     "units": "",
-    "legal_range": "0 $<$ *x* $<$ 1.0", 
+    "legal_range": "0 < *x* < 1.0", 
     "default": "0.2",
     "required": "No",
     "variability": "hourly" 
@@ -300,7 +300,7 @@ AC inverter efficiency at rated DC power.
 {{
   member_table({
     "units": "",
-    "legal_range": "0 $<$ *x* $<$ 1.0", 
+    "legal_range": "0 < *x* < 1.0", 
     "default": "0.96",
     "required": "No",
     "variability": "constant" 
@@ -333,7 +333,7 @@ Fraction of total DC energy lost. The total loss from a system is aggregated fro
 {{
   member_table({
     "units": "",
-    "legal_range": "0 $<$ *x* $<$ 1.0", 
+    "legal_range": "0 < *x* < 1.0", 
     "default": "0.14",
     "required": "No",
     "variability": "hourly" 
diff --git a/doc/src/docs/input-data/rsys.md b/doc/src/docs/input-data/rsys.md
index 5811d2fa2..d675032f3 100644
--- a/doc/src/docs/input-data/rsys.md
+++ b/doc/src/docs/input-data/rsys.md
@@ -251,7 +251,7 @@ Heating Annual Fuel Utilization Efficiency (AFUE).
 {{
   member_table({
     "units": "",
-    "legal_range": "0 $<$ x ≤ 1", 
+    "legal_range": "0 < x ≤ 1", 
     "default": "0.9 if furnace, 1.0 if resistance",
     "required": "No",
     "variability": "constant" 
@@ -333,7 +333,7 @@ For rsType=ASHP, Heating Seasonal Performance Factor (HSPF).
 {{
   member_table({
     "units": "Btu/Wh",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "*none*",
     "required": "Yes if rsType=ASHP",
     "variability": "constant" 
@@ -351,7 +351,7 @@ If rsType=ASHP and both rsCapC and rsCap47 are autosized, both are set to the la
 {{
   member_table({
     "units": "Btu/Wh",
-    "legal_range": "*AUTOSIZE* or *x* $>$ 0", 
+    "legal_range": "*AUTOSIZE* or *x* > 0", 
     "default": "Calculated from rsCapC",
     "required": "No",
     "variability": "constant" 
@@ -367,7 +367,7 @@ For rsType=ASHP, rated heating capacity at outdoor dry-bulb temperature = 35 °F
 {{
   member_table({
     "units": "Btu/Wh",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "Calculated from rsCap47 and rsCap17",
     "required": "No",
     "variability": "constant" 
@@ -383,7 +383,7 @@ For rsType=ASHP, rated heating capacity at outdoor dry-bulb temperature = 17 °F
 {{
   member_table({
     "units": "Btu/Wh",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "Calculated from rsCap47",
     "required": "No",
     "variability": "constant" 
@@ -399,7 +399,7 @@ For rsType=ASHP, rated heating coefficient of performance at outdoor dry-bulb te
 {{
   member_table({
     "units": "",
-    "legal_range": "x $>$ 0", 
+    "legal_range": "x > 0", 
     "default": "Calculated from rsCap95",
     "required": "No",
     "variability": "constant" 
@@ -415,7 +415,7 @@ For rsType=ASHP, rated heating coefficient of performance at outdoor dry-bulb te
 {{
   member_table({
     "units": "",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "Estimated from rsHSPF, rsCap47, and rsCap17",
     "required": "No",
     "variability": "constant" 
@@ -431,7 +431,7 @@ For rsType=ASHP, rated heating coefficient of performance at outdoor dry-bulb te
 {{
   member_table({
     "units": "",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "Calculated from rsCap35, rsCap47, rsCap17, rsCOP47, and rsCOP17",
     "required": "No",
     "variability": "constant" 
@@ -447,7 +447,7 @@ For rsType=ASHP, rated heating coefficient of performance at outdoor dry-bulb te
 {{
   member_table({
     "units": "",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "Calculated from rsHSPF, rsCap47, and rsCap17",
     "required": "No",
     "variability": "constant" 
@@ -463,7 +463,7 @@ For rsType=ASHP, ratio of rsCAP17 over rsCAP47.
 {{
   member_table({
     "units": "",
-    "legal_range": "x $>$ 0", 
+    "legal_range": "x > 0", 
     "default": "Based on HSPF or\nother correlations",
     "required": "No",
     "variability": "Start of a run" 
@@ -479,7 +479,7 @@ For all heatpump types, heating compressor charge factor.  The heating gross (co
 {{
   member_table({
     "units": "",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "1 (no effect)",
     "required": "No",
     "variability": "constant" 
@@ -495,7 +495,7 @@ Ratio of rsCAP95 to rsCAP47.  This ratio is used for inter-defaulting rsCap47 an
 {{
   member_table({
     "units": "",
-    "legal_range": "x $>$ 0", 
+    "legal_range": "x > 0", 
     "default": "See above",
     "required": "No",
     "variability": "constant" 
@@ -511,7 +511,7 @@ For WSHP only: ratio of rsCapC to rsCapH.  Used to derive capacity during autosi
 {{
   member_table({
     "units": "",
-    "legal_range": ".3 ≤ x $<$ 2", 
+    "legal_range": ".3 ≤ x < 2", 
     "default": "0.8",
     "required": "No",
     "variability": "Start of a run" 
@@ -621,7 +621,7 @@ For rsType=ASHP, auxiliary heat annualized fuel utilization efficiency.
 {{
   member_table({
     "units": "",
-    "legal_range": "x $>$ 0", 
+    "legal_range": "x > 0", 
     "default": "0.9 if rsTypeAuxH=FURNACE else 1",
     "required": "No",
     "variability": "constant" 
@@ -659,7 +659,7 @@ Nominal target for sensible heat ratio (for fancoil).
 {{
   member_table({
     "units": "",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "0.7",
     "required": "No",
     "variability": "subhour" 
@@ -675,7 +675,7 @@ Type: float
 {{
   member_table({
     "units": "",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "1",
     "required": "No",
     "variability": "constant" 
@@ -691,7 +691,7 @@ Cooling rated Seasonal Energy Efficiency Ratio (SEER).
 {{
   member_table({
     "units": "Btu/Wh",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "*none*",
     "required": "Yes",
     "variability": "constant" 
@@ -707,7 +707,7 @@ Cooling Energy Efficiency Ratio (EER) at standard AHRI rating conditions (outdoo
 {{
   member_table({
     "units": "Btu/Wh",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "Estimated from SEER unless WSHP",
     "required": "Yes for WSHP else No",
     "variability": "constant" 
@@ -727,7 +727,7 @@ If rsType=WSHP and both rsCapC and rsCapH are autosized, both are set to the lar
 {{
   member_table({
     "units": "Btu/hr",
-    "legal_range": "*AUTOSIZE* or *x* ≤ 0 (x $>$ 0 coverted to $<$ 0)", 
+    "legal_range": "*AUTOSIZE* or *x* ≤ 0 (x > 0 coverted to < 0)", 
     "default": "*none*",
     "required": "Yes if rsType includes cooling",
     "variability": "constant" 
@@ -743,7 +743,7 @@ Nominal cooling temperature fall (across system, not zone) used during autosizin
 {{
   member_table({
     "units": "°F",
-    "legal_range": "*x* $<$ 0", 
+    "legal_range": "*x* < 0", 
     "default": "-25",
     "required": "No",
     "variability": "constant" 
@@ -759,7 +759,7 @@ Cooling autosizing capacity factor. rsCapC is set to rsFxCapC $\times$ (peak des
 {{
   member_table({
     "units": "",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "1.4",
     "required": "No",
     "variability": "constant" 
@@ -776,7 +776,7 @@ Cooling compressor charge factor.  The cooling gross (compressor only) COP is mo
 {{
   member_table({
     "units": "",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "1 (no effect)",
     "required": "No",
     "variability": "constant" 
@@ -872,7 +872,7 @@ Heating efficiency factor.  At each time step, the heating efficiency is multipl
 {{
   member_table({
     "units": "",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "1",
     "required": "No",
     "variability": "subhourly" 
@@ -888,7 +888,7 @@ Backup auxiliary heating efficiency factor.  At each time step, the backup heati
 {{
   member_table({
     "units": "",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "1",
     "required": "No",
     "variability": "subhourly" 
@@ -904,7 +904,7 @@ Defrost auxiliary heating efficiency factor.  At each time step, the defrost aux
 {{
   member_table({
     "units": "",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "1",
     "required": "No",
     "variability": "subhourly" 
@@ -920,7 +920,7 @@ Cooling efficiency factor.  At each time step, the cooling efficiency is multipl
 {{
   member_table({
     "units": "",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "1",
     "required": "No",
     "variability": "subhourly" 
@@ -1091,7 +1091,7 @@ Type: float
 {{
   member_table({
     "units": "°F",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "5 °F",
     "required": "No",
     "variability": "hourly" 
diff --git a/doc/src/docs/input-data/surface.md b/doc/src/docs/input-data/surface.md
index 750092bb4..ed6afb793 100644
--- a/doc/src/docs/input-data/surface.md
+++ b/doc/src/docs/input-data/surface.md
@@ -64,7 +64,7 @@ Surface tilt from horizontal. Values outside the range 0 to 360 are first normal
 
 {{
   csv_table("sfType = FLOOR, *sfTilt*=180&comma; default = 180 (fixed value)
-sfType = WALL, 60 $<$ *sfTilt* $<$ 180&comma; default = 90
+sfType = WALL, 60 < *sfTilt* < 180&comma; default = 90
 sfType = CEILING, 0 ≤ *sfTilt* ≤ 60&comma; default = 0")
 }}
 
@@ -631,7 +631,7 @@ The following tables summarize the defaults and legal ranges of surface members
   **Member** **WALL**                  **FLOOR**    **CEILING**
   ---------- ------------------------- ------------ -----------------------
   sfTilt     optional, default=90, 60  n.a. (fixed  optional, default=0, 0
-             $<$ *sfTilt* $<$ 180      at 180)      ≤ *sfTilt* ≤ 60
+             < *sfTilt* < 180      at 180)      ≤ *sfTilt* ≤ 60
 
   sfAzm      **required**              n.a.         **required if sfTilt
                                                     > 0**
diff --git a/doc/src/docs/input-data/top-members.md b/doc/src/docs/input-data/top-members.md
index b696c68f4..a4c4998fc 100644
--- a/doc/src/docs/input-data/top-members.md
+++ b/doc/src/docs/input-data/top-members.md
@@ -129,7 +129,7 @@ Number of subhour ticks used per *nSubSteps* for DHWSYS simulation.
 {{
   member_table({
     "units": "",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "60/nSubSteps",
     "required": "No",
     "variability": "constant" 
@@ -145,7 +145,7 @@ Endtest convergence tolerance for internal iteration in CNE models (no effect fo
 {{
   member_table({
     "units": "",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "0.001",
     "required": "No",
     "variability": "constant" 
@@ -177,7 +177,7 @@ Monthly energy balance error tolerance for internal consistency checks. Smaller
 {{
   member_table({
     "units": "",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "0.0001",
     "required": "No",
     "variability": "constant" 
@@ -193,7 +193,7 @@ Daily energy balance error tolerance.
 {{
   member_table({
     "units": "",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "0.0001",
     "required": "No",
     "variability": "constant" 
@@ -209,7 +209,7 @@ Hourly energy balance error tolerance.
 {{
   member_table({
     "units": "",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "0.0001",
     "required": "No",
     "variability": "constant" 
@@ -225,7 +225,7 @@ Sub-hourly energy balance error tolerance.
 {{
   member_table({
     "units": "",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "0.0001",
     "required": "No",
     "variability": "constant" 
@@ -273,7 +273,7 @@ The minimum cell dimension used in the two-dimensional finite difference calcula
 {{
   member_table({
     "units": "ft",
-    "legal_range": "x $>$ 0", 
+    "legal_range": "x > 0", 
     "default": "0.066",
     "required": "No",
     "variability": "constant" 
@@ -344,7 +344,7 @@ Default exterior surface (air film) conductance used for opaque and glazed surfa
 {{
   member_table({
     "units": "Btuh/ft^2^-°F",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "2.64",
     "required": "No",
     "variability": "constant" 
@@ -355,7 +355,7 @@ Default exterior surface (air film) conductance used for opaque and glazed surfa
 
 Type: float
 
-Reference compass azimuth (0 = north, 90 = east, etc.). All zone orientations (and therefore surface orientations) are relative to this value, so the entire building can be rotated by changing bldgAzm only. If a value outside the range 0° ≤ *x* $<$ 360° is given, it is normalized to that range.
+Reference compass azimuth (0 = north, 90 = east, etc.). All zone orientations (and therefore surface orientations) are relative to this value, so the entire building can be rotated by changing bldgAzm only. If a value outside the range 0° ≤ *x* < 360° is given, it is normalized to that range.
 
 {{
   member_table({
@@ -551,7 +551,7 @@ AirNet absolute convergence tolerance. Ideally, calculated zone air pressures sh
 {{
   member_table({
     "units": "lbm/sec",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "0.00125 (about 1 cfm)",
     "required": "No",
     "variability": "constant" 
@@ -567,7 +567,7 @@ AirNet relative convergence tolerance.  See AnTolAbs just above.
 {{
   member_table({
     "units": "",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "0.0001",
     "required": "No",
     "variability": "constant" 
@@ -618,7 +618,7 @@ ASHWAT temperature change threshold -- full calculation is triggered by a change
 {{
   member_table({
     "units": "°F",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "1",
     "required": "No",
     "variability": "constant" 
@@ -634,7 +634,7 @@ ASHWAT solar change threshold -- full calculation is triggered by a fractional c
 {{
   member_table({
     "units": "",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "0.05",
     "required": "No",
     "variability": "constant" 
@@ -650,7 +650,7 @@ ASHWAT convection coefficient change threshold -- full calculation is triggered
 {{
   member_table({
     "units": "",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "0.1",
     "required": "No",
     "variability": "constant" 
@@ -976,7 +976,7 @@ Soil diffusivity, used in derivation of ground temperature.  CSE calculates a gr
 {{
   member_table({
     "units": "ft^2^/hr",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "0.025",
     "required": "No",
     "variability": "constant" 
@@ -992,7 +992,7 @@ Soil conductivity. Used in two-dimensional finite difference calculations for FO
 {{
   member_table({
     "units": "Btuh-ft/ft^2^-°F",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "1.0",
     "required": "No",
     "variability": "constant" 
@@ -1010,7 +1010,7 @@ Soil specific heat. Used in two-dimensional finite difference calculations for F
 {{
   member_table({
     "units": "Btu/lb-°F",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "0.1",
     "required": "No",
     "variability": "constant" 
@@ -1028,7 +1028,7 @@ Soil density. Used in two-dimensional finite difference calculations for FOUNDAT
 {{
   member_table({
     "units": "lb/ft^3^",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "115",
     "required": "No",
     "variability": "constant" 
@@ -1046,7 +1046,7 @@ Far-field width. Distance from foundation to the lateral, zero-flux boundary con
 {{
   member_table({
     "units": "ft",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "130",
     "required": "No",
     "variability": "constant" 
@@ -1078,7 +1078,7 @@ Deep-ground depth. Distance from exterior grade to the deep-ground boundary. Use
 {{
   member_table({
     "units": "ft",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "130",
     "required": "No",
     "variability": "constant" 
@@ -1095,7 +1095,7 @@ Deep-ground temperature. Used when deepGrndCnd=WATERTABLE.
 {{
   member_table({
     "units": "F",
-    "legal_range": "*x* $>$ 0", 
+    "legal_range": "*x* > 0", 
     "default": "Annual average drybulb temperature",
     "required": "No",
     "variability": "hourly" 
diff --git a/doc/src/docs/input-data/window.md b/doc/src/docs/input-data/window.md
index 48a4c832c..8b61fddb3 100644
--- a/doc/src/docs/input-data/window.md
+++ b/doc/src/docs/input-data/window.md
@@ -404,7 +404,7 @@ Number of glazings in the window (bare glass only, not including any interior or
 {{
   member_table({
     "units": "",
-    "legal_range": "0 $<$ *x* ≤ 4", 
+    "legal_range": "0 < *x* ≤ 4", 
     "default": "gtNGLZ",
     "required": "Required when *wnModel* = ASHWAT",
     "variability": "constant" 
diff --git a/doc/src/docs/input-structure.md b/doc/src/docs/input-structure.md
index 8bf61467e..b80a2c52e 100644
--- a/doc/src/docs/input-structure.md
+++ b/doc/src/docs/input-structure.md
@@ -1472,6 +1472,41 @@ The general form of a probe is
 !!! tip
     The initial `@` is always necessary. And don't miss the period after the `]`.
 
+#### Ambiguous names
+
+Note that CSE often allows multiple objects of the same type with the same name.  For example:
+
+    GAIN G1 gnPower=100 ...
+
+    ZONE Z1
+       ...
+       GAIN G1 gnPower=200 ...
+       ...
+
+No problem so far.  However, suppose some reporting is added:
+
+    REPORT RP1 rpType=UDT ...
+       REPORTCOL colHead="Gain" colVal=@GAIN["G1"].gnPower ...
+
+The REPORTCOL colVal probe is ambiguous -- CSE cannot determine which "GAIN G1" is being referenced.  An "ambiguous name" error message is issued and the simulation does not run.  There is no provision in the probe syntax to provide context information resolve such ambiguity.
+
+__However__, there is a simple work-around --
+
+!!! tip
+    Do not use ambiguous names, especially for objects that are likely to be probed.
+
+An unambiguous version of the above example might look like this:
+
+    GAIN TOPG1 gnPower=100 ...
+
+    ZONE Z1
+       ...
+       GAIN Z1G1 gnPower=200 ...
+       ...
+
+    REPORT RP1 rpType=UDT ...
+       REPORTCOL colHead="Gain" colVal=@GAIN["Z1G1"].gnPower ...
+
 #### probes.txt
 
 How do you find out what the probe-able member names are? CSE will display the a list of the latest class and member names if invoked with the -p switch. Use the command line
diff --git a/doc/src/docs/shared/dhwheater-doc.md b/doc/src/docs/shared/dhwheater-doc.md
index 04a35b3cf..602a41b43 100644
--- a/doc/src/docs/shared/dhwheater-doc.md
+++ b/doc/src/docs/shared/dhwheater-doc.md
@@ -21,7 +21,7 @@ Number of identical water heaters of this type. Any value $>1$ is equivalent to
 {{
   member_table({
     "units": "",
-    "legal_range": "x $>$ 0", 
+    "legal_range": "x > 0", 
     "default": "1",
     "required": "No",
     "variability": "constant" 
@@ -103,7 +103,7 @@ Nominal heating capacity, available only for a limited HPWH types.
 {{
   member_table({
     "units": "Btuh",
-    "legal_range": "x $>$ 0", 
+    "legal_range": "x > 0", 
     "default": "0",
     "required": "No",
     "variability": "constant" 
@@ -119,7 +119,7 @@ Storage tank volume. Must be omitted or 0 for instantaneous whTypes.  Used by HP
 {{
   member_table({
     "units": "gal",
-    "legal_range": "$\\ge$ 0.1 (caution: small values may cause runtime errors)", 
+    "legal_range": "≥ 0.1 (caution: small values may cause runtime errors)", 
     "default": "per whASHPType if HPWH else 50",
     "required": "For some HPWH configurations, see above",
     "variability": "constant" 
@@ -135,7 +135,7 @@ Running storage volume is the volume above aquastat. Requires the total volume b
 {{
   member_table({
     "units": "gal",
-    "legal_range": "x $>$ 0", 
+    "legal_range": "x > 0", 
     "default": "0",
     "required": "No",
     "variability": "constant" 
@@ -164,7 +164,7 @@ below.  Calculation methods are documented in RACM, Appendix B.
 {{
   member_table({
     "units": "",
-    "legal_range": "$>$ 0 *Caution: maximum not checked. Unrealistic values will cause runtime errors and/or invalid results*", 
+    "legal_range": "> 0 *Caution: maximum not checked. Unrealistic values will cause runtime errors and/or invalid results*", 
     "default": "*See above*",
     "required": "*See above*",
     "variability": "constant" 
@@ -182,7 +182,7 @@ activated via DHWSYS wsCalcMode=PRERUN.  See RACM Appendix B.
 {{
   member_table({
     "units": "",
-    "legal_range": "x $>$ 0", 
+    "legal_range": "x > 0", 
     "default": "Calculated via DHWSYS PreRun mechanism",
     "required": "When whType = SMALLSTORAGE and PreRun not used",
     "variability": "constant" 
@@ -199,7 +199,7 @@ whType=SMALLSTORAGE and whHeatSrc=ASHPX, the compressor performance will be adju
 {{
   member_table({
     "units": "",
-    "legal_range": "x $\\ge$ 0", 
+    "legal_range": "x ≥ 0", 
     "default": "*none*",
     "required": "when whType= INSTANTANEOUSUEF",
     "variability": "constant" 
@@ -215,7 +215,7 @@ Annual electricity use assumed in UEF rating derivation.  Used when whType=INSTA
 {{
   member_table({
     "units": "kWh",
-    "legal_range": "x $\\ge$ 0", 
+    "legal_range": "x ≥ 0", 
     "default": "*none*",
     "required": "when whType= INSTANTANEOUSUEF",
     "variability": "constant" 
@@ -231,7 +231,7 @@ Annual fuel use assumd in UEF rating derivation, used when whType=INSTANTANEOUSU
 {{
   member_table({
     "units": "therms",
-    "legal_range": "x $\\ge$ 0", 
+    "legal_range": "x ≥ 0", 
     "default": "*none*",
     "required": "when whType= INSTANTANEOUSUEF",
     "variability": "constant" 
@@ -247,7 +247,7 @@ Maximum flow rate assumed in UEF rating derivation.  Used when whType=INSTANTANE
 {{
   member_table({
     "units": "gpm",
-    "legal_range": "x $>$ 0", 
+    "legal_range": "x > 0", 
     "default": "*none*",
     "required": "when whType= INSTANTANEOUSUEF",
     "variability": "constant" 
@@ -263,7 +263,7 @@ Instantaneous water heater standby power (electricity consumed when heater is no
 {{
   member_table({
     "units": "W",
-    "legal_range": "x $\\ge$ 0", 
+    "legal_range": "x ≥ 0", 
     "default": "4",
     "required": "No",
     "variability": "constant" 
@@ -279,7 +279,7 @@ Instanteous water heater load carry forward factor -- approximate number of hour
 {{
   member_table({
     "units": "",
-    "legal_range": "x $\\ge$ 0", 
+    "legal_range": "x ≥ 0", 
     "default": "1",
     "required": "No",
     "variability": "constant" 
@@ -315,7 +315,7 @@ whZone and whTEx cannot both be specified.
 {{
   member_table({
     "units": "^o^F",
-    "legal_range": "x $\\ge$ 0", 
+    "legal_range": "x ≥ 0", 
     "default": "whZone air temperature if specified, else 70 ^o^F",
     "required": "No",
     "variability": "hourly" 
@@ -499,7 +499,7 @@ To model a heat pump that uses outdoor air as its heat source, omit whASHPSrcZn
 {{
   member_table({
     "units": "^o^F",
-    "legal_range": "x $\\ge$ 0", 
+    "legal_range": "x ≥ 0", 
     "default": "70 ^o^F (used only when whASHPSrcZn and whZone not specified)",
     "required": "No",
     "variability": "hourly" 
@@ -515,7 +515,7 @@ Type: float
 {{
   member_table({
     "units": "^o^C",
-    "legal_range": "x $\\ge$ 0", 
+    "legal_range": "x ≥ 0", 
     "default": "7.22",
     "required": "No",
     "variability": "constant" 
@@ -531,7 +531,7 @@ Type: float
 {{
   member_table({
     "units": "W",
-    "legal_range": "x $\\ge$ 0", 
+    "legal_range": "x ≥ 0", 
     "default": "4500",
     "required": "No",
     "variability": "constant" 
@@ -547,7 +547,7 @@ Type: float
 {{
   member_table({
     "units": "W",
-    "legal_range": "x $\\ge$ 0", 
+    "legal_range": "x ≥ 0", 
     "default": "whResHtPwr",
     "required": "No",
     "variability": "constant" 
@@ -579,7 +579,7 @@ Tank insulation resistance for heat pump water heater.
 {{
   member_table({
     "units": "hr-F/Btuh",
-    "legal_range": "x $>$ 0", 
+    "legal_range": "x > 0", 
     "default": "-1",
     "required": "No",
     "variability": "constant" 
@@ -595,7 +595,7 @@ Type: float
 {{
   member_table({
     "units": "",
-    "legal_range": "0 $\\le$ x $\\le$ 1", 
+    "legal_range": "0 ≤ x ≤ 1", 
     "default": "HPWH default (0?) ",
     "required": "No",
     "variability": "constant" 
@@ -627,7 +627,7 @@ Water heating efficiency, used in modeling whType=LARGESTORAGE and whType=LARGEI
 {{
   member_table({
     "units": "",
-    "legal_range": "0 $<$ whEff $\\leq$ 1", 
+    "legal_range": "0 > whEff $\\leq$ 1", 
     "default": ".82",
     "required": "No",
     "variability": "constant" 
@@ -643,7 +643,7 @@ Standby loss, used in modeling whType=LARGESTORAGE.
 {{
   member_table({
     "units": "Btuh",
-    "legal_range": "x $\\ge$ 0", 
+    "legal_range": "x ≥ 0", 
     "default": "0",
     "required": "No",
     "variability": "constant" 
@@ -659,7 +659,7 @@ Pilot light consumption, included in fuel energy use of DHWHEATERs with whHeatSr
 {{
   member_table({
     "units": "Btuh",
-    "legal_range": "x $\\ge$ 0", 
+    "legal_range": "x ≥ 0", 
     "default": "0",
     "required": "No",
     "variability": "hourly" 
@@ -675,7 +675,7 @@ Parasitic electricity power, included in electrical energy use of all DHWHEATERs
 {{
   member_table({
     "units": "W",
-    "legal_range": "x $\\ge$ 0", 
+    "legal_range": "x ≥ 0", 
     "default": "0",
     "required": "No",
     "variability": "hourly" 
@@ -691,7 +691,7 @@ Water heater energy use modifiers.  Multiplies calculated use of electricity (wh
 {{
   member_table({
     "units": "",
-    "legal_range": "$\\ge$ 0", 
+    "legal_range": "≥ 0", 
     "default": "1",
     "required": "No",
     "variability": "subhourly" 
diff --git a/src/cgwthr.cpp b/src/cgwthr.cpp
index 974c5b621..1cd2d8c92 100644
--- a/src/cgwthr.cpp
+++ b/src/cgwthr.cpp
@@ -553,7 +553,7 @@ RC DESCOND::dc_CkF()		// check after input
 static void DCTauTest( int doy)
 {
 float ebnlist[] = { 150.f, 200.f, 250.f, 300.f, -1.f };
-float edflist[] = { 20.f, 30.f, 40.f };
+float edflist[] = { 20.f, 30.f, 40.f, -1.f };
 
 	DESCOND dc( &DcR, 1);
 	dc.dc_doy = doy;