fixed imports

groups/Merge/Compare_sd.gizmo

@@ -16,7 +16,7 @@ Group {
  addUserKnob {41 gamma T GradeGamma.gamma}
  addUserKnob {41 white l gain T GradeExposure.white}
  addUserKnob {20 endGroup_1 l endGroup n -1}
- addUserKnob {22 comparesequence l "Analyse Input Sequences" t "compares a sequence" T "try:\n    import seanscripts.arrange_by_sd\n    nodes=\[nuke.thisNode().input(0), nuke.thisNode().input(1)]\n    seanscripts.arrange_by_sd.compare_seqs(nodes=nodes)\nexcept NameError:\n    nuke.alert(\"Nothing to compare! Please attach a Read Node directly to each input and try again.\")\nexcept TypeError:\n    nuke.alert(\"Nothing to compare! Please attach a Read Node directly to each input and try again.\") \n\n" +STARTLINE}
+ addUserKnob {22 comparesequence l "Analyse Input Sequences" t "compares a sequence" T "try:\n    import arrange_by_sd\n    nodes=\[nuke.thisNode().input(0), nuke.thisNode().input(1)]\n    arrange_by_sd.compare_seqs(nodes=nodes)\nexcept NameError:\n    nuke.alert(\"Nothing to compare! Please attach a Read Node directly to each input and try again.\")\nexcept TypeError:\n    nuke.alert(\"Nothing to compare! Please attach a Read Node directly to each input and try again.\") \n\n" +STARTLINE}
  addUserKnob {26 metadatalabel l metadata}
  addUserKnob {41 metadata l "" -STARTLINE T CompareMetaData1.metadata}
 }

python/arrange_by_sd.py

@@ -507,8 +507,8 @@ def get_sortKey(ask= True):
                 #add backdrop node def m_Backdrop(selNodes= nuke.selectedNodes(), label= None):
                 original_selection= nuke.selectedNodes()
 
-                import seanscripts.backdrop_sd
-                seanscripts.backdrop_sd.make_backdrop(selNodes= group, label= sortDiscrete(group[0]))
+                import backdrop_sd
+                backdrop_sd.make_backdrop(selNodes= group, label= sortDiscrete(group[0]))
                 [i.setSelected(1) for i in original_selection]
 
 

python/autosave_sd.py

@@ -72,7 +72,7 @@ def autosave_sd():
 
 #ADD AUTOSAVE
 #for some reason this must be done in menu.py
-#nuke.addOnScriptSave(seanscripts.autosave_sd)
+#nuke.addOnScriptSave(autosave_sd)
 #unhash next line to test
 #m_autosave()
 

python/backdrop_sd.py

@@ -16,7 +16,7 @@
 #http://www.colorjack.com
 #
 #Another way to get a collection is to select some nodes in a script and run 
-#'seanscripts.scan_nodes_for_collection()' in Nuke's Script Editor. 
+#'scan_nodes_for_collection()' in Nuke's Script Editor. 
 #This will create backdrop nodes from this collection and print the 
 #text you need.
 
@@ -378,7 +378,7 @@ def make_backdrop(selNodes, label= None):
 def show_collection_as_backdrops(collection= collection):
     #create a palette of backdrop nodes using the current collection
     #or give a collection of RGBInt numbers as a list, e.g.
-    #seanscripts.show_collection_as_backdrops([538588160, 1652190464, 1194403328, 2878348800])
+    #show_collection_as_backdrops([538588160, 1652190464, 1194403328, 2878348800])
     print(('collection=', collection))
     xlen= int(math.sqrt(len(collection)))
     size= 100

python/copy_frame_list_to_clipboard_sd.py

@@ -1,5 +1,5 @@
 import nuke
-#nuke.menu( 'Animation' ).addMenu( 'seanscripts' ).addCommand( 'Copy keyframes to frame list', "import seanscripts.copy_framelist_to_clipoard;seanscripts.copy_framelist_to_clipoard.copy_framelist()" )
+#nuke.menu( 'Animation' ).addMenu( 'seanscripts' ).addCommand( 'Copy keyframes to frame list', "import copy_framelist_to_clipoard;copy_framelist_to_clipoard.copy_framelist()" )
 
 def copy_framelist():
     #convert keys (which pass a certain test) to a framelist and copy to clipboard 

python/copy_instead_of_render_sd.py

@@ -202,8 +202,8 @@ def copy_instead_of_render(destNodes, style= None, renderRange= None):
                 #print destWrite.name()
 
                 #was going to hash this -
-                #import seanscripts.make_write_directories_sd
-                #seanscripts.make_write_directories_sd.write_mkdir(node= destNode)#, askUser= True)
+                #import make_write_directories_sd
+                #make_write_directories_sd.write_mkdir(node= destNode)#, askUser= True)
                 #replaced because it didn't work with TK_Write
                 #but still get error 'file knob doesn't exist'
 

python/move_nodes_sd.py

@@ -98,11 +98,11 @@ def medianXY(listxy):
 
 #SCALE 
 def scale_nodes(nodes, scaleX= False, scaleY= False, centerX= None, centerY= None, minmove= 20):
-    import seanscripts.backdrop_sd
+    import backdrop_sd
 
     if nodes:
         #move backdrop nodes from list to a dict {backdrop node: nodes on backdrop}
-        #backdrops= {node: seanscripts.backdrop_sd.nodes_in_backdrop(node) for node in nodes if node.Class() == 'BackdropNode'}
+        #backdrops= {node: backdrop_sd.nodes_in_backdrop(node) for node in nodes if node.Class() == 'BackdropNode'}
         #separate nodes into 2 lists: nodes and backdrops
         backdrops= [node for node in nodes if node.Class() == 'BackdropNode']
         [nodes.remove(node) for node in backdrops]
@@ -185,7 +185,7 @@ def scale_nodes(nodes, scaleX= False, scaleY= False, centerX= None, centerY= Non
                 #print backdrop.name(), nodes
                 if nodes:
                     #scale backdrops to still cover nodes (which have already been scaled)
-                    seanscripts.backdrop_sd.resize_bd(backdrop, selNodes= nodes)
+                    backdrop_sd.resize_bd(backdrop, selNodes= nodes)
                 else:
                     #SCALE EMPTY BACKDROPS
                     if scaleX != 1:
@@ -206,10 +206,10 @@ def scale_nodes(nodes, scaleX= False, scaleY= False, centerX= None, centerY= Non
 #TRANSLATE
 # to do  - keep on backdrops 
 '''def translate_nodes_up(nodes= nuke.selectedNodes()):
-    import seanscripts.backdrop_sd
+    import backdrop_sd
     if nodes:
         #make dir of all backdrops and nodes on each
-        backdrops= {backdrop: seanscripts.backdrop_sd.nodes_in_backdrop(backdrop) for backdrop in nuke.allNodes('BackdropNode')}
+        backdrops= {backdrop: backdrop_sd.nodes_in_backdrop(backdrop) for backdrop in nuke.allNodes('BackdropNode')}
         #print 'backdrops', backdrops
         #remove backdrops from selection
         [nodes.remove(backdrop) for backdrop in backdrops.keys() if backdrop in nodes]
@@ -225,7 +225,7 @@ def scale_nodes(nodes, scaleX= False, scaleY= False, centerX= None, centerY= Non
         #if 
         if nodes_on_backdrop:
             #scale backdrops to still cover nodes (which have already been moved)
-            seanscripts.backdrop_sd.resize_bd(backdrop, selNodes= nodes)
+            backdrop_sd.resize_bd(backdrop, selNodes= nodes)
         else:
             #MOVE EMPTY BACKDROPS
             backdrop.setYpos(int(backdrop.ypos()- nuke.toNode("preferences")["GridHeight"].value())) '''

python/multiple_node_info_sd.py

@@ -31,7 +31,7 @@ def occurDict(items):
             #runs when testing:
             nuke.display("get_all_node_info()", nodes[0])
         else:
-            nuke.display("seanscripts.multiple_node_info_sd.get_all_node_info()", nodes[0])
+            nuke.display("multiple_node_info_sd.get_all_node_info()", nodes[0])
 
     else:
         if not nodes:

python/script_clean_sd.py

@@ -379,15 +379,15 @@ def tidy(nodes):
     #tidy nodes and backdrops.
     #to do: align b lines etc.
 
-    import seanscripts.tidyness_sd
+    import tidyness_sd
 
     if not nodes:
         nodes= nuke.allNodes()
 
     #set up a panel to show options and current tidyness level
 
     #show tidyness
-    nodes, uniquePos, up, tangled= seanscripts.tidyness_sd.calculate_tidyness(nodes)
+    nodes, uniquePos, up, tangled= tidyness_sd.calculate_tidyness(nodes)
     #set weightings
     uniquePosweighting= .333
     upweighting= .333
@@ -458,7 +458,7 @@ def tidy(nodes):
     clear_transform_expressions(nodes)
     #set cards to 1x1 (unless they have distortion)
     set_cards_to_one_row_one_column(nodes)'''
-    seanscripts.tidyness_sd.show_tidyness(nodes)
+    tidyness_sd.show_tidyness(nodes)
 
 
 def cleanupScript(nodes):

python/tidyness_sd.py

@@ -95,7 +95,7 @@ def intersect(xxx_todo_changeme, xxx_todo_changeme1):
         return [i for i in intersections if i]
 
     #store original nodes, do I can restore at end: otherwise, for example, 
-    #nodes, uniquePos, up, tangled= seanscripts.tidyness_sd.calculate_tidyness(nodes)
+    #nodes, uniquePos, up, tangled= tidyness_sd.calculate_tidyness(nodes)
     #will overwrite my original selection.
     original_nodes= nodes