Vcs3 d fix animation exception

Packages/DV3D/ButtonBarWidget.py

@@ -533,7 +533,8 @@ def processStateChangeEvent( self, button_id, key, state, force = False ):
                     positions = [ position_index ] if position_index else range(4)
                     for pindex in positions: self.releaseSlider( pindex ) 
                     configFunct.processInteractionEvent( [ "InitConfig", 0, False, self ] )
-                    self.handler.restoreInteractionState( state )
+                    if (self.name <> "Configure"): self.handler.restoreInteractionState( state )
+
     #        config_function = self.configurableFunctions.get( button_id, None )
     #        if config_function: config_function.processStateChangeEvent( state )
     #        button = self.buttons.get( button_id, None )

Packages/DV3D/DV3DPlot.py

@@ -394,7 +394,7 @@ def saveAnimation(self):
 
     def changeButtonActivation(self, button_name, activate, state = None ):
         button = self.buttonBarHandler.findButton( button_name ) 
-        print " changeButtonActivation[%s], activate = %s, state = %s" % ( button_name, str(activate), str(state) )
+#        print " changeButtonActivation[%s], activate = %s, state = %s" % ( button_name, str(activate), str(state) )
         if button: 
             if activate: button.activate()
             else: button.deactivate()

Packages/DV3D/RectilinearGridPlot.py

@@ -119,6 +119,7 @@ def __init__( self, **args ):
         self.cs_bbar = None
         self.probeFilter = None
         self.cursorActor     = vtk.vtkActor()
+        self.clipPlanes = vtk.vtkPlanes() 
 
         self.pipelineDebug = False
 
@@ -136,7 +137,6 @@ def __init__( self, **args ):
         self.clipping_enabled = False
         self.cropRegion = None
         self.cropZextent = None
-        self.clipper = None
         self.volRenderConfig = [ 'Default', 'False' ]
         self.transFunctGraphVisible = False
         self.transferFunctionConfig = None
@@ -429,18 +429,19 @@ def processScaleChange( self, old_spacing, new_spacing ):
         if ( self.planeWidgetZ <> None ) and self.planeWidgetZ.IsVisible():      
 #            print " Update planeWidgetZ "
             self.planeWidgetZ.UpdateInputs()
+
+    def initializeClipper(self):
+        if( self.cropRegion == None ): 
+            self.cropRegion = self.getVolumeBounds()
+        if self.clipper:
+            if ( self.renderWindowInteractor <> None ): 
+                self.clipper.SetInteractor( self.renderWindowInteractor )
+            self.clipper.PlaceWidget( self.cropRegion )
+            self.clipper.GetPlanes( self.clipPlanes )
 
     def activateEvent( self, caller, event ):
         StructuredGridPlot.activateEvent( self, caller, event )
-        if self.clipper and ( self.cropRegion == None ):
-            self.renwin = self.renderer.GetRenderWindow( )
-            if self.renwin <> None:                
-                if ( self.renderWindowInteractor <> None ): 
-                    self.clipper.SetInteractor( self.renderWindowInteractor )
-                    self.cropRegion = self.getVolumeBounds()
-                    self.clipper.PlaceWidget( self.cropRegion )
-                    self.clipPlanes = vtk.vtkPlanes() 
-                    self.clipper.GetPlanes( self.clipPlanes )
+        self.initializeClipper()
         self.render() 
 
     def getVolumeBounds( self, **args ):  
@@ -1045,6 +1046,7 @@ def processToggleClippingCommand( self, args, config_function ):
         elif args and args[0] == "Init":
             plane_positions = config_function.initial_value
             if (plane_positions <> None):
+                if not self.cropRegion: self.initializeClipper()
                 for ip, pval in enumerate( plane_positions ):
                     self.cropRegion[ip] = pval
                 self.clipper.PlaceWidget( self.cropRegion )
@@ -1064,7 +1066,7 @@ def endClip( self, caller=None, event=None ):
     def executeClip( self, caller=None, event=None ):
         np = 6
         self.clipper.GetPlanes( self.clipPlanes )
-        if not self.cropRegion: self.cropRegion = [0.0]*np
+        if not self.cropRegion: self.initializeClipper()
         for ip in range( np ):
             plane = self.clipPlanes.GetPlane( ip )
             o = plane.GetOrigin()

testing/dv3d/TestManager.py

@@ -154,5 +154,5 @@ def writeCMakeDef( self, f ):
 if __name__ == '__main__':
     from TestDefinitions import testManager    
 #    testManager.runTests()
-    testManager.runTest( 'dv3d_hovmoller_test', True )
+    testManager.runTest( 'dv3d_constituents_test', True )
 #    testManager.showTest( 'dv3d_constituents_test' )