parameters: (self)
docstring: Recomputes the curve after its properties have changed.
          Normally it is not necessary for the user to call this
          directly.
docstring_summary: Recomputes the curve after its properties have changed.
          Normally it is not necessary for the user to call this
          directly.
docstring_tokens: Recomputes the curve after its properties have changed . Normally it is not necessary for the user to call this directly .
function: def recompute(self):
          """Recomputes the curve after its properties have changed.
          Normally it is not necessary for the user to call this
          directly."""
  
          if not self.showRope:
              return
          numVerts = len(self.verts)
          self.curve.reset(numVerts)
          self.curve.setOrder(self.order)
  
          defaultNodePath = None
          defaultPoint = (0, 0, 0)
          defaultColor = (1, 1, 1, 1)
          defaultThickness = 1
  
          useVertexColor = self.ropeNode.getUseVertexColor()
          useVertexThickness = self.ropeNode.getUseVertexThickness()
  
          vcd = self.ropeNode.getVertexColorDimension()
          vtd = self.ropeNode.getVertexThicknessDimension()
  
          for i in range(numVerts):
              v = self.verts[i]
              if isinstance(v, tuple):
                  nodePath, point = v
                  color = defaultColor
                  thickness = defaultThickness
              else:
                  nodePath = v.get('node', defaultNodePath)
                  point = v.get('point', defaultPoint)
                  color = v.get('color', defaultColor)
                  thickness = v.get('thickness', defaultThickness)
  
              if isinstance(point, tuple):
                  if len(point) >= 4:
                      self.curve.setVertex(i, VBase4(point[0], point[1], point[2], point[3]))
                  else:
                      self.curve.setVertex(i, VBase3(point[0], point[1], point[2]))
              else:
                  self.curve.setVertex(i, point)
              if nodePath:
                  self.curve.setVertexSpace(i, nodePath)
              if useVertexColor:
                  self.curve.setExtendedVertex(i, vcd + 0, color[0])
                  self.curve.setExtendedVertex(i, vcd + 1, color[1])
                  self.curve.setExtendedVertex(i, vcd + 2, color[2])
                  self.curve.setExtendedVertex(i, vcd + 3, color[3])
              if useVertexThickness:
                  self.curve.setExtendedVertex(i, vtd, thickness)
  
          if self.knots is not None:
              for i in range(len(self.knots)):
                  self.curve.setKnot(i, self.knots[i])
  
          self.ropeNode.resetBound(self)
function_tokens: def recompute ( self ) : if not self . showRope : return numVerts = len ( self . verts ) self . curve . reset ( numVerts ) self . curve . setOrder ( self . order ) defaultNodePath = None defaultPoint = ( 0 , 0 , 0 ) defaultColor = ( 1 , 1 , 1 , 1 ) defaultThickness = 1 useVertexColor = self . ropeNode . getUseVertexColor ( ) useVertexThickness = self . ropeNode . getUseVertexThickness ( ) vcd = self . ropeNode . getVertexColorDimension ( ) vtd = self . ropeNode . getVertexThicknessDimension ( ) for i in range ( numVerts ) : v = self . verts [ i ] if isinstance ( v , tuple ) : nodePath , point = v color = defaultColor thickness = defaultThickness else : nodePath = v . get ( 'node' , defaultNodePath ) point = v . get ( 'point' , defaultPoint ) color = v . get ( 'color' , defaultColor ) thickness = v . get ( 'thickness' , defaultThickness ) if isinstance ( point , tuple ) : if len ( point ) >= 4 : self . curve . setVertex ( i , VBase4 ( point [ 0 ] , point [ 1 ] , point [ 2 ] , point [ 3 ] ) ) else : self . curve . setVertex ( i , VBase3 ( point [ 0 ] , point [ 1 ] , point [ 2 ] ) ) else : self . curve . setVertex ( i , point ) if nodePath : self . curve . setVertexSpace ( i , nodePath ) if useVertexColor : self . curve . setExtendedVertex ( i , vcd + 0 , color [ 0 ] ) self . curve . setExtendedVertex ( i , vcd + 1 , color [ 1 ] ) self . curve . setExtendedVertex ( i , vcd + 2 , color [ 2 ] ) self . curve . setExtendedVertex ( i , vcd + 3 , color [ 3 ] ) if useVertexThickness : self . curve . setExtendedVertex ( i , vtd , thickness ) if self . knots is not None : for i in range ( len ( self . knots ) ) : self . curve . setKnot ( i , self . knots [ i ] ) self . ropeNode . resetBound ( self )