// virtual int GetDragable()
// "virtual int GetDragable ()"
public int GetDragable()
{
ReturnPointer returnPointer = new ReturnPointer(new int());
VTK_API.API_vtkProp.GetDragable_0(returnPointer.GetPtr(), this);
return((int)returnPointer);
}
// virtual int ComputePipelineMTime(vtkInformation * request, vtkInformationVector ** inInfoVec, vtkInformationVector * outInfoVec, int requestFromOutputPort, vtkMTimeType * mtime)
// "virtual int ComputePipelineMTime(vtkInformation* request, vtkInformationVector** inInfoVec, vtkInformationVector* outInfoVec, int requestFromOutputPort, vtkMTimeType* mtime)"
public int ComputePipelineMTime(vtkInformation /*(vtkInformation*)*/ request, vtkInformationVector /*(vtkInformationVector**)*/ inInfoVec, vtkInformationVector /*(vtkInformationVector*)*/ outInfoVec, int /*(int)*/ requestFromOutputPort, IntPtr /*(vtkMTimeType*)*/ mtime)
{
ReturnPointer returnPointer = new ReturnPointer(new int());
VTK_API.API_vtkAlgorithm.ComputePipelineMTime_0(returnPointer.GetPtr(), this, request, inInfoVec, outInfoVec, requestFromOutputPort, mtime);
return((int)returnPointer);
}
// vtkInformation* GetOutputPortInformation(int port)
// "vtkInformation* GetOutputPortInformation(int port)"
public vtkInformation GetOutputPortInformation(int /*(int)*/ port)
{
ReturnPointer returnPointer = new ReturnPointer(new IntPtr());
VTK_API.API_vtkAlgorithm.GetOutputPortInformation_0(returnPointer.GetPtr(), this, port);
return((vtkInformation)(IntPtr)returnPointer);
}
// virtual int GetNumberOfConsumers()
// "virtual int GetNumberOfConsumers ()"
public int GetNumberOfConsumers()
{
ReturnPointer returnPointer = new ReturnPointer(new int());
VTK_API.API_vtkProp.GetNumberOfConsumers_0(returnPointer.GetPtr(), this);
return((int)returnPointer);
}
// int IsConsumer(vtkObject * c)
// "int IsConsumer(vtkObject *c)"
public int IsConsumer(vtkObject /*(vtkObject*)*/ c)
{
ReturnPointer returnPointer = new ReturnPointer(new int());
VTK_API.API_vtkProp.IsConsumer_0(returnPointer.GetPtr(), this, c);
return((int)returnPointer);
}
// virtual double GetAllocatedRenderTime()
// "virtual double GetAllocatedRenderTime ()"
public double GetAllocatedRenderTime()
{
ReturnPointer returnPointer = new ReturnPointer(new double());
VTK_API.API_vtkProp.GetAllocatedRenderTime_0(returnPointer.GetPtr(), this);
return((double)returnPointer);
}
// virtual bool GetSupportsSelection()
// "virtual bool GetSupportsSelection()"
public bool GetSupportsSelection()
{
ReturnPointer returnPointer = new ReturnPointer(new bool());
VTK_API.API_vtkProp.GetSupportsSelection_0(returnPointer.GetPtr(), this);
return((bool)returnPointer);
}
// virtual vtkInformation* GetPropertyKeys()
// "virtual vtkInformation *GetPropertyKeys ()"
public vtkInformation GetPropertyKeys()
{
ReturnPointer returnPointer = new ReturnPointer(new IntPtr());
VTK_API.API_vtkProp.GetPropertyKeys_0(returnPointer.GetPtr(), this);
return((vtkInformation)(IntPtr)returnPointer);
}
// virtual bool HasKeys(vtkInformation * requiredKeys)
// "virtual bool HasKeys(vtkInformation *requiredKeys)"
public bool HasKeys(vtkInformation /*(vtkInformation*)*/ requiredKeys)
{
ReturnPointer returnPointer = new ReturnPointer(new bool());
VTK_API.API_vtkProp.HasKeys_0(returnPointer.GetPtr(), this, requiredKeys);
return((bool)returnPointer);
}
// virtual vtkAssemblyPath* GetNextPath()
// "virtual vtkAssemblyPath *GetNextPath()"
public vtkAssemblyPath GetNextPath()
{
ReturnPointer returnPointer = new ReturnPointer(new IntPtr());
VTK_API.API_vtkProp.GetNextPath_0(returnPointer.GetPtr(), this);
return((vtkAssemblyPath)(IntPtr)returnPointer);
}
// virtual vtkMatrix4x4* GetMatrix()
// "virtual vtkMatrix4x4 *GetMatrix()"
public vtkMatrix4x4 GetMatrix()
{
ReturnPointer returnPointer = new ReturnPointer(new IntPtr());
VTK_API.API_vtkProp.GetMatrix_0(returnPointer.GetPtr(), this);
return((vtkMatrix4x4)(IntPtr)returnPointer);
}
// virtual double* GetBounds()
// "virtual double *GetBounds()"
public IntPtr GetBounds()
{
ReturnPointer returnPointer = new ReturnPointer(new IntPtr());
VTK_API.API_vtkProp.GetBounds_0(returnPointer.GetPtr(), this);
return((IntPtr)returnPointer);
}
// virtual bool GetUseBounds()
// "virtual bool GetUseBounds ()"
public bool GetUseBounds()
{
ReturnPointer returnPointer = new ReturnPointer(new bool());
VTK_API.API_vtkProp.GetUseBounds_0(returnPointer.GetPtr(), this);
return((bool)returnPointer);
}
// virtual vtkMTimeType GetRedrawMTime()
// "virtual vtkMTimeType GetRedrawMTime()"
public ulong GetRedrawMTime()
{
ReturnPointer returnPointer = new ReturnPointer(new ulong());
VTK_API.API_vtkProp.GetRedrawMTime_0(returnPointer.GetPtr(), this);
return((ulong)returnPointer);
}
// static vtkProp* SafeDownCast(vtkObjectBase * o)
// "static vtkProp* SafeDownCast(vtkObjectBase *o)"
public static vtkProp SafeDownCast(vtkObjectBase /*(vtkObjectBase*)*/ o)
{
ReturnPointer returnPointer = new ReturnPointer(new IntPtr());
VTK_API.API_vtkProp.SafeDownCast_0(returnPointer.GetPtr(), o);
return((vtkProp)(IntPtr)returnPointer);
}
// static vtkInformationIntegerKey* GeneralTextureUnit()
// "static vtkInformationIntegerKey *GeneralTextureUnit()"
public static vtkInformationIntegerKey GeneralTextureUnit()
{
ReturnPointer returnPointer = new ReturnPointer(new IntPtr());
VTK_API.API_vtkProp.GeneralTextureUnit_0(returnPointer.GetPtr());
return((vtkInformationIntegerKey)(IntPtr)returnPointer);
}
// virtual double GetEstimatedRenderTime(vtkViewport * ARG_0)
// "virtual double GetEstimatedRenderTime( vtkViewport * )"
public double GetEstimatedRenderTime(vtkViewport /*(vtkViewport*)*/ ARG_0)
{
ReturnPointer returnPointer = new ReturnPointer(new double());
VTK_API.API_vtkProp.GetEstimatedRenderTime_0(returnPointer.GetPtr(), this, ARG_0);
return((double)returnPointer);
}
// vtkTypeBool IsA(const char * type)
// "vtkTypeBool IsA(const char *type)"
public bool IsA(string /*(char*)*/ type)
{
ReturnPointer returnPointer = new ReturnPointer(new bool());
VTK_API.API_vtkProp.IsA_0(returnPointer.GetPtr(), this, type);
return((bool)returnPointer);
}
// virtual double GetRenderTimeMultiplier()
// "virtual double GetRenderTimeMultiplier ()"
public double GetRenderTimeMultiplier()
{
ReturnPointer returnPointer = new ReturnPointer(new double());
VTK_API.API_vtkProp.GetRenderTimeMultiplier_0(returnPointer.GetPtr(), this);
return((double)returnPointer);
}
// static vtkInformationDoubleVectorKey* GeneralTextureTransform()
// "static vtkInformationDoubleVectorKey *GeneralTextureTransform()"
public static vtkInformationDoubleVectorKey GeneralTextureTransform()
{
ReturnPointer returnPointer = new ReturnPointer(new IntPtr());
VTK_API.API_vtkProp.GeneralTextureTransform_0(returnPointer.GetPtr());
return((vtkInformationDoubleVectorKey)(IntPtr)returnPointer);
}
// vtkProp* NewInstance()
// "vtkProp *NewInstance()"
public vtkProp NewInstance()
{
ReturnPointer returnPointer = new ReturnPointer(new IntPtr());
VTK_API.API_vtkProp.NewInstance_0(returnPointer.GetPtr(), this);
return((vtkProp)(IntPtr)returnPointer);
}
// virtual int RenderTranslucentPolygonalGeometry(vtkViewport * ARG_0)
// "virtual int RenderTranslucentPolygonalGeometry(vtkViewport *)"
public int RenderTranslucentPolygonalGeometry(vtkViewport /*(vtkViewport*)*/ ARG_0)
{
ReturnPointer returnPointer = new ReturnPointer(new int());
VTK_API.API_vtkProp.RenderTranslucentPolygonalGeometry_0(returnPointer.GetPtr(), this, ARG_0);
return((int)returnPointer);
}
// vtkObject* GetConsumer(int i)
// "vtkObject *GetConsumer(int i)"
public vtkObject GetConsumer(int /*(int)*/ i)
{
ReturnPointer returnPointer = new ReturnPointer(new IntPtr());
VTK_API.API_vtkProp.GetConsumer_0(returnPointer.GetPtr(), this, i);
return((vtkObject)(IntPtr)returnPointer);
}
// virtual int RenderOverlay(vtkViewport * ARG_0)
// "virtual int RenderOverlay(vtkViewport *)"
public int RenderOverlay(vtkViewport /*(vtkViewport*)*/ ARG_0)
{
ReturnPointer returnPointer = new ReturnPointer(new int());
VTK_API.API_vtkProp.RenderOverlay_0(returnPointer.GetPtr(), this, ARG_0);
return((int)returnPointer);
}
// virtual int GetVisibility()
// "virtual int GetVisibility ()"
public int GetVisibility()
{
ReturnPointer returnPointer = new ReturnPointer(new int());
VTK_API.API_vtkProp.GetVisibility_0(returnPointer.GetPtr(), this);
return((int)returnPointer);
}
// virtual bool RenderFilteredOverlay(vtkViewport * v, vtkInformation * requiredKeys)
// "virtual bool RenderFilteredOverlay(vtkViewport *v, vtkInformation *requiredKeys)"
public bool RenderFilteredOverlay(vtkViewport /*(vtkViewport*)*/ v, vtkInformation /*(vtkInformation*)*/ requiredKeys)
{
ReturnPointer returnPointer = new ReturnPointer(new bool());
VTK_API.API_vtkProp.RenderFilteredOverlay_0(returnPointer.GetPtr(), this, v, requiredKeys);
return((bool)returnPointer);
}
// virtual int ModifyRequest(vtkInformation * request, int when)
// "virtual int ModifyRequest(vtkInformation* request, int when)"
public int ModifyRequest(vtkInformation /*(vtkInformation*)*/ request, int /*(int)*/ when)
{
ReturnPointer returnPointer = new ReturnPointer(new int());
VTK_API.API_vtkAlgorithm.ModifyRequest_0(returnPointer.GetPtr(), this, request, when);
return((int)returnPointer);
}
// virtual int HasTranslucentPolygonalGeometry()
// "virtual int HasTranslucentPolygonalGeometry()"
public int HasTranslucentPolygonalGeometry()
{
ReturnPointer returnPointer = new ReturnPointer(new int());
VTK_API.API_vtkProp.HasTranslucentPolygonalGeometry_0(returnPointer.GetPtr(), this);
return((int)returnPointer);
}
// virtual vtkInformation* GetInformation()
// "virtual vtkInformation *GetInformation ()"
public vtkInformation GetInformation()
{
ReturnPointer returnPointer = new ReturnPointer(new IntPtr());
VTK_API.API_vtkAlgorithm.GetInformation_0(returnPointer.GetPtr(), this);
return((vtkInformation)(IntPtr)returnPointer);
}
// vtkInformationRequestKey* NewInstance()
// "vtkInformationRequestKey *NewInstance()"
public vtkInformationRequestKey NewInstance()
{
ReturnPointer returnPointer = new ReturnPointer(new IntPtr());
VTK_API.API_vtkInformationRequestKey.NewInstance_0(returnPointer.GetPtr(), this);
return((vtkInformationRequestKey)(IntPtr)returnPointer);
}