Slicer  4.10
Slicer is a multi-platform, free and open source software package for visualization and medical image computing
vtkSlicerTransformLogic.h
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1 /*=auto=========================================================================
2 
3  Portions (c) Copyright 2005 Brigham and Women's Hospital (BWH) All Rights Reserved.
4 
5  See COPYRIGHT.txt
6  or http://www.slicer.org/copyright/copyright.txt for details.
7 
8  This file was partly developed by Andras Lasso and Franklin King at
9  PerkLab, Queen's University and was supported through the Applied Cancer
10  Research Unit program of Cancer Care Ontario with funds provided by the
11  Ontario Ministry of Health and Long-Term Care.
12 
13 =========================================================================auto=*/
14 
19 
20 #ifndef __vtkSlicerTransformLogic_h
21 #define __vtkSlicerTransformLogic_h
22 
23 // SlicerLogic includes
24 #include "vtkSlicerBaseLogic.h"
25 #include "vtkSlicerTransformsModuleLogicExport.h"
26 
27 // MRMLLogic includes
28 #include <vtkMRMLAbstractLogic.h>
29 
30 // STD includes
31 #include <vector>
32 
33 // MRML includes
37 class vtkMRMLScene;
38 class vtkMRMLSliceNode;
42 class vtkMRMLVolumeNode;
43 
44 // VTK includes
45 class vtkImageData;
46 class vtkMatrix4x4;
47 class vtkPoints;
48 class vtkPointSet;
49 class vtkPolyData;
50 class vtkUnstructuredGrid;
51 
52 class VTK_SLICER_TRANSFORMS_MODULE_LOGIC_EXPORT vtkSlicerTransformLogic : public vtkMRMLAbstractLogic
53 {
54  public:
55 
57  static vtkSlicerTransformLogic *New();
59  void PrintSelf(ostream& os, vtkIndent indent) VTK_OVERRIDE { Superclass::PrintSelf(os, indent); }
60 
65  static bool hardenTransform(vtkMRMLTransformableNode* node);
66 
69  vtkMRMLTransformNode* AddTransform (const char* filename, vtkMRMLScene *scene);
70 
73  int SaveTransform (const char* filename, vtkMRMLTransformNode *transformNode);
74 
77  static bool GetVisualization2d(vtkPolyData* output_RAS, vtkMRMLTransformDisplayNode* displayNode,
78  vtkMRMLSliceNode* sliceNode, vtkMRMLMarkupsFiducialNode* glyphPointsNode = NULL);
79 
82  static bool GetVisualization2d(vtkPolyData* output_RAS, vtkMRMLTransformDisplayNode* displayNode,
83  vtkMatrix4x4* sliceToRAS, double* fieldOfViewOrigin, double* fieldOfViewSize, vtkPoints* samplePositions_RAS = NULL);
84 
89  static bool GetVisualization3d(vtkPolyData* output_RAS, vtkMRMLTransformDisplayNode* displayNode,
90  vtkMatrix4x4* roiToRAS, int* roiSize, vtkPoints* samplePositions_RAS = NULL);
91 
95  static bool GetVisualization3d(vtkPolyData* output_RAS, vtkMRMLTransformDisplayNode* displayNode, vtkMRMLNode* regionNode);
96 
99  static const char* GetVisualizationDisplacementMagnitudeScalarName();
100 
106  vtkMRMLVolumeNode* CreateDisplacementVolumeFromTransform(vtkMRMLTransformNode* inputTransformNode, vtkMRMLVolumeNode* referenceVolumeNode = NULL,
107  bool magnitude = true, vtkMRMLVolumeNode* existingOutputVolumeNode = NULL);
108 
112  vtkMRMLTransformNode* ConvertToGridTransform(vtkMRMLTransformNode* inputTransformNode, vtkMRMLVolumeNode* referenceVolumeNode = NULL,
113  vtkMRMLTransformNode* existingOutputTransformNode = NULL);
114 
121  static bool GetTransformedPointSamplesAsMagnitudeImage(vtkImageData* outputMagnitudeImage, vtkMRMLTransformNode* inputTransformNode,
122  vtkMatrix4x4* ijkToRAS, bool transformToWorld = true);
123 
130  static bool GetTransformedPointSamplesAsVectorImage(vtkImageData* outputVectorImage, vtkMRMLTransformNode* inputTransformNode,
131  vtkMatrix4x4* ijkToRAS, bool transformToWorld = true);
132 
137  static void GetTransformedNodes(
138  vtkMRMLScene* scene, vtkMRMLTransformNode* transformNode,
139  std::vector<vtkMRMLDisplayableNode*>& transformedNodes,
140  bool recursive=true);
141 
146  static void GetNodesRASBounds(
147  const std::vector<vtkMRMLDisplayableNode*>& nodes,
148  double bounds[6]);
149 
154  static void GetNodesBounds(
155  const std::vector<vtkMRMLDisplayableNode*>& nodes,
156  double bounds[6]);
157 
159  {
164  TRANSFORM_THINPLATESPLINE
165  };
172  static TransformKind GetTransformKind(vtkMRMLTransformNode *transformNode);
173 
174 protected:
176  virtual ~vtkSlicerTransformLogic();
178  void operator=(const vtkSlicerTransformLogic&);
179 
183  static void GetGlyphVisualization2d(vtkPolyData* output_RAS, vtkMRMLTransformDisplayNode* displayNode, vtkMatrix4x4* sliceToRAS,
184  double* fieldOfViewOrigin, double* fieldOfViewSize, vtkPoints* samplePositions_RAS = NULL);
188  static void GetGlyphVisualization3d(vtkPolyData* output_RAS, vtkMRMLTransformDisplayNode* displayNode, vtkMatrix4x4* roiToRAS,
189  int* roiSize, vtkPoints* samplePositions_RAS = NULL);
190 
193  static void GetGridVisualization2d(vtkPolyData* output_RAS, vtkMRMLTransformDisplayNode* displayNode, vtkMatrix4x4* sliceToRAS,
194  double* fieldOfViewOrigin, double* fieldOfViewSize);
197  static void GetGridVisualization3d(vtkPolyData* output_RAS, vtkMRMLTransformDisplayNode* displayNode, vtkMatrix4x4* roiToRAS, int* roiSize);
198 
201  static void GetContourVisualization2d(vtkPolyData* output_RAS, vtkMRMLTransformDisplayNode* displayNode, vtkMatrix4x4* sliceToRAS,
202  double* fieldOfViewOrigin, double* fieldOfViewSize);
205  static void GetContourVisualization3d(vtkPolyData* output_RAS, vtkMRMLTransformDisplayNode* displayNode, vtkMatrix4x4* roiToRAS, int* roiSize);
206 
208  static int GetGridSubdivision(vtkMRMLTransformDisplayNode* displayNode);
209 
211  static void CreateGrid(vtkPolyData* outputGrid_RAS, vtkMRMLTransformDisplayNode* displayNode, int numGridPoints[3], vtkPolyData* outputWarpedGrid_RAS=NULL);
212 
216  static void GetTransformedPointSamples(vtkPointSet* outputPointSet,
217  vtkMRMLTransformNode* inputTransformNode, vtkPoints* samplePositions_RAS,
218  bool transformToWorld = true);
219 
225  static void GetTransformedPointSamples(vtkPointSet* outputPointSet_RAS, vtkMRMLTransformNode* inputTransformNode,
226  vtkMatrix4x4* gridToRAS, int* gridSize, bool transformToWorld = true);
227 
232  static void GetTransformedPointSamplesOnSlice(vtkPointSet* outputPointSet_RAS, vtkMRMLTransformNode* inputTransformNode,
233  vtkMatrix4x4* sliceToRAS, double* fieldOfViewOrigin, double* fieldOfViewSize, double pointSpacing, int pointGroupSize = 1, int* numGridPoints = 0,
234  vtkPoints* samplePositions_RAS = NULL);
235 
239  static void GetTransformedPointSamplesOnRoi(vtkPointSet* outputPointSet_RAS, vtkMRMLTransformNode* inputTransformNode,
240  vtkMatrix4x4* roiToRAS, int* roiSize, double pointSpacingMm, int pointGroupSize=1, int* numGridPoints=0);
241 
243  static void GetMarkupsAsPoints(vtkMRMLMarkupsFiducialNode* markupsNode, vtkPoints* samplePoints_RAS);
244 
245 };
246 
247 #endif
Superclass for MRML logic classes.
MRML node to represent a fiducial markup Fiducial Markups nodes contain a list of fiducial points...
MRML node for representing a transformation between this node space and a parent node space...
MRML node for storing a slice through RAS space.
A set of MRML Nodes that supports serialization and undo/redo.
Definition: vtkMRMLScene.h:54
MRML node for representing a volume (image stack).
void PrintSelf(ostream &os, vtkIndent indent) VTK_OVERRIDE
MRML node for representing a volume (image stack).
Abstract Superclass for all specific types of MRML nodes.
Definition: vtkMRMLNode.h:138
static vtkMRMLAbstractLogic * New()
MRML node to represent display properties for transforms visualization in the slice and 3D viewers...
MRML node for representing a node with a transform.