WITVolumeViz::~WITVolumeViz()
{
// release memory
//_overlays.clear();
VTK_SAFE_DELETE(_img);
VTK_SAFE_DELETE(_lutBW);
VTK_SAFE_DELETE(_lutColor);
VTK_SAFE_DELETE(_pdBorder);
}
void QuenchFrame::DestroySceneWindowAndPanels()
{
// Destroy panels
_color_map_panel->Destroy();
_overlay_panel ->Destroy();
_stats_panel->Destroy(); // tony new
_imagePreview->Destroy();
_perPointColor->Destroy(); // tony new
// Destroy scene stuff
VTK_SAFE_DELETE(_pSceneWindow);
VTK_SAFE_DELETE(_istyle);
_bRendererDeleted = true;
}
vtkInteractorStyleQuench::~vtkInteractorStyleQuench()
{
//_propPicker->Delete();
VTK_SAFE_DELETE(_renderer);
delete _volViz; _volViz = 0;
delete _pathwayViz; _pathwayViz = 0;
delete _voiViz; _voiViz = 0;
delete _GestureInteractor;
delete _voiEditor;
}
void WITVolumeViz::updateActors()
{
if(!_vol)
return;
this->updateUserMatrices();
uint dim[4];
double voxSize[3];
_vol->getDimension(dim[0], dim[1], dim[2], dim[3]);
_vol->getVoxelSize(voxSize[0], voxSize[1], voxSize[2]);
VTK_SAFE_DELETE(_img);
_img = vtkImageData::New();
_img->SetScalarTypeToFloat();
_img->SetNumberOfScalarComponents(dim[3]);
_img->SetDimensions (dim[0], dim[1], dim[2]);
_img->SetSpacing (1,1,1);
if (dim[3] == 1)
_img->SetScalarTypeToFloat();
else
_img->SetScalarTypeToUnsignedChar();
_img->AllocateScalars();
vtkScalarsToColors *lut = _lutBW;
if (dim[3] == 1) // more common case
{
// create the sagital actor
vtkImageMapToColors *sagittalColors = vtkImageMapToColors::New();
sagittalColors->SetInput(_img);
sagittalColors->SetLookupTable(lut);
// create the axial actor
vtkImageMapToColors *axialColors = vtkImageMapToColors::New();
axialColors->SetInput(_img);
axialColors->SetLookupTable(lut);
// create the coronal actor
vtkImageMapToColors *coronalColors = vtkImageMapToColors::New();
coronalColors->SetInput(_img);
coronalColors->SetLookupTable(lut);
// Apply the color map to all registered actors
this->setSliceActorsToColors(sagittalColors, axialColors, coronalColors);
sagittalColors->Delete();
axialColors->Delete();
coronalColors->Delete();
}
else {
// Apply user matrix to each registered actor
for(std::map<vtkRenderWindow*, ActorSet*>::iterator it = this->windowToActorSet.begin();
it != this->windowToActorSet.end(); it++)
{
ActorSet *as = it->second;
as->sag->SetInput(_img);
as->axial->SetInput(_img);
as->cor->SetInput(_img);
}
}
// Find the local pos based on world pos
DTIVoxel lPos = DTIVoxel(3);
WorldToLocal(_vol->getTransformMatrix(), _vPos, dim, lPos);
sagExtent[0] = lPos[0];
sagExtent[1] = lPos[0];
sagExtent[2] = 0;
sagExtent[3] = dim[1]-1;
sagExtent[4] = 0;
sagExtent[5] = dim[2] - 1;
axialExtent[0] = 0;
axialExtent[1] = dim[0] - 1;
axialExtent[2] = 0;
axialExtent[3] = dim[1]-1;
axialExtent[4] = lPos[2];
axialExtent[5] = lPos[2];
corExtent[0] = 0;
corExtent[1] = dim[0]-1;
corExtent[2] = lPos[1];
corExtent[3] = lPos[1];
corExtent[4] = 0;
corExtent[5] = dim[2] - 1;
// set the extent to which the image should be mapped
// Apply user matrix to each registered actor
for(std::map<vtkRenderWindow*, ActorSet*>::iterator it = this->windowToActorSet.begin();
it != this->windowToActorSet.end(); it++)
{
ActorSet *as = it->second;
as->sag->SetDisplayExtent(sagExtent);
as->axial->SetDisplayExtent(axialExtent);
as->cor->SetDisplayExtent(corExtent);
as->sag->Modified();
as->cor->Modified();
as->axial->Modified();
// set the position in the as->text text actor
as->text->GetTextProperty()->SetFontSize(16);
as->text->GetTextProperty()->SetFontFamilyToArial();
as->text->GetTextProperty()->SetJustificationToLeft();
as->text->GetPositionCoordinate()->SetValue(2,0);
//as->text->GetTextProperty()->BoldOn();
//as->text->GetTextProperty()->ItalicOn();
as->text->GetTextProperty()->SetColor(0,0,0);
as->text->Modified();
}
}
