void CTexturePropDlg::OnPrefer5551()
{
if(m_bTFormatChanges)
{
SetChange(IDC_PREFER5551, TPROP_PREFER5551);
// Force 4444 off.
m_bTFormatChanges = FALSE;
m_Prefer4444.SetCheck(FALSE);
SetChange(IDC_PREFER4444, TPROP_PREFER4444);
m_bTFormatChanges = TRUE;
}
}
void CTexturePropDlg::OnFormatDxt5()
{
SetChange(IDC_DATAFORMAT, TPROP_DATAFORMAT);
m_BPPIdent = BPP_S3TC_DXT5;
SetupBPPIdent();
RedrawPreviewWindow();
}
void CTextureProp::OnFormat32bit()
{
SetChange(IDC_DATAFORMAT, TPROP_DATAFORMAT);
m_BPPIdent = BPP_32;
SetupBPPIdent();
RedrawPreviewWindow();
}
void CSEdOpenedFiles::SetCompileFile(CSEdScriptEdit* cf)
{
if(compfile==cf) return;
SetChange();
compfile = cf;
CSEdOpenFilesListIt iter(GetOpenedFiles());
CSEdScriptEdit *se;
while(!iter.End())
{
se = iter->GetScriptEdit();
if(se)
se->ShowCurCompFile();
iter++;
}
CompileForOB();
}
void CTexturePropDlg::OnChangeTexturePriority()
{
SetChange(IDC_PRIORITY_LABEL, TPROP_TEXTUREPRIORITY);
}
void CTexturePropDlg::OnUIMipmapOffset()
{
SetChange(IDC_UIMIPMAPOFFSET_LABEL, TPROP_UIMIPMAPOFFSET);
}
void CTexturePropDlg::OnNonS3TCMipmapOffset()
{
SetChange(IDC_DTX_NONS3TCMIPMAPOFFSET_LABEL, TPROP_NONS3TCMIPMAPOFFSET);
}
void CTexturePropDlg::OnChangeDtxCommandString()
{
SetChange(IDC_DTX_COMMAND_STRING_LABEL2, TPROP_COMMANDSTRING);
}
void CTexturePropDlg::OnNoSysCache()
{
SetChange(IDC_NOSYSCACHE, TPROP_NOSYSCACHE);
}
void DataManager::Initialize(itk::SmartPointer<LabelMapType> labelMap, std::shared_ptr<Coordinates> coordinates, std::shared_ptr<Metadata> metadata)
{
m_orientationData = coordinates;
auto spacing = m_orientationData->GetImageSpacing();
auto imageorigin = m_orientationData->GetImageOrigin();
auto imagesize = m_orientationData->GetImageSize();
// insert background label info, initially all voxels are background, we'll subtract later
auto object = std::make_shared<ObjectInformation>();
object->scalar = 0;
object->centroid = Vector3d((imagesize[0] / 2.0) * spacing[0], (imagesize[1] / 2.0) * spacing[1], (imagesize[2] / 2.0) / spacing[2]);
object->size = imagesize[0] * imagesize[1] * imagesize[2];
object->min = Vector3ui(0, 0, 0);
object->max = Vector3ui(imagesize[0], imagesize[1], imagesize[2]);
ObjectVector.insert(std::pair<unsigned short, std::shared_ptr<ObjectInformation>>(0, object));
// evaluate shapelabelobjects to get the centroid of the object
auto evaluator = itk::ShapeLabelMapFilter<LabelMapType>::New();
evaluator->SetInput(labelMap);
evaluator->ComputePerimeterOff();
evaluator->ComputeFeretDiameterOff();
evaluator->SetInPlace(true);
evaluator->Update();
// get voxel count for each label for statistics and "flatten" the labelmap (make all labels consecutive starting from 1)
auto labelChanger = ChangeType::New();
labelChanger->SetInput(evaluator->GetOutput());
labelChanger->SetInPlace(true);
ImageRegionType region;
unsigned short i = 1;
itk::Point<double, 3> centroid;
for (int i = 0; i < evaluator->GetOutput()->GetNumberOfLabelObjects(); ++i)
{
auto labelObject = evaluator->GetOutput()->GetNthLabelObject(i);
auto scalar = labelObject->GetLabel();
centroid = labelObject->GetCentroid();
region = labelObject->GetBoundingBox();
auto regionOrigin = region.GetIndex();
auto regionSize = region.GetSize();
object = std::make_shared<ObjectInformation>();
object->scalar = scalar;
object->centroid = Vector3d(centroid[0] / spacing[0], centroid[1] / spacing[1], centroid[2] / spacing[2]);
object->size = labelObject->Size();
object->min = Vector3ui(regionOrigin[0], regionOrigin[1], regionOrigin[2]);
object->max = Vector3ui(regionSize[0] + regionOrigin[0], regionSize[1] + regionOrigin[1], regionSize[2] + regionOrigin[2]) - Vector3ui(1, 1, 1);
ObjectVector.insert(std::pair<unsigned short, std::shared_ptr<ObjectInformation>>(i, object));
// substract the voxels of this object from the background label
ObjectVector[0]->size -= labelObject->Size();
// need to mark object label as used to correct errors in the segmha metadata (defined labels but empty objects)
metadata->markAsUsed(scalar);
// flatten label
labelChanger->SetChange(scalar, i);
}
// start entering new labels at the end of the scalar range
m_firstFreeValue = GetScalarForLabel(GetNumberOfLabels() - 1) + 1;
// apply all the changes made to labels
labelChanger->Update();
m_labelMap = LabelMapType::New();
m_labelMap = labelChanger->GetOutput();
m_labelMap->Optimize();
m_labelMap->Update();
// generate the initial vtkLookupTable
m_lookupTable = vtkSmartPointer<vtkLookupTable>::New();
GenerateLookupTable();
m_lookupTable->Modified();
}
void CTexturePropDlg::On32BitSysCopy()
{
SetChange(IDC_32BITSYSCOPY, TPROP_32BITSYSCOPY);
}
void CTexturePropDlg::OnFullbrite()
{
SetChange(IDC_FULLBRITE, TPROP_FULLBRITES);
}
void CTexturePropDlg::OnNumMipmapsChange()
{
SetChange(IDC_NUMBER_OF_MIPMAPS_TEXT, TPROP_NUMMIPMAPS);
}
void CTexturePropDlg::OnGroupChange()
{
SetChange(IDC_TEXTURE_GROUP_TEXT, TPROP_GROUP);
}
void CTexturePropDlg::OnTexturePropChange()
{
SetChange(IDC_TEXTUREPROP_FLAGS_TEXT, TPROP_FLAGS);
}
void CTexturePropDlg::OnChangeDetailTextureScale()
{
SetChange(IDC_DETAILTEXTURESCALE_LABEL, TPROP_DETAILTEXTURESCALE);
}
void CTexturePropDlg::OnChangeDetailTextureAngle()
{
SetChange(IDC_DETAILTEXTUREANGLE_LABEL, TPROP_DETAILTEXTUREANGLE);
}
void CTexturePropDlg::OnPrefer16Bit()
{
SetChange(IDC_PREFER16BIT, TPROP_PREFER16BIT);
}
