void DatasetManager::remove( const DatasetIndex index )
{
map<DatasetIndex, DatasetInfo *>::iterator it = m_datasets.find( index );
DatasetInfo *pDatasetInfo = it->second;
switch( pDatasetInfo->getType() )
{
case HEAD_BYTE:
case HEAD_SHORT:
case OVERLAY:
case RGB:
Logger::getInstance()->print( wxString::Format( wxT( "Removing index: %u type: %s" ), static_cast<unsigned int>( index ), wxT( "Anatomy" ) ), LOGLEVEL_DEBUG );
m_anatomies.erase( m_anatomies.find( index ) );
break;
// case TENSOR_FIELD:
// break;
case MESH:
Logger::getInstance()->print( wxString::Format( wxT( "Removing index: %u type: %s" ), static_cast<unsigned int>( index ), wxT( "Mesh" ) ), LOGLEVEL_DEBUG );
m_meshes.erase( m_meshes.find( index ) );
break;
// case VECTORS:
// break;
case TENSORS:
Logger::getInstance()->print( wxString::Format( wxT( "Removing index: %u type: %s" ), static_cast<unsigned int>( index ), wxT( "Tensors" ) ), LOGLEVEL_DEBUG );
m_tensors.erase( m_tensors.find( index ) );
break;
case ODFS:
Logger::getInstance()->print( wxString::Format( wxT( "Removing index: %u type: %s" ), static_cast<unsigned int>( index ), wxT( "ODFs" ) ), LOGLEVEL_DEBUG );
m_odfs.erase( m_odfs.find( index ) );
break;
case FIBERS:
Logger::getInstance()->print( wxString::Format( wxT( "Removing index: %u type: %s" ), static_cast<unsigned int>( index ), wxT( "Fibers" ) ), LOGLEVEL_DEBUG );
m_fibers.erase( m_fibers.find( index ) );
break;
// case SURFACE:
// Logger::getInstance()->print( wxString::Format( wxT( "Removing index: %u type: %s" ), index, wxT( "Surface" ) ), LOGLEVEL_DEBUG );
// m_surfaces.erase( m_surfaces.find( index ) );
// break;
// case ISO_SURFACE:
// break;
case FIBERSGROUP:
Logger::getInstance()->print( wxString::Format( wxT( "Removing index: %u type: %s" ), static_cast<unsigned int>( index ), wxT( "FibersGroup" ) ), LOGLEVEL_DEBUG );
m_fibersGroup.erase( m_fibersGroup.find( index ) );
break;
case MAXIMAS:
Logger::getInstance()->print( wxString::Format( wxT( "Removing index: %u type: %s" ), static_cast<unsigned int>( index ), wxT( "Maximas" ) ), LOGLEVEL_DEBUG );
m_maximas.erase( m_maximas.find( index ) );
break;
default:
Logger::getInstance()->print( wxString::Format( wxT( "Removing index: %u type: %s" ), static_cast<unsigned int>( index ), wxT( "DatasetInfo" ) ), LOGLEVEL_DEBUG );
break;
}
m_datasets.erase( index );
m_reverseDatasets.erase( pDatasetInfo );
delete pDatasetInfo;
}
void ToolBar::updateToolBar( MainFrame *mf )
{
ToggleTool( m_toggleShowAxial->GetId(), SceneManager::getInstance()->isAxialDisplayed() );
ToggleTool( m_toggleShowCoronal->GetId(), SceneManager::getInstance()->isCoronalDisplayed() );
ToggleTool( m_toggleShowSagittal->GetId(), SceneManager::getInstance()->isSagittalDisplayed() );
ToggleTool( m_toggleAlphaBlending->GetId(), SceneManager::getInstance()->isAlphaBlend() );
ToggleTool( m_toggleLighting->GetId(), SceneManager::getInstance()->isLightingActive() );
ToggleTool( m_toggleShowAllSelectionObjects->GetId(), SceneManager::getInstance()->getShowAllSelObj() );
ToggleTool( m_toggleActivateAllSelectionObjects->GetId(), !SceneManager::getInstance()->getActivateAllSelObj() );
bool isFiberSelected = false;
bool isFiberUsingFakeTubes = false;
bool isFiberInverted = false;
if (mf->m_pCurrentSceneObject != NULL && mf->m_currentListIndex != -1)
{
DatasetInfo* pDatasetInfo = ((DatasetInfo*)mf->m_pCurrentSceneObject);
if( pDatasetInfo->getType() == FIBERS || pDatasetInfo->getType() == FIBERSGROUP )
{
isFiberSelected = true;
Fibers* pFibers = (Fibers*)pDatasetInfo;
if( pFibers )
{
isFiberUsingFakeTubes = pFibers->isUsingFakeTubes();
isFiberInverted = pFibers->isFibersInverted();
}
}
}
ToggleTool( m_toggleFakeTubes->GetId(), isFiberSelected && isFiberUsingFakeTubes);
ToggleTool( m_toggleInverseSelection->GetId(), isFiberSelected && isFiberInverted);
ToggleTool( m_toggleClearToBlack->GetId(), SceneManager::getInstance()->getClearToBlack() );
ToggleTool( m_selectNormalPointer->GetId(), SceneManager::getInstance()->isRulerActive() && mf->isDrawerToolActive() );
ToggleTool( m_selectRuler->GetId(), SceneManager::getInstance()->isRulerActive() );
ToggleTool( m_selectDrawer->GetId(), mf->isDrawerToolActive() );
//SetToolNormalBitmap(m_selectColorPicker->GetId(), wxBitmap(mf->m_pDatasetHelper->m_drawColorIcon));
ToggleTool( m_toggleDrawRound->GetId(), mf->canDrawRound() );
ToggleTool( m_toggleDraw3d->GetId(), mf->canDraw3D() );
ToggleTool( m_selectPen->GetId(), DRAWMODE_PEN == mf->getDrawMode() );
ToggleTool( m_selectEraser->GetId(), DRAWMODE_ERASER == mf->getDrawMode() );
// Check if the currently selected anatomy can use the Color Picker.
EnableTool( m_selectColorPicker->GetId(), DRAWMODE_PEN == mf->getDrawMode() && mf->canUseColorPicker() );
}
void MenuBar::updateMenuBar( MainFrame *mf )
{
m_itemToggleLighting->Check( SceneManager::getInstance()->isLightingActive() );
#if !_USE_LIGHT_GUI
m_itemToggleRuler->Check( SceneManager::getInstance()->isRulerActive() );
#endif
bool isFiberSelected( false );
bool isFiberUsingFakeTubes( false );
bool isFiberUsingTransparency( false );
bool isFiberInverted( false );
if (mf->m_pCurrentSceneObject != NULL && mf->m_currentListIndex != -1)
{
DatasetInfo* pDatasetInfo = ((DatasetInfo*)mf->m_pCurrentSceneObject);
if( pDatasetInfo->getType() == FIBERS )
{
isFiberSelected = true;
Fibers* pFibers = (Fibers*)pDatasetInfo;
if( pFibers )
{
isFiberUsingFakeTubes = pFibers->isUsingFakeTubes();
isFiberUsingTransparency = pFibers->isUsingTransparency();
isFiberInverted = pFibers->isFibersInverted();
}
}
else if( pDatasetInfo->getType() == FIBERSGROUP )
{
isFiberSelected = true;
FibersGroup* pFibersGroup = (FibersGroup*)pDatasetInfo;
if( pFibersGroup )
{
unsigned int useFakeTubesNb = 0;
unsigned int useTransparencyNb = 0;
unsigned int isInvertedNb = 0;
vector<Fibers *> v = DatasetManager::getInstance()->getFibers();
for(vector<Fibers *>::const_iterator it = v.begin(); it != v.end(); ++it )
{
if( (*it)->isUsingFakeTubes())
++useFakeTubesNb;
if( (*it)->isUsingTransparency() )
++useTransparencyNb;
if( (*it)->isFibersInverted() )
++isInvertedNb;
}
isFiberUsingFakeTubes = ( useFakeTubesNb == v.size() );
isFiberUsingTransparency = ( useTransparencyNb == v.size() );
isFiberInverted = ( isInvertedNb == v.size() );
}
}
}
m_itemSaveSelectedFibers->Enable(isFiberSelected);
#if !_USE_LIGHT_GUI
m_itemResetFibersColors->Enable(isFiberSelected);
m_itemToggleInvertFibersSelection->Enable(isFiberSelected);
m_itemToggleInvertFibersSelection->Check(isFiberInverted);
m_itemToggleUseTransparency->Enable(isFiberSelected);
m_itemToggleUseTransparency->Check(isFiberUsingTransparency);
m_itemToggleUseFakeTubes->Enable(isFiberSelected);
m_itemToggleUseFakeTubes->Check(isFiberUsingFakeTubes);
m_itemToggleUseGeometryShader->Check( SceneManager::getInstance()->isFibersGeomShaderActive() );
#if _COMPILE_GEO_SHADERS
m_itemToggleUseGeometryShader->Enable( SceneManager::getInstance()->areGeometryShadersSupported() );
#else
m_itemToggleUseGeometryShader->Enable(false);
#endif // _COMPILE_GEO_SHADERS
#endif // !_USE_LIGHT_GUI
m_itemToggleShowAxial->Check( SceneManager::getInstance()->isAxialDisplayed() );
m_itemToggleShowCoronal->Check( SceneManager::getInstance()->isCoronalDisplayed() );
m_itemToggleShowSagittal->Check( SceneManager::getInstance()->isSagittalDisplayed() );
m_itemToggleClearToBlack->Check( SceneManager::getInstance()->getClearToBlack() );
m_itemToggleBlendTextureOnMesh->Check( SceneManager::getInstance()->isTexBlendOnMesh() );
m_itemToggleFilterISO->Check( SceneManager::getInstance()->isIsoSurfaceFiltered() );
#if !_USE_LIGHT_GUI
m_itemToggleShowCrosshair->Check( SceneManager::getInstance()->isCrosshairDisplayed() );
m_itemToggleShowAxes->Check( SceneManager::getInstance()->areAxesDisplayed() );
m_itemToggleShowColorBar->Check( SceneManager::getInstance()->isColorbarDisplayed() );
m_itemToggleDrawPoints->Check( SceneManager::getInstance()->isPointMode() );
m_itemToggleDrawVectors->Check( SceneManager::getInstance()->areVectorsDisplayed() );
#endif
m_itemToggleDrawer->Check( mf->isDrawerToolActive() );
m_itemToggleDrawRound->Check( mf->canDrawRound() );
m_itemToggleDraw3d->Check( mf->canDraw3D() );
m_itemDrawPen->Check( DRAWMODE_PEN == mf->getDrawMode() );
m_itemDrawEraser->Check( DRAWMODE_ERASER == mf->getDrawMode() );
m_itemToggleDrawRound->Enable( mf->isDrawerToolActive() );
m_itemToggleDraw3d->Enable( mf->isDrawerToolActive() );
m_itemDrawPen->Enable( mf->isDrawerToolActive() );
m_itemDrawEraser->Enable( mf->isDrawerToolActive() );
m_itemDrawColorPicker->Enable( mf->isDrawerToolActive() &&
mf->canUseColorPicker() &&
DRAWMODE_PEN == mf->getDrawMode() );
}
