SimulationExperimentViewInformationSolversWidget::SimulationExperimentViewInformationSolversWidget(QWidget *pParent) :
PropertyEditorWidget(true, pParent),
mDescriptions(QMap<Core::Property *, Descriptions>())
{
// Remove all our properties
removeAllProperties();
// Add properties for our different solvers
mOdeSolverData = addSolverProperties(Solver::Type::Ode);
mNlaSolverData = addSolverProperties(Solver::Type::Nla);
// Show/hide the relevant properties
solverChanged(mOdeSolverData, mOdeSolverData->solversListProperty()->value());
if (mNlaSolverData != nullptr) {
solverChanged(mNlaSolverData, mNlaSolverData->solversListProperty()->value());
}
// Expand all our properties
expandAll();
// Keep track of changes to list properties
connect(this, &SimulationExperimentViewInformationSolversWidget::propertyChanged,
this, QOverload<Core::Property *>::of(&SimulationExperimentViewInformationSolversWidget::solverChanged));
}
propertySet& propertySet::operator=(const propertySet& set)
{
removeAllProperties();
for (std::list <ref <property> >::const_iterator it = set.m_props.begin() ; it != set.m_props.end() ; ++it)
m_props.push_back(vmime::create <property>(**it));
return (*this);
}
propertySet& propertySet::operator=(const propertySet& set)
{
removeAllProperties();
for (std::list <shared_ptr <property> >::const_iterator it = set.m_props.begin() ; it != set.m_props.end() ; ++it)
m_props.push_back(make_shared <property>(**it));
return (*this);
}
void gearScenePropertyEditor::populateSettingsOfFog()
{
removeAllProperties();
geTreeNode* rootNode=m_pPropertiesTreeView->getRoot();
rootNode->appnendTVChild(m_pFogParentNode);
m_pPropertiesTreeView->refreshTreeView();
m_pPropertiesTreeView->resetSelectedNodePtr();
}
void gearScenePropertyEditor::populatePropertyOfOpenInEditor()
{
removeAllProperties();
geTreeNode* rootNode=m_pPropertiesTreeView->getRoot();
rootNode->appnendTVChild(m_pOpenOnEditorParentNode);
m_pPropertiesTreeView->refreshTreeView();
m_pPropertiesTreeView->resetSelectedNodePtr();
}
void gearScenePropertyEditor::populatePropertyOfBlurShader(gxHWShader* blurShader)
{
removeAllProperties();
geTreeNode* rootNode=m_pPropertiesTreeView->getRoot();
//blur
m_pBlurProcessorPropertyNode->populatePropertyOfBlurShader(blurShader);
rootNode->appnendTVChild(m_pPostProcessorBlurShaderNode);
m_pPropertiesTreeView->refreshTreeView();
m_pPropertiesTreeView->resetSelectedNodePtr();
}
gearScenePropertyEditor::~gearScenePropertyEditor()
{
removeAllProperties();
GE_DELETE(m_pObject3dParentNode);
GE_DELETE(m_pTransformParentNode);
GE_DELETE(m_pMaterialParent);
GE_DELETE(m_pAnimationParentNode);
GE_DELETE(m_pSaveMetaDataParentNode);
GE_DELETE(m_pLightParentNode);
GE_DELETE(m_pAddComponentParentNode);
GE_DELETE(m_pPostProcessorBlurShaderNode);
GE_DELETE(m_pCameraParentNode);
GE_DELETE(m_pOpenOnEditorParentNode);
GE_DELETE(m_pOctreeParentNode);
GE_DELETE(m_pLayersParentNode);
GE_DELETE(m_pFogParentNode);
GE_DELETE(m_pPropertiesTreeView);
}
void SingleCellSimulationViewInformationSolversWidget::setSolverInterfaces(const SolverInterfaces &pSolverInterfaces)
{
// Remove all our properties
removeAllProperties();
// Add properties for our different solvers
delete mOdeSolverData;
delete mDaeSolverData;
delete mNlaSolverData;
mOdeSolverData = addSolverProperties(pSolverInterfaces, Solver::Ode);
mDaeSolverData = addSolverProperties(pSolverInterfaces, Solver::Dae);
mNlaSolverData = addSolverProperties(pSolverInterfaces, Solver::Nla);
// Show/hide the relevant properties
if (mOdeSolverData)
doSolverChanged(mOdeSolverData, mOdeSolverData->solversListProperty()->value()->text(), true);
if (mDaeSolverData)
doSolverChanged(mDaeSolverData, mDaeSolverData->solversListProperty()->value()->text(), true);
if (mNlaSolverData)
doSolverChanged(mNlaSolverData, mNlaSolverData->solversListProperty()->value()->text(), true);
// Expand all our properties
expandAll();
// Clear any track of previous GUI states and retrieve our default GUI state
resetAllGuiStates();
mDefaultGuiState = guiState();
}
propertySet::~propertySet()
{
removeAllProperties();
}
void gearScenePropertyEditor::onCreate()
{
m_pPropertiesTreeView->create(m_pRenderer, this, "propertyeditorTV", this);
m_cszSprites[0].loadTexture(&geGUIManager::g_cTextureManager, "res//icons16x16.png");
m_cszSprites[0].setClip(68, 488, 16, 16);
m_cszSprites[1].loadTexture(&geGUIManager::g_cTextureManager, "res//icons16x16.png");
m_cszSprites[1].setClip(68, 152, 16, 16);
m_cszSprites[2].loadTexture(&geGUIManager::g_cTextureManager, "res//icons16x16.png");
m_cszSprites[2].setClip(68, 110, 16, 16);
m_cszSprites[3].loadTexture(&geGUIManager::g_cTextureManager, "res//icons16x16.png");
m_cszSprites[3].setClip(404, 362, 16, 16);
m_cszSprites[4].loadTexture(&geGUIManager::g_cTextureManager, "res//icons16x16.png");
m_cszSprites[4].setClip(151, 48, 16, 16);
m_cszSprites[5].loadTexture(&geGUIManager::g_cTextureManager, "res//icons16x16.png");
m_cszSprites[5].setClip(110, 404, 16, 16);
m_cszSprites[6].loadTexture(&geGUIManager::g_cTextureManager, "res//icons16x16.png");
m_cszSprites[6].setClip(26, 298, 16, 16);
m_cszSprites[7].loadTexture(&geGUIManager::g_cTextureManager, "res//icons16x16.png");
m_cszSprites[7].setClip(130, 404, 16, 16);
m_cszSprites[8].loadTexture(&geGUIManager::g_cTextureManager, "res//icons16x16.png");
m_cszSprites[8].setClip(110, 342, 16, 16);
m_cszSprites[9].loadTexture(&geGUIManager::g_cTextureManager, "res//icons16x16.png");
m_cszSprites[9].setClip(257, 6, 16, 16);
m_cszSprites[10].loadTexture(&geGUIManager::g_cTextureManager, "res//icons16x16.png");
m_cszSprites[10].setClip(277, 27, 16, 16);
geTreeNode* rootNode=m_pPropertiesTreeView->getRoot();
m_pObject3dParentNode = new geTreeNode(m_pRenderer, rootNode, "Object3d", &m_cszSprites[0], 0);
m_pObject3dPropertyNode = new gePropertyObject3d(m_pRenderer, m_pObject3dParentNode, "", NULL, m_pFontManagerPtr);
m_pTransformParentNode = new geTreeNode(m_pRenderer, rootNode, "Transform", &m_cszSprites[1], 0);
m_pTransformPropertyNode = new gePropertyTransform(m_pRenderer, m_pTransformParentNode, "", NULL, m_pFontManagerPtr);
m_pMaterialParent = new geTreeNode(m_pRenderer, rootNode, "Material", &m_cszSprites[2], 0);
m_pAnimationParentNode = new geTreeNode(m_pRenderer, rootNode, "Animation", &m_cszSprites[3], 0);
m_pSaveMetaDataParentNode = new geTreeNode(m_pRenderer, rootNode, "Save MetaData", &m_cszSprites[4], 0);
m_pSaveMetaDataPropertyNode = new gePropertySaveMetaData(m_pRenderer, m_pSaveMetaDataParentNode, "", NULL, m_pFontManagerPtr);
m_pLightParentNode = new geTreeNode(m_pRenderer, rootNode, "Light", &m_cszSprites[5], 0);
m_pLightPropertyNode = new gePropertyLight(m_pRenderer, m_pLightParentNode, "", NULL, m_pFontManagerPtr);
m_pAddComponentParentNode = new geTreeNode(m_pRenderer, rootNode, "Add Component", &m_cszSprites[8], 0);
m_pAddComponentProperty = new gePropertyAddComponent(m_pRenderer, m_pAddComponentParentNode, "", NULL, m_pFontManagerPtr);
m_pCameraParentNode = new geTreeNode(m_pRenderer, rootNode, "Camera", &m_cszSprites[7], 0);
m_pCameraPropertyNode = new gePropertyCamera(m_pRenderer, m_pCameraParentNode, "", NULL, m_pFontManagerPtr);
m_pPostProcessorBlurShaderNode = new geTreeNode(m_pRenderer, rootNode, "Blur Processor", &m_cszSprites[5], 0);
m_pBlurProcessorPropertyNode = new gePropertyBlurProcessor(m_pRenderer, m_pPostProcessorBlurShaderNode, "", NULL, m_pFontManagerPtr);
m_pOpenOnEditorParentNode = new geTreeNode(m_pRenderer, rootNode, "Script Editor", &m_cszSprites[5], 0);
m_pPropertyOpenOnEditor = new gePropertyOpenOnEditor(m_pRenderer, m_pOpenOnEditorParentNode, "", NULL, m_pFontManagerPtr);
m_pOctreeParentNode = new geTreeNode(m_pRenderer, rootNode, "Octree", &m_cszSprites[5], 0);
m_pPropertyOctree = new gePropertyOctree(m_pRenderer, m_pOctreeParentNode, "", NULL, m_pFontManagerPtr);
m_pLayersParentNode = new geTreeNode(m_pRenderer, rootNode, "Layers", &m_cszSprites[9], 0);
m_pPropertyLayers = new gePropertyLayers(m_pRenderer, m_pLayersParentNode, "", NULL, m_pFontManagerPtr);
m_pFogParentNode = new geTreeNode(m_pRenderer, rootNode, "Fog", &m_cszSprites[9], 0);
m_pSettingsFog = new geSettingsFog(m_pRenderer, m_pFogParentNode, "", NULL, monoWrapper::mono_engine_getWorld(0)->getRenderer()->getFog(), m_pFontManagerPtr);
removeAllProperties();
}
void gearScenePropertyEditor::populatePropertyOfObject(object3d* obj)
{
removeAllProperties();
geTreeNode* rootNode=m_pPropertiesTreeView->getRoot();
if(obj==NULL)
{
m_pPropertiesTreeView->refreshTreeView();
return;
}
//object3d
m_pObject3dPropertyNode->populatePropertyOfObject(obj);
rootNode->appnendTVChild(m_pObject3dParentNode);
//transform
m_pTransformPropertyNode->populatePropertyOfTransform(obj);
rootNode->appnendTVChild(m_pTransformParentNode);
//material
if(m_pMaterialParent)
m_pMaterialParent->destroyAllTVChilds();
if(obj->getID()==OBJECT3D_MESH || obj->getID()==OBJECT3D_SKINNED_MESH) //mesh
{
gxMesh* mesh=(gxMesh*)obj;
for(int x=0;x<mesh->getNoOfTriInfo();x++)
{
//if(!mesh->getTriInfo(x)->getMaterial())
// continue;
gePropertyMaterial* materialProperty = new gePropertyMaterial(m_pRenderer, m_pMaterialParent, "", NULL, mesh->getTriInfo(x), m_pFontManagerPtr);
}
rootNode->appnendTVChild(m_pMaterialParent);
}
else if(obj->getID()==OBJECT3D_LIGHT)
{
m_pLightPropertyNode->populatePropertyOfLight(obj);
rootNode->appnendTVChild(m_pLightParentNode);
}
else if(obj->getID()==OBJECT3D_CAMERA)
{
m_pCameraPropertyNode->populatePropertyOfCamera(obj);
rootNode->appnendTVChild(m_pCameraParentNode);
}
//animation
if(m_pAnimationParentNode)
m_pAnimationParentNode->destroyAllTVChilds();
if(obj->getAnimationController())
{
gxAnimation* animationController=obj->getAnimationController();
std::vector<gxAnimationSet*>* animList=animationController->getAnimationSetList();
for(std::vector<gxAnimationSet*>::iterator it = animList->begin(); it != animList->end(); ++it)
{
gxAnimationSet* animationSet = *it;
gePropertyAnimationSet* pAnimationSetNode = new gePropertyAnimationSet(m_pRenderer, m_pAnimationParentNode, obj, animationSet, &m_cszSprites[6], m_pFontManagerPtr);
pAnimationSetNode->setUserData(animationSet);
}
rootNode->appnendTVChild(m_pAnimationParentNode);
}
m_pSaveMetaDataPropertyNode->populatePropertyOfObject(obj);
rootNode->appnendTVChild(m_pSaveMetaDataParentNode);
m_pSaveMetaDataParentNode->closeNode();
////hack
//m_pBlurProcessorPropertyNode->populatePropertyOfBlurShader(NULL);
//rootNode->appnendTVChild(m_pPostProcessorBlurShaderNode);
////
//components
m_pAddComponentProperty->populatePropertyOfObject(obj);
rootNode->appnendTVChild(m_pAddComponentParentNode);
m_pAddComponentParentNode->closeNode();
//mono scripts
if(obj->getMonoScriptInstanceCount())
{
for(int x=0;x<obj->getMonoScriptInstanceCount();x++)
{
monoScriptObjectInstance* monoInstance = obj->getMonoScriptInstance(x);
stMonoScriptTVNode* monoScriptTVNode = new stMonoScriptTVNode();
monoScriptTVNode->m_pMonoScriptParentNode = new geTreeNode(m_pRenderer, rootNode, monoInstance->getScriptPtr()->getMonoScript().c_str(), &m_cszSprites[10], 0);
monoScriptTVNode->m_pSettingsMonoScript = new gePropertyScriptComponent(m_pRenderer, monoScriptTVNode->m_pMonoScriptParentNode, "", NULL, m_pFontManagerPtr);
monoScriptTVNode->m_pMonoScriptParentNode->closeNode();
monoScriptTVNode->m_pSettingsMonoScript->populatePropertyOfMonoScripts(obj, monoInstance);
m_vMonoScript.push_back(monoScriptTVNode);
}
}
m_pPropertiesTreeView->refreshTreeView();
m_pPropertiesTreeView->resetSelectedNodePtr();
}