FCDGeometryInstance* FCDPhysicsShape::CreateGeometryInstance(FCDGeometry* geom, bool createConvexMesh)
{
analGeom = NULL;
SAFE_RELEASE(geometry);
geometry = (FCDGeometryInstance*)FCDEntityInstanceFactory::CreateInstance(GetDocument(), NULL, FCDEntity::GEOMETRY);
if (createConvexMesh)
{
FCDGeometry* convexHullGeom = GetDocument()->GetGeometryLibrary()->AddEntity();
fm::string convexId = geom->GetDaeId()+"-convex";
convexHullGeom->SetDaeId(convexId);
convexHullGeom->SetName(FUStringConversion::ToFString(convexId));
FCDGeometryMesh* convexHullGeomMesh = convexHullGeom->CreateMesh();
convexHullGeomMesh->SetConvexHullOf(geom);
convexHullGeomMesh->SetConvex(true);
geometry->SetEntity(convexHullGeom);
}
else
{
geometry->SetEntity(geom);
}
SetNewChildFlag();
return geometry;
}
// Adds a new shader to the pass.
FCDEffectPassShader* FCDEffectPass::AddShader()
{
FCDEffectPassShader* shader = new FCDEffectPassShader(GetDocument(), this);
shaders.push_back(shader);
SetNewChildFlag();
return shader;
}
void FCDPhysicsShape::SetPhysicsMaterial(FCDPhysicsMaterial* _physicsMaterial)
{
if (ownsPhysicsMaterial) SAFE_RELEASE(physicsMaterial);
ownsPhysicsMaterial = false;
physicsMaterial = _physicsMaterial;
SetNewChildFlag();
}
FCDEffectParameterAnnotation* FCDEffectParameter::AddAnnotation()
{
FCDEffectParameterAnnotation* annotation = new FCDEffectParameterAnnotation();
annotations.push_back(annotation);
SetNewChildFlag();
return annotation;
}
FCDENode* FCDENode::AddChildNode()
{
FCDENode* node = new FCDENode(GetDocument(), this);
children.push_back(node);
SetNewChildFlag();
return node;
}
// Adds a new code inclusion to this effect profile.
FCDEffectCode* FCDEffectTechnique::AddCode()
{
FCDEffectCode* code = new FCDEffectCode(GetDocument());
codes.push_back(code);
SetNewChildFlag();
return code;
}
FCDAnimationCurve* FCDAnimationChannel::AddCurve()
{
FCDAnimationCurve* curve = new FCDAnimationCurve(GetDocument(), this);
curves.push_back(curve);
SetNewChildFlag();
return curve;
}
FCDPhysicsAnalyticalGeometry* FCDPhysicsShape::CreateAnalyticalGeometry(FCDPhysicsAnalyticalGeometry::GeomType type)
{
SAFE_RELEASE(geometry);
analGeom = FCDPASFactory::CreatePAS(GetDocument(), type);
SetNewChildFlag();
return analGeom;
}
FCDEffectParameter* FCDEffectTechnique::AddEffectParameter(uint32 type)
{
FCDEffectParameter* parameter = FCDEffectParameterFactory::Create(GetDocument(), type);
parameters.push_back(parameter);
SetNewChildFlag();
return parameter;
}
// Adds a new pass to this effect technique.
FCDEffectPass* FCDEffectTechnique::AddPass()
{
FCDEffectPass* pass = new FCDEffectPass(GetDocument(), this);
passes.push_back(pass);
SetNewChildFlag();
return passes.back();
}
// Sets the type of this controller to a morph controller.
FCDMorphController* FCDController::CreateMorphController()
{
skinController = NULL;
morphController = new FCDMorphController(GetDocument(), this);
SetNewChildFlag();
return morphController;
}
FCDMaterialInstance* FCDGeometryInstance::AddMaterialInstance()
{
FCDMaterialInstance* instance = new FCDMaterialInstance(GetDocument(), this);
materials.push_back(instance);
SetNewChildFlag();
return instance;
}
void FCDEffectParameter::AddAnnotation(const fchar* name, FCDEffectParameter::Type type, const fchar* value)
{
FCDEffectParameterAnnotation* annotation = AddAnnotation();
annotation->name = name;
annotation->type = type;
annotation->value = value;
SetNewChildFlag();
}
FCDENode* FCDENode::AddChildNode(const char* name)
{
FCDENode* node = new FCDENode(GetDocument(), this);
children.push_back(node);
node->SetName(name);
SetNewChildFlag();
return node;
}
FCDENode* FCDENode::AddParameter(const char* name, const fchar* value)
{
FCDENode* parameter = AddChildNode();
parameter->SetName(name);
parameter->SetContent(value);
SetNewChildFlag();
return parameter;
}
FCDPhysicsMaterial* FCDPhysicsShape::AddOwnPhysicsMaterial()
{
if (ownsPhysicsMaterial) SAFE_RELEASE(physicsMaterial);
physicsMaterial = new FCDPhysicsMaterial(GetDocument());
ownsPhysicsMaterial = true;
SetNewChildFlag();
return physicsMaterial;
}
FCDTransform* FCDPhysicsShape::AddTransform(FCDTransform::Type type, size_t index)
{
FCDTransform* transform = FCDTFactory::CreateTransform(GetDocument(), NULL, type);
if (transform != NULL)
{
if (index > transforms.size()) transforms.push_back(transform);
else transforms.insert(transforms.begin() + index, transform);
}
SetNewChildFlag();
return transform;
}
// Adds a technique of the given profile (or return the existing technique with this profile).
FCDETechnique* FCDEType::AddTechnique(const char* profile)
{
FCDETechnique* technique = FindTechnique(profile);
if (technique == NULL)
{
technique = new FCDETechnique(GetDocument(), this, profile);
techniques.push_back(technique);
SetNewChildFlag();
}
return technique;
}
// Adds a type of the given name (or return the existing type with this name).
FCDEType* FCDExtra::AddType(const char* name)
{
FCDEType* type = FindType(name);
if (type == NULL)
{
type = new FCDEType(GetDocument(), this, emptyCharString);
types.push_back(type);
type->SetName(name);
SetNewChildFlag();
}
return type;
}
// Flattening: overwrite the target parameter with this parameter
void FCDEffectParameterSampler::Overwrite(FCDEffectParameter* target)
{
if (target->GetType() == SAMPLER)
{
FCDEffectParameterSampler* s = (FCDEffectParameterSampler*) target;
if (samplerType == s->samplerType)
{
s->surface = surface;
SetNewChildFlag();
}
}
}
// Adds a new vertex shader to the pass.
// If a vertex shader already exists within the pass, it will be released.
FCDEffectPassShader* FCDEffectPass::AddVertexShader()
{
FCDEffectPassShader* vertexShader;
for (vertexShader = GetVertexShader(); vertexShader != NULL; vertexShader = GetVertexShader())
{
SAFE_RELEASE(vertexShader);
}
vertexShader = AddShader();
vertexShader->AffectsVertices();
SetNewChildFlag();
return vertexShader;
}
// Adds a new fragment shader to the pass.
// If a fragment shader already exists within the pass, it will be released.
FCDEffectPassShader* FCDEffectPass::AddFragmentShader()
{
FCDEffectPassShader* fragmentShader;
for (fragmentShader = GetFragmentShader(); fragmentShader != NULL; fragmentShader = GetFragmentShader())
{
SAFE_RELEASE(fragmentShader);
}
fragmentShader = AddShader();
fragmentShader->AffectsFragments();
SetNewChildFlag();
return fragmentShader;
}
// Adds a new attribute to this extra tree node.
FCDEAttribute* FCDENode::AddAttribute(fm::string& _name, const fchar* _value)
{
CleanName(_name);
FCDEAttribute* attribute = FindAttribute(_name.c_str());
if (attribute == NULL)
{
attribute = new FCDEAttribute();
attributes.push_back(attribute);
attribute->SetName(_name);
}
attribute->SetValue(_value);
SetNewChildFlag();
return attribute;
}
// Creates a new per-vertex data source
FCDGeometrySource* FCDGeometryMesh::AddVertexSource(FUDaeGeometryInput::Semantic type)
{
FCDGeometrySource* vertexSource = AddSource(type);
vertexSources.push_back(vertexSource);
// Add this new per-vertex data source to all the existing polygon groups, at offset 0.
size_t polygonsCount = polygons.size();
for (size_t p = 0; p < polygonsCount; ++p)
{
polygons[p]->AddInput(vertexSource, 0);
}
SetNewChildFlag();
return vertexSource;
}
FCDEffectPassState* FCDEffectPass::AddRenderState(FUDaePassState::State type)
{
FCDEffectPassState* state = new FCDEffectPassState(GetDocument(), type);
// Ordered-insertion into the states container.
size_t stateCount = states.size();
size_t insertIndex;
for (insertIndex = 0; insertIndex < stateCount; ++insertIndex)
{
if (type < states[insertIndex]->GetType()) break;
}
states.insert(insertIndex, state);
SetNewChildFlag();
return state;
}
// Create a new effect profile.
FCDEffectProfile* FCDEffect::AddProfile(FUDaeProfileType::Type type)
{
FCDEffectProfile* profile = NULL;
// Create the correct profile for this type.
if (type == FUDaeProfileType::COMMON) profile = new FCDEffectStandard(GetDocument(), this);
else
{
profile = new FCDEffectProfileFX(GetDocument(), this);
((FCDEffectProfileFX*) profile)->SetType(type);
}
profiles.push_back(profile);
SetNewChildFlag();
return profile;
}
// Sets a new target
void FCDTargetedEntity::SetTargetNode(FCDSceneNode* target)
{
if (targetNode != NULL)
{
targetNode->DecrementTargetCount();
}
targetNode = target;
if (targetNode != NULL)
{
targetNode->IncrementTargetCount();
}
SetNewChildFlag();
}
// Creates a new polygon group.
FCDGeometryPolygons* FCDGeometryMesh::AddPolygons()
{
FCDGeometryPolygons* polys = new FCDGeometryPolygons(GetDocument(), this);
polygons.push_back(polys);
// Add to this new polygons all the per-vertex sources.
size_t vertexSourceCount = vertexSources.size();
for (size_t v = 0; v < vertexSourceCount; ++v)
{
polys->AddInput(vertexSources[v], 0);
}
SetNewChildFlag();
if (parent != NULL) parent->SetNewChildFlag();
return polys;
}
void FCDEntityReference::SetPlaceHolder(FCDPlaceHolder* _placeHolder)
{
if (_placeHolder != placeHolder)
{
if (placeHolder != NULL)
{
placeHolder->RemoveExternalReference(this);
UntrackObject(placeHolder);
if (placeHolder->GetExternalReferenceCount() == 0)
{
SAFE_RELEASE(placeHolder);
}
}
placeHolder = _placeHolder;
if (placeHolder != NULL)
{
placeHolder->AddExternalReference(this);
TrackObject(placeHolder);
}
SetNewChildFlag();
}
}
void FCDEntityReference::SetEntity(FCDEntity* _entity)
{
// Stop tracking the old entity
if (entity != NULL) UntrackObject(entity);
// Track the new entity
entity = _entity;
if (_entity != NULL)
{
TrackObject(_entity);
entityId = _entity->GetDaeId();
// Update the external references (this takes care of the placeHolder reference)
SetEntityDocument(_entity->GetDocument());
}
else
{
SetEntityDocument(NULL);
}
SetNewChildFlag();
}
