bool CPhysxSkeleton::AddFixedJoint(CXMLTreeNode _XMLObjects)
{
string l_szActor1,l_szActor2, l_szDirection;
l_szActor1 = _XMLObjects.GetPszISOProperty("Actor1" ,"");
l_szActor2 = _XMLObjects.GetPszISOProperty("Actor2" ,"");
l_szDirection = _XMLObjects.GetPszISOProperty("Direction" ,"");
CPhysxBone* l_pBone1 = GetPhysxBoneByName(l_szActor1);
CPhysxBone* l_pBone2 = GetPhysxBoneByName(l_szActor2);
CPhysicActor* l_pActor1 = 0;
CPhysicActor* l_pActor2 = 0;
CPhysicFixedJoint* l_pFixedJoint = 0;
l_pFixedJoint = new CPhysicFixedJoint();
l_pActor1 = l_pBone1->GetPhysxActor();
if (l_szActor2=="NULL")
{
l_pFixedJoint->SetInfo(l_pActor1);
}
else
{
l_pActor2 = l_pBone2->GetPhysxActor();
l_pFixedJoint->SetInfo(l_pActor1,l_pActor2);
}
CORE->GetPhysicsManager()->AddPhysicFixedJoint(l_pFixedJoint);
m_vFixedJoints.push_back(l_pFixedJoint);
return true;
}
bool CSceneRendererStep::InitMaterialEffects(CXMLTreeNode& _treeMaterialEffects)
{
if(!_treeMaterialEffects.Exists())
return false;
m_szParticleEffect = _treeMaterialEffects.GetPszISOProperty("particle_effect","",false);
if(_treeMaterialEffects.ExistsProperty("static_mesh_effect") && _treeMaterialEffects.ExistsProperty("animated_model_effect"))
{
m_szStaticMeshEffect = _treeMaterialEffects.GetPszISOProperty("static_mesh_effect","",false);
m_szAnimatedModelEffect = _treeMaterialEffects.GetPszISOProperty("animated_model_effect","",false);
m_bUseMap = false;
}else{
m_bUseMap = true;
int l_iNumRenderTargets = _treeMaterialEffects.GetNumChildren();
for(int l_iIndex = 0; l_iIndex < l_iNumRenderTargets;l_iIndex++)
{
CXMLTreeNode l_pMaterialEffect = _treeMaterialEffects(l_iIndex);
if(string(l_pMaterialEffect.GetName()) == "material_effect")
{
int l_iMaterialType = l_pMaterialEffect.GetIntProperty("material_type",0,false);
string l_szEffectName = l_pMaterialEffect.GetPszISOProperty("effect","",false);
if(l_szEffectName != "")
{
m_mapMaterialEffects[l_iMaterialType] = l_szEffectName;
}else{
LOGGER->AddNewLog(ELL_WARNING,"CSceneRendererStep::InitMaterialEffects material type %d amb effecte null",l_iMaterialType);
}
}else if(!l_pMaterialEffect.IsComment())
{
LOGGER->AddNewLog(ELL_WARNING,"CSceneRendererStep::InitMaterialEffects element no reconegut %s",l_pMaterialEffect.GetName());
}
}
}
return true;
}
bool CEffect::Init(const CXMLTreeNode& _xmlEffect, LPD3DXEFFECTPOOL _pEffectPool)
{
SetOk(true);
string l_szName = _xmlEffect.GetPszISOProperty("name","");
if(l_szName.compare("") == 0)
{
LOGGER->AddNewLog(ELL_ERROR,"CEffect::Init Empty name");
SetOk(false);
return false;
}
SetName(l_szName);
m_iTextureMask = _xmlEffect.GetIntProperty("texture_mask",0,false);
m_szFileName = _xmlEffect.GetPszISOProperty("file","");
if(m_szFileName.compare("") == 0)
{
LOGGER->AddNewLog(ELL_ERROR,"CEffect::Init Empty effect path");
SetOk(false);
return false;
}
m_szTechniqueName = _xmlEffect.GetPszISOProperty("technique","");
if(m_szTechniqueName.compare("") == 0)
{
LOGGER->AddNewLog(ELL_ERROR,"CEffect::Init Empty technique name");
SetOk(false);
return false;
}
m_szInstancedTechniqueName = _xmlEffect.GetPszISOProperty("instanced_technique","", false);
m_szD3DAlphaTechniqueName = _xmlEffect.GetPszISOProperty("alpha_technique","", false);
SetOk(LoadEffect(_pEffectPool));
return IsOk();
}
CCinematicComponent::CCinematicComponent(CXMLTreeNode& node, CElement* Owner)
: CComponent(node, Owner)
{
SetNameFromParentName( Owner->getName() );
bool playAtStart = node.GetBoolProperty("playAtStart", false);
if (playAtStart)
{
CEngine::GetSingleton().getCinematicManager()->Play(node.GetPszISOProperty("name","none"));
}
}
bool CPhysxSkeleton::AddSphericalJoint(CXMLTreeNode _XMLObjects)
{
string l_szActor1,l_szActor2, l_szDirection;
l_szActor1 = _XMLObjects.GetPszISOProperty("Actor1" ,"");
l_szActor2 = _XMLObjects.GetPszISOProperty("Actor2" ,"");
l_szDirection = _XMLObjects.GetPszISOProperty("Direction" ,"");
SSphericalLimitInfo l_pJointInfo = GetJointParameterInfo(_XMLObjects);
CPhysxBone* l_pBone1 = GetPhysxBoneByName(l_szActor1);
CPhysxBone* l_pBone2 = GetPhysxBoneByName(l_szActor2);
CPhysicActor* l_pActor1 = 0;
CPhysicActor* l_pActor2 = 0;
l_pActor1 = l_pBone1->GetPhysxActor();
CPhysicSphericalJoint* l_pSphericalJoint = 0;
l_pSphericalJoint = new CPhysicSphericalJoint();
CalVector l_vCalVect = l_pBone1->GetCalBone()->getTranslationAbsolute();
Vect3f l_vJointPoint(-l_vCalVect.x,l_vCalVect.y,l_vCalVect.z);
l_vJointPoint = m_mTransform*l_vJointPoint;
Vect3f l_vAxis;
CalVector l_vVect;
//MES PROVES
if (l_szDirection == "Out")
{
if (l_pBone1->GetChildList().size() > 0)
{
int l_pChildId = l_pBone1->GetChildList()[0];
string l_szNameChild = m_pCalSkeleton->getBone(l_pChildId)->getCoreBone()->getName();
CPhysxBone* l_pPhysChild = GetPhysxBoneByName(l_szNameChild);
l_vVect = l_pPhysChild->GetCalBone()->getTranslationAbsolute();
l_vVect.x = -l_vVect.x;
/* l_vAxis = Vect3f(l_vVect.x-l_vJointPoint.x,l_vVect.y-l_vJointPoint.y,l_vVect.z-l_vJointPoint.z);
l_vAxis.Normalize();*/
}
else
{
Vect3f l_vMiddle = l_pBone1->GetMiddlePoint();
l_vVect = CalVector(l_vMiddle.x,l_vMiddle.y,l_vMiddle.z);
/*l_vAxis(l_vMiddle.x-l_vJointPoint.x,l_vMiddle.y-l_vJointPoint.y,l_vMiddle.z-l_vJointPoint.z);
l_vAxis.Normalize();*/
}
}
else if (l_szDirection == "In")
{
if (!l_pBone1->IsBoneRoot())
{
int l_pParentID = l_pBone1->GetParentID();
string l_szNameParent = m_pCalSkeleton->getBone(l_pParentID)->getCoreBone()->getName();
CPhysxBone* l_pPhysParent = GetPhysxBoneByName(l_szNameParent);
CalVector l_vVect = l_pPhysParent->GetCalBone()->getTranslationAbsolute();
l_vVect.x = -l_vVect.x;
/* l_vAxis = Vect3f(l_vVect.x-l_vJointPoint.x,l_vVect.y-l_vJointPoint.y,l_vVect.z-l_vJointPoint.z);
l_vAxis.Normalize();*/
}
}
Vect3f l_vAxisAux(l_vVect.x,l_vVect.y,l_vVect.z);
l_vAxisAux = m_mTransform*l_vAxisAux;
l_vAxis = Vect3f(l_vAxisAux.x-l_vJointPoint.x,l_vAxisAux.y-l_vJointPoint.y,l_vAxisAux.z-l_vJointPoint.z);
l_vAxis.Normalize();
l_pJointInfo.m_vAnchor = l_vJointPoint;
l_pJointInfo.m_vAxis = l_vAxis;
if (l_szActor2=="NULL")
{
//l_pSphericalJoint->SetInfoComplete(l_vJointPoint,l_vAxis,l_pActor1);
l_pSphericalJoint->SetInfoRagdoll(l_pJointInfo,l_pActor1);
}
else
{
l_pActor2 = l_pBone2->GetPhysxActor();
//l_pSphericalJoint->SetInfoComplete(l_vJointPoint,l_vAxis,l_pActor1,l_pActor2);
l_pSphericalJoint->SetInfoRagdoll(l_pJointInfo,l_pActor1,l_pActor2);
}
CORE->GetPhysicsManager()->AddPhysicSphericalJoint(l_pSphericalJoint);
m_vSphericalJoints.push_back(l_pSphericalJoint);
return true;
}
bool CTextureRenderTarget::Init(CXMLTreeNode& _treeRenderTarget)
{
string l_szName = _treeRenderTarget.GetPszISOProperty("name","",false);
string l_szTextureName = _treeRenderTarget.GetPszISOProperty("texture","",false);
string l_szFormat = _treeRenderTarget.GetPszISOProperty("format","A8R8G8B8");
int l_iWidth = (int)CORE->GetRenderManager()->GetScreenWidth();
float l_fSize = _treeRenderTarget.GetFloatProperty("size",1.f,false);
m_iWidth = _treeRenderTarget.GetIntProperty("width" ,(int)(RENDER_MANAGER->GetScreenWidth() * l_fSize),false);
m_iHeight = _treeRenderTarget.GetIntProperty("height",(int)(RENDER_MANAGER->GetScreenHeight() * l_fSize),false);
CRenderTarget::Init(m_iWidth, m_iHeight);
SetOk(true);
if(l_szName != "")
{
SetName(l_szName);
if(l_szTextureName != "")
{
m_szTextureName = l_szTextureName;
CTexture* l_pTexture = new CTexture();
if(l_pTexture->Create(l_szTextureName,
m_iWidth,
m_iHeight,
1,
CTexture::RENDERTARGET,
CTexture::DEFAULT,
CTexture::GetFormatTypeFromString(l_szFormat)))
{
m_pSurface = l_pTexture->GetSurface();
m_pSurface->AddRef();
} else
{
m_pSurface = 0;
}
if(l_pTexture->IsOk() && m_pSurface)
{
SetOk(true);
CORE->GetTextureManager()->AddResource(l_szTextureName, l_pTexture);
} else
{
if(!l_pTexture->IsOk())
LOGGER->AddNewLog(ELL_ERROR, "CTextureRenderTarget::Init Texture is not Ok.");
if(!m_pSurface)
LOGGER->AddNewLog(ELL_ERROR, "CTextureRenderTarget::Init Surface is not Ok.");
SetOk(false);
CHECKED_DELETE(l_pTexture);
}
}else{
LOGGER->AddNewLog(ELL_WARNING,"CTextureRenderTarget::Init render_target sense textura");
SetOk(false);
}
}else{
LOGGER->AddNewLog(ELL_WARNING,"CTextureRenderTarget::Init render_target sense nom");
SetOk(false);
}
return IsOk();
}
bool CPostSceneRendererStep::Init(CXMLTreeNode& _treePostSceneRenderer, const string& _szDefaultRenderTarget, bool _bNeedsEffect)
{
string l_szEffect = _treePostSceneRenderer.GetPszISOProperty("effect","",!_bNeedsEffect);
if(!CRendererStep::Init(_treePostSceneRenderer, _szDefaultRenderTarget))
{
LOGGER->AddNewLog(ELL_ERROR,"CPostSceneRendererStep::Init PostSceneRenderer sense nom");
SetOk(false);
} else if(l_szEffect == "" && _bNeedsEffect)
{
LOGGER->AddNewLog(ELL_ERROR,"CPostSceneRendererStep::Init PostSceneRenderer sense effect");
SetOk(false);
} else {
LOGGER->AddNewLog(ELL_INFORMATION,"CPostSceneRendererStep::Init iniciant %s",GetName().c_str());
CRendererStep::Init(_treePostSceneRenderer, _szDefaultRenderTarget);
CXMLTreeNode l_treeSamplers = _treePostSceneRenderer.GetChild("input_samplers");
CXMLTreeNode l_treeRenderTargets = _treePostSceneRenderer.GetChild("render_targets");
if(!InitInputSamplers(l_treeSamplers))
{
LOGGER->AddNewLog(ELL_ERROR,"CPostSceneRendererStep::Init error inicialitzant input_samplers");
SetOk(false);
} else {
m_szEffect = l_szEffect;
m_bUseTime = _treePostSceneRenderer.GetBoolProperty("use_time",false,false);
if(m_bUseTime)
{
m_bUseDeltaTime = _treePostSceneRenderer.GetBoolProperty("use_delta_time",false,false);
}
else
{
m_bUseDeltaTime = false;
}
m_bUseCenter = _treePostSceneRenderer.GetBoolProperty("use_center",false,false);
string l_szAlignment = _treePostSceneRenderer.GetPszISOProperty("alignment","",false);
if(l_szAlignment == "center")
{
m_Alignment = CENTER;
}
Vect2f l_fPos = _treePostSceneRenderer.GetVect2fProperty("position",Vect2f(0),false);
m_iPos.x = (int) (l_fPos.x * RENDER_MANAGER->GetScreenWidth());
m_iPos.y = (int) (l_fPos.y * RENDER_MANAGER->GetScreenHeight());
if(_treePostSceneRenderer.ExistsProperty("size"))
{
float l_fSizeX = _treePostSceneRenderer.GetFloatProperty("size",1.0,false);
if(_treePostSceneRenderer.GetBoolProperty("absolute_size",false,false))
{
m_iSize.x = (int) l_fSizeX;
m_iSize.y = m_iSize.x;
}
else
{
m_iSize.x = (int) (l_fSizeX * RENDER_MANAGER->GetScreenWidth());
m_iSize.y = m_iSize.x;
}
if(_treePostSceneRenderer.ExistsProperty("aspect_ratio"))
{
bool l_bAspectRatio = _treePostSceneRenderer.GetBoolProperty("aspect_ratio",true,false);
if(l_bAspectRatio)
{
m_iSize.y = (int)(m_iSize.x * RENDER_MANAGER->GetScreenHeight()/(float)RENDER_MANAGER->GetScreenWidth());
}
}
} else if(_treePostSceneRenderer.ExistsProperty("size_x"))
{
float l_fSizeX = _treePostSceneRenderer.GetFloatProperty("size_x",1.0,false);
float l_fSizeY = _treePostSceneRenderer.GetFloatProperty("size_y",1.0,false);
if(_treePostSceneRenderer.GetBoolProperty("absolute_size",false,false))
{
m_iSize.x = (int) l_fSizeX;
m_iSize.y = (int) l_fSizeY;
}
else
{
m_iSize.x = (int) (l_fSizeX * RENDER_MANAGER->GetScreenWidth());
m_iSize.y = (int) (l_fSizeY * RENDER_MANAGER->GetScreenHeight());
}
} else
{
m_iSize.x = RENDER_MANAGER->GetScreenWidth();
m_iSize.y = RENDER_MANAGER->GetScreenHeight();
}
SetOk(true);
}
}
return IsOk();
}
