bool RMaterialList::Open(MXmlElement *pElement)
{
MXmlElement aMaterialNode,aChild;
int nCount = pElement->GetChildNodeCount();
char szTagName[256],szContents[256];
for (int i = 0; i < nCount; i++)
{
aMaterialNode = pElement->GetChildNode(i);
aMaterialNode.GetTagName(szTagName);
if(stricmp(szTagName,RTOK_MATERIAL)==0)
{
RMATERIAL *pMaterial=new RMATERIAL;
pMaterial->dwFlags=0;
aMaterialNode.GetAttribute(szContents,RTOK_NAME);
pMaterial->Name=szContents;
int nChildCount=aMaterialNode.GetChildNodeCount();
for(int j=0;j<nChildCount;j++)
{
aChild = aMaterialNode.GetChildNode(j);
aChild.GetTagName(szTagName);
aChild.GetContents(szContents);
#define READVECTOR(v) sscanf(szContents,"%f %f %f",&v.x,&v.y,&v.z)
if(stricmp(szTagName,RTOK_AMBIENT)==0) READVECTOR(pMaterial->Ambient); else
if(stricmp(szTagName,RTOK_DIFFUSE)==0) READVECTOR(pMaterial->Diffuse); else
if(stricmp(szTagName,RTOK_SPECULAR)==0) READVECTOR(pMaterial->Specular); else
if(stricmp(szTagName,RTOK_DIFFUSEMAP)==0) pMaterial->DiffuseMap=szContents; else
if(stricmp(szTagName,RTOK_POWER)==0) sscanf(szContents,"%f",&pMaterial->Power); else
if(stricmp(szTagName,RTOK_ADDITIVE)==0) pMaterial->dwFlags|=RM_FLAG_ADDITIVE; else
if(stricmp(szTagName,RTOK_USEOPACITY)==0) pMaterial->dwFlags|=RM_FLAG_USEOPACITY; else
if(stricmp(szTagName,RTOK_TWOSIDED)==0) pMaterial->dwFlags|=RM_FLAG_TWOSIDED; else
if(stricmp(szTagName,RTOK_USEALPHATEST)==0) pMaterial->dwFlags|=RM_FLAG_USEALPHATEST;
}
push_back(pMaterial);
}
}
return true;
}
bool RLightList::Open(::CCXmlElement *pElement)
{
CCXmlElement aLightNode,aChild;
int nCount = pElement->GetChildNodeCount();
char szTagName[256],szContents[256];
for (int i = 0; i < nCount; i++)
{
aLightNode = pElement->GetChildNode(i);
aLightNode.GetTagName(szTagName);
if(stricmp(szTagName,RTOK_LIGHT)==0)
{
RLIGHT *plight=new RLIGHT;
aLightNode.GetAttribute(szContents,RTOK_NAME);
plight->Name=szContents;
plight->dwFlags=0;
int nChildCount=aLightNode.GetChildNodeCount();
for(int j=0;j<nChildCount;j++)
{
aChild = aLightNode.GetChildNode(j);
aChild.GetTagName(szTagName);
aChild.GetContents(szContents);
#define READVECTOR(v) sscanf(szContents,"%f %f %f",&v.x,&v.y,&v.z)
if(stricmp(szTagName,RTOK_POSITION)==0) READVECTOR(plight->sPosition); else
if(stricmp(szTagName,RTOK_COLOR)==0) READVECTOR(plight->Color); else
if(stricmp(szTagName,RTOK_INTENSITY)==0) sscanf(szContents,"%f",&plight->fIntensity); else
if(stricmp(szTagName,RTOK_ATTNSTART)==0) sscanf(szContents,"%f",&plight->fAttnStart); else
if(stricmp(szTagName,RTOK_ATTNEND)==0) sscanf(szContents,"%f",&plight->fAttnEnd); else
if(stricmp(szTagName,RTOK_CASTSHADOW)==0) plight->dwFlags|=RM_FLAG_CASTSHADOW;
}
push_back(plight);
}
}
return true;
}
bool ROcclusionList::Open(MXmlElement *pElement)
{
MXmlElement aOcclusionNode,aChild;
int nCount = pElement->GetChildNodeCount();
char szTagName[256],szContents[256];
int j = 0;
for (int i = 0; i < nCount; i++)
{
aOcclusionNode = pElement->GetChildNode(i);
aOcclusionNode.GetTagName(szTagName);
if(stricmp(szTagName,RTOK_OCCLUSION)==0)
{
ROcclusion *poc=new ROcclusion;
aOcclusionNode.GetAttribute(szContents,RTOK_NAME);
poc->Name=szContents;
list<rvector> winding;
int nChildCount=aOcclusionNode.GetChildNodeCount();
for(j=0;j<nChildCount;j++)
{
aChild = aOcclusionNode.GetChildNode(j);
aChild.GetTagName(szTagName);
aChild.GetContents(szContents);
#define READVECTOR(v) sscanf(szContents,"%f %f %f",&v.x,&v.y,&v.z)
if(stricmp(szTagName,RTOK_POSITION)==0) {
rvector temp;
READVECTOR(temp);
winding.push_back(temp);
}
}
poc->nCount=winding.size();
poc->pVertices=new rvector[poc->nCount];
list<rvector>::iterator k=winding.begin();
for(j=0;j<poc->nCount;j++)
{
poc->pVertices[j]=*k;
k++;
}
push_back(poc);
}
}
return true;
}
