#include "ivreader.h"
#include <string>
#include <stdlib.h>
#include <sstream>

IVMeshListNode *IVReader::meshList = NULL;
int IVReader::instanceCnt = 0;
Ogre::Log *IVReader::IVLog = NULL;



IVMeshListNode::IVMeshListNode(std::string name, IVManualMeshLoader *loader)
{
	this->name = name;
	this->loader = loader;
	next = NULL;
}

IVMeshListNode::~IVMeshListNode()
{
	if (loader != NULL) delete loader;
}

void IVMeshListNode::attachNewNode(std::string name, IVManualMeshLoader *loader)
{
	IVMeshListNode *help = this;

	while (help->next != NULL) help = help->next;
	help->next = new IVMeshListNode(name, loader);
}

IVManualMeshLoader *IVMeshListNode::getManualMeshLoader(std::string name)
{
	IVMeshListNode *help = this;
	if (help->name == name) return help->loader;
	while (help->next != NULL) 
	{
		help = help->next;
		if (help->name == name) return help->loader;
	}
	return NULL;
}

IVDefListNode::IVDefListNode(std::string name, IVNode *node)
{
	this->name = name;
	this->node = node;
	next = NULL;
}

IVDefListNode::~IVDefListNode()
{
}

void IVDefListNode::attachNewNode(std::string name, IVNode *node)
{
	IVDefListNode *help = this;

	while (help->next != NULL) help = help->next;
	help->next = new IVDefListNode(name, node);
}

IVNode *IVDefListNode::getDef(std::string name)
{
	IVDefListNode *help = this;
	if (help->name == name) return help->node;
	while (help->next != NULL) 
	{
		help = help->next;
		if (help->name == name) return help->node;
	}
	return NULL;
}

IVReader::IVReader()
{	
	root = NULL; meshList = NULL; defList = NULL; fileName = NULL;
	instanceCnt++;
	IVLog = NULL;
}

IVReader::~IVReader()
{
	collapse();

	instanceCnt--;
	if (instanceCnt == 0) if (meshList != NULL) 
	{	
		IVMeshListNode *help = meshList, *delme = NULL;
		while (help->next != NULL)
		{
			delme = help; help = help->next; delete delme;
		}
		delete help;
	}
}

void IVReader::collapse()
{
	if (root != NULL) {	delete root; root = NULL; }
	if (defList != NULL)
	{	
		IVDefListNode *help = defList, *delme = NULL;
		while (help->next != NULL)
		{
			delme = help; help = help->next; delete delme;
		}
		delete help;
		defList = NULL;
	}
	if (this->fileName != NULL) { delete [] this->fileName; this->fileName = NULL; }

}

void IVReader::setLog(Ogre::Log *IVLog)
{
	this->IVLog = IVLog;
}

std::string IVReader::intToStr(int num)
{
	std::ostringstream myStream; 
	myStream << num;
	myStream.flush();
	
	return(myStream.str());
}

std::string IVReader::realToStr(Ogre::Real num)
{
	std::ostringstream myStream; 
	myStream << num;
	myStream.flush();
	
	return(myStream.str());
}

bool IVReader::loadFile(const char* fileName)
{
	std::string message = "trying to load "; message = message + fileName + "...";
	
	if (IVLog != NULL) 
		IVLog->logMessage(message);
	
	collapse();
	this->fileName = new char[strlen(fileName)+1]; strcpy(this->fileName, fileName);
	treeCnt = 0;

    infile = fopen(fileName, "r"); root = NULL;

	if (infile == NULL)
	{
		message = "! Error loading File "; message = message + fileName + " !";
		if (IVLog != NULL) IVLog->logMessage(message);
		return false;
	}

	if ((fgets(buf, BUFFERSIZE, infile) == NULL) && !feof(infile)) 
	{
		message = "! Error loading File "; message = message + fileName + " !";
		if (IVLog != NULL) IVLog->logMessage(message);
		fclose(infile);
		return false;
	}

	if (!checkHeader(buf)) 
	{
		message = "! Invalid Header !";
		if (IVLog != NULL) IVLog->logMessage(message);
		fclose(infile);
		return false;
	}

	IVTokenType tmptyp = IV_TOKEN_INVALID;
	eof = false;	

	bufOffset = 0;
	char token[BUFFERSIZE] = "\0", oldtoken[BUFFERSIZE] = "\0", fieldtoken[BUFFERSIZE] = "\0";
	int level = 0; 

	while (getNextElement(token, &tmptyp)) 
	{
		if (tmptyp == IV_TOKEN_BRACEOPEN) 
		{
			root = new IVNode(oldtoken);
			level++;
			break;
		}

		strcpy(oldtoken, token);
	}

	IVNode *actualNode = root, *parent = root, *fieldNode = root, *newNode = NULL;
	IVTokenType oldtmptyp = tmptyp;
	bool textfield = false, realfield = false; IVType fieldtyp = IV_INVALID;
	bool def = false; std::string defLabel;
	Ogre::Real rblock[BLOCKSIZE]; 
	float *rvalues;
	int cnt = 0; int blockcnt = 0;
	while (getNextElement(token, &tmptyp))
	{
		if ((tmptyp == IV_TOKEN_BRACKETOPEN)) 
			if (!getNextElement(token, &tmptyp)) break;
		if ((tmptyp == IV_TOKEN_INVALID)) 
			if (!getNextElement(token, &tmptyp)) break;
		if (tmptyp == IV_TOKEN_BRACEOPEN) 
		{
			actualNode = new IVNode(oldtoken); 
			if (parent == NULL)
			{
				message = "Error loading file "; message = message + fileName + "! Invalid tree structure.";
				if (IVLog != NULL) IVLog->logMessage(message);
				fclose(infile);
				return false;
			}
			parent->attachNode(actualNode);
			parent = actualNode;
			level++;

			if (def)
			{
				addDefToList(defLabel, actualNode);
				def = false;
			}

		} else
		if (tmptyp == IV_TOKEN_BRACECLOSE) 
		{
			if (realfield)
			{
				if (blockcnt == 0) rvalues = (Ogre::Real *)malloc((cnt)*sizeof(Ogre::Real));
				else rvalues = (Ogre::Real *)realloc(rvalues, (BLOCKSIZE*(blockcnt) + cnt)*sizeof(Ogre::Real));						
				memcpy((void *)&rvalues[BLOCKSIZE*blockcnt], rblock, cnt*sizeof(Ogre::Real));
				fieldNode->addField(fieldtoken, rvalues, BLOCKSIZE*blockcnt+cnt, fieldtyp);
				realfield = false;
//				free(rvalues);
			}

			if (level > 0)
			{
				actualNode = parent = actualNode->getParent();
				level--;
			}
		} else
		{
			if (oldtmptyp == IV_TOKEN_DEF)
			{
				def = true; defLabel = ""; defLabel = defLabel + token;
			} else
			if (oldtmptyp == IV_TOKEN_USE)
			{
					newNode = new IVNode("USE"); 
					if (parent == NULL)
					{
						message = "Error loading file "; message = message + fileName + "! Invalid tree structure.";
						if (IVLog != NULL) IVLog->logMessage(message);
						fclose(infile);
						return false;
					}
					char *s = (char *)malloc(sizeof(char)*(strlen(token)+1));
					memcpy(s, token, strlen(token));
					s[strlen(token)] = '\0';
					newNode->addField("label", s);
					actualNode->attachNode(newNode);
			} else
			if (!def)
			if (oldtmptyp == IV_TOKEN_STRING)
			{
				if (!textfield)
				{
					if (tmptyp == IV_TOKEN_STRING)
					{
/*						char *s = new char[strlen(token)+1];
						strcpy(s, token);
*/						
						char *s = (char *)malloc(sizeof(char)*(strlen(token)+1));
						memcpy(s, token, strlen(token));
						s[strlen(token)] = '\0';
						actualNode->addField(oldtoken, s);
//						delete [] s;
					}
				}
				if (!realfield)
				{
					if ((tmptyp == IV_TOKEN_REAL) || (tmptyp == IV_TOKEN_INT))
					{	
						cnt = 0; blockcnt = 0;
						char *stopstring;						
						rblock[0] = strtod(token, &stopstring);
						cnt++;
						strcpy(fieldtoken, oldtoken);
						fieldNode = actualNode;
					    if (tmptyp == IV_TOKEN_REAL) fieldtyp = IV_REAL;
						if (tmptyp == IV_TOKEN_INT)	fieldtyp = IV_INT;
						realfield = true;
					}
				}
				textfield = !textfield;
			}
			else 
			{
				if (realfield)	
				{
					if ((tmptyp == IV_TOKEN_REAL) || (tmptyp == IV_TOKEN_INT))
					{		
						char *stopstring;
						if (cnt >= BLOCKSIZE) 
						{
							if (blockcnt == 0) rvalues = (Ogre::Real *)malloc((BLOCKSIZE)*sizeof(Ogre::Real));
							else rvalues = (Ogre::Real *)realloc(rvalues, (BLOCKSIZE*(blockcnt+1))*sizeof(Ogre::Real));
							memcpy((void *)&rvalues[BLOCKSIZE*blockcnt], rblock, BLOCKSIZE*sizeof(Ogre::Real));
							cnt = 0;
							blockcnt++;
							
						}
						rblock[cnt] = strtod(token, &stopstring);
						cnt++;
					    if (tmptyp == IV_TOKEN_REAL) fieldtyp = IV_REAL;
					}
					else
					{
						if (blockcnt == 0) rvalues = (Ogre::Real *)malloc((cnt)*sizeof(Ogre::Real));
						else rvalues = (Ogre::Real *)realloc(rvalues, (BLOCKSIZE*(blockcnt) + cnt)*sizeof(Ogre::Real));						
						memcpy((void *)&rvalues[BLOCKSIZE*blockcnt], rblock, cnt*sizeof(Ogre::Real));
						fieldNode->addField(fieldtoken, rvalues, BLOCKSIZE*blockcnt+cnt, fieldtyp);
						realfield = false;
//						free(rvalues);
					}
				}
				
				textfield = false;
			}
		}


		strcpy(oldtoken, token);
		oldtmptyp = tmptyp;
	}
	message = ""; ; message = message + fileName + " loaded.";
	if (IVLog != NULL) IVLog->logMessage(message);
	fclose(infile);

	return true;
}

void IVReader::print()
{
	if (root != NULL) root->print();
}

bool IVReader::checkHeader(const char *string)
{
	for (int i=0; i < validIVHeaderCnt; i++)
		if (strcmp(validIVHeader[i], string) == 0) return true;
	return false;
}
bool IVReader::isSpace(char c)
{
	if ((c==' ') || (c=='\t')) return true;
	return false;
}
bool IVReader::isNewline(char c)
{
	if (c=='\n') return true;
	return false;
}
bool IVReader::isDigit(char c)
{
	if ((c>=48) && (c<=57)) return true;
	return false;
}
bool IVReader::isHexDigit(char c)
{
	if ( ((c>=48) && (c<=57)) || ((c>=65) && (c<=70)) || ((c>=97) && (c<=102)) ) return true;
	return false;
}


bool IVReader::getNextElement(char *token, IVTokenType *type)
{
	if (eof) return false;
	bool quoted = false;
	while (isSpace(buf[bufOffset])) bufOffset++;
	int i=0;
	while ((!isSpace(buf[bufOffset])) || (quoted))
	{
		if (!quoted)
		{
			if (isNewline(buf[bufOffset]) || (buf[bufOffset] == COMMENTCHAR))
			{
				token[i] = '\0'; 
				classify(token, type);
				bufOffset = 0;
				if (fgets(buf, BUFFERSIZE, infile) == NULL) 
				{			
					eof = true;
				}
				if (i==0) return getNextElement(token, type);
				return true;
			}
			if ((buf[bufOffset] == ',') || (buf[bufOffset] == ']'))
			{
				token[i] = '\0';
				bufOffset++;
				classify(token, type);
				return true;
			}
		
			

		} else if (isNewline(buf[bufOffset])) {	eof = true;	}

		
		token[i] = buf[bufOffset]; 
		i++;
		if (buf[bufOffset] == '"') 
		{
			quoted = !quoted; i--;
		}
		bufOffset++;

		
	}
	token[i] = '\0';
	classify(token, type);
	return true;
}

void IVReader::classify(char *token, IVTokenType *type)
{
	bool isInt = true, isReal = true;
	if (!isDigit(token[0]) && (token[0] != '-') && (token[0] != '+')) 
	{
		isInt = false; 
		if (token[0] != '.') isReal = false; 
	}
	int i = 1;
	while ((token[i] != '\0') && isReal)
	{
		if (isInt && (i!=2) && !isHexDigit(token[i])) 
		{
			isInt = false;
		}
		if (isInt && (i==2) && !isHexDigit(token[i]) && (token[i] != 'x') && (token[i] != 'X')) isInt = false;
		if (isReal && (!isDigit(token[i])) && (token[i] != '.') && (token[i] != 'e') && (token[i] != 'E') && (token[i] != 'd') && (token[i] != 'D') && (token[i] != '-') && (token[i] != '+')) isReal = false;
		i++;
	}
	if (isInt) *type = IV_TOKEN_INT; 
	else if (isReal) *type = IV_TOKEN_REAL;
	else *type = IV_TOKEN_STRING;

	if (strcmp(token, "DEF") == 0) *type = IV_TOKEN_DEF;
	if (strcmp(token, "USE") == 0) *type = IV_TOKEN_USE;

	if (token[1] == '\0')
	{
		if (token[0] == '{') *type = IV_TOKEN_BRACEOPEN;
		if (token[0] == '}') *type = IV_TOKEN_BRACECLOSE;
		if (token[0] == '[') *type = IV_TOKEN_BRACKETOPEN;
		if (token[0] == ']') *type = IV_TOKEN_BRACKETCLOSE;
		if (token[0] == '(') *type = IV_TOKEN_PARENTHESISOPEN;
		if (token[0] == ')') *type = IV_TOKEN_PARENTHESISCLOSE;
	}
	if (token[0] == '\0')
	{
		*type = IV_TOKEN_INVALID;
	}

}

/*
IVNode *IVReader::getNode(const char* name)
{
	return root->getNodeRecursive(name);
}
*/
void IVReader::addMeshToList(std::string name, IVManualMeshLoader *loader)
{	
	if (meshList == NULL) 
	{
		meshList = new IVMeshListNode(name, loader);
	}
	else
	{
		meshList->attachNewNode(name, loader);
	}
}

void IVReader::addDefToList(std::string name, IVNode *node)
{	
	if (defList == NULL) 
	{
		defList = new IVDefListNode(name, node);
	}
	else
	{
		defList->attachNewNode(name, node);
	}
}

Ogre::Entity *IVReader::createEntity(Ogre::SceneManager* sceneMgr, std::string name, IVMeshData *mData, Ogre::Vector3 *translation)
{
	using namespace Ogre;

	std::string meshName = name.substr(name.find('/',0), name.length()) + "/Mesh";
	std::string entityName = name + "/Entity";

	Mesh* pMesh = NULL;
	if ((pMesh = (Mesh *) MeshManager::getSingleton().getByName(meshName).getPointer()) == NULL)
	{

		IVMeshData *data = mData->expand();

		IVManualMeshLoader *loader	= new IVManualMeshLoader(data);

		if (translation != NULL) *translation = data->boundingBox->getCenter();

//		data->collapse();
//		delete data;


		addMeshToList(meshName, loader);

		Mesh* pMesh = MeshManager::getSingleton().createManual(meshName, "IVGroup", loader).getPointer(); 

		pMesh->load(); 
		pMesh->touch();
	}
	else
	{
		if (translation != NULL)
		{
			*translation = meshList->getManualMeshLoader(meshName)->getBoundingBox()->getCenter();
		}
	}

	Entity *pEntity = sceneMgr->createEntity(entityName, meshName);


	return pEntity;
}



void IVReader::buildTree(Ogre::SceneManager* sceneMgr,  Ogre::SceneNode *sceneNodeRoot)
{
	using namespace Ogre;
	if (root == NULL) return;

	std::string s = intToStr(treeCnt) + "/" + fileName + "/Root";
	SceneNode *actualSceneNode = sceneNodeRoot->createChildSceneNode(s);
	s = "/"; s = s + fileName + "/RootMaterial";
	
	Material* pMaterial = NULL;
	if ((pMaterial = (Material *) MaterialManager::getSingleton().getByName(s).getPointer()) == NULL)
	{
		pMaterial = (Material *)MaterialManager::getSingleton().create(s, "General").getPointer();
	}
	pMaterial->load();

	nodeCnt = 1; matCnt = 1;
	

	buildTree(sceneMgr, actualSceneNode, root, NULL, pMaterial);	
	treeCnt++; 


	std::string message = "Tree of "; message = message + fileName + " built (" + intToStr(nodeCnt) + " Nodes)";
	if (IVLog != NULL) IVLog->logMessage(message);

}

void IVReader::buildTree(Ogre::SceneManager* sceneMgr,  Ogre::SceneNode *sceneNodeRoot, IVNode *ivRoot, IVMeshData *mData, Ogre::Material *material)
{
	using namespace Ogre;

	Material *newMaterial = NULL;

	bool meshDataCreated = false;
	if (mData == NULL)
	{
		mData = new IVMeshData();
		meshDataCreated = true;
	}

	IVType t; int i;
	
	IVNode *help = ivRoot->getNextChildNode(true);
	while (help != NULL)
	{	
		if (strcmp(help->getName(), "USE") == 0)
		{
			char *defLabel = (char *) help->getField("label", &t, &i);
			if (t == IV_STRING) 
			{
				help = defList->getDef(defLabel);
			}
		}
		if ((strcmp(help->getName(), "Separator") == 0) || (strcmp(help->getName(), "TransformSeparator") == 0)) 
		{
/*			std::string s = sceneNodeRoot->getName() + "/Sep" + intToStr(nodeCnt);
			nodeCnt++;
			SceneNode *actualSceneNode = sceneNodeRoot->createChildSceneNode(s);
			buildTree(sceneMgr, actualSceneNode, help, mData, actualMaterial);
*/
			if (newMaterial == NULL) newMaterial = material;
			buildTree(sceneMgr, sceneNodeRoot, help, mData, newMaterial);
		}

		if (strcmp(help->getName(), "Texture2") == 0)
		{
			char *textureFileName = (char *) help->getField("filename", &t, &i);
			if (t == IV_STRING) 
			{  
				std::string s = sceneNodeRoot->getName().substr(sceneNodeRoot->getName().find('/',0), sceneNodeRoot->getName().length()) + "/Material" + intToStr(matCnt);
				matCnt++;
				if ((newMaterial = (Material *) MaterialManager::getSingleton().getByName(s).getPointer()) == NULL)
				{
					newMaterial = (Material *)MaterialManager::getSingleton().create(s, "General").getPointer();
					newMaterial->getTechnique(0)->getPass(0)->createTextureUnitState(textureFileName);
				}
				newMaterial->load();
				newMaterial->reload();
			}
		}
// can be included
		if (strcmp(help->getName(), "Material") == 0)
		{
			Real *ambientColor = (Real *) help->getField("ambientColor", &t, &i);
			if ((i != 3) || (t != IV_REAL)) ambientColor = NULL;
			Real *diffuseColor = (Real *) help->getField("diffuseColor", &t, &i);
			if ((i != 3) || (t != IV_REAL)) diffuseColor = NULL;
			Real *specularColor = (Real *) help->getField("specularColor", &t, &i);
			if ((i != 3) || (t != IV_REAL)) specularColor = NULL;
			Real *emissiveColor = (Real *) help->getField("emissiveColor", &t, &i);
			if ((i != 3) || (t != IV_REAL)) emissiveColor = NULL;
			Real *shininess = (Real *) help->getField("shininess", &t, &i);
			if ((i != 1) || (t != IV_REAL)) shininess = NULL;
			Real *transparency = (Real *) help->getField("transparency", &t, &i);
			if ((i != 1) || (t != IV_REAL)) transparency = NULL;

			if (newMaterial == NULL)
			{
				std::string s = sceneNodeRoot->getName().substr(sceneNodeRoot->getName().find('/',0), sceneNodeRoot->getName().length()) + "/Material" + intToStr(matCnt);
				matCnt++;
				if ((newMaterial = (Material *) MaterialManager::getSingleton().getByName(s).getPointer()) == NULL)
				{
					if (material == NULL) newMaterial = (Material *)MaterialManager::getSingleton().create(s, "General").getPointer();
					else newMaterial = material->clone(s).getPointer();

					Real alpha = 1.f;
					if (transparency != NULL) alpha = 1.f - transparency[0];
					if (ambientColor != NULL) newMaterial->setAmbient(ambientColor[0], ambientColor[1], ambientColor[2]);
					if (diffuseColor != NULL) newMaterial->setDiffuse(diffuseColor[0], diffuseColor[1], diffuseColor[2], alpha);
					if (specularColor != NULL) newMaterial->setSpecular(specularColor[0], specularColor[1], specularColor[2], alpha);
					if (emissiveColor != NULL) newMaterial->setSelfIllumination(emissiveColor[0], emissiveColor[1], emissiveColor[2]);
					if (shininess != NULL) newMaterial->setShininess(shininess[0]);
					
//					if (material->getTechnique(0)->getPass(0)->getNumTextureUnitStates() > 0)							
//					{
//						newMaterial->getTechnique(0)->getPass(0)->createTextureUnitState(material->getTechnique(0)->getPass(0)->getTextureUnitState(0)->getTextureName());
//					}
				}
				newMaterial->load();
				newMaterial->reload();
			}
			else
			{
				Real alpha = 1.f;
				if (transparency != NULL) alpha = 1.f - transparency[0];
				if (ambientColor != NULL) newMaterial->setAmbient(ambientColor[0], ambientColor[1], ambientColor[2]);
				if (diffuseColor != NULL) newMaterial->setDiffuse(diffuseColor[0], diffuseColor[1], diffuseColor[2], alpha);
				if (specularColor != NULL) newMaterial->setSpecular(specularColor[0], specularColor[1], specularColor[2], alpha);
				if (emissiveColor != NULL) newMaterial->setSelfIllumination(emissiveColor[0], emissiveColor[1], emissiveColor[2]);
				if (shininess != NULL) newMaterial->setShininess(shininess[0]);
				newMaterial->load();
			}
		}

		if (strcmp(help->getName(), "Coordinate3") == 0)
		{
			mData->vertices = (Real *) help->getField("point", &t, &mData->vcnt);
			if ((t != IV_REAL) && (t != IV_INT)) mData->vertices = NULL;
		}
		if (strcmp(help->getName(), "Normal") == 0)
		{
			mData->normals = (Real *) help->getField("vector", &t, &mData->ncnt);
			if ((t != IV_REAL) && (t != IV_INT)) mData->normals = NULL;
		}
		if (strcmp(help->getName(), "TextureCoordinate2") == 0)
		{
			mData->texCoords = (Real *) help->getField("point", &t, &mData->tcnt);
			if ((t != IV_REAL) && (t != IV_INT)) mData->texCoords = NULL;
		}

		if (strcmp(help->getName(), "IndexedFaceSet") == 0)
		{
			std::string s = sceneNodeRoot->getName() + "/IFS" + intToStr(nodeCnt);
			nodeCnt++;
			SceneNode *triangleStripSceneNode = sceneNodeRoot->createChildSceneNode(s);

			mData->indices = (Real *) help->getField("coordIndex", &t, &mData->icnt);
			if (t != IV_INT) mData->indices = NULL;

			mData->normalIndices = (Real *) help->getField("normalIndex", &t, &mData->nicnt);
			if (t != IV_INT) mData->normalIndices = NULL;
		
			mData->texCoordIndices = (Real *) help->getField("textureCoordIndex", &t, &mData->ticnt);
			if (t != IV_INT) mData->texCoordIndices = NULL;
		

			mData->roType = IV_ROT_FACE_SET;		
	
			Vector3 translation = Vector3(0,0,0);
			Entity *pEntity = createEntity(sceneMgr, s, mData, &translation);
			if (newMaterial == NULL) newMaterial = material;
			if (newMaterial != NULL) pEntity->setMaterialName(newMaterial->getName());
				
			triangleStripSceneNode->attachObject(pEntity);
			triangleStripSceneNode->translate(translation);		

		}


		if (strcmp(help->getName(), "IndexedTriangleStripSet") == 0)
		{
			std::string s = sceneNodeRoot->getName() + "/ITS" + intToStr(nodeCnt);
			nodeCnt++;
			SceneNode *triangleStripSceneNode = sceneNodeRoot->createChildSceneNode(s);
		
			mData->indices = (Real *) help->getField("coordIndex", &t, &mData->icnt);
			if (t != IV_INT) mData->indices = NULL;

			mData->normalIndices = (Real *) help->getField("normalIndex", &t, &mData->nicnt);
			if (t != IV_INT) mData->normalIndices = NULL;

			mData->texCoordIndices = (Real *) help->getField("textureCoordIndex", &t, &mData->ticnt);
			if (t != IV_INT) mData->texCoordIndices = NULL;

			IVNode *n = help->getNextChildNode(true);
			while ((n != NULL) && (strcmp(help->getName(), "VertexProperty") == 0))
			{
				n = help->getNextChildNode();
			}
			if (n != NULL)
			{
				mData->vertices = (Real *) n->getField("vertex", &t, &mData->vcnt);
				if ((t != IV_REAL) && (t != IV_INT)) mData->vertices = NULL;

				mData->normals = (Real *) n->getField("normal", &t, &mData->ncnt);
				if ((t != IV_REAL) && (t != IV_INT)) mData->normals = NULL;
				mData->texCoords = (Real *) n->getField("texCoord", &t, &mData->tcnt);
				if ((t != IV_REAL) && (t != IV_INT)) mData->texCoords = NULL;
			}

			mData->roType = IV_ROT_TRIANGLE_STRIP;		

			Vector3 translation = Vector3(0,0,0);
			Entity *pEntity = createEntity(sceneMgr, s, mData, &translation);
			if (newMaterial == NULL) newMaterial = material;
			if (newMaterial != NULL) pEntity->setMaterialName(newMaterial->getName());
				
			triangleStripSceneNode->attachObject(pEntity);
			triangleStripSceneNode->translate(translation);		

		}

		help = ivRoot->getNextChildNode();
	}
	if (meshDataCreated) if (mData != NULL) delete mData;
}