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EMD.cpp
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EMD.cpp
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#include "EMD.h"
EMD::EMD() {
emdObjectBuffer = NULL;
emdFileSection = NULL;
emdBufferData = NULL;
emdSize = 0;
}
EMD::~EMD() {
/* Limpa Allocação da Matriz */
for (unsigned int i = 0; i < emdTotalObj; i++) {
free(emdVertex[i]);
free(emdquadVertex[i]);
free(emdquadNormal[i]);
free(emdNormal[i]);
free(emdTriangle[i]);
free(emdQuad[i]);
free(emdTritexture[i]);
free(emdQuadTexture[i]);
}
for (unsigned int i = 0; i < emdSec2Header.count; i++) {
free(emdSec2Mesh[i]);
}
free(emdBufferData);
free(emdFileSection);
free(emdObjectBuffer);
free(emdSec2Armature);
emdSec2AnimInfo = NULL;
emdTritexture = NULL;
emdQuadTexture = NULL;
emdSec2Armature = NULL;
emdSec2Mesh = NULL;
emdSec2RelPos = NULL;
emdquadNormal = NULL;
emdObjectBuffer = NULL;
emdFileSection = NULL;
emdBufferData = NULL;
emdNormal = NULL;
emdVertex = NULL;
emdQuad = NULL;
emdTriangle = NULL;
emdquadVertex = NULL;
emdSec2Armature = NULL;
}
void EMD::emdDebugPrint() {/*
std::cout << "-- EMD Debug File --" << std::endl;
std::cout << "EMD Size: " << emdSize << std::endl;
std::cout << "-- EMD Header Info --" << std::endl;
printf("dirOffset: 0x%X\n", emdHeader.dirOffset);
printf("dircount: 0x%X\n", emdHeader.dirCount);
std::cout << "File/Directory Section" << std::endl;
for(int i = 0; i < emdHeader.dirCount; i++) {
printf("Section %d: 0x%X \n", i, emdFileSection[i]);
}
std::cout << "-- File/Section 7 --" << std::endl;
printf("Lenght: 0x%X\n", emdSec7Header.lenght);
printf("Unk32: 0x%X\n", emdSec7Header.unk32);
printf("objCount: 0x%X\n", emdSec7Header.objCount);
printf("Valor: %x\n", emdSec2Header.relposOffset);
std::cout << "ObjectBuffer: " << std::endl;
for (int i = 0; i < emdTotalObj; i++) {
std::cout << "emdObjectBuffer " << i << std::endl;
printf("Triangles Vertex Offset: %x\n", emdObjectBuffer[i].triangles.vertexOffset);
printf("Triangles Vertex Count: %x\n", emdObjectBuffer[i].triangles.vertexCount);
printf("Triangles TriOffset: %x\n", emdObjectBuffer[i].triangles.triOffset);
printf("Triangles TriCount: %x\n", emdObjectBuffer[i].triangles.triCount);
printf("Quads Vertex Offset: %x\n", emdObjectBuffer[i].quads.vertexOffset);
printf("Quads Vertex Count: %x\n", emdObjectBuffer[i].quads.vertexCount);
printf("Quads Quad Offset: %x\n", emdObjectBuffer[i].quads.quadOffset);
printf("Quads Quad Count: %x\n", emdObjectBuffer[i].quads.quadCount);
std::cout << "---------------------" << std::endl;
}
std::cout << "-- EMD Sec 2--" << std::endl;
for (unsigned int i = 0; i < emdSec2Header.count; i++) {
std::cout << "X : " << emdSec2RelPos[i].x << std::endl;
std::cout << "Y : " << emdSec2RelPos[i].y << std::endl;
std::cout << "Z : " << emdSec2RelPos[i].z << std::endl;
}
std::cout << "TRIANGULO DO BOY" << std::endl;
for (unsigned int y = 0; y < emdObjectBuffer[0].triangles.vertexCount; y++) {
std::cout << "X: " << emdVertex[0][y].x << std::endl;
std::cout << "Y: " << emdVertex[0][y].y << std::endl;
std::cout << "Z: " << emdVertex[0][y].z << std::endl;
}
std::cout << "QUADRADO DO BOY" << std::endl;
for (unsigned int y = 0; y < emdObjectBuffer[0].quads.vertexCount; y++) {
std::cout << "X: " << emdquadVertex[0][y].x << std::endl;
std::cout << "Y: " << emdquadVertex[0][y].y << std::endl;
std::cout << "Z: " << emdquadVertex[0][y].z << std::endl;
}
std::cout << " ----" << std::endl;
for (unsigned int x = 0; x < emdTotalObj; x++) {
for (unsigned int y = 0; y < emdObjectBuffer[x].triangles.triCount; y++) {
std::cout << "n0: " << emdTriangle[x][y].n0 << std::endl;
std::cout << "v0: " << emdTriangle[x][y].v0 << std::endl;
std::cout << "n1: " << emdTriangle[x][y].n1 << std::endl;
std::cout << "v1: " << emdTriangle[x][y].v1 << std::endl;
std::cout << "n2: " << emdTriangle[x][y].n2 << std::endl;
std::cout << "v2: " << emdTriangle[x][y].v2 << std::endl;
}
}
*/
}
bool EMD::emdLoadFile(std::string dir) {
FILE *emdFile = NULL;
char timName[50];
// Carregar TIM(Textura)
memset(timName, 0x0, 50);
dir.copy(timName, (dir.size() - 4), 0);
sprintf(timName,"%s.TIM", timName);
emdTimTexture.timLoad(timName);
emdFile = fopen(dir.c_str(), "rb");
if (emdFile == NULL) {
std::cout << "Falha ao carregar emdFile !" << std::endl;
return false;
}
fseek(emdFile, 0, SEEK_END);
emdSize = ftell(emdFile);
rewind(emdFile);
emdBufferData = (unsigned char*) malloc(sizeof(unsigned char) * emdSize);
fread(emdBufferData, emdSize, 1, emdFile);
// Carrega os dados para as struct do EMD
memcpy(&emdHeader.dirOffset, emdBufferData, sizeof(unsigned int));
memcpy(&emdHeader.dirCount, emdBufferData+4, sizeof(unsigned int));
emdFileSection = (unsigned int*) malloc(sizeof(unsigned int) * emdHeader.dirCount);
for (unsigned int i = 0; i < (emdHeader.dirCount); i++) {
memcpy(&emdFileSection[i], (emdBufferData+emdHeader.dirOffset)+(i*4), sizeof(unsigned int));
}
// Section 1 - Animação PT 1
memcpy(&sizeSec1Header, (emdBufferData+emdFileSection[1] + 2), sizeof(unsigned short));
emdSec1Header = (EMD_SECTION_1_HEADER*) malloc (sizeof(EMD_SECTION_1_HEADER) * (sizeSec1Header / 4));
unsigned short sizeSec1_f = (sizeSec1Header / 4);
for (unsigned short i = 0; i < sizeSec1_f; i++) {
memcpy(&emdSec1Header[i], (emdBufferData+emdFileSection[1]+(i*sizeof(EMD_SECTION_1_HEADER))), sizeof(EMD_SECTION_1_HEADER));
}
for (unsigned short i = 0; i < sizeSec1_f; i++) {
for(unsigned short j = 0; j < emdSec1Header[i].dataCount; j++) {
memcpy(&emdSec1AnimSkelT[i][j], (emdBufferData+emdFileSection[1]+emdSec1Header[i].dataOffset+(j*sizeof(unsigned int))), sizeof(unsigned int));
}
}
// Section 3
memcpy(&sizeSec3Header, (emdBufferData+emdFileSection[3] + 2), sizeof(unsigned short));
sizeSec3Header = sizeSec3Header;
emdSec3Header = (EMD_SECTION_1_HEADER*) malloc (sizeof(EMD_SECTION_1_HEADER) * (sizeSec3Header / 4));
unsigned short sizeSec3_f = (sizeSec3Header / 4);
for (unsigned short i = 0; i < sizeSec3_f; i++) {
memcpy(&emdSec3Header[i], (emdBufferData+emdFileSection[3]+(i*sizeof(EMD_SECTION_1_HEADER))), sizeof(EMD_SECTION_1_HEADER));
}
for (unsigned short i = 0; i < sizeSec3_f; i++) {
for(unsigned short j = 0; j < emdSec3Header[i].dataCount; j++) {
memcpy(&emdSec3AnimSkelT[i][j], (emdBufferData+emdFileSection[3]+emdSec3Header[i].dataOffset+(j*sizeof(unsigned int))), sizeof(unsigned int));
}
}
// Section 2 - Skeleton
// Carrega o HEADER do Section 2
memcpy(&emdSec2Header, (emdBufferData+emdFileSection[2]), sizeof(EMD_SECTION_2_HEADER));
emdSec2RelPos = (EMD_SEC2_RELPOS_T*) malloc (sizeof(EMD_SEC2_RELPOS_T) * emdSec2Header.count);
emdSec2Armature = (EMD_SEC2_ARMATURE_T*) malloc (sizeof(EMD_SEC2_ARMATURE_T) * emdSec2Header.count);
for (unsigned int i = 0; i < emdSec2Header.count; i++) {
memcpy(&emdSec2RelPos[i].x,(emdBufferData+emdFileSection[2]+8+(i*sizeof(EMD_SEC2_RELPOS_T))), sizeof(short));
memcpy(&emdSec2RelPos[i].y,(emdBufferData+emdFileSection[2]+10+(i*sizeof(EMD_SEC2_RELPOS_T))), sizeof(short));
memcpy(&emdSec2RelPos[i].z,(emdBufferData+emdFileSection[2]+12+(i*sizeof(EMD_SEC2_RELPOS_T))), sizeof(short));
}
int relOffset = (emdFileSection[2]+emdSec2Header.relposOffset);
for (unsigned int i = 0; i < emdSec2Header.count; i++ ) {
memcpy(&emdSec2Armature[i].meshCount, (emdBufferData+relOffset + (i*sizeof(EMD_SEC2_ARMATURE_T))), sizeof(unsigned short));
memcpy(&emdSec2Armature[i].offSet, (emdBufferData+relOffset+2+(i*sizeof(EMD_SEC2_ARMATURE_T))), sizeof(unsigned short));
}
emdSec2Mesh = (unsigned char**) malloc (0x8 * emdSec2Header.count);
for (unsigned int i = 0; i < emdSec2Header.count; i++) {
emdSec2Mesh[i] = (unsigned char*) malloc (0x8 * emdSec2Armature[i].meshCount);
}
for (unsigned int i = 0; i < emdSec2Header.count; i++ ) {
for (unsigned int a = 0; a < emdSec2Armature[i].meshCount; a++) {
memcpy(&emdSec2Mesh[i][a], (emdBufferData + relOffset + emdSec2Armature[i].offSet + a), sizeof(unsigned char));
}
}
// Section 4
memcpy(&emdSec4Header, (emdBufferData+emdFileSection[4]), sizeof(EMD_SECTION_2_HEADER));
// Section 7 - Mesh
memcpy(&emdSec7Header.lenght, (emdBufferData+emdFileSection[7]), sizeof(unsigned int));
memcpy(&emdSec7Header.unk32, (emdBufferData+emdFileSection[7]+4), sizeof(unsigned int));
memcpy(&emdSec7Header.objCount, (emdBufferData+emdFileSection[7]+8), sizeof(unsigned int));
int totalObj = (emdSec7Header.objCount / 2);
emdTotalObj = totalObj;
emdObjectBuffer = (EMD_MODEL_OBJECT_T*) malloc (sizeof(EMD_MODEL_OBJECT_T) * totalObj);
unsigned int s7ModelOffset = (emdFileSection[7]+12);
// Precisamos colocar essa parte do Sec2 aqui, afinal precisamos das animações né ;)
// O número de vetores é o número de meshs/objetos, então precisamos carregar o emdTotalObj
// entretanto ele não foi carregado no section 2, por isso essa parte do código fica aqui !
EMD_SEC2_DATA_T emdSec2Node;
emdSec2Node.angles = (unsigned char*) malloc(emdSec2Header.size-12);
emdSec2AnimInfo = (EMD_ANIM_INFO*) malloc (sizeof(EMD_ANIM_INFO) * (sizeSec1Header/4));
totalAnim = (sizeSec1Header/4);
unsigned int aux = 0;
for (unsigned short i = 0; i < totalAnim; i++) {
for(unsigned short j = 0; j < emdSec1Header[i].dataCount; j++) {
aux = 0;
memcpy(&emdSec2Node.xOffset, (emdBufferData+emdFileSection[2]+emdSec2Header.lenght+((emdSec1AnimSkelT[i][j]& 0x0FFF) * emdSec2Header.size)), sizeof(short));
memcpy(&emdSec2Node.yOffset, (emdBufferData+emdFileSection[2]+emdSec2Header.lenght+2+((emdSec1AnimSkelT[i][j]& 0x0FFF) * emdSec2Header.size)), sizeof(short));
memcpy(&emdSec2Node.zOffset, (emdBufferData+emdFileSection[2]+emdSec2Header.lenght+4+((emdSec1AnimSkelT[i][j]& 0x0FFF) * emdSec2Header.size)), sizeof(short));
memcpy(&emdSec2Node.xSpeed, (emdBufferData+emdFileSection[2]+emdSec2Header.lenght+6+((emdSec1AnimSkelT[i][j]& 0x0FFF) * emdSec2Header.size)), sizeof(short));
memcpy(&emdSec2Node.ySpeed, (emdBufferData+emdFileSection[2]+emdSec2Header.lenght+8+((emdSec1AnimSkelT[i][j]& 0x0FFF) * emdSec2Header.size)), sizeof(short));
memcpy(&emdSec2Node.zSpeed, (emdBufferData+emdFileSection[2]+emdSec2Header.lenght+10+((emdSec1AnimSkelT[i][j]& 0x0FFF) * emdSec2Header.size)), sizeof(short));
for (unsigned short a = 0; a < (emdSec2Header.size-12); a++) {
memcpy(&emdSec2Node.angles[a], (emdBufferData+emdFileSection[2]+emdSec2Header.lenght+12+a+((emdSec1AnimSkelT[i][j] & 0x0FFF) * emdSec2Header.size)), sizeof(unsigned char));
}
/* Temos 12 bits por coordenada temos que fazer agora a transformação do
angles para as nossas coordenadas */
for (unsigned short i = 0; i < emdTotalObj; i++) {
if ((i % 2) == 0) {
emdSec2Node.vector[i].x = (emdSec2Node.angles[aux] | ((emdSec2Node.angles[aux+1] & 0b00001111) << 8));
emdSec2Node.vector[i].x = ((emdSec2Node.vector[i].x / 4096) * 360);
emdSec2Node.vector[i].y = ((emdSec2Node.angles[aux+1] & 0b11110000) >> 4) | (emdSec2Node.angles[aux+2] << 4);
emdSec2Node.vector[i].y = ((emdSec2Node.vector[i].y / 4096) * 360);
emdSec2Node.vector[i].z = (emdSec2Node.angles[aux+3] | ((emdSec2Node.angles[aux+4] & 0b00001111) << 8));
emdSec2Node.vector[i].z = ((emdSec2Node.vector[i].z / 4096) * 360);
aux += 4;
} else {
emdSec2Node.vector[i].x = ((emdSec2Node.angles[aux] & 0b11110000) >> 4) | (emdSec2Node.angles[aux+1] << 4);
emdSec2Node.vector[i].x = ((emdSec2Node.vector[i].x / 4096) * 360);
emdSec2Node.vector[i].y = (emdSec2Node.angles[aux+2] | ((emdSec2Node.angles[aux+3] & 0b00001111) << 8));
emdSec2Node.vector[i].y = ((emdSec2Node.vector[i].y / 4096) * 360);
emdSec2Node.vector[i].z = ((emdSec2Node.angles[aux+3] & 0b11110000) >> 4) | (emdSec2Node.angles[aux+4] << 4);
emdSec2Node.vector[i].z = ((emdSec2Node.vector[i].z / 4096) * 360);
aux += 5;
}
}
emdSec2Data.push_back(emdSec2Node);
}
emdSec2AnimInfo[i].animCount = emdSec1Header[i].dataCount;
}
int animStart = 0;
for (unsigned int i = 0; i < totalAnim; i++) {
emdSec2AnimInfo[i].animStart = animStart;
animStart += (emdSec2AnimInfo[i].animCount);
}
free(emdSec2Node.angles);
emdSec2Node.angles = NULL;
// Precisamos colocar essa parte do Sec4 aqui, afinal precisamos das animações né ;)
// O número de vetores é o número de meshs/objetos, então precisamos carregar o emdTotalObj
// entretanto ele não foi carregado no section 4, por isso essa parte do código fica aqui !
EMD_SEC2_DATA_T emdSec4Node;
emdSec4Node.angles = (unsigned char*) malloc(emdSec4Header.size-12);
emdSec4AnimInfo = (EMD_ANIM_INFO*) malloc (sizeof(EMD_ANIM_INFO) * (sizeSec3Header/4));
totalAnim = (sizeSec3Header/4);
for (unsigned short i = 0; i < totalAnim; i++) {
for(unsigned short j = 0; j < emdSec3Header[i].dataCount; j++) {
aux = 0;
memcpy(&emdSec4Node.xOffset, (emdBufferData+emdFileSection[4]+emdSec4Header.lenght+((emdSec3AnimSkelT[i][j]& 0x0FFF) * emdSec4Header.size)), sizeof(short));
memcpy(&emdSec4Node.yOffset, (emdBufferData+emdFileSection[4]+emdSec4Header.lenght+2+((emdSec3AnimSkelT[i][j]& 0x0FFF) * emdSec4Header.size)), sizeof(short));
memcpy(&emdSec4Node.zOffset, (emdBufferData+emdFileSection[4]+emdSec4Header.lenght+4+((emdSec3AnimSkelT[i][j]& 0x0FFF) * emdSec4Header.size)), sizeof(short));
memcpy(&emdSec4Node.xSpeed, (emdBufferData+emdFileSection[4]+emdSec4Header.lenght+6+((emdSec3AnimSkelT[i][j]& 0x0FFF) * emdSec4Header.size)), sizeof(short));
memcpy(&emdSec4Node.ySpeed, (emdBufferData+emdFileSection[4]+emdSec4Header.lenght+8+((emdSec3AnimSkelT[i][j]& 0x0FFF) * emdSec4Header.size)), sizeof(short));
memcpy(&emdSec4Node.zSpeed, (emdBufferData+emdFileSection[4]+emdSec4Header.lenght+10+((emdSec3AnimSkelT[i][j]& 0x0FFF) * emdSec4Header.size)), sizeof(short));
for (unsigned short a = 0; a < (emdSec4Header.size-12); a++) {
memcpy(&emdSec4Node.angles[a], (emdBufferData+emdFileSection[4]+emdSec4Header.lenght+12+a+((emdSec3AnimSkelT[i][j] & 0x0FFF) * emdSec4Header.size)), sizeof(unsigned char));
}
/* Temos 12 bits por coordenada temos que fazer agora a transformação do
angles para as nossas coordenadas */
for (unsigned short i = 0; i < emdTotalObj; i++) {
if ((i % 2) == 0) {
emdSec4Node.vector[i].x = (emdSec4Node.angles[aux] | ((emdSec4Node.angles[aux+1] & 0b00001111) << 8));
emdSec4Node.vector[i].x = ((emdSec4Node.vector[i].x / 4096) * 360);
emdSec4Node.vector[i].y = ((emdSec4Node.angles[aux+1] & 0b11110000) >> 4) | (emdSec4Node.angles[aux+2] << 4);
emdSec4Node.vector[i].y = ((emdSec4Node.vector[i].y / 4096) * 360);
emdSec4Node.vector[i].z = (emdSec4Node.angles[aux+3] | ((emdSec4Node.angles[aux+4] & 0b00001111) << 8));
emdSec4Node.vector[i].z = ((emdSec4Node.vector[i].z / 4096) * 360);
aux += 4;
} else {
emdSec4Node.vector[i].x = ((emdSec4Node.angles[aux] & 0b11110000) >> 4) | (emdSec4Node.angles[aux+1] << 4);
emdSec4Node.vector[i].x = ((emdSec4Node.vector[i].x / 4096) * 360);
emdSec4Node.vector[i].y = (emdSec4Node.angles[aux+2] | ((emdSec4Node.angles[aux+3] & 0b00001111) << 8));
emdSec4Node.vector[i].y = ((emdSec4Node.vector[i].y / 4096) * 360);
emdSec4Node.vector[i].z = ((emdSec4Node.angles[aux+3] & 0b11110000) >> 4) | (emdSec4Node.angles[aux+4] << 4);
emdSec4Node.vector[i].z = ((emdSec4Node.vector[i].z / 4096) * 360);
aux += 5;
}
}
emdSec4Data.push_back(emdSec4Node);
}
emdSec4AnimInfo[i].animCount = emdSec3Header[i].dataCount;
}
animStart = 0;
for (unsigned int i = 0; i < totalAnim; i++) {
emdSec4AnimInfo[i].animStart = animStart;
animStart += (emdSec4AnimInfo[i].animCount);
}
free(emdSec4Node.angles);
emdSec4Node.angles = NULL;
// Carrega Quadrados e Triângulos
unsigned int index = 0;
int offset = s7ModelOffset;
for (index = 0; index < emdTotalObj; index++) {
memcpy(&emdObjectBuffer[index].triangles, (emdBufferData + offset), sizeof(EMD_MODEL_TRIANGLES_T));
offset += 28;
memcpy(&emdObjectBuffer[index].quads, (emdBufferData + offset), sizeof(EMD_MODEL_QUADS_T));
offset += 28;
}
// Alloca e Carrega Vertex e Normal
emdVertex = (EMD_VERTEX_T**) malloc (sizeof(EMD_VERTEX_T) * emdTotalObj);
emdquadVertex = (EMD_VERTEX_T**) malloc (sizeof(EMD_VERTEX_T) * emdTotalObj);
emdNormal = (EMD_NORMAL_T**) malloc (sizeof(EMD_NORMAL_T) * emdTotalObj);
emdTriangle = (EMD_TRIANGLE_T**) malloc (sizeof(EMD_TRIANGLE_T) * emdTotalObj);
emdQuad = (EMD_QUAD_T**) malloc (sizeof(EMD_QUAD_T) * emdTotalObj);
emdquadNormal = (EMD_NORMAL_T**) malloc (sizeof(EMD_NORMAL_T) * emdTotalObj);
emdQuadTexture = (EMD_QUADTEXTURE_T**) malloc (sizeof(EMD_QUADTEXTURE_T) * emdTotalObj);
emdTritexture = (EMD_TRITEXTURE_T**) malloc (sizeof(EMD_TRITEXTURE_T) * emdTotalObj);
for (unsigned int i = 0; i < emdTotalObj; i++) {
emdVertex[i] = (EMD_VERTEX_T*) malloc (sizeof(EMD_VERTEX_T) * emdObjectBuffer[i].triangles.vertexCount);
emdquadVertex[i] = (EMD_VERTEX_T*) malloc (sizeof(EMD_VERTEX_T) * emdObjectBuffer[i].quads.vertexCount);
emdNormal[i] = (EMD_NORMAL_T*) malloc (sizeof(EMD_NORMAL_T) * emdObjectBuffer[i].triangles.normalCount);
emdquadNormal[i] = (EMD_NORMAL_T*) malloc (sizeof(EMD_NORMAL_T) * emdObjectBuffer[i].quads.normalCount);
emdTriangle[i] = (EMD_TRIANGLE_T*) malloc (sizeof(EMD_TRIANGLE_T) * emdObjectBuffer[i].triangles.triCount);
emdQuad[i] = (EMD_QUAD_T*) malloc (sizeof(EMD_QUAD_T) * emdObjectBuffer[i].quads.quadCount);
emdQuadTexture[i] = (EMD_QUADTEXTURE_T*) malloc (sizeof(EMD_QUADTEXTURE_T) * emdObjectBuffer[i].quads.quadCount);
emdTritexture[i] = (EMD_TRITEXTURE_T*) malloc (sizeof(EMD_TRITEXTURE_T) * emdObjectBuffer[i].triangles.triCount);
}
for (unsigned int x = 0; x < emdTotalObj; x++) {
for (unsigned int y = 0; y < emdObjectBuffer[x].triangles.vertexCount; y++) {
memcpy(&emdVertex[x][y].x,(emdBufferData + (s7ModelOffset + emdObjectBuffer[x].triangles.vertexOffset+(y*8))), sizeof(signed short));
memcpy(&emdVertex[x][y].y,(emdBufferData + (s7ModelOffset + emdObjectBuffer[x].triangles.vertexOffset+2+(y*8))), sizeof(signed short));
memcpy(&emdVertex[x][y].z,(emdBufferData + (s7ModelOffset + emdObjectBuffer[x].triangles.vertexOffset+4+(y*8))), sizeof(signed short));
memcpy(&emdVertex[x][y].zero,(emdBufferData + (s7ModelOffset + emdObjectBuffer[x].triangles.vertexOffset+6+(y*8))), sizeof(signed short));
}
for (unsigned int y = 0; y < emdObjectBuffer[x].quads.vertexCount; y++) {
memcpy(&emdquadVertex[x][y].x,(emdBufferData + (s7ModelOffset + emdObjectBuffer[x].quads.vertexOffset+(y*8))), sizeof(signed short));
memcpy(&emdquadVertex[x][y].y,(emdBufferData + (s7ModelOffset + emdObjectBuffer[x].quads.vertexOffset+2+(y*8))), sizeof(signed short));
memcpy(&emdquadVertex[x][y].z,(emdBufferData + (s7ModelOffset + emdObjectBuffer[x].quads.vertexOffset+4+(y*8))), sizeof(signed short));
memcpy(&emdquadVertex[x][y].zero,(emdBufferData + (s7ModelOffset + emdObjectBuffer[x].quads.vertexOffset+6+(y*8))), sizeof(signed short));
}
for (unsigned int y = 0; y < emdObjectBuffer[x].triangles.normalCount; y++) {
memcpy(&emdNormal[x][y].x,(emdBufferData + (s7ModelOffset + emdObjectBuffer[x].triangles.normalOffset+(y*8))), sizeof(signed short));
memcpy(&emdNormal[x][y].y,(emdBufferData + (s7ModelOffset + emdObjectBuffer[x].triangles.normalOffset+2+(y*8))), sizeof(signed short));
memcpy(&emdNormal[x][y].z,(emdBufferData + (s7ModelOffset + emdObjectBuffer[x].triangles.normalOffset+4+(y*8))), sizeof(signed short));
memcpy(&emdNormal[x][y].zero,(emdBufferData + (s7ModelOffset + emdObjectBuffer[x].triangles.normalOffset+6+(y*8))), sizeof(signed short));
}
for (unsigned int y = 0; y < emdObjectBuffer[x].quads.normalCount; y++) {
memcpy(&emdquadNormal[x][y].x,(emdBufferData + (s7ModelOffset + emdObjectBuffer[x].quads.normalOffset+(y*8))), sizeof(signed short));
memcpy(&emdquadNormal[x][y].y,(emdBufferData + (s7ModelOffset + emdObjectBuffer[x].quads.normalOffset+2+(y*8))), sizeof(signed short));
memcpy(&emdquadNormal[x][y].z,(emdBufferData + (s7ModelOffset + emdObjectBuffer[x].quads.normalOffset+4+(y*8))), sizeof(signed short));
memcpy(&emdquadNormal[x][y].zero,(emdBufferData + (s7ModelOffset + emdObjectBuffer[x].quads.normalOffset+6+(y*8))), sizeof(signed short));
}
for (unsigned int y = 0; y < emdObjectBuffer[x].triangles.triCount; y++) {
memcpy(&emdTriangle[x][y],(emdBufferData + (s7ModelOffset + emdObjectBuffer[x].triangles.triOffset+(y*sizeof(EMD_TRIANGLE_T)))), sizeof(EMD_TRIANGLE_T));
memcpy(&emdTritexture[x][y],(emdBufferData + (s7ModelOffset + emdObjectBuffer[x].triangles.triTextureOffset+(y*sizeof(EMD_TRITEXTURE_T)))), sizeof(EMD_TRITEXTURE_T));
}
for (unsigned int y = 0; y < emdObjectBuffer[x].quads.quadCount; y++) {
memcpy(&emdQuad[x][y],(emdBufferData + (s7ModelOffset + emdObjectBuffer[x].quads.quadOffset+(y*sizeof(EMD_QUAD_T)))), sizeof(EMD_QUAD_T));
memcpy(&emdQuadTexture[x][y], (emdBufferData + (s7ModelOffset + emdObjectBuffer[x].quads.quadTextureOffset+(y*sizeof(EMD_QUADTEXTURE_T)))), sizeof(EMD_QUADTEXTURE_T));
}
}
emdTotalObj = 15;
fclose(emdFile);
return true;
}