// read from file
VECTOR3D clsTranslator::readVector(FILE* file) {
float x, y, z;
_ftscanf_s(file, _T("%f"), &x);
_ftscanf_s(file, _T("%f"), &y);
_ftscanf_s(file, _T("%f"), &z);
return VECTOR3D(x, y, z);
}
void clsTranslator::readRotation(VECTOR3D& fwd, VECTOR3D& uwd, VECTOR3D& rwd, FILE* file) {
TCHAR buffer[256];
fwd = readVector(file);
_ftscanf_s(file, _T("%s"), buffer, 256);
uwd = readVector(file);
_ftscanf_s(file, _T("%s"), buffer, 256);
rwd = readVector(file);
}
MESH_ID clsTranslator::readMeshID(FILE* file) {
TCHAR name[256];
errno_t bErrorFlag = _ftscanf_s(file, _T("%s"), name, 256);
if ( !_tcscmp(name, _T("MICROPHONE")) )
return MSH_MIC;
if ( !_tcscmp(name, _T("JAGDPANTHER")) )
return MSH_TANK;
if ( !_tcscmp(name, _T("PYRAMID")) )
return MSH_PYRAMID;
if ( !_tcscmp(name, _T("CONE")) )
return MSH_CONE;
if ( !_tcscmp(name, _T("EXCONE")) )
return MSH_EXCONE;
if ( !_tcscmp(name, _T("HOLE")) )
return MSH_HOLE;
return MSH_TANK;
}
bool clsTranslator::loadSceneScript(LPSCENE3D Scene, TCHAR *fileName) {
FILE* file;
errno_t bErrorFlag = _tfopen_s(&file, fileName, _T("r"));
if (bErrorFlag)
return false;
TCHAR buffer[256];
buffer[19] = '\0';
bErrorFlag = _ftscanf_s(file, _T("%19c"), buffer);
if ( wcscmp(buffer, _T("3DEditor scene file")) )
return false;
// loading cameras
bErrorFlag = _ftscanf_s(file, _T("%94c\0"), buffer);
UINT objCount;
bErrorFlag = _ftscanf_s(file, _T("%d"), &objCount);
for (UINT i = 0; i < objCount; i++) {
LPCAMERA3D camera = new CAMERA3D;
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
camera->setName(buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
readPosition(camera, file);
bErrorFlag = _ftscanf_s(file, _T("%24c"), buffer);
VECTOR3D fwd, rwd, uwd;
readRotation(fwd, uwd, rwd, file);
camera->setForwardLookDirection(fwd);
camera->setUpLookDirection(uwd);
camera->setRightLookDirection(rwd);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
float tmp;
bErrorFlag = _ftscanf_s(file, _T("%f"), &tmp);
camera->setHFov(tmp);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag =_ftscanf_s(file, _T("%f"), &tmp);
camera->setVFov(tmp);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%f"), &tmp);
camera->setNearCP(tmp);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%f"), &tmp);
camera->setFarCP(tmp);
bErrorFlag = _ftscanf_s(file, _T("%77c"), buffer, 256);
Scene->AddObject(camera);
camera->Transform();
}
// loading lighters
bErrorFlag = _ftscanf_s(file, _T("%94c\0"), buffer);
bErrorFlag = _ftscanf_s(file, _T("%d"), &objCount);
for (UINT i = 0; i < objCount; i++) {
LPDIFLIGHT3D light = new DIFLIGHT3D;
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
light->setName(buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%24c"), buffer);
VECTOR3D fwd, rwd, uwd;
readRotation(fwd, uwd, rwd, file);
light->setForwardLookDirection(fwd);
light->setUpLookDirection(uwd);
light->setRightLookDirection(rwd);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
float tmp;
bErrorFlag = _ftscanf_s(file, _T("%f"), &tmp);
light->setPower(tmp);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
int r, g, k;
bErrorFlag = _ftscanf_s(file, _T("%d %d %d"), &r, &g, &k);
light->setColor(r, g, k);
bErrorFlag = _ftscanf_s(file, _T("%77c"), buffer, 256);
Scene->AddObject(light);
}
// loading meshes
bErrorFlag = _ftscanf_s(file, _T("%94c"), buffer);
bErrorFlag = _ftscanf_s(file, _T("%d"), &objCount);
for (UINT i = 0; i < objCount; i++) {
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
// LPMESH3D mesh = new MESH3D(readMeshID(file));
switch ( readMeshID(file) ) {
/*case MSH_PYRAMID:
readPyramid((LPPYRAMID3D)mesh, file, Scene);
break;
case MSH_CONE:
readCone((LPCONE3D)mesh, file, Scene);
break;
case MSH_EXCONE:
readExCone((LPEXCONE3D)mesh, file, Scene);
break;
case MSH_HOLE:
readHole((LPHOLE3D)mesh, file, Scene);
break;*/
case MSH_MIC:
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
readMic(file, Scene);
break;
case MSH_TANK:
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
readTank(file, Scene);
break;
}
}
//return ( bErrorFlag != 0 );
return true;
}
void clsTranslator::readTank(FILE* file, LPSCENE3D Scene) {
LPJAGDPANTHER3D obj;
TCHAR buffer[256], name[256];
errno_t bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%s"), name, 256);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
VECTOR3D pos = readVector(file);
bErrorFlag = _ftscanf_s(file, _T("%24c"), buffer);
VECTOR3D fwd, rwd, uwd;
readRotation(fwd, uwd, rwd, file);
float bL;
float bW;
float bH;
float fta;
float fba;
float bta;
float bba;
float ta;
float sa;
float clen;
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%f"), &bL);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%f"), &bW);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%f"), &bH);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%f"), &fta);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%f"), &fba);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%f"), &bta);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%f"), &bba);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%f"), &ta);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%f"), &sa);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%f"), &clen);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
int r, g, b;
bErrorFlag = _ftscanf_s(file, _T("%d %d %d"), &r, &g, &b);
obj = new JAGDPANTHER3D(bL, bW, bH, fba, fta, bba, bta, ta, sa, clen, r, g, b);
obj->setName(name, 256);
obj->Translate(pos);
obj->setForwardLookDirection(fwd);
obj->setUpLookDirection(uwd);
obj->setRightLookDirection(rwd);
Scene->AddObject(obj);
obj->Transform();
}
//void clsTranslator::readPyramid(LPPYRAMID3D obj, FILE* file, LPSCENE3D Scene) {
// VECTOR3D pos = readVector(file);
// file.erase(0, 27);
// VECTOR3D fwd, rwd, uwd;
// readRotation(fwd, uwd, rwd, file);
// file.erase(0, 10);
// obj->Translate(pos);
// obj->setForwardLookDirection(&fwd);
// obj->setUpLookDirection(&uwd);
// obj->setRightLookDirection(&rwd);
//
// float h = readFloat(file);
// file.erase(0, 14);
// float bl = readFloat(file);
// file.erase(0, 13);
// float bw = readFloat(file);
// file.erase(0, 13);
// float tl = readFloat(file);
// file.erase(0, 12);
// float tw = readFloat(file);
// file.erase(0, 14);
// pos = readVector(file);
// obj->setColor((UCHAR)pos.x, (UCHAR)pos.y, (UCHAR)pos.z);
//
// obj = new PYRAMID3D(h, bl, bw, tl, tw);
// Scene->AddObject(obj);
//}
//void clsTranslator::readCone(LPCONE3D obj, FILE* file, LPSCENE3D Scene) {
// VECTOR3D pos = readVector(file);
// file.erase(0, 27);
// VECTOR3D fwd, rwd, uwd;
// readRotation(fwd, uwd, rwd, file);
// file.erase(0, 10);
// obj->Translate(pos);
// obj->setForwardLookDirection(&fwd);
// obj->setUpLookDirection(&uwd);
// obj->setRightLookDirection(&rwd);
//
// float h = readFloat(file);
// file.erase(0, 14);
// float br = readFloat(file);
// file.erase(0, 13);
// float tr = readFloat(file);
// file.erase(0, 13);
// float prec = readFloat(file);
// file.erase(0, 14);
// pos = readVector(file);
// obj->setColor((UCHAR)pos.x, (UCHAR)pos.y, (UCHAR)pos.z);
//
// obj = new CONE3D(h, br, tr, (UINT)prec);
// Scene->AddObject(obj);
//}
//void clsTranslator::readExCone(LPEXCONE3D obj, FILE* file, LPSCENE3D Scene) {
// VECTOR3D pos = readVector(file);
// file.erase(0, 27);
// VECTOR3D fwd, rwd, uwd;
// readRotation(fwd, uwd, rwd, file);
// file.erase(0, 10);
// obj->Translate(pos);
// obj->setForwardLookDirection(&fwd);
// obj->setUpLookDirection(&uwd);
// obj->setRightLookDirection(&rwd);
//
// float h = readFloat(file);
// file.erase(0, 14);
// float br = readFloat(file);
// file.erase(0, 13);
// float tr = readFloat(file);
// file.erase(0, 9);
// float sec = readFloat(file);
// file.erase(0, 13);
// float prec = readFloat(file);
// file.erase(0, 14);
// pos = readVector(file);
// obj->setColor((UCHAR)pos.x, (UCHAR)pos.y, (UCHAR)pos.z);
//
// obj = new EXCONE3D(h, br, tr, sec, (UINT)prec);
// Scene->AddObject(obj);
//}
//void clsTranslator::readHole(LPHOLE3D obj, FILE* file, LPSCENE3D Scene) {
// VECTOR3D pos = readVector(file);
// file.erase(0, 27);
// VECTOR3D fwd, rwd, uwd;
// readRotation(fwd, uwd, rwd, file);
// file.erase(0, 10);
// obj->Translate(pos);
// obj->setForwardLookDirection(&fwd);
// obj->setUpLookDirection(&uwd);
// obj->setRightLookDirection(&rwd);
//
// float h = readFloat(file);
// file.erase(0, 14);
// float br = readFloat(file);
// file.erase(0, 19);
// float bh = readFloat(file);
// file.erase(0, 13);
// float tr = readFloat(file);
// file.erase(0, 18);
// float th = readFloat(file);
// file.erase(0, 13);
// float prec = readFloat(file);
// file.erase(0, 14);
// pos = readVector(file);
// obj->setColor((UCHAR)pos.x, (UCHAR)pos.y, (UCHAR)pos.z);
//
// obj = new HOLE3D(h, br, bh, tr, th, (UINT)prec);
// Scene->AddObject(obj);
//}
void clsTranslator::readMic(FILE* file, LPSCENE3D Scene) {
LPMICROPHONE3D obj;
TCHAR buffer[256], name[256];
errno_t bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%s"), name, 256);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
VECTOR3D pos = readVector(file);
bErrorFlag = _ftscanf_s(file, _T("%24c"), buffer);
VECTOR3D fwd, rwd, uwd;
readRotation(fwd, uwd, rwd, file);
float tH, // total height
bR, // base radius
bH, // base height
bW, // button width
uR, // upright radius
uH, // upright height
uG, // upright gap
hI, // handle indent
hR, // head radius
hD, // head depth
cR; // core radius
int precision;
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%f"), &tH);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%f"), &bR);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%f"), &bH);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%f"), &bW);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%f"), &uR);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%f"), &uH);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%f"), &uG);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%f"), &hI);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%f"), &hR);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%f"), &hD);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%f"), &cR);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
bErrorFlag = _ftscanf_s(file, _T("%f"), &precision);
bErrorFlag = _ftscanf_s(file, _T("%s"), buffer, 256);
int r, g, b;
bErrorFlag = _ftscanf_s(file, _T("%d %d %d"), &r, &g, &b);
obj = new MICROPHONE3D(r, g, b, bR, bH, bW, uR, uH, uG, hI, hR, hD, cR);
obj->setName(name, 256);
obj->Translate(pos);
obj->setForwardLookDirection(fwd);
obj->setUpLookDirection(uwd);
obj->setRightLookDirection(rwd);
Scene->AddObject(obj);
obj->Transform();
}
extern int load_debug(int *argc_p, TCHAR ***argv_p)
{
int ret = 0;
int argc = 0;
TCHAR **argv = NULL;
// Allocate string buffer.
TCHAR *ini_file = new TCHAR[FILE_PATH_MAX];
TCHAR *tmp_buff = new TCHAR[INI_STRING_MAX];
if (!ini_file || !tmp_buff)
return 0;
memset(ini_file, 0, sizeof(TCHAR) * FILE_PATH_MAX);
memset(tmp_buff, 0, sizeof(TCHAR) * INI_STRING_MAX);
// Get the file path of ini file.
if (GetPrivateProfilePath(ini_file))
goto EXIT;
// Open ini file.
FILE *fp = NULL;
if (_tfopen_s(&fp, ini_file, _T("r")) || !fp)
goto EXIT;
// Parse ini file.
int debug = 0;
while (1) {
if (_ftscanf_s(fp, _T("%s"), tmp_buff, INI_STRING_MAX) == EOF)
goto EXIT;
if (debug == 0) {
// Search debug section.
if (_tcsicmp(tmp_buff, _T("[Debug]")) == 0)
debug = 1;
continue;
}
if (argc == 0) {
// Check nums of debug settings.
if (_stscanf_s(tmp_buff, _T("argc=%d"), &argc) == 1)
break;
}
}
// Allocate buffers of debug strings.
argv = new TCHAR *[argc];
if (!argv)
goto EXIT;
memset(argv, 0, sizeof(TCHAR *) * argc);
for (int i = 1; i < argc; i++) {
argv[i] = new TCHAR[INI_STRING_MAX];
if (!(argv[i]))
goto EXIT;
memset(argv[i], 0, sizeof(TCHAR) * INI_STRING_MAX);
}
// Load debug settings.
int tmp_index = 0;
for (int i = 1; i < argc; i++) {
if (_ftscanf_s(fp, _T("%s"), tmp_buff, INI_STRING_MAX) == EOF)
goto EXIT;
if (_stscanf_s(tmp_buff, _T("argv%d=%s"), &tmp_index, argv[i], INI_STRING_MAX) != 2)
goto EXIT;
}
argv[0] = (*argv_p)[0]; // Copy pointer of process path.
*argv_p = argv;
*argc_p = argc;
ret = 1;
EXIT:
if (ret == 0) {
for (int i = 1; i < argc; i++)
SAFE_DELETE_ARRAY(argv[i]);
SAFE_DELETE_ARRAY(argv);
}
fclose(fp);
SAFE_DELETE_ARRAY(ini_file);
SAFE_DELETE_ARRAY(tmp_buff);
return ret;
}
