/*****************************************************************************
* DESCRIPTION: *
* Main module of skeleton - Read command line and do what is needed... *
* *
* PARAMETERS: *
* FileNames: Files to open and read, as a vector of strings. *
* NumFiles: Length of the FileNames vector. *
* *
* RETURN VALUE: *
* bool: false - fail, true - success. *
*****************************************************************************/
bool CGSkelProcessIritDataFiles(CString &FileNames, int NumFiles, std::vector<PolygonalObject>& outObjects, int polygonFineness)
{
IPObjectStruct *PObjects;
IrtHmgnMatType CrntViewMat;
/* Get the data files: */
IPSetFlattenObjects(FALSE);
// Boris' patch: convert FileNames to an array of size 1
// then convert it from wide char to char
LPCTSTR* tmp1 = (LPCTSTR*)&FileNames;
char tmp2[201];
char* tmp3[1] = { tmp2 };
wcstombs(tmp2, *tmp1, 200);
if ((PObjects = IPGetDataFiles(tmp3, 1/*NumFiles*/, TRUE, FALSE)) == NULL)
return false;
// End of patch
PObjects = IPResolveInstances(PObjects);
if (IPWasPrspMat)
MatMultTwo4by4(CrntViewMat, IPViewMat, IPPrspMat);
else
IRIT_GEN_COPY(CrntViewMat, IPViewMat, sizeof(IrtHmgnMatType));
/* Here some useful parameters to play with in tesselating freeforms: */
CGSkelFFCState.FineNess = polygonFineness; /* Res. of tesselation, larger is finer. */
CGSkelFFCState.ComputeUV = TRUE; /* Wants UV coordinates for textures. */
CGSkelFFCState.FourPerFlat = TRUE;/* 4 poly per ~flat patch, 2 otherwise.*/
CGSkelFFCState.LinearOnePolyFlag = TRUE; /* Linear srf gen. one poly. */
/* Traverse ALL the parsed data, recursively. */
IPTraverseObjListHierarchy(PObjects, CrntViewMat,
CGSkelDumpOneTraversedObject);
// Convert to our data structure:
outObjects = IritAdapter::Convert(PObjects);
// Finished converting
return true;
}
/*****************************************************************************
* DESCRIPTION: M
* Main module of irit2xfg - Read command line and do what is needed... M
* *
* PARAMETERS: M
* argc, argv: Command line. M
* *
* RETURN VALUE: M
* int: Return code. M
* *
* KEYWORDS: M
* main M
*****************************************************************************/
int main(int argc, char **argv)
{
int Error,
HasTime = FALSE,
PrintSizeFlag = FALSE,
NumOfIsolinesFlag = FALSE,
CrvOptimalPolyFlag = FALSE,
SrfOptimalPolyFlag = FALSE,
VerFlag = FALSE,
OutFileFlag = FALSE,
TranslateFlag = FALSE,
NumFiles = 0;
char
*StrNumOfIsolines = NULL,
**FileNames = NULL;
IrtRType CurrentTime;
IPObjectStruct *PObjects;
IrtHmgnMatType CrntViewMat;
#ifdef DEBUG_IRIT_MALLOC
IritInitTestDynMemory();
#endif /* DEBUG_IRIT_MALLOC */
if ((Error = GAGetArgs (argc, argv, CtrlStr,
&PrintSizeFlag, &GlblPrintSize,
&TranslateFlag, &GlblXTranslate, &GlblYTranslate,
&NumOfIsolinesFlag, &StrNumOfIsolines,
&CrvOptimalPolyFlag, &IPFFCState.CrvApproxMethod,
&IPFFCState.CrvApproxTolSamples,
&SrfOptimalPolyFlag, &IPFFCState.OptimalPolygons,
&IPFFCState.FineNess,
&IPFFCState.DrawFFMesh, &IPFFCState.DrawFFGeom,
&IPFFCState.Talkative, &HasTime, &CurrentTime,
&IPFFCState.ShowInternal, &OutFileFlag, &OutFileName,
&VerFlag, &NumFiles, &FileNames)) != 0) {
GAPrintErrMsg(Error);
GAPrintHowTo(CtrlStr);
Irit2XfgExit(1);
}
if (VerFlag) {
IRIT_INFO_MSG_PRINTF("\n%s\n\n", VersionStr);
GAPrintHowTo(CtrlStr);
Irit2XfgExit(0);
}
if (!NumFiles) {
IRIT_WARNING_MSG("No data file names were given, exit.\n");
GAPrintHowTo(CtrlStr);
Irit2XfgExit(1);
}
IPFFCState.DumpObjsAsPolylines = !SrfOptimalPolyFlag;
IPFFCState.ComputeNrml = FALSE; /* No need for normals of vertices. */
if (NumOfIsolinesFlag && StrNumOfIsolines != NULL) {
if (sscanf(StrNumOfIsolines, "%d:%d:%d",
&IPFFCState.NumOfIsolines[0],
&IPFFCState.NumOfIsolines[1],
&IPFFCState.NumOfIsolines[2]) != 3) {
if (sscanf(StrNumOfIsolines, "%d:%d",
&IPFFCState.NumOfIsolines[0],
&IPFFCState.NumOfIsolines[1]) != 2) {
if (sscanf(StrNumOfIsolines, "%d",
&IPFFCState.NumOfIsolines[1]) != 1) {
IRIT_WARNING_MSG(
"Number(s) of isolines (-I) cannot be parsed.\n");
GAPrintHowTo(CtrlStr);
Irit2XfgExit(1);
}
else {
IPFFCState.NumOfIsolines[2] =
IPFFCState.NumOfIsolines[1] =
IPFFCState.NumOfIsolines[0];
}
}
else {
IPFFCState.NumOfIsolines[2] = IPFFCState.NumOfIsolines[0];
}
}
}
/* Get the data files: */
IPSetFlattenObjects(FALSE);
if ((PObjects = IPGetDataFiles((const char **) FileNames,
NumFiles, TRUE, FALSE)) == NULL)
Irit2XfgExit(1);
PObjects = IPResolveInstances(PObjects);
if (HasTime)
GMAnimEvalAnimationList(CurrentTime, PObjects);
else
GMAnimEvalAnimationList(GM_ANIM_NO_DEFAULT_TIME, PObjects);
if (IPWasPrspMat)
MatMultTwo4by4(CrntViewMat, IPViewMat, IPPrspMat);
else
IRIT_GEN_COPY(CrntViewMat, IPViewMat, sizeof(IrtHmgnMatType));
IPTraverseObjListHierarchy(PObjects, CrntViewMat, IPMapObjectInPlace);
DumpDataForFIG(OutFileFlag ? OutFileName : NULL, PObjects);
Irit2XfgExit(0);
return 0;
}
