// --------------------------------------
ReferenceFile* ReferenceManager::processReferenceFile(const MString& filename)
{
ReferenceFile* file = new ReferenceFile();
file->filename = filename;
mFiles.push_back(file);
#if MAYA_API_VERSION >= 800
return file; // Versions 8.00 and 8.50 of Maya don't allow us to create references inside a plug-in.
#elif MAYA_API_VERSION >= 600
// Get the original transformations for this file.
// 1. Create a new reference
MString tempFilename;
MObject tempReferenceNode;
{
MString command = MString("file -r -type \"COLLADA importer\" -namespace \"_TEMP_EXP_NAMESPACE\" \"") + filename + "\";";
MGlobal::executeCommand(command, tempFilename);
tempFilename = getLastReferenceFilename ( tempFilename );
MObject tempReferenceNode = getReferenceNode ( tempFilename );
MString tempNodeName = MFnDependencyNode(tempReferenceNode).name();
command = MString("file -loadReference \"") + tempNodeName + "\" \"" + tempFilename + "\";";
MGlobal::executeCommand(command);
}
// 2. Get the original transformations for the root transforms of the temporary reference object
MDagPathArray tempRoots;
MObjectArray subReferences;
getRootObjects ( tempReferenceNode, tempRoots, subReferences );
uint tempRootCount = tempRoots.length();
for (uint j = 0; j < tempRootCount; ++j)
{
MFnTransform tempT(tempRoots[j]);
file->originalTransformations.push_back( tempT.transformation() );
}
// 3. Get the original node names. This will be used as the URL for export
file->rootNames.setLength(tempRootCount);
for (uint j = 0; j < tempRootCount; ++j)
{
MString& originalName = file->rootNames[j];
originalName = tempRoots[j].partialPathName();
originalName = originalName.substring ( originalName.index(':') + 1, originalName.length() );
}
// 4. Cleanup: remove this reference
MString command = MString("file -rr \"") + tempFilename + "\";";
MGlobal::executeCommand ( command );
#endif // MAYA >= 600
return file;
}
ostream& operator<<(ostream&s, timeLength z) {
timeLength tUser = z;
int years = static_cast<int>(tUser.getI(timeUnit::year()));
timeLength tempT(years,timeUnit::year());
tUser -= tempT;
int days = static_cast<int>(tUser.getI(timeUnit::day()));
tUser -= timeLength(days,timeUnit::day());
int hours = static_cast<int>(tUser.getI(timeUnit::hour()));
tUser -= timeLength(hours,timeUnit::hour());
int mins = static_cast<int>(tUser.getI(timeUnit::minute()));
tUser -= timeLength(mins,timeUnit::minute());
int secs = static_cast<int>(tUser.getI(timeUnit::sec()));
tUser -= timeLength(secs,timeUnit::sec());
int ms = static_cast<int>(tUser.getI(timeUnit::ms()));
tUser -= timeLength(ms,timeUnit::ms());
int us = static_cast<int>(tUser.getI(timeUnit::us()));
tUser -= timeLength(us,timeUnit::us());
int ns = static_cast<int>(tUser.getI(timeUnit::ns()));
bool prev = false, compact = false;
char cSt[5] = ", ";
// this is a hack for those that want to print the time compressed
if(s.flags() & ostream::oct) { compact=true; s.flags(ostream::dec); }
if(compact == true) strcpy(cSt,",");
s << "[";
if(z.get_ns() == 0) { s << "0 time"; }
else {
if(years!=0) { s << (prev? cSt:"") << years << " years"; prev=true; }
if(days!=0) { s << (prev? cSt:"") << days << " days"; prev=true; }
if(hours!=0) { s << (prev? cSt:"") << hours << " hours"; prev=true; }
if(mins!=0) { s << (prev? cSt:"") << mins << " mins"; prev=true; }
if(secs!=0) { s << (prev? cSt:"") << secs << " secs"; prev=true; }
if(ms!=0) { s << (prev? cSt:"") << ms << " ms"; prev=true; }
if(us!=0) { s << (prev? cSt:"") << us << " us"; prev=true; }
if(ns!=0) { s << (prev? cSt:"") << ns << " ns"; prev=true; }
}
s << "]";
return s;
}
