// ------------------------------------------------------------
bool EffectTextureExporter::getTextureFileInfos (
const COLLADASW::URI &sourceUri,
COLLADASW::URI &fullFileNameURI )
{
bool returnValue = true;
// Check if the file exist!
String sourceUriString = sourceUri.toNativePath();
if ( ExportOptions::relativePaths() )
{
// Different filename and URI, if we copy the textures to the destination directory!
if ( ExportOptions::copyTextures() )
{
// Get the URI of the COLLADA file.
String targetColladaFile = mDocumentExporter->getFilename();
COLLADASW::URI targetColladaUri ( COLLADASW::URI::nativePathToUri ( targetColladaFile ) );
if ( targetColladaUri.getScheme ().empty () )
targetColladaUri.setScheme ( COLLADASW::URI::SCHEME_FILE );
// Get the URI of the copied texture file.
COLLADASW::URI textureUri = createTargetURI ( sourceUri );
// Get the texture URI relative to the COLLADA file URI.
bool success = false;
COLLADASW::URI targetUri = textureUri.getRelativeTo ( targetColladaUri, success );
if ( !success )
{
String message = "Not able to generate a relative path from "
+ textureUri.getURIString() + " to " + targetColladaUri.getURIString()
+ ". An absolute path will be written! ";
MGlobal::displayError ( message.c_str() );
targetUri = textureUri;
returnValue = false;
}
// Get the file URI
fullFileNameURI = targetUri;
}
else
{
// Get the URI of the COLLADA file.
String targetColladaFile = mDocumentExporter->getFilename();
COLLADASW::URI targetColladaUri ( COLLADASW::URI::nativePathToUri ( targetColladaFile ) );
if ( targetColladaUri.getScheme ().empty () )
targetColladaUri.setScheme ( COLLADASW::URI::SCHEME_FILE );
// Get the texture URI relative to the COLLADA file URI.
bool success = false;
COLLADASW::URI targetUri = sourceUri.getRelativeTo ( targetColladaUri, success );
if ( !success )
{
String message = "Not able to generate a relative path from "
+ sourceUri.getURIString() + " to " + targetColladaUri.getURIString()
+ ". An absolute path will be written! ";
MGlobal::displayError ( message.c_str() );
targetUri = sourceUri;
returnValue = false;
}
// Get the file URI
fullFileNameURI = targetUri;
}
}
else
{
// Different filename and URI, if we copy the textures to the destination directory!
if ( ExportOptions::copyTextures() )
{
// Get the texture URI relative to the COLLADA file URI.
COLLADASW::URI targetUri = createTargetURI ( sourceUri );
// Get the file URI
fullFileNameURI = targetUri;
}
else
{
// Get the file URI
fullFileNameURI = sourceUri;
}
}
return returnValue;
}
//---------------------------------------------------------------
void DocumentExporter::exportAsset()
{
COLLADASW::Asset asset ( &mStreamWriter );
// Add contributor information
// Set the author
String userName = getEnvironmentVariable ( "USERNAME" );
if ( userName.empty() )
userName = getEnvironmentVariable ( "USER" );
if ( !userName.empty() )
asset.getContributor().mAuthor = String ( userName );
const COLLADASW::URI maxFileUri = mExportSceneGraph->getMaxFileUri();
if ( !maxFileUri.getPathFile().empty() )
asset.getContributor().mSourceData = maxFileUri.getURIString();
asset.getContributor().mAuthoringTool = AUTHORING_TOOL;
// set *system* unit information
int systemUnitType;
float systemUnitScale;
GetMasterUnitInfo ( &systemUnitType, &systemUnitScale );
switch ( systemUnitType )
{
case UNITS_INCHES:
asset.setUnit ( "inch", systemUnitScale * 0.0254f );
break;
case UNITS_FEET:
asset.setUnit ( "feet", systemUnitScale * 0.3048f );
break;
case UNITS_MILES:
asset.setUnit ( "mile", systemUnitScale * 1609.344f );
break;
case UNITS_MILLIMETERS:
asset.setUnit ( "millimeter", systemUnitScale * 0.001f );
break;
case UNITS_CENTIMETERS:
asset.setUnit ( "centimeter", systemUnitScale * 0.01f );
break;
case UNITS_METERS:
asset.setUnit ( "meter", systemUnitScale );
break;
case UNITS_KILOMETERS:
asset.setUnit ( "kilometer", systemUnitScale * 1000.0f );
break;
default:
break;
}
asset.setUpAxisType ( COLLADASW::Asset::Z_UP );
asset.add();
}
//---------------------------------------------------------------
void DocumentExporter::exportAsset()
{
COLLADASW::Asset asset(&mStreamWriter);
// Add contributor information
// Set the author
char* userName = getenv ( USERNAME );
if ( !userName || *userName == 0 )
{
userName = getenv ( USER );
}
if ( userName && *userName != 0 )
{
asset.getContributor().mAuthor = NativeString( userName ).toUtf8String();
}
// Source is the scene we have exported from
String currentScene = MFileIO::currentFile().asChar();
if ( currentScene.size() > 0 )
{
COLLADASW::URI sourceFileUri ( COLLADASW::URI::nativePathToUri ( currentScene ) );
if ( sourceFileUri.getScheme ().empty () )
sourceFileUri.setScheme ( COLLADASW::URI::SCHEME_FILE );
asset.getContributor().mSourceData = sourceFileUri.getURIString();
}
std::size_t foundLast = COLLADABU::CURRENT_REVISION.find_last_of(".");
std::size_t foundFirst = COLLADABU::CURRENT_REVISION.find_first_of(".");
String versionMajor = COLLADABU::CURRENT_REVISION.substr(0, foundFirst);
String versionMinor = COLLADABU::CURRENT_REVISION.substr(foundFirst + 1, foundLast - foundFirst -1 );
asset.getContributor().mAuthoringTool = AUTHORING_TOOL_NAME + MGlobal::mayaVersion().asChar() +
(COLLADABU::CURRENT_REVISION.empty() ? "" : String("; ") + String("Version: ") + versionMajor + "." + versionMinor) +
(COLLADABU::CURRENT_REVISION.empty() ? "" : String("; ") + String("Revision: ") + COLLADABU::CURRENT_REVISION.substr(foundLast + 1));
// comments
MString optstr = MString("\n\t\t\tColladaMaya export options: ")
+ "\n\t\t\tbakeTransforms=" + ExportOptions::bakeTransforms()
+ ";relativePaths=" + ExportOptions::relativePaths()
+ ";preserveSourceTree=" + ExportOptions::preserveSourceTree()
+ ";copyTextures=" + ExportOptions::copyTextures()
+ ";exportTriangles=" + ExportOptions::exportTriangles()
+ ";exportCgfxFileReferences=" + ExportOptions::exportCgfxFileReferences()
+ ";\n\t\t\tisSampling=" + ExportOptions::isSampling()
+ ";curveConstrainSampling=" + ExportOptions::curveConstrainSampling()
+ ";removeStaticCurves=" + ExportOptions::removeStaticCurves()
+ ";exportPhysics=" + ExportOptions::exportPhysics()
+ ";exportConvexMeshGeometries=" + ExportOptions::exportConvexMeshGeometries()
+ ";exportPolygonMeshes=" + ExportOptions::exportPolygonMeshes()
+ ";exportLights=" + ExportOptions::exportLights()
+ ";\n\t\t\texportCameras=" + ExportOptions::exportCameras()
+ ";exportAnimationsOnly=" + ExportOptions::exportAnimationsOnly()
+ ";exportSeparateFile=" + ExportOptions::exportSeparateFile()
+ ";modelNameDAE=" + ExportOptions::getDAEmodelName()
+ ";exportJoints=" + ExportOptions::exportJoints()
+ ";exportSkin=" + ExportOptions::exportSkin()
+ ";exportAnimations=" + ExportOptions::exportAnimations()
+ ";exportOptimizedBezierAnimation=" + ExportOptions::exportOptimizedBezierAnimations()
+ ";exportInvisibleNodes=" + ExportOptions::exportInvisibleNodes()
+ ";exportDefaultCameras=" + ExportOptions::exportDefaultCameras()
+ ";\n\t\t\texportTexCoords=" + ExportOptions::exportTexCoords()
+ ";exportNormals=" + ExportOptions::exportNormals()
+ ";exportNormalsPerVertex=" + ExportOptions::exportNormalsPerVertex()
+ ";exportVertexColors=" + ExportOptions::exportVertexColors()
+ ";exportVertexColorsPerVertex=" + ExportOptions::exportVertexColorsPerVertex()
+ ";\n\t\t\texportTexTangents=" + ExportOptions::exportTexTangents()
+ ";exportTangents=" + ExportOptions::exportTangents()
+ ";exportReferencedMaterials=" + ExportOptions::exportReferencedMaterials()
+ ";exportMaterialsOnly=" + ExportOptions::exportMaterialsOnly()
+ ";\n\t\t\texportXRefs=" + ExportOptions::exportXRefs()
+ ";dereferenceXRefs=" + ExportOptions::dereferenceXRefs()
+ ";exportCameraAsLookat=" + ExportOptions::exportCameraAsLookat()
+ ";cameraXFov=" + ExportOptions::cameraXFov()
+ ";cameraYFov=" + ExportOptions::cameraYFov()
+ ";doublePrecision=" + ExportOptions::doublePrecision () + "\n\t\t";
asset.getContributor().mComments = optstr.asChar();
// Up axis
if ( MGlobal::isYAxisUp() )
asset.setUpAxisType ( COLLADASW::Asset::Y_UP );
else if ( MGlobal::isZAxisUp() )
asset.setUpAxisType ( COLLADASW::Asset::Z_UP );
// Retrieve the linear unit name
MString mayaLinearUnitName;
MGlobal::executeCommand ( "currentUnit -q -linear -fullName;", mayaLinearUnitName );
String linearUnitName = mayaLinearUnitName.asChar();
// Get the UI unit type (internal units are centimeter, collada want
// a number relative to meters).
// All transform components with units will be in maya's internal units
// (radians for rotations and centimeters for translations).
MDistance testDistance ( 1.0f, MDistance::uiUnit() );
// Get the conversion factor relative to meters for the collada document.
// For example, 1.0 for the name "meter"; 1000 for the name "kilometer";
// 0.3048 for the name "foot".
double colladaConversionFactor = ( float ) testDistance.as ( MDistance::kMeters );
float colladaUnitFactor = float ( 1.0 / colladaConversionFactor );
asset.setUnit ( linearUnitName, colladaConversionFactor );
// Asset heraus schreiben
asset.add();
}
