/** Defines the persistable parameters on the options dialog */
CStatus OgreMeshExportOptions_Define( const CRef & in_Ctx )
{
// Here is where we add all the parameters to the
// Custom Property. This will be called each time
// an new instance of the Custom Property is called.
// It is not called when an persisted Custom Property is loaded.
Application app ;
CustomProperty prop = Context(in_Ctx).GetSource();
Parameter param ;
// Default capabilities for most of these parameters
int caps = siPersistable ;
CValue nullValue; // Used for arguments we don't want to set
prop.AddParameter(
L"version",CValue::siString, caps,
L"Version", L"",
nullValue, param) ;
prop.AddParameter(
L"objectName",CValue::siString, caps,
L"Object Name", L"",
nullValue, param) ;
prop.AddParameter(
L"objects",CValue::siRefArray, caps,
L"Collection of selected objects", L"",
nullValue, param) ;
prop.AddParameter(
L"targetMeshFileName",CValue::siString, caps,
L"Mesh Filename", L"",
nullValue, param) ;
prop.AddParameter(
L"mergeSubmeshes",CValue::siBool, caps,
L"Merge objects with same material?",
L"If false, a separate named SubMesh will be created for every PolygonMesh "
L"preserving your model divisions. If true, the exporter will merge all "
L"PolygonMesh objects with the same material, which is more efficient, but "
L"does not preserve your modelling divisions.",
CValue(true), param) ;
prop.AddParameter(
L"exportChildren",CValue::siBool, caps,
L"Export Children",
L"If true, children of all selected objects will be exported.",
CValue(true), param) ;
prop.AddParameter(
L"calculateEdgeLists",CValue::siBool, caps,
L"Calculate Edge Lists (stencil shadows)", L"",
CValue(true), param) ;
prop.AddParameter(
L"calculateTangents",CValue::siBool, caps,
L"Calculate Tangents (normal mapping)", L"",
CValue(false), param) ;
prop.AddParameter(
L"tangentSemantic",CValue::siString, caps,
L"Tangent Semantic", L"",
L"t", param) ;
prop.AddParameter(
L"tangentsSplitMirrored",CValue::siBool, caps,
L"Split tangents at UV mirror", L"",
CValue(false), param) ;
prop.AddParameter(
L"tangentsSplitRotated",CValue::siBool, caps,
L"Split tangents at UV rotation", L"",
CValue(false), param) ;
prop.AddParameter(
L"tangentsUseParity",CValue::siBool, caps,
L"4D Tangents", L"",
CValue(false), param) ;
prop.AddParameter(
L"numLodLevels",CValue::siInt2, caps,
L"Levels of Detail", L"",
(LONG)0, param) ;
prop.AddParameter(
L"lodDistanceIncrement",CValue::siFloat, caps,
L"Distance Increment", L"",
(LONG)2000, //default
(LONG)1, // hard min
(LONG)1000000, // hard max
(LONG)50, // suggested min
(LONG)10000, // suggested max
param) ;
prop.AddParameter(
L"lodQuota",CValue::siString, caps,
L"Reduction Style", L"",
L"p", param) ;
prop.AddParameter(
L"lodReduction",CValue::siFloat, caps,
L"Reduction Value", L"",
CValue(50.0f), param) ;
prop.AddParameter(
L"exportSkeleton",CValue::siBool, caps,
L"Export Skeleton", L"",
CValue(true), param) ;
prop.AddParameter(
L"exportVertexAnimation",CValue::siBool, caps,
L"Export Vertex Animation", L"",
CValue(true), param) ;
prop.AddParameter(
L"targetSkeletonFileName",CValue::siString, caps,
L"Skeleton Filename", L"",
nullValue, param) ;
prop.AddParameter(
L"fps",CValue::siInt2, caps,
L"Frames per second", L"",
(LONG)24, param) ;
prop.AddGridParameter(L"animationList");
prop.AddParameter(
L"exportMaterials", CValue::siBool, caps,
L"Export Materials", L"",
CValue(true), param);
prop.AddParameter(
L"copyTextures", CValue::siBool, caps,
L"Copy Textures To Folder", L"",
CValue(true), param);
prop.AddParameter(
L"targetMaterialFileName",CValue::siString, caps,
L"Material Filename", L"",
nullValue, param) ;
prop.AddParameter(
L"materialPrefix",CValue::siString, caps,
L"Material Prefix", L"",
nullValue, param) ;
return CStatus::OK;
}
