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Copy pathFabricSpliceConversion.cpp
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FabricSpliceConversion.cpp
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#include "FabricSpliceConversion.h"
#include "FabricSpliceMayaData.h"
#include "plugin.h"
#include <maya/MGlobal.h>
#include <maya/MFnDependencyNode.h>
#include <maya/MFnTypedAttribute.h>
#include <maya/MFnCompoundAttribute.h>
#include <maya/MFnUnitAttribute.h>
#include <maya/MFloatVector.h>
#include <maya/MFnIntArrayData.h>
#include <maya/MFnDoubleArrayData.h>
#include <maya/MFnVectorArrayData.h>
#include <maya/MFnPointArrayData.h>
#include <maya/MIntArray.h>
#include <maya/MDoubleArray.h>
#include <maya/MVectorArray.h>
#include <maya/MPointArray.h>
#include <maya/MFloatVector.h>
#include <maya/MMatrix.h>
#include <maya/MFnMatrixAttribute.h>
#include <maya/MAngle.h>
#include <maya/MDistance.h>
#include <maya/MArrayDataBuilder.h>
#include <maya/MFnPluginData.h>
#include <maya/MFnMesh.h>
#include <maya/MFnMeshData.h>
#include <maya/MFnNurbsCurve.h>
#include <maya/MFnNurbsCurveData.h>
#include <maya/MFloatVectorArray.h>
#include <maya/MFnAnimCurve.h>
#define CORE_CATCH_BEGIN try {
#define CORE_CATCH_END } \
catch (FabricCore::Exception e) { \
mayaLogErrorFunc(e.getDesc_cstr()); \
}
typedef std::map<std::string, SplicePlugToPortFunc> SplicePlugToPortFuncMap;
typedef std::map<std::string, SplicePortToPlugFunc> SplicePortToPlugFuncMap;
typedef SplicePlugToPortFuncMap::iterator SplicePlugToPortFuncIt;
typedef SplicePortToPlugFuncMap::iterator SplicePortToPlugFuncIt;
struct KLEuler{
float x;
float y;
float z;
int32_t order;
};
double getFloat64FromRTVal(FabricCore::RTVal rtVal)
{
FabricCore::RTVal::SimpleData simpleData;
if(!rtVal.maybeGetSimpleData(&simpleData))
return DBL_MAX;
if(simpleData.type == FEC_RTVAL_SIMPLE_TYPE_FLOAT32)
return simpleData.value.float32;
if(simpleData.type == FEC_RTVAL_SIMPLE_TYPE_FLOAT64)
return simpleData.value.float64;
if(simpleData.type == FEC_RTVAL_SIMPLE_TYPE_SINT32)
return simpleData.value.sint32;
if(simpleData.type == FEC_RTVAL_SIMPLE_TYPE_UINT32)
return simpleData.value.uint32;
if(simpleData.type == FEC_RTVAL_SIMPLE_TYPE_UINT8)
return simpleData.value.uint8;
if(simpleData.type == FEC_RTVAL_SIMPLE_TYPE_UINT16)
return simpleData.value.uint16;
if(simpleData.type == FEC_RTVAL_SIMPLE_TYPE_UINT64)
return simpleData.value.uint64;
if(simpleData.type == FEC_RTVAL_SIMPLE_TYPE_SINT8)
return simpleData.value.sint8;
if(simpleData.type == FEC_RTVAL_SIMPLE_TYPE_SINT16)
return simpleData.value.sint16;
if(simpleData.type == FEC_RTVAL_SIMPLE_TYPE_SINT64)
return simpleData.value.sint64;
return DBL_MAX;
}
void plugToPort_compound_convertMat44(const MMatrix & matrix, FabricCore::RTVal & rtVal)
{
CORE_CATCH_BEGIN;
rtVal = FabricSplice::constructRTVal("Mat44", 0, 0);
FabricCore::RTVal dataRTVal = rtVal.callMethod("Data", "data", 0, 0);
float * data = (float*)dataRTVal.getData();
unsigned int offset = 0;
data[offset++] = (float)matrix[0][0];
data[offset++] = (float)matrix[1][0];
data[offset++] = (float)matrix[2][0];
data[offset++] = (float)matrix[3][0];
data[offset++] = (float)matrix[0][1];
data[offset++] = (float)matrix[1][1];
data[offset++] = (float)matrix[2][1];
data[offset++] = (float)matrix[3][1];
data[offset++] = (float)matrix[0][2];
data[offset++] = (float)matrix[1][2];
data[offset++] = (float)matrix[2][2];
data[offset++] = (float)matrix[3][2];
data[offset++] = (float)matrix[0][3];
data[offset++] = (float)matrix[1][3];
data[offset++] = (float)matrix[2][3];
data[offset++] = (float)matrix[3][3];
CORE_CATCH_END;
}
void plugToPort_compound_convertCompound(MFnCompoundAttribute & compound, MDataHandle & handle, FabricCore::RTVal & rtVal)
{
std::vector<FabricCore::RTVal> args(5);
CORE_CATCH_BEGIN;
// treat special cases
if(compound.numChildren() == 3)
{
MString compoundName = compound.name();
FabricCore::RTVal compoundNameRTVal = FabricSplice::constructStringRTVal(compoundName.asChar());
MFnAttribute x(compound.child(0));
MFnAttribute y(compound.child(1));
MFnAttribute z(compound.child(2));
if(x.name() == compoundName+"X" && y.name() == compoundName+"Y" && z.name() == compoundName+"Z")
{
MStatus attrStatus;
MFnNumericAttribute nx(x.object(), &attrStatus);
if(attrStatus == MS::kSuccess)
{
if(!compound.isArray())
{
MDataHandle xHandle(handle.child(x.object()));
MDataHandle yHandle(handle.child(y.object()));
MDataHandle zHandle(handle.child(z.object()));
args[0] = FabricSplice::constructFloat32RTVal(xHandle.asDouble());
args[1] = FabricSplice::constructFloat32RTVal(yHandle.asDouble());
args[2] = FabricSplice::constructFloat32RTVal(zHandle.asDouble());
FabricCore::RTVal value = FabricSplice::constructRTVal("Vec3", 3, &args[0]);
args[0] = compoundNameRTVal;
args[1] = value;
rtVal = FabricSplice::constructObjectRTVal("Vec3Param", 2, &args[0]);
}
else
{
MArrayDataHandle arrayHandle(handle);
rtVal = FabricSplice::constructObjectRTVal("Vec3ArrayParam", 1, &compoundNameRTVal);
args[0] = FabricSplice::constructUInt32RTVal(arrayHandle.elementCount());
rtVal.callMethod("", "resize", 1, &args[0]);
for(unsigned int j=0;j<arrayHandle.elementCount();j++)
{
MDataHandle elementHandle = arrayHandle.inputValue();
MDataHandle xHandle(elementHandle.child(x.object()));
MDataHandle yHandle(elementHandle.child(y.object()));
MDataHandle zHandle(elementHandle.child(z.object()));
args[0] = FabricSplice::constructFloat32RTVal(xHandle.asDouble());
args[1] = FabricSplice::constructFloat32RTVal(yHandle.asDouble());
args[2] = FabricSplice::constructFloat32RTVal(zHandle.asDouble());
FabricCore::RTVal value = FabricSplice::constructRTVal("Vec3", 3, &args[0]);
args[0] = FabricSplice::constructUInt32RTVal(j);
args[1] = value;
rtVal.callMethod("", "setValue", 2, &args[0]);
arrayHandle.next();
}
}
return;
}
else
{
MFnUnitAttribute ux(x.object(), &attrStatus);
if(attrStatus == MS::kSuccess)
{
if(!compound.isArray())
{
MDataHandle xHandle(handle.child(x.object()));
MDataHandle yHandle(handle.child(y.object()));
MDataHandle zHandle(handle.child(z.object()));
args[0] = FabricSplice::constructFloat32RTVal(xHandle.asAngle().as(MAngle::kRadians));
args[1] = FabricSplice::constructFloat32RTVal(yHandle.asAngle().as(MAngle::kRadians));
args[2] = FabricSplice::constructFloat32RTVal(zHandle.asAngle().as(MAngle::kRadians));
FabricCore::RTVal value = FabricSplice::constructRTVal("Euler", 3, &args[0]);
args[0] = compoundNameRTVal;
args[1] = value;
rtVal = FabricSplice::constructObjectRTVal("EulerParam", 2, &args[0]);
}
else
{
MArrayDataHandle arrayHandle(handle);
rtVal = FabricSplice::constructObjectRTVal("EulerArrayParam", 1, &compoundNameRTVal);
args[0] = FabricSplice::constructUInt32RTVal(arrayHandle.elementCount());
rtVal.callMethod("", "resize", 1, &args[0]);
for(unsigned int j=0;j<arrayHandle.elementCount();j++)
{
MDataHandle elementHandle = arrayHandle.inputValue();
MDataHandle xHandle(elementHandle.child(x.object()));
MDataHandle yHandle(elementHandle.child(y.object()));
MDataHandle zHandle(elementHandle.child(z.object()));
args[0] = FabricSplice::constructFloat32RTVal(xHandle.asAngle().as(MAngle::kRadians));
args[1] = FabricSplice::constructFloat32RTVal(yHandle.asAngle().as(MAngle::kRadians));
args[2] = FabricSplice::constructFloat32RTVal(zHandle.asAngle().as(MAngle::kRadians));
FabricCore::RTVal value = FabricSplice::constructRTVal("Euler", 3, &args[0]);
args[0] = FabricSplice::constructUInt32RTVal(j);
args[1] = value;
rtVal.callMethod("", "setValue", 2, &args[0]);
arrayHandle.next();
}
}
return;
}
}
}
}
for(unsigned int i=0;i<compound.numChildren();i++)
{
MFnAttribute child(compound.child(i));
MString childName = child.name();
FabricCore::RTVal childNameRTVal = FabricSplice::constructStringRTVal(childName.asChar());
FabricCore::RTVal childRTVal;
MStatus attrStatus;
MFnNumericAttribute nAttr(child.object(), &attrStatus);
if(attrStatus == MS::kSuccess)
{
if(nAttr.unitType() == MFnNumericData::kBoolean)
{
if(!nAttr.isArray())
{
MDataHandle childHandle(handle.child(child.object()));
args[0] = childNameRTVal;
args[1] = FabricSplice::constructBooleanRTVal(childHandle.asBool());
childRTVal = FabricSplice::constructObjectRTVal("BooleanParam", 2, &args[0]);
}
else
{
MArrayDataHandle childHandle(handle.child(child.object()));
childRTVal = FabricSplice::constructObjectRTVal("BooleanArrayParam", 1, &childNameRTVal);
args[0] = FabricSplice::constructUInt32RTVal(childHandle.elementCount());
childRTVal.callMethod("", "resize", 1, &args[0]);
for(unsigned int j=0;j<childHandle.elementCount();j++)
{
args[0] = FabricSplice::constructUInt32RTVal(j);
args[1] = FabricSplice::constructBooleanRTVal(childHandle.inputValue().asBool());
childRTVal.callMethod("", "setValue", 2, &args[0]);
childHandle.next();
}
}
}
else if(nAttr.unitType() == MFnNumericData::kInt)
{
if(!nAttr.isArray())
{
MDataHandle childHandle(handle.child(child.object()));
args[0] = childNameRTVal;
args[1] = FabricSplice::constructSInt32RTVal(childHandle.asInt());
childRTVal = FabricSplice::constructObjectRTVal("SInt32Param", 2, &args[0]);
}
else
{
MArrayDataHandle childHandle(handle.child(child.object()));
childRTVal = FabricSplice::constructObjectRTVal("SInt32ArrayParam", 1, &childNameRTVal);
args[0] = FabricSplice::constructUInt32RTVal(childHandle.elementCount());
childRTVal.callMethod("", "resize", 1, &args[0]);
for(unsigned int j=0;j<childHandle.elementCount();j++)
{
args[0] = FabricSplice::constructUInt32RTVal(j);
args[1] = FabricSplice::constructSInt32RTVal(childHandle.inputValue().asInt());
childRTVal.callMethod("", "setValue", 2, &args[0]);
childHandle.next();
}
}
}
else if(nAttr.unitType() == MFnNumericData::kFloat)
{
if(!nAttr.isArray())
{
MDataHandle childHandle(handle.child(child.object()));
args[0] = childNameRTVal;
args[1] = FabricSplice::constructFloat64RTVal(childHandle.asFloat());
childRTVal = FabricSplice::constructObjectRTVal("Float64Param", 2, &args[0]);
}
else
{
MArrayDataHandle childHandle(handle.child(child.object()));
childRTVal = FabricSplice::constructObjectRTVal("Float64ArrayParam", 1, &childNameRTVal);
args[0] = FabricSplice::constructUInt32RTVal(childHandle.elementCount());
childRTVal.callMethod("", "resize", 1, &args[0]);
for(unsigned int j=0;j<childHandle.elementCount();j++)
{
args[0] = FabricSplice::constructUInt32RTVal(j);
args[1] = FabricSplice::constructFloat64RTVal(childHandle.inputValue().asFloat());
childRTVal.callMethod("", "setValue", 2, &args[0]);
childHandle.next();
}
}
}
else if(nAttr.unitType() == MFnNumericData::kDouble)
{
if(!nAttr.isArray())
{
MDataHandle childHandle(handle.child(child.object()));
args[0] = childNameRTVal;
args[1] = FabricSplice::constructFloat64RTVal(childHandle.asDouble());
childRTVal = FabricSplice::constructObjectRTVal("Float64Param", 2, &args[0]);
}
else
{
MArrayDataHandle childHandle(handle.child(child.object()));
childRTVal = FabricSplice::constructObjectRTVal("Float64ArrayParam", 1, &childNameRTVal);
args[0] = FabricSplice::constructUInt32RTVal(childHandle.elementCount());
childRTVal.callMethod("", "resize", 1, &args[0]);
for(unsigned int j=0;j<childHandle.elementCount();j++)
{
args[0] = FabricSplice::constructUInt32RTVal(j);
args[1] = FabricSplice::constructFloat64RTVal(childHandle.inputValue().asDouble());
childRTVal.callMethod("", "setValue", 2, &args[0]);
childHandle.next();
}
}
}
else if(nAttr.unitType() == MFnNumericData::k3Double) // vec3
{
if(!nAttr.isArray())
{
MDataHandle childHandle(handle.child(child.object()));
args[0] = childNameRTVal;
args[1] = FabricSplice::constructRTVal("Vec3", 0, 0);
MFloatVector v = childHandle.asFloatVector();
args[1].setMember("x", FabricSplice::constructFloat64RTVal(v.x));
args[1].setMember("y", FabricSplice::constructFloat64RTVal(v.y));
args[1].setMember("z", FabricSplice::constructFloat64RTVal(v.z));
childRTVal = FabricSplice::constructObjectRTVal("Vec3Param", 2, &args[0]);
}
else
{
MArrayDataHandle childHandle(handle.child(child.object()));
childRTVal = FabricSplice::constructObjectRTVal("Vec3ArrayParam", 1, &childNameRTVal);
args[0] = FabricSplice::constructUInt32RTVal(childHandle.elementCount());
childRTVal.callMethod("", "resize", 1, &args[0]);
for(unsigned int j=0;j<childHandle.elementCount();j++)
{
args[0] = FabricSplice::constructUInt32RTVal(j);
args[1] = FabricSplice::constructRTVal("Vec3", 0, 0);
MFloatVector v = childHandle.inputValue().asFloatVector();
args[1].setMember("x", FabricSplice::constructFloat64RTVal(v.x));
args[1].setMember("y", FabricSplice::constructFloat64RTVal(v.y));
args[1].setMember("z", FabricSplice::constructFloat64RTVal(v.z));
childRTVal.callMethod("", "setValue", 2, &args[0]);
childHandle.next();
}
}
}
else if(nAttr.unitType() == MFnNumericData::k3Float) // color
{
if(!nAttr.isArray())
{
MDataHandle childHandle(handle.child(child.object()));
args[0] = childNameRTVal;
args[1] = FabricSplice::constructRTVal("Color", 0, 0);
MFloatVector v = childHandle.asFloatVector();
args[1].setMember("r", FabricSplice::constructFloat64RTVal(v.x));
args[1].setMember("g", FabricSplice::constructFloat64RTVal(v.y));
args[1].setMember("b", FabricSplice::constructFloat64RTVal(v.z));
args[1].setMember("a", FabricSplice::constructFloat64RTVal(1.0));
childRTVal = FabricSplice::constructObjectRTVal("ColorParam", 2, &args[0]);
}
else
{
MArrayDataHandle childHandle(handle.child(child.object()));
childRTVal = FabricSplice::constructObjectRTVal("ColorArrayParam", 1, &childNameRTVal);
args[0] = FabricSplice::constructUInt32RTVal(childHandle.elementCount());
childRTVal.callMethod("", "resize", 1, &args[0]);
for(unsigned int j=0;j<childHandle.elementCount();j++)
{
args[0] = FabricSplice::constructUInt32RTVal(j);
args[1] = FabricSplice::constructRTVal("Color", 0, 0);
MFloatVector v = childHandle.inputValue().asFloatVector();
args[1].setMember("r", FabricSplice::constructFloat64RTVal(v.x));
args[1].setMember("g", FabricSplice::constructFloat64RTVal(v.y));
args[1].setMember("b", FabricSplice::constructFloat64RTVal(v.z));
args[1].setMember("a", FabricSplice::constructFloat64RTVal(1.0));
childRTVal.callMethod("", "setValue", 2, &args[0]);
childHandle.next();
}
}
}
else
{
MFnNumericData::Type unitType = nAttr.unitType();
mayaLogErrorFunc("Unsupported numeric attribute '"+childName+"'.");
return;
}
}
else
{
MFnTypedAttribute tAttr(child.object(), &attrStatus);
if(attrStatus == MS::kSuccess)
{
if(tAttr.attrType() == MFnData::kString)
{
if(!tAttr.isArray())
{
MDataHandle childHandle(handle.child(child.object()));
args[0] = childNameRTVal;
args[1] = FabricSplice::constructStringRTVal(childHandle.asString().asChar());
childRTVal = FabricSplice::constructObjectRTVal("StringParam", 2, &args[0]);
}
else
{
MArrayDataHandle childHandle(handle.child(child.object()));
childRTVal = FabricSplice::constructObjectRTVal("StringArrayParam", 1, &childNameRTVal);
args[0] = FabricSplice::constructUInt32RTVal(childHandle.elementCount());
childRTVal.callMethod("", "resize", 1, &args[0]);
for(unsigned int j=0;j<childHandle.elementCount();j++)
{
args[0] = FabricSplice::constructUInt32RTVal(j);
args[1] = FabricSplice::constructStringRTVal(childHandle.inputValue().asString().asChar());
childRTVal.callMethod("", "setValue", 2, &args[0]);
childHandle.next();
}
}
}
else
{
mayaLogErrorFunc("Unsupported typed attribute '"+childName+"'.");
return;
}
}
else
{
MFnMatrixAttribute mAttr(child.object(), &attrStatus);
if(attrStatus == MS::kSuccess)
{
if(!mAttr.isArray())
{
MDataHandle childHandle(handle.child(child.object()));
const MMatrix& mayaMat = childHandle.asMatrix();
childRTVal = FabricSplice::constructObjectRTVal("Mat44Param", 1, &childNameRTVal);
FabricCore::RTVal matrixRTVal;
plugToPort_compound_convertMat44(childHandle.asMatrix(), matrixRTVal);
childRTVal.callMethod("", "setValue", 1, &matrixRTVal);
}
else
{
MArrayDataHandle childHandle(handle.child(child.object()));
childRTVal = FabricSplice::constructObjectRTVal("Mat44ArrayParam", 1, &childNameRTVal);
args[0] = FabricSplice::constructUInt32RTVal(childHandle.elementCount());
childRTVal.callMethod("", "resize", 1, &args[0]);
for(unsigned int j=0;j<childHandle.elementCount();j++)
{
args[0] = FabricSplice::constructUInt32RTVal(j);
plugToPort_compound_convertMat44(childHandle.inputValue().asMatrix(), args[1]);
childRTVal.callMethod("", "setValue", 2, &args[0]);
childHandle.next();
}
}
}
else
{
MFnCompoundAttribute cAttr(child.object(), &attrStatus);
if(attrStatus == MS::kSuccess)
{
MFnCompoundAttribute cAttr(compound.child(i));
if(!cAttr.isArray())
{
MDataHandle childHandle(handle.child(child.object()));
childRTVal = FabricSplice::constructObjectRTVal("CompoundParam", 1, &childNameRTVal);
plugToPort_compound_convertCompound(cAttr, childHandle, childRTVal);
}
}
}
}
}
if(childRTVal.isValid())
rtVal.callMethod("", "addParam", 1, &childRTVal);
}
CORE_CATCH_END;
}
void plugToPort_compoundArray(MPlug &plug, MDataBlock &data, FabricSplice::DGPort & port){
CORE_CATCH_BEGIN;
if(plug.isArray()){
FabricCore::RTVal compoundVals = FabricSplice::constructObjectRTVal("CompoundArrayParam");
FabricCore::RTVal numElements = FabricSplice::constructUInt32RTVal(plug.numElements());
compoundVals.callMethod("", "resize", 1, &numElements);
for(unsigned int j=0;j<plug.numElements();j++) {
MPlug element = plug.elementByPhysicalIndex(j);
MDataHandle handle = data.inputValue(element);
MFnCompoundAttribute compound(element.attribute());
FabricCore::RTVal compoundVal = FabricSplice::constructObjectRTVal("CompoundParam");
plugToPort_compound_convertCompound(compound, handle, compoundVal);
compoundVals.callMethod("", "addParam", 1, &compoundVal);
}
port.setRTVal(compoundVals);
}
else{
}
CORE_CATCH_END;
}
void plugToPort_compound(MPlug &plug, MDataBlock &data, FabricSplice::DGPort & port){
if(plug.isArray()){
FabricCore::RTVal compoundVals = FabricSplice::constructObjectRTVal("CompoundParam[]");
compoundVals.setArraySize(plug.numElements());
for(unsigned int j=0;j<plug.numElements();j++) {
MPlug element = plug.elementByPhysicalIndex(j);
MDataHandle handle = data.inputValue(element);
MFnCompoundAttribute compound(element.attribute());
FabricCore::RTVal compoundVal;
plugToPort_compound_convertCompound(compound, handle, compoundVal);
compoundVals.setArrayElement(j, compoundVal);
}
port.setRTVal(compoundVals);
}
else{
MDataHandle handle = data.inputValue(plug);
FabricCore::RTVal rtVal = FabricSplice::constructObjectRTVal("CompoundParam");
MFnCompoundAttribute compound(plug.attribute());
plugToPort_compound_convertCompound(compound, handle, rtVal);
port.setRTVal(rtVal);
}
}
void plugToPort_bool(MPlug &plug, MDataBlock &data, FabricSplice::DGPort & port){
if(plug.isArray()){
MArrayDataHandle arrayHandle = data.inputArrayValue(plug);
unsigned int elements = arrayHandle.elementCount();
MAYASPLICE_MEMORY_ALLOCATE(bool, elements);
for(unsigned int i = 0; i < elements; ++i){
arrayHandle.jumpToArrayElement(i);
MDataHandle handle = arrayHandle.inputValue();
MAYASPLICE_MEMORY_SETITEM(i, handle.asBool());
}
MAYASPLICE_MEMORY_SETPORT(port);
MAYASPLICE_MEMORY_FREE();
}
else{
MDataHandle handle = data.inputValue(plug);
port.setRTVal(FabricSplice::constructBooleanRTVal(handle.asBool()));
}
}
void plugToPort_integer(MPlug &plug, MDataBlock &data, FabricSplice::DGPort & port){
if(plug.isArray()){
MArrayDataHandle arrayHandle = data.inputArrayValue(plug);
unsigned int elements = arrayHandle.elementCount();
MAYASPLICE_MEMORY_ALLOCATE(int32_t, elements);
for(unsigned int i = 0; i < elements; ++i){
arrayHandle.jumpToArrayElement(i);
MDataHandle handle = arrayHandle.inputValue();
MAYASPLICE_MEMORY_SETITEM(i, handle.asLong());
}
MAYASPLICE_MEMORY_SETPORT(port);
MAYASPLICE_MEMORY_FREE();
}else{
MDataHandle handle = data.inputValue(plug);
if(handle.type() == MFnData::kIntArray) {
MIntArray arrayValues = MFnIntArrayData(handle.data()).array();
unsigned int elements = arrayValues.length();
MAYASPLICE_MEMORY_ALLOCATE(int32_t, elements);
for(unsigned int i = 0; i < elements; ++i){
MAYASPLICE_MEMORY_SETITEM(i, arrayValues[i]);
}
MAYASPLICE_MEMORY_SETPORT(port);
MAYASPLICE_MEMORY_FREE();
}else{
if(!port.isArray())
port.setRTVal(FabricSplice::constructSInt32RTVal(handle.asLong()));
}
}
}
void plugToPort_scalar(MPlug &plug, MDataBlock &data, FabricSplice::DGPort & port){
std::string scalarUnit = port.getStringOption("scalarUnit");
if(plug.isArray()){
MArrayDataHandle arrayHandle = data.inputArrayValue(plug);
unsigned int elements = arrayHandle.elementCount();
MAYASPLICE_MEMORY_ALLOCATE(float, elements);
for(unsigned int i = 0; i < elements; ++i){
arrayHandle.jumpToArrayElement(i);
MDataHandle handle = arrayHandle.inputValue();
if(scalarUnit == "time")
MAYASPLICE_MEMORY_SETITEM(i, handle.asTime().as(MTime::kSeconds));
else if(scalarUnit == "angle")
MAYASPLICE_MEMORY_SETITEM(i, handle.asAngle().as(MAngle::kRadians));
else if(scalarUnit == "distance")
MAYASPLICE_MEMORY_SETITEM(i, handle.asDistance().as(MDistance::kMillimeters));
else
{
if(handle.numericType() == MFnNumericData::kFloat){
MAYASPLICE_MEMORY_SETITEM(i, handle.asFloat());
}else{
MAYASPLICE_MEMORY_SETITEM(i, handle.asDouble());
}
}
}
MAYASPLICE_MEMORY_SETPORT(port);
MAYASPLICE_MEMORY_FREE();
}else{
MDataHandle handle = data.inputValue(plug);
if(port.isArray()){
MDoubleArray arrayValues = MFnDoubleArrayData(handle.data()).array();
unsigned int elements = arrayValues.length();
MAYASPLICE_MEMORY_ALLOCATE(float, elements);
for(unsigned int i = 0; i < elements; ++i){
MAYASPLICE_MEMORY_SETITEM(i, arrayValues[i]);
}
MAYASPLICE_MEMORY_SETPORT(port);
MAYASPLICE_MEMORY_FREE();
}else{
if(port.isArray())
return;
if(scalarUnit == "time")
port.setRTVal(FabricSplice::constructFloat64RTVal(handle.asTime().as(MTime::kSeconds)));
else if(scalarUnit == "angle")
port.setRTVal(FabricSplice::constructFloat64RTVal(handle.asAngle().as(MAngle::kRadians)));
else if(scalarUnit == "distance")
port.setRTVal(FabricSplice::constructFloat64RTVal(handle.asDistance().as(MDistance::kMillimeters)));
else
{
if(handle.numericType() == MFnNumericData::kFloat)
port.setRTVal(FabricSplice::constructFloat64RTVal(handle.asFloat()));
else
port.setRTVal(FabricSplice::constructFloat64RTVal(handle.asDouble()));
}
}
}
}
void plugToPort_string(MPlug &plug, MDataBlock &data, FabricSplice::DGPort & port){
CORE_CATCH_BEGIN;
if(plug.isArray()){
MArrayDataHandle arrayHandle = data.inputArrayValue(plug);
unsigned int elements = arrayHandle.elementCount();
FabricCore::RTVal stringArrayVal = FabricSplice::constructVariableArrayRTVal("String");
FabricCore::RTVal elementsVal = FabricSplice::constructUInt32RTVal(elements);
stringArrayVal.callMethod("", "resize", 1, &elementsVal);
for(unsigned int i = 0; i < elements; ++i){
arrayHandle.jumpToArrayElement(i);
MDataHandle handle = arrayHandle.inputValue();
MString stringVal = handle.asString();
stringArrayVal.setArrayElement(i, FabricSplice::constructStringRTVal(stringVal.asChar()));
}
port.setRTVal(stringArrayVal);
}
else{
if(port.isArray())
return;
MDataHandle handle = data.inputValue(plug);
port.setRTVal(FabricSplice::constructStringRTVal(handle.asString().asChar()));
}
CORE_CATCH_END;
}
void plugToPort_color(MPlug &plug, MDataBlock &data, FabricSplice::DGPort & port){
CORE_CATCH_BEGIN;
if(plug.isArray()){
MArrayDataHandle arrayHandle = data.inputArrayValue(plug);
unsigned int elements = arrayHandle.elementCount();
FabricCore::RTVal arrayVal = FabricSplice::constructVariableArrayRTVal("Color");
FabricCore::RTVal color = FabricSplice::constructRTVal("Color");
FabricCore::RTVal arraySizeVal = FabricSplice::constructUInt32RTVal(elements);
arrayVal.callMethod("", "resize", 1, &arraySizeVal);
for(unsigned int i = 0; i < elements; ++i){
arrayHandle.jumpToArrayElement(i);
MDataHandle handle = arrayHandle.inputValue();
if(handle.numericType() == MFnNumericData::k3Float || handle.numericType() == MFnNumericData::kFloat){
MFloatVector v = handle.asFloatVector();
color.setMember("r", FabricSplice::constructFloat64RTVal(v.x));
color.setMember("g", FabricSplice::constructFloat64RTVal(v.y));
color.setMember("b", FabricSplice::constructFloat64RTVal(v.z));
} else{
MVector v = handle.asVector();
color.setMember("r", FabricSplice::constructFloat64RTVal(v.x));
color.setMember("g", FabricSplice::constructFloat64RTVal(v.y));
color.setMember("b", FabricSplice::constructFloat64RTVal(v.z));
}
color.setMember("a", FabricSplice::constructFloat64RTVal(1.0));
arrayVal.setArrayElement(i, color);
}
port.setRTVal(arrayVal);
}
else {
if(port.isArray())
return;
MDataHandle handle = data.inputValue(plug);
FabricCore::RTVal color = FabricSplice::constructRTVal("Color");
if(handle.numericType() == MFnNumericData::k3Float || handle.numericType() == MFnNumericData::kFloat){
MFloatVector v = handle.asFloatVector();
color.setMember("r", FabricSplice::constructFloat64RTVal(v.x));
color.setMember("g", FabricSplice::constructFloat64RTVal(v.y));
color.setMember("b", FabricSplice::constructFloat64RTVal(v.z));
} else{
MVector v = handle.asVector();
color.setMember("r", FabricSplice::constructFloat64RTVal(v.x));
color.setMember("g", FabricSplice::constructFloat64RTVal(v.y));
color.setMember("b", FabricSplice::constructFloat64RTVal(v.z));
}
color.setMember("a", FabricSplice::constructFloat64RTVal(1.0));
port.setRTVal(color);
}
CORE_CATCH_END;
}
void plugToPort_vec3(MPlug &plug, MDataBlock &data, FabricSplice::DGPort & port){
if(plug.isArray()){
MArrayDataHandle arrayHandle = data.inputArrayValue(plug);
unsigned int elements = arrayHandle.elementCount();
MAYASPLICE_MEMORY_ALLOCATE(float, elements * 3);
unsigned int offset = 0;
for(unsigned int i = 0; i < elements; ++i){
arrayHandle.jumpToArrayElement(i);
MDataHandle handle = arrayHandle.inputValue();
if(handle.numericType() == MFnNumericData::k3Float || handle.numericType() == MFnNumericData::kFloat){
const float3& mayaVec = handle.asFloat3();
MAYASPLICE_MEMORY_SETITEM(offset++, (float)mayaVec[0]);
MAYASPLICE_MEMORY_SETITEM(offset++, (float)mayaVec[1]);
MAYASPLICE_MEMORY_SETITEM(offset++, (float)mayaVec[2]);
} else {
const double3& mayaVec = handle.asDouble3();
MAYASPLICE_MEMORY_SETITEM(offset++, (float)mayaVec[0]);
MAYASPLICE_MEMORY_SETITEM(offset++, (float)mayaVec[1]);
MAYASPLICE_MEMORY_SETITEM(offset++, (float)mayaVec[2]);
}
}
MAYASPLICE_MEMORY_SETPORT(port);
MAYASPLICE_MEMORY_FREE();
}else{
MDataHandle handle = data.inputValue(plug);
if(handle.type() == MFnData::kVectorArray){
MVectorArray arrayValues = MFnVectorArrayData(handle.data()).array();
unsigned int elements = arrayValues.length();
MAYASPLICE_MEMORY_ALLOCATE(float, elements * 3);
size_t offset = 0;
for(unsigned int i = 0; i < elements; ++i){
MAYASPLICE_MEMORY_SETITEM(offset++, (float)arrayValues[i].x);
MAYASPLICE_MEMORY_SETITEM(offset++, (float)arrayValues[i].y);
MAYASPLICE_MEMORY_SETITEM(offset++, (float)arrayValues[i].z);
}
MAYASPLICE_MEMORY_SETPORT(port);
MAYASPLICE_MEMORY_FREE();
}else if(handle.type() == MFnData::kPointArray){
MPointArray arrayValues = MFnPointArrayData(handle.data()).array();
unsigned int elements = arrayValues.length();
MAYASPLICE_MEMORY_ALLOCATE(float, elements * 3);
size_t offset = 0;
for(unsigned int i = 0; i < elements; ++i){
MAYASPLICE_MEMORY_SETITEM(offset++, (float)arrayValues[i].x);
MAYASPLICE_MEMORY_SETITEM(offset++, (float)arrayValues[i].y);
MAYASPLICE_MEMORY_SETITEM(offset++, (float)arrayValues[i].z);
}
MAYASPLICE_MEMORY_SETPORT(port);
MAYASPLICE_MEMORY_FREE();
}else{
if(port.isArray())
return;
FabricCore::RTVal spliceVec = FabricSplice::constructRTVal("Vec3");
if(handle.numericType() == MFnNumericData::k3Float || handle.numericType() == MFnNumericData::kFloat){
const float3& mayaVec = handle.asFloat3();
spliceVec.setMember("x", FabricSplice::constructFloat64RTVal(mayaVec[0]));
spliceVec.setMember("y", FabricSplice::constructFloat64RTVal(mayaVec[1]));
spliceVec.setMember("z", FabricSplice::constructFloat64RTVal(mayaVec[2]));
} else{
const double3& mayaVec = handle.asDouble3();
spliceVec.setMember("x", FabricSplice::constructFloat64RTVal(mayaVec[0]));
spliceVec.setMember("y", FabricSplice::constructFloat64RTVal(mayaVec[1]));
spliceVec.setMember("z", FabricSplice::constructFloat64RTVal(mayaVec[2]));
}
port.setRTVal(spliceVec);
}
}
}
void plugToPort_euler(MPlug &plug, MDataBlock &data, FabricSplice::DGPort & port){
CORE_CATCH_BEGIN;
if(plug.isArray()){
MArrayDataHandle arrayHandle = data.inputArrayValue(plug);
unsigned int elements = arrayHandle.elementCount();
FabricCore::RTVal arrayVal = FabricSplice::constructVariableArrayRTVal("Euler");
FabricCore::RTVal euler = FabricSplice::constructRTVal("Euler");
FabricCore::RTVal arraySizeVal = FabricSplice::constructUInt32RTVal(elements);
arrayVal.callMethod("", "resize", 1, &arraySizeVal);
for(unsigned int i = 0; i < elements; ++i){
arrayHandle.jumpToArrayElement(i);
MDataHandle handle = arrayHandle.inputValue();
if(handle.numericType() == MFnNumericData::k3Float || handle.numericType() == MFnNumericData::kFloat){
const float3& mayaVec = handle.asFloat3();
euler.setMember("x", FabricSplice::constructFloat64RTVal(mayaVec[0]));
euler.setMember("y", FabricSplice::constructFloat64RTVal(mayaVec[1]));
euler.setMember("z", FabricSplice::constructFloat64RTVal(mayaVec[2]));
} else{
const double3& mayaVec = handle.asDouble3();
euler.setMember("x", FabricSplice::constructFloat64RTVal(mayaVec[0]));
euler.setMember("y", FabricSplice::constructFloat64RTVal(mayaVec[1]));
euler.setMember("z", FabricSplice::constructFloat64RTVal(mayaVec[2]));
}
arrayVal.setArrayElement(i, euler);
}
port.setRTVal(arrayVal);
}
else {
if(port.isArray())
return;
MDataHandle handle = data.inputValue(plug);
FabricCore::RTVal euler = FabricSplice::constructRTVal("Euler");
if(handle.numericType() == MFnNumericData::k3Float || handle.numericType() == MFnNumericData::kFloat){
const float3& mayaVec = handle.asFloat3();
euler.setMember("x", FabricSplice::constructFloat64RTVal(mayaVec[0]));
euler.setMember("y", FabricSplice::constructFloat64RTVal(mayaVec[1]));
euler.setMember("z", FabricSplice::constructFloat64RTVal(mayaVec[2]));
} else{
const double3& mayaVec = handle.asDouble3();
euler.setMember("x", FabricSplice::constructFloat64RTVal(mayaVec[0]));
euler.setMember("y", FabricSplice::constructFloat64RTVal(mayaVec[1]));
euler.setMember("z", FabricSplice::constructFloat64RTVal(mayaVec[2]));
}
port.setRTVal(euler);
}
CORE_CATCH_END;
}
void plugToPort_mat44(MPlug &plug, MDataBlock &data, FabricSplice::DGPort & port){
if(plug.isArray()){
MArrayDataHandle arrayHandle = data.inputArrayValue(plug);
unsigned int elements = arrayHandle.elementCount();
MAYASPLICE_MEMORY_ALLOCATE(float, elements * 16);
unsigned int offset = 0;
for(unsigned int i = 0; i < elements; ++i){
arrayHandle.jumpToArrayElement(i);
MDataHandle handle = arrayHandle.inputValue();
const MMatrix& mayaMat = handle.asMatrix();
MAYASPLICE_MEMORY_SETITEM(offset++, (float)mayaMat[0][0]);
MAYASPLICE_MEMORY_SETITEM(offset++, (float)mayaMat[1][0]);
MAYASPLICE_MEMORY_SETITEM(offset++, (float)mayaMat[2][0]);
MAYASPLICE_MEMORY_SETITEM(offset++, (float)mayaMat[3][0]);
MAYASPLICE_MEMORY_SETITEM(offset++, (float)mayaMat[0][1]);
MAYASPLICE_MEMORY_SETITEM(offset++, (float)mayaMat[1][1]);
MAYASPLICE_MEMORY_SETITEM(offset++, (float)mayaMat[2][1]);
MAYASPLICE_MEMORY_SETITEM(offset++, (float)mayaMat[3][1]);
MAYASPLICE_MEMORY_SETITEM(offset++, (float)mayaMat[0][2]);
MAYASPLICE_MEMORY_SETITEM(offset++, (float)mayaMat[1][2]);
MAYASPLICE_MEMORY_SETITEM(offset++, (float)mayaMat[2][2]);
MAYASPLICE_MEMORY_SETITEM(offset++, (float)mayaMat[3][2]);
MAYASPLICE_MEMORY_SETITEM(offset++, (float)mayaMat[0][3]);
MAYASPLICE_MEMORY_SETITEM(offset++, (float)mayaMat[1][3]);
MAYASPLICE_MEMORY_SETITEM(offset++, (float)mayaMat[2][3]);
MAYASPLICE_MEMORY_SETITEM(offset++, (float)mayaMat[3][3]);
}
MAYASPLICE_MEMORY_SETPORT(port);
MAYASPLICE_MEMORY_FREE();
}
else{
if(port.isArray())
return;
MDataHandle handle = data.inputValue(plug);
const MMatrix& mayaMat = handle.asMatrix();
FabricCore::RTVal spliceMat = FabricSplice::constructRTVal("Mat44");
FabricCore::RTVal spliceMatRow = FabricSplice::constructRTVal("Vec4");
spliceMatRow.setMember("x", FabricSplice::constructFloat64RTVal(mayaMat.matrix[0][0]));
spliceMatRow.setMember("y", FabricSplice::constructFloat64RTVal(mayaMat.matrix[1][0]));
spliceMatRow.setMember("z", FabricSplice::constructFloat64RTVal(mayaMat.matrix[2][0]));
spliceMatRow.setMember("t", FabricSplice::constructFloat64RTVal(mayaMat.matrix[3][0]));
spliceMat.setMember("row0", spliceMatRow);
spliceMatRow.setMember("x", FabricSplice::constructFloat64RTVal(mayaMat.matrix[0][1]));
spliceMatRow.setMember("y", FabricSplice::constructFloat64RTVal(mayaMat.matrix[1][1]));
spliceMatRow.setMember("z", FabricSplice::constructFloat64RTVal(mayaMat.matrix[2][1]));
spliceMatRow.setMember("t", FabricSplice::constructFloat64RTVal(mayaMat.matrix[3][1]));
spliceMat.setMember("row1", spliceMatRow);
spliceMatRow.setMember("x", FabricSplice::constructFloat64RTVal(mayaMat.matrix[0][2]));
spliceMatRow.setMember("y", FabricSplice::constructFloat64RTVal(mayaMat.matrix[1][2]));
spliceMatRow.setMember("z", FabricSplice::constructFloat64RTVal(mayaMat.matrix[2][2]));
spliceMatRow.setMember("t", FabricSplice::constructFloat64RTVal(mayaMat.matrix[3][2]));
spliceMat.setMember("row2", spliceMatRow);
spliceMatRow.setMember("x", FabricSplice::constructFloat64RTVal(mayaMat.matrix[0][3]));
spliceMatRow.setMember("y", FabricSplice::constructFloat64RTVal(mayaMat.matrix[1][3]));
spliceMatRow.setMember("z", FabricSplice::constructFloat64RTVal(mayaMat.matrix[2][3]));
spliceMatRow.setMember("t", FabricSplice::constructFloat64RTVal(mayaMat.matrix[3][3]));
spliceMat.setMember("row3", spliceMatRow);
port.setRTVal(spliceMat);
}
}
void plugToPort_PolygonMesh(MPlug &plug, MDataBlock &data, FabricSplice::DGPort & port){
std::vector<MDataHandle> handles;
std::vector<FabricCore::RTVal> rtVals;
FabricCore::RTVal portRTVal;
try
{
if(plug.isArray())
{
portRTVal = port.getRTVal();
MArrayDataHandle arrayHandle = data.inputArrayValue(plug);
unsigned int elements = arrayHandle.elementCount();
for(unsigned int i = 0; i < elements; ++i){
arrayHandle.jumpToArrayElement(i);
handles.push_back(arrayHandle.inputValue());
FabricCore::RTVal polygonMesh;
if(portRTVal.getArraySize() <= i)
{
polygonMesh = FabricSplice::constructObjectRTVal("PolygonMesh");
portRTVal.callMethod("", "push", 1, &polygonMesh);
}
else
{
polygonMesh = portRTVal.getArrayElement(i);
if(!polygonMesh.isValid() || polygonMesh.isNullObject())
{
polygonMesh = FabricSplice::constructObjectRTVal("PolygonMesh");
portRTVal.setArrayElement(i, polygonMesh);
}
}
rtVals.push_back(polygonMesh);
}
}
else
{
handles.push_back(data.inputValue(plug));