bool GetSubmitterNameFromJob(const PROC_ID &id, MyString &name)
{
if (GetAttributeString(id.cluster, id.proc,
ATTR_USER, name) < 0) {
return false;
}
SanitizeSubmitterName(name);
return true;
}
//--------------------------------------------------------------------------------
std::string Serializer::ReadLevel()
{
LoadFirstItem();
std::string levelscript;
do {
if(CheckAttribute("type", "gameobject") || CheckAttribute("type", "archetype"))
g_FACTORY->Create(*this, GetElementName());
else if(CheckAttribute("type", "script"))
levelscript = GetAttributeString("name");
} while(NextNode());
return levelscript;
}
//-------------------------------------------------------------
VCNAnimJoint* VCNAnimLoader::LoadJointXML( XMLNodePtr jointNode )
{
VCNAnimJoint* animJoint = new VCNAnimJoint();
// Read the name of the target for the joint and store it
VCNString tmpString;
if( GetAttributeString(jointNode, kAttrAnimJointTarget, tmpString) )
{
animJoint->SetTargetName( tmpString );
}
// Temp variables for lecture
VCNFloat fTime;
Vector3 tmpVector;
VCNQuat tmpQuat;
VCNUInt count;
VCNBool readSuccess;
// Get the number of rotation frames
GetAttributeUInt(jointNode, kAttrAnimJointPosCount, count);
// Lets load up all the positions!
XMLNodeListPtr posNodes;
jointNode->selectNodes( (VCNTChar*)kNodeAnimJointPosition, &posNodes );
VCNLong posNodeCount;
posNodes->get_length( &posNodeCount );
VCN_ASSERT( (long)count == posNodeCount );
for( VCNLong i=0; i<posNodeCount; i++ )
{
// Get the mesh's node
XMLNodePtr posNode;
posNodes->get_item( i, &posNode );
// Get the frame time for this position
GetAttributeFloat(posNode, kAttrAnimJointPosFrameTime, fTime);
// Get the x position
GetAttributeFloat(posNode, kAttrAnimJointFramePosX, tmpVector.x);
// Get the y position
GetAttributeFloat(posNode, kAttrAnimJointFramePosY, tmpVector.y);
// Get the z position
GetAttributeFloat(posNode, kAttrAnimJointFramePosZ, tmpVector.z);
// Add it to the joint
animJoint->AddPosFrame( fTime, tmpVector );
}
// Get the number of rotation frames
GetAttributeUInt(jointNode, kAttrAnimJointRotCount, count);
// Lets load up all the rotations!
XMLNodeListPtr rotNodes;
jointNode->selectNodes( (VCNTChar*)kNodeAnimJointRotation, &rotNodes );
VCNLong rotNodeCount;
rotNodes->get_length( &rotNodeCount );
VCN_ASSERT( (long)count == rotNodeCount );
for( VCNLong i=0; i<rotNodeCount; i++ )
{
// Get the mesh's node
XMLNodePtr rotNode;
rotNodes->get_item( i, &rotNode );
// Get the frame time for this position
readSuccess = GetAttributeFloat(rotNode, kAttrAnimJointPosFrameTime, fTime);
VCN_ASSERT(readSuccess);
// Get the x of the quat
readSuccess = GetAttributeFloat(rotNode, kAttrAnimJointFrameRotX, tmpQuat.x);
VCN_ASSERT(readSuccess);
// Get the y of the quat
readSuccess = GetAttributeFloat(rotNode, kAttrAnimJointFrameRotY, tmpQuat.y);
VCN_ASSERT(readSuccess);
// Get the z of the quat
readSuccess = GetAttributeFloat(rotNode, kAttrAnimJointFrameRotZ, tmpQuat.z);
VCN_ASSERT(readSuccess);
// Get the w of the quat
readSuccess = GetAttributeFloat(rotNode, kAttrAnimJointFrameRotW, tmpQuat.w);
VCN_ASSERT(readSuccess);
// Add it to the joint
animJoint->AddRotFrame( fTime, tmpQuat );
}
// Get the number of scale frames
GetAttributeUInt(jointNode, kAttrAnimJointScaleCount, count);
// Lets load up all the scales!
XMLNodeListPtr scaleNodes;
jointNode->selectNodes( (VCNTChar*)kNodeAnimJointScale, &scaleNodes );
VCNLong scaleNodeCount;
scaleNodes->get_length( &scaleNodeCount );
VCN_ASSERT( (long)count == scaleNodeCount );
for( VCNLong i=0; i<scaleNodeCount; i++ )
{
// Get the mesh's node
XMLNodePtr scaleNode;
scaleNodes->get_item( i, &scaleNode );
// Get the frame time for this position
readSuccess = GetAttributeFloat(scaleNode, kAttrAnimJointScaleFrameTime, fTime);
VCN_ASSERT(readSuccess);
// Get the x of the quat
readSuccess = GetAttributeFloat(scaleNode, kAttrAnimJointFrameScaleX, tmpVector.x);
VCN_ASSERT(readSuccess);
// Get the y of the quat
readSuccess = GetAttributeFloat(scaleNode, kAttrAnimJointFrameScaleY, tmpVector.y);
VCN_ASSERT(readSuccess);
// Get the z of the quat
readSuccess = GetAttributeFloat(scaleNode, kAttrAnimJointFrameScaleZ, tmpVector.z);
VCN_ASSERT(readSuccess);
// Add it to the joint
animJoint->AddScaleFrame( fTime, tmpVector );
}
// Return the joint
return animJoint;
}
