void updateParams(SynthesizeParameters parms)
{
// TODO: check parameters compatibility
if (m_Params.getFlags() != parms.getFlags())
{
throw new Exception("SynthesisQuery::update - new parameters are not compatible with previous!");
}
m_Params = parms;
}
public List <int> update(SynthesizeParameters parms)
{
updateParams(parms);
int wsize = m_Params.mControlPacket.m_Windows.requested(0).width();
int hsize = m_Params.mControlPacket.m_Windows.requested(0).height();
List <int> regen = m_Params.mControlPacket.m_Windows.update(Window.LTWH((int)parms.mControlPacket.WindowMinX, (int)parms.mControlPacket.WindowMinY, wsize, hsize));
return(regen);
}
public bool equalTo(SynthesizeParameters parms)
{
bool same = true;
same &= getConstraintThreshold() == parms.getConstraintThreshold();
same &= getCoherenceThreshold() == parms.getCoherenceThreshold();
same &= getCutAvoidance() == parms.getCutAvoidance();
same &= getFlags() == parms.getFlags();
return(same);
}
public void refreshBuffer()
{
if (mExemplar == null || (m_bNeedUpdate == false && m_bNeedUpdateJacobianMap == false))
{
return;
}
Matrix projMat = BRenderDevice.getDevice().Transform.Projection;
if (m_bNeedUpdateJacobianMap)
{
updateJacobianMap();
}
int num_upd_lvls = 0;
for (int i = 0; i < mSynthNodes.Count; i++)
{
if (m_bNeedUpdateJacobianMap)
{
mSynthNodes[i].mSynthControlPacket.updateJacobianPyramid(mJacobianMap, mJacobianMapInverse);
}
// . parameters
SynthesizeParameters parameters = new SynthesizeParameters(mExemplar, mSynthNodes[i].mSynthControlPacket, mSynthNodes[i].mSynthResultPacket, m_SynthFlags);
// . call synthesizer
if (mSynthNodes[i].m_Query == null)
{
mSynthNodes[i].m_Query = mSynthesiser.synthesize(parameters);
num_upd_lvls = Globals.cNumLevels;// mAnalyser.nbLevels();
}
else
{
num_upd_lvls = mSynthesiser.synthesize(mSynthNodes[i].m_Query, parameters, m_bUpdateAllForce || m_bNeedUpdate || m_bNeedUpdateJacobianMap);
}
}
m_iSynthLevelStart = num_upd_lvls;
BRenderDevice.getDevice().Transform.Projection = projMat;
// for debug
// m_d3dRawDataBuffer = mSynthNodes[i].m_Query.m_WorkBuffer.front().texture(); // show work buffer
m_bNeedUpdate = false;
m_bNeedRefresh = true;
m_bNeedUpdateJacobianMap = false;
}
public SynthesisQuery(Synthesiser synth, SynthesizeParameters parms)
{
m_Synthesizer = (synth);
m_iLevel = (-1);
m_Params = (parms);
//m_Params.mControlPacket.updateSynthWindow();
// allocate buffers
allocateBuffers();
// set current level to start synthesis at coarsest
m_iLevel = Globals.cNumLevels;
}
public void reinit(SynthesizeParameters parms)
{
//we're the same packet, don't recreate everything.
if (!parms.equalTo(m_Params))
{
int wsize = m_Params.mControlPacket.m_Windows.requested(0).width();
int hsize = m_Params.mControlPacket.m_Windows.requested(0).height();
updateParams(parms);
// compute windows
m_Params.mControlPacket.setWindowValues((int)parms.mControlPacket.WindowMinX, (int)parms.mControlPacket.WindowMinY, wsize, hsize);
}
// set current level to start synthesis at coarsest
m_iLevel = Globals.cNumLevels;// m_Synthesizer.getAnalyser().nbLevels();
}