public override void render()
{
if (shape == null)
{
return;
}
Mps mcps = (Mps)shape;
for (int m = mcps.MpsmodelCount; --m >= 0;)
{
Mps.Mpsmodel mcpsmodel = mcps.getMpsmodel(m);
if (displayModelIndex >= 0 && displayModelIndex != mcpsmodel.modelIndex)
{
continue;
}
for (int c = mcpsmodel.MpspolymerCount; --c >= 0;)
{
Mps.Mpspolymer mpspolymer = mcpsmodel.getMpspolymer(c);
if (mpspolymer.monomerCount >= 2)
{
renderMpspolymer(mpspolymer);
}
}
}
}
public override void renderMpspolymer(Mps.Mpspolymer mpspolymer)
{
Ribbons.Schain strandsChain = (Ribbons.Schain)mpspolymer;
if (strandsChain.wingVectors != null)
{
// note that we are not treating a PhosphorusPolymer
// as nucleic because we are not calculating the wing
// vector correctly.
// if/when we do that then this test will become
//isNucleic = strandsChain.polymer.Nucleic;
ribbonBorder = false;// viewer.RibbonBorder;
isNucleic = strandsChain.polymer is NucleicPolymer;
render1Chain(strandsChain.monomerCount, strandsChain.monomers, strandsChain.leadMidpoints, strandsChain.wingVectors, strandsChain.mads, strandsChain.colixes);
}
}
public override void renderMpspolymer(Mps.Mpspolymer mpspolymer)
{
Cartoon.Cchain strandsChain = (Cartoon.Cchain)mpspolymer;
if (strandsChain.wingVectors != null)
{
monomerCount = strandsChain.monomerCount;
monomers = strandsChain.monomers;
isNucleicPolymer = strandsChain.polymer is NucleicPolymer;
leadMidpoints = strandsChain.leadMidpoints;
wingVectors = strandsChain.wingVectors;
mads = strandsChain.mads;
colixes = strandsChain.colixes;
//ribbonBorder = viewer.RibbonBorder;
render1Chain();
}
}
public abstract void renderMpspolymer(Mps.Mpspolymer mpspolymer);
