/**
* It replaces an optimal alignment of an AFPChain and calculates all the new alignment scores and
* variables.
*/
public static AFPChain replaceOptAln(int[][][] newAlgn, AFPChain afpChain, Atom[] ca1, Atom[] ca2)
throws StructureException {
// The order is the number of groups in the newAlgn
int order = newAlgn.length;
// Calculate the alignment length from all the subunits lengths
int[] optLens = new int[order];
for (int s = 0; s < order; s++) {
optLens[s] = newAlgn[s][0].length;
}
int optLength = 0;
for (int s = 0; s < order; s++) {
optLength += optLens[s];
}
// Create a copy of the original AFPChain and set everything needed for the structure update
AFPChain copyAFP = (AFPChain) afpChain.clone();
// Set the new parameters of the optimal alignment
copyAFP.setOptLength(optLength);
copyAFP.setOptLen(optLens);
copyAFP.setOptAln(newAlgn);
// Set the block information of the new alignment
copyAFP.setBlockNum(order);
copyAFP.setBlockSize(optLens);
copyAFP.setBlockResList(newAlgn);
copyAFP.setBlockResSize(optLens);
copyAFP.setBlockGap(calculateBlockGap(newAlgn));
// Recalculate properties: superposition, tm-score, etc
Atom[] ca2clone = StructureTools.cloneAtomArray(ca2); // don't modify ca2 positions
AlignmentTools.updateSuperposition(copyAFP, ca1, ca2clone);
// It re-does the sequence alignment strings from the OptAlgn information only
copyAFP.setAlnsymb(null);
AFPAlignmentDisplay.getAlign(copyAFP, ca1, ca2clone);
return copyAFP;
}
/**
* @param afpChain Input afpchain. UNMODIFIED
* @param ca1
* @param ca2
* @param optLens
* @param optAln
* @return A NEW AfpChain based off the input but with the optAln modified
* @throws StructureException if an error occured during superposition
*/
public static AFPChain replaceOptAln(
AFPChain afpChain, Atom[] ca1, Atom[] ca2, int blockNum, int[] optLens, int[][][] optAln)
throws StructureException {
int optLength = 0;
for (int blk = 0; blk < blockNum; blk++) {
optLength += optLens[blk];
}
// set everything
AFPChain refinedAFP = (AFPChain) afpChain.clone();
refinedAFP.setOptLength(optLength);
refinedAFP.setBlockSize(optLens);
refinedAFP.setOptLen(optLens);
refinedAFP.setOptAln(optAln);
refinedAFP.setBlockNum(blockNum);
// TODO recalculate properties: superposition, tm-score, etc
Atom[] ca2clone = StructureTools.cloneAtomArray(ca2); // don't modify ca2 positions
AlignmentTools.updateSuperposition(refinedAFP, ca1, ca2clone);
AFPAlignmentDisplay.getAlign(refinedAFP, ca1, ca2clone);
return refinedAFP;
}