public void calcFollowPos(BitSet[] followPosSets) { // Let's let sub-model do its stuff mModel.calcFollowPos(followPosSets); }
public void calcFollowPos(BitSet[] followPosSets) { // need to let child models do their stuff: for (int i = 0, len = mSubModels.length; i < len; ++i) { mSubModels[i].calcFollowPos(followPosSets); } } }
public void calcFollowPos(BitSet[] followPosSets) { // Let's let sub-models do what they need to do mLeftModel.calcFollowPos(followPosSets); mRightModel.calcFollowPos(followPosSets); /* And then we can calculate follower sets between left and * right sub models; so that left model's last position entries * have right model's first position entries included */ BitSet foll = new BitSet(); mRightModel.addFirstPos(foll); BitSet toAddTo = new BitSet(); mLeftModel.addLastPos(toAddTo); int ix = 0; // need to/can skip the null entry (index 0) while ((ix = toAddTo.nextSetBit(ix+1)) >= 0) { /* Ok; so token at this index needs to have follow positions * added... */ followPosSets[ix].or(foll); } }
public void calcFollowPos(BitSet[] followPosSets) { // First, let's let sub-model do its stuff mModel.calcFollowPos(followPosSets); /* And then add the closure for the model (since sub-model * can 'follow itself' as many times as it needs to) */ BitSet foll = new BitSet(); mModel.addFirstPos(foll); BitSet toAddTo = new BitSet(); mModel.addLastPos(toAddTo); int ix = 0; // need to/can skip the null entry (index 0) while ((ix = toAddTo.nextSetBit(ix+1)) >= 0) { /* Ok; so token at this index needs to have follow positions * added... */ followPosSets[ix].or(foll); } }
public void calcFollowPos(BitSet[] followPosSets) { // need to let child models do their stuff: for (int i = 0, len = mSubModels.length; i < len; ++i) { mSubModels[i].calcFollowPos(followPosSets); } } }
@Override public void calcFollowPos(BitSet[] followPosSets) { // Let's let sub-model do its stuff mModel.calcFollowPos(followPosSets); }
public void calcFollowPos(BitSet[] followPosSets) { // Let's let sub-model do its stuff mModel.calcFollowPos(followPosSets); }
public void calcFollowPos(BitSet[] followPosSets) { // Let's let sub-model do its stuff mModel.calcFollowPos(followPosSets); }
public void calcFollowPos(BitSet[] followPosSets) { // need to let child models do their stuff: for (int i = 0, len = mSubModels.length; i < len; ++i) { mSubModels[i].calcFollowPos(followPosSets); } } }
public void calcFollowPos(BitSet[] followPosSets) { // need to let child models do their stuff: for (int i = 0, len = mSubModels.length; i < len; ++i) { mSubModels[i].calcFollowPos(followPosSets); } } }
public void calcFollowPos(BitSet[] followPosSets) { // need to let child models do their stuff: for (int i = 0, len = mSubModels.length; i < len; ++i) { mSubModels[i].calcFollowPos(followPosSets); } } }
@Override public void calcFollowPos(BitSet[] followPosSets) { // Let's let sub-model do its stuff mModel.calcFollowPos(followPosSets); }
@Override public void calcFollowPos(BitSet[] followPosSets) { // need to let child models do their stuff: for (int i = 0, len = mSubModels.length; i < len; ++i) { mSubModels[i].calcFollowPos(followPosSets); } } }
@Override public void calcFollowPos(BitSet[] followPosSets) { // Let's let sub-model do its stuff mModel.calcFollowPos(followPosSets); }
@Override public void calcFollowPos(BitSet[] followPosSets) { // need to let child models do their stuff: for (int i = 0, len = mSubModels.length; i < len; ++i) { mSubModels[i].calcFollowPos(followPosSets); } } }
public void calcFollowPos(BitSet[] followPosSets) { // Let's let sub-model do its stuff mModel.calcFollowPos(followPosSets); }
public void calcFollowPos(BitSet[] followPosSets) { // Let's let sub-model do its stuff mModel.calcFollowPos(followPosSets); }
@Override public void calcFollowPos(BitSet[] followPosSets) { // need to let child models do their stuff: for (int i = 0, len = mSubModels.length; i < len; ++i) { mSubModels[i].calcFollowPos(followPosSets); } } }
public void calcFollowPos(BitSet[] followPosSets) { // First, let's let sub-model do its stuff mModel.calcFollowPos(followPosSets); /* And then add the closure for the model (since sub-model * can 'follow itself' as many times as it needs to) */ BitSet foll = new BitSet(); mModel.addFirstPos(foll); BitSet toAddTo = new BitSet(); mModel.addLastPos(toAddTo); int ix = 0; // need to/can skip the null entry (index 0) while ((ix = toAddTo.nextSetBit(ix+1)) >= 0) { /* Ok; so token at this index needs to have follow positions * added... */ followPosSets[ix].or(foll); } }
public void calcFollowPos(BitSet[] followPosSets) { // First, let's let sub-model do its stuff mModel.calcFollowPos(followPosSets); /* And then add the closure for the model (since sub-model * can 'follow itself' as many times as it needs to) */ BitSet foll = new BitSet(); mModel.addFirstPos(foll); BitSet toAddTo = new BitSet(); mModel.addLastPos(toAddTo); int ix = 0; // need to/can skip the null entry (index 0) while ((ix = toAddTo.nextSetBit(ix+1)) >= 0) { /* Ok; so token at this index needs to have follow positions * added... */ followPosSets[ix].or(foll); } }