// update constraintStruct.axisFields as well, if it's new LocatedActiveAxis
public int PushKS(int errline, int errcol)
{
// new KeySequence each time
KeySequence ks = new KeySequence(_cs.TableDim, errline, errcol);
// needs to clear KSStruct before using
KSStruct kss;
if (_KSpointer < _KSs.Count)
{
// reuse, clear up KSs.KSpointer
kss = (KSStruct)_KSs[_KSpointer] !;
kss.ks = ks;
// reactivate LocatedActiveAxis
for (int i = 0; i < _cs.TableDim; i++)
{
kss.fields[i].Reactivate(ks); // reassociate key sequence
}
}
else
{ // "==", new
kss = new KSStruct(ks, _cs.TableDim);
for (int i = 0; i < _cs.TableDim; i++)
{
kss.fields[i] = new LocatedActiveAxis(_cs.constraint.Fields[i], ks, i);
_cs.axisFields.Add(kss.fields[i]); // new, add to axisFields
}
_KSs.Add(kss);
}
kss.depth = this.CurrentDepth - 1;
return(_KSpointer++);
}
public int PushKS(int errline, int errcol)
{
KSStruct struct2;
KeySequence ks = new KeySequence(this.cs.TableDim, errline, errcol);
if (this.KSpointer < this.KSs.Count)
{
struct2 = (KSStruct) this.KSs[this.KSpointer];
struct2.ks = ks;
for (int i = 0; i < this.cs.TableDim; i++)
{
struct2.fields[i].Reactivate(ks);
}
}
else
{
struct2 = new KSStruct(ks, this.cs.TableDim);
for (int j = 0; j < this.cs.TableDim; j++)
{
struct2.fields[j] = new LocatedActiveAxis(this.cs.constraint.Fields[j], ks, j);
this.cs.axisFields.Add(struct2.fields[j]);
}
this.KSs.Add(struct2);
}
struct2.depth = base.CurrentDepth - 1;
return this.KSpointer++;
}
public int PushKS(int errline, int errcol)
{
KSStruct struct2;
KeySequence ks = new KeySequence(this.cs.TableDim, errline, errcol);
if (this.KSpointer < this.KSs.Count)
{
struct2 = (KSStruct)this.KSs[this.KSpointer];
struct2.ks = ks;
for (int i = 0; i < this.cs.TableDim; i++)
{
struct2.fields[i].Reactivate(ks);
}
}
else
{
struct2 = new KSStruct(ks, this.cs.TableDim);
for (int j = 0; j < this.cs.TableDim; j++)
{
struct2.fields[j] = new LocatedActiveAxis(this.cs.constraint.Fields[j], ks, j);
this.cs.axisFields.Add(struct2.fields[j]);
}
this.KSs.Add(struct2);
}
struct2.depth = base.CurrentDepth - 1;
return(this.KSpointer++);
}
// update constraintStruct.axisFields as well, if it's new LocatedActiveAxis
public int PushKS (int errline, int errcol) {
// new KeySequence each time
KeySequence ks = new KeySequence(cs.TableDim, errline, errcol);
// needs to clear KSStruct before using
KSStruct kss;
if (KSpointer < KSs.Count) {
// reuse, clear up KSs.KSpointer
kss = (KSStruct) KSs[KSpointer];
kss.ks = ks;
// reactivate LocatedActiveAxis
for (int i = 0; i < cs.TableDim; i ++) {
kss.fields[i].Reactivate(ks); // reassociate key sequence
}
}
else { // "==", new
kss = new KSStruct(ks, cs.TableDim);
for (int i = 0; i < cs.TableDim; i ++) {
kss.fields[i] = new LocatedActiveAxis (cs.constraint.Fields[i], ks, i);
cs.axisFields.Add (kss.fields[i]); // new, add to axisFields
}
KSs.Add(kss);
}
kss.depth = this.CurrentDepth - 1;
return (KSpointer ++);
}
