//
// A symmetric scenario is one in which:
// 1) The inner shapes are congruent
// 2) The remaining atomic regions match 1-1.
//
public override bool IsSymmetricTo(FigSynthProblem that)
{
UnarySynth unarySynth = that as UnarySynth;
if (unarySynth == null)
{
return(false);
}
// The outer shapes must be congruent.
return(this.figure.CoordinateCongruent(unarySynth.figure));
// The atomic regions have to match 1-1 and onto.
// return base.IsSymmetricTo(that);
}
public BinarySynthOperation(FigSynthProblem ell, Figure r)
{
leftProblem = ell;
rightProblem = new UnarySynth(r);
}
public BinarySynthOperation(Figure ell, Figure r)
{
leftProblem = new UnarySynth(ell);
rightProblem = new UnarySynth(r);
}
public BinarySynthOperation(Figure ell, Figure r)
{
leftProblem = new UnarySynth(ell);
rightProblem = new UnarySynth(r);
}
