private void setComboFunc()
{
switch (mcop.comboMethod)
{
case CombinatorMethod.ADDITIVE:
comboFunc = additive;
break;
case CombinatorMethod.SUBTRACTIVE_B_FROM_A:
comboFunc = subtractiveBFromA;
break;
case CombinatorMethod.SUBTRACTIVE_A_FROM_B:
comboFunc = subtractiveAFromB;
break;
case CombinatorMethod.MULTIPLICATIVE:
comboFunc = multiplicative;
break;
case CombinatorMethod.MIN:
comboFunc = min;
break;
case CombinatorMethod.MAX:
comboFunc = max;
break;
case CombinatorMethod.AVERAGE:
comboFunc = average;
break;
}
}
public MapCombinator(MapCombinatorOptionPanel mcop)
{
//InitializeComponent();
path1 = "";
path2 = "";
comboFunc = additive;
this.mcop = mcop;
}
public VoronoiNoiseMatrix(int size, int seed, int octNum, float frq, float amp, CombinatorFunction combinatorFunction, DistanceFunction distanceFunction) :
base(
NAME,
//Input
new ParameterDefinition[] { },
//Output
"x", size, 0, 255
)
{
this.seed = seed;
this.octNum = octNum;
this.frq = frq;
this.amp = amp;
this.combinatorFunction = combinatorFunction;
this.distanceFunction = distanceFunction;
}
