public DynTreeTrunk(
float width,
float widthloss,
NatFloat branchStart,
NatFloat branchSpacing,
NatFloat branchVerticalAngle,
NatFloat branchHorizontalAngle,
EvolvingNatFloat numBranching,
EvolvingNatFloat branchWidthMultiplier) {
this(
width,
widthloss,
branchStart,
branchSpacing,
branchVerticalAngle,
branchHorizontalAngle,
numBranching,
branchWidthMultiplier,
1f,
EvolvingNatFloat.createIdentical(0f));
}
public class DynTreeTrunk {
/*public float avgHeight;*/
public float width;
public float
widthloss; // (per 0.01f = 1% height) => if 0.01f then at the trunk we have 100% width and
// at the top 0% width
public float widthBranchLossBase =
1f; // Each branch action, this value gets multiplied to the current width (=> 1f = no loss in
// width from branching)
public EvolvingNatFloat
branchWidthMultiplier; // This is the size of the branch multiplied by the current trunk width
// (=> 0.5f = branch is half the width as the trunk)
public EvolvingNatFloat numBranching;
// public int numBranching = 1;
public NatFloat branchStart;
public NatFloat branchSpacing;
public NatFloat branchVerticalAngle;
public NatFloat branchHorizontalAngle;
public EvolvingNatFloat angleVert = EvolvingNatFloat.createIdentical(0f);
public EvolvingNatFloat angleHori =
EvolvingNatFloat.createUniform(0, NatFloat.PI * 2, EnumTransformFunction.IDENTICAL, 0f);
public DynTreeTrunk(
float width,
float widthloss,
NatFloat branchStart,
NatFloat branchSpacing,
NatFloat branchVerticalAngle,
NatFloat branchHorizontalAngle,
EvolvingNatFloat numBranching,
EvolvingNatFloat branchWidthMultiplier) {
this(
width,
widthloss,
branchStart,
branchSpacing,
branchVerticalAngle,
branchHorizontalAngle,
numBranching,
branchWidthMultiplier,
1f,
EvolvingNatFloat.createIdentical(0f));
}
public DynTreeTrunk(
float width,
float widthloss,
NatFloat branchStart,
NatFloat branchSpacing,
NatFloat verticalAngle,
NatFloat horizontalAngle,
EvolvingNatFloat numBranching,
EvolvingNatFloat branchWidthMultiplier,
float widthBranchLossBase) {
this(
width,
widthloss,
branchStart,
branchSpacing,
verticalAngle,
horizontalAngle,
numBranching,
branchWidthMultiplier,
widthBranchLossBase,
EvolvingNatFloat.createIdentical(0f));
}
public DynTreeTrunk(
float width,
float widthloss,
NatFloat branchStart,
NatFloat branchSpacing,
NatFloat branchVerticalAngle,
NatFloat branchHorizontalAngle,
EvolvingNatFloat numBranching,
EvolvingNatFloat branchWidthMultiplier,
float widthBranchLossBase,
EvolvingNatFloat angleVert /*, EvolvingNatFloat bendAngleVert*/) {
this.width = width;
this.widthloss = widthloss;
this.branchStart = branchStart;
this.branchSpacing = branchSpacing;
this.branchVerticalAngle = branchVerticalAngle;
this.branchHorizontalAngle = branchHorizontalAngle;
this.numBranching = numBranching;
this.branchWidthMultiplier = branchWidthMultiplier;
this.widthBranchLossBase = widthBranchLossBase;
// this.bendAngleVert = bendAngleVert;
this.angleVert = angleVert;
}
}
