public override void mutate(int mutationflags, float mutationstrength)
{
base.mutate(mutationflags, mutationstrength);
//Also mutates pcolorstyle fields.
/* Mutates _radius
* and calls setRadius, which does a scaling operation. */
_pdotcolorstyle.mutate(mutationflags, mutationstrength);
//The dots
if ((mutationflags & MF_DOTS) != 0)
{
Dotted = _dotted ^ Framework.randomOb.randomBOOL(mutationstrength / 2.0f);
_realdotradiusweight =
Framework.randomOb.mutate(_realdotradiusweight, 0.2f, 0.4f, mutationstrength);
}
//Number of vertices
if ((mutationflags & MF_VERTCOUNT) != 0)
{
int newcount;
if (vertCount() == 0)
{ //Creating a new Shape
if (Framework.randomOb.randomBOOL(0.5f))
{
setRegularShape(Framework.randomOb.random(2, 9), Center, _radius, Angle);
}
else
{
newcount = Framework.randomOb.random(5, 14);
setRandomStarShape(newcount, newcount);
}
}
else if (Framework.randomOb.randomBOOL(mutationstrength)) //Mutate an existing one
{
int minsides = max(2, vertCount() - 2);
int maxsides = min(9, vertCount() + 2);
if (Framework.randomOb.randomBOOL(0.5f))
{
newcount = Framework.randomOb.random(minsides, maxsides);
setRegularShape(newcount, Center, _radius, Angle);
}
else
{
minsides = max(5, vertCount() - 2);
maxsides = min(14, vertCount() + 2);
newcount = Framework.randomOb.random(minsides, maxsides);
setRandomStarShape(newcount, newcount);
}
}
}
//Fixups
if (vertCount() == 2) //Don't want any plain old line segments.
{
Dotted = true;
}
Radius = _radius; /* Set the radius last, as it depends on the line width,
* dots, etc. */
_newgeometryflag = true;
}
//3D Mutators
//Randomizing mutators
public virtual void mutate(int mutationflags, float mutationstrength)
{
if ((mutationflags & MF_RADIUS) != 0)
Radius = Framework.randomOb.mutate(
_radius, cCritter.MinRadius, cCritter.MaxRadius,
mutationstrength);
if ((mutationflags & MF_ROTATION) != 0)
rotate(Framework.randomOb.mutate(Angle, 0.0f, (float)Math.PI, mutationstrength));
_pcolorstyle.mutate(mutationflags, mutationstrength);
_newgeometryflag = true;
}