private void SetConeDiameters(float topDiameter, float bottomDiameter)
{
if (SetShape <ProceduralShapeCone>())
{
ProceduralShapeCone con = part.GetModule <ProceduralShapeCone>();
con.topDiameter = topDiameter;
con.bottomDiameter = bottomDiameter;
}
else
{
SetCylindricalDiameter(Math.Max(topDiameter, bottomDiameter));
}
}
private void SetConeDiameters(float topDiameter, float bottomDiameter)
{
if (SetShape <ProceduralShapeCone>())
{
ProceduralShapeCone con = part.Modules.GetModule <ProceduralShapeCone>();
float prevTopDiameter = con.topDiameter;
float prevBottomDiameter = con.bottomDiameter;
con.topDiameter = topDiameter;
con.bottomDiameter = bottomDiameter;
Notify(() => {
con.OnShapeDimensionChanged(con.Fields["topDiameter"], prevTopDiameter);
con.OnShapeDimensionChanged(con.Fields["bottomDiameter"], prevBottomDiameter);
});
}
else
{
SetCylindricalDiameter(Math.Max(topDiameter, bottomDiameter));
}
}
public void ScaleNow()
{
if (HighLogic.LoadedSceneIsEditor && wetDensity > 0)
{
// Volume of fuel to use:
double idealVolume = IdealTotalMass / wetDensity;
if (part.HasModule <ProceduralShapeCylinder>())
{
ProceduralShapeCylinder cyl = part.GetModule <ProceduralShapeCylinder>();
double radius = 0.5 * cyl.diameter;
double crossSectionArea = Math.PI * radius * radius;
double idealLength = idealVolume / crossSectionArea;
if (idealLength < radius)
{
idealLength = radius;
}
if (Math.Abs(cyl.length - idealLength) > 0.05)
{
cyl.length = (float)idealLength;
if (part.GetModule <ProceduralPart>().shapeName == cyl.displayName)
{
cyl.Update();
}
}
}
if (part.HasModule <ProceduralShapePill>())
{
// We won't try to change the "fillet", so we can treat it as a constant
// Diameter is likewise a constant here
ProceduralShapePill pil = part.GetModule <ProceduralShapePill>();
double fillet = pil.fillet, diameter = pil.diameter;
double idealLength = (idealVolume * 24f / Math.PI - (10f - 3f * Math.PI) * fillet * fillet * fillet - 3f * (Math.PI - 4) * diameter * fillet * fillet) / (6f * diameter * diameter);
if (idealLength < 1)
{
idealLength = 1;
}
if (Math.Abs(pil.length - idealLength) > 0.05)
{
pil.length = (float)idealLength;
if (part.GetModule <ProceduralPart>().shapeName == pil.displayName)
{
pil.Update();
}
}
}
if (part.HasModule <ProceduralShapeCone>())
{
ProceduralShapeCone con = part.GetModule <ProceduralShapeCone>();
double topDiameter = con.topDiameter, bottomDiameter = con.bottomDiameter;
double idealLength = idealVolume * 12f / (Math.PI * (topDiameter * topDiameter + topDiameter * bottomDiameter + bottomDiameter * bottomDiameter));
if (idealLength < 1)
{
idealLength = 1;
}
if (Math.Abs(con.length - idealLength) > 0.05)
{
con.length = (float)idealLength;
if (part.GetModule <ProceduralPart>().shapeName == con.displayName)
{
con.Update();
}
}
}
// BezierCone shapes not supported because they're too complicated.
// See ProceduralShapeBezierCone.CalcVolume to see why.
}
}
