public void MakeShellsFromDiffs(List <TelescopeParameters> diffs)
{
initNumShells = diffs.Count;
parameters = diffs;
shells = new List <TelescopeShell>();
initialDirection.Normalize();
// Compute the absolute parameter values from the list of diffs we are given.
List <TelescopeParameters> concreteParams = new List <TelescopeParameters>();
TelescopeParameters theParams = diffs[0];
concreteParams.Add(new TelescopeParameters(diffs[0]));
for (int i = 1; i < initNumShells; i++)
{
if (diffs[i].radius > -wallThickness)
{
diffs[i].radius = -wallThickness;
}
theParams = theParams + diffs[i];
theParams.length -= 0; // wallThickness;
//theParams.radius -= wallThickness;
concreteParams.Add(theParams);
}
// Make sure the final shell is greater than the minimum possible width.
if (concreteParams[concreteParams.Count - 1].radius < wallThickness)
{
concreteParams[concreteParams.Count - 1].radius = wallThickness;
}
// Make sure that all the shells fit inside each other.
TelescopeUtils.growChainToFit(concreteParams);
MakeShellsFromFinalList(concreteParams);
}
public void MakeShellsFromConcrete(List <TelescopeParameters> concreteParams)
{
initNumShells = concreteParams.Count;
shells = new List <TelescopeShell>();
initialDirection.Normalize();
// Make sure that all the shells fit inside each other.
TelescopeUtils.growChainToFit(concreteParams);
MakeShellsFromFinalList(concreteParams);
}
public void ShrinkToFit()
{
if (selected)
{
TelescopeSegment segment = selected.containingSegment;
List <TelescopeParameters> allParams = segment.getParamList();
TelescopeUtils.growChainToFit(allParams, shrinkFit: true);
segment.MakeAllShells(allParams);
segment.SetShellExtensions(1);
selected = null;
}
}
