TwistyPuzzleLib

import org.distorted.library.effect.VertexEffectSink;

///////////////////////////////////////////////////////////////////////////////////////////////////

// Radius of the sphere circumscribed on the puzzle. Needed for pillowing.

//

// This won't work correctly for pillowing off-center puzzles (e.g. mirrors) - for those we'd need

// to introduce the concept of a 'sink center' as well.

  private float getCircumscribedRadius()

    {

    switch(mNumPuzzleFaces)

      {

      case  4: return (SQ6/4)*mSize;

      case  6: return (SQ3/2)*mSize;

      case  8: return (SQ2/2)*mSize;

      case 12: return (SQ3/2)*((SQ5+1)/2)*mSize;

      }

    return 0.0f;

    }

      float pillowCoeff = getPillowCoeff();

      if( pillowCoeff!=1.0f )

        {

        float radius = getCircumscribedRadius();

        Static1D coeff = new Static1D(pillowCoeff);

        Static4D region= new Static4D(0,0,0,radius);

        VertexEffectSink sink = new VertexEffectSink(coeff,CENTER,region);

        mMesh.apply(sink);

        }

// this is here only so it can be overridden in TwistyJSON so that we can get this from JSON.

///////////////////////////////////////////////////////////////////////////////////////////////////

// 1.0 - i.e. no pillowing - by default.

// The coeff is really param of the 'sink' vertex effect - if it is not equal to 1.0, we apply the

// sink effect [centered at (0,0,0)] to the whole mesh as the last step of composing it.

  public float getPillowCoeff()

    {

    return 1.0f;

    }

      float[][] bands     = { {height,35,0.2f*F,0.3f*F,7,0,0},{0.001f,35,0.2f*F,0.3f*F,7,0,0} };