/// <summary>Build both meshes</summary>
public static void createMesh(this iPolylinePath path, iTriangleMesh result, eBuildFilledMesh filledMesh, float pixel, sStrokeInfo strokeInfo)
{
unsafe
{
sStrokeInfo *si = &strokeInfo;
path.createMesh(result, filledMesh, pixel, ( IntPtr)si);
}
}
public bool tessellate(ref Options options, ref Rect clip, iPolylinePath poly, ref Guid hashFront)
{
eClipResult result = path.buildClippedPolylines(poly, clip, options.transform, options.precision, options.stroke.width);
clipResultBack = result;
if (result == eClipResult.ClippedOut)
{
return(clearBackBuffer());
}
Guid hash = poly.hash;
if (hash == hashFront)
{
// Same polyline was used to generate the current front buffer.
// Return false to skip buffers swap.
return(false);
}
if (hash == hashBack)
{
return(true);
}
hashBack = hash;
if (result == eClipResult.FillsEntireViewport)
{
var fillOptions = options.fill;
if (!fillOptions.HasFlag(eBuildFilledMesh.FilledMesh))
{
return(clearBackBuffer());
}
// When there're no visible edges of the path, no point in doing VAA, will be clipped out
fillOptions &= ~eBuildFilledMesh.VAA;
poly.createMesh(backBuffer, fillOptions, 0);
return(true);
}
if (options.stroke.width <= 0)
{
poly.createMesh(backBuffer, options.fill, options.pixel);
}
else if (options.fill == eBuildFilledMesh.None)
{
poly.createMesh(backBuffer, options.stroke);
}
else if (options.separateStrokeMesh)
{
poly.createMesh(backBuffer, options.fill, options.pixel);
poly.createMesh(extraStroke.backBuffer, options.stroke);
}
else
{
poly.createMesh(backBuffer, options.fill, options.pixel, options.stroke);
}
return(true);
}
/// <summary>Build just the filled mesh</summary>
public static void createMesh(this iPolylinePath path, iTriangleMesh result, eBuildFilledMesh filledMesh, float pixel)
{
Debug.Assert(filledMesh != eBuildFilledMesh.None);
path.createMesh(result, filledMesh, pixel, IntPtr.Zero);
}