public static sDrawCall solidColorStroke(Order order, ref Matrix3x2 trans, ref StrokeRenderParams srp)
{
DrawCallType dc = new DrawCallType(eMesh.Stroked, srp.vaa);
return(new sDrawCall(dc, ref trans, srp.vaaScaling,
srp.strokeColor, srp.fillColor, srp.lineColorFade,
order));
}
public static sDrawCall scaledStroke(Order order, ref Matrix3x2 trans, StrokeRenderParams srp, float newPixelSize)
{
/* int typeFlags = 0;
* if( srp.isThinLine )
* typeFlags |= 1;
* if( srp.width <= newPixelSize )
* typeFlags |= 2;
*
* switch( typeFlags )
* {
* case 0: // Was fat and still fat. Nothing to do here.
* {
* Vector4 color = srp.m_color;
* return stroke( eVaaKind.StrokedFat, ref trans, srp.vaaScaling, ref color, order );
* }
*
* case 1:
* // Was thin, now fat
* {
* Vector4 color = srp.m_color;
* float vaaScaling = srp.meshWidth / srp.width;
* return stroke( eVaaKind.StrokedFat, ref trans, vaaScaling, ref color, order );
* }
* case 2:
* // Was fat, now thin
* {
* Vector4 color = srp.m_color * ( srp.width / newPixelSize );
* float vaaScaling = 2 * srp.meshWidth / srp.width;
* return stroke( eVaaKind.StrokedThin, ref trans, vaaScaling, ref color, order );
* }
* case 3:
* {
* // Was thin and still thin
* Vector4 color = srp.m_color * ( srp.width / newPixelSize );
* float vaaScaling = MathF.Max( srp.pixel / newPixelSize, 1 );
* return stroke( eVaaKind.StrokedThin, ref trans, vaaScaling, ref color, order );
* }
* }
* throw new ApplicationException(); */
throw new NotImplementedException();
}
