/// <summary>
/// Paints the stroke using the pen associated with this path.
/// </summary>
/// <param name="paintContext">The paint context to use for painting this node.</param>
protected virtual void PaintStroke(P3PaintContext paintContext) {
Device device = paintContext.Device;
// Reset the path to flatten
TEMP_PATH.Reset();
TEMP_PATH.AddPath(path, false);
float absLineWidth = pen.Width * paintContext.Scale;
bool renderFlattened = (pen.Width == 0 || absLineWidth < 3);
if (renderMode == PathRenderMode.Cached) {
if (renderFlattened) {
Render(device, GetValidVertexBuffer(device), flattenedStartIndex, renderListTypes.Count-1);
} else {
Render(device, GetValidVertexBuffer(device), penStartIndex, flattenedStartIndex-1);
}
} else {
if (renderFlattened) {
TEMP_PATH.Flatten(new System.Drawing.Drawing2D.Matrix(), flatness);
Render(device, pen.Color.ToArgb(), TEMP_PATH);
} else {
Tesselate(TEMP_PATH, pen.Color.ToArgb(), true, true);
Render(device, renderList);
}
}
}
/// <summary>
/// Paints the fill using the brush associated with this node.
/// </summary>
/// <param name="paintContext">The paint context to use for painting this node.</param>
protected virtual void PaintFill(P3PaintContext paintContext) {
Device device = paintContext.Device;
if (renderMode == PathRenderMode.Cached) {
Render(device, GetValidVertexBuffer(device), 0, penStartIndex-1);
} else {
// Reset the path to flatten
TEMP_PATH.Reset();
TEMP_PATH.AddPath(path, false);
TEMP_PATH.FillMode = FillMode;
Tesselate(TEMP_PATH, (Brush as SolidBrush).Color.ToArgb(), false, true);
Render(device, renderList);
}
}
