protected CharacterGeometry InternalGetCharacterGeometryForCaching(char textChar, FontX font)
{
var charOutline = InternalGetCharacterOutlineForCaching(textChar, font); // get the - already simplified - polygonal shape of the character
var polygons = charOutline.Outline;
var polygonsWithNormal = new List <PolygonClosedWithNormalsD2D>(polygons.Select(poly => new PolygonClosedWithNormalsD2D(poly))); // get the polygons with normal, used to form the walls of the character
var indexedTriangles = Triangulate(polygons); // Triangles that can be used for the front and the back side of the character
var result = new CharacterGeometry(
polygonsWithNormal, indexedTriangles,
charOutline.FontSize, charOutline.LineSpacing, charOutline.Baseline,
charOutline.AdvanceWidth, charOutline.LeftSideBearing, charOutline.RightSideBearing);
return(result);
}
protected CharacterGeometry InternalGetCharacterGeometryForCaching(char textChar, FontX font)
{
var charOutline = InternalGetCharacterOutlineForCaching(textChar, font); // get the - already simplified - polygonal shape of the character
var polygons = charOutline.Outline;
var polygonsWithNormal = new List<PolygonClosedWithNormalsD2D>(polygons.Select(poly => new PolygonClosedWithNormalsD2D(poly))); // get the polygons with normal, used to form the walls of the character
var indexedTriangles = Triangulate(polygons); // Triangles that can be used for the front and the back side of the character
var result = new CharacterGeometry(
polygonsWithNormal, indexedTriangles,
charOutline.FontSize, charOutline.LineSpacing, charOutline.Baseline,
charOutline.AdvanceWidth, charOutline.LeftSideBearing, charOutline.RightSideBearing);
return result;
}