}

		if (_face_large != NULL) {

			SetFontGeometry(_face_large, FS_LARGE, _freetype.large_size);

		}

	}

}

/**

 * Free everything allocated w.r.t. fonts.

 */

void UninitFreeType()

{

	ResetGlyphCache(true);

	ResetGlyphCache(false);

	UnloadFace(&_face_small);

	UnloadFace(&_face_medium);

	UnloadFace(&_face_large);

	UnloadFace(&_face_mono);

	FT_Done_FreeType(_library);

	_library = NULL;

}

static FT_Face GetFontFace(FontSize size)

{

	switch (size) {

		default: NOT_REACHED();

		case FS_NORMAL: return _face_medium;

		case FS_SMALL:  return _face_small;

		case FS_LARGE:  return _face_large;

		case FS_MONO:   return _face_mono;

	}

}

struct GlyphEntry {

	Sprite *sprite;

	byte width;

	bool duplicate;

};

/* The glyph cache. This is structured to reduce memory consumption.

 * 1) There is a 'segment' table for each font size.

 * 2) Each segment table is a discrete block of characters.

 * 3) Each block contains 256 (aligned) characters sequential characters.