float gfx::draw_glyph(float px, float py, float fs, const Glyph &gly)
{
const math::vec4f &corner1 = gly.getCorner1(),
&corner2 = gly.getCorner2();
float rendx1 = px + (corner1.x() * fs),
rendy1 = py + (corner1.y() * fs),
rendx2 = px + (corner2.x() * fs),
rendy2 = py + (corner2.y() * fs);
//if(gly.getCode() == 'T')
//{
// std::cout << corner1 << " : " << corner2 << std::endl;
//}
gly.bind();
draw_fill(0, rendx1, rendy1, corner1.z(), corner1.w());
draw_fill(1, rendx2, rendy1, corner2.z(), corner1.w());
draw_fill(2, rendx1, rendy2, corner1.z(), corner2.w());
draw_fill(3, rendx2, rendy2, corner2.z(), corner2.w());
glDrawArrays(GL_TRIANGLE_STRIP, 0, 4);
return gly.getAdvance().x() * fs;
}
