void
World::display_pixel(const list<RenderedPixel>& render) const {
list<RenderedPixel>::const_iterator it;
//list<RenderedInt> rendered;
//vector<RenderedInt> rendered;
vector<RenderPixel*> rendered;
rendered.reserve(render.size());
for ( it=render.begin() ; it != render.end(); it++)
{
RGBColor mapped_color;
if (vp.show_out_of_gamut)
mapped_color = clamp_to_color(it->color);
else
mapped_color = max_to_one(it->color);
if (vp.gamma != 1.0)
mapped_color = mapped_color.powc(vp.inv_gamma);
//have to start from max y coordinate to convert to screen coordinates
//int x = it->xy.x;
int y = vp.vres - it->xy.y - 1;
/*RenderedInt rend;
rend.x = it->xy.x;
rend.y = y;
rend.r = (int)(mapped_color.r * 255);
rend.g = (int)(mapped_color.g * 255);
rend.b = (int)(mapped_color.b * 255);
rendered.push_back(rend);*/
rendered.push_back(new RenderPixel);
rendered.back()->x = it->xy.x;
rendered.back()->y = y;
rendered.back()->red = (int)(mapped_color.r * 255);
rendered.back()->green = (int)(mapped_color.g * 255);
rendered.back()->blue = (int)(mapped_color.b * 255);
}
paintArea->setPixel(rendered);
rendered.clear();
}
void
World::display_pixel(const int row, const int column, const RGBColor& raw_color) const {
RGBColor mapped_color;
if (vp.show_out_of_gamut)
mapped_color = clamp_to_color(raw_color);
else
mapped_color = max_to_one(raw_color);
if (vp.gamma != 1.0)
mapped_color = mapped_color.powc(vp.inv_gamma);
//have to start from max y coordinate to convert to screen coordinates
int x = column;
int y = vp.vres - row - 1;
paintArea->setPixel(x, y, (int)(mapped_color.r * 255),
(int)(mapped_color.g * 255),
(int)(mapped_color.b * 255));
}
