void P3::redraw(Window *w)
{
int sceneToRender = w->SceneToRender();
if (sceneToRender < 0) sceneToRender *= -1;
sceneToRender %= SCENE_COUNT;
if (sceneToRender == 0)
renderViewport(w);
else if (sceneToRender == 1)
render1OverW(w);
else if (sceneToRender == 2)
renderDepthBuffer(w);
else if (sceneToRender == 3)
renderEasyPointClipping(w);
else if (sceneToRender == 4)
renderMatrixManips(w);
else if (sceneToRender == 5)
renderMatrixStacks(w);
else if (sceneToRender == 6)
renderRotate(w);
else if (sceneToRender == 7)
renderTranslate(w);
else if (sceneToRender == 8)
renderScale(w);
else if (sceneToRender == 9)
renderOrtho(w);
else if (sceneToRender == 10)
renderLookAt(w);
else if (sceneToRender == 11)
renderScaleFix(w);
}
void MapRenderer::render(std::vector<Renderable> &r, std::vector<Renderable> &r_dead) {
if (shaky_cam_ticks == 0) {
shakycam.x = cam.x;
shakycam.y = cam.y;
}
else {
shakycam.x = cam.x + (rand() % 16 - 8) * 0.0078125f;
shakycam.y = cam.y + (rand() % 16 - 8) * 0.0078125f;
}
if (TILESET_ORIENTATION == TILESET_ORTHOGONAL) {
calculatePriosOrtho(r);
calculatePriosOrtho(r_dead);
std::sort(r.begin(), r.end(), priocompare);
std::sort(r_dead.begin(), r_dead.end(), priocompare);
renderOrtho(r, r_dead);
}
else {
calculatePriosIso(r);
calculatePriosIso(r_dead);
std::sort(r.begin(), r.end(), priocompare);
std::sort(r_dead.begin(), r_dead.end(), priocompare);
renderIso(r, r_dead);
}
}
void MenuMiniMap::render(MapCollision *collider, Point hero_pos, int map_w, int map_h) {
if (TILESET_ORIENTATION == TILESET_ISOMETRIC)
renderIso(collider, hero_pos, map_w, map_h);
else // TILESET_ORTHOGONAL
renderOrtho(collider, hero_pos, map_w, map_h);
}