Untitled

List<Numbers> Images;
Image img;
img.x = 100;
img.y = 200;
img.value = "Ammo = 100";
img.localImageBuffer = localImageBuffer[100][200] = loadFromDisk("Ammo.bmp");
Images.push_back(img);

list<characters> Characters;
characters.Ascii = "a";
characters.localImageBuffer = localImageBuffer[100][200] = loadFromDisk("Ammo.bmp");


list<words> Words;
Word wrd;
wrd.x = 100;
wrd.y = 200;
wrd.CharacterWidth = 10;
wrd.CharacterHeight = 10;
wrd.Characters = {'h', 'e', 'l', 'l', 'o'};
wrd.value = "Ammo = 100";
wrd.localImageBuffer = localImageBuffer[100][200] = loadFromDisk("Ammo.bmp");




cgh.parallel_for(range<1>(totalThreads), [=](id<1> threadIdx) {
    // Decompose threadIdx into (channel_output, x_output, y_output)
    size_t globalThreadId = threadIdx[0];
    
    for (int i = 0; i < Images.size(); i++) {
        if (x >= Images[i].x && x <= Images[i].x + Images[i].localImageBuffer.width && y >= Texts[i].y && y <= Texts[i].y + Texts[i].localImageBuffer.height) {
            auto localX = x - Images[i].x;
            auto localY = y - Images[i].y;
            outputColor = Images[i].localImageBuffer[localX][localY];
        }

    }
    for (int i = 0; i < Words.size(); i++) {
        for (int j = 0; j < Words[i].Characters.size(); j++) {
            if (x >= Words[i].x && x <= Words[i].x + Words[i].CharacterWidth && y >= Words[i].y && y <= Words[i].y + Words[i].CharacterHeight) {
                auto localX = x - Words[i].x;
                auto localY = y - Words[i].y;
                outputColor = Words[i].localImageBuffer[localX][localY];
            }
        }


        if ((x == 2 || x == 3 ||x == 4) && y == 0) {
            outputColor == Yellow;
        }
    auto x = threadIdx % screenwidth;
    auto y = threadIdy / screenWidth;