jabyengine/examples/PoolBox/application/src/main.cpp

#include <PSX/File/Processor/cd_file_processor.hpp>
#include <PSX/AutoLBA/auto_lba_declaration.hpp>
#include <PSX/GPU/gpu.hpp>
#include <PSX/GPU/gpu_primitives.hpp>
#include <stdio.h>

enum LBA {
    __jabyengine_start_lba_request
    __jabyengine_request_lba_for(FONT, "ASSETS/FONT.BIN"),
    __jabyengine_request_lba_for(ICON, "ASSETS/ICON.BIN"),
    __jabyengine_end_lba_request
};

using namespace JabyEngine;

// Some default values for the objects
static constexpr auto TriangleColor = GPU::Color24(0x0, 0xFF, 0xFF);
static constexpr auto TriangleArea  = GPU::AreaI16({0, 0}, {64, 64});
static constexpr auto TriangleTPage = GPU::TPage(320, 0, GPU::SemiTransparency::B_Half_add_F_Half, GPU::TexturePageColor::$4bit);
static constexpr auto TriangleClut  = GPU::PageClut(320, 511);

static constexpr auto RectangleColor = GPU::Color24(0x80, 0x80, 0xFF);
static constexpr auto RectangleArea  = GPU::AreaI16({0, TriangleArea.size.height}, {80, 80});
static constexpr auto RectangleTPage = GPU::TPage(320, 256, GPU::SemiTransparency::B_Half_add_F_Half, GPU::TexturePageColor::$4bit);
static constexpr auto RectangleClut  = GPU::PageClut(320, 510);

static constexpr auto LineColor = GPU::Color24(0xFF, 0x0, 0x0);

static constexpr const auto triangle1 = GPU::POLY_F3({
    {TriangleArea.position.x, TriangleArea.position.y},
    {TriangleArea.size.width, TriangleArea.size.height},
    {TriangleArea.position.x, TriangleArea.size.height}}, 
    TriangleColor
);
static constexpr const auto triangle2 = GPU::POLY_FT3({
    {TriangleArea.position.x, TriangleArea.position.y}, 
    {TriangleArea.size.width, TriangleArea.position.y}, 
    {TriangleArea.size.width, TriangleArea.size.height}},{
    // Texture
    {TriangleArea.position.x, TriangleArea.position.y}, 
    {TriangleArea.size.width, TriangleArea.position.y}, 
    {TriangleArea.size.width, TriangleArea.size.height}},
    TriangleTPage,        
    TriangleClut,
    GPU::Color24::Grey()
);
static constexpr const auto triangle3 = GPU::POLY_G3({
    {triangle1.vertex0.move(TriangleArea.size.width, 0), GPU::Color24::Red()},
    {triangle1.vertex1.move(TriangleArea.size.width, 0), GPU::Color24::Green()},
    {triangle1.vertex2.move(TriangleArea.size.width, 0), GPU::Color24::Blue()}}
);
static constexpr const auto triangle4 = GPU::POLY_GT3({
    {triangle2.vertex0.move(TriangleArea.size.width, 0), triangle2.page0, GPU::Color24::Red()},
    {triangle2.vertex1.move(TriangleArea.size.width, 0), triangle2.page1, GPU::Color24::Blue()},
    {triangle2.vertex2.move(TriangleArea.size.width, 0), triangle2.page2, GPU::Color24::Green()}},
    TriangleTPage,
    TriangleClut
);

static constexpr const auto rectangle1 = GPU::POLY_F4(RectangleArea, RectangleColor);
static constexpr const auto rectangle2 = GPU::POLY_FT4({
    RectangleArea.position.move(RectangleArea.size.width, 0), RectangleArea.size}, {0, 0}, 
    RectangleTPage, 
    RectangleClut, 
    GPU::Color24::Grey()
);
static constexpr const auto rectangle3 = GPU::POLY_G4(
    {RectangleArea.position.move(RectangleArea.size.width*2, 0), RectangleArea.size}, {
    GPU::Color24::Red(),
    GPU::Color24::Blue(),
    GPU::Color24::Green(),
    GPU::Color24::White()});
static constexpr const auto rectangle4 = GPU::POLY_GT4(
    {RectangleArea.position.move(RectangleArea.size.width*3, 0), RectangleArea.size}, {0, 0},
    RectangleTPage, 
    RectangleClut, {
    GPU::Color24::Red(),
    GPU::Color24::Blue(),
    GPU::Color24::Green(),
    GPU::Color24::White()}
);
static constexpr const auto rectangle5 = GPU::POLY_GT4(
    {RectangleArea.position.move(0, RectangleArea.size.height), RectangleArea.size}, {0, 0},
    RectangleTPage, 
    RectangleClut, {
    GPU::Color24::Red(),
    GPU::Color24::Blue(),
    GPU::Color24::Green(),
    GPU::Color24::White()}
).set_semi_transparent(true);

static constexpr const auto line1 = GPU::LINE_F::create(LineColor,
    {0,                               0},
    {GPU::Display::Width, GPU::Display::Height}
);
static constexpr const auto line2 = GPU::LINE_F::create(LineColor.invert(), 
    GPU::Vertex(0,   0),
    GPU::Vertex(16,  0),
    GPU::Vertex(16, 16),
    GPU::Vertex(0,   0)
);
static constexpr const auto line3 = GPU::LINE_G::create(
    {LineColor,          {GPU::Display::Width, 0}},
    {LineColor.invert(), {0, GPU::Display::Height}}
);
static constexpr const auto line4 = GPU::LINE_G::create(
    GPU::ColorVertex{GPU::Color24::Red(),   {0,   0}},
    GPU::ColorVertex{GPU::Color24::Green(), {0,  16}},
    GPU::ColorVertex{GPU::Color24::Blue(),  {16, 16}},
    GPU::ColorVertex{GPU::Color24::White(), {0,   0}}
);

static constexpr const auto rect1 = GPU::RECT_FVAR(GPU::Color24::Green(),  GPU::AreaI16({GPU::Display::Width - 32, GPU::Display::Height - 32}, {32, 32}));
static constexpr const auto rect2 =  GPU::RECT_F16(GPU::Color24::Blue(),   {GPU::Display::Width - 16, GPU::Display::Height - 16});
static constexpr const auto rect3 =   GPU::RECT_F8(GPU::Color24::Yellow(), {GPU::Display::Width -  8, GPU::Display::Height -  8});
static constexpr const auto rect4 =   GPU::RECT_F1(GPU::Color24::Red(),    {GPU::Display::Width -  1, GPU::Display::Height -  1});

static void load_assets() {
    static const CDFile Assets[] = {
        CDFileBuilder::simple_tim(LBA::FONT, SimpleTIM(320,   0, 320, 511)),
        CDFileBuilder::simple_tim(LBA::ICON, SimpleTIM(320, 256, 320, 510)),
    };

    const auto      buffer_cfg = CDFileProcessor::BufferConfiguration::new_default();
    CDFileProcessor file_processor;

    file_processor.setup(lba, Assets, buffer_cfg);
    while(true) {
        switch(file_processor.process()) {
            case Progress::InProgress:
                break;

            case Progress::Done:
                if(!file_processor.next(lba, buffer_cfg)) {
                    return;
                }
                break;
            
            case Progress::Error:
                printf("Error detected! Aborting load\n");
                return;
        }
    }
    printf("Done loading assets!\n");
}

void main() {
    load_assets();

    while(true) {
        GPU::render(triangle1);
        GPU::render(triangle2);
        GPU::render(triangle3);
        GPU::render(triangle4);

        GPU::render(rectangle1);
        GPU::render(rectangle2);
        GPU::render(rectangle3);
        GPU::render(rectangle4);
        GPU::render(rectangle5);

        GPU::render(rect1);
        GPU::render(rect2);
        GPU::render(rect3);
        GPU::render(rect4);

        GPU::render(line1);
        GPU::render(line2);
        GPU::render(line3);
        GPU::render(line4);

        GPU::swap_buffers_vsync(2);
    }
}
__declare_lba_header(LBA);