[0x04] GAMEDEV // LÖVE 11.5 · UNITY · BEVY

Lua, run from the metal of the game loop.

LÖVE is the prototyping bench — built directly against the callback surface, no wrapping engine, no entity component DSL. Productized work runs in Unity; explorations sit in Rust/Bevy and SDL2/C++.

love.update(dt)

fixed step

love.draw()

canvas batched

love.physics

box2d body sim

01 // ACTIVE_AND_PAST_BUILDS

[0x01]

Passages — LitRPG-inspired third-person action RPG

IN_DEV

Combat blends FF12's Gambit system with the rule-driven party logic of .hack//GU. A dual-resource system (Vitality / Essence) governs both health and casting. The Attunement Scripts editor lets the player wire per-companion behavior trees. Abilities authored as ScriptableObjects so designers iterate without recompiling.

UnityC#gambit AIScriptableObjectdual-resource

[0x02]

From-scratch BSP renderer + Unity shooter prototype

RESEARCH

A BSP renderer written from scratch in C as a graphics deep-dive — tree construction, polygon splitting, painter's-order traversal. Separately, a 3D shooter prototype in Unity to feel the C# tooling end of the same pipeline. Both research artifacts, not productized.

CUnityBSPrendererresearch

[0x03]

Bevy + SDL2 track — SDL2 first, Bevy after

IN_PROG

Sequential ladder, not a single project. SDL2/C++ for the fundamentals (Pong, then Breakout, then a top-down shooter), then graduate the same exercises into Rust + Bevy to feel ECS-first authoring against the same problems.

pong → breakout → top-down shooter → bevy

RustBevySDL2C++ECS

02 // LOOP_SKELETON

Fixed timestep, honestly.

Accumulate real time, step the world in constant slices, draw whatever is current. Deterministic under load, and the bug that only appears on fast machines goes away.

love.graphicscanvases, batches, shaders

love.physicsbox2d bodies, joints

love.audiopositional sources

love.keyboardedge + held detection

conf.luawindow + module flags

function love.load()
    world = love.physics.newWorld(0, 9.81*64)
    player = entities.spawn("player", 100, 100)
end

function love.update(dt)
    accumulator = accumulator + dt
    while accumulator >= STEP do
        world:update(STEP)
        input.poll()
        ai.tick(STEP)
        accumulator = accumulator - STEP
    end
end

function love.draw()
    camera:attach()
    tilemap:draw()
    entities:draw()
    camera:detach()
    hud:draw()
end