Orkuncakilkaya
f25289db20
`Gl.*` binds the whole OpenGL 4.1 core API — every entry point of the platform gl3.h with every GL_* constant, generated by `ludic-dev glgen` with per-call ABI thunks. Windowed builds get an NSOpenGLContext on the existing window at Retina resolution; headless builds render into an offscreen CGL context, so a program that uses Gl.* renders and screenshots identically under the test harness. It links gl.ll, the thunks and OpenGL.framework only when used; every other build stays byte-identical. packages/ludic.render3d is a physically based renderer written on that surface: HDRI image-based lighting, GPU-generated terrain with scanned PBR materials, CDLOD, cascaded shadows, glTF with skinning, instanced vegetation with impostors, procedural grass, water, SSAO, and an HDR pipeline with bloom, auto-exposure and ACES. It also carries this session's work on it: the terrain at half its cost (10.3 -> 5.4 ms of frame), the streaming hitch that got worse the longer you played, a resize that emptied the world, and the packaging that lets a game use the renderer from its own repository — `ludic assets`, the material manifest shipping with the package, and shader lookup falling back to the install root. See changes/ for each, with its numbers. The camping game that drove all of it has moved out to its own repository, Maroon Lake; examples/rendering/smooth.ludic stays as the renderer's example here. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
13 lines
691 B
GLSL
13 lines
691 B
GLSL
// 3x3 tent upsample, added onto the destination (blend ONE ONE)
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in vec2 v_uv;
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out vec4 o_color;
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uniform sampler2D u_src;
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uniform vec2 u_texel;
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uniform float u_radius;
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void main() {
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vec2 t = u_texel * u_radius;
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vec3 s = texture(u_src, v_uv + t * vec2(-1, 1)).rgb + texture(u_src, v_uv + t * vec2(0, 1)).rgb * 2.0 + texture(u_src, v_uv + t * vec2(1, 1)).rgb
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+ texture(u_src, v_uv + t * vec2(-1, 0)).rgb * 2.0 + texture(u_src, v_uv).rgb * 4.0 + texture(u_src, v_uv + t * vec2(1, 0)).rgb * 2.0
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+ texture(u_src, v_uv + t * vec2(-1, -1)).rgb + texture(u_src, v_uv + t * vec2(0, -1)).rgb * 2.0 + texture(u_src, v_uv + t * vec2(1, -1)).rgb;
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o_color = vec4(s / 16.0, 1.0);
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}
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