Orkuncakilkaya
b368912c78
The user's walk showed the footprint rising outside the Ludic heap. Jolt's bytes were already counted; the navmesh's were not, so nothing could see them. Now: - ludic.nav nav_heap_test: fifty crossings of a four-tile map by the resident index hold the tiles in and the native bytes to the first crossing's; a thousand crowd walkers in and out grow nothing; a reset gives back every byte the mesh took. - ludic.physics cross_heap_test: a 1 km map of 64 m chunks kept to a ring round a player crossing corner to corner and back, each chunk a heightfield, twelve owned posts and six owned scaled hulls as the game makes them: six more crossings hold the bodies, the shapes and Jolt's bytes and peak exactly. (A post made as an offset of a cylinder, with only the offset owned, leaked the cylinder every time: the game's solid_pillar owns its cylinder directly.) lib/macos-arm64 rebuilt; lib/windows-x64 needs native/build.sh run on the PC for the new exports. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
47 lines
4.3 KiB
Text
47 lines
4.3 KiB
Text
# native.ludic - the shim's symbols (native/shim/nav_shim.cpp). A navmesh is a handle the package
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# keeps; points come back through a float buffer it owns. None of this is exported.
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extern function nvc_build(v: pointer, nv: int, t: pointer, nt: int, area: pointer, cyl: pointer, nc: int, foot: pointer, nf: int, c: pointer) -> pointer = "nav_build"
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extern function nvc_tiled(ox: float, oz: float, tile: float, max_tiles: int, max_polys: int) -> pointer = "nav_tiled"
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extern function nvc_tile_build(h: pointer, tx: int, tz: int, v: pointer, nv: int, t: pointer, nt: int, area: pointer, cyl: pointer, nc: int, foot: pointer, nf: int, c: pointer) -> int = "nav_tile_build"
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extern function nvc_save(h: pointer, buf: pointer, cap: int) -> int = "nav_save"
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extern function nvc_load(buf: pointer, size: int) -> pointer = "nav_load"
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extern function nvc_free(h: pointer) -> void = "nav_free"
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extern function nvc_polys(h: pointer) -> int = "nav_polys"
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extern function nvc_nearest(h: pointer, x: float, y: float, z: float, out: pointer) -> int = "nav_nearest"
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extern function nvc_area_cost(h: pointer, f: int, area: int, cost: float) -> void = "nav_area_cost"
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extern function nvc_path(h: pointer, f: int, sx: float, sy: float, sz: float, ex: float, ey: float, ez: float, out: pointer, max: int) -> int = "nav_path"
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extern function nvc_partial(h: pointer) -> int = "nav_partial"
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extern function nvc_us(h: pointer) -> int = "nav_us"
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extern function nvc_raycast(h: pointer, f: int, sx: float, sy: float, sz: float, ex: float, ez: float) -> int = "nav_raycast"
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extern function nvc_random_near(h: pointer, f: int, x: float, y: float, z: float, r: float, seed: int, out: pointer) -> int = "nav_random_near"
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extern function nvc_stage(size: int) -> pointer = "nav_stage"
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extern function nvc_crowd_new(h: pointer, max: int, max_radius: float) -> pointer = "nav_crowd_new"
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extern function nvc_crowd_free(c: pointer) -> void = "nav_crowd_free"
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extern function nvc_crowd_add(c: pointer, x: float, y: float, z: float, radius: float, height: float, speed: float, filter: int, separation: float) -> int = "nav_crowd_add"
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extern function nvc_crowd_add_fixed(c: pointer, x: float, y: float, z: float, radius: float, height: float) -> int = "nav_crowd_add_fixed"
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extern function nvc_crowd_place(c: pointer, i: int, x: float, y: float, z: float, vx: float, vz: float) -> int = "nav_crowd_place"
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extern function nvc_crowd_remove(c: pointer, i: int) -> void = "nav_crowd_remove"
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extern function nvc_crowd_target(c: pointer, i: int, x: float, y: float, z: float) -> int = "nav_crowd_target"
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extern function nvc_crowd_speed(c: pointer, i: int, speed: float) -> void = "nav_crowd_speed"
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extern function nvc_crowd_update(c: pointer, dt: float) -> void = "nav_crowd_update"
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extern function nvc_crowd_read(c: pointer, i: int, out: pointer) -> int = "nav_crowd_read"
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extern function nvc_crowd_us(c: pointer) -> int = "nav_crowd_us"
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extern function nvc_unstage(buf: pointer) -> void = "nav_unstage"
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extern function nvc_index_open(head: pointer) -> pointer = "nav_index_open"
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extern function nvc_index_count_in(head: pointer) -> int = "nav_index_count_in"
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extern function nvc_index_put(h: pointer, rec: pointer, offset: long) -> int = "nav_index_put"
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extern function nvc_index_count(h: pointer) -> int = "nav_index_count"
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extern function nvc_index_tile(h: pointer, i: int, out: pointer) -> int = "nav_index_tile"
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extern function nvc_index_offset(h: pointer, i: int) -> long = "nav_index_offset"
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extern function nvc_index_size(h: pointer, i: int) -> int = "nav_index_size"
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extern function nvc_index_in(h: pointer, i: int, data: pointer, size: int) -> int = "nav_index_in"
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extern function nvc_index_out(h: pointer, i: int) -> int = "nav_index_out"
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extern function nvc_load_staged(buf: pointer, size: int) -> pointer = "nav_load_staged"
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extern function nvc_heap_bytes() -> long = "nav_heap_bytes"
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extern function nvc_heap_peak() -> long = "nav_heap_peak"
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extern function nvc_heap_allocs() -> long = "nav_heap_allocs"
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# the bytes Recast and Detour hold now (every tile in, the queries, the crowds), the most they ever
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# held, and how many blocks they asked for: counted in the shim, apart from the game's heap
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export function nav_heap_bytes() -> long { return nvc_heap_bytes() }
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export function nav_heap_peak() -> long { return nvc_heap_peak() }
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export function nav_heap_allocs() -> long { return nvc_heap_allocs() }
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