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nx_wasm_explodelab.nx

buildroot/runtime/nx_wasm_explodelab.nx

16882 B400 linesdepth 4pulls 7 transitivereach 2 importersview sourcekind tooltopic wasm

docs dependencies structs consts functions

about

nx_wasm_explodelab.nx -- EXPLODELAB: the interactive exploded-view surface (cadtwin R2b = the explodeview benchmark's viewer half). The REAL as1-oc-214 STEP assembly (baked by nx_explodelab_treegen from the R1a parse) explodes/assembles in staged 3D (nx_explode3d) through the sovereign mesh renderer (nx_meshrender z-buffer raster) -- ALL INTEGER, so the whole surface vets byte-for-byte VM vs native. ALL logic lives here (the no-JS-logic law): JS passes raw mouse+key bits and blits the framebuffer. CONTROLS (bits): drag = orbit; short click = cycle part highlight; bit1(R) = reset; bit2(E) = explode; bit3(D) = assemble. Until touched, the explosion auto-oscillates and the view slowly orbits (demo mode). license_tier: ORIGINAL

dependencies 6 imports · 2 importers

imports: nx_syscalls.nxnx_explode3d.nxnx_mechparts.nxnx_render_core.nxnx_explodelab_tree.nxnx_explodelab_meshes.nx

imported by: nx_explodelab_wasm_vet.nxnx_wasm_explodelab_gate.nx

call flow from main pre-order; caps 40 nodes / depth 6 declared; ↻ = already shown

structs

none

consts

15	const O_MAGIC_4096: i64 = 4096
16	const O_MAGIC_8192: i64 = 8192
17	const O_MAGIC_4280860390: i64 = 4280860390
18	const O_MAGIC_4280824550: i64 = 4280824550
19	const O_MAGIC_4284139580: i64 = 4284139580
20	const O_MAGIC_4288714390: i64 = 4288714390
21	const O_MAGIC_4293294150: i64 = 4293294150
22	const O_MAGIC_4292006610: i64 = 4292006610
23	const O_MAGIC_1024: i64 = 1024
24	const O_MAGIC_65536: i64 = 65536
25	const O_MAGIC_16777216: i64 = 16777216
26	const O_MAGIC_4278190080: i64 = 4278190080
37	const W: i64 = 960
38	const H: i64 = 720
39	const O_FB: i64 = 0
40	const O_ZB: i64 = 5529600
41	const O_LV: i64 = 11059200
42	const O_WV: i64 = 11190272
43	const O_IDX: i64 = 11321344
44	const O_HOME: i64 = 11517952
45	const O_DIR: i64 = 11519488
46	const O_DEP: i64 = 11521024
47	const O_VST: i64 = 11521536
48	const O_VCT: i64 = 11522048
49	const O_E: i64 = 11522560
50	const O_SC: i64 = 11522816
51	const O_PROJ: i64 = 11522832
52	const O_ROTY: i64 = 11522960
53	const O_MV: i64 = 11523088
54	const O_TRANS: i64 = 11523216
55	const O_MVP: i64 = 11523344
56	const O_VBUF: i64 = 11523472
57	const O_CLIP: i64 = 11523536
58	const O_SCR: i64 = 11523600 // PER-VERTEX scratch: 4096 verts * 4 i64 = 131072 B (mr_render writes scr[vi*4])
59	const O_TRI: i64 = 11654672
60	const O_ST: i64 = 11654800
63	const DIST: i64 = 40000
64	const FOVH: i64 = 30
65	const BG: i64 = 4280293912
66	const EXL_NEAR: i64 = 16384 // = nx_meshrender MR_NEAR (1.0 Q14 near plane)
67	const EXL_FAR: i64 = 16384000 // = nx_meshrender MR_FAR (1000.0 Q14 far plane)
68	const O_ROTX: i64 = 11654928 // pitch matrix scratch (past O_ST+128)
69	const O_YP: i64 = 11655056 // yaw*pitch product scratch
70	const PITCH: i64 = 26 // fixed camera elevation (deg) -> the 3/4 CAD view that reveals 3D form

functions

72	func st_ptr(base: i64) -> i64 { return (base + O_ST) as i64 } called by 8: world_init tick_at exr_render render_at selected_at explode_t_at+2
73	func mem_bytes() -> i64 { return O_YP + 128 } called by 2: main main
74	func e_ptr(base: i64) -> i64 { return (base + O_E) as i64 } called by 4: world_init exr_render render_at main
76	func world_init(base: i64) -> i64 called by 2: start_at tick_at calls 15: e_ptr ex3_init exl_n exl_kind exl_hx exl_hy+9
113	func start_at(base: i64) -> i64 { return world_init(base) } called by 3: main start main calls 1: world_init
115	func tick_at(base: i64, mx: i64, my: i64, buttons: i64) -> i64 called by 3: main tick main calls 3: st_ptr world_init exl_n
169	func exl_roty(deg: i64, out: *i64) -> i64 called by 1: exr_render calls 2: rc_cos_q14 rc_sin_q14
183	func exl_rotx(deg: i64, out: *i64) -> i64 called by 1: exr_render calls 2: rc_cos_q14 rc_sin_q14
197	func exl_project(mvp: i64, vx: i64, vy: i64, vz: i64, w: i64, h: i64, vbuf: i64, clipbuf: i64, scr: i64, base: i64) -> i64 called by 1: exr_render calls 1: rc_mat4_vec4
219	func exl_shade(col: i64, li: i64, sp: i64) -> i64 called by 1: exr_render
230	func exl_spec(cosq: i64) -> i64 called by 1: exr_render
239	func exl_lambert(verts: *i64, a: i64, b: i64, c: i64) -> i64 called by 1: exr_render calls 1: rc_isqrt
262	func exl_aa(fb: *i64, w: i64, h: i64) -> i64 called by 1: exr_render
292	func exr_render(base: i64) -> i64 called by 1: render_at calls 17: e_ptr st_ptr rc_clear rc_zclear rc_cos_q14 rc_sin_q14+11
352	func render_at(base: i64) -> i64 called by 3: main render main calls 4: e_ptr st_ptr ex3_pose exr_render
384	func part_count_at(base: i64) -> i64 { return exl_n() } called by 1: part_count calls 1: exl_n
385	func selected_at(base: i64) -> i64 { let st: *i64 = st_ptr(base); return st[4] } called by 1: selected calls 1: st_ptr
386	func explode_t_at(base: i64) -> i64 { let st: *i64 = st_ptr(base); return st[2] } called by 1: explode_t calls 1: st_ptr
387	func angle_at(base: i64) -> i64 { let st: *i64 = st_ptr(base); return st[3] } called by 1: angle calls 1: st_ptr
390	func start() -> i64 { return start_at(0) } called by 1: main calls 1: start_at
391	func tick(mx: i64, my: i64, buttons: i64) -> i64 { return tick_at(0, mx, my, buttons) } calls 1: tick_at
392	func render() -> i64 { return render_at(0) } calls 1: render_at
393	func part_count() -> i64 { return part_count_at(0) } calls 1: part_count_at
394	func selected() -> i64 { return selected_at(0) } calls 1: selected_at
395	func explode_t() -> i64 { return explode_t_at(0) } calls 1: explode_t_at
396	func angle() -> i64 { return angle_at(0) } calls 1: angle_at
397	func fb_off() -> i64 { return O_FB } called by 1: main
398	func ww() -> i64 { return W } called by 1: main
399	func hh() -> i64 { return H } called by 1: main
400	func main() -> i64 { start(); return 0 } calls 1: start