nx_succession.nx

buildroot/runtime/nx_succession.nx

8064 B206 linesdepth 2pulls 2 transitivereach 1 importersview sourcekind librarytopic succession

docs dependencies structs consts functions

about

nx_succession.nx -- ecological succession stage classification for primitives. Biology: ecosystems pass through PIONEER -> MID -> CLIMAX stages. Each stage has different role: pioneers stabilize bare ground (fast-growing, resource-light, short-lived); mid-stage builds soil / canopy (medium lifespan, medium investment); climax is mature, slow-turnover, hosts the most biodiversity. Removing a pioneer from a climax stand causes minor disturbance; removing climax keystones cascades. In Nishi: classify every primitive by succession stage so prune-rebuild decisions know what's safe to recycle vs what's load-bearing. Composes with [[nx_taxonomy]] (orthogonal axis to taxonomic class) and with the drift lifecycle (spore/seed/hypha/fruiting/lichen are PIONEER-class for the most part).

dependencies 2 imports · 1 importers

imports: nx_syscalls.nxnx_tier.nx

imported by: nx_succession_test.nx

structs

41	struct NxSuccessionRecord
52	struct NxSuccessionRegistry

consts

21	const NX_SU_STAGE_PIONEER: nx_int = 0 // fast bootstrap, low investment, removable
22	const NX_SU_STAGE_EARLY: nx_int = 1 // first build-out, partial replacement-risk
23	const NX_SU_STAGE_MID: nx_int = 2 // load-bearing for current generation
24	const NX_SU_STAGE_LATE: nx_int = 3 // load-bearing for multiple generations
25	const NX_SU_STAGE_CLIMAX: nx_int = 4 // foundational; removal cascades
26	const NX_SU_STAGE_RELICT: nx_int = 5 // mature but isolated; legacy-class
27	const NX_SU_STAGE_N: nx_int = 6
31	const NX_SU_V_OK: nx_int = 0
32	const NX_SU_V_PROMOTION_OK: nx_int = 1 // primitive ready to advance stage
33	const NX_SU_V_PREMATURE: nx_int = 2 // promotion before evidence
34	const NX_SU_V_REGRESSION_BLOCKED: nx_int = 3 // never demote climax to pioneer
35	const NX_SU_V_INVALID: nx_int = 4
36	const NX_SU_V_NULL: nx_int = 5
37	const NX_SU_V_N: nx_int = 6
50	const NX_SU_R_BYTES: nx_int = 40
60	const NX_SU_BYTES: nx_int = 32

functions

64	func nx_su_stage_is_valid(s: nx_int) -> nx_int called by 3: nx_su_register nx_su_check_demotion main
70	func nx_su_v_is_valid(v: nx_int) -> nx_int called by 1: main
76	func nx_su_stage_is_removable(s: nx_int) -> nx_int called by 1: main
82	func nx_su_stage_is_load_bearing(s: nx_int) -> nx_int called by 1: main
91	func nx_su_new(capacity: nx_int, called by 1: main calls 1: sys_mmap
107	func _su_record_at(reg: NxSuccessionRegistry, idx: nx_int) -> NxSuccessionRecord called by 3: nx_su_find nx_su_count_by_stage nx_su_total_dependents
116	func nx_su_register(reg: *NxSuccessionRegistry, called by 1: main calls 1: nx_su_stage_is_valid
138	func nx_su_find(reg: NxSuccessionRegistry, primitive_id: nx_int) -> NxSuccessionRecord called by 2: nx_su_check_promotion main calls 1: _su_record_at
151	func nx_su_check_promotion(reg: *NxSuccessionRegistry, called by 1: main calls 1: nx_su_find
168	func nx_su_check_demotion(current_stage: nx_int, proposed_stage: nx_int) -> nx_int called by 1: main calls 1: nx_su_stage_is_valid
184	func nx_su_count_by_stage(reg: *NxSuccessionRegistry, stage: nx_int) -> nx_int called by 1: main calls 1: _su_record_at
196	func nx_su_total_dependents(reg: *NxSuccessionRegistry) -> nx_int called by 1: main calls 1: _su_record_at