Orkuncakilkaya
19fcf60599
ludic migrate state packages <every example program> packages/ludic.lab/example/plate.ludic 1804 vars into 126 states, 64 into lets; 23498 edits in 460 files Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
79 lines
3.2 KiB
Text
79 lines
3.2 KiB
Text
# species.ludic - what a kind of animal IS, as far as its day goes: the game hands the table in,
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# one entry per species, and the entry's place in it is the species' number
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export const WILD_MEADOW: int = 0
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export const WILD_FOREST: int = 1
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export const WILD_SHORE: int = 2
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export const WILD_CLIFF: int = 3
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# what it eats, and so what food and which lures it comes to
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export const WILD_PLANTS: int = 0
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export const WILD_FISH: int = 1
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export const WILD_HAY: int = 2
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export const WILD_SEED: int = 3
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export property WildSpecies {
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key: string = ""
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walk: float = 1.0 # m/s
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run: float = 1.0 # m/s
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flee: float = 30.0 # its nerve: how far off a player starts to reach it, m
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home: float = 60.0 # how far it roams about its home, m
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habitat: int = 0 # WILD_MEADOW .. WILD_CLIFF
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tracks: bool = false # a walker that leaves prints (and droppings, and beds)
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size: int = 0 # 0 small (a snare holds it), 1 medium, 2 large
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diet: int = 0 # WILD_PLANTS .. WILD_SEED
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flies: bool = false # a bird: it circles, lands and lifts off
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tame: bool = false # minds nobody (a horse)
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charges: bool = false # comes at a player who gets too close (a bear)
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forget: float = 2.5 # alert points a second it lets go of
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land_shy: float = 80.0 # a bird: how close it comes down with somebody about, m
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land_chance: float = 0.1 # and how readily it comes down at all
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keep_away: float = 60.0 # how far its ranges keep from where the valley starts, m
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range: float = 100.0 # how wide one of its ranges is, m
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scale: float = 1.0 # its size, times
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}
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export state WildlifeState {
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wl_facts: Queue<WildFact> = null
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wl_own: []WildAnimal = null
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wl_px: float = 0.0
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wl_pz: float = 0.0
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wl_ask: WildLure = null
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wl_best: WildLure = null
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wl_seed_any: bool = false
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wl_seed_t: float = 0.0
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wl_ids: int = 0
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wl_ranges: []WildRange = null
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wl_found: []int = null # found flags a load brought before the ranges were set out
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wl_seen: int = 0
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wl_fed: int = 0
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wl_fed_any: bool = false
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wl_near_i: int = 0
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wl_species: []WildSpecies = null
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wl_list: []WildAnimal = null
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wl_keys: int = 0
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wl_dice: Rng = null
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wl_hold: bool = false # staged: nobody thinks, everybody keeps their speed
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wl_spot_ask: WildSpot = null
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}
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function wl_sp_all(wildlife_st: mut WildlifeState) -> []WildSpecies {
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if wildlife_st.wl_species == null { wildlife_st.wl_species = new []WildSpecies }
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return wildlife_st.wl_species
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}
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export function wildlife_species_clear(wildlife_st: mut WildlifeState) -> void { wildlife_st.wl_species = new []WildSpecies }
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# the next species; returns its number
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export function wildlife_species_add(wildlife_st: mut WildlifeState, s: WildSpecies) -> int {
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push(wl_sp_all(wildlife_st), s)
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return len(wl_sp_all(wildlife_st)) - 1
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}
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export function wildlife_species_count(wildlife_st: mut WildlifeState) -> int { return len(wl_sp_all(wildlife_st)) }
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export function wildlife_species(wildlife_st: mut WildlifeState, sp: int) -> WildSpecies {
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if sp < 0 or sp >= len(wl_sp_all(wildlife_st)) { return null }
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return wl_sp_all(wildlife_st)[sp]
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}
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function wl_sp(wildlife_st: mut WildlifeState, sp: int) -> WildSpecies { return wl_sp_all(wildlife_st)[sp] }
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