@adatechnology/game-vegetation-species

JSON content pack for @adatechnology/game-vegetation: 71 species (trees, palms, shrubs, flowers, cacti, succulents, grasses, vines, potted plants), en and pt-BR names and descriptions, and regional planting tables (br, default). Global in browsers: GameVegetationSpecies.

import { generate } from '@adatechnology/game-vegetation'
import { toSpec, getSpecies, byTag, name, regions, pickForContext } from '@adatechnology/game-vegetation-species'

const mesh = generate(toSpec('mandacaru'), { seed: 3, lod: 1 })
name('mandacaru', 'pt-BR') // 'Mandacaru'
const id = pickForContext(regions.br, 'front_yard', 42) // weighted, deterministic

API: species, getSpecies(id), listIds(), byTag(tag), toSpec(idOrSpecies) (hex strings become ints), loadLocale(locale) (falls back to en), name, description, regions, pickForContext(region, context, seedOrRng). scatterRulesFor(region, context, seed, options?) turns a context into scatter rules: it draws species from the regional table (60 draws by default, the same seed draws the same), leaves out the vines and, with noLarge, the big trees, and splits the picks into trees, hedges, the middle layer and the ground cover, each with its density, spacing and scale. It returns { rules, picks }; give the rules to scatter of @adatechnology/game-vegetation. Every number is an option (n, draws, skipArchetypes, maxCount by group, treeDensity, groupRules, classify).

const { rules } = scatterRulesFor(regions.br, 'front_yard', 'quintal-1', { n: 12, noLarge: true, maxCount: { trees: 1, hedges: 10, mid: 14, ground: 40 } })
const placements = scatter({ rect: { x: 0.5, z: 0.5, w: 11, d: 5.6 } }, rules, { seed: 'quintal-1:f:0' })

Contexts: front_yard, backyard, sidewalk_tree, square, vacant_lot, indoor, semiarid.

Em português

Pacote de conteúdo em JSON com 71 espécies, nomes e descrições em pt-BR e en, e tabelas de plantio por região (br e default).