mirror of
https://github.com/Azgaar/Fantasy-Map-Generator.git
synced 2025-12-17 09:41:24 +01:00
140 lines
7.7 KiB
JavaScript
140 lines
7.7 KiB
JavaScript
(function (global, factory) {
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typeof exports === 'object' && typeof module !== 'undefined' ? module.exports = factory() :
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typeof define === 'function' && define.amd ? define(factory) :
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(global.Resources = factory());
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}(this, (function () {'use strict';
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// TO-DO
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// apply logic on heightmap edit
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// apply logic on burgs regenearation
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// apply logic on population recalculation
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let cells;
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const getDefault = function() {
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// model: cells eligibility function; chance: chance to get rosource in model-eligible cell
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return [
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{i: 1, name: "Wood", value: 5, chance: 10, model: "forestAndTaiga", bonus: {fleet: 2, defence: 1}},
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{i: 2, name: "Stone", value: 4, chance: 7, model: "hills", bonus: {prestige: 1, defence: 2}},
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{i: 3, name: "Marble", value: 15, chance: 1, model: "mountains", bonus: {prestige: 2}},
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{i: 4, name: "Iron", value: 8, chance: 4, model: "mountainsAndRareWetland", bonus: {artillery: 1, infantry: 1, defence: 1}},
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{i: 5, name: "Copper", value: 10, chance: 2, model: "mountains", bonus: {artillery: 2, defence: 1, prestige: 1}},
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{i: 6, name: "Lead", value: 8, chance: 1, model: "mountains", bonus: {artillery: 1, defence: 1}},
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{i: 7, name: "Silver", value: 15, chance: 1, model: "mountains", bonus: {prestige: 2}},
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{i: 8, name: "Gold", value: 30, chance: .4, model: "upperRivers", bonus: {prestige: 3}},
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{i: 9, name: "Grain", value: 1, chance: 15, model: "habitability", bonus: {population: 4}},
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{i: 10, name: "Сattle", value: 2, chance: 10, model: "pasturesAndTemperateForest", bonus: {population: 2}},
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{i: 11, name: "Fish", value: 1, chance: 10, model: "waterAndRiver", bonus: {population: 2}},
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{i: 12, name: "Game", value: 2, chance: 3, model: "forestAndTaiga", bonus: {archers: 2, population: 1}},
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{i: 13, name: "Wine", value: 3, chance: 4, model: "tropics", bonus: {population: 1, prestige: 1}},
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{i: 14, name: "Olives", value: 3, chance: 4, model: "tropics", bonus: {population: 1}},
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{i: 15, name: "Honey", value: 4, chance: 3, model: "deciduousForestAndTaiga", bonus: {population: 1}},
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{i: 16, name: "Salt", value: 5, chance: 4, model: "aridLandAndLakes", bonus: {population: 1, defence: 1}},
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{i: 17, name: "Dates", value: 3, chance: 3, model: "desert", bonus: {population: 1}},
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{i: 18, name: "Horses", value: 10, chance: 6, model: "grasslandsAndColdDesert", bonus: {cavalry: 2}},
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{i: 19, name: "Elephant", value: 15, chance: 2, model: "savannaDesertTropicalForest", bonus: {cavalry: 1}},
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{i: 20, name: "Camels", value: 13, chance: 4, model: "desert", bonus: {cavalry: 1}},
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{i: 21, name: "Hemp", value: 2, chance: 4, model: "forest", bonus: {fleet: 2}},
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{i: 22, name: "Pearls", value: 35, chance: 3, model: "tropicalWater", bonus: {prestige: 1}},
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{i: 23, name: "Gemstones", value: 35, chance: 2, model: "mountains", bonus: {prestige: 1}},
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{i: 24, name: "Dyes", value: 15, chance: .5, model: "habitableOrWater", bonus: {prestige: 1}},
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{i: 25, name: "Incense", value: 25, chance: 2, model: "desertAndTropicalForest", bonus: {prestige: 2}},
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{i: 26, name: "Silk", value: 30, chance: 1, model: "tropicalForest", bonus: {prestige: 2}},
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{i: 27, name: "Spices", value: 30, chance: 2, model: "tropicalForest", bonus: {prestige: 2}},
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{i: 28, name: "Amber", value: 15, chance: 2, model: "forestSeashore", bonus: {prestige: 1}},
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{i: 29, name: "Furs", value: 13, chance: 2, model: "borealForest", bonus: {prestige: 1}},
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{i: 30, name: "Sheeps", value: 2, chance: 5, model: "pasturesAndTemperateForest", bonus: {infantry: 1}},
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{i: 31, name: "Slaves", value: 10, chance: 3, model: "lessHabitableSeashore", bonus: {population: 2}},
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{i: 32, name: "Tar", value: 3, chance: 3, model: "forestAndTaiga", bonus: {fleet: 1}},
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{i: 33, name: "Saltpeter", value: 8, chance: 2, model: "habitability", bonus: {artillery: 3}},
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{i: 34, name: "Coal", value: 2, chance: 5, model: "hills", bonus: {artillery: 2}},
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]
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}
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const chance = v => {
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if (v < .01) return false;
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if (v > 99.99) return true;
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return v / 100 > Math.random();
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}
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const temp = i => grid.cells.temp[pack.cells.g[i]];
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const group = i => pack.features[cells.f[i]].group;
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const models = {
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forest: i => [6, 7, 8].includes(cells.biome[i]),
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forestAndTaiga: i => [5, 6, 7, 8, 9].includes(cells.biome[i]),
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deciduousForestAndTaiga: i => [6, 8, 9].includes(cells.biome[i]),
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hills: i => cells.h[i] >= 40 || (cells.h[i] >= 30 && !(i%10)),
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mountains: i => cells.h[i] >= 60 || (cells.h[i] >= 40 && !(i%10)),
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mountainsAndRareWetland: i => cells.h[i] >= 60 || (cells.biome[i] === 12 && !(i%8)),
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upperRivers: i => cells.h[i] >= 40 && cells.r[i],
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habitability: i => chance(biomesData.habitability[cells.biome[i]]),
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waterAndRiver: i => cells.t[i] && cells.t[i] < 3 && (cells.r[i] || !(i%2)) && group(i) !== "dry",
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pasturesAndTemperateForest: i => chance(100 - cells.h[i]) && chance([0, 0, 0, 100, 100, 20, 80, 0, 0, 0, 0, 0, 0][cells.biome[i]]),
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tropics: i => [5, 7].includes(cells.biome[i]),
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aridLandAndLakes: i => chance([0, 80, 60, 0, 0, 0, 0, 0, 0, 0, 0, 0, 10][cells.biome[i]]) || group(i) === "salt" || group(i) === "dry",
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desert: i => cells.biome[i] === 1 || cells.biome[i] === 2,
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grasslandsAndColdDesert: i => cells.biome[i] === 3 || (!(i%4) && cells.biome[i] === 2),
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savannaDesertTropicalForest: i => [1, 3, 5, 7].includes(cells.biome[i]),
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desertAndTropicalForest: i => [1, 7].includes(cells.biome[i]),
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tropicalForest: i => cells.biome[i] === 7,
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tropicalWater: i => cells.t[i] === -1 && temp(i) >= 18,
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subAndTropicalWater: i => cells.t[i] === -1 && temp(i) >= 14,
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habitableOrWater: i => biomesData.habitability[cells.biome[i]] || cells.t[i] === -1,
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forestSeashore: i => cells.t[i] === 1 && [6, 7, 8, 9].includes(cells.biome[i]),
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borealForest: i => chance([0, 0, 0, 0, 0, 0, 20, 0, 20, 100, 50, 0, 10][cells.biome[i]]),
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lessHabitableSeashore: i => cells.t[i] === 1 && chance([0, 50, 30, 30, 20, 10, 10, 20, 10, 20, 10, 0, 5][cells.biome[i]]),
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}
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// Biomes: 0: Marine, 1: Hot desert, 2: Cold desert, 3: Savanna, 4: Grassland,
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// 5: Tropical seasonal forest, 6: Temperate deciduous forest, 7: Tropical rainforest,
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// 8: Temperate rainforest, 9: Taiga, 10: Tundra, 11: Glacier, 12: Wetland
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const generate = function() {
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console.time("generateResources");
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cells = pack.cells;
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cells.resource = new Uint8Array(cells.i.length); // resources array [0, 255]
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const resourceMaxCells = Math.ceil(200 * cells.i.length / 5000);
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pack.resources = getDefault().map(resource => {
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resource.cells = 0;
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return resource;
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});
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const shuffledCells = d3.shuffle(cells.i.slice());
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for (const i of shuffledCells) {
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if (!(i%10)) d3.shuffle(pack.resources);
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if (cells.biome[i] === 11) continue; // ignore glaciers
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const rnd = Math.random() * 100;
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for (const resource of pack.resources) {
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if (resource.cells >= resourceMaxCells) continue
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if (!models[resource.model](i)) continue;
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if (resource.cells >= resource.chance && rnd > resource.chance) continue;
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cells.resource[i] = resource.i;
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resource.cells++;
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break;
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}
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}
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console.timeEnd("generateResources");
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console.table(pack.resources.sort((a, b) => a.i > b.i ? 1 : -1));
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}
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const draw = function() {
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let resourcesHTML = "";
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for (const i of cells.i) {
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if (!cells.resource[i]) continue;
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const resource = pack.resources.find(resource => resource.i === cells.resource[i]);
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const [x, y] = cells.p[i];
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resourcesHTML += `<use href="#resource-${resource.i}" x="${x-3}" y="${y-3}" width="6" height="6"/>`;
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}
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goods.html(resourcesHTML);
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}
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return {generate, getDefault, draw};
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})));
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