angarg12 / nucleogenesis

 generators

 Component that handles generators, resource creation, isotopes and decay.

 @namespace Components

 */

'use strict';

angular.module('game').component('generators', {

  templateUrl: 'views/generators.html',

  controller: 'ct_generators',

  controllerAs: 'ct'

});

angular.module('game').controller('ct_generators', ['state', 'visibility', 'data', 'util', 'reaction', 'upgrade',

  function (state, visibility, data, util, reaction, upgrade) {

    let ct = this;

    ct.state = state;

    ct.data = data;

    let buyAmount = [1, 10, 25, 100, 'max'];

    /* Proceses the decay of radiactive isotopes. It uses a random draw based on the

    half life to decide how many atoms decay, and then spreads them over different

    decay forms proportionally. */

    function processDecay(player) {

      // for each radiactive isotope

      for (let i = 0; i < data.radioisotopes.length; i++) {

        let resource = data.radioisotopes[i];

        if (player.resources[resource].unlocked) {

          let number = player.resources[resource].number;

          let decay = data.resources[resource].decay;

          let halfLife = decay.half_life;

          let exponent = 1/halfLife;

          let factor = Math.pow(0.5, exponent);

          let totalProduction = Math.floor(number - number * factor);

          let remaining = totalProduction;

          // and decay products

          let highestRatio;

          for (let type of Object.values(decay.decay_types)) {

            if(!highestRatio || highestRatio.ratio < type.ratio){

              highestRatio = type;

            }

            let production = Math.floor(totalProduction * type.ratio);

            // FIXME: this is a hack to fix decay not working if the number of

            // neutrons is lower than the decay amount. Fixing starvation

            // should fix this one as well

            if (type.reaction.reactant && type.reaction.reactant.n) {

              production = Math.min(production, player.resources.n.number);

            }

            reaction.react(production, type.reaction, player);

            remaining -= production;

          }

        }

      }

    }

    /* Proceses the generation for each element. It generates isotopes with a random

    draw proportionally to their probability. */

    function update(player) {

      processDecay(player);

      processGenerators(player);

    }

    function generatorPrice(name, level) {

      return data.generators[name].price * Math.pow(data.generators[name].price_exp, level);

    }

    ct.maxCanBuy = function (player, name, slot) {

      let level = slot.generators[name];

      let i = 0;

      let currency = data.elements[slot.element].main;

      let price = generatorPrice(name, level);

      // we need a loop since we use the ceil operator

      while (player.resources[currency].number >= price) {

        i++;

        price += generatorPrice(name, level + i);

      }

      return i;

    };

    ct.generatorTotalPrice = function (player, name, slot, number) {

      if (number === 'max') {

        number = ct.maxCanBuy(player, name, slot);

      }

      let level = slot.generators[name];

      let totalPrice = 0;

      for (let i = 0; i < number; i++) {

        let price = generatorPrice(name, level + i);

        totalPrice += Math.ceil(price);

      }

      return totalPrice;

    };

    ct.buyGenerators = function (player, name, slot, number) {

      if (number === 'max') {

        number = ct.maxCanBuy(player, name, slot);

      }

      let price = this.generatorTotalPrice(player, name, slot, number);

      let currency = data.elements[slot.element].main;

      if (ct.canBuy(player, slot, price)) {

        player.resources[currency].number -= price;

        slot.generators[name] += number;

      }

    };

    ct.canBuy = function (player, slot, price) {

      let currency = data.elements[slot.element].main;

      if (price > player.resources[currency].number) {

        return false;

      }

      return true;

    };

    ct.generatorProduction = function (player, name, slot) {

      let baseProduction = data.generators[name].power;

      return upgradedProduction(player, baseProduction, name, slot);

    };

    ct.tierProduction = function (player, name, slot) {

      let baseProduction = data.generators[name].power *

        slot.generators[name];

      return upgradedProduction(player, baseProduction, name, slot);

    };

    /* Upgraded production includes upgrades, exotic matter and dark matter. */

    function upgradedProduction(player, production, name, slot) {

      let args = {

        production: production,

        slot: slot

      }

      upgrade.executeAll(data.upgrades, slot.upgrades, [name, 'production'], args);

      // extract back the value from applying the upgrades

      let newProduction = args.production;

      let exotic = data.elements[slot.element].exotic;

      newProduction *= (1 + player.resources[exotic].number * data.constants.EXOTIC_POWER) *

        (1 + player.resources.dark_matter.number * data.constants.DARK_POWER);

      return Math.floor(newProduction);

    }

    ct.elementProduction = function (player, slot) {

      let total = 0;

      for (let tier in data.generators) {

        total += ct.tierProduction(player, tier, slot);

      }

      return total;

    };

    ct.visibleGenerators = function (slot) {

      return visibility.visible(data.generators, isGeneratorVisible, slot);

    };

    function isGeneratorVisible(name, slot) {

      let generator = data.generators[name];

      for (let dep of generator.deps) {

        if (slot.generators[dep] === 0) {

          return false;

        }

      }

      return true;

    }

    ct.nextBuyAmount = function () {

      state.buyIndex = (state.buyIndex + 1) % buyAmount.length;

    };

    ct.getbuyAmount = function () {

      return buyAmount[state.buyIndex];

    };

    state.registerUpdate('generators', update);

  }

]);