import { Fragment, FragmentById } from "./Fragment"; import { ActiveFragment } from "./ActiveFragment"; import { FragmentType } from "./FragmentType"; import { IStaneksGift } from "./IStaneksGift"; import { IPlayer } from "../PersonObjects/IPlayer"; import { Factions } from "../Faction/Factions"; import { CalculateEffect } from "./formulas/effect"; import { CalculateCharge } from "./formulas/charge"; import { Generic_fromJSON, Generic_toJSON, Reviver } from "../utils/JSONReviver"; export class StaneksGift implements IStaneksGift { fragments: ActiveFragment[] = []; width(): number { return 7; } height(): number { return 6; } charge(worldX: number, worldY: number, ram: number): number { const af = this.fragmentAt(worldX, worldY); if (af === null) return 0; // Find all the neighbooring cells const cells = af.neighboors(); // find the neighbooring active fragments. const maybeFragments = cells.map((n) => this.fragmentAt(n[0], n[1])); // Filter out nulls with typescript "Type guard". Whatever let neighboors = maybeFragments.filter((v: ActiveFragment | null): v is ActiveFragment => !!v); // filter unique fragments neighboors = neighboors.filter((value, index) => neighboors.indexOf(value) === index); // count number of neighbooring boosts and cooling. let boost = 1; for (const neighboor of neighboors) { const f = neighboor.fragment(); if (f.type === FragmentType.Booster) boost *= 1 + f.power / 1000; } const extraCharge = CalculateCharge(ram, boost); af.charge += extraCharge; Factions["Church of the Machine God"].playerReputation += extraCharge; return ram; } process(p: IPlayer, numCycles: number): void { for (const activeFragment of this.fragments) { const fragment = activeFragment.fragment(); // Boosters and cooling don't deal with heat. if (fragment.type === FragmentType.Booster) continue; } this.updateMults(p); } canPlace(x: number, y: number, fragment: Fragment): boolean { if (x + fragment.width() > this.width()) return false; if (y + fragment.height() > this.height()) return false; if (this.count(fragment) >= fragment.limit) return false; const newFrag = new ActiveFragment({ x: x, y: y, fragment: fragment }); for (const aFrag of this.fragments) { if (aFrag.collide(newFrag)) return false; } return true; } place(x: number, y: number, fragment: Fragment): boolean { if (!this.canPlace(x, y, fragment)) return false; this.fragments.push(new ActiveFragment({ x: x, y: y, fragment: fragment })); return true; } fragmentAt(worldX: number, worldY: number): ActiveFragment | null { for (const aFrag of this.fragments) { if (aFrag.fullAt(worldX, worldY)) { return aFrag; } } return null; } count(fragment: Fragment): number { let amt = 0; for (const aFrag of this.fragments) { if (aFrag.fragment().id === fragment.id) amt++; } return amt; } deleteAt(worldX: number, worldY: number): boolean { for (let i = 0; i < this.fragments.length; i++) { if (this.fragments[i].fullAt(worldX, worldY)) { this.fragments.splice(i, 1); return true; } } return false; } clear(): void { this.fragments = []; } updateMults(p: IPlayer): void { p.reapplyAllAugmentations(true); p.reapplyAllSourceFiles(); for (const aFrag of this.fragments) { const fragment = aFrag.fragment(); const power = CalculateEffect(aFrag.charge, fragment.power); switch (fragment.type) { case FragmentType.HackingChance: p.hacking_chance_mult *= power; break; case FragmentType.HackingSpeed: p.hacking_speed_mult *= power; break; case FragmentType.HackingMoney: p.hacking_money_mult *= power; break; case FragmentType.HackingGrow: p.hacking_grow_mult *= power; break; case FragmentType.Hacking: p.hacking_mult *= power; p.hacking_exp_mult *= power; break; case FragmentType.Strength: p.strength_mult *= power; p.strength_exp_mult *= power; break; case FragmentType.Defense: p.defense_mult *= power; p.defense_exp_mult *= power; break; case FragmentType.Dexterity: p.dexterity_mult *= power; p.dexterity_exp_mult *= power; break; case FragmentType.Agility: p.agility_mult *= power; p.agility_exp_mult *= power; break; case FragmentType.Charisma: p.charisma_mult *= power; p.charisma_exp_mult *= power; break; case FragmentType.HacknetMoney: p.hacknet_node_money_mult *= power; break; case FragmentType.HacknetCost: p.hacknet_node_purchase_cost_mult *= power; p.hacknet_node_ram_cost_mult *= power; p.hacknet_node_core_cost_mult *= power; p.hacknet_node_level_cost_mult *= power; break; case FragmentType.Rep: p.company_rep_mult *= power; p.faction_rep_mult *= power; break; case FragmentType.WorkMoney: p.work_money_mult *= power; break; case FragmentType.Crime: p.crime_success_mult *= power; p.crime_money_mult *= power; break; case FragmentType.Bladeburner: p.bladeburner_max_stamina_mult *= power; p.bladeburner_stamina_gain_mult *= power; p.bladeburner_analysis_mult *= power; p.bladeburner_success_chance_mult *= power; break; } } } /** * Serialize Staneks Gift to a JSON save state. */ toJSON(): any { return Generic_toJSON("StaneksGift", this); } /** * Initializes Staneks Gift from a JSON save state */ // eslint-disable-next-line @typescript-eslint/explicit-module-boundary-types static fromJSON(value: any): StaneksGift { return Generic_fromJSON(StaneksGift, value.data); } } Reviver.constructors.StaneksGift = StaneksGift;