src/server/utils/compound.js

/**
 * Manages compound creation and behavior.
 * Moved from clientside compound.js
 */
import { GLOBAL, getCurrTile, generateID } from '../../client/js/global'
import { canCraft } from './atoms'
import { incrementField, setField, deleteObject } from '../server'
import { damage } from './ondamage'
import { addExperience } from './experience'

/**
  * Checks if a compound can be created, deducts craft material, and returns the new compound.
  * Does NOT add the new compound to the objects array.
  * @param data - Data sent from the client.
  *  - blueprint: The blueprint of the compound to create
  *  - sendingTeam: Team of the player who sent this
  *  - mousePos: Mouse position of the player who sent this. Contains x and y components
  *  - sender: Player who sent this
  *  - streamID: number indicating the consecutive compounds requested on this current mouse hold.
  * @param {string} room - The name of the room
  * @param thisPlayer - The current player instance
  * @param socket - socket.io instance. INDEPENDENT OF PLAYER (any valid socket connection can go here!!!!!)
  */
export function createCompound (data, room, thisPlayer, socket) {
	if (!canCraft(thisPlayer, room, data.blueprint)) {
		return false
	}

	// Calculate velocities based on cursor position
	let theta = Math.atan2(data.mousePos.y, data.mousePos.x)
	let newCompound = {
		id: generateID(),
		posX: thisPlayer.posX + GLOBAL.PLAYER_RADIUS,
		posY: thisPlayer.posY - GLOBAL.PLAYER_RADIUS,
		vx: thisPlayer.vx + data.blueprint.params.speed * Math.cos(theta),
		vy: thisPlayer.vy + data.blueprint.params.speed * Math.sin(theta),
		blueprint: data.blueprint,
		sendingTeam: data.sendingTeam,
		sender: data.sender
	}
	// console.log("This player: ");
	// console.log(thisPlayer);
	// Add functionality for specific blueprint types
	if (data.blueprint.type === 'speed') {
		incrementField(data.blueprint.params.speedFactor * (1 / thisPlayer.speedMult), ['rooms', room, 'players', thisPlayer.id, 'speedMult'])
	}
	else if (data.blueprint.type === 'health') {
		damage({
			damage: -data.blueprint.params.healthModifier,
			sender: thisPlayer.id
		}, room, socket)
		if (thisPlayer.health > GLOBAL.MAX_HEALTH) {
			setField(GLOBAL.MAX_HEALTH, ['rooms', room, 'players', thisPlayer.id, 'health'])
		}
	}
	else if (data.blueprint.type === 'defense') {
		setField(data.blueprint.params.defenseModifier, ['rooms', room, 'players', thisPlayer.id, 'shield'])
	}
	else if (data.blueprint.type === 'block' || data.blueprint.type === 'acid') {
		newCompound.vx = newCompound.vy = 0
	}

	// Emits the crafting event to update experience
	// addExperience('CRAFT', socket, room, thisPlayer.id)

	// Remove atoms from inventory
	if (!data.streamID || data.streamID % data.blueprint.params.compoundsPerCraft === 0 || data.streamID === 1) {
		for (let atom in data.blueprint.atoms) {
			incrementField(-data.blueprint.atoms[atom], ['rooms', room, 'players', thisPlayer.id, 'atomList', atom])
		}
	}

	return newCompound
}

/**
 * Checks compound behavior based on compound type. Runs once a frame.
 * @param {number} compound compound object
 * @param {string} room Name of room
 * @param socket - socket.io instance. INDEPENDENT OF PLAYER (any valid socket connection can go here!!!!!)
 */
export function tickCompound (compound, room, socket) {
	// TODO
	switch (compound.blueprint.type) {
		case 'flammable':
			if (getCurrTile(compound) === 'F' && !compound.ignited) {
				setField(true, ['rooms', room, 'compounds', compound.id, 'ignited'])
				// compound.ignited = true (above statement)
				// compound.texture = PIXI.loader.resources[GLOBAL.IGNITE_SPRITE].texture; moved to client
			}
			break
	}

	if (compound.blueprint.params.evaporate) {
		if (getCurrTile(compound) === 'F') {
			deleteObject('compounds', compound.id, room, socket)
		}
	}
}