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CrazyPython/basedefinitions.js

Created December 15, 2018 14:22
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basedefinitions.js
// GUN DEFINITIONS
const dfltskl = exports.dfltskl = 7;
exports.combineStats = function(arr) {
try {
// Build a blank array of the appropiate length
let data = [1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1];
arr.forEach(function(component) {
for (let i=0; i<data.length; i++) {
data[i] = data[i] * component[i];
}
});
return {
reload: data[0],
recoil: data[1],
shudder: data[2],
size: data[3],
health: data[4],
damage: data[5],
pen: data[6],
speed: data[7],
maxSpeed: data[8],
range: data[9],
density: data[10],
spray: data[11],
resist: data[12],
};
} catch(err) {
console.log(err);
console.log(JSON.stringify(arr));
}
};
exports.skillSet = (() => {
let config = require('../../../config.json');
let skcnv = {
rld: 0,
pen: 1,
str: 2,
dam: 3,
spd: 4,
shi: 5,
atk: 6,
hlt: 7,
rgn: 8,
mob: 9,
};
return args => {
let skills = [0, 0, 0, 0, 0, 0, 0, 0, 0, 0];
for (let s in args) {
if (!args.hasOwnProperty(s)) continue;
skills[skcnv[s]] = Math.round(config.MAX_SKILL * args[s]);
}
return skills;
};
})();
exports.g = { // Gun info here
droneDominator: [1.25, 1, 1, 0.9, 1.25, 1.5, 1.5, 1.05, 0.9, 1, 2, 1, 1],
destroyDominator: [4, 0, 1, 0.975, 8, 8, 6.25, 0.5, 1, 1.5, 1, 0.5, 1],
gunnerDominator: [0.65, 0, 1, 0.5, 1, 1, 1.2, 1.0, 1, 1, 1, 1.25, 1],
trapperDominator: [0.85, 0, 0.25, 1.1, 1, 1.2, 1.2, 0.7, 2, 2, 1, 0.5, 1],
trap: [36, 1, 0.25, 0.6, 1, 0.75, 1, 5, 1, 1, 1, 15, 3],
swarm: [18, 0.25, 0.05, 0.4, 1, 0.75, 1, 4, 1, 1, 1, 5, 1],
drone: [50, 0.25, 0.1, 0.6, 1, 1, 1, 2, 1, 1, 1, 0.1, 1],
factory: [60, 1, 0.1, 0.7, 1, 0.75, 1, 3, 1, 1, 1, 0.1, 1],
basic: [18, 1.4, 0.1, 1, 1, 0.75, 1, 4.5, 1, 1, 1, 15, 1],
/***************** RELOAD RECOIL SHUDDER SIZE HEALTH DAMAGE PEN SPEED MAX RANGE DENSITY SPRAY RESIST */
blank: [1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1],
spam: [1.1, 1, 1, 1.05, 1, 1.1, 1, 0.9, 0.7, 1, 1, 1, 1.05],
minion: [1, 1, 2, 1, 0.4, 0.4, 1.2, 1, 1, 0.75, 1, 2, 1],
single: [1.05, 1, 1, 1, 1, 1, 1, 1.05, 1, 1, 1, 1, 1],
sniper: [1.35, 1, 0.25, 1, 1, 0.8, 1.1, 1.5, 1.5, 1, 1.5, 0.2, 1.15],
rifle: [0.8, 0.8, 1.5, 1, 0.8, 0.8, 0.9, 1, 1, 1, 1, 2, 1],
assass: [1.65, 1, 0.25, 1, 1.15, 1, 1.1, 1.18, 1.18, 1, 3, 1, 1.3],
hunter: [1.5, 0.7, 1, 0.95, 1, 0.9, 1, 1.1, 0.8, 1, 1.2, 1, 1.15],
hunter2: [1, 1, 1, 0.9, 1, 0.5, 1.0, 1, 1, 1, 1.2, 1, 1.1],
preda: [1.4, 0.8, 1, 0.8, 0.7, 0.9, 1.0, 0.9, 0.9, 1.5, 1, 1, 1],
snake: [0.4, 1, 4, 1, 1.5, 0.9, 1.2, 0.2, 0.35, 1, 3, 6, 0.5],
sidewind: [1.5, 2, 1, 1, 1.5, 0.9, 1, 0.15, 0.5, 1, 1, 1, 1],
snakeskin: [0.6, 1, 2, 1, 0.5, 0.5, 1, 1, 0.2, 0.4, 1, 5, 1],
mach: [0.5, 0.8, 1.7, 1, 0.7, 0.7, 1, 1, 0.8, 1, 1, 2.5, 1],
blaster: [1, 1.2, 1.25, 1.1, 1.5, 1, 0.6, 0.8, 0.33, 0.6, 0.5, 1.5, 0.8],
chain: [1.25, 1.33, 0.8, 1, 0.8, 1, 1.1, 1.25, 1.25, 1.1, 1.25, 0.5, 1.1],
mini: [1.25, 0.6, 1, 0.8, 0.55, 0.45, 1.25, 1.33, 1, 1, 1.25, 0.5, 1.1],
stream: [1.1, 0.6, 1, 1, 1, 0.65, 1, 1.24, 1, 1, 1, 1, 1],
shotgun: [8, 0.4, 1, 1.5, 1, 0.4, 0.8, 1.8, 0.6, 1, 1.2, 1.2, 1],
flank: [1, 1.2, 1, 1, 1.02, 0.81, 0.9, 1, 0.85, 1, 1.2, 1, 1],
tri: [1, 0.9, 1, 1, 0.9, 1, 1, 0.8, 0.8, 0.6, 1, 1, 1],
trifront: [1, 0.2, 1, 1, 1, 1, 1, 1.3, 1.1, 1.5, 1, 1, 1],
thruster: [1, 1.5, 2, 1, 0.5, 0.5, 0.7, 1, 1, 1, 1, 0.5, 0.7],
auto: /*pure*/ [1.8, 0.75, 0.5, 0.8, 0.9, 0.6, 1.2, 1.1, 1, 0.8, 1.3, 1, 1.25],
five: [1.15, 1, 1, 1, 1, 1, 1, 1.05, 1.05, 1.1, 2, 1, 1],
autosnipe: [1, 1, 1, 1.4, 2, 1, 1, 1, 1, 1, 1, 1, 1],
/***************** RELOAD RECOIL SHUDDER SIZE HEALTH DAMAGE PEN SPEED MAX RANGE DENSITY SPRAY RESIST */
pound: [2, 1.6, 1, 1, 1, 2, 1, 0.85, 0.8, 1, 1.5, 1, 1.15],
destroy: [2.2, 1.8, 0.5, 1, 2, 2, 1.2, 0.65, 0.5, 1, 2, 1, 3],
anni: [0.8, 1.25, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1],
hive: [1.5, 0.8, 1, 0.8, 0.7, 0.3, 1, 1, 0.6, 1, 1, 1, 1],
arty: [1.2, 0.7, 1, 0.9, 1, 1, 1, 1.15, 1.1, 1, 1.5, 1, 1],
mortar: [1.2, 1, 1, 1, 1.1, 1, 1, 0.8, 0.8, 1, 1, 1, 1],
spreadmain: [0.78125, 0.25, 0.5, 1, 0.5, 1, 1, 1.5/0.78, 0.9/0.78,1, 1, 1, 1],
spread: [1.5, 1, 0.25, 1, 1, 1, 1, 0.7, 0.7, 1, 1, 0.25, 1],
skim: [1, 0.8, 0.8, 0.9, 1.35, 0.8, 2, 0.3, 0.3, 1, 1, 1, 1.1],
twin: [1, 0.5, 0.9, 1, 0.9, 0.7, 1, 1, 1, 1, 1, 1.2, 1],
bent: [1.1, 1, 0.8, 1, 0.9, 1, 0.8, 1, 1, 1, 0.8, 0.5, 1],
triple: [1.2, 0.667, 0.9, 1, 0.85, 0.85, 0.9, 1, 1, 1, 1.1, 0.9, 0.95],
quint: [1.5, 0.667, 0.9, 1, 1, 1, 0.9, 1, 1, 1, 1.1, 0.9, 0.95],
dual: [2, 1, 0.8, 1, 1.5, 1, 1, 1.3, 1.1, 1, 1, 1, 1.25],
double: [1, 1, 1, 1, 1, 0.9, 1, 1, 1, 1, 1, 1, 1],
hewn: [1.25, 1.5, 1, 1, 0.9, 0.85, 1, 1, 0.9, 1, 1, 1, 1],
puregunner: [1, 0.25, 1.5, 1.2, 1.35, 0.25, 1.25, 0.8, 0.65, 1, 1.5, 1.5, 1.2],
machgun: [0.66, 0.8, 2, 1, 1, 0.75, 1, 1.2, 0.8, 1, 1, 2.5, 1],
gunner: [1.25, 0.25, 1.5, 1.1, 1, 0.35, 1.35, 0.9, 0.8, 1, 1.5, 1.5, 1.2],
power: [1, 1, 0.6, 1.2, 1, 1, 1.25, 2, 1.7, 1, 2, 0.5, 1.5],
nail: [0.85, 2.5, 1, 0.8, 1, 0.7, 1, 1, 1, 1, 2, 1, 1],
fast: [1, 1, 1, 1, 1, 1, 1, 1.2, 1, 1, 1, 1, 1],
turret: [2, 1, 1, 1, 0.8, 0.6, 0.7, 1, 1, 1, 0.1, 1, 1],
/***************** RELOAD RECOIL SHUDDER SIZE HEALTH DAMAGE PEN SPEED MAX RANGE DENSITY SPRAY RESIST */
battle: [1, 1, 1, 1, 1.25, 1.15, 1, 1, 0.85, 1, 1, 1, 1.1],
bees: [1.3, 1, 1, 1.4, 1, 1.5, 0.5, 3, 1.5, 1, 0.25, 1, 1],
carrier: [1.5, 1, 1, 1, 1, 0.8, 1, 1.3, 1.2, 1.2, 1, 1, 1],
hexatrap: [1.3, 1, 1.25, 1, 1, 1, 1, 0.8, 1, 0.5, 1, 1, 1],
block: [1.1, 2, 0.1, 1.5, 2, 1, 1.25, 1.5, 2.5, 1.25, 1, 1, 1.25],
construct: [1.3, 1, 1, 0.9, 1, 1, 1, 1, 1.1, 1, 1, 1, 1],
boomerang: [0.8, 1, 1, 1, 0.5, 0.5, 1, 0.75, 0.75, 1.333, 1, 1, 1],
over: [1.25, 1, 1, 0.85, 0.7, 0.8, 1, 1, 0.9, 1, 2, 1, 1],
meta: [1.333, 1, 1, 1, 1, 0.667, 1, 1, 1, 1, 1, 1, 1],
weak: [2, 1, 1, 1, 0.6, 0.6, 0.8, 0.5, 0.7, 0.25, 0.3, 1, 1],
master: [3, 1, 1, 0.7, 0.4, 0.7, 1, 1, 1, 0.1, 0.5, 1, 1],
sunchip: [5, 1, 1, 1.4, 0.5, 0.4, 0.6, 1, 1, 1, 0.8, 1, 1],
babyfactory: [1.5, 1, 1, 1, 1, 1, 1, 1, 1.35, 1, 1, 1, 1],
lowpower: [1, 1, 2, 1, 0.5, 0.5, 0.7, 1, 1, 1, 1, 0.5, 0.7],
zerorecoil: [1, 0, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1],
halfrecoil: [1, 0.5, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1],
morerecoil: [1, 1.15, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1],
muchmorerecoil: [1, 1.35, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1],
lotsmorrecoil: [1, 1.8, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1],
tonsmorrecoil: [1, 4, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1],
doublereload: [0.5, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1],
morereload: [0.75, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1],
halfreload: [2, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1],
lessreload: [1.5, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1],
threequartersrof: [1.333, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1],
morespeed: [1, 1, 1, 1, 1, 1, 1, 1.3, 1.3, 1, 1, 1, 1],
bitlessspeed: [1, 1, 1, 1, 1, 1, 1, 0.93, 0.93, 1, 1, 1, 1],
slow: [1, 1, 1, 1, 1, 1, 1, 0.7, 0.7, 1, 1, 1, 1],
halfspeed: [1, 1, 1, 1, 1, 1, 1, 0.5, 0.5, 1, 1, 1, 1],
notdense: [1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 0.1, 1, 1],
halfrange: [1, 1, 1, 1, 1, 1, 1, 1, 1, 0.5, 1, 1, 1],
fake: [1, 1, 1, 0.00001, 0.0001, 1, 1, 0.00001, 2, 0, 1, 1, 1],
/***************** RELOAD RECOIL SHUDDER SIZE HEALTH DAMAGE PEN SPEED MAX RANGE DENSITY SPRAY RESIST */
op: [0.5, 1.3, 1, 1, 4, 4, 4, 3, 2, 1, 5, 2, 1],
protectorswarm: [5, 0.000001, 1, 1, 100, 1, 1, 1, 1, 0.5, 5, 1, 10],
};
exports.gunCalcNames = {
default: 0,
bullet: 1,
drone: 2,
swarm: 3,
fixedReload: 4,
thruster: 5,
sustained: 6,
necro: 7,
trap: 8,
};
// ENTITY DEFINITIONS
exports.genericEntity = {
NAME: '',
LABEL: 'Unknown Entity',
TYPE: 'unknown',
DAMAGE_CLASS: 0, // 0: def, 1: food, 2: tanks, 3: obstacles
DANGER: 0,
VALUE: 0,
SHAPE: 0,
COLOR: 16,
INDEPENDENT: false,
CONTROLLERS: ['doNothing'],
HAS_NO_MASTER: false,
MOTION_TYPE: 'glide', // motor, swarm, chase
FACING_TYPE: 'toTarget', // turnWithSpeed, withMotion, looseWithMotion, toTarget, looseToTarget
DRAW_HEALTH: false,
DRAW_SELF: true,
DAMAGE_EFFECTS: true,
RATEFFECTS: true,
MOTION_EFFECTS: true,
INTANGIBLE: false,
ACCEPTS_SCORE: true,
GIVE_KILL_MESSAGE: false,
CAN_GO_OUTSIDE_ROOM: false,
HITS_OWN_TYPE: 'normal', // hard, repel, never, hardWithBuffer
DIE_AT_LOW_SPEED: false,
DIE_AT_RANGE: false,
CLEAR_ON_MASTER_UPGRADE: false,
PERSISTS_AFTER_DEATH: false,
VARIES_IN_SIZE: false,
HEALTH_WITH_LEVEL: true,
CAN_BE_ON_LEADERBOARD: true,
HAS_NO_RECOIL: false,
AUTO_UPGRADE: 'none',
BUFF_VS_FOOD: false,
OBSTACLE: false,
CRAVES_ATTENTION: false,
NECRO: false,
UPGRADES_TIER_1: [],
UPGRADES_TIER_2: [],
UPGRADES_TIER_3: [],
SKILL: [0, 0, 0, 0, 0, 0, 0, 0, 0, 0],
LEVEL: 0,
SKILL_CAP: [dfltskl, dfltskl, dfltskl, dfltskl, dfltskl, dfltskl, dfltskl, dfltskl, dfltskl, dfltskl],
GUNS: [],
MAX_CHILDREN: 0,
BODY: {
ACCELERATION: 1,
SPEED: 0,
HEALTH: 1,
RESIST: 1,
SHIELD: 0,
REGEN: 0,
DAMAGE: 1,
PENETRATION: 1,
RANGE: 0,
FOV: 1,
DENSITY: 1,
STEALTH: 1,
PUSHABILITY: 1,
HETERO: 2,
},
FOOD: {
LEVEL: -1,
},
};
// FOOD
exports.food = {
TYPE: 'food',
DAMAGE_CLASS: 1,
CONTROLLERS: ['moreFoodWhenDie'],
HITS_OWN_TYPE: 'repel',
MOTION_TYPE: 'drift',
FACING_TYPE: 'turnWithSpeed',
VARIES_IN_SIZE: true,
BODY: {
ACCELERATION: 0.1,
STEALTH: 30,
PUSHABILITY: 1,
},
DAMAGE_EFFECTS: false,
RATEFFECTS: false,
HEALTH_WITH_LEVEL: false,
};
exports.base = base = {
ACCEL: 1.6,
SPEED: 5.25,
HEALTH: 20,
DAMAGE: 3,
RESIST: 1,
PENETRATION: 1.05,
SHIELD: 8,
REGEN: 0.025,
FOV: 1,
DENSITY: 0.5,
};
exports.genericTank = {
LABEL: 'Unknown Class',
TYPE: 'tank',
DAMAGE_CLASS: 2,
DANGER: 5,
MOTION_TYPE: 'motor',
FACING_TYPE: 'toTarget',
SIZE: 12,
MAX_CHILDREN: 0,
DAMAGE_EFFECTS: false,
CONTROLLERS: [],
BODY: { // def
ACCELERATION: base.ACCEL,
SPEED: base.SPEED,
HEALTH: base.HEALTH,
DAMAGE: base.DAMAGE,
PENETRATION: base.PENETRATION,
SHIELD: base.SHIELD,
REGEN: base.REGEN,
FOV: base.FOV,
DENSITY: base.DENSITY,
PUSHABILITY: 0.9,
HETERO: 3,
},
GUNS: [],
TURRETS: [],
GIVE_KILL_MESSAGE: true,
DRAW_HEALTH: true,
};
exports.basePolygonDamage = 1;
exports.basePolygonHealth = 1;
exports.wepHealthFactor = wepHealthFactor = 0.5;
exports.wepDamageFactor = wepDamageFactor = 1.5;
exports.bullet = {
LABEL: 'Bullet',
TYPE: 'bullet',
ACCEPTS_SCORE: false,
BODY: {
PENETRATION: 1,
SPEED: 3.75,
RANGE: 90,
DENSITY: 1.25,
HEALTH: 0.33 * wepHealthFactor,
DAMAGE: 4 * wepDamageFactor,
PUSHABILITY: 0.3,
},
FACING_TYPE: 'smoothWithMotion',
CAN_GO_OUTSIDE_ROOM: true,
HITS_OWN_TYPE: 'never',
// DIE_AT_LOW_SPEED: true,
DIE_AT_RANGE: true,
};
exports.trap = {
LABEL: 'Thrown Trap',
TYPE: 'trap',
ACCEPTS_SCORE: false,
SHAPE: -3,
MOTION_TYPE: 'glide', // def
FACING_TYPE: 'turnWithSpeed',
HITS_OWN_TYPE: 'push',
DIE_AT_RANGE: true,
BODY: {
HEALTH: 1 * wepHealthFactor,
DAMAGE: 2 * wepDamageFactor,
RANGE: 450,
DENSITY: 2.5,
RESIST: 2.5,
SPEED: 0,
},
};
exports.drone = {
LABEL: 'Drone',
TYPE: 'drone',
ACCEPTS_SCORE: false,
DANGER: 2,
CONTROL_RANGE: 0,
SHAPE: 3,
MOTION_TYPE: 'chase',
FACING_TYPE: 'smoothToTarget',
CONTROLLERS: [
'nearestDifferentMaster',
'canRepel',
'mapTargetToGoal',
'hangOutNearMaster'
],
AI: { BLIND: true, },
BODY: {
PENETRATION: 1.2,
PUSHABILITY: 0.6,
ACCELERATION: 0.05,
HEALTH: 0.6 * wepHealthFactor,
DAMAGE: 1.25 * wepDamageFactor,
SPEED: 3.8,
RANGE: 200,
DENSITY: 0.03,
RESIST: 1.5,
FOV: 0.8,
},
HITS_OWN_TYPE: 'hard',
DRAW_HEALTH: false,
CLEAR_ON_MASTER_UPGRADE: true,
BUFF_VS_FOOD: true,
};
Raw
definitions.js
/*global exports */
const {combineStats, skillSet, g, dfltskl, statNames, gunCalcNames, food, basePolygonDamage, basePolygonHealth, wepHealthFactor, wepDamageFactor} = require('./basedefinitions.js')
exports.bullet = require('./basedefinitions.js').bullet
exports.food = food
exports.genericEntity = require('./basedefinitions.js').genericEntity
exports.genericTank = require('./basedefinitions.js').genericTank
exports.trap = require('./basedefinitions.js').trap
exports.flag = require("../gamemodes/ctf.definitions.js").flag
const base = {
ACCEL: 1.6,
SPEED: 5.25,
HEALTH: 20,
DAMAGE: 3,
RESIST: 1,
PENETRATION: 1.05,
SHIELD: 8,
REGEN: 0.025,
FOV: 1,
DENSITY: 0.5,
};
// NAMES
const statnames = {
smasher: 1,
drone: 2,
necro: 3,
swarm: 4,
trap: 5,
generic: 6,
};
// ENTITY DEFINITIONS
exports.genericEntity = {
NAME: '',
LABEL: 'Unknown Entity',
TYPE: 'unknown',
DAMAGE_CLASS: 0, // 0: def, 1: food, 2: tanks, 3: obstacles
DANGER: 0,
VALUE: 0,
SHAPE: 0,
COLOR: 16,
INDEPENDENT: false,
CONTROLLERS: ['doNothing'],
HAS_NO_MASTER: false,
MOTION_TYPE: 'glide', // motor, swarm, chase
FACING_TYPE: 'toTarget', // turnWithSpeed, withMotion, looseWithMotion, toTarget, looseToTarget
DRAW_HEALTH: false,
DRAW_SELF: true,
DAMAGE_EFFECTS: true,
RATEFFECTS: true,
MOTION_EFFECTS: true,
INTANGIBLE: false,
ACCEPTS_SCORE: true,
GIVE_KILL_MESSAGE: false,
CAN_GO_OUTSIDE_ROOM: false,
HITS_OWN_TYPE: 'normal', // hard, repel, never, hardWithBuffer
DIE_AT_LOW_SPEED: false,
DIE_AT_RANGE: false,
CLEAR_ON_MASTER_UPGRADE: false,
PERSISTS_AFTER_DEATH: false,
VARIES_IN_SIZE: false,
HEALTH_WITH_LEVEL: true,
CAN_BE_ON_LEADERBOARD: true,
HAS_NO_RECOIL: false,
AUTO_UPGRADE: 'none',
BUFF_VS_FOOD: false,
OBSTACLE: false,
CRAVES_ATTENTION: false,
NECRO: false,
UPGRADES_TIER_1: [],
UPGRADES_TIER_2: [],
UPGRADES_TIER_3: [],
SKILL: [0, 0, 0, 0, 0, 0, 0, 0, 0, 0],
LEVEL: 0,
SKILL_CAP: [dfltskl, dfltskl, dfltskl, dfltskl, dfltskl, dfltskl, dfltskl, dfltskl, dfltskl, dfltskl],
GUNS: [],
MAX_CHILDREN: 0,
BODY: {
ACCELERATION: 1,
SPEED: 0,
HEALTH: 1,
RESIST: 1,
SHIELD: 0,
REGEN: 0,
DAMAGE: 1,
PENETRATION: 1,
RANGE: 0,
FOV: 1,
DENSITY: 1,
STEALTH: 1,
PUSHABILITY: 1,
HETERO: 2,
},
FOOD: {
LEVEL: -1,
},
};
// FOOD
exports.food = {
TYPE: 'food',
DAMAGE_CLASS: 1,
CONTROLLERS: [],
HITS_OWN_TYPE: 'repel',
MOTION_TYPE: 'drift',
FACING_TYPE: 'turnWithSpeed',
VARIES_IN_SIZE: true,
BODY: {
STEALTH: 30,
PUSHABILITY: 1,
},
DAMAGE_EFFECTS: false,
RATEFFECTS: false,
HEALTH_WITH_LEVEL: false,
};
exports.dominationBody = {
LABEL: '',
CONTROLLERS: ['dontTurn'],
COLOR: 9,
SHAPE: 8,
//HETERO: 0,
INDEPENDENT: true,
};
exports.droneDominator = {
PARENT: [exports.genericTank],
STAT_NAMES: statnames.drone,
LABEL: 'Dominator',
FACING_TYPE: 'autospin',
DANGER: 10,
SIZE: 30,
// TYPE: 'fixed',
SKILL: skillSet({
dam: 2,
pen: 2,
str: 1,
}),
//TYPE: exports.drone,
MAX_CHILDREN:80,
CONTROLLERS: ['nearestDifferentMaster', 'mapAltToFire', 'setDominatorControl'],
BODY: {
HEALTH: 6148,
SHIELD: base.SHIELD * 1.25,
REGEN: base.REGEN * 0.75,
SPEED: 0,
ACCELERATION: base.ACCEL * 0.5,
PUSHABILITY: 0.15,
AUTOFIRE:true,
//TYPE: exports.drone,
},
GUNS: [{
POSITION: [3.75, 4, 1.2, 8.5, 0, 0, 0],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.drone, g.droneDominator]),
TYPE: exports.drone,
AUTOFIRE: true,
SYNCS_SKILLS: true,
STAT_CALCULATOR: gunCalcNames.drone,
WAIT_TO_CYCLE: true,
//MAX_CHILDREN: 1,
},
}, {
POSITION: [3.75, 4.45, -1.6, 7.2, 0, 0, 0],
}, {
POSITION: [3.75, 4, 1.2, 8.5, 0, 60, 1 / 6],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.drone, g.droneDominator]),
TYPE: exports.drone,
AUTOFIRE: true,
SYNCS_SKILLS: true,
STAT_CALCULATOR: gunCalcNames.drone,
WAIT_TO_CYCLE: true,
//MAX_CHILDREN: 1,
},
}, {
POSITION: [3.75, 4.45, -1.6, 7.2, 0, 60, 0],
}, {
POSITION: [3.75, 4, 1.2, 8.5, 0, 120, 1 / 3],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.drone, g.droneDominator]),
TYPE: exports.drone,
AUTOFIRE: true,
SYNCS_SKILLS: true,
STAT_CALCULATOR: gunCalcNames.drone,
WAIT_TO_CYCLE: true,
//MAX_CHILDREN: 1,
},
}, {
POSITION: [3.75, 4.45, -1.6, 7.2, 0, 120, 0],
}, {
POSITION: [3.75, 4, 1.2, 8.5, 0, 180, 1 / 2],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.drone, g.droneDominator]),
TYPE: exports.drone,
AUTOFIRE: true,
SYNCS_SKILLS: true,
STAT_CALCULATOR: gunCalcNames.drone,
WAIT_TO_CYCLE: true,
//MAX_CHILDREN: 1,
},
}, {
POSITION: [3.75, 4.45, -1.6, 7.2, 0, 180, 0],
}, {
POSITION: [3.75, 4, 1.2, 8.5, 0, 240, 2 / 3],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.drone, g.droneDominator]),
TYPE: exports.drone,
AUTOFIRE: true,
//SYNCS_SKILLS: true,
STAT_CALCULATOR: gunCalcNames.drone,
//WAIT_TO_CYCLE: true,
//MAX_CHILDREN: 1,
},
}, {
POSITION: [3.75, 4.45, -1.6, 7.2, 0, 240, 0],
}, {
POSITION: [3.75, 4, 1.2, 8.5, 0, 300, 5 / 6],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.drone, g.droneDominator]),
TYPE: exports.drone,
AUTOFIRE: true,
//SYNCS_SKILLS: true,
STAT_CALCULATOR: gunCalcNames.drone,
//WAIT_TO_CYCLE: true,
//MAX_CHILDREN: 1,
},
}, {
POSITION: [3.75, 4.45, -1.6, 7.2, 0, 300, 0],
}],
AUTOFIRE: true,
TURRETS: [{
POSITION: [22, 0, 0, 0, 360, 0],
TYPE: exports.dominationBody,
}],
GIVE_KILL_MESSAGE: true,
//ACCEPTS_SCORE: false,
};
//drone_dominator: [1.25, 1, 1, 0.9, 1.25, 1.5, 1.5, 1.05, 0.9, 1, 2, 1, 1],
exports.dominator = require('./dominator.js').dominator
exports.destroyerDominator = require('./dominator.js').destroyerDominator
exports.trapperDominator = require('./dominator.js').trapperDominator
exports.gunnerDominator = require('./dominator.js').gunnerDominator
exports.hugePentagon = {
PARENT: [exports.food],
CONTROLLERS: ['moreFoodWhenDie'],
FOOD: {
LEVEL: 5,
},
LABEL: 'Alpha Pentagon',
VALUE: 15000,
SHAPE: -5,
SIZE: 58,
COLOR: 14,
BODY: {
DAMAGE: 2 * basePolygonDamage,
DENSITY: 80,
HEALTH: 300 * basePolygonHealth,
RESIST: Math.pow(1.25, 3),
SHIELD: 40 * basePolygonHealth,
REGEN: 0.6,
},
DRAW_HEALTH: true,
GIVE_KILL_MESSAGE: true,
};
exports.bigPentagon = {
PARENT: [exports.food],
CONTROLLERS: ['moreFoodWhenDie'],
FOOD: {
LEVEL: 4,
},
LABEL: 'Beta Pentagon',
VALUE: 2500,
SHAPE: 5,
SIZE: 30,
COLOR: 14,
BODY: {
DAMAGE: 2 * basePolygonDamage,
DENSITY: 30,
HEALTH: 50 * basePolygonHealth,
RESIST: Math.pow(1.25, 2),
SHIELD: 20 * basePolygonHealth,
REGEN: 0.2,
},
DRAW_HEALTH: true,
GIVE_KILL_MESSAGE: true,
};
exports.pentagon = {
PARENT: [exports.food],
CONTROLLERS: ['moreFoodWhenDie'],
FOOD: {
LEVEL: 3,
},
LABEL: 'Pentagon',
VALUE: 400,
SHAPE: 5,
SIZE: 16,
COLOR: 14,
BODY: {
DAMAGE: 1.5 * basePolygonDamage,
DENSITY: 8,
HEALTH: 10 * basePolygonHealth,
RESIST: 1.25,
PENETRATION: 1.1,
},
DRAW_HEALTH: true,
};
exports.triangle = {
PARENT: [exports.food],
CONTROLLERS: ['moreFoodWhenDie'],
FOOD: {
LEVEL: 2,
},
LABEL: 'Triangle',
VALUE: 120,
SHAPE: 3,
SIZE: 9,
COLOR: 2,
BODY: {
DAMAGE: basePolygonDamage,
DENSITY: 6,
HEALTH: 3 * basePolygonHealth,
RESIST: 1.15,
PENETRATION: 1.5,
},
DRAW_HEALTH: true,
};
exports.square = {
PARENT: [exports.food],
FOOD: {
LEVEL: 1,
},
LABEL: 'Square',
CONTROLLERS: ['moreFoodWhenDie'],
VALUE: 30,
SHAPE: 4,
SIZE: 10,
COLOR: 13,
BODY: {
DAMAGE: basePolygonDamage,
DENSITY: 4,
HEALTH: basePolygonHealth,
PENETRATION: 2,
},
DRAW_HEALTH: true,
INTANGIBLE: false,
};
exports.egg = {
PARENT: [exports.food],
FOOD: {
LEVEL: 0,
},
LABEL: 'Egg',
VALUE: 10,
SHAPE: 0,
SIZE: 5,
COLOR: 6,
INTANGIBLE: true,
BODY: {
DAMAGE: 0,
DENSITY: 2,
HEALTH: 0.0011,
PUSHABILITY: 0,
},
DRAW_HEALTH: false,
};
exports.greenpentagon = {
PARENT: [exports.food],
LABEL: 'Pentagon',
VALUE: 30000,
SHAPE: 5,
SIZE: 16,
COLOR: 1,
BODY: {
DAMAGE: 3,
DENSITY: 8,
HEALTH: 200,
RESIST: 1.25,
PENETRATION: 1.1,
},
DRAW_HEALTH: true,
};
exports.greentriangle = {
PARENT: [exports.food],
LABEL: 'Triangle',
VALUE: 7000,
SHAPE: 3,
SIZE: 9,
COLOR: 1,
BODY: {
DAMAGE: 1,
DENSITY: 6,
HEALTH: 60,
RESIST: 1.15,
PENETRATION: 1.5,
},
DRAW_HEALTH: true,
};
exports.greensquare = {
PARENT: [exports.food],
LABEL: 'Square',
VALUE: 2000,
SHAPE: 4,
SIZE: 10,
COLOR: 1,
BODY: {
DAMAGE: 0.5,
DENSITY: 4,
HEALTH: 20,
PENETRATION: 2,
},
DRAW_HEALTH: true,
INTANGIBLE: false,
};
exports.gem = {
PARENT: [exports.food],
LABEL: 'Gem',
VALUE: 2000,
SHAPE: 6,
SIZE: 5,
COLOR: 0,
BODY: {
DAMAGE: basePolygonDamage/4,
DENSITY: 4,
HEALTH: 10,
PENETRATION: 2,
RESIST: 2,
PUSHABILITY: 0.25,
},
DRAW_HEALTH: true,
INTANGIBLE: false,
};
exports.obstacle = {
TYPE: 'wall',
DAMAGE_CLASS: 1,
LABEL: 'Rock',
FACING_TYPE: 'turnWithSpeed',
SHAPE: -9,
BODY: {
PUSHABILITY: 0,
HEALTH: 10000,
SHIELD: 10000,
REGEN: 1000,
DAMAGE: 1,
RESIST: 100,
STEALTH: 1,
},
VALUE: 0,
SIZE: 60,
COLOR: 16,
VARIES_IN_SIZE: true,
GIVE_KILL_MESSAGE: true,
ACCEPTS_SCORE: false,
};
exports.babyObstacle = {
PARENT: [exports.obstacle],
SIZE: 25,
SHAPE: -7,
LABEL: "Gravel",
};
// WEAPONS
exports.casing = {
PARENT: [exports.bullet],
LABEL: 'Shell',
TYPE: 'swarm',
};
exports.swarm = {
LABEL: 'Swarm Drone',
TYPE: 'swarm',
ACCEPTS_SCORE: false,
SHAPE: 3,
MOTION_TYPE: 'swarm',
FACING_TYPE: 'smoothWithMotion',
CONTROLLERS: ['nearestDifferentMaster', 'mapTargetToGoal'],
CRAVES_ATTENTION: true,
BODY: {
ACCELERATION: 3,
PENETRATION: 1.5,
HEALTH: 0.35 * wepHealthFactor,
DAMAGE: 1.5 * wepDamageFactor,
SPEED: 4.5,
RESIST: 1.6,
RANGE: 225,
DENSITY: 12,
PUSHABILITY: 0.5,
FOV: 1.5,
},
DIE_AT_RANGE: true,
BUFF_VS_FOOD: true,
};
exports.bee = {
PARENT: [exports.swarm],
PERSISTS_AFTER_DEATH: true,
SHAPE: 4,
LABEL: 'Drone',
HITS_OWN_TYPE: 'hardWithBuffer',
};
exports.autoswarm = {
PARENT: [exports.swarm],
AI: { FARMER: true, },
INDEPENDENT: true,
};
exports.lance = {
LABEL: 'Set Trap',
TYPE: 'lance',
PARENT: [exports.trap],
SHAPE: -4, //todo: change shape
MOTION_TYPE: 'motor',
CONTROLLERS: ['goToMasterTarget', 'lanceRetract'],
BODY: {
SPEED: 1,
DENSITY: 5,
},
};
exports.flag = {
LABEL: 'FLAG',
TYPE: 'flag',
BODY: {
}
}
exports.block = {
LABEL: 'Set Trap',
PARENT: [exports.trap],
SHAPE: -4,
MOTION_TYPE: 'motor',
CONTROLLERS: ['goToMasterTarget'],
BODY: {
SPEED: 1,
DENSITY: 5,
},
};
exports.boomerang = {
LABEL: 'Boomerang',
PARENT: [exports.trap],
CONTROLLERS: ['boomerang'],
MOTION_TYPE: 'motor',
HITS_OWN_TYPE: 'never',
SHAPE: -5,
BODY: {
SPEED: 1.25,
RANGE: 120,
},
};
exports.drone = {
LABEL: 'Drone',
TYPE: 'drone',
ACCEPTS_SCORE: false,
DANGER: 2,
CONTROL_RANGE: 0,
SHAPE: 3,
MOTION_TYPE: 'chase',
FACING_TYPE: 'smoothToTarget',
CONTROLLERS: [
'nearestDifferentMaster',
'canRepel',
'mapTargetToGoal',
'hangOutNearMaster'
],
AI: { BLIND: true, },
BODY: {
PENETRATION: 1.2,
PUSHABILITY: 0.6,
ACCELERATION: 0.05,
HEALTH: 0.6 * wepHealthFactor,
DAMAGE: 1.25 * wepDamageFactor,
SPEED: 3.8,
RANGE: 200,
DENSITY: 0.03,
RESIST: 1.5,
FOV: 0.8,
},
HITS_OWN_TYPE: 'hard',
DRAW_HEALTH: false,
CLEAR_ON_MASTER_UPGRADE: true,
BUFF_VS_FOOD: true,
};
exports.sunchip = {
PARENT: [exports.drone],
SHAPE: 4,
NECRO: true,
HITS_OWN_TYPE: 'hard',
BODY: {
FOV: 0.5,
},
AI: {
BLIND: true,
FARMER: true,
},
DRAW_HEALTH: false,
};
exports.autosunchip = {
PARENT: [exports.sunchip],
AI: {
BLIND: true,
FARMER: true,
},
INDEPENDENT: true,
};
exports.gunchip = {
PARENT: [exports.drone],
SHAPE: -2,
NECRO: true,
HITS_OWN_TYPE: 'hard',
BODY: {
FOV: 0.5,
},
AI: {
BLIND: true,
FARMER: true,
},
DRAW_HEALTH: false,
};
exports.missile = {
PARENT: [exports.bullet],
LABEL: 'Missile',
INDEPENDENT: true,
BODY: {
RANGE: 120,
},
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 14, 6, 1, 0, -2, 130, 0, ],
PROPERTIES: {
AUTOFIRE: true,
SHOOT_SETTINGS: combineStats([g.basic, g.skim, g.doublereload, g.lowpower, g.muchmorerecoil, g.morespeed, g.morespeed]),
TYPE: [exports.bullet, { PERSISTS_AFTER_DEATH: true, }],
STAT_CALCULATOR: gunCalcNames.thruster,
}, }, {
POSITION: [ 14, 6, 1, 0, 2, 230, 0, ],
PROPERTIES: {
AUTOFIRE: true,
SHOOT_SETTINGS: combineStats([g.basic, g.skim, g.doublereload, g.lowpower, g.muchmorerecoil, g.morespeed, g.morespeed]),
TYPE: [exports.bullet, { PERSISTS_AFTER_DEATH: true, }],
STAT_CALCULATOR: gunCalcNames.thruster,
}, },
],
};
exports.hypermissile = {
PARENT: [exports.missile],
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 14, 6, 1, 0, -2, 150, 0, ],
PROPERTIES: {
AUTOFIRE: true,
SHOOT_SETTINGS: combineStats([g.basic, g.skim, g.doublereload, g.lowpower, g.morerecoil, g.morespeed]),
TYPE: [exports.bullet, { PERSISTS_AFTER_DEATH: true, }],
STAT_CALCULATOR: gunCalcNames.thruster,
}, }, {
POSITION: [ 14, 6, 1, 0, 2, 210, 0, ],
PROPERTIES: {
AUTOFIRE: true,
SHOOT_SETTINGS: combineStats([g.basic, g.skim, g.doublereload, g.lowpower, g.morerecoil, g.morespeed]),
TYPE: [exports.bullet, { PERSISTS_AFTER_DEATH: true, }],
STAT_CALCULATOR: gunCalcNames.thruster,
}, }, {
POSITION: [ 14, 6, 1, 0, -2, 90, 0.5, ],
PROPERTIES: {
AUTOFIRE: true,
SHOOT_SETTINGS: combineStats([g.basic, g.skim, g.doublereload, g.lowpower, g.morerecoil, g.morespeed]),
TYPE: [exports.bullet, { PERSISTS_AFTER_DEATH: true, }],
}, }, {
POSITION: [ 14, 6, 1, 0, 2, 270, 0.5, ],
PROPERTIES: {
AUTOFIRE: true,
SHOOT_SETTINGS: combineStats([g.basic, g.skim, g.doublereload, g.lowpower, g.morerecoil, g.morespeed]),
TYPE: [exports.bullet, { PERSISTS_AFTER_DEATH: true, }],
}, },
],
};
exports.snake = {
PARENT: [exports.bullet],
LABEL: 'Snake',
INDEPENDENT: true,
BODY: {
RANGE: 120,
},
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 6, 12, 1.4, 8, 0, 180, 0, ],
PROPERTIES: {
AUTOFIRE: true,
STAT_CALCULATOR: gunCalcNames.thruster,
SHOOT_SETTINGS: combineStats([
g.basic, g.sniper, g.hunter, g.hunter2, g.snake, g.snakeskin,
]),
TYPE: [exports.bullet, { PERSISTS_AFTER_DEATH: true, }],
}, }, {
POSITION: [ 10, 12, 0.8, 8, 0, 180, 0.5, ],
PROPERTIES: {
AUTOFIRE: true,
NEGATIVE_RECOIL: true,
STAT_CALCULATOR: gunCalcNames.thruster,
SHOOT_SETTINGS: combineStats([
g.basic, g.sniper, g.hunter, g.hunter2, g.snake,
]),
TYPE: [exports.bullet, { PERSISTS_AFTER_DEATH: true, }],
}, },
],
};
exports.hive = {
PARENT: [exports.bullet],
LABEL: 'Hive',
BODY: {
RANGE: 90,
FOV: 0.5,
},
FACING_TYPE: 'turnWithSpeed',
INDEPENDENT: true,
CONTROLLERS: ['alwaysFire', 'nearestDifferentMaster', 'targetSelf',],
AI: { NO_LEAD: true, },
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 7, 9.5, 0.6, 7, 0, 108, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.swarm, g.hive, g.bees]),
TYPE: exports.bee,
STAT_CALCULATOR: gunCalcNames.swarm,
}, }, {
POSITION: [ 7, 9.5, 0.6, 7, 0, 180, 0.2, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.swarm, g.hive, g.bees]),
TYPE: exports.bee,
STAT_CALCULATOR: gunCalcNames.swarm,
}, }, {
POSITION: [ 7, 9.5, 0.6, 7, 0, 252, 0.4, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.swarm, g.hive, g.bees]),
TYPE: exports.bee,
STAT_CALCULATOR: gunCalcNames.swarm,
}, }, {
POSITION: [ 7, 9.5, 0.6, 7, 0, 324, 0.6, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.swarm, g.hive, g.bees]),
TYPE: exports.bee,
STAT_CALCULATOR: gunCalcNames.swarm,
}, }, {
POSITION: [ 7, 9.5, 0.6, 7, 0, 36, 0.8, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.swarm, g.hive, g.bees]),
TYPE: exports.bee,
STAT_CALCULATOR: gunCalcNames.swarm,
}, },
],
};
// TANK CLASSES
let gun = { };
exports.autoTurret = {
PARENT: [exports.genericTank],
LABEL: 'Turret',
BODY: {
FOV: 0.8
},
COLOR: 16,
//CONTROLLERS: ['nearestDifferentMaster'],
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 22, 10, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.gunner, g.power, g.morerecoil, g.turret]),
TYPE: exports.bullet,
}, },
],
};
exports.machineAutoTurret = {
PARENT: [exports.genericTank],
LABEL: 'Turret',
COLOR: 16,
//CONTROLLERS: ['nearestDifferentMaster'],
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 14, 11, 1.3, 8, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.gunner, g.power, g.morerecoil, g.turret, g.mach, g.slow]),
TYPE: exports.bullet,
}, },
],
};
exports.autoSmasherTurret = {
PARENT: [exports.genericTank],
LABEL: 'Turret',
COLOR: 16,
//CONTROLLERS: ['nearestDifferentMaster'],
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 20, 6, 1, 0, 5, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.gunner, g.power, g.morerecoil, g.turret, g.fast, g.mach, g.pound, g.morereload, g.morereload]),
TYPE: exports.bullet,
STAT_CALCULATOR: gunCalcNames.fixedReload,
}, }, {
POSITION: [ 20, 6, 1, 0, -5, 0, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.gunner, g.power, g.morerecoil, g.turret, g.fast, g.mach, g.pound, g.morereload, g.morereload]),
TYPE: exports.bullet,
STAT_CALCULATOR: gunCalcNames.fixedReload,
}, },
],
};
exports.oldAutoSmasherTurret = {
PARENT: [exports.genericTank],
LABEL: 'Turret',
COLOR: 16,
//CONTROLLERS: ['nearestDifferentMaster'],
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 20, 7, 1, 0, -5.75, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.gunner, g.power, g.lotsmorrecoil, g.morereload]),
TYPE: exports.bullet,
STAT_CALCULATOR: gunCalcNames.fixedReload,
}, }, {
POSITION: [ 20, 7, 1, 0, 5.75, 0, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.gunner, g.power, g.lotsmorrecoil, g.morereload]),
TYPE: exports.bullet,
STAT_CALCULATOR: gunCalcNames.fixedReload,
}, },
],
};
exports.auto3gun = {
PARENT: [exports.genericTank],
LABEL: '',
BODY: {
FOV: 3,
},
CONTROLLERS: ['canRepel', 'onlyAcceptInArc', 'mapAltToFire', 'nearestDifferentMaster'],
COLOR: 16,
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 22, 10, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank, g.auto]),
TYPE: exports.bullet,
}, }
],
};
exports.auto5gun = {
PARENT: [exports.genericTank],
LABEL: '',
BODY: {
FOV: 3,
},
CONTROLLERS: ['canRepel', 'onlyAcceptInArc', 'mapAltToFire', 'nearestDifferentMaster'],
COLOR: 16,
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 24, 11, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank, g.auto, g.five]),
TYPE: exports.bullet,
}, }
],
};
exports.heavy3gun = {
PARENT: [exports.genericTank],
LABEL: '',
BODY: {
FOV: 2,
SPEED: 0.9,
},
CONTROLLERS: ['canRepel', 'onlyAcceptInArc', 'mapAltToFire', 'nearestDifferentMaster'],
COLOR: 16,
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 22, 14, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.pound, g.auto]),
TYPE: exports.bullet,
}, }
],
};
exports.masterGun = {
PARENT: [exports.genericTank],
LABEL: '',
BODY: {
FOV: 3,
},
CONTROLLERS: ['nearestDifferentMaster'],
COLOR: 16,
MAX_CHILDREN: 6,
AI: {
NO_LEAD: true,
SKYNET: true,
FULL_VIEW: true,
},
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 8, 14, 1.3, 8, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.drone, g.master]),
TYPE: exports.drone,
AUTOFIRE: true,
SYNCS_SKILLS: true,
STAT_CALCULATOR: gunCalcNames.drone,
}, },
],
};
exports.sniper3gun = {
PARENT: [exports.genericTank],
LABEL: '',
BODY: {
FOV: 5,
},
CONTROLLERS: ['canRepel', 'onlyAcceptInArc', 'mapAltToFire', 'nearestDifferentMaster'],
COLOR: 16,
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 27, 9, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.sniper, g.auto, g.assass, g.autosnipe]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 5, 9, -1.5, 8, 0, 0, 0, ],
},
],
};
exports.bansheegun = {
PARENT: [exports.genericTank],
LABEL: '',
CONTROLLERS: ['canRepel', 'onlyAcceptInArc', 'mapAltToFire', 'nearestDifferentMaster'],
COLOR: 16,
INDEPENDENT: true,
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 26, 10, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank, g.auto, g.lessreload]),
TYPE: exports.bullet,
}, }
],
};
exports.auto4gun = {
PARENT: [exports.genericTank],
LABEL: '',
BODY: {
FOV: 2,
},
CONTROLLERS: ['canRepel', 'onlyAcceptInArc', 'mapAltToFire', 'nearestDifferentMaster'],
COLOR: 16,
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 16, 4, 1, 0, -3.5, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.auto, g.gunner, g.twin, g.power, g.slow]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 16, 4, 1, 0, 3.5, 0, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.auto, g.gunner, g.twin, g.power, g.slow]),
TYPE: exports.bullet,
}, }
],
};
exports.bigauto4gun = {
PARENT: [exports.genericTank],
LABEL: '',
CONTROLLERS: ['canRepel', 'onlyAcceptInArc', 'mapAltToFire', 'nearestDifferentMaster'],
COLOR: 16,
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 14, 5, 1, 0, -4.5, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.auto, g.gunner, g.twin, g.twin, g.power, g.halfreload]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 14, 5, 1, 0, 4.5, 0, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.auto, g.gunner, g.twin, g.twin, g.power, g.halfreload]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 16, 5, 1, 0, 0, 0, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.auto, g.gunner, g.twin, g.twin, g.power, g.halfreload]),
TYPE: exports.bullet,
}, }
],
};
exports.tritrapgun = {
PARENT: [exports.genericTank],
LABEL: '',
COLOR: 16,
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 20, 16, 1, 0, 0, 0, 0, ],
}, {
POSITION: [ 2, 16, 1.1, 20, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.block, g.auto]),
TYPE: exports.block,
}, },
],
};
exports.smasherBody = {
LABEL: '',
CONTROLLERS: ['spin'],
COLOR: 9,
SHAPE: 6,
INDEPENDENT: true,
};
exports.spikeBody = {
LABEL: '',
CONTROLLERS: ['spin'],
COLOR: 9,
SHAPE: -4,
INDEPENDENT: true,
};
exports.spikeBody1 = {
LABEL: '',
CONTROLLERS: ['fastspin'],
COLOR: 9,
SHAPE: 3,
INDEPENDENT: true,
};
exports.spikeBody2 = {
LABEL: '',
CONTROLLERS: ['reversespin'],
COLOR: 9,
SHAPE: 3,
INDEPENDENT: true,
};
exports.megasmashBody = {
LABEL: '',
CONTROLLERS: ['spin'],
COLOR: 9,
SHAPE: -6,
INDEPENDENT: true,
};
exports.dominator = require('./dominator.js').dominator
exports.baseSwarmTurret = {
PARENT: [exports.genericTank],
LABEL: 'Protector',
COLOR: 16,
BODY: {
FOV: 2,
},
CONTROLLERS: ['nearestDifferentMaster'],
AI: {
NO_LEAD: true,
LIKES_SHAPES: true,
},
INDEPENDENT: true,
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 5, 4.5, 0.6, 7, 2, 0, 0.15, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.swarm, g.protectorswarm]),
TYPE: exports.swarm,
STAT_CALCULATOR: gunCalcNames.swarm,
}, }, {
POSITION: [ 5, 4.5, 0.6, 7, -2, 0, 0.15, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.swarm, g.protectorswarm]),
TYPE: exports.swarm,
STAT_CALCULATOR: gunCalcNames.swarm,
}, }, {
POSITION: [ 5, 4.5, 0.6, 7.5, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.swarm, g.protectorswarm]),
TYPE: [exports.swarm, { INDEPENDENT: true, AI: { LIKES_SHAPES: true, }, }, ],
STAT_CALCULATOR: gunCalcNames.swarm,
}, }
],
};
exports.baseGunTurret = {
PARENT: [exports.genericTank],
LABEL: 'Protector',
BODY: {
FOV: 5,
},
ACCEPTS_SCORE: false,
CONTROLLERS: ['nearestDifferentMaster'],
INDEPENDENT: true,
COLOR: 16,
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 12, 12, 1, 6, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.destroy]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 11, 13, 1, 6, 0, 0, 0.1, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.destroy]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 7, 13, -1.3, 6, 0, 0, 0, ],
}
],
};
exports.dominationBody = {
LABEL: '',
CONTROLLERS: ['dontTurn'],
COLOR: 9,
SHAPE: 8,
INDEPENDENT: true,
};
exports.baseProtector = {
PARENT: [exports.genericTank],
LABEL: 'Base',
SIZE: 64,
DAMAGE_CLASS: 0,
ACCEPTS_SCORE: false,
SKILL: skillSet({
rld: 1,
dam: 1,
pen: 1,
spd: 1,
str: 1,
}),
BODY: { // def
SPEED: 0,
HEALTH: 10000,
DAMAGE: 10,
PENETRATION: 0.25,
SHIELD: 1000,
REGEN: 100,
FOV: 1,
PUSHABILITY: 0,
HETERO: 0,
},
//CONTROLLERS: ['nearestDifferentMaster'],
FACING_TYPE: 'autospin',
TURRETS: [{ /* SIZE X Y ANGLE ARC */
POSITION: [ 25, 0, 0, 0, 360, 0],
TYPE: exports.dominationBody,
}, {
POSITION: [ 12, 7, 0, 45, 100, 0],
TYPE: exports.baseSwarmTurret,
}, {
POSITION: [ 12, 7, 0, 135, 100, 0],
TYPE: exports.baseSwarmTurret,
}, {
POSITION: [ 12, 7, 0, 225, 100, 0],
TYPE: exports.baseSwarmTurret,
}, {
POSITION: [ 12, 7, 0, 315, 100, 0],
TYPE: exports.baseSwarmTurret,
},
],
GUNS: [ /***** LENGTH WIDTH ASPECT X Y ANGLE DELAY */ {
POSITION: [ 4.5, 11.5, -1.3, 6, 0, 45, 0, ], }, {
POSITION: [ 4.5, 11.5, -1.3, 6, 0, 135, 0, ], }, {
POSITION: [ 4.5, 11.5, -1.3, 6, 0, 225, 0, ], }, {
POSITION: [ 4.5, 11.5, -1.3, 6, 0, 315, 0, ], }, {
POSITION: [ 4.5, 8.5, -1.5, 7, 0, 45, 0, ], }, {
POSITION: [ 4.5, 8.5, -1.5, 7, 0, 135, 0, ], }, {
POSITION: [ 4.5, 8.5, -1.5, 7, 0, 225, 0, ], }, {
POSITION: [ 4.5, 8.5, -1.5, 7, 0, 315, 0, ], },
],
};
exports.minion = {
PARENT: [exports.genericTank],
LABEL: 'Minion',
TYPE: 'minion',
DAMAGE_CLASS: 0,
HITS_OWN_TYPE: 'hardWithBuffer',
FACING_TYPE: 'smoothToTarget',
BODY: {
FOV: 0.5,
SPEED: 3,
ACCELERATION: 0.4,
HEALTH: 5,
SHIELD: 0,
DAMAGE: 1.2,
RESIST: 1,
PENETRATION: 1,
DENSITY: 0.4,
},
AI: {
BLIND: true,
},
DRAW_HEALTH: false,
CLEAR_ON_MASTER_UPGRADE: true,
GIVE_KILL_MESSAGE: false,
CONTROLLERS: [
'nearestDifferentMaster', 'mapAltToFire', 'minion', 'canRepel', 'hangOutNearMaster'],
//CONTROLLERS: ['nearestDifferentMaster'],
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 17, 9, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.minion]),
WAIT_TO_CYCLE: true,
TYPE: exports.bullet,
}, },
],
};
exports.pillboxTurret = {
PARENT: [exports.genericTank],
LABEL: '',
COLOR: 16,
BODY: {
FOV: 2,
},
HAS_NO_RECOIL: true,
//CONTROLLERS: ['nearestDifferentMaster'],
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 22, 11, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.minion, g.turret, g.power, g.auto, g.notdense]),
TYPE: exports.bullet,
}, },
],
};
exports.pillbox = {
LABEL: 'Pillbox',
PARENT: [exports.trap],
SHAPE: -4,
MOTION_TYPE: 'motor',
CONTROLLERS: ['goToMasterTarget', 'nearestDifferentMaster'],
INDEPENDENT: true,
BODY: {
SPEED: 1,
DENSITY: 5,
},
DIE_AT_RANGE: true,
TURRETS: [{ /* SIZE X Y ANGLE ARC */
POSITION: [ 11, 0, 0, 0, 360, 1],
TYPE: exports.pillboxTurret,
}
]
};
exports.skimturret = {
PARENT: [exports.genericTank],
BODY: {
FOV: base.FOV * 2,
},
COLOR: 2,
CONTROLLERS: ['canRepel', 'onlyAcceptInArc', 'mapAltToFire', 'nearestDifferentMaster'],
LABEL: '',
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 10, 14, -0.5, 9, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.pound, g.arty, g.arty, g.skim]),
TYPE: exports.hypermissile,
}, }, {
POSITION: [ 17, 15, 1, 0, 0, 0, 0, ],
},
],
};
exports.skimboss = {
PARENT: [exports.genericTank],
BODY: {
HEALTH: 300,
DAMAGE: 2,
SHIELD: 200,
},
SHAPE: 3,
COLOR: 2,
FACING_TYPE: 'autospin',
TURRETS: [{ /* SIZE X Y ANGLE ARC */
POSITION: [ 15, 5, 0, 60, 170, 0],
TYPE: exports.skimturret,
}, {
POSITION: [ 15, 5, 0, 180, 170, 0],
TYPE: exports.skimturret,
}, {
POSITION: [ 15, 5, 0, 300, 170, 0],
TYPE: exports.skimturret,
},
],
};
function makeAuto(type, name = -1, options = {}) {
let turret = { type: exports.autoTurret, size: 10, independent: true, };
if (options.type != null) { turret.type = options.type; }
if (options.size != null) { turret.size = options.size; }
if (options.independent != null) { turret.independent = options.independent; }
let output = JSON.parse(JSON.stringify(type));
let autogun = {
/********* SIZE X Y ANGLE ARC */
POSITION: [ turret.size, 0, 0, 180, 360, 1,],
TYPE: [turret.type, { CONTROLLERS: ['nearestDifferentMaster'], INDEPENDENT: turret.independent, }],
};
if (type.GUNS != null) { output.GUNS = type.GUNS; }
if (type.TURRETS == null) { output.TURRETS = [autogun]; }
else { output.TURRETS = [...type.TURRETS, autogun]; }
if (name == -1) { output.LABEL = 'Auto-' + type.LABEL; } else { output.LABEL = name; }
output.DANGER = type.DANGER + 1;
return output;
}
function makeHybrid(type, name = -1) {
let output = JSON.parse(JSON.stringify(type));
let spawner = {
/********* LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 7, 12, 1.2, 8, 0, 180, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.drone, g.weak]),
TYPE: [exports.drone, { INDEPENDENT: true, }],
AUTOFIRE: true,
SYNCS_SKILLS: true,
STAT_CALCULATOR: gunCalcNames.drone,
WAIT_TO_CYCLE: false,
MAX_CHILDREN: 3,
}, };
if (type.TURRETS != null) { output.TURRETS = type.TURRETS; }
if (type.GUNS == null) { output.GUNS = [spawner]; }
else { output.GUNS = [...type.GUNS, spawner]; }
if (name == -1) { output.LABEL = 'Hybrid ' + type.LABEL; } else { output.LABEL = name; }
return output;
}
exports.basic = {
PARENT: [exports.genericTank],
LABEL: 'Basic',
//CONTROLLERS: ['nearestDifferentMaster'],
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 18, 8, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic]),
TYPE: exports.bullet,
LABEL: '', // def
STAT_CALCULATOR: 0, // def
WAIT_TO_CYCLE: false, // def
AUTOFIRE: false, // def
SYNCS_SKILLS: false, // def
MAX_CHILDREN: 0, // def
ALT_FIRE: false, // def
NEGATIVE_RECOIL: false, // def
}, },
],
};
exports.testbed = {
PARENT: [exports.genericTank],
LABEL: 'TESTBED',
RESET_UPGRADES: true,
SKILL: [0, 0, 0, 0, 0, 0, 0, 0, 0, 0,],
LEVEL: -1,
BODY: { // def
SHIELD: 1000,
REGEN: 10,
HEALTH: 100,
DAMAGE: 10,
DENSITY: 20,
FOV: 2,
},
TURRETS: [],
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 18, 10, -1.4, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.op]),
TYPE: [exports.bullet, { SHAPE: 5, }],
}, },
],
};
exports.single = {
PARENT: [exports.genericTank],
LABEL: 'Single',
//CONTROLLERS: ['nearestDifferentMaster'],
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 19, 8, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.single]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 5.5, 8, -1.8, 6.5, 0, 0, 0, ],
}
],
};
let smshskl = 12; //13;
exports.smash = {
PARENT: [exports.genericTank],
LABEL: 'Smasher',
DANGER: 6,
BODY: {
FOV: base.FOV * 1.05,
DENSITY: base.DENSITY * 2,
},
TURRETS: [{ /** SIZE X Y ANGLE ARC */
POSITION: [ 21.5, 0, 0, 0, 360, 0,],
TYPE: exports.smasherBody,
}],
IS_SMASHER: true,
SKILL_CAP: [smshskl, 0, 0, 0, 0, smshskl, smshskl, smshskl, smshskl, smshskl,],
STAT_NAMES: statnames.smasher,
};
exports.smashBullet = { // these are the smashers the dominator fires
PARENT: [exports.genericTank],
LABEL: 'Smasher',
DANGER: 6,
BODY: {
SPEED: 3,
ACCELERATION: 1,
HEALTH: 4,
SHIELD: 0,
DAMAGE: 2,
RESIST: 4,
PENETRATION: 4,
DENSITY: 2,
FOV: base.FOV * 0.7,
//DENSITY: base.DENSITY * 0.4,
//ACCELERATION: 1,
//PENETRATION: 1,
},
AI: {
maxChaseDistanceFromMaster: 100,
NO_LEAD: true
},
CAN_BE_ON_LEADERBOARD: false,
ACCEPTS_SCORE: false,
CONTROLLERS: ['nearestDifferentMaster','mapTargetToGoal', 'mapAltToFire', 'canRepel', 'hangOutNearMaster'],
TURRETS: [{ /** SIZE X Y ANGLE ARC */
POSITION: [ 21.5, 0, 0, 0, 360, 0,],
TYPE: exports.smasherBody,
}],
VARIES_IN_SIZE: false,
//IS_SMASHER: true,
SKILL_CAP: [smshskl, 0, 0, 0, 0, smshskl, smshskl, smshskl, smshskl, smshskl,],
STAT_NAMES: statnames.smasher,
DAMAGE_EFFECTS: false,
DAMAGE_CLASS: 0,
HEALTH_WITH_LEVEL: false,
}
exports.smasherDominator = {
PARENT: [exports.dominator],
LABEL: 'Smasher Dominator',
DANGER: 1,
MAX_CHILDREN: 8,
GUNS: [{
POSITION: [15.25, 6.75, 1, 0, 0, 0, 0],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, /*g.destroyDominator,*/ g.zerorecoil]),
TYPE: exports.smashBullet,
AUTOFIRE: true,
//SYNCS_SKILLS: true,
STAT_CALCULATOR: gunCalcNames.drone,
},
}, {
POSITION: [5, 6.75, -1.6, 6.75, 0, 0, 0],
}],
CONTROLLERS: ['nearestDifferentMaster',/*'spinWhenIdle'*/],
TURRETS: [{ /** SIZE X Y ANGLE ARC */
POSITION: [ 21.5, 0, 0, 0, 360, 0,],
TYPE: exports.smasherBody,
}],
}
exports.megasmash = {
PARENT: [exports.genericTank],
LABEL: 'Mega-Smasher',
DANGER: 7,
BODY: {
SPEED: base.speed * 1.05,
FOV: base.FOV * 1.1,
DENSITY: base.DENSITY * 4,
},
IS_SMASHER: true,
SKILL_CAP: [smshskl, 0, 0, 0, 0, smshskl, smshskl, smshskl, smshskl, smshskl,],
STAT_NAMES: statnames.smasher,
TURRETS: [{ /** SIZE X Y ANGLE ARC */
POSITION: [ 24, 0, 0, 0, 360, 0,],
TYPE: exports.megasmashBody,
}],
};
exports.spike = {
PARENT: [exports.genericTank],
LABEL: 'Spike',
DANGER: 7,
BODY: {
SPEED: base.speed*0.9,
DAMAGE: base.DAMAGE * 1.1,
FOV: base.FOV * 1.05,
DENSITY: base.DENSITY * 2,
},
IS_SMASHER: true,
SKILL_CAP: [smshskl, 0, 0, 0, 0, smshskl, smshskl, smshskl, smshskl, smshskl,],
STAT_NAMES: statnames.smasher,
TURRETS: [{ /** SIZE X Y ANGLE ARC */
POSITION: [ 20.5, 0, 0, 0, 360, 0,],
TYPE: exports.spikeBody,
}, {
POSITION: [ 20.5, 0, 0, 120, 360, 0,],
TYPE: exports.spikeBody,
}, {
POSITION: [ 20.5, 0, 0, 240, 360, 0,],
TYPE: exports.spikeBody,
}],
};
exports.weirdspike = {
PARENT: [exports.genericTank],
LABEL: 'Spike',
DANGER: 7,
BODY: {
DAMAGE: base.DAMAGE * 1.15,
FOV: base.FOV * 1.05,
DENSITY: base.DENSITY * 1.5,
},
IS_SMASHER: true,
SKILL_CAP: [smshskl, 0, 0, 0, 0, smshskl, smshskl, smshskl, smshskl, smshskl,],
STAT_NAMES: statnames.smasher,
TURRETS: [{ /** SIZE X Y ANGLE ARC */
POSITION: [ 20.5, 0, 0, 0, 360, 0,],
TYPE: exports.spikeBody1,
}, {
POSITION: [ 20.5, 0, 0, 180, 360, 0,],
TYPE: exports.spikeBody2,
}],
};
exports.autosmash = makeAuto(exports.smash, 'Auto-Smasher', { type: exports.autoSmasherTurret, size: 11, });
exports.autosmash.SKILL_CAP = [smshskl, smshskl, smshskl, smshskl, smshskl, smshskl, smshskl, smshskl, smshskl, smshskl,];
exports.twin = {
PARENT: [exports.genericTank],
LABEL: 'Twin',
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 20, 8, 1, 0, 5.5, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin]),
TYPE: exports.bullet,
}, }, { /* LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 20, 8, 1, 0, -5.5, 0, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin]),
TYPE: exports.bullet,
}, },
],
};
exports.gunner = {
PARENT: [exports.genericTank],
LABEL: 'Gunner',
DANGER: 6,
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 12, 3.5, 1, 0, 7.25, 0, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.puregunner, g.fast]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 12, 3.5, 1, 0, -7.25, 0, 0.75, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.puregunner, g.fast]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 16, 3.5, 1, 0, 3.75, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.puregunner, g.fast]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 16, 3.5, 1, 0, -3.75, 0, 0.25, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.puregunner, g.fast]),
TYPE: exports.bullet,
}, },
],
};
exports.machinegunner = {
PARENT: [exports.genericTank],
LABEL: 'Machine Gunner',
DANGER: 6,
BODY: {
SPEED: base.SPEED * 0.9,
},
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 14, 3, 4.0, -3, 5, 0, 0.6, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.puregunner, g.machgun]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 14, 3, 4.0, -3, -5, 0, 0.8, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.puregunner, g.machgun]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 14, 3, 4.0, 0, 2.5, 0, 0.4, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.puregunner, g.machgun]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 14, 3, 4.0, 0, -2.5, 0, 0.2, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.puregunner, g.machgun]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 14, 3, 4.0, 3, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.puregunner, g.machgun]),
TYPE: exports.bullet,
}, },
]
};
exports.autogunner = makeAuto(exports.gunner);
exports.nailgun = {
PARENT: [exports.genericTank],
LABEL: 'Nailgun',
DANGER: 7,
BODY: {
FOV: base.FOV * 1.1,
SPEED: base.SPEED * 0.9,
},
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 19, 2, 1, 0, -2.5, 0, 0.25, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.gunner, g.power, g.twin, g.nail]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 19, 2, 1, 0, 2.5, 0, 0.75, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.gunner, g.power, g.twin, g.nail]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 20, 2, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.gunner, g.power, g.twin, g.nail]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 5.5, 8, -1.8, 6.5, 0, 0, 0, ],
},
],
};
exports.double = {
PARENT: [exports.genericTank],
LABEL: 'Double Twin',
DANGER: 6,
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 20, 8, 1, 0, 5.5, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.double]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 20, 8, 1, 0, -5.5, 0, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.double]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 20, 8, 1, 0, 5.5, 180, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.double]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 20, 8, 1, 0, -5.5, 180, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.double]),
TYPE: exports.bullet,
}, },
],
};
exports.tripletwin = {
PARENT: [exports.genericTank],
LABEL: 'Triple Twin',
DANGER: 7,
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 20, 8, 1, 0, 5.5, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.spam, g.double]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 20, 8, 1, 0, -5.5, 0, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.spam, g.double]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 20, 8, 1, 0, 5.5, 120, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.spam, g.double]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 20, 8, 1, 0, -5.5, 120, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.spam, g.double]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 20, 8, 1, 0, 5.5, 240, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.spam, g.double]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 20, 8, 1, 0, -5.5, 240, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.spam, g.double]),
TYPE: exports.bullet,
}, },
],
};
exports.autodouble = makeAuto(exports.double, 'Auto-Double');
exports.split = {
PARENT: [exports.genericTank],
LABEL: 'Hewn Double',
DANGER: 7,
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 19, 8, 1, 0, 5.5, 25, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.twin, g.double, g.hewn, g.morerecoil]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 19, 8, 1, 0, -5.5, -25, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.twin, g.double, g.hewn, g.morerecoil]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 20, 8, 1, 0, 5.5, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.double, g.hewn, g.morerecoil]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 20, 8, 1, 0, -5.5, 0, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.double, g.hewn, g.morerecoil]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 20, 8, 1, 0, 5.5, 180, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.double, g.hewn]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 20, 8, 1, 0, -5.5, 180, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.double, g.hewn]),
TYPE: exports.bullet,
}, },
],
};
exports.bent = {
PARENT: [exports.genericTank],
LABEL: 'Triple Shot',
DANGER: 6,
BODY: {
SPEED: base.SPEED * 0.9,
},
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 19, 8, 1, 0, -2, -20, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.bent]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 19, 8, 1, 0, 2, 20, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.bent]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 22, 8, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.bent]),
TYPE: exports.bullet,
}, },
],
};
exports.bentdouble = {
PARENT: [exports.genericTank],
LABEL: 'Bent Double',
DANGER: 7,
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 19, 8, 1, 0, -1, -25, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.bent, g.double]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 19, 8, 1, 0, 1, 25, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.bent, g.double]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 22, 8, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.bent, g.double]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 19, 8, 1, 0, -1, 155, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.bent, g.double]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 19, 8, 1, 0, 1, -155, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.bent, g.double]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 22, 8, 1, 0, 0, 180, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.bent, g.double]),
TYPE: exports.bullet,
}, },
],
};
exports.penta = {
PARENT: [exports.genericTank],
LABEL: 'Penta Shot',
DANGER: 7,
BODY: {
SPEED: base.SPEED * 0.85,
},
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 16, 8, 1, 0, -3, -30, 0.667, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.bent]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 16, 8, 1, 0, 3, 30, 0.667, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.bent]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 19, 8, 1, 0, -2, -15, 0.333, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.bent]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 19, 8, 1, 0, 2, 15, 0.333, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.bent]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 22, 8, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.bent]),
TYPE: exports.bullet,
}, },
],
};
exports.benthybrid = makeHybrid(exports.bent, 'Bent Hybrid');
exports.triple = {
PARENT: [exports.genericTank],
DANGER: 6,
BODY: {
FOV: base.FOV * 1.05,
},
LABEL: 'Triplet',
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 18, 10, 1, 0, 5, 0, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.triple]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 18, 10, 1, 0, -5, 0, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.triple]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 21, 10, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.triple]),
TYPE: exports.bullet,
}, },
],
};
exports.quint = {
PARENT: [exports.genericTank],
DANGER: 7,
BODY: {
FOV: base.FOV * 1.1,
},
LABEL: 'Quintuplet',
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 16, 10, 1, 0, -5, 0, 0.667, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.triple, g.quint]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 16, 10, 1, 0, 5, 0, 0.667, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.triple, g.quint]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 19, 10, 1, 0, -3, 0, 0.333, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.triple, g.quint]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 19, 10, 1, 0, 3, 0, 0.333, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.triple, g.quint]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 22, 10, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.triple, g.quint]),
TYPE: exports.bullet,
}, },
],
};
exports.dual = {
PARENT: [exports.genericTank],
DANGER: 7,
BODY: {
ACCEL: base.ACCEL * 0.8,
FOV: base.FOV * 1.1,
},
LABEL: '',
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 18, 7, 1, 0, 5.5, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.dual, g.lowpower]),
TYPE: exports.bullet,
LABEL: 'Small',
}, }, {
POSITION: [ 18, 7, 1, 0, -5.5, 0, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.dual, g.lowpower]),
TYPE: exports.bullet,
LABEL: 'Small',
}, }, {
POSITION: [ 16, 8.5, 1, 0, 5.5, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.dual]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 16, 8.5, 1, 0, -5.5, 0, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.twin, g.dual]),
TYPE: exports.bullet,
}, },
],
};
exports.sniper = {
PARENT: [exports.genericTank],
LABEL: 'Sniper',
BODY: {
ACCELERATION: base.ACCEL * 0.7,
FOV: base.FOV * 1.2,
},
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 24, 8.5, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.sniper]),
TYPE: exports.bullet,
}, },
],
};
exports.rifle = {
PARENT: [exports.genericTank],
LABEL: 'Rifle',
BODY: {
ACCELERATION: base.ACCEL * 0.7,
FOV: base.FOV * 1.225,
},
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 20, 10.5, 1, 0, 0, 0, 0, ],
}, {
POSITION: [ 24, 7, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.sniper, g.rifle]),
TYPE: exports.bullet,
}, },
],
};
exports.assassin = {
PARENT: [exports.genericTank],
DANGER: 6,
LABEL: 'Assassin',
BODY: {
ACCELERATION: base.ACCEL * 0.6,
SPEED: base.SPEED * 0.85,
FOV: base.FOV * 1.4,
},
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 27, 8.5, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.sniper, g.assass]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 5, 8.5, -1.6, 8, 0, 0, 0, ],
},
],
};
exports.ranger = {
PARENT: [exports.genericTank],
LABEL: 'Ranger',
DANGER: 7,
BODY: {
ACCELERATION: base.ACCEL * 0.5,
SPEED: base.SPEED * 0.8,
FOV: base.FOV * 1.5,
},
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 32, 8.5, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.sniper, g.assass]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 5, 8.5, -1.6, 8, 0, 0, 0, ],
},
],
};
exports.autoass = makeAuto(exports.assassin, "");
exports.hunter = {
PARENT: [exports.genericTank],
LABEL: 'Hunter',
DANGER: 6,
BODY: {
ACCELERATION: base.ACCEL * 0.7,
SPEED: base.SPEED * 0.9,
FOV: base.FOV * 1.25,
},
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 24, 8, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.sniper, g.hunter, g.hunter2]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 21, 12, 1, 0, 0, 0, 0.25, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.sniper, g.hunter]),
TYPE: exports.bullet,
}, },
],
};
exports.preda = {
PARENT: [exports.genericTank],
LABEL: 'Predator',
DANGER: 7,
BODY: {
ACCELERATION: base.ACCEL * 0.7,
SPEED: base.SPEED * 0.85,
FOV: base.FOV * 1.3,
},
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 24, 8, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.sniper, g.hunter, g.hunter2, g.hunter2, g.preda]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 21, 12, 1, 0, 0, 0, 0.15, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.sniper, g.hunter, g.hunter2, g.preda]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 18, 16, 1, 0, 0, 0, 0.3, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.sniper, g.hunter, g.preda]),
TYPE: exports.bullet,
}, },
],
};
exports.poach = makeHybrid(exports.hunter, 'Poacher');
exports.sidewind = {
PARENT: [exports.genericTank],
LABEL: 'Sidewinder',
DANGER: 7,
BODY: {
ACCELERATION: base.ACCEL * 0.7,
SPEED: base.SPEED * 0.8,
FOV: base.FOV * 1.3,
},
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 10, 11, -0.5, 14, 0, 0, 0, ],
}, {
POSITION: [ 21, 12, -1.1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.sniper, g.hunter, g.sidewind]),
TYPE: exports.snake,
STAT_CALCULATOR: gunCalcNames.sustained,
}, },
],
};
exports.director = {
PARENT: [exports.genericTank],
LABEL: 'Director',
STAT_NAMES: statnames.drone,
DANGER: 5,
BODY: {
ACCELERATION: base.ACCEL * 0.75,
FOV: base.FOV * 1.1,
},
MAX_CHILDREN: 5,
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 6, 12, 1.2, 8, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.drone, g.over]),
TYPE: exports.drone,
AUTOFIRE: true,
SYNCS_SKILLS: true,
STAT_CALCULATOR: gunCalcNames.drone,
}, },
],
};
exports.master = {
PARENT: [exports.genericTank],
LABEL: '',
STAT_NAMES: statnames.drone,
DANGER: 7,
BODY: {
ACCELERATION: base.ACCEL * 0.75,
FOV: base.FOV * 1.15,
},
FACING_TYPE: 'autospin',
TURRETS: [{ /* SIZE X Y ANGLE ARC */
POSITION: [ 16, 1, 0, 0, 0, 0],
TYPE: exports.masterGun,
}, {
POSITION: [ 16, 1, 0, 120, 0, 0],
TYPE: [exports.masterGun, { INDEPENDENT: true, }],
}, {
POSITION: [ 16, 1, 0, 240, 0, 0],
TYPE: [exports.masterGun, { INDEPENDENT: true, }],
},
],
};
exports.overseer = {
PARENT: [exports.genericTank],
LABEL: 'Overseer',
DANGER: 6,
STAT_NAMES: statnames.drone,
BODY: {
ACCELERATION: base.ACCEL * 0.75,
SPEED: base.SPEED * 0.9,
FOV: base.FOV * 1.1,
},
MAX_CHILDREN: 8,
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 6, 12, 1.2, 8, 0, 90, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.drone, g.over]),
TYPE: exports.drone,
AUTOFIRE: true,
SYNCS_SKILLS: true,
STAT_CALCULATOR: gunCalcNames.drone,
WAIT_TO_CYCLE: true,
}, }, {
POSITION: [ 6, 12, 1.2, 8, 0, 270, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.drone, g.over]),
TYPE: exports.drone,
AUTOFIRE: true,
SYNCS_SKILLS: true,
STAT_CALCULATOR: gunCalcNames.drone,
WAIT_TO_CYCLE: true,
}, },
],
};
exports.overlord = {
PARENT: [exports.genericTank],
LABEL: 'Overlord',
DANGER: 7,
STAT_NAMES: statnames.drone,
BODY: {
ACCELERATION: base.ACCEL * 0.75,
SPEED: base.SPEED * 0.8,
FOV: base.FOV * 1.1,
},
MAX_CHILDREN: 8,
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 6, 12, 1.2, 8, 0, 90, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.drone, g.over]),
TYPE: exports.drone,
AUTOFIRE: true,
SYNCS_SKILLS: true,
STAT_CALCULATOR: gunCalcNames.drone,
WAIT_TO_CYCLE: true,
}, }, {
POSITION: [ 6, 12, 1.2, 8, 0, 180, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.drone, g.over]),
TYPE: exports.drone,
AUTOFIRE: true,
SYNCS_SKILLS: true,
STAT_CALCULATOR: gunCalcNames.drone,
WAIT_TO_CYCLE: true,
}, }, {
POSITION: [ 6, 12, 1.2, 8, 0, 270, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.drone, g.over]),
TYPE: exports.drone,
AUTOFIRE: true,
SYNCS_SKILLS: true,
STAT_CALCULATOR: gunCalcNames.drone,
WAIT_TO_CYCLE: true,
}, }, {
POSITION: [ 6, 12, 1.2, 8, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.drone, g.over]),
TYPE: exports.drone,
AUTOFIRE: true,
SYNCS_SKILLS: true,
STAT_CALCULATOR: gunCalcNames.drone,
WAIT_TO_CYCLE: true,
}, },
],
};
exports.overtrap = {
PARENT: [exports.genericTank],
LABEL: 'Overtrapper',
DANGER: 7,
STAT_NAMES: statnames.generic,
BODY: {
ACCELERATION: base.ACCEL * 0.6,
SPEED: base.SPEED * 0.8,
FOV: base.FOV * 1.2,
},
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 6, 11, 1.2, 8, 0, 125, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.drone, g.over, g.meta]),
TYPE: exports.drone,
AUTOFIRE: true,
SYNCS_SKILLS: true,
STAT_CALCULATOR: gunCalcNames.drone,
WAIT_TO_CYCLE: true,
MAX_CHILDREN: 3,
}, }, {
POSITION: [ 6, 11, 1.2, 8, 0, 235, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.drone, g.over, g.meta]),
TYPE: exports.drone,
AUTOFIRE: true,
SYNCS_SKILLS: true,
STAT_CALCULATOR: gunCalcNames.drone,
WAIT_TO_CYCLE: true,
MAX_CHILDREN: 3,
}, }, {
POSITION: [ 14, 8, 1, 0, 0, 0, 0, ],
}, {
POSITION: [ 4, 8, 1.5, 14, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap]),
TYPE: exports.trap, STAT_CALCULATOR: gunCalcNames.trap,
}, },
],
};
exports.banshee = {
PARENT: [exports.genericTank],
LABEL: '',
DANGER: 7,
BODY: {
ACCELERATION: base.ACCEL * 0.5,
SPEED: base.SPEED * 0.8,
FOV: base.FOV * 1.1,
},
FACING_TYPE: 'autospin',
TURRETS: [{ /* SIZE X Y ANGLE ARC */
POSITION: [ 10, 8, 0, 0, 80, 0],
TYPE: exports.bansheegun,
}, {
POSITION: [ 10, 8, 0, 120, 80, 0],
TYPE: exports.bansheegun,
}, {
POSITION: [ 10, 8, 0, 240, 80, 0],
TYPE: exports.bansheegun,
},
],
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 6, 11, 1.2, 8, 0, 60, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.drone, g.over, g.meta]),
TYPE: exports.drone,
AUTOFIRE: true,
SYNCS_SKILLS: true,
STAT_CALCULATOR: gunCalcNames.drone,
WAIT_TO_CYCLE: true,
MAX_CHILDREN: 2,
}, }, {
POSITION: [ 6, 11, 1.2, 8, 0, 180, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.drone, g.over, g.meta]),
TYPE: exports.drone,
AUTOFIRE: true,
SYNCS_SKILLS: true,
STAT_CALCULATOR: gunCalcNames.drone,
WAIT_TO_CYCLE: true,
MAX_CHILDREN: 2,
}, }, {
POSITION: [ 6, 11, 1.2, 8, 0, 300, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.drone, g.over, g.meta]),
TYPE: exports.drone,
AUTOFIRE: true,
SYNCS_SKILLS: true,
STAT_CALCULATOR: gunCalcNames.drone,
WAIT_TO_CYCLE: true,
MAX_CHILDREN: 2,
}, },
]
};
exports.autoover = makeAuto(exports.overseer, "");
exports.overgunner = {
PARENT: [exports.genericTank],
LABEL: 'Overgunner',
DANGER: 7,
STAT_NAMES: statnames.generic,
BODY: {
ACCELERATION: base.ACCEL * 0.75,
SPEED: base.SPEED * 0.9,
FOV: base.FOV * 1.1,
},
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 6, 11, 1.2, 8, 0, 125, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.drone, g.over, g.meta]),
TYPE: exports.drone,
AUTOFIRE: true,
SYNCS_SKILLS: true,
STAT_CALCULATOR: gunCalcNames.drone,
WAIT_TO_CYCLE: true,
MAX_CHILDREN: 3,
}, }, {
POSITION: [ 6, 11, 1.2, 8, 0, 235, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.drone, g.over, g.meta]),
TYPE: exports.drone,
AUTOFIRE: true,
SYNCS_SKILLS: true,
STAT_CALCULATOR: gunCalcNames.drone,
WAIT_TO_CYCLE: true,
MAX_CHILDREN: 3,
}, }, {
POSITION: [ 19, 2, 1, 0, -2.5, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.gunner, g.power, g.twin, g.slow, g.flank, g.lotsmorrecoil]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 19, 2, 1, 0, 2.5, 0, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.gunner, g.power, g.twin, g.slow, g.flank, g.lotsmorrecoil]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 12, 11, 1, 0, 0, 0, 0, ],
},
],
};
function makeSwarmSpawner(guntype) {
return {
PARENT: [exports.genericTank],
LABEL: '',
BODY: {
FOV: 2,
},
CONTROLLERS: ['nearestDifferentMaster'],
COLOR: 16,
AI: {
NO_LEAD: true,
SKYNET: true,
FULL_VIEW: true,
},
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 14, 15, 0.6, 14, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: guntype,
TYPE: exports.swarm,
STAT_CALCULATOR: gunCalcNames.swarm,
}, }
],
};
}
exports.cruiserGun = makeSwarmSpawner(combineStats([g.swarm]));
exports.cruiser = {
PARENT: [exports.genericTank],
LABEL: 'Cruiser',
DANGER: 6,
FACING_TYPE: 'locksFacing',
STAT_NAMES: statnames.swarm,
BODY: {
ACCELERATION: base.ACCEL * 0.75,
FOV: base.FOV * 1.2,
},
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 7, 7.5, 0.6, 7, 4, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.swarm]),
TYPE: exports.swarm,
STAT_CALCULATOR: gunCalcNames.swarm,
}, }, {
POSITION: [ 7, 7.5, 0.6, 7, -4, 0, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.swarm]),
TYPE: exports.swarm,
STAT_CALCULATOR: gunCalcNames.swarm,
}, },
],
};
exports.battleship = {
PARENT: [exports.genericTank],
LABEL: 'Battleship',
DANGER: 7,
STAT_NAMES: statnames.swarm,
FACING_TYPE: 'locksFacing',
BODY: {
ACCELERATION: base.ACCEL,
FOV: base.FOV * 1.2,
},
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 7, 7.5, 0.6, 7, 4, 90, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.swarm, g.battle]),
TYPE: exports.swarm,
STAT_CALCULATOR: gunCalcNames.swarm,
LABEL: 'Guided'
}, }, {
POSITION: [ 7, 7.5, 0.6, 7, -4, 90, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.swarm]),
TYPE: [exports.autoswarm],
STAT_CALCULATOR: gunCalcNames.swarm,
LABEL: 'Autonomous',
}, }, {
POSITION: [ 7, 7.5, 0.6, 7, 4, 270, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.swarm]),
TYPE: [exports.autoswarm],
STAT_CALCULATOR: gunCalcNames.swarm,
LABEL: 'Autonomous',
}, }, {
POSITION: [ 7, 7.5, 0.6, 7, -4, 270, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.swarm, g.battle]),
TYPE: exports.swarm,
STAT_CALCULATOR: gunCalcNames.swarm,
LABEL: 'Guided'
}, },
],
};
exports.carrier = {
PARENT: [exports.genericTank],
LABEL: 'Carrier',
DANGER: 7,
STAT_NAMES: statnames.swarm,
FACING_TYPE: 'locksFacing',
BODY: {
ACCELERATION: base.ACCEL * 0.75,
FOV: base.FOV * 1.3,
},
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 7, 7.5, 0.6, 7, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.swarm, g.battle, g.carrier]),
TYPE: exports.swarm,
STAT_CALCULATOR: gunCalcNames.swarm,
}, }, {
POSITION: [ 7, 7.5, 0.6, 7, 2, 40, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.swarm, g.battle, g.carrier]),
TYPE: exports.swarm,
STAT_CALCULATOR: gunCalcNames.swarm,
}, }, {
POSITION: [ 7, 7.5, 0.6, 7, -2, -40, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.swarm, g.battle, g.carrier]),
TYPE: exports.swarm,
STAT_CALCULATOR: gunCalcNames.swarm,
}, }
],
};
exports.autocruiser = makeAuto(exports.cruiser, "");
exports.fortress = {
PARENT: [exports.genericTank],
LABEL: 'Fortress', //'Palisade',
DANGER: 7,
STAT_NAMES: statnames.generic,
BODY: {
SPEED: base.SPEED * 0.8,
FOV: base.FOV * 1.2,
},
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 7, 7.5, 0.6, 7, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.swarm]),
TYPE: [exports.swarm, { CONTROLLERS: ['canRepel'] }],
STAT_CALCULATOR: gunCalcNames.swarm,
}, }, {
POSITION: [ 7, 7.5, 0.6, 7, 0, 120, 1/3, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.swarm]),
TYPE: [exports.swarm, { CONTROLLERS: ['canRepel'] }],
STAT_CALCULATOR: gunCalcNames.swarm,
}, }, {
POSITION: [ 7, 7.5, 0.6, 7, 0, 240, 2/3, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.swarm]),
TYPE: [exports.swarm, { CONTROLLERS: ['canRepel'] }],
STAT_CALCULATOR: gunCalcNames.swarm,
}, }, {
POSITION: [ 14, 9, 1, 0, 0, 60, 0, ],
}, {
POSITION: [ 4, 9, 1.5, 14, 0, 60, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.halfrange, g.slow]),
TYPE: exports.trap, STAT_CALCULATOR: gunCalcNames.trap,
}, }, {
POSITION: [ 14, 9, 1, 0, 0, 180, 0, ],
}, {
POSITION: [ 4, 9, 1.5, 14, 0, 180, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.halfrange, g.slow]),
TYPE: exports.trap, STAT_CALCULATOR: gunCalcNames.trap,
}, }, {
POSITION: [ 14, 9, 1, 0, 0, 300, 0, ],
}, {
POSITION: [ 4, 9, 1.5, 14, 0, 300, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.halfrange, g.slow]),
TYPE: exports.trap, STAT_CALCULATOR: gunCalcNames.trap,
}, },
],
};
exports.underseer = {
PARENT: [exports.genericTank],
LABEL: 'Underseer',
DANGER: 6,
STAT_NAMES: statnames.drone,
BODY: {
ACCELERATION: base.ACCEL * 0.7,
SPEED: base.SPEED * 0.9,
FOV: base.FOV * 1.1,
},
SHAPE: 4,
MAX_CHILDREN: 14,
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 5, 12, 1.2, 8, 0, 90, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.drone, g.sunchip]),
TYPE: exports.sunchip,
AUTOFIRE: true,
SYNCS_SKILLS: true,
STAT_CALCULATOR: gunCalcNames.necro,
}, }, {
POSITION: [ 5, 12, 1.2, 8, 0, 270, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.drone, g.sunchip]),
TYPE: exports.sunchip,
AUTOFIRE: true,
SYNCS_SKILLS: true,
STAT_CALCULATOR: gunCalcNames.necro,
}, },
],
};
exports.necromancer = {
PARENT: [exports.genericTank],
LABEL: 'Necromancer',
DANGER: 7,
STAT_NAMES: statnames.necro,
BODY: {
ACCELERATION: base.ACCEL * 0.7,
SPEED: base.SPEED * 0.8,
FOV: base.FOV * 1.15,
},
SHAPE: 4,
FACING_TYPE: 'autospin',
MAX_CHILDREN: 14,
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 5, 12, 1.2, 8, 0, 90, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.drone, g.sunchip]),
TYPE: exports.sunchip,
AUTOFIRE: true,
SYNCS_SKILLS: true,
STAT_CALCULATOR: gunCalcNames.necro,
}, }, {
POSITION: [ 5, 12, 1.2, 8, 0, 270, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.drone, g.sunchip]),
TYPE: exports.sunchip,
AUTOFIRE: true,
SYNCS_SKILLS: true,
STAT_CALCULATOR: gunCalcNames.necro,
}, }, {
POSITION: [ 5, 12, 1.2, 8, 0, 0, 0.25, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.drone, g.sunchip, g.weak, g.doublereload]),
TYPE: exports.autosunchip,
AUTOFIRE: true,
SYNCS_SKILLS: true,
MAX_CHILDREN: 4,
STAT_CALCULATOR: gunCalcNames.necro,
LABEL: 'Guard',
}, }, {
POSITION: [ 5, 12, 1.2, 8, 0, 180, 0.75 ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.drone, g.sunchip, g.weak, g.doublereload]),
TYPE: exports.autosunchip,
AUTOFIRE: true,
SYNCS_SKILLS: true,
MAX_CHILDREN: 4,
STAT_CALCULATOR: gunCalcNames.necro,
LABEL: 'Guard',
}, },
],
};
exports.lilfact = {
PARENT: [exports.genericTank],
LABEL: '',
DANGER: 6,
STAT_NAMES: statnames.drone,
BODY: {
SPEED: base.SPEED * 0.8,
ACCELERATION: base.ACCEL * 0.5,
FOV: 1.1,
},
GUNS: [ { /**** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 4.5, 10, 1, 10.5, 0, 0, 0, ],
}, {
POSITION: [ 1, 12, 1, 15, 0, 0, 0, ],
PROPERTIES: {
MAX_CHILDREN: 4,
SHOOT_SETTINGS: combineStats([g.factory, g.babyfactory]),
TYPE: exports.minion,
STAT_CALCULATOR: gunCalcNames.drone,
AUTOFIRE: true,
SYNCS_SKILLS: true,
}, }, {
POSITION: [ 3.5, 12, 1, 8, 0, 0, 0, ],
}
],
};
exports.factory = {
PARENT: [exports.genericTank],
LABEL: 'Factory',
DANGER: 7,
STAT_NAMES: statnames.drone,
BODY: {
SPEED: base.SPEED * 0.8,
FOV: 1.1,
},
MAX_CHILDREN: 6,
GUNS: [ { /**** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 5, 11, 1, 10.5, 0, 0, 0, ],
}, {
POSITION: [ 2, 14, 1, 15.5, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.factory]),
TYPE: exports.minion,
STAT_CALCULATOR: gunCalcNames.drone,
AUTOFIRE: true,
SYNCS_SKILLS: true,
}, }, {
POSITION: [ 4, 14, 1, 8, 0, 0, 0, ],
}
],
};
exports.machine = {
PARENT: [exports.genericTank],
LABEL: 'Machine Gun',
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 12, 10, 1.4, 8, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.mach]),
TYPE: exports.bullet,
}, },
],
};
exports.spray = {
PARENT: [exports.genericTank],
LABEL: 'Sprayer',
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 23, 7, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.gunner, g.lowpower, g.mach, g.morerecoil]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 12, 10, 1.4, 8, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.mach]),
TYPE: exports.bullet,
}, },
],
};
exports.mini = {
PARENT: [exports.genericTank],
LABEL: 'Minigun',
DANGER: 6,
BODY: {
FOV: 1.2,
},
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 22, 8, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.mini]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 20, 8, 1, 0, 0, 0, 0.333, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.mini]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 18, 8, 1, 0, 0, 0, 0.667, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.mini]),
TYPE: exports.bullet,
}, },
],
};
exports.stream = {
PARENT: [exports.genericTank],
LABEL: 'Streamliner',
DANGER: 7,
BODY: {
FOV: 1.3,
},
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 25, 8, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.mini, g.stream]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 23, 8, 1, 0, 0, 0, 0.2, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.mini, g.stream]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 21, 8, 1, 0, 0, 0, 0.4, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.mini, g.stream]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 19, 8, 1, 0, 0, 0, 0.6, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.mini, g.stream]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 17, 8, 1, 0, 0, 0, 0.8, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.mini, g.stream]),
TYPE: exports.bullet,
}, },
],
};
exports.hybridmini = makeHybrid(exports.mini, "");
exports.minitrap = {
PARENT: [exports.genericTank],
DANGER: 6,
LABEL: '',
STAT_NAMES: statnames.trap,
BODY: {
FOV: 1.15,
},
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 24, 8, 1, 0, 0, 0, 0, ],
}, {
POSITION: [ 4, 8, 1.3, 22, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.mini, g.halfrange]),
TYPE: exports.trap, STAT_CALCULATOR: gunCalcNames.trap,
}, }, {
POSITION: [ 4, 8, 1.3, 18, 0, 0, 0.333, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.mini, g.halfrange]),
TYPE: exports.trap, STAT_CALCULATOR: gunCalcNames.trap,
}, }, {
POSITION: [ 4, 8, 1.3, 14, 0, 0, 0.667, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.mini, g.halfrange]),
TYPE: exports.trap, STAT_CALCULATOR: gunCalcNames.trap,
}, },
],
};
exports.pound = {
PARENT: [exports.genericTank],
DANGER: 5,
BODY: {
ACCELERATION: base.ACCEL * 0.8,
},
LABEL: 'Pounder',
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 20, 12, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.pound]),
TYPE: exports.bullet,
}, },
],
};
exports.destroy = {
PARENT: [exports.genericTank],
DANGER: 6,
BODY: {
ACCELERATION: base.ACCEL * 0.75,
},
LABEL: 'Destroyer',
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 21, 14, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.pound, g.destroy]),
TYPE: exports.bullet,
}, },
],
};
exports.anni = {
PARENT: [exports.genericTank],
BODY: {
ACCELERATION: base.ACCEL * 0.75,
},
LABEL: 'Annihilator',
DANGER: 7,
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 20.5, 19.5, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.pound, g.destroy, g.anni]),
TYPE: exports.bullet,
}, },
],
};
exports.hiveshooter = {
PARENT: [exports.genericTank],
DANGER: 6,
BODY: {
ACCELERATION: base.ACCEL * 0.75,
SPEED: base.speed * 0.8,
},
LABEL: '',
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 14, 14, -1.2, 5, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.pound, g.destroy, g.hive]),
TYPE: exports.hive,
}, }, {
POSITION: [ 15, 12, 1, 5, 0, 0, 0, ],
}
],
};
exports.hybrid = makeHybrid(exports.destroy, 'Hybrid');
exports.shotgun2 = {
PARENT: [exports.genericTank],
DANGER: 7,
LABEL: 'Shotgun',
BODY: {
ACCELERATION: base.ACCEL * 0.7,
},
GUNS: [ /***** LENGTH WIDTH ASPECT X Y ANGLE DELAY */ {
POSITION: [ 4, 3, 1, 11, -3, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.mach, g.shotgun]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 4, 3, 1, 11, 3, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.mach, g.shotgun]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 4, 4, 1, 13, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.mach, g.shotgun]),
TYPE: exports.casing,
}, }, {
POSITION: [ 1, 4, 1, 12, -1, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.mach, g.shotgun]),
TYPE: exports.casing,
}, }, {
POSITION: [ 1, 4, 1, 11, 1, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.mach, g.shotgun]),
TYPE: exports.casing,
}, }, {
POSITION: [ 1, 3, 1, 13, -1, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.mach, g.shotgun]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 1, 3, 1, 13, 1, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.mach, g.shotgun]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 1, 2, 1, 13, 2, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.mach, g.shotgun]),
TYPE: exports.casing,
}, }, {
POSITION: [ 1, 2, 1, 13, -2, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.mach, g.shotgun]),
TYPE: exports.casing,
}, }, {
POSITION: [ 15, 14, 1, 6, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.mach, g.shotgun, g.fake]),
TYPE: exports.casing,
}, }, {
POSITION: [ 8, 14, -1.3, 4, 0, 0, 0, ], }
],
};
exports.builder = {
PARENT: [exports.genericTank],
DANGER: 6,
LABEL: 'Trapper',
STAT_NAMES: statnames.trap,
BODY: {
SPEED: base.SPEED * 0.8,
FOV: base.FOV * 1.15,
},
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 18, 12, 1, 0, 0, 0, 0, ],
}, {
POSITION: [ 2, 12, 1.1, 18, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.block]),
TYPE: exports.block,
}, },
],
};
exports.engineer = {
PARENT: [exports.genericTank],
DANGER: 7,
LABEL: 'Engineer',
STAT_NAMES: statnames.trap,
BODY: {
SPEED: base.SPEED * 0.75,
FOV: base.FOV * 1.15,
},
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 5, 11, 1, 10.5, 0, 0, 0, ],
}, {
POSITION: [ 3, 14, 1, 15.5, 0, 0, 0, ],
}, {
POSITION: [ 2, 14, 1.3, 18, 0, 0, 0, ],
PROPERTIES: {
MAX_CHILDREN: 6,
SHOOT_SETTINGS: combineStats([g.trap, g.block]),
TYPE: exports.pillbox,
SYNCS_SKILLS: true,
}, }, {
POSITION: [ 4, 14, 1, 8, 0, 0, 0, ]
}
],
};
exports.construct = {
PARENT: [exports.genericTank],
LABEL: 'Mega Trapper',
STAT_NAMES: statnames.trap,
DANGER: 7,
BODY: {
ACCELERATION: base.ACCEL * 0.5,
SPEED: base.SPEED * 0.7,
FOV: base.FOV * 1.15,
},
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 18, 18, 1, 0, 0, 0, 0, ],
}, {
POSITION: [ 2, 18, 1.2, 18, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.block, g.construct]),
TYPE: exports.block,
}, },
],
};
exports.autobuilder = makeAuto(exports.builder);
exports.conq = {
PARENT: [exports.genericTank],
DANGER: 7,
LABEL: '',
STAT_NAMES: statnames.trap,
BODY: {
SPEED: base.SPEED * 0.8,
},
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 21, 14, 1, 0, 0, 180, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.pound]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 18, 14, 1, 0, 0, 0, 0, ],
}, {
POSITION: [ 2, 14, 1.1, 18, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.block]),
TYPE: exports.block,
}, },
],
};
exports.bentboomer = {
PARENT: [exports.genericTank],
DANGER: 7,
LABEL: 'Boomer',
STAT_NAMES: statnames.trap,
BODY: {
SPEED: base.SPEED * 0.8,
FOV: base.FOV * 1.15,
},
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 8, 10, 1, 8, -2, -35, 0, ],
}, {
POSITION: [ 8, 10, 1, 8, 2, 35, 0, ],
}, {
POSITION: [ 2, 10, 1.3, 16, -2, -35, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.block, g.fast, g.twin]),
TYPE: exports.boomerang,
}, }, {
POSITION: [ 2, 10, 1.3, 16, 2, 35, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.block, g.fast, g.twin]),
TYPE: exports.boomerang,
}, },
],
};
exports.boomer = {
PARENT: [exports.genericTank],
DANGER: 7,
LABEL: 'Boomer',
STAT_NAMES: statnames.trap,
FACING_TYPE: 'locksFacing',
BODY: {
SPEED: base.SPEED * 0.8,
FOV: base.FOV * 1.15,
},
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 5, 10, 1, 14, 0, 0, 0, ],
}, {
POSITION: [ 6, 10, -1.5, 7, 0, 0, 0, ],
}, {
//POSITION: [ 12, 15, 1, 0, 0, 0, 0, ],
// }, {
POSITION: [ 2, 10, 1.3, 18, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.block, g.boomerang]),
TYPE: exports.boomerang,
}, },
],
};
exports.quadtrapper = {
PARENT: [exports.genericTank],
DANGER: 7,
LABEL: '',
STAT_NAMES: statnames.trap,
BODY: {
SPEED: base.SPEED * 0.8,
FOV: base.FOV * 1.15,
},
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 14, 6, 1, 0, 0, 45, 0, ],
}, {
POSITION: [ 2, 6, 1.1, 14, 0, 45, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.block, g.weak]),
TYPE: exports.block,
}, }, {
POSITION: [ 14, 6, 1, 0, 0, 135, 0, ],
}, {
POSITION: [ 2, 6, 1.1, 14, 0, 135, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.block, g.weak]),
TYPE: exports.block,
}, }, {
POSITION: [ 14, 6, 1, 0, 0, 225, 0, ],
}, {
POSITION: [ 2, 6, 1.1, 14, 0, 225, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.block, g.weak]),
TYPE: exports.block,
}, }, {
POSITION: [ 14, 6, 1, 0, 0, 315, 0, ],
}, {
POSITION: [ 2, 6, 1.1, 14, 0, 315, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.block, g.weak]),
TYPE: exports.block,
}, },
],
};
exports.artillery = {
PARENT: [exports.genericTank],
DANGER: 6,
LABEL: 'Artillery',
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 17, 3, 1, 0, -6, -7, 0.25, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.gunner, g.arty]),
TYPE: exports.bullet,
LABEL: 'Secondary',
}, }, {
POSITION: [ 17, 3, 1, 0, 6, 7, 0.75, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.gunner, g.arty]),
TYPE: exports.bullet,
LABEL: 'Secondary',
}, }, {
POSITION: [ 19, 12, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.pound, g.arty]),
TYPE: exports.bullet,
LABEL: 'Heavy',
}, },
],
};
exports.mortar = {
PARENT: [exports.genericTank],
LABEL: 'Mortar',
DANGER: 7,
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 13, 3, 1, 0, -8, -7, 0.6, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.gunner, g.arty, g.twin]),
TYPE: exports.bullet,
LABEL: 'Secondary',
}, }, {
POSITION: [ 13, 3, 1, 0, 8, 7, 0.8, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.gunner, g.arty, g.twin]),
TYPE: exports.bullet,
LABEL: 'Secondary',
}, }, {
POSITION: [ 17, 3, 1, 0, -6, -7, 0.2, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.gunner, g.arty, g.twin]),
TYPE: exports.bullet,
LABEL: 'Secondary',
}, }, {
POSITION: [ 17, 3, 1, 0, 6, 7, 0.4, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.gunner, g.arty, g.twin]),
TYPE: exports.bullet,
LABEL: 'Secondary',
}, }, {
POSITION: [ 19, 12, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.pound, g.arty]),
TYPE: exports.bullet,
LABEL: 'Heavy',
}, },
],
};
exports.skimmer = {
PARENT: [exports.genericTank],
BODY: {
FOV: base.FOV * 1.15,
},
LABEL: 'Skimmer',
DANGER: 7,
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 10, 14, -0.5, 9, 0, 0, 0, ],
}, {
POSITION: [ 17, 15, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.pound, g.arty, g.arty, g.skim]),
TYPE: exports.missile,
STAT_CALCULATOR: gunCalcNames.sustained,
}, },
],
};
exports.spread = {
PARENT: [exports.genericTank],
LABEL: 'Spreadshot',
DANGER: 7,
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 13, 4, 1, 0, -0.8, -75, 5/6, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.gunner, g.arty, g.twin, g.spread]),
TYPE: exports.bullet,
LABEL: 'Spread',
}, }, {
POSITION: [ 14.5, 4, 1, 0, -1.0, -60, 4/6, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.gunner, g.arty, g.twin, g.spread]),
TYPE: exports.bullet,
LABEL: 'Spread',
}, }, {
POSITION: [ 16, 4, 1, 0, -1.6, -45, 3/6, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.gunner, g.arty, g.twin, g.spread]),
TYPE: exports.bullet,
LABEL: 'Spread',
}, }, {
POSITION: [ 17.5, 4, 1, 0, -2.4, -30, 2/6, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.gunner, g.arty, g.twin, g.spread]),
TYPE: exports.bullet,
LABEL: 'Spread',
}, }, {
POSITION: [ 19, 4, 1, 0, -3.0, -15, 1/6, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.gunner, g.arty, g.twin, g.spread]),
TYPE: exports.bullet,
LABEL: 'Spread',
}, }, {
POSITION: [ 13, 4, 1, 0, 0.8, 75, 5/6, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.gunner, g.arty, g.twin, g.spread]),
TYPE: exports.bullet,
LABEL: 'Spread',
}, }, {
POSITION: [ 14.5, 4, 1, 0, 1.0, 60, 4/6, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.gunner, g.arty, g.twin, g.spread]),
TYPE: exports.bullet,
LABEL: 'Spread',
}, }, {
POSITION: [ 16, 4, 1, 0, 1.6, 45, 3/6, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.gunner, g.arty, g.twin, g.spread]),
TYPE: exports.bullet,
LABEL: 'Spread',
}, }, {
POSITION: [ 17.5, 4, 1, 0, 2.4, 30, 2/6, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.gunner, g.arty, g.twin, g.spread]),
TYPE: exports.bullet,
LABEL: 'Spread',
}, }, {
POSITION: [ 19, 4, 1, 0, 3.0, 15, 1/6, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.gunner, g.arty, g.twin, g.spread]),
TYPE: exports.bullet,
LABEL: 'Spread',
}, }, {
POSITION: [ 13, 10, 1.3, 8, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.pound, g.spreadmain, g.spread]),
TYPE: exports.bullet,
LABEL: 'Pounder',
}, },
],
};
exports.renegade = {
// todo: give lance trap the lanceRetract ai
PARENT: [exports.genericTank],
LABEL: 'Renegade',
MAX_CHILDREN: 1,
DANGER: 2,
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 2, 12, 1.1, 18, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.block]),
TYPE: exports.lance,
}, },
],
}
exports.flank = {
PARENT: [exports.genericTank],
LABEL: 'Flank Guard',
BODY: {
SPEED: base.SPEED * 1.1,
},
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 18, 8, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 18, 8, 1, 0, 0, 120, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 18, 8, 1, 0, 0, 240, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank]),
TYPE: exports.bullet,
}, },
],
};
exports.hexa = {
PARENT: [exports.genericTank],
LABEL: 'Hexa Tank',
DANGER: 6,
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 18, 8, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank, g.flank]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 18, 8, 1, 0, 0, 120, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank, g.flank]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 18, 8, 1, 0, 0, 240, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank, g.flank]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 18, 8, 1, 0, 0, 60, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank, g.flank]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 18, 8, 1, 0, 0, 180, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank, g.flank]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 18, 8, 1, 0, 0, 300, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank, g.flank]),
TYPE: exports.bullet,
}, },
],
};
exports.octo = {
PARENT: [exports.genericTank],
LABEL: 'Octo Tank',
DANGER: 7,
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 18, 8, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank, g.flank, g.spam]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 18, 8, 1, 0, 0, 90, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank, g.flank, g.spam]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 18, 8, 1, 0, 0, 180, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank, g.flank, g.spam]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 18, 8, 1, 0, 0, 270, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank, g.flank, g.spam]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 18, 8, 1, 0, 0, 45, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank, g.flank, g.spam]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 18, 8, 1, 0, 0, 135, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank, g.flank, g.spam]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 18, 8, 1, 0, 0, 225, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank, g.flank, g.spam]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 18, 8, 1, 0, 0, 315, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank, g.flank, g.spam]),
TYPE: exports.bullet,
}, },
],
};
exports.heptatrap = (() => {
let a = 360/7, d = 1/7;
return {
PARENT: [exports.genericTank],
LABEL: 'Hepta-Trapper',
DANGER: 7,
BODY: {
SPEED: base.SPEED * 0.8,
},
STAT_NAMES: statnames.trap,
HAS_NO_RECOIL: true,
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 15, 7, 1, 0, 0, 0, 0, ],
}, {
POSITION: [ 3, 7, 1.7, 15, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.hexatrap]),
TYPE: exports.trap, STAT_CALCULATOR: gunCalcNames.trap,
}, }, {
POSITION: [ 15, 7, 1, 0, 0, a, 4*d, ],
}, {
POSITION: [ 3, 7, 1.7, 15, 0, a, 4*d, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.hexatrap]),
TYPE: exports.trap, STAT_CALCULATOR: gunCalcNames.trap,
}, }, {
POSITION: [ 15, 7, 1, 0, 0, 2*a, 1*d, ],
}, {
POSITION: [ 3, 7, 1.7, 15, 0, 2*a, 1*d, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.hexatrap]),
TYPE: exports.trap, STAT_CALCULATOR: gunCalcNames.trap,
}, }, {
POSITION: [ 15, 7, 1, 0, 0, 3*a, 5*d, ],
}, {
POSITION: [ 3, 7, 1.7, 15, 0, 3*a, 5*d, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.hexatrap]),
TYPE: exports.trap, STAT_CALCULATOR: gunCalcNames.trap,
}, }, {
POSITION: [ 15, 7, 1, 0, 0, 4*a, 2*d, ],
}, {
POSITION: [ 3, 7, 1.7, 15, 0, 4*a, 2*d, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.hexatrap]),
TYPE: exports.trap, STAT_CALCULATOR: gunCalcNames.trap,
}, }, {
POSITION: [ 15, 7, 1, 0, 0, 5*a, 6*d, ],
}, {
POSITION: [ 3, 7, 1.7, 15, 0, 5*a, 6*d, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.hexatrap]),
TYPE: exports.trap, STAT_CALCULATOR: gunCalcNames.trap,
}, }, {
POSITION: [ 15, 7, 1, 0, 0, 6*a, 3*d, ],
}, {
POSITION: [ 3, 7, 1.7, 15, 0, 6*a, 3*d, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.hexatrap]),
TYPE: exports.trap, STAT_CALCULATOR: gunCalcNames.trap,
}, },
],
};
})();
exports.hexatrap = makeAuto({
PARENT: [exports.genericTank],
LABEL: 'Hexa-Trapper',
DANGER: 7,
BODY: {
SPEED: base.SPEED * 0.8,
},
STAT_NAMES: statnames.trap,
HAS_NO_RECOIL: true,
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 15, 7, 1, 0, 0, 0, 0, ],
}, {
POSITION: [ 3, 7, 1.7, 15, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.hexatrap]),
TYPE: exports.trap, STAT_CALCULATOR: gunCalcNames.trap,
}, }, {
POSITION: [ 15, 7, 1, 0, 0, 60, 0.5, ],
}, {
POSITION: [ 3, 7, 1.7, 15, 0, 60, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.hexatrap]),
TYPE: exports.trap, STAT_CALCULATOR: gunCalcNames.trap,
}, }, {
POSITION: [ 15, 7, 1, 0, 0, 120, 0, ],
}, {
POSITION: [ 3, 7, 1.7, 15, 0, 120, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.hexatrap]),
TYPE: exports.trap, STAT_CALCULATOR: gunCalcNames.trap,
}, }, {
POSITION: [ 15, 7, 1, 0, 0, 180, 0.5, ],
}, {
POSITION: [ 3, 7, 1.7, 15, 0, 180, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.hexatrap]),
TYPE: exports.trap, STAT_CALCULATOR: gunCalcNames.trap,
}, }, {
POSITION: [ 15, 7, 1, 0, 0, 240, 0, ],
}, {
POSITION: [ 3, 7, 1.7, 15, 0, 240, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.hexatrap]),
TYPE: exports.trap, STAT_CALCULATOR: gunCalcNames.trap,
}, }, {
POSITION: [ 15, 7, 1, 0, 0, 300, 0.5, ],
}, {
POSITION: [ 3, 7, 1.7, 15, 0, 300, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.hexatrap]),
TYPE: exports.trap, STAT_CALCULATOR: gunCalcNames.trap,
}, },
],
}, 'Hexa-Trapper');
exports.tri = {
PARENT: [exports.genericTank],
LABEL: 'Tri-Angle',
BODY: {
HEALTH: base.HEALTH * 0.8,
SHIELD: base.SHIELD * 0.8,
DENSITY: base.DENSITY * 0.6,
},
DANGER: 6,
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 18, 8, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank, g.tri, g.trifront, g.tonsmorrecoil]),
TYPE: exports.bullet,
LABEL: 'Front',
}, }, {
POSITION: [ 16, 8, 1, 0, 0, 150, 0.1, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank, g.tri, g.thruster]),
TYPE: exports.bullet,
LABEL: gunCalcNames.thruster,
}, }, {
POSITION: [ 16, 8, 1, 0, 0, 210, 0.1, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank, g.tri, g.thruster]),
TYPE: exports.bullet,
LABEL: gunCalcNames.thruster,
}, },
],
};
exports.booster = {
PARENT: [exports.genericTank],
LABEL: 'Booster',
BODY: {
HEALTH: base.HEALTH * 0.6,
SHIELD: base.SHIELD * 0.6,
DENSITY: base.DENSITY * 0.2,
},
DANGER: 7,
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 18, 8, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank, g.tri, g.trifront, g.muchmorerecoil]),
TYPE: exports.bullet,
LABEL: 'Front',
}, }, {
POSITION: [ 13, 8, 1, 0, -1, 135, 0.6, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank, g.tri, g.thruster, g.halfrecoil]),
TYPE: exports.bullet,
LABEL: gunCalcNames.thruster,
}, }, {
POSITION: [ 13, 8, 1, 0, 1, 225, 0.6, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank, g.tri, g.thruster, g.halfrecoil]),
TYPE: exports.bullet,
LABEL: gunCalcNames.thruster,
}, }, {
POSITION: [ 16, 8, 1, 0, 0, 145, 0.1, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank, g.tri, g.thruster]),
TYPE: exports.bullet,
LABEL: gunCalcNames.thruster,
}, }, {
POSITION: [ 16, 8, 1, 0, 0, 215, 0.1, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank, g.tri, g.thruster]),
TYPE: exports.bullet,
LABEL: gunCalcNames.thruster,
}, },
],
};
exports.fighter = {
PARENT: [exports.genericTank],
LABEL: 'Fighter',
BODY: {
DENSITY: base.DENSITY * 0.6,
},
DANGER: 7,
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 18, 8, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank, g.tri, g.trifront]),
TYPE: exports.bullet,
LABEL: 'Front',
}, }, {
POSITION: [ 16, 8, 1, 0, -1, 90, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank, g.tri, g.trifront]),
TYPE: exports.bullet,
LABEL: 'Side',
}, }, {
POSITION: [ 16, 8, 1, 0, 1, -90, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank, g.tri, g.trifront]),
TYPE: exports.bullet,
LABEL: 'Side',
}, }, {
POSITION: [ 16, 8, 1, 0, 0, 150, 0.1, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank, g.tri, g.thruster]),
TYPE: exports.bullet,
LABEL: gunCalcNames.thruster,
}, }, {
POSITION: [ 16, 8, 1, 0, 0, 210, 0.1, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank, g.tri, g.thruster]),
TYPE: exports.bullet,
LABEL: gunCalcNames.thruster,
}, },
],
};
exports.brutalizer = {
PARENT: [exports.genericTank],
LABEL: '',
BODY: {
DENSITY: base.DENSITY * 0.6,
},
DANGER: 7,
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 18, 8, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank, g.tri, g.trifront]),
TYPE: exports.bullet,
LABEL: 'Front',
}, }, {
POSITION: [ 7, 7.5, 0.6, 7, -1, 90, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.swarm]),
TYPE: [exports.autoswarm],
STAT_CALCULATOR: gunCalcNames.swarm,
}, }, {
POSITION: [ 7, 7.5, 0.6, 7, 1, -90, 9, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.swarm]),
TYPE: [exports.autoswarm],
STAT_CALCULATOR: gunCalcNames.swarm,
}, }, {
POSITION: [ 16, 8, 1, 0, 0, 150, 0.1, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank, g.tri, g.thruster]),
TYPE: exports.bullet,
LABEL: gunCalcNames.thruster,
}, }, {
POSITION: [ 16, 8, 1, 0, 0, 210, 0.1, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank, g.tri, g.thruster]),
TYPE: exports.bullet,
LABEL: gunCalcNames.thruster,
}, },
],
};
exports.bomber = {
PARENT: [exports.genericTank],
LABEL: 'Bomber',
BODY: {
DENSITY: base.DENSITY * 0.6,
},
DANGER: 7,
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 20, 8, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank, g.tri, g.trifront]),
TYPE: exports.bullet,
LABEL: 'Front',
}, }, {
POSITION: [ 18, 8, 1, 0, 0, 130, 0.1, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank, g.tri]),
TYPE: exports.bullet,
LABEL: 'Wing',
}, }, {
POSITION: [ 18, 8, 1, 0, 0, 230, 0.1, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank, g.tri]),
TYPE: exports.bullet,
LABEL: 'Wing',
}, }, {
POSITION: [ 14, 8, 1, 0, 0, 180, 0, ],
}, {
POSITION: [ 4, 8, 1.5, 14, 0, 180, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.morerecoil]),
TYPE: exports.trap, STAT_CALCULATOR: gunCalcNames.trap,
}, },
],
};
exports.autotri = makeAuto(exports.tri);
exports.autotri.BODY = {
SPEED: base.SPEED,
};
exports.falcon = {
PARENT: [exports.genericTank],
LABEL: 'Falcon',
DANGER: 7,
BODY: {
ACCELERATION: base.ACCEL * 0.8,
FOV: base.FOV * 1.2,
},
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 27, 8.5, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.sniper, g.assass, g.lessreload]),
TYPE: exports.bullet,
LABEL: 'Assassin',
ALT_FIRE: true,
}, }, {
POSITION: [ 5, 8.5, -1.6, 8, 0, 0, 0, ],
}, {
POSITION: [ 16, 8, 1, 0, 0, 150, 0.1, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank, g.tri, g.thruster, g.halfrecoil]),
TYPE: exports.bullet,
LABEL: gunCalcNames.thruster,
}, }, {
POSITION: [ 16, 8, 1, 0, 0, 210, 0.1, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank, g.tri, g.thruster, g.halfrecoil]),
TYPE: exports.bullet,
LABEL: gunCalcNames.thruster,
}, }, {
POSITION: [ 18, 8, 1, 0, 0, 180, 0.6, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank, g.tri, g.thruster, g.halfrecoil]),
TYPE: exports.bullet,
LABEL: gunCalcNames.thruster,
}, },
],
};
exports.auto3 = {
PARENT: [exports.genericTank],
LABEL: 'Auto-3',
DANGER: 6,
FACING_TYPE: 'autospin',
TURRETS: [{ /* SIZE X Y ANGLE ARC */
POSITION: [ 11, 8, 0, 0, 190, 0],
TYPE: exports.auto3gun,
}, {
POSITION: [ 11, 8, 0, 120, 190, 0],
TYPE: exports.auto3gun,
}, {
POSITION: [ 11, 8, 0, 240, 190, 0],
TYPE: exports.auto3gun,
},
],
};
exports.auto5 = {
PARENT: [exports.genericTank],
LABEL: 'Auto-5',
DANGER: 7,
FACING_TYPE: 'autospin',
TURRETS: [{ /* SIZE X Y ANGLE ARC */
POSITION: [ 11, 8, 0, 0, 190, 0],
TYPE: exports.auto5gun,
}, {
POSITION: [ 11, 8, 0, 72, 190, 0],
TYPE: exports.auto5gun,
}, {
POSITION: [ 11, 8, 0, 144, 190, 0],
TYPE: exports.auto5gun,
}, {
POSITION: [ 11, 8, 0, 216, 190, 0],
TYPE: exports.auto5gun,
}, {
POSITION: [ 11, 8, 0, 288, 190, 0],
TYPE: exports.auto5gun,
},
],
};
exports.heavy3 = {
BODY: {
SPEED: base.SPEED * 0.95,
},
PARENT: [exports.genericTank],
LABEL: 'Mega-3',
DANGER: 7,
FACING_TYPE: 'autospin',
TURRETS: [{ /* SIZE X Y ANGLE ARC */
POSITION: [ 14, 8, 0, 0, 190, 0],
TYPE: exports.heavy3gun,
}, {
POSITION: [ 14, 8, 0, 120, 190, 0],
TYPE: exports.heavy3gun,
}, {
POSITION: [ 14, 8, 0, 240, 190, 0],
TYPE: exports.heavy3gun,
},
],
};
exports.tritrap = {
LABEL: '',
BODY: {
SPEED: base.SPEED * 1.1,
},
PARENT: [exports.genericTank],
DANGER: 6,
FACING_TYPE: 'autospin',
TURRETS: [{ /* SIZE X Y ANGLE ARC */
POSITION: [ 12, 8, 0, 0, 190, 0],
TYPE: exports.tritrapgun,
}, {
POSITION: [ 12, 8, 0, 120, 190, 0],
TYPE: exports.tritrapgun,
}, {
POSITION: [ 12, 8, 0, 240, 190, 0],
TYPE: exports.tritrapgun,
},
],
};
exports.sniper3 = {
PARENT: [exports.genericTank],
DANGER: 7,
LABEL: '',
BODY: {
ACCELERATION: base.ACCEL * 0.6,
SPEED: base.SPEED * 0.8,
FOV: base.FOV * 1.25,
},
FACING_TYPE: 'autospin',
TURRETS: [{ /* SIZE X Y ANGLE ARC */
POSITION: [ 13, 8, 0, 0, 170, 0],
TYPE: exports.sniper3gun,
}, {
POSITION: [ 13, 8, 0, 120, 170, 0],
TYPE: exports.sniper3gun,
}, {
POSITION: [ 13, 8, 0, 240, 170, 0],
TYPE: exports.sniper3gun,
},
],
};
exports.auto4 = {
PARENT: [exports.genericTank],
DANGER: 5,
LABEL: 'Auto-4',
FACING_TYPE: 'autospin',
TURRETS: [{ /* SIZE X Y ANGLE ARC */
POSITION: [ 13, 6, 0, 45, 160, 0],
TYPE: exports.auto4gun,
}, {
POSITION: [ 13, 6, 0, 135, 160, 0],
TYPE: exports.auto4gun,
}, {
POSITION: [ 13, 6, 0, 225, 160, 0],
TYPE: exports.auto4gun,
}, {
POSITION: [ 13, 6, 0, 315, 160, 0],
TYPE: exports.auto4gun,
},
],
};
exports.flanktrap = {
PARENT: [exports.genericTank],
LABEL: 'Trap Guard',
STAT_NAMES: statnames.generic,
DANGER: 6,
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 20, 8, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.flank, g.flank]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 13, 8, 1, 0, 0, 180, 0, ],
}, {
POSITION: [ 4, 8, 1.7, 13, 0, 180, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap]),
TYPE: exports.trap, STAT_CALCULATOR: gunCalcNames.trap,
}, },
],
};
exports.guntrap = {
PARENT: [exports.genericTank],
LABEL: 'Gunner Trapper',
DANGER: 7,
STAT_NAMES: statnames.generic,
BODY: {
FOV: base.FOV * 1.25,
},
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 19, 2, 1, 0, -2.5, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.gunner, g.power, g.twin, g.tonsmorrecoil, g.lotsmorrecoil]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 19, 2, 1, 0, 2.5, 0, 0.5, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.gunner, g.power, g.twin, g.tonsmorrecoil, g.lotsmorrecoil]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 12, 11, 1, 0, 0, 0, 0, ],
}, {
POSITION: [ 13, 11, 1, 0, 0, 180, 0, ],
}, {
POSITION: [ 4, 11, 1.7, 13, 0, 180, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.fast, g.halfrecoil]),
TYPE: exports.trap, STAT_CALCULATOR: gunCalcNames.trap,
}, },
],
};
exports.bushwhack = {
PARENT: [exports.genericTank],
LABEL: 'Snipe Guard',
BODY: {
ACCELERATION: base.ACCEL * 0.7,
FOV: base.FOV * 1.2,
},
DANGER: 7,
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 24, 8.5, 1, 0, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.sniper, g.morerecoil]),
TYPE: exports.bullet,
}, }, {
POSITION: [ 13, 8.5, 1, 0, 0, 180, 0, ],
}, {
POSITION: [ 4, 8.5, 1.7, 13, 0, 180, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap]),
TYPE: exports.trap, STAT_CALCULATOR: gunCalcNames.trap,
}, },
],
};
// UPGRADE PATHS
exports.testbed.UPGRADES_TIER_1 = [
exports.autocruiser,
exports.master,
exports.dual,
exports.hiveshooter,
exports.brutalizer,
exports.shotgun2,
exports.hybridmini,
exports.renegade,
];
exports.basic.UPGRADES_TIER_1 = [exports.twin, exports.sniper, exports.machine, exports.flank, exports.director];
exports.basic.UPGRADES_TIER_3 = [exports.single];
exports.basic.UPGRADES_TIER_2 = [exports.smash];
exports.smash.UPGRADES_TIER_3 = [exports.megasmash, exports.spike, exports.autosmash];
exports.twin.UPGRADES_TIER_2 = [exports.double, exports.bent, exports.gunner, exports.hexa];
exports.twin.UPGRADES_TIER_3 = [exports.triple];
exports.double.UPGRADES_TIER_3 = [exports.tripletwin, exports.split, exports.autodouble, exports.bentdouble];
exports.bent.UPGRADES_TIER_3 = [exports.penta, exports.spread, exports.benthybrid, exports.bentdouble, exports.triple];
exports.gunner.UPGRADES_TIER_3 = [exports.autogunner, exports.nailgun, exports.auto4,exports.machinegunner];
exports.sniper.UPGRADES_TIER_2 = [exports.assassin, exports.hunter, exports.mini, exports.builder];
exports.sniper.UPGRADES_TIER_3 = [exports.bushwhack];
exports.assassin.UPGRADES_TIER_3 = [exports.ranger, exports.falcon];
exports.hunter.UPGRADES_TIER_3 = [exports.preda, exports.poach, exports.sidewind];
exports.builder.UPGRADES_TIER_3 = [exports.construct, exports.autobuilder, exports.engineer, exports.boomer];
exports.machine.UPGRADES_TIER_2 = [exports.destroy, exports.artillery, exports.mini, exports.gunner];
exports.machine.UPGRADES_TIER_3 = [exports.spray];
exports.destroy.UPGRADES_TIER_3 = [exports.anni, exports.hybrid, exports.construct, exports.shotgun2];
exports.artillery.UPGRADES_TIER_3 = [exports.mortar, exports.spread, exports.skimmer];
exports.mini.UPGRADES_TIER_3 = [exports.stream, exports.nailgun];
exports.flank.UPGRADES_TIER_2 = [exports.hexa, exports.tri, exports.auto3, exports.flanktrap];
exports.flank.UPGRADES_TIER_3 = [];
exports.tri.UPGRADES_TIER_3 = [exports.fighter, exports.booster, exports.falcon, exports.bomber, exports.autotri];
exports.hexa.UPGRADES_TIER_3 = [exports.octo, exports.hexatrap];
exports.auto3.UPGRADES_TIER_3 = [exports.auto5, exports.heavy3, exports.auto4];
exports.flanktrap.UPGRADES_TIER_3 = [exports.bushwhack, exports.guntrap, exports.fortress, exports.bomber];
exports.director.UPGRADES_TIER_2 = [exports.overseer, exports.cruiser, exports.underseer];
exports.director.UPGRADES_TIER_3 = [exports.factory];
exports.overseer.UPGRADES_TIER_3 = [exports.overlord, exports.overtrap, exports.overgunner];
exports.underseer.UPGRADES_TIER_3 = [exports.necromancer];
exports.cruiser.UPGRADES_TIER_3 = [exports.carrier, exports.battleship, exports.fortress];
/*exports.smash.UPGRADES_TIER_3 = [exports.megasmash, exports.spike, exports.autosmash];
exports.twin.UPGRADES_TIER_2 = [exports.double, exports.bent, exports.triple, exports.hexa];
exports.double.UPGRADES_TIER_3 = [exports.tripletwin, exports.autodouble];
exports.bent.UPGRADES_TIER_3 = [exports.penta, exports.benthybrid];
exports.triple.UPGRADES_TIER_3 = [exports.quint];
exports.sniper.UPGRADES_TIER_2 = [exports.assassin, exports.overseer, exports.hunter, exports.builder];
exports.assassin.UPGRADES_TIER_3 = [exports.ranger];
exports.overseer.UPGRADES_TIER_3 = [exports.overlord, exports.battleship
, exports.overtrap, exports.necromancer, exports.factory, exports.fortress];
exports.hunter.UPGRADES_TIER_3 = [exports.preda, exports.poach];
exports.builder.UPGRADES_TIER_3 = [exports.construct, exports.autobuilder];
exports.machine.UPGRADES_TIER_2 = [exports.destroy, exports.gunner, exports.artillery];
exports.destroy.UPGRADES_TIER_3 = [exports.anni, exports.hybrid];
exports.gunner.UPGRADES_TIER_3 = [exports.autogunner, exports.mortar, exports.stream];
exports.artillery.UPGRADES_TIER_3 = [exports.mortar, exports.spread, exports.skimmer];
exports.machine.UPGRADES_TIER_3 = [exports.spray];
exports.flank.UPGRADES_TIER_2 = [exports.hexa, exports.tri, exports.auto3, exports.flanktrap];
exports.hexa.UPGRADES_TIER_3 = [exports.octo];
exports.tri.UPGRADES_TIER_3 = [exports.booster, exports.fighter, exports.bomber, exports.autotri];
exports.auto3.UPGRADES_TIER_3 = [exports.auto5, exports.heavy3];
exports.flanktrap.UPGRADES_TIER_3 = [exports.guntrap, exports.fortress, exports.bomber];*/
// NPCS:
exports.crasher = {
TYPE: 'crasher',
LABEL: 'Crasher',
COLOR: 5,
SHAPE: 3,
SIZE: 5,
VARIES_IN_SIZE: true,
CONTROLLERS: ['nearestDifferentMaster', 'mapTargetToGoal'],
AI: { NO_LEAD: true},
BODY: {
SPEED: 5,
ACCEL: 0.01,
HEALTH: 0.5,
DAMAGE: 5,
PENETRATION: 2,
PUSHABILITY: 0.5,
DENSITY: 10,
RESIST: 2,
},
MOTION_TYPE: 'motor',
FACING_TYPE: 'smoothWithMotion',
HITS_OWN_TYPE: 'hard',
HAS_NO_MASTER: true,
DRAW_HEALTH: true,
};
exports.sentry = {
PARENT: [exports.genericTank],
TYPE: 'crasher',
LABEL: 'Sentry',
DANGER: 3,
COLOR: 5,
SHAPE: 3,
SIZE: 10,
SKILL: skillSet({
rld: 0.5,
dam: 0.8,
pen: 0.8,
str: 0.1,
spd: 1,
atk: 0.5,
hlt: 0,
shi: 0,
rgn: 0.7,
mob: 0,
}),
VALUE: 1500,
VARIES_IN_SIZE: true,
CONTROLLERS: ['nearestDifferentMaster', 'mapTargetToGoal'],
AI: { NO_LEAD: true, },
BODY: {
FOV: 0.5,
ACCEL: 0.006,
DAMAGE: base.DAMAGE * 2,
SPEED: base.SPEED * 0.5,
},
MOTION_TYPE: 'motor',
FACING_TYPE: 'smoothToTarget',
HITS_OWN_TYPE: 'hard',
HAS_NO_MASTER: true,
DRAW_HEALTH: true,
GIVE_KILL_MESSAGE: true,
};
exports.trapTurret = {
PARENT: [exports.genericTank],
LABEL: 'Turret',
BODY: {
FOV: 0.5,
},
INDEPENDENT: true,
CONTROLLERS: ['nearestDifferentMaster'],
COLOR: 16,
AI: {
SKYNET: true,
FULL_VIEW: true,
},
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 16, 14, 1, 0, 0, 0, 0, ],
}, {
POSITION: [ 4, 14, 1.8, 16, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.lowpower, g.fast, g.halfreload]),
TYPE: exports.trap, STAT_CALCULATOR: gunCalcNames.trap,
}, },
],
};
exports.sentrySwarm = {
PARENT: [exports.sentry],
DANGER: 3,
GUNS: [{
POSITION: [ 7, 14, 0.6, 7, 0, 180, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.swarm, g.morerecoil]),
TYPE: exports.swarm,
STAT_CALCULATOR: gunCalcNames.swarm,
}, },
],
};
exports.sentryGun = makeAuto(exports.sentry, 'Sentry', { type: exports.heavy3gun, size: 12, });
exports.sentryTrap = makeAuto(exports.sentry, 'Sentry', { type: exports.trapTurret, size: 12, });
exports.miniboss = {
PARENT: [exports.genericTank],
TYPE: 'miniboss',
DANGER: 6,
SKILL: skillSet({
rld: 0.7,
dam: 0.5,
pen: 0.8,
str: 0.8,
spd: 0.2,
atk: 0.3,
hlt: 1,
shi: 0.7,
rgn: 0.7,
mob: 0,
}),
LEVEL: 45,
CONTROLLERS: ['nearestDifferentMaster', 'minion', 'canRepel'],
AI: { NO_LEAD: true, },
FACING_TYPE: 'autospin',
HITS_OWN_TYPE: 'hard',
BROADCAST_MESSAGE: 'A visitor has left!',
};
exports.crasherSpawner = {
PARENT: [exports.genericTank],
LABEL: 'Spawned',
STAT_NAMES: statnames.drone,
CONTROLLERS: ['nearestDifferentMaster'],
COLOR: 5,
INDEPENDENT: true,
AI: { chase: true, },
MAX_CHILDREN: 4,
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 6, 12, 1.2, 8, 0, 0, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.drone, g.weak, g.weak]),
TYPE: [exports.drone, { LABEL: 'Crasher', VARIES_IN_SIZE: true, DRAW_HEALTH: true }],
SYNCS_SKILLS: true,
AUTOFIRE: true,
STAT_CALCULATOR: gunCalcNames.drone,
}, },
],
};
exports.elite = {
PARENT: [exports.miniboss],
LABEL: 'Elite Crasher',
COLOR: 5,
SHAPE: 3,
SIZE: 20,
VARIES_IN_SIZE: true,
VALUE: 150000,
BODY: {
FOV: 1.3,
SPEED: base.SPEED * 0.25,
HEALTH: base.HEALTH * 1.5,
SHIELD: base.SHIELD * 1.25,
REGEN: base.REGEN,
DAMAGE: base.DAMAGE * 2.5,
},
};
exports.elite_destroyer = {
PARENT: [exports.elite],
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 5, 16, 1, 6, 0, 180, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.pound, g.pound, g.destroy]),
TYPE: exports.bullet,
LABEL: 'Devastator',
}, }, {
POSITION: [ 5, 16, 1, 6, 0, 60, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.pound, g.pound, g.destroy]),
TYPE: exports.bullet,
LABEL: 'Devastator',
}, }, {
POSITION: [ 5, 16, 1, 6, 0, -60, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.pound, g.pound, g.destroy]),
TYPE: exports.bullet,
LABEL: 'Devastator',
}, },
],
TURRETS: [{
/********* SIZE X Y ANGLE ARC */
POSITION: [ 11, 0, 0, 180, 360, 0, ],
TYPE: [exports.crasherSpawner]
}, {
POSITION: [ 11, 0, 0, 60, 360, 0, ],
TYPE: [exports.crasherSpawner]
}, {
POSITION: [ 11, 0, 0, -60, 360, 0, ],
TYPE: [exports.crasherSpawner]
}, {
POSITION: [ 11, 0, 0, 0, 360, 1, ],
TYPE: [exports.bigauto4gun, { INDEPENDENT: true, COLOR: 5, }]
},
],
};
exports.elite_gunner = {
PARENT: [exports.elite],
GUNS: [ { /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 14, 16, 1, 0, 0, 180, 0, ],
}, {
POSITION: [ 4, 16, 1.5, 14, 0, 180, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.hexatrap]),
TYPE: [exports.pillbox, { INDEPENDENT: true, }],
}, }, {
POSITION: [ 6, 14, -2, 2, 0, 60, 0, ],
}, {
POSITION: [ 6, 14, -2, 2, 0, 300, 0, ],
}
],
AI: { NO_LEAD: false, },
TURRETS: [{
/********* SIZE X Y ANGLE ARC */
POSITION: [ 14, 8, 0, 60, 180, 0, ],
TYPE: [exports.auto4gun],
}, {
POSITION: [ 14, 8, 0, 300, 180, 0, ],
TYPE: [exports.auto4gun],
}],
};
exports.elite_sprayer = {
PARENT: [exports.elite],
AI: { NO_LEAD: false, },
TURRETS: [{ /* SIZE X Y ANGLE ARC */
POSITION: [ 14, 6, 0, 180, 190, 0],
TYPE: [exports.spray, { COLOR: 5, }],
}, {
POSITION: [ 14, 6, 0, 60, 190, 0],
TYPE: [exports.spray, { COLOR: 5, }],
}, {
POSITION: [ 14, 6, 0, -60, 190, 0],
TYPE: [exports.spray, { COLOR: 5, }],
},
],
};
exports.palisade = (() => {
let props = {
SHOOT_SETTINGS: combineStats([g.factory, g.pound, g.halfreload, g.halfreload]),
TYPE: exports.minion,
STAT_CALCULATOR: gunCalcNames.drone,
AUTOFIRE: true,
MAX_CHILDREN: 1,
SYNCS_SKILLS: true,
WAIT_TO_CYCLE: true,
};
return {
PARENT: [exports.miniboss],
LABEL: 'Rogue Palisade',
COLOR: 17,
SHAPE: 6,
SIZE: 28,
VALUE: 500000,
BODY: {
FOV: 1.3,
SPEED: base.SPEED * 0.1,
HEALTH: base.HEALTH * 2,
SHIELD: base.SHIELD * 2,
REGEN: base.REGEN,
DAMAGE: base.DAMAGE * 3,
},
GUNS: [ { /**** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 4, 6, -1.6, 8, 0, 0, 0, ],
PROPERTIES: props, }, {
POSITION: [ 4, 6, -1.6, 8, 0, 60, 0, ],
PROPERTIES: props, }, {
POSITION: [ 4, 6, -1.6, 8, 0, 120, 0, ],
PROPERTIES: props, }, {
POSITION: [ 4, 6, -1.6, 8, 0, 180, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.factory, g.pound]),
TYPE: exports.minion,
STAT_CALCULATOR: gunCalcNames.drone,
AUTOFIRE: true,
MAX_CHILDREN: 1,
SYNCS_SKILLS: true,
WAIT_TO_CYCLE: true,
}, }, {
POSITION: [ 4, 6, -1.6, 8, 0, 240, 0, ],
PROPERTIES: props, }, {
POSITION: [ 4, 6, -1.6, 8, 0, 300, 0, ],
PROPERTIES: props, },
],
TURRETS: [{ /* SIZE X Y ANGLE ARC */
POSITION: [ 5, 10, 0, 30, 110, 0],
TYPE: exports.trapTurret,
}, {
POSITION: [ 5, 10, 0, 90, 110, 0],
TYPE: exports.trapTurret,
}, {
POSITION: [ 5, 10, 0, 150, 110, 0],
TYPE: exports.trapTurret,
}, {
POSITION: [ 5, 10, 0, 210, 110, 0],
TYPE: exports.trapTurret,
}, {
POSITION: [ 5, 10, 0, 270, 110, 0],
TYPE: exports.trapTurret,
}, {
POSITION: [ 5, 10, 0, 330, 110, 0],
TYPE: exports.trapTurret,
},
],
};
})();
exports.bot = {
AUTO_UPGRADE: 'random',
FACING_TYPE: 'looseToTarget',
BODY: {
// SIZE: 10,
},
//COLOR: 17,
NAME: "ai_",
LABEL: "Bot",
CONTROLLERS: [
'avoid', 'nearestDifferentMaster', 'mapAltToFire', 'minionOrbitFarther', 'fleeAtLowHealth'
],
AI: { STRAFE: true, DOMINATOR_WHEN_NO_TARGET: true,
reverseDirection:true,
FOCUS_ON_DOMINATOR:true,
IGNORE_FOOD_AT_LEVEL45: true},
};
exports.observer = {
PARENT: [exports.genericTank],
DANGER: 0,
CONTROLLERS: ['mapTargetToGoal'],
LABEL: 'Observer',
BODY: {
FOV: 5,
HEALTH: base.HEALTH * 30,
SPEED: 20,
HETREO: 0,
}
}
exports.testbed.UPGRADES_TIER_1.push(exports.elite_sprayer);
Raw
dominator.js
/*global exports*/
const {genericTank, skillSet, base, combineStats, g, bullet, trap, gunCalcNames, drone} = require('./basedefinitions.js')
exports.drone = require('./basedefinitions').drone
exports.dominationBody = {
LABEL: '',
CONTROLLERS: ['dontTurn'],
COLOR: 9,
SHAPE: -6,
//HETERO: 0,
INDEPENDENT: true,
};
const statnames = {
smasher: 1,
drone: 2,
necro: 3,
swarm: 4,
trap: 5,
generic: 6,
};
exports.dominator = {
PARENT: [genericTank],
LABEL: 'Dominator',
TYPE: 'fixed',
DANGER: 1,
SIZE: 90,//80
FACING_TYPE: 'smoothToTarget',
SKILL: skillSet({
dam: 2,
pen: 2,
str: 1,
}),
BODY: {
RESIST: 100,
SPEED: 0,
HEALTH: base.HEALTH * 30,//try 40
DAMAGE: base.DAMAGE * 2,
PENETRATION: 0.25,
FOV: 1,
PUSHABILITY: 0,
HETERO: 0,
REGEN: 0,
SHIELD: 0,
},
DAMAGE_EFFECTS: false,
CONTROLLERS: ['nearestDifferentMaster', 'alwaysFire', 'setDominatorControl'/*'spinWhenIdle'*/],
TURRETS: [{
POSITION: [24, 0, 0, 0, 360, 0],
TYPE: exports.dominationBody,
}],
CAN_BE_ON_LEADERBOARD: false,
GIVE_KILL_MESSAGE: false,
ACCEPTS_SCORE: false,
};
exports.destroyerDominator = {
PARENT: [exports.dominator],
CONTROLLERS: ['nearestDifferentMaster',/*'spinWhenIdle'*/],
GUNS: [{
POSITION: [15.25, 6.75, 1, 0, 0, 0, 0],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.destroyDominator]),
TYPE: bullet,
AUTOFIRE: true,
},
}, {
POSITION: [5, 6.75, -1.6, 6.75, 0, 0, 0],
}],
};
exports.gunnerDominator = {
PARENT: [exports.dominator],
GUNS: [{
POSITION: [14.25, 3, 1, 0, -2, 0, 0.5],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.gunnerDominator]),
TYPE: bullet,
},
}, {
POSITION: [14.25, 3, 1, 0, 2, 0, 0.5],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.gunnerDominator]),
TYPE: bullet,
},
}, {
POSITION: [15.85, 3, 1, 0, 0, 0, 0],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.basic, g.gunnerDominator]),
TYPE: bullet,
},
}, {
POSITION: [5, 8.5, -1.6, 6.25, 0, 0, 0],
}],
};
exports.trapperDominator = {
SIZE: 60,
PARENT: [exports.dominator],
FACING_TYPE: 'autospin',
GUNS: [{
POSITION: [3.5, 3.75, 1, 8, 0, 0, 0],
}, {
POSITION: [1.25, 3.75, 1.7, 12, 0, 0, 0],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.trapperDominator]),
TYPE: trap,
AUTOFIRE: true,
},
}, {
POSITION: [3.5, 3.75, 1, 8, 0, 45, 0],
}, {
POSITION: [1.25, 3.75, 1.7, 12, 0, 45, 0],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.trapperDominator]),
TYPE: trap,
AUTOFIRE: true,
},
}, {
POSITION: [3.5, 3.75, 1, 8, 0, 90, 0],
}, {
POSITION: [1.25, 3.75, 1.7, 12, 0, 90, 0],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.trapperDominator]),
TYPE: trap,
AUTOFIRE: true,
},
}, {
POSITION: [3.5, 3.75, 1, 8, 0, 135, 0],
}, {
POSITION: [1.25, 3.75, 1.7, 12, 0, 135, 0],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.trapperDominator]),
TYPE: trap,
AUTOFIRE: true,
},
}, {
POSITION: [3.5, 3.75, 1, 8, 0, 180, 0],
}, {
POSITION: [1.25, 3.75, 1.7, 12, 0, 180, 0],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.trapperDominator]),
TYPE: trap,
AUTOFIRE: true,
},
}, {
POSITION: [3.5, 3.75, 1, 8, 0, 225, 0],
}, {
POSITION: [1.25, 3.75, 1.7, 12, 0, 225, 0],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.trapperDominator]),
TYPE: trap,
AUTOFIRE: true,
},
}, {
POSITION: [3.5, 3.75, 1, 8, 0, 270, 0],
}, {
POSITION: [1.25, 3.75, 1.7, 12, 0, 270, 0],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.trapperDominator]),
TYPE: trap,
AUTOFIRE: true,
},
}, {
POSITION: [3.5, 3.75, 1, 8, 0, 315, 0],
}, {
POSITION: [1.25, 3.75, 1.7, 12, 0, 315, 0],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.trap, g.trapperDominator]),
TYPE: trap,
AUTOFIRE: true,
},
}]
};
exports.drone_dominator = {
PARENT: [genericTank],
LABEL: 'Dominator',
// try disabling autospin
FACING_TYPE: 'autospin',
DANGER: 10,
SIZE: 90,
CONTROLLERS: ['nearestDifferentMaster', 'alwaysFire', 'mapAltToFire'],
BODY: {
HEALTH: 6148,
SHIELD: base.SHIELD * 1.25,
REGEN: base.REGEN * 0.75,
SPEED: base.SPEED * 0.25,
ACCELARATION: base.ACCEL * 0.5,
PUSHABILITY: 0.15,
AUTOFIRE:true,
},
GUNS: [{
POSITION: [3.75, 4, 1.2, 8.5, 0, 0, 0],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.drone, g.droneDominator]),
TYPE: drone,
AUTOFIRE: true,
SYNCS_SKILLS: true,
STAT_CALCULATOR: gunCalcNames.drone,
WAIT_TO_CYCLE: true,
MAX_CHILDREN: 3,
},
}, {
POSITION: [3.75, 4.45, -1.6, 7.2, 0, 0, 0],
}, {
POSITION: [3.75, 4, 1.2, 8.5, 0, 60, 1 / 6],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.drone, g.droneDominator]),
TYPE: drone,
AUTOFIRE: true,
SYNCS_SKILLS: true,
STAT_CALCULATOR: gunCalcNames.drone,
WAIT_TO_CYCLE: true,
MAX_CHILDREN: 3,
},
}, {
POSITION: [3.75, 4.45, -1.6, 7.2, 0, 60, 0],
}, {
//POSITION: [3.75, 4, 1.2, 8.5, 0, 120, 1 / 3],
// /*** LENGTH WIDTH ASPECT X Y ANGLE DELAY */
POSITION: [ 6, 12, 1.2, 8, 0, 90, 0, ],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.drone, g.droneDominator]),
TYPE: drone,
AUTOFIRE: true,
SYNCS_SKILLS: true,
STAT_CALCULATOR: gunCalcNames.drone,
WAIT_TO_CYCLE: true,
MAX_CHILDREN: 3,
},
}, {
POSITION: [3.75, 4.45, -1.6, 7.2, 0, 120, 0],
}, {
POSITION: [3.75, 4, 1.2, 8.5, 0, 180, 1 / 2],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.drone, g.droneDominator]),
TYPE: drone,
AUTOFIRE: true,
SYNCS_SKILLS: true,
STAT_CALCULATOR: gunCalcNames.drone,
WAIT_TO_CYCLE: true,
MAX_CHILDREN: 1,
},
}, {
POSITION: [3.75, 4.45, -1.6, 7.2, 0, 180, 0],
}, {
POSITION: [3.75, 4, 1.2, 8.5, 0, 240, 2 / 3],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.drone, g.droneDominator]),
TYPE: drone,
AUTOFIRE: true,
SYNCS_SKILLS: true,
STAT_CALCULATOR: gunCalcNames.drone,
WAIT_TO_CYCLE: true,
MAX_CHILDREN: 1,
},
}, {
POSITION: [3.75, 4.45, -1.6, 7.2, 0, 240, 0],
}, {
POSITION: [3.75, 4, 1.2, 8.5, 0, 300, 5 / 6],
PROPERTIES: {
SHOOT_SETTINGS: combineStats([g.drone, g.droneDominator]),
TYPE: drone,
AUTOFIRE: true,
SYNCS_SKILLS: true,
STAT_CALCULATOR: gunCalcNames.drone,
WAIT_TO_CYCLE: true,
MAX_CHILDREN: 1,
},
}, {
POSITION: [3.75, 4.45, -1.6, 7.2, 0, 300, 0],
}],
MAX_CHILDREN: 8,
STAT_NAMES: 2,
TURRETS: [{
POSITION: [22, 0, 0, 0, 360, 0],
TYPE: exports.dominationBody,
}],
GIVE_KILL_MESSAGE: true,
//ACCEPTS_SCORE: false,
};
Raw
server.js
/*jslint node: true */
/*jshint -W061 */
/*global goog, Map, let */
//"use strict";
// General requires
// Using google closure compiler would help
require('google-closure-library');
goog.require('goog.structs.PriorityQueue');
goog.require('goog.structs.QuadTree');
// Import game settings.
const c = require(process.argv[2]);
// Import utilities.
const util = require('./lib/util');
const ran = require('./lib/random');
const hshg = require('./lib/hshg');
const _ = require('lodash')
const gamemode = require('./gamemodes/ctf.js')
const ROID_TEAM = -101
const CHECK_KEYS = false
let topPlayer = null
// Let's get a cheaper array removal thing
Array.prototype.remove = index => {
if(index === this.length - 1){
return this.pop();
} else {
let r = this[index];
this[index] = this.pop();
return r;
}
};
// Define player keys
var keys = [
'k', 'l', 'testk', 'testl',
// Focus Group
'ZNr3GBQOhD2CDDYpZD3JZkZ6hmhoF4wGiTYTikZlSLr1Z66yWKuVMitRkpUbPy6s', // Mine
'HKib09Ep3hIcwFXpiCj5iEkpLBN88HQ22hiFqg5alcxn4AYl6VcsPFTqMvllLt1D', // Parodia
'n9hx8iQH8453dWQpdDvJcAvPzQej80xQz86TxuYaJ8CaOr4hEH2zHPlSeayVPjFZ', // SGM
'5piWwi06VXdEuOsz1rbcHiglurbaYIPtslIgE0NNMGQgNcqErdJ4kUVYpDJsRlVC', // Aznaft
'q80UgWYIQVM2oZW5iQO6VRdLcOTuHkSgUx4U7NN8z76Ltgj7gVc6tSWvmpPkRUGH', // Licht
'9zcVcKxiv60ZoBr6CaO9ecjR3i0Mj9yx4Qgt9IGwzxps8Q5ge1GQJiYe59GBxKip', // Tenderlicious
'M67ZAZIgboiBcUtcKoHOuwXlQJWN9DEwhr0CIqR9xjiwpDyb4cUrwUIynKnuQmrU', // ManticoreKiller
'iBKZrtZEP6Gq1m1y4hpbIH2htBKegkaj6eyO70L9FMAEydiV4gA4ufiLWFx0R5C2', // JB Columbia
'zbH5Myv66HmR9Mda39xlLXa9TyBGzXnKZV7xpN5NCDTXorn52123eHY4kcZmPNLx', // Teal Knight
'pee4OZmPo9yrINv30kIMMVviEr1PRfiuIYQEOGXTK6lnLZumy9O942NabE8BiEce', // unnamed
'08IhobFLBYah8Mk8MKqqG6W576iS4jznjK4WnIsSzcFC0OhkIY51DQV0DWWsgfbg', // Pie
'36spA3cA2FNDamjM4SaiNNfNMkUMSERgduUvAL3Ms8bsioX4uoMyQteMWx1dRpdp', // Sergio
'i3tpmHTC2ty8CCzjhISDKO1MrkZOwmoWZ08XZLOg3IfCqbtAsdC8QPKPMhbPHQmV', // Corrupt X
'gQHpJkeGoxknxqkiX9msLhwS1NzikXa1RiOKOJD2o2zf15XL35P1YWZeMcivXLNB', // Jorjito Gamer
'kKWsRf0OdLWzipECohr5FqjuyecPZYOGxl1zAXabtllaWx2OVKfLTKBiit8KVg5j', // warrior
'77L1QgQgsTQrZHhTSuv1iK1NyvpBL9AYyvmkF21Sjp4T7ldxGodQnC9dM1YtvZzG', // TTTank
'M6I9vmmRiitxg07rBG2IuC7aNpp7LHQGVPtwGfkk3hIBR0jhlWwaqzpzPXqU2awM', // CX
'5AxKhPIu5jF3B3cIxjA2BHUy30ccYgEUXJmK16ksJotp9D9WVlY6QqPLDPGim1MK', // Faxaro
'kcrJTPqvhraysgCNrFZORGNR4UTMRvbQ2zuhI3iXpGyMg6wDtU5QMgcV8vNdLLHQ', // Mipha
'EXoiZYDuwSwmp7Zg0m7hdaLyv2PMbQgQorkwRznC0NC3saubVNtxVUGtOWZ2xdcz', // svorlds
'G0t2lQYeaTHHU8sp5ibNjFCCLMr41cPCOJRKUC5eUGfkUKDxpVwo5azomBSznZuR', // FTM
'kf2VcjtzpMvVwhlgIjq4MX6LWbIoNzcvfsxARS0qWiuVWf6BPPsQ2p1FgBVvNoB1', // pnvv / Cannon Man
'3hO6R7AOR0aiiFuRyGaHKrgJHjTEpsD2LZ866bhvlz2Ru9AT8QmiBNf5PZuXCFIA', // wowie's friend
'z272UlNODnYVK79jva6pybRpwtp1h0FdJh8F8JRQJ5VY9lPrcugp6nd403Op4voC',
'eOb4DCk81Hzay8Kgjcu6tbbpIUCveloxahmnkmg3aU6FlvdWjJd2Uui5cFQdsnby',
'9qGqNv5iYTSIhkCaMmZpvYhSpaLnHQJnj6m2gdoVWIXgLaFgIrbcFYHM8bcBsGYS',
'qqWz1E1uVtErG4N80YDVQJywzOk6PJFDrC6uzqoQ9XL2nNrCCr1KvY8XUEyCroHT',
'r0KXqfIifiavtqP3v0b5gqb5ArQY5sJWO7fjG4P6AFE5MRyfjDGK7sO7nXg23Tkv',
'nUzNolF4Yys4ua6x78GiVH0Fparcm8GyD60IZzVHji0b2gQL3citWEEi3b1J9iRT',
'XSxFurVLlc7o99nnakK5EPA2Z16tqBxP3xKcq5y4XOjRyfFRqaSxbBNRUtab71FH',
'uYLfr6k6wEmgMtGVna366Gujor3gUWhWUHgbsz2uUNhQ8OKkwzb1IpDehnz7dfFL',
'TVA4eYx29geFN6kb2Osyt5veaih0OOJG2MzB4qBBlUQr5CpRJqIhrTModxcT5NXI',
'eyQqQE0h0l6x7XpkXpnZdYPsRJgvdl6L8xAoEzF0ZGlTV8HH0wUePj03LuULDhSN',
'ZuOzwoZw4lCWwekTMh9bEAw4Tv92uLhzGN0DMDV2Rk7Sfn3Hsbf87ssHcvxTbDek',
// Public
'PUBLICRSUZbhCMu2ocDrhtje1ev6ff3eM6IxsCPUBLIC',
'PUBLICb7HbKa0zFp5PzJVkcu17GIbp56JeHxZlPUBLIC',
'PUBLICwxTybWuUrYfEA84kVunN5btV4vROYCW0PUBLIC',
'PUBLICfOKBjTZzW1VvoEfJTY3G7U2TcwT8iREyPUBLIC',
'PUBLICKKRLO0lpLy2IDHUdqzE0MBsZUhrBnYRpPUBLIC',
'PUBLICsC7wKFQ6CXPB241uA5RzORP2Z14CSO86PUBLIC',
'PUBLIC6criSrXdLBoTtIWQHCmcOPfzqgDZcGOiPUBLIC',
'PUBLIC3QdiZpPEAtB4gif0TEU3822qJz3W23J2PUBLIC',
'PUBLICEDZLxLjRRfa8tS5EqRIExtHpWq0MJSVZPUBLIC',
'PUBLIC5vmCtP1IjDnglKJk7AmWg3hAuZ4ZGGnVPUBLIC',
'PUBLICe1r6NsdjhOnpNuPqnskTzLvJoaXn3dsqPUBLIC',
'PUBLICTbfzA0MB2H6hRataGEQENmu1o9eOpytkPUBLIC',
'PUBLICpJlxtdn2iplYuIWXznUX3f6RHHPC3uFrPUBLIC',
'PUBLICadVvUN4mp0MTSAnsc3BKIJ6l40Y5sV00PUBLIC',
'TRUSTED5vmCtP1IjDnglKJk7sAmWg3hAuZ4ZGGnVTRUSTED',
'TRUSTEDe1r6NsdjhOnpNuPqnskTfzLvJoaXn3dsqTRUSTED',
'TRUSTEDTbfzA0MB2H6hRataGE3QENmu1o9eOpytkTRUSTED',
'TRUSTEDpJlxtdn2iplYuIWXsznUX3f6RHHPC3uFrTRUSTED',
'TRUSTEDadVvUN4mp0MTSAnsc3BKfIJ6l40Y5sV00TRUSTED',
'TRUSTED3nYR28Kwhnx1n6JvP4Tm r2dxLhrTvrcNTRUSTED',
'TRUSTEDNwHIdUtjLSmITUVNg5B6c4uVWiB7IFq2STRUSTED',
'TRUSTEDDIIocNBJS9mYstVFSuiwNxbQeEXOFlrPhTRUSTED',
'TRUSTED17rtKXqQ7wzek6Ejf9rGCfOdRr5vrm5AxTRUSTED',
'TRUSTEDWJkuJFZ2Wljq2WXasxHrM0Vsbra5iyb6vTRUSTED',
'TRUSTEDzxVdPsuU1yGRQrkbADH6rBaE8TKdAvJabTRUSTED',
'TRUSTED7nAZ3NBi9ZB07KfLV0cnGO0YEXoSGf1lLTRUSTED',
'TRUSTEDFyJTLBCrokyoFICQFi4hAGJd09jkCDqOJTRUSTED',
'TRUSTEDPBHbBZkW9foaXPDfGe6xq9Y6XvJhrwowqTRUSTED',
'TRUSTEDtTZe5CYcmmCQBLj0WztAHn5MnI0dhqNrXTRUSTED',
'GUDPOSTERNwR7FWcY1eeNkyiCrzGfuo3wGWhETFmbGUDPOSTER',
'GUDPOSTERR2gdw10L7u4auP3yr1G1EC59TnRA3H31GUDPOSTER',
'GUDPOSTERVLX8LwHtMrLIMFx0XdzTdauVAmSKV9SZGUDPOSTER',
'GUDPOSTER8Uk4cGa2ut3vFfaPmjbmRBtAXpFHXsBNGUDPOSTER',
'GUDPOSTERdHHy9pqMejwGZJ7nUZMRw0Mnc1g8UJ8oGUDPOSTER',
'GUDPOSTERrgZPXqFSJXdChEMvgQjjxjGZfsObOArCGUDPOSTER',
'GUDPOSTERysJI3BfzB2cRCDDdFkAaFWxZk5TNHwfvGUDPOSTER',
'GUDPOSTERlFps80nCJ6cnFGjyH9QoKqgETwGX1sIQGUDPOSTER',
'GUDPOSTERmED6CZg213gXoCYyDqxMLGFtuuCPn8NmGUDPOSTER',
'GUDPOSTERlSL92YPpoqh48GuQwydpGuocJAH6Vx5VGUDPOSTER',
'GIVEAWAYZ1yVvobK3MWgCBxYjFheJd3UrWW2ULJuGIVEAWAY',
'GIVEAWAYaVGcMBm3LwxmLkxxGSt6NNg9AUDsj5v5GIVEAWAY',
'GIVEAWAYAMkJmX3xKv3tiieS5oAfEsJbni4xInIwGIVEAWAY',
'GIVEAWAYi3AbdptFr9m2fGGqY9p6Vvi3uRX6ALHRGIVEAWAY',
'GIVEAWAYxwABlNSPU4291UJICWyeXQB4ET0ZyA0uGIVEAWAY',
'GIVEAWAYczPSwYnpHDGKaimREjN1e86N6CmSH0NWGIVEAWAY',
'GIVEAWAYDx3U7MOBNyDmjv6Rz6Le6wgG4Xk0cwilGIVEAWAY',
'GIVEAWAYCOr2yK7od6RRch52ToBO5s0xxizBVVajGIVEAWAY',
'GIVEAWAYV7fiIzckU8xQ57i3Bu8ngWetPOzS9ktvGIVEAWAY',
'GIVEAWAYpbo21yNoMcvwhbIeMOsqMIjzYKOLZyEgGIVEAWAY',
// Twitter
'500kBomberContestTokenVUBefeRUMQsLShjas4dhfSF',
'500kBomberContestTokenNSEefeRUMQsLShjbs4dhfSF', // TnT
'500kBomberContestTokenWDWefeRUMQsLShjcs4dhfSF', // crnz
'500kPoacherContestTokenZZb1FkYER7B0ZV7bs9df8s',
'500kAutoDoubleContestTokenKBSj41qloynOGws87X2', // JeShAn
'500kFortressContestTokenl2fd42tL7C6ZynSDF33ox', // Lucario
// Youtube
'SGMTokenGiveaway51NP3JOh9NKvsnVh6PDRGI1wALGXWLzE2jZXztWKxlyPN00w',
'SGMTokenGiveaway2puyw4VGFTTSqgxeFvvvqxMTzZ5S3XPtVQXLCSIOpW7Rxv8m',
'SGMTokenGiveawayYAu4abk9oLMaBqOXfx2QvSqznNqw7mTFv7lBFk5LJ7ksPd7W',
'SGMTokenGiveawaybgSA5xNNpo4Vhsfg8lOlop8f4FOPWk9VXcMvjl62JYWhKOWF',
'SGMTokenGiveawaya7C7vBTBPxgWEgg1g3UbYttE30A33aFVqEEd2pdV3PfbxvA0',
'SGMTokenGiveawayBFu7eKC22KxKYuFiUTOyjmMCpBhr1HseP7pNo4yl5xOZt9IS',
'SGMTokenGiveawayAHVq7eEAUWZzCtK4vcHslWIDMPykPAfsnq4jdsHYE3HIhlBO',
'SGMTokenGiveawayS0wxtOYFcnBirWbbP9EePvgo8rPVrhatpixkaH78CdKdtorr',
'SGMTokenGiveaway7p8JwRnATdS3H10gIKy5dKQXlbj93WplkC9NpfjNTREG9IQn',
'SGMTokenGiveawaynM1ffqsEM31Vv6KMmlxhs6Ug0s65FiyN3w9eP6QM7FmpbS2i',
'SGMTokenAa05Q1oDwf0Mxaw57vBTBPX3M25gjitRD0daHTObk796GqSJ3KUhKf5p',
'SGMTokenxg3Kw7jPUoxFOXbO4POF19iovCUnNzqoQ9XL2rTAoXoAtyHDZR5YFgAk',
'SGMToken7KteCaOERDa8TkfzIQIm54rhewlKL2lWIDMPykPAfsnq41MGxgogphB9',
'OMTokenIGnPS8RSGiP8lvTQDdve9ANPfSOyTgvPQMYdFlcn7IVcJg8oeGreEBYs',
'OMTokenLTARU3UJldlHUf8215Wg4AbdThRvA3j0wG2FbwyZCTixkaH78CdK8BnV',
'OMToken7sOXlNs9Qu58TmaCu9TpD4JkzRuGrKKOS74tZimimR8Iu5du7v6GRbRH',
'JBColombiaTokenwZXpYskkovgQL4jZlqS42xaqgVAvHZPZgVcccsBkHhsXhq69',
'JBColombiaToken8WwiA5demyL1gQZ9D5kvFMOwkJRc3STikct22cMoPmjfli69',
'JBColombiaTokenPDuZydKLePKQ9TyOMqiquI0YVHcCJBJb3pORyzfo42nHhT69',
'JBColombiaTokeniC0Eh8jMoncX4bAKbslR174tZimimBXoUGhvaKY0dBwbLI69',
'JBColombiaTokenWWqX44i7VqxtQB3qsViJHbJnK3FryxqgAAFerRFxYO2wJc69',
'JBColombiaTokenlzgPyfwuto7KY8BqxDserADmpeuMR31wxgD0dWpNWvHZv969',
'SMTokenlSrBG8RTazOHzZ6zeyBPFI1tOSiuDSJNcfozraRKb8votLtwmNFC964KG',
'SMTokennrNg7MzqzJe2xz11cKDETqCBKVhDiOS6x1gyTMV8EHLkRGGFXAHLUVUjk',
'SMTokenfjlzipOhA8Lfp38kt9FnzGKRg6g79hujlFVPbEyzsbEqbYOD2ohveMSh8',
'SMTokenNHPtbYKUDrR8MBQoQIymCwdbFSoHHNTuBMPvS4iugQigBMvfrGurB3qM4',
'SMTokenI33BqYnppCCVAMOkykIeOWIsmetgkymFK1A7XgeZGGW52xVq1xRKv38vC',
'SMTokenHxNBGJGRf6SqXAOIhgMEOuPUp4X4LszwBEeco3Wrw2IuOe3jxoWyLKdR0',
'SMTokennjophXq0WC3jzDpPrDbfXLE2eoFOMvQWKucR0ZwECIlXDBTQnF33uyDXd',
// Patreon / rewards
'tokenlordkarma88tokenlordkarma88tokenlordkarma88tokenlordkarma88',
'hereIsUrTokenBuddyThxForTheOverGunnerLmao',
'DukeonkledDukeonkleThankYouSoMuch123e911DukeonkledDukeonkledDuke',
'FireNationFireNationThanksATon018s380280FireNationFireNationFire',
'rewardTokenJSdf323H0Cj85aVOG3SPlgp7Y9BuBoFcwpmNFjfLEDQhOFTIpukdr', // Call
'rewardTokenDg2JDTp0rxDKXIPE8PHcmdHqWyH2CqPqpcAf6QcT8m2hgBZnJ7KHE',
'rewardTokenad3JTsTwuVLkQvfmVH2d2Ukbf8WbFuPBqTpYFdFx9AuZEnmv9EW8U',
'rewardTokenJsa43Tthn1M5Ey9oDRODzzrazqRxL28cTchgInjVCrSfnWEATdYeP',
'rewardTokensdfsJTyz2YMS3GLDfD2NvqXK46p1ScsmdLxI1owBkjHw983lwkR8Z',
// Wiki
'WIKIREWARDV7V0bZRP8lM3fUvwuAX7DC5FpZCU1AyJByaulkH9YHZ7WIKIREWARD',
'WIKIREWARDDOE8Iqg5K124sNXSR51WWycmCnFtCLjyF7uole5sgQgoWIKIREWARD',
'WIKIREWARD5z5xXA0flzxeRgGu6EjSWlOq23gdGoYALClfsUT143Y9WIKIREWARD',
'WIKIREWARD4DTEvdwSBKPBRCAJxeS9surL09uzxx33gAHmMYFldRsMWIKIREWARD',
'WIKIREWARDqGXxMucMJcSeqWFcAfCLVNStnmOezkzOUot8xbfpCuk1WIKIREWARD',
'EDITOR1eKAAURvtnHYFuUz6dzPqOwPt6SFWbacEucDnm8KroabolnzLZrdEDITOR',
'EDITOR38Gi67EFmLdh6nXuKqtRc79HKk34c6bQl08tbUeZlGcxBS2c350yEDITOR',
'EDITOR7mAKjd6XYprdtvbWqqUjEEfCqomx67aLSyG70eiFuvRVv2Eest27EDITOR',
'EDITORoNzv0DxKzLYY7YCYdIsRHdNz8DNNiuqI2I9mBM2blBpWZ39chumsEDITOR',
'EDITOR399V1FLGtsne5BMg5QfeeHdR63bxkV51Av0ET3F5y92q7EMhI8R3EDITOR',
'EDITORmUJbmoFVshllWIUb11kyXxQfyESa4t3SYcGRHSlWzLrzfwkHCIVUEDITOR',
// Themes
'YouAreTheCreatorOfBadlands',
'WowYouMadeADopeFishyTheme',
'ThanksForHelpingPlantAForest',
'MidnightIsSuperCoolNotYouTheTheme',
'DrinkBleachPlz',
'FrostyAndBeautifulJustLikeYourColdHeart',
];
// Set up room.
global.fps = "Unknown";
var roomSpeed = c.gameSpeed;
const room = {
lastCycle: undefined,
cycleSpeed: 1000 / roomSpeed / 30,
width: c.WIDTH,
height: c.HEIGHT,
setup: c.ROOM_SETUP,
xgrid: c.X_GRID,
ygrid: c.Y_GRID,
gameMode: c.MODE,
skillBoost: c.SKILL_BOOST,
scale: {
square: c.WIDTH * c.HEIGHT / 100000000,
linear: Math.sqrt(c.WIDTH * c.HEIGHT / 100000000),
},
maxFood: c.WIDTH * c.HEIGHT / 100000 * c.FOOD_AMOUNT,
isInRoom: location => {
return !(location.x <= 0 || location.x >= c.WIDTH || location.y <= 0 || location.y >= c.HEIGHT)
},
topPlayerID: -1,
};
room.findType = type => {
let output = [];
let j = 0;
room.setup.forEach(row => {
let i = 0;
row.forEach(cell => {
if (cell === type) {
output.push({ x: (i + 0.5) * room.width / room.xgrid, y: (j + 0.5) * room.height / room.ygrid, });
}
i++;
});
j++;
});
room[type] = output;
};
room.findType('nest');
room.findType('norm');
room.findType('bas1');
room.findType('bas2');
room.findType('bas3');
room.findType('bas4');
room.findType('roid');
room.findType('rock');
room.findType('dmtr');
room.nestFoodAmount = 1.5 * Math.sqrt(room.nest.length) / room.xgrid / room.ygrid;
room.random = () => {
return {
x: ran.irandom(room.width),
y: ran.irandom(room.height),
};
};
room.randomType = type => {
let selection = room[type][ran.irandom(room[type].length-1)];
return {
x: ran.irandom(0.5*room.width/room.xgrid) * ran.choose([-1, 1]) + selection.x,
y: ran.irandom(0.5*room.height/room.ygrid) * ran.choose([-1, 1]) + selection.y,
};
};
room.hasType = type => room[type].length > 0
room.gauss = clustering => {
let output;
do {
output = {
x: ran.gauss(room.width/2, room.height/clustering),
y: ran.gauss(room.width/2, room.height/clustering),
};
} while (!room.isInRoom(output));
};
room.gaussInverse = clustering => {
let output;
do {
output = {
x: ran.gaussInverse(0, room.width, clustering),
y: ran.gaussInverse(0, room.height, clustering),
};
} while (!room.isInRoom(output));
return output;
};
room.gaussRing = (radius, clustering) => {
let output;
do {
output = ran.gaussRing(room.width * radius, clustering);
output = {
x: output.x + room.width/2,
y: output.y + room.height / 2,
};
} while (!room.isInRoom(output));
return output;
};
room.isIn = (type, location) => {
/*if (!(location.y instanceof Number) || !(location.x instanceof Number)) {
return false
}*/
if (room.isInRoom(location)) {
let a = Math.floor(location.y * room.ygrid / room.height);
let b = Math.floor(location.x * room.xgrid / room.width);
return type === room.setup[a][b];
} else {
return false;
}
};
room.isInNorm = location => {
if (room.isInRoom(location)) {
let a = Math.floor(location.y * room.ygrid / room.height);
let b = Math.floor(location.x * room.xgrid / room.width);
let v = room.setup[a][b];
return v !== 'nest';
} else {
return false;
}
};
room.isInRoomType = (location, roomType) => {
if (room.isInRoom(location)) {
let a = Math.floor(location.y * room.ygrid / room.height);
let b = Math.floor(location.x * room.xgrid / room.width);
let v = room.setup[a][b];
return v === roomType;
} else {
return false;
}
};
room.gaussType = (type, clustering) => {
let selection = room[type][ran.irandom(room[type].length-1)];
let location = {};
do {
location = {
x: ran.gauss(selection.x, room.width/room.xgrid/clustering),
y: ran.gauss(selection.y, room.height/room.ygrid/clustering),
};
} while (!room.isIn(type, location));
return location;
};
util.log(room.width + ' x ' + room.height + ' room initalized.');
// Define a vector
class Vector {
constructor(x, y) { //Vector constructor.
this.x = x;
this.y = y;
}
update() {
this.len = this.length;
this.dir = this.direction;
}
get length() {
return Math.sqrt(Math.pow(this.x, 2) + Math.pow(this.y, 2));
}
get direction() {
return Math.atan2(this.y, this.x);
}
}
function nullVector(v) {
v.x = 0; v.y = 0; //this guy's useful
}
// Get class definitions and index them
var Class = (() => {
let def = require('./lib/definitions'),
i = 0;
let all = []
for (let k in def) {
if (!def.hasOwnProperty(k)) continue;
def[k].index = i++;
all.push(def[k])
}
let playableTanks = []
let queue = [def.basic]
let undefinedToArray = o => o === undefined ? [] : o
while (queue.length > 0) {
let popped = queue.pop()
if (popped === undefined) {
continue
}
playableTanks = playableTanks.concat(undefinedToArray(popped.UPGRADES_TIER_2), undefinedToArray(popped.UPGRADES_TIER_1), undefinedToArray(popped.UPGRADES_TIER_3))
queue = queue.concat(popped.UPGRADES_TIER_2, popped.UPGRADES_TIER_1, popped.UPGRADES_TIER_3)
}
def.randomPlayable = () => ran.choose(playableTanks)
return def;
})();
// Define IOs (AI)
function nearest(array, location, test = () => { return true; }) {
let minD = 9999999
let minDEntity
let d;
array.forEach(instance => {
const d = Math.pow(instance.x - location.x, 2) + Math.pow(instance.y - location.y, 2);
if (test(instance, d) && d < minD) {
minD = d
minDEntity = instance
}
});
if (minDEntity) {
return minDEntity;
}
}
function timeOfImpact(p, v, s) {
// Requires relative position and velocity to aiming point
let a = s * s - (v.x * v.x + v.y * v.y);
let b = p.x * v.x + p.y * v.y;
let c = p.x * p.x + p.y * p.y;
let d = b * b + a * c;
let t = 0;
if (d >= 0) {
t = Math.max(0, (b + Math.sqrt(d)) / a);
}
return t*0.9;
}
class IO {
constructor(body) {
this.body = body;
this.acceptsFromTop = true;
}
think() {
return {
target: null,
goal: null,
fire: null,
main: null,
alt: null,
power: null,
};
}
}
function getFoodClass(level) {
let a = {};
switch (level) {
case 0:
a = Class.egg;
break;
case 1:
a = Class.square;
break;
case 2:
a = Class.triangle;
break;
case 3:
a = Class.pentagon;
break;
case 4:
a = Class.bigPentagon;
break;
case 5:
a = Class.hugePentagon;
break;
default:
throw 'bad food level'
}
if (a !== {}) {
a.BODY.ACCELERATION = 0.005 / (a.FOOD.LEVEL + 1);
}
return a;
}
let dominatorControl = {}
//middle
//central
//center
const dominatorNameToIndex = {'NE': 0, 'NW': 1, 'MIDDLE': 2, 'SE': 3, 'SW': 4, 'MI': 2}
const colorteammapping = {[-2]: 10, [-3]: 11, [-4]: 12, [-5]: 15, [-101]: 3};
class io_setDominatorControl extends IO {
constructor(body) {
super(body);
this.dominatorFlipped = false
this.originalHealth = this.body.health.amount
if (body.label.endsWith("Dominator")) {
const originalDestroy = body.destroy.bind(body)
const originalContemplationOfMortality = body.contemplationOfMortality.bind(body)
body.health.regenerate = () => null
body.contemplationOfMortality = () => {
this.think()
return originalContemplationOfMortality()
}
body.destroy = () => {
this.think()
return originalDestroy()
}
}
}
think() {
if(this.body.health.amount <= 0 && this.body.collisionArray.length >= 1 && !this.dominatorFlipped) {
let finalHitTank = this.body.collisionArray[this.body.collisionArray.length - 1].master
let dominatorIndex = this.body.name
let teamToDomName = {[-1]: "BLUE", [-2]: 'GREEN', [-3]: 'RED',[-4]:'PURPLE'}
if (this.body.team === -100) {
dominatorControl[dominatorIndex] = finalHitTank.team
sockets.broadcast("The " + this.body.name + " is now controlled by " + teamToDomName[dominatorControl[dominatorIndex]] + ".")
} else {
dominatorControl[dominatorIndex] = -100
sockets.broadcast("The " + this.body.name + " is being contested.")
}
let newDominator = new Entity({x: this.body.x, y: this.body.y})
newDominator.team = dominatorControl[dominatorIndex]
newDominator.color = colorteammapping[dominatorControl[dominatorIndex] - 1]
newDominator.name = this.body.name
newDominator.define(this.body._dom_kind)
newDominator._dom_kind = this.body._dom_kind
this.dominatorFlipped = true
console.log(newDominator.team, newDominator.color, newDominator.health.amount)
console.log("dominator chnaged hands")
if (dominatorControl[0] !== -100 && dominatorControl.every(t => dominatorControl[0] === t)) {
setTimeout(() => sockets.broadcast(teamToDomName[dominatorControl[0]] + " HAS WON THE GAME!"), 200)
setTimeout(() => sockets.broadcast("Arena closed: "), 1000*10)
setTimeout(() => {
// kill self and restart
})
}
sockets.broadcastDominator(labels.indexOf(dominatorIndex), newDominator.color)
//entitiesNoFood.find(value => if)
}
}
}
class io_moreFoodWhenDie extends IO {
constructor(body) {
super(body);
const originaldestroy = body.destroy.bind(body)
const foodLevel = body.foodLevel
body.destroy = () => {
let levelToMake = foodLevel
// is this on barbarosssa server?
let splitOff = food.filter(o => o.isDead() === false)
let place
if (splitOff.length !== 0) {
splitOff=ran.choose(splitOff)
place = {
x: splitOff.x + splitOff.size * Math.cos(splitOff.facing),
y: splitOff.y + splitOff.size * Math.sin(splitOff.facing),
};
} else {
place = room.random()
splitOff = {facing: ran.randomRange(0, Math.PI*2)}
}
let new_o = new Entity(place);
new_o.define(getFoodClass(levelToMake));
new_o.team = -100;
new_o.facing = splitOff.facing + ran.randomRange(Math.PI / 2, Math.PI);
new_o.F = food.length
food.push(new_o);
originaldestroy()
}
}
}
class io_doNothing extends IO {
constructor(body) {
super(body);
this.acceptsFromTop = false;
}
think() {
return {
goal: {
x: this.body.x,
y: this.body.y,
},
main: false,
alt: false,
fire: false,
};
}
}
class io_moveInCircles extends IO {
constructor(body) {
super(body);
this.acceptsFromTop = false;
this.timer = ran.irandom(10) + 3;
this.goal = {
x: this.body.x + 10*Math.cos(-this.body.facing),
y: this.body.y + 10*Math.sin(-this.body.facing),
};
}
think() {
if (!(this.timer--)) {
this.timer = 10;
this.goal = {
x: this.body.x + 10*Math.cos(-this.body.facing),
y: this.body.y + 10*Math.sin(-this.body.facing),
};
}
return { goal: this.goal };
}
}
class io_listenToPlayer extends IO {
constructor(b, p) {
super(b);
this.player = p;
this.acceptsFromTop = false;
}
// THE PLAYER MUST HAVE A VALID COMMAND AND TARGET OBJECT
think() {
let targ = {
x: this.player.target.x,
y: this.player.target.y,
};
if (this.player.command.autospin) {
let kk = Math.atan2(this.body.control.target.y, this.body.control.target.x) + 0.02;
targ = {
x: 100 * Math.cos(kk),
y: 100 * Math.sin(kk),
};
}
if (this.body.invuln) {
if (this.player.command.right || this.player.command.left || this.player.command.up || this.player.command.down || this.player.command.lmb) {
this.body.invuln = false;
}
}
this.body.autoOverride = this.player.command.override;
return {
target: targ,
goal: {
x: this.body.x + this.player.command.right - this.player.command.left,
y: this.body.y + this.player.command.down - this.player.command.up,
},
// fire if autofire is on or if the left mouse button is being clicked
fire: this.player.command.lmb || this.player.command.autofire,
main: this.player.command.lmb || this.player.command.autospin || this.player.command.autofire,
alt: this.player.command.rmb,
};
}
}
class io_mapTargetToGoal extends IO {
constructor(b) {
super(b);
}
think(input) {
if (input.main || input.alt) {
return {
goal: {
x: input.target.x + this.body.x,
y: input.target.y + this.body.y,
},
power: 1,
};
}
}
}
class io_boomerang extends IO {
constructor(b) {
super(b);
this.r = 0;
this.b = b;
this.m = b.master;
this.turnover = false;
let len = 10 * util.getDistance({x: 0, y:0}, b.master.control.target);
this.myGoal = {
x: 3 * b.master.control.target.x + b.master.x,
y: 3 * b.master.control.target.y + b.master.y,
};
}
think(input) {
if (this.b.range > this.r) this.r = this.b.range;
let t = 1; //1 - Math.sin(2 * Math.PI * this.b.range / this.r) || 1;
if (!this.turnover) {
if (this.r && this.b.range < this.r * 0.5) { this.turnover = true; }
return {
goal: this.myGoal,
power: t,
};
} else {
return {
goal: {
x: this.m.x,
y: this.m.y,
},
power: t,
};
}
}
}
class io_goToMasterTarget extends IO {
constructor(body) {
super(body);
this.myGoal = {
x: body.master.control.target.x + body.master.x,
y: body.master.control.target.y + body.master.y,
};
this.countdown = 5;
}
think() {
if (this.countdown) {
if (util.getDistance(this.body, this.myGoal) < 1) { this.countdown--; }
return {
goal: {
x: this.myGoal.x,
y: this.myGoal.y,
},
};
}
}
}
class io_canRepel extends IO {
constructor(b) {
super(b);
}
think(input) {
if (input.alt && input.target) {
return {
target: {
x: -input.target.x,
y: -input.target.y,
},
main: true,
};
}
}
}
class io_alwaysFire extends IO {
constructor(body) {
super(body);
}
think() {
return {
fire: true,
};
}
}
class io_targetSelf extends IO {
constructor(body) {
super(body);
}
think() {
return {
main: true,
target: { x: 0, y: 0, },
};
}
}
class io_mapAltToFire extends IO {
constructor(body) {
super(body);
}
think(input) {
if (input.alt) {
return {
fire: true,
};
}
}
}
class io_onlyAcceptInArc extends IO {
constructor(body) {
super(body);
}
think(input) {
if (input.target && this.body.firingArc != null) {
if (Math.abs(util.angleDifference(Math.atan2(input.target.y, input.target.x), this.body.firingArc[0])) >= this.body.firingArc[1]) {
return {
fire: false,
alt: false,
main: false,
};
}
}
}
}
class io_nearestDifferentMaster extends IO {
constructor(body) {
super(body);
this.targetLock = undefined;
this.tick = ran.irandom(30);
this.lead = 0;
this.validTargets = this.buildList(body.fov);
this.oldHealth = body.health.display();
this.randomTarget = null
this.secondaryTargetLock = undefined
this.escapeDmtrTargt = null
}
buildList(range) {
// Establish whom we judge in reference to
let m = { x: this.body.x, y: this.body.y, },
mm = { x: this.body.master.master.x, y: this.body.master.master.y, },
mostDangerous = 0,
sqrRange = range * range,
keepTarget = false;
// Filter through everybody...
/*let out = n_nearest(
this.body,
(e, sqrdst) => {
if (Math.abs(e.x - m.x) < range && Math.abs(e.y - m.y) < range) {
if (e.health.amount > 0) {
if (!e.invuln) {
if (e.master.master.team !== this.body.master.master.team) {
if (e.master.master.team !== ROID_TEAM) {
if (e.type === 'tank' || e.type === 'crasher' || (!this.body.aiSettings.shapefriend && e.type === 'food')) {
if (!this.body.aiSettings.blind || (Math.abs(e.x - mm.x) < range && Math.abs(e.y - mm.y) < range))
return sqrdst < range}}}}}}}
);*/
//let lookFrom = (this.body.skill.level >= 45 && this.body.aiSettings.IGNORE_FOOD_AT_LEVEL45) ? entitiesNoFood :entities
let out = entities.filter(e =>
// Only look at those within our view, and our parent's view, not dead, not our kind, not a bullet/trap/block etc
(Math.abs(e.x - m.x) < range && Math.abs(e.y - m.y) < range) &&
(e.master.master.team !== this.body.master.master.team) &&
(!e.invuln) &&
(e.master.master.team !== ROID_TEAM) &&
(e.type === 'tank' || e.type === 'crasher' || e.label === 'Dominator' || (!this.body.aiSettings.shapefriend && e.type === 'food')) &&
(e.label !== 'Observer') &&
(!this.body.aiSettings.blind || (Math.abs(e.x - mm.x) < range && Math.abs(e.y - mm.y) < range)));
out = out.map((e) => {
// Only look at those within range and arc (more expensive, so we only do it on the few)
let yaboi = false;
if (Math.pow(this.body.x - e.x, 2) + Math.pow(this.body.y - e.y, 2) < sqrRange) {
if (this.body.firingArc == null || this.body.aiSettings.view360) {
yaboi = true;
} else if (Math.abs(util.angleDifference(util.getDirection(this.body, e), this.body.firingArc[0])) < this.body.firingArc[1])
yaboi = true;
}
if (yaboi) {
mostDangerous = Math.max(e.dangerValue, mostDangerous);
return e;
}
}).filter((e) => {
// Only return the highest tier of danger
if (e != null) {
if(e.label !== 'Dominator' || this.body.skill.level > 30)
if (this.body.aiSettings.farm || e.dangerValue === mostDangerous) {
if (this.targetLock) { if (e.id === this.targetLock.id) keepTarget = true; }
return e;
}}
});
// Reset target if it's not in there
if (!keepTarget) this.targetLock = undefined;
return out;
}
think(input) {
// Override target lock upon other commands
if (input.main || input.alt || this.body.master.autoOverride) {
this.targetLock = undefined; return {};
}
// Otherwise, consider how fast we can either move to ram it or shoot at a potiential target.
let tracking = this.body.topSpeed,
range = this.body.fov;
// Use whether we have functional guns to decide
for (let i=0; i<this.body.guns.length; i++) {
if (this.body.guns[i].canShoot && !this.body.aiSettings.skynet) {
let v = this.body.guns[i].getTracking();
tracking = v.speed;
range = Math.min(range, v.speed * v.range);
break;
}
}
// Check if my target's alive
if (this.targetLock) { if (this.targetLock.health.amount <= 0) {
this.targetLock = undefined;
this.tick = 100;
} }
// Think damn hard
if (this.tick++ > 15 * roomSpeed) {
this.tick = 0;
this.validTargets = this.buildList(range);
// Ditch our old target if it's invalid
if (this.secondaryTargetLock && !room.isInRoomType({x: this.body.x, y: this.body.y}, 'dmtr') && c.FOCUS_ON_DOMINATOR) {
// don't follow the target outside the dominator cell if we were originally locked onto a dominator
this.targetLock = this.secondaryTargetLock
}
if (this.validTargets.indexOf(this.targetLock) === -1) {
if (room.isInRoomType({x: this.body.x, y: this.body.y}, 'dmtr')) {
this.secondaryTargetLock = this.targetLock
}
this.targetLock = undefined;
}
// Lock new target if we still don't have one.
if (this.targetLock == null && this.validTargets.length) {
this.targetLock = (this.validTargets.length === 1) ? this.validTargets[0] : nearest(this.validTargets, { x: this.body.x, y: this.body.y });
this.tick = -90;
}
}
// Lock onto whoever's shooting me.
// let damageRef = (this.body.bond == null) ? this.body : this.body.bond;
// if (damageRef.collisionArray.length && damageRef.health.display() < this.oldHealth) {
// this.oldHealth = damageRef.health.display();
// if (this.validTargets.indexOf(damageRef.collisionArray[0]) === -1) {
// this.targetLock = (damageRef.collisionArray[0].master.id === -1) ? damageRef.collisionArray[0].source : damageRef.collisionArray[0].master;
// }
// }
// Consider how fast it's moving and shoot at it
if (this.targetLock != null) {
let radial = this.targetLock.velocity;
let diff = {
x: this.targetLock.x - this.body.x,
y: this.targetLock.y - this.body.y,
};
/// Refresh lead time
if (this.tick % 4 === 0) {
this.lead = 0;
// Find lead time (or don't)
if (!this.body.aiSettings.chase) {
let toi = timeOfImpact(diff, radial, tracking);
this.lead = toi;
}
}
this.randomTarget = null
// And return our aim
return {
target: {
x: diff.x + this.lead * radial.x,
y: diff.y + this.lead * radial.y,
},
fire: true,
main: true,
};
}
if (this.body.aiSettings.RANDOM_WHEN_NO_TARGET || this.body.aiSettings.DOMINATOR_WHEN_NO_TARGET) {
if(this.randomTarget === null || util.getDistance(this.randomTarget, {x:this.body.x, y:this.body.y}) < 300) {
if(this.body.aiSettings.RANDOM_WHEN_NO_TARGET) {
this.randomTarget = room.randomType('norm')
} else if (this.body.aiSettings.DOMINATOR_WHEN_NO_TARGET){
if(this.body.skill.level < 30) {
this.randomTarget = room.randomType('norm')
} else {
this.randomTarget = room.randomType('dmtr')
}
}
}
if(room.isInRoomType({x: this.body.x, y: this.body.y}, 'dmtr') &&
!room.isInRoomType(this.randomTarget, 'dmtr') && this.body.skill.level < 30) {
// get out of a dominator if we're not trying to go to a dominator
if(!this.escapeDmtrTarget ) {
// the dumbest possible algorithm to escape a location
// better would be to go in the direction opposite to the current (randomTarget) direction for X seconds
this.escapeDmtrTarget = ran.choose([
{x: 0, y: 0},
{x: 0, y: room.height},
{x: room.width, y: 0},
{x: room.width, y: room.height}
])
}
return {goal:this.escapeDmtrTarget, power:1}
}
return {
goal: this.randomTarget,
power: 1,
}
} else {
return {};
}
}
}
class io_avoid extends IO {
constructor(body) {
super(body);
}
think(input) {
let masterId = this.body.master.id;
let range = this.body.size * this.body.size * 100 ;
// does moving the variables inside the loop setup hurt performance?
let minD = range
let locationX = this.body.x
let locationY = this.body.y
// try moving "swarm" before "drone"
for (let i = 0; i < entitiesNoFood.length; i++) {
const e = entitiesNoFood[i]
const d = Math.pow(e.x - locationX, 2) + Math.pow(e.y - locationY, 2);
if ((d < minD) &&
(e.master.id !== masterId) &&
(e.type === 'bullet' || e.type === 'swarm' || e.type === 'drone' || e.type === 'trap' || e.type === 'block')) {
minD = d
this.avoid = e
}
}
// Aim at that target-
if (this.avoid != null) {
// Consider how fast it's moving.
let delt = new Vector(this.body.velocity.x - this.avoid.velocity.x, this.body.velocity.y - this.avoid.velocity.y);
let diff = new Vector(this.avoid.x - this.body.x, this.avoid.y - this.body.y);
let comp = (delt.x * diff. x + delt.y * diff.y) / delt.length / diff.length;
let goal = {};
if (comp > 0) {
if (input.goal) {
let goalDist = Math.sqrt(range / (input.goal.x * input.goal.x + input.goal.y * input.goal.y));
goal = {
x: input.goal.x * goalDist - diff.x * comp,
y: input.goal.y * goalDist - diff.y * comp,
};
} else {
goal = {
x: -diff.x * comp,
y: -diff.y * comp,
};
}
return {goal};
}
}
}
}
class io_minion extends IO {
constructor(body) {
super(body);
this.turnwise = 1;
}
think(input) {
if (this.body.aiSettings.reverseDirection && ran.chance(0.005)) { this.turnwise = -1 * this.turnwise; }
if (input.target != null && (input.alt || input.main)) {
let sizeFactor = Math.sqrt(this.body.master.size / this.body.master.SIZE);
let leash = 60 * sizeFactor;
let orbit = 120 * sizeFactor;
let repel = 135 * sizeFactor;
let goal;
let power = 1;
let target = new Vector(input.target.x, input.target.y);
if (input.alt) {
// Leash
if (target.length < leash) {
goal = {
x: this.body.x + target.x,
y: this.body.y + target.y,
};
// Spiral repel
} else if (target.length < repel) {
let dir = -this.turnwise * target.direction + Math.PI / 5;
goal = {
x: this.body.x + Math.cos(dir),
y: this.body.y + Math.sin(dir),
};
// Free repel
} else {
goal = {
x: this.body.x - target.x,
y: this.body.y - target.y,
};
}
} else if (input.main) {
// Orbit point
let dir = this.turnwise * target.direction + 0.01;
goal = {
x: this.body.x + target.x - orbit * Math.cos(dir),
y: this.body.y + target.y - orbit * Math.sin(dir),
};
if (Math.abs(target.length - orbit) < this.body.size * 2) {
power = 0.7;
}
}
return {
goal: goal,
power: power,
};
}
}
}
class io_minionOrbitFarther extends IO {
constructor(body) {
super(body);
this.turnwise = 1;
}
think(input) {
if (this.body.aiSettings.reverseDirection && ran.chance(0.005)) { this.turnwise = -1 * this.turnwise; }
if (input.target != null && (input.alt || input.main)) {
let sizeFactor = Math.sqrt(this.body.master.size / this.body.master.SIZE);
let leash = 60 * sizeFactor;
let orbit = 250 * sizeFactor;
let repel = 135 * sizeFactor;
let goal;
let power = 1;
let target = new Vector(input.target.x, input.target.y);
if (input.alt) {
// Leash
if (target.length < leash) {
goal = {
x: this.body.x + target.x,
y: this.body.y + target.y,
};
// Spiral repel
} else if (target.length < repel) {
let dir = -this.turnwise * target.direction + Math.PI / 5;
goal = {
x: this.body.x + Math.cos(dir),
y: this.body.y + Math.sin(dir),
};
// Free repel
} else {
goal = {
x: this.body.x - target.x,
y: this.body.y - target.y,
};
}
} else if (input.main) {
// Orbit point
let dir = this.turnwise * target.direction + 0.01;
goal = {
x: this.body.x + target.x - orbit * Math.cos(dir),
y: this.body.y + target.y - orbit * Math.sin(dir),
};
if (Math.abs(target.length - orbit) < this.body.size * 2) {
power = 0.7;
}
}
return {
goal: goal,
power: power,
};
}
}
}
class io_lanceRetract extends IO {
think(input) {
if (input.alt) {
input.health.amount = 0
}
}
}
class io_goToLanceOwner extends IO {
think(input) {
const LANCE_RANGE = 30
let output = {}
if (input.alt) {
let out = entities.filter(e =>
(e.type === 'lance') && // is a lance
(e.health.amount > 0) && // alive
// since this is operating on the tank itself, does it need .body.master.master?
(e.master.master.team === this.body.master.team) && // same team
(e.master.master.team === ROID_TEAM) && // not a rock
(Math.abs(e.x - input.x) < LANCE_RANGE && Math.abs(e.y - input.y) < LANCE_RANGE) // close enough to the lance
)
if (out.length > 0) {
// there is a target lance
const lance = out[0]
// move to lance owner
output.target = {x: lance.master.master.x, y: lance.master.master.y}
output.main = true
}
}
return output
}
}
class io_hangOutNearMaster extends IO {
constructor(body) {
super(body);
this.acceptsFromTop = false;
this.orbit = 30;
this.currentGoal = { x: this.body.source.x, y: this.body.source.y, };
this.timer = 0;
}
think(input) {
if (this.body.source != this.body) {
let bound1 = this.orbit * 0.8 + this.body.source.size + this.body.size;
let bound2 = this.orbit * 1.5 + this.body.source.size + this.body.size;
let dist = util.getDistance(this.body, this.body.source) + Math.PI / 8;
let output = {
target: {
x: this.body.velocity.x,
y: this.body.velocity.y,
},
goal: this.currentGoal,
power: undefined,
};
// Set a goal
if (dist > bound2 || this.timer > 30) {
this.timer = 0;
let dir = util.getDirection(this.body, this.body.source) + Math.PI * ran.random(0.5);
let len = ran.randomRange(bound1, bound2);
let x = this.body.source.x - len * Math.cos(dir);
let y = this.body.source.y - len * Math.sin(dir);
this.currentGoal = {
x: x,
y: y,
};
}
if (dist < bound2) {
output.power = 0.15;
if (ran.chance(0.3)) { this.timer++; }
}
return output;
}
}
}
class io_spin extends IO {
constructor(b) {
super(b);
this.a = 0;
}
think(input) {
this.a += 0.05;
let offset = 0;
if (this.body.bond != null) {
offset = this.body.bound.angle;
}
return {
target: {
x: Math.cos(this.a + offset),
y: Math.sin(this.a + offset),
},
main: true,
};
}
}
class io_fastspin extends IO {
constructor(b) {
super(b);
this.a = 0;
}
think(input) {
this.a += 0.072;
let offset = 0;
if (this.body.bond != null) {
offset = this.body.bound.angle;
}
return {
target: {
x: Math.cos(this.a + offset),
y: Math.sin(this.a + offset),
},
main: true,
};
}
}
class io_reversespin extends IO {
constructor(b) {
super(b);
this.a = 0;
}
think(input) {
this.a -= 0.05;
let offset = 0;
if (this.body.bond != null) {
offset = this.body.bound.angle;
}
return {
target: {
x: Math.cos(this.a + offset),
y: Math.sin(this.a + offset),
},
main: true,
};
}
}
class io_dontTurn extends IO {
constructor(b) {
super(b);
}
think(input) {
return {
target: {
x: 1,
y: 0,
},
main: true,
};
}
}
class io_fleeAtLowHealth extends IO {
constructor(b) {
super(b);
this.fear = util.clamp(ran.gauss(0.7, 0.15), 0.1, 0.9);
}
think(input) {
if (input.fire && input.target != null && this.body.health.amount < this.body.health.max * this.fear) {
return {
goal: {
x: this.body.x - input.target.x,
y: this.body.y - input.target.y,
},
};
}
}
}
/***** ENTITIES *****/
// Define skills
const skcnv = {
rld: 0,
pen: 1,
str: 2,
dam: 3,
spd: 4,
shi: 5,
atk: 6,
hlt: 7,
rgn: 8,
mob: 9,
};
const levelers = [
1, 2, 3, 4, 5, 6, 7, 8, 9, 10,
11, 12, 13, 14, 15, 16, 17, 18, 19, 20,
21, 22, 23, 24, 25, 26, 27, 28, 29, 30,
31, 32, 33, 34, 35, 36, 38, 40, 42, 44,
];
class Skill {
constructor(inital = [0, 0, 0, 0, 0, 0, 0, 0, 0, 0]) { // Just skill stuff.
this.raw = inital;
this.caps = [];
this.setCaps([
c.MAX_SKILL, c.MAX_SKILL, c.MAX_SKILL, c.MAX_SKILL, c.MAX_SKILL,
c.MAX_SKILL, c.MAX_SKILL, c.MAX_SKILL, c.MAX_SKILL, c.MAX_SKILL
]);
this.name = [
'Reload',
'Bullet Penetration',
'Bullet Health',
'Bullet Damage',
'Bullet Speed',
'Shield Capacity',
'Body Damage',
'Max Health',
'Shield Regeneration',
'Movement Speed',
];
this.atk = 0;
this.hlt = 0;
this.spd = 0;
this.str = 0;
this.pen = 0;
this.dam = 0;
this.rld = 0;
this.mob = 0;
this.rgn = 0;
this.shi = 0;
this.rst = 0;
this.brst = 0;
this.ghost = 0;
this.acl = 0;
this.reset();
}
reset() {
this.points = 0;
this.score = 0;
this.truescore = 0;
this.deduction = 0;
this.level = 0;
this.canUpgrade = false;
this.update();
this.maintain();
}
update() {
let curve = (() => {
function make(x) { return Math.log(4*x + 1) / Math.log(5); }
let a = [];
for (let i=0; i<c.MAX_SKILL*2; i++) { a.push(make(i/c.MAX_SKILL)); }
// The actual lookup function
return x => { return a[x * c.MAX_SKILL]; };
})();
function apply(f, x) { return (x<0) ? 1 / (1 - x * f) : f * x + 1; }
for (let i=0; i<10; i++) {
if (this.raw[i] > this.caps[i]) {
this.points += this.raw[i] - this.caps[i];
this.points = Math.min(33, this.points)
this.raw[i] = this.caps[i];
}
}
let attrib = [];
for (let i=0; i<5; i++) { for (let j=0; j<2; j+=1) {
attrib[i + 5*j] = curve(
(
this.raw[i + 5 * j] +
this.bleed(i, j)
) / c.MAX_SKILL);
} }
this.rld = Math.pow(0.5, attrib[skcnv.rld]);
this.pen = apply(2.5, attrib[skcnv.pen]);
this.str = apply(2, attrib[skcnv.str]);
this.dam = apply(3, attrib[skcnv.dam]);
this.spd = 0.5 + apply(1.5, attrib[skcnv.spd]);
this.acl = apply(0.5, attrib[skcnv.rld]);
this.rst = 0.5 * attrib[skcnv.str] + 2.5 * attrib[skcnv.pen];
this.ghost = attrib[skcnv.pen];
this.shi = c.GLASS_HEALTH_FACTOR * apply(3 / c.GLASS_HEALTH_FACTOR - 1, attrib[skcnv.shi]);
this.atk = apply(1, attrib[skcnv.atk]);
this.hlt = c.GLASS_HEALTH_FACTOR * apply(2 / c.GLASS_HEALTH_FACTOR - 1, attrib[skcnv.hlt]);
this.mob = apply(0.8, attrib[skcnv.mob]);
this.rgn = apply(25, attrib[skcnv.rgn]);
this.brst = 0.3 * (0.5 * attrib[skcnv.atk] + 0.5 * attrib[skcnv.hlt] + attrib[skcnv.rgn]);
}
set(thing) {
this.raw[0] = thing[0];
this.raw[1] = thing[1];
this.raw[2] = thing[2];
this.raw[3] = thing[3];
this.raw[4] = thing[4];
this.raw[5] = thing[5];
this.raw[6] = thing[6];
this.raw[7] = thing[7];
this.raw[8] = thing[8];
this.raw[9] = thing[9];
this.update();
}
setCaps(thing) {
this.caps[0] = thing[0];
this.caps[1] = thing[1];
this.caps[2] = thing[2];
this.caps[3] = thing[3];
this.caps[4] = thing[4];
this.caps[5] = thing[5];
this.caps[6] = thing[6];
this.caps[7] = thing[7];
this.caps[8] = thing[8];
this.caps[9] = thing[9];
this.update();
}
maintain() {
if (this.level < c.SKILL_CAP) {
if (this.score - this.deduction >= this.levelScore) {
this.deduction += this.levelScore;
this.level += 1;
this.points += this.levelPoints;
if (this.level === c.TIER_1 || this.level === c.TIER_2 || this.level === c.TIER_3) {
this.canUpgrade = true;
}
this.update();
return true;
}
}
return false;
}
get levelScore() {
return Math.ceil(1.8 * Math.pow(this.level + 1, 1.8) - 2 * this.level + 1);
}
get progress() {
return (this.levelScore) ? (this.score - this.deduction) / this.levelScore : 0;
}
get levelPoints() {
if (levelers.findIndex(e => { return e === this.level; }) != -1) { return 1; } return 0;
}
cap(skill, real = false) {
if (!real && this.level < c.SKILL_SOFT_CAP) {
return Math.round(this.caps[skcnv[skill]] * c.SOFT_MAX_SKILL);
}
return this.caps[skcnv[skill]];
}
bleed(i, j) {
let a = ((i + 2) % 5) + 5*j,
b = ((i + ((j === 1) ? 1 : 4)) % 5) + 5 * j;
let value = 0;
let denom = Math.max(c.MAX_SKILL, this.caps[i + 5*j]);
value += (1 - Math.pow(this.raw[a] / denom - 1, 2)) * this.raw[a] * c.SKILL_LEAK;
value -= Math.pow(this.raw[b] / denom, 2) * this.raw[b] * c.SKILL_LEAK ;
return value;
}
upgrade(stat) {
if (this.points && this.amount(stat) < this.cap(stat)) {
this.change(stat, 1);
this.points -= 1;
return true;
}
return false;
}
title(stat) {
return this.name[skcnv[stat]];
}
/*
let i = skcnv[skill] % 5,
j = (skcnv[skill] - i) / 5;
let roundvalue = Math.round(this.bleed(i, j) * 10);
let string = '';
if (roundvalue > 0) { string += '+' + roundvalue + '%'; }
if (roundvalue < 0) { string += '-' + roundvalue + '%'; }
return string;
*/
amount(skill) {
return this.raw[skcnv[skill]];
}
change(skill, levels) {
this.raw[skcnv[skill]] += levels;
this.update();
}
}
const lazyRealSizes = (() => {
let o = [1, 1, 1];
for (var i=3; i<16; i++) {
// We say that the real size of a 0-gon, 1-gon, 2-gon is one, then push the real sizes of triangles, squares, etc...
o.push(
Math.sqrt((2 * Math.PI / i) * (1 / Math.sin(2 * Math.PI / i)))
);
}
return o;
})();
// Define how guns work
class Gun {
constructor(body, info) {
this.lastShot = {
time: 0,
power: 0,
};
this.body = body;
this.master = body.source;
this.label = '';
this.controllers = [];
this.children = [];
this.control = {
target: new Vector(0, 0),
goal: new Vector(0, 0),
main: false,
alt: false,
fire: false,
};
this.canShoot = false;
if (info.PROPERTIES != null && info.PROPERTIES.TYPE != null) {
this.canShoot = true;
this.label = (info.PROPERTIES.LABEL == null) ?
'' : info.PROPERTIES.LABEL;
if (Array.isArray(info.PROPERTIES.TYPE)) { // This is to be nicer about our definitions
this.bulletTypes = info.PROPERTIES.TYPE;
this.natural = info.PROPERTIES.TYPE.BODY;
} else {
this.bulletTypes = [info.PROPERTIES.TYPE];
}
// Pre-load bullet definitions so we don't have to recalculate them every shot
let natural = {};
this.bulletTypes.forEach(function setNatural(type) {
if (type.PARENT != null) { // Make sure we load from the parents first
for (let i=0; i<type.PARENT.length; i++) {
setNatural(type.PARENT[i]);
}
}
if (type.BODY != null) { // Get values if they exist
for (let index in type.BODY) {
natural[index] = type.BODY[index];
}
}
});
this.natural = natural; // Save it
if (info.PROPERTIES.GUN_CONTROLLERS != null) {
let toAdd = [];
let self = this;
info.PROPERTIES.GUN_CONTROLLERS.forEach(function(ioName) {
toAdd.push(eval('new ' + ioName + '(self)'));
});
this.controllers = toAdd.concat(this.controllers);
}
this.autofire = (info.PROPERTIES.AUTOFIRE == null) ?
false : info.PROPERTIES.AUTOFIRE;
this.altFire = (info.PROPERTIES.ALT_FIRE == null) ?
false : info.PROPERTIES.ALT_FIRE;
this.settings = (info.PROPERTIES.SHOOT_SETTINGS == null) ?
[] : info.PROPERTIES.SHOOT_SETTINGS;
this.calculator = (info.PROPERTIES.STAT_CALCULATOR == null) ?
'default' : info.PROPERTIES.STAT_CALCULATOR;
this.waitToCycle = (info.PROPERTIES.WAIT_TO_CYCLE == null) ?
false : info.PROPERTIES.WAIT_TO_CYCLE;
this.bulletStats = (info.PROPERTIES.BULLET_STATS == null || info.PROPERTIES.BULLET_STATS === 'master') ?
'master' : new Skill(info.PROPERTIES.BULLET_STATS);
this.settings = (info.PROPERTIES.SHOOT_SETTINGS == null) ?
[] : info.PROPERTIES.SHOOT_SETTINGS;
this.countsOwnKids = (info.PROPERTIES.MAX_CHILDREN == null) ?
false : info.PROPERTIES.MAX_CHILDREN;
this.syncsSkills = (info.PROPERTIES.SYNCS_SKILLS == null) ?
false : info.PROPERTIES.SYNCS_SKILLS;
this.negRecoil = (info.PROPERTIES.NEGATIVE_RECOIL == null) ?
false : info.PROPERTIES.NEGATIVE_RECOIL;
}
let position = info.POSITION;
this.length = position[0] / 10;
this.width = position[1] / 10;
this.aspect = position[2];
let _off = new Vector(position[3], position[4]);
this.angle = position[5] * Math.PI / 180;
this.direction = _off.direction;
this.offset = _off.length / 10;
this.delay = position[6];
this.position = 0;
this.motion = 0;
if (this.canShoot) {
this.cycle = !this.waitToCycle - this.delay;
this.trueRecoil = this.settings.recoil;
}
}
recoil() {
if (this.motion || this.position) {
// Simulate recoil
this.motion -= 0.25 * this.position / roomSpeed;
this.position += this.motion;
if (this.position < 0) { // Bouncing off the back
this.position = 0;
this.motion = -this.motion;
}
if (this.motion > 0) {
this.motion *= 0.75;
}
}
if (this.canShoot && !this.body.settings.hasNoRecoil) {
// Apply recoil to motion
if (this.motion > 0) {
let recoilForce = -this.position * this.trueRecoil * 0.045 / roomSpeed;
this.body.accel.x += recoilForce * Math.cos(this.body.facing + this.angle);
this.body.accel.y += recoilForce * Math.sin(this.body.facing + this.angle);
}
}
}
getSkillRaw() {
if (this.bulletStats === 'master') {
return [
this.body.skill.raw[0],
this.body.skill.raw[1],
this.body.skill.raw[2],
this.body.skill.raw[3],
this.body.skill.raw[4],
0, 0, 0, 0, 0,
];
}
return this.bulletStats.raw;
}
getLastShot() {
return this.lastShot;
}
live() {
// Do
this.recoil();
// Dummies ignore this
if (this.canShoot) {
// Find the proper skillset for shooting
let sk = (this.bulletStats === 'master') ? this.body.skill : this.bulletStats;
// Decides what to do based on child-counting settings
let shootPermission = (this.countsOwnKids) ?
this.countsOwnKids > this.children.length * ((this.calculator === 'necro') ? sk.rld : 1)
: (this.body.maxChildren) ?
this.body.maxChildren > this.body.children.length * ((this.calculator === 'necro') ? sk.rld : 1)
: true;
// Override in invuln
if (this.body.master.invuln) {
shootPermission = false;
}
// Cycle up if we should
if (shootPermission || !this.waitToCycle) {
if (this.cycle < 1) {
this.cycle += 1 / this.settings.reload / roomSpeed / ((this.calculator === 'necro' || this.calculator === 'fixed reload') ? 1 : sk.rld);
}
}
// Firing routines
if (shootPermission && (this.autofire || ((this.altFire) ? this.body.control.alt : this.body.control.fire))) {
if (this.cycle >= 1) {
// Find the end of the gun barrel
let gx =
this.offset * Math.cos(this.direction + this.angle + this.body.facing) +
(1.5 * this.length - this.width * this.settings.size / 2) * Math.cos(this.angle + this.body.facing);
let gy =
this.offset * Math.sin(this.direction + this.angle + this.body.facing) +
(1.5 * this.length - this.width * this.settings.size / 2) * Math.sin(this.angle + this.body.facing);
// Shoot, multiple times in a tick if needed
while (shootPermission && this.cycle >= 1) {
this.fire(gx, gy, sk);
// Figure out if we may still shoot
shootPermission = (this.countsOwnKids) ?
this.countsOwnKids > this.children.length
: (this.body.maxChildren) ?
this.body.maxChildren > this.body.children.length
: true;
// Cycle down
this.cycle -= 1;
}
} // If we're not shooting, only cycle up to where we'll have the proper firing delay
} else if (this.cycle > !this.waitToCycle - this.delay) {
this.cycle = !this.waitToCycle - this.delay;
}
}
}
syncChildren() {
if (this.syncsSkills) {
let self = this;
this.children.forEach(function(o) {
o.define({
BODY: self.interpret(),
SKILL: self.getSkillRaw(),
});
o.refreshBodyAttributes();
});
}
}
fire(gx, gy, sk) {
// Recoil
this.lastShot.time = util.time();
this.lastShot.power = 3 * Math.log(Math.sqrt(sk.spd) + this.trueRecoil + 1) + 1;
this.motion += this.lastShot.power;
// Find inaccuracy
let ss, sd;
do {
ss = ran.gauss(0, Math.sqrt(this.settings.shudder));
} while (Math.abs(ss) >= this.settings.shudder * 2);
do {
sd = ran.gauss(0, this.settings.spray * this.settings.shudder);
} while (Math.abs(sd) >= this.settings.spray / 2);
sd *= Math.PI / 180;
// Find speed
let s = new Vector(
((this.negRecoil) ? -1 : 1) * this.settings.speed * c.runSpeed * sk.spd * (1 + ss) * Math.cos(this.angle + this.body.facing + sd),
((this.negRecoil) ? -1 : 1) * this.settings.speed * c.runSpeed * sk.spd * (1 + ss) * Math.sin(this.angle + this.body.facing + sd)
);
// Boost it if we should
if (this.body.velocity.length) {
let extraBoost =
Math.max(0, s.x * this.body.velocity.x + s.y * this.body.velocity.y) / this.body.velocity.length / s.length;
if (extraBoost) {
let len = s.length;
s.x += this.body.velocity.length * extraBoost * s.x / len;
s.y += this.body.velocity.length * extraBoost * s.y / len;
}
}
// Create the bullet
var o = new Entity({
x: this.body.x + this.body.size * gx - s.x,
y: this.body.y + this.body.size * gy - s.y,
}, this.master.master);
/*let jumpAhead = this.cycle - 1;
if (jumpAhead) {
o.x += s.x * this.cycle / jumpAhead;
o.y += s.y * this.cycle / jumpAhead;
}*/
o.velocity = s;
this.bulletInit(o);
o.coreSize = o.SIZE;
}
bulletInit(o) {
// Define it by its natural properties
this.bulletTypes.forEach(type => o.define(type));
// Pass the gun attributes
o.define({
BODY: this.interpret(),
SKILL: this.getSkillRaw(),
SIZE: this.body.size * this.width * this.settings.size / 2 ,
LABEL: this.master.label + ((this.label) ? ' ' + this.label : '') + ' ' + o.label,
});
o.color = this.body.master.color;
// Keep track of it and give it the function it needs to deutil.log itself upon death
if (this.countsOwnKids) {
o.parent = this;
this.children.push(o);
} else if (this.body.maxChildren) {
o.parent = this.body;
this.body.children.push(o);
this.children.push(o);
}
o.source = this.body;
o.facing = o.velocity.direction;
// Necromancers.
if (this.calculator === 7) {
let oo = o;
o.necro = host => {
let shootPermission = this.countsOwnKids ? this.countsOwnKids > this.children.length *
(this.bulletStats === 'master' ? this.body.skill.rld : this.bulletStats.rld) :
this.body.maxChildren ? this.body.maxChildren > this.body.children.length *
(this.bulletStats === 'master' ? this.body.skill.rld : this.bulletStats.rld) : true;
if (shootPermission) {
let save = {
facing: host.facing,
size: host.SIZE,
};
host.define(Class.genericEntity);
this.bulletInit(host);
host.team = oo.master.master.team;
host.master = oo.master;
host.color = oo.color;
host.facing = save.facing;
host.SIZE = save.size;
host.health.amount = host.health.max;
return true;
}
return false;
};
}
// Otherwise
o.refreshBodyAttributes();
o.life();
}
getTracking() {
return {
speed: c.runSpeed * ((this.bulletStats === 'master') ? this.body.skill.spd : this.bulletStats.spd) *
this.settings.maxSpeed *
this.natural.SPEED,
range: Math.sqrt((this.bulletStats === 'master') ? this.body.skill.spd : this.bulletStats.spd) *
this.settings.range *
this.natural.RANGE,
};
}
interpret() {
let sizeFactor = this.master.size/this.master.SIZE;
let shoot = this.settings;
let sk = (this.bulletStats === 'master') ? this.body.skill : this.bulletStats;
// Defaults
let out = {
SPEED: shoot.maxSpeed * sk.spd,
HEALTH: shoot.health * sk.str,
RESIST: shoot.resist + sk.rst,
DAMAGE: shoot.damage * sk.dam,
PENETRATION: Math.max(1, shoot.pen * sk.pen),
RANGE: shoot.range / Math.sqrt(sk.spd),
DENSITY: shoot.density * sk.pen * sk.pen / sizeFactor,
PUSHABILITY: 1 / sk.pen,
HETERO: 3 - 2.8 * sk.ghost,
};
// Special cases
switch (this.calculator) {
case 'thruster':
this.trueRecoil = this.settings.recoil * Math.sqrt(sk.rld * sk.spd);
break;
case 'sustained':
out.RANGE = shoot.range;
break;
case 'swarm':
out.PENETRATION = Math.max(1, shoot.pen * (0.5 * (sk.pen - 1) + 1));
out.HEALTH /= shoot.pen * sk.pen;
break;
case 'trap':
case 'block':
out.PUSHABILITY = 1 / Math.pow(sk.pen, 0.5);
out.RANGE = shoot.range;
break;
case 'necro':
case 'drone':
out.PUSHABILITY = 1;
out.PENETRATION = Math.max(1, shoot.pen * (0.5 * (sk.pen - 1) + 1));
out.HEALTH = (shoot.health * sk.str + sizeFactor) / Math.pow(sk.pen, 0.8);
out.DAMAGE = shoot.damage * sk.dam * Math.sqrt(sizeFactor) * shoot.pen * sk.pen;
out.RANGE = shoot.range * Math.sqrt(sizeFactor);
break;
}
// Go through and make sure we respect its natural properties
for (let property in out) {
if (this.natural[property] == null || !out.hasOwnProperty(property)) continue;
out[property] *= this.natural[property];
}
return out;
}
}
// Define entities
// const because they won't be reassigned
const minimap = [];
const views = [];
const entitiesToAvoid = [];
const dirtyCheck = (p, r) => { return entitiesToAvoid.some(e => { return Math.abs(p.x - e.x) < r + e.size && Math.abs(p.y - e.y) < r + e.size; }); };
const grid = new hshg.HSHG();
let entitiesIdLog = 0;
const entities = [];
const entitiesNoFood = []
const removeEntity = index => {
if(index === (entities.length - 1)){
entities.pop()
return
}
entities[index] = entities.pop()
entities[index].i = index
};
const removeEntityFromNoFood = index => {
if(entitiesNoFood.length === 0 || index >= (entitiesNoFood.length - 1)){
entitiesNoFood.pop()
return
}
entitiesNoFood[index] = entitiesNoFood.pop()
entitiesNoFood[index].I = index
};
const food = []
const removeEntityFromFood = index => {
if(index === food.length - 1){
food.pop()
return
}
food[index] = food.pop()
food[index].F = index
};
var bringToLife = (() => {
let remapTarget = (i, ref, self) => {
if (i.target == null || (!i.main && !i.alt)) return undefined;
return {
x: i.target.x + ref.x - self.x,
y: i.target.y + ref.y - self.y,
};
};
let passer = (a, b, acceptsFromTop) => {
return index => {
if (a != null && a[index] != null && (b[index] == null || acceptsFromTop)) {
b[index] = a[index];
}
};
};
return my => {
// Size
if (my.SIZE - my.coreSize) my.coreSize += (my.SIZE - my.coreSize) / 100;
// Think
let faucet = (my.settings.independent || my.source == null || my.source === my) ? {} : my.source.control;
let b = {
target: remapTarget(faucet, my.source, my),
goal: undefined,
fire: faucet.fire,
main: faucet.main,
alt: faucet.alt,
power: undefined,
};
// Seek attention
if (my.settings.attentionCraver && !faucet.main && my.range) {
my.range -= 1;
}
// So we start with my master's thoughts and then we filter them down through our control stack
my.controllers.forEach(AI => {
let a = AI.think(b);
let passValue = passer(a, b, AI.acceptsFromTop);
passValue('target');
passValue('goal');
passValue('fire');
passValue('main');
passValue('alt');
passValue('power');
});
my.control.target = (b.target == null) ? my.control.target : b.target;
my.control.goal = b.goal;
my.control.fire = b.fire;
my.control.main = b.main;
my.control.alt = b.alt;
my.control.power = (b.power == null) ? 1 : b.power;
// React
my.move();
my.face();
// Handle guns and turrets if we've got them
logs.bullets.set()
my.guns.forEach(gun => gun.live());
my.turrets.forEach(turret => turret.life());
logs.bullets.mark()
if (my.skill.maintain()) my.refreshBodyAttributes();
};
})();
class HealthType {
constructor(health, type, resist = 0) {
this.max = health;
this.amount = health;
this.type = type;
this.resist = resist;
this.regen = 0;
}
set(health, regen = 0) {
this.amount = (this.max) ? this.amount / this.max * health : health;
this.max = health;
this.regen = regen;
}
display() {
return this.amount / this.max;
}
getDamage(amount, capped = true) {//what's an "Smi"?
switch (this.type) {
case 'dynamic':
return (capped) ? (
Math.min(amount * this.permeability, this.amount)
) : (
amount * this.permeability
);
case 'static':
return (capped) ? (
Math.min(amount, this.amount)
) : (
amount
);
}
}
regenerate(boost = false) {
boost /= 2;
let cons = 5;
switch (this.type) {
case 'static':
if (this.amount >= this.max || !this.amount) break;
this.amount += cons * (this.max / 10 / 60 / 2.5 + boost);
break;
case 'dynamic':
let r = util.clamp(this.amount / this.max, 0, 1);
if (!r) {
this.amount = 0.0001;
}
if (r === 1) {
this.amount = this.max;
} else {
this.amount += cons * (this.regen * Math.exp(-50 * Math.pow(Math.sqrt(0.5 * r) - 0.4, 2)) / 3 + r * this.max / 10 / 15 + boost);
}
break;
}
this.amount = util.clamp(this.amount, 0, this.max);
}
get permeability() {
switch(this.type) {
case 'static': return 1;
case 'dynamic': return (this.max) ? util.clamp(this.amount / this.max, 0, 1) : 0;
}
}
get ratio() {
return (this.max) ? util.clamp(1 - Math.pow(this.amount / this.max - 1, 4), 0, 1) : 0;
}
}
class Entity {
constructor(position, master = this) {
this.killCount = { solo: 0, assists: 0, bosses: 0, killers: [], };
// Inheritance
this.master = master;
this.source = this;
this.parent = this;
// CTF:
this.hasFlag = false;
this.autoOverride = false;
this.controllers = [];
this.blend = {
color: '#FFFFFF',
amount: 0,
};
// Objects
this.guns = [];
this.turrets = [];
this.upgrades = [];
this.settings = {};
this.aiSettings = {};
this.children = [];
// Define it
this.SIZE = 1;
// Initalize physics and collision
this.maxSpeed = 0;
this.facing = 0;
this.vfacing = 0;
this.range = 0;
this.damageRecieved = 0;
this.stepRemaining = 1;
this.x = position.x;
this.y = position.y;
this.damp = 0.05;
this.collisionArray = [];
this.invuln = false;
this.cameraShiftFacing = null
this.isInGrid = false;
this.velocity = new Vector(0, 0);
this.accel = new Vector(0, 0);
this.control = {
target: new Vector(0, 0),
goal: new Vector(0, 0),
main: false,
alt: false,
fire: false,
power: 0,
};
// everything else
// Objects
this.skill = new Skill();
this.health = new HealthType(1, 'static', 0);
this.shield = new HealthType(0, 'dynamic');
this.define(Class.genericEntity);
this.i = entities.length
entities.push(this);
this.I = entitiesNoFood.length
entitiesNoFood.push(this)
// Get a new unique id
this.id = entitiesIdLog++;
this.team = this.id;
this.team = master.team;
// This is for collisions
//this.grid=
this.removeFromGrid = () => { if (this.isInGrid) { grid.removeObject(this); this.isInGrid = false; } };
this.addToGrid = () => {
if (!this.isInGrid && this.bond == null) { grid.addObject(this); this.isInGrid = true; }
};
this.updateAABB = () => {};
this.getAABB = (() => {
let data = {}, savedSize = 0;
let getLongestEdge = (x1, y1, x2, y2) => {
return Math.max(
Math.abs(x2 - x1),
Math.abs(y2 - y1)
);
};
this.updateAABB = active => {
if (this.bond != null) return 0;
if (!active) { data.active = false; return 0; }
// Get bounds
let x1 = Math.min(this.x, this.x + this.velocity.x + this.accel.x) - this.realSize - 5;
let y1 = Math.min(this.y, this.y + this.velocity.y + this.accel.y) - this.realSize - 5;
let x2 = Math.max(this.x, this.x + this.velocity.x + this.accel.x) + this.realSize + 5;
let y2 = Math.max(this.y, this.y + this.velocity.y + this.accel.y) + this.realSize + 5;
// Size check
let size = getLongestEdge(x1, y1, x2, y1);
let sizeDiff = savedSize / size;
// Update data
data = {
min: [x1, y1],
max: [x2, y2],
active: true,
size: size,
};
// Update grid if needed
if (sizeDiff > Math.SQRT2 || sizeDiff < Math.SQRT1_2) {
this.removeFromGrid(); this.addToGrid();
savedSize = data.size;
}
};
return () => { return data; };
})();
this.updateAABB(true);
views.forEach(v => v.add(this));
this.activation = (() => {
let active = true;
let timer = ran.irandom(15);
return {
update: () => {
//if (this.isDead()) return 0;
// Check if I'm in anybody's view
if (!active) {
this.removeFromGrid();
// Remove bullets and swarm
if (this.settings.diesAtRange) this.kill();
// Still have limited update cycles but do it much more slowly.
if (!(timer--)) active = true;
} else {
this.addToGrid();
timer = 15;
active = views.some(v => v.check(this, 0.6));
}
},
check: c.ALWAYS_ACTIVATE ? () => true : () => { return active; }
};
})();
}
life() { bringToLife(this); }
addController(newIO) {
if (Array.isArray(newIO)) {
this.controllers = newIO.concat(this.controllers);
} else {
this.controllers.unshift(newIO);
}
}
define(set) {
if (set.PARENT != null) {
for (let i=0; i<set.PARENT.length; i++) {
this.define(set.PARENT[i]);
}
}
if (set.index != null) {
this.index = set.index;
}
if (set.NAME != null) {
this.name = set.NAME;
}
if (set.LABEL != null) {
this.label = set.LABEL;
}
if (set.TYPE != null) {
this.type = set.TYPE;
}
if (set.SHAPE != null) {
this.shape = set.SHAPE;
}
if (set.COLOR != null) {
this.color = set.COLOR;
}
if (set.MOTION_TYPE != null) {
this.motionType = set.MOTION_TYPE;
}
if (set.FACING_TYPE != null) {
this.facingType = set.FACING_TYPE;
}
if (set.DRAW_HEALTH != null) {
this.settings.drawHealth = set.DRAW_HEALTH;
}
if (set.DRAW_SELF != null) {
this.settings.drawShape = set.DRAW_SELF;
}
if (set.DAMAGE_EFFECTS != null) {
this.settings.damageEffects = set.DAMAGE_EFFECTS;
}
if (set.RATIO_EFFECTS != null) {
this.settings.ratioEffects = set.RATIO_EFFECTS;
}
if (set.MOTION_EFFECTS != null) {
this.settings.motionEffects = set.MOTION_EFFECTS;
}
if (set.ACCEPTS_SCORE != null) {
this.settings.acceptsScore = set.ACCEPTS_SCORE;
}
if (set.GIVE_KILL_MESSAGE != null) {
this.settings.givesKillMessage = set.GIVE_KILL_MESSAGE;
}
if (set.CAN_GO_OUTSIDE_ROOM != null) {
this.settings.canGoOutsideRoom = set.CAN_GO_OUTSIDE_ROOM;
}
if (set.HITS_OWN_TYPE != null) {
this.settings.hitsOwnType = set.HITS_OWN_TYPE;
}
if (set.DIE_AT_LOW_SPEED != null) {
this.settings.diesAtLowSpeed = set.DIE_AT_LOW_SPEED;
}
if (set.DIE_AT_RANGE != null) {
this.settings.diesAtRange = set.DIE_AT_RANGE;
}
if (set.INDEPENDENT != null) {
this.settings.independent = set.INDEPENDENT;
}
if (set.PERSISTS_AFTER_DEATH != null) {
this.settings.persistsAfterDeath = set.PERSISTS_AFTER_DEATH;
}
if (set.CLEAR_ON_MASTER_UPGRADE != null) {
this.settings.clearOnMasterUpgrade = set.CLEAR_ON_MASTER_UPGRADE;
}
if (set.HEALTH_WITH_LEVEL != null) {
this.settings.healthWithLevel = set.HEALTH_WITH_LEVEL;
}
if (set.ACCEPTS_SCORE != null) {
this.settings.acceptsScore = set.ACCEPTS_SCORE;
}
if (set.OBSTACLE != null) {
this.settings.obstacle = set.OBSTACLE;
}
if (set.NECRO != null) {
this.settings.isNecromancer = set.NECRO;
}
if (set.AUTO_UPGRADE != null) {
this.settings.upgrading = set.AUTO_UPGRADE;
}
if (set.HAS_NO_RECOIL != null) {
this.settings.hasNoRecoil = set.HAS_NO_RECOIL;
}
if (set.CRAVES_ATTENTION != null) {
this.settings.attentionCraver = set.CRAVES_ATTENTION;
}
if (set.BROADCAST_MESSAGE != null) {
this.settings.broadcastMessage = (set.BROADCAST_MESSAGE === '') ? undefined : set.BROADCAST_MESSAGE;
}
if (set.DAMAGE_CLASS != null) {
this.settings.damageClass = set.DAMAGE_CLASS;
}
if (set.BUFF_VS_FOOD != null) {
this.settings.buffVsFood = set.BUFF_VS_FOOD;
}
if (set.CAN_BE_ON_LEADERBOARD != null) {
this.settings.leaderboardable = set.CAN_BE_ON_LEADERBOARD;
}
if (set.INTANGIBLE != null) {
this.intangibility = set.INTANGIBLE;
}
if (set.IS_SMASHER != null) {
this.settings.reloadToAcceleration = set.IS_SMASHER;
}
if (set.STAT_NAMES != null) {
this.settings.skillNames = set.STAT_NAMES;
}
if (set.AI != null) {
this.aiSettings = set.AI;
}
if (set.DANGER != null) {
this.dangerValue = set.DANGER;
}
if (set.VARIES_IN_SIZE != null) {
this.settings.variesInSize = set.VARIES_IN_SIZE;
this.squiggle = (this.settings.variesInSize) ? ran.randomRange(0.8, 1.2) : 1;
}
if (set.RESET_UPGRADES) {
this.upgrades = [];
}
if (set.UPGRADES_TIER_1 != null) {
set.UPGRADES_TIER_1.forEach((e) => {
this.upgrades.push({ class: e, level: c.TIER_1, index: e.index,});
});
}
if (set.UPGRADES_TIER_2 != null) {
set.UPGRADES_TIER_2.forEach((e) => {
this.upgrades.push({ class: e, level: c.TIER_2, index: e.index,});
});
}
if (set.UPGRADES_TIER_3 != null) {
set.UPGRADES_TIER_3.forEach((e) => {
this.upgrades.push({ class: e, level: c.TIER_3, index: e.index,});
});
}
if (set.SIZE != null) {
this.SIZE = set.SIZE * this.squiggle;
if (this.coreSize == null) { this.coreSize = this.SIZE; }
}
if (set.SKILL != null && set.SKILL != []) {
if (set.SKILL.length != 10) {
throw('Inappropiate skill raws.');
}
this.skill.set(set.SKILL);
}
if (set.LEVEL != null) {
if (set.LEVEL === -1) {
this.skill.reset();
}
while (this.skill.level < c.SKILL_CHEAT_CAP && this.skill.level < set.LEVEL) {
this.skill.score += this.skill.levelScore;
this.skill.maintain();
}
this.refreshBodyAttributes();
}
if (set.SKILL_CAP != null && set.SKILL_CAP != []) {
if (set.SKILL_CAP.length != 10) {
throw('Inappropiate skill caps.');
}
this.skill.setCaps(set.SKILL_CAP);
}
if (set.VALUE != null) {
this.skill.score = Math.max(this.skill.score, set.VALUE * this.squiggle);
}
if (set.ALT_ABILITIES != null) {
this.abilities = set.ALT_ABILITIES;
}
if (set.GUNS != null) {
let newGuns = [];
set.GUNS.forEach((gundef) => {
newGuns.push(new Gun(this, gundef));
});
this.guns = newGuns;
}
if (set.MAX_CHILDREN != null) {
this.maxChildren = set.MAX_CHILDREN;
}
if (set.FOOD != null) {
if (set.FOOD.LEVEL != null) {
this.foodLevel = set.FOOD.LEVEL;
this.foodCountup = 0;
}
}
if (set.BODY != null) {
if (set.BODY.ACCELERATION != null) {
this.ACCELERATION = set.BODY.ACCELERATION;
}
if (set.BODY.SPEED != null) {
this.SPEED = set.BODY.SPEED;
}
if (set.BODY.HEALTH != null) {
this.HEALTH = set.BODY.HEALTH;
}
if (set.BODY.RESIST != null) {
this.RESIST = set.BODY.RESIST;
}
if (set.BODY.SHIELD != null) {
this.SHIELD = set.BODY.SHIELD;
}
if (set.BODY.REGEN != null) {
this.REGEN = set.BODY.REGEN;
}
if (set.BODY.DAMAGE != null) {
this.DAMAGE = set.BODY.DAMAGE;
}
if (set.BODY.PENETRATION != null) {
this.PENETRATION = set.BODY.PENETRATION;
}
if (set.BODY.FOV != null) {
this.FOV = set.BODY.FOV;
}
if (set.BODY.RANGE != null) {
this.RANGE = set.BODY.RANGE;
}
if (set.BODY.SHOCK_ABSORB != null) {
this.SHOCK_ABSORB = set.BODY.SHOCK_ABSORB;
}
if (set.BODY.DENSITY != null) {
this.DENSITY = set.BODY.DENSITY;
}
if (set.BODY.STEALTH != null) {
this.STEALTH = set.BODY.STEALTH;
}
if (set.BODY.PUSHABILITY != null) {
this.PUSHABILITY = set.BODY.PUSHABILITY;
}
if (set.BODY.HETERO != null) {
this.heteroMultiplier = set.BODY.HETERO;
}
this.refreshBodyAttributes();
}
if (set.TURRETS != null) {
let o;
this.turrets.forEach(o => o.destroy());
this.turrets = [];
set.TURRETS.forEach(def => {
o = new Entity(this, this.master);
((Array.isArray(def.TYPE)) ? def.TYPE : [def.TYPE]).forEach(type => o.define(type));
o.bindToMaster(def.POSITION, this);
});
}
if (set.mockup != null) {
this.mockup = set.mockup;
}
if (set.CONTROLLERS != null) {
let toAdd = [];
set.CONTROLLERS.forEach((ioName) => {
toAdd.push(eval('new io_' + ioName + '(this)'));
});
this.addController(toAdd);
}
if (this.type === 'food' && this.I !== -1) {
removeEntityFromNoFood(this.I)
this.I = -1
}
}
refreshBodyAttributes() {
let speedReduce = Math.pow(this.size / (this.coreSize || this.SIZE), 1);
this.acceleration = c.runSpeed * this.ACCELERATION / speedReduce;
if (this.settings.reloadToAcceleration) this.acceleration *= this.skill.acl;
this.topSpeed = c.runSpeed * this.SPEED * this.skill.mob / speedReduce;
if (this.settings.reloadToAcceleration) this.topSpeed /= Math.sqrt(this.skill.acl);
this.health.set(
(((this.settings.healthWithLevel) ? 2 * this.skill.level : 0) + this.HEALTH) * this.skill.hlt
);
this.health.resist = 1 - 1 / Math.max(1, this.RESIST + this.skill.brst);
this.shield.set(
(((this.settings.healthWithLevel) ? 0.6 * this.skill.level : 0) + this.SHIELD) * this.skill.shi,
Math.max(0, ((((this.settings.healthWithLevel) ? 0.006 * this.skill.level : 0) + 1) * this.REGEN) * this.skill.rgn)
);
this.damage = this.DAMAGE * this.skill.atk;
this.penetration = this.PENETRATION + 1.5 * (this.skill.brst + 0.8 * (this.skill.atk - 1));
if (!this.settings.dieAtRange || !this.range) {
this.range = this.RANGE;
}
this.fov = Math.max(this.FOV * 250 * Math.sqrt(this.size) * (1 + 0.003 * this.skill.level), 280);
this.density = (1 + 0.08 * this.skill.level) * this.DENSITY;
this.stealth = this.STEALTH;
this.pushability = this.PUSHABILITY;
}
bindToMaster(position, bond) {
this.bond = bond;
this.source = bond;
this.bond.turrets.push(this);
this.skill = this.bond.skill;
this.label = this.bond.label + ' ' + this.label;
// It will not be in collision calculations any more nor shall it be seen.
this.removeFromGrid();
this.settings.drawShape = false;
// Get my position.
this.bound = {};
this.bound.size = position[0] / 20;
let _off = new Vector(position[1], position[2]);
this.bound.angle = position[3] * Math.PI / 180;
this.bound.direction = _off.direction;
this.bound.offset = _off.length / 10;
this.bound.arc = position[4] * Math.PI / 180;
// Figure out how we'll be drawn.
this.bound.layer = position[5];
// Initalize.
this.facing = this.bond.facing + this.bound.angle;
this.facingType = 'bound';
this.motionType = 'bound';
this.move();
}
get size() {
if (this.bond == null) return (this.coreSize || this.SIZE) * (1 + this.skill.level / 45);
return this.bond.size * this.bound.size;
}
get mass() {
return this.density * (this.size * this.size + 1);
}
get realSize() {
return this.size * ((Math.abs(this.shape) > lazyRealSizes.length) ? 1 : lazyRealSizes[Math.abs(this.shape)]);
}
get m_x() {
return (this.velocity.x + this.accel.x) / roomSpeed;
}
get m_y() {
return (this.velocity.y + this.accel.y) / roomSpeed;
}
camera(tur = false) {
let out = {
type: 0 + tur * 0x01 + this.settings.drawHealth * 0x02 + (this.type === 'tank') * 0x04,
id: this.id,
index: this.index,
x: this.x,
y: this.y ,
vx: this.velocity.x,
vy: this.velocity.y,
size: this.size,
rsize: this.realSize,
status: 1,
health: this.health.display(),
shield: this.shield.display(),
facing: this.facing,
vfacing: this.vfacing,
twiggle: this.facingType === 'autospin' || (this.facingType === 'locksFacing' && this.control.alt),
layer: (this.bond != null) ? this.bound.layer :
(this.type === 'wall') ? 11 :
(this.type === 'food') ? 10 :
(this.type === 'tank') ? 5 :
(this.type === 'crasher') ? 1 :
0,
color: this.color,
name: this.name,
score: this.skill.score,
guns: this.guns.map(gun => gun.getLastShot()),
turrets: this.turrets.map(turret => turret.camera(true)),
};
if (this.label === 'Predator') {
if (this.control.alt) {
if (this.cameraShiftFacing === null) {
const hyp = Math.sqrt((this.fov * 0.6 + 1.5 * this.size + 100)**2 + (this.fov * 0.6 * 0.5625 + 1.5 * this.size + 100)**2)
out.x = (hyp * Math.cos(this.facing))*0.77 + this.x
out.y = (hyp * Math.sin(this.facing))*0.77 + this.y
this.cameraShiftFacing = [out.x, out.y]
}
[out.x, out.y] = this.cameraShiftFacing
} else {
this.cameraShiftFacing = null
}
}
if(this.id === room.topPlayerID) {
topPlayer = this
}
/*if (this.label === 'Observer') {
if (this.control.alt) {
if (this.cameraShiftFacing) {
return this.cameraShiftFacing
} else if (topPlayer && (this.cameraShiftFacing == undefined)) {
this.cameraShiftFacing = topPlayer.camera()
return topPlayer.camera()
}
} else {
this.cameraShiftFacing = null
}
}*/
return out
}
skillUp(stat) {
let suc = this.skill.upgrade(stat);
if (suc) {
this.refreshBodyAttributes();
this.guns.forEach(function(gun) {
gun.syncChildren();
});
}
return suc;
}
upgrade(number) {
if (number < this.upgrades.length && this.skill.level >= this.upgrades[number].level) {
let saveMe = this.upgrades[number].class;
this.upgrades = [];
this.define(saveMe);
//this.sendMessage('You have upgraded to ' + this.label + '.');
let ID = this.id;
entities.forEach(instance => {
if (instance.settings.clearOnMasterUpgrade && instance.master.id === ID) {
instance.kill();
}
});
this.skill.update();
this.refreshBodyAttributes();
}
}
damageMultiplier() {
switch (this.type) {
case 'swarm':
return 0.25 + 1.5 * util.clamp(this.range / (this.RANGE + 1), 0, 1);
default: return 1;
}
}
move() {
let g = {
x: this.control.goal.x - this.x,
y: this.control.goal.y - this.y,
},
gactive = (g.x !== 0 || g.y !== 0),
engine = {
x: 0,
y: 0,
},
a = this.acceleration / roomSpeed;
switch (this.motionType) {
case 'glide':
this.maxSpeed = this.topSpeed;
this.damp = 0.05;
break;
case 'motor':
this.maxSpeed = 0;
if (this.topSpeed) {
this.damp = a / this.topSpeed;
}
if (gactive) {
let len = Math.sqrt(g.x * g.x + g.y * g.y);
engine = {
x: a * g.x / len,
y: a * g.y / len,
};
}
break;
case 'swarm':
this.maxSpeed = this.topSpeed;
let l = util.getDistance({ x: 0, y: 0, }, g) + 1;
if (gactive && l > this.size) {
let desiredxspeed = this.topSpeed * g.x / l,
desiredyspeed = this.topSpeed * g.y / l,
turning = Math.sqrt((this.topSpeed * Math.max(1, this.range) + 1) / a);
engine = {
x: (desiredxspeed - this.velocity.x) / Math.max(5, turning),
y: (desiredyspeed - this.velocity.y) / Math.max(5, turning),
};
} else {
if (this.velocity.length < this.topSpeed) {
engine = {
x: this.velocity.x * a / 20,
y: this.velocity.y * a / 20,
};
}
}
break;
case 'chase':
if (gactive) {
let l = util.getDistance({ x: 0, y: 0, }, g);
if (l > this.size * 2) {
this.maxSpeed = this.topSpeed;
let desiredxspeed = this.topSpeed * g.x / l,
desiredyspeed = this.topSpeed * g.y / l;
engine = {
x: (desiredxspeed - this.velocity.x) * a,
y: (desiredyspeed - this.velocity.y) * a,
};
} else {
this.maxSpeed = 0;
}
} else {
this.maxSpeed = 0;
}
break;
case 'drift':
this.maxSpeed = 0;
engine = {
x: g.x * a,
y: g.y * a,
};
break;
case 'bound':
let bound = this.bound, ref = this.bond;
this.x = ref.x + ref.size * bound.offset * Math.cos(bound.direction + bound.angle + ref.facing);
this.y = ref.y + ref.size * bound.offset * Math.sin(bound.direction + bound.angle + ref.facing);
this.bond.velocity.x += bound.size * this.accel.x;
this.bond.velocity.y += bound.size * this.accel.y;
this.firingArc = [ref.facing + bound.angle, bound.arc / 2];
nullVector(this.accel);
this.blend = ref.blend;
break;
}
this.accel.x += engine.x * this.control.power;
this.accel.y += engine.y * this.control.power;
}
face() {
let t = this.control.target,
tactive = (t.x !== 0 || t.y !== 0),
oldFacing = this.facing;
switch(this.facingType) {
case 'autospin':
this.facing += 0.02 / roomSpeed;
break;
case 'turnWithSpeed':
this.facing += this.velocity.length / 90 * Math.PI / roomSpeed;
break;
case 'withMotion':
this.facing = this.velocity.direction;
break;
case 'smoothWithMotion':
case 'looseWithMotion':
this.facing += util.loopSmooth(this.facing, this.velocity.direction, 4 / roomSpeed);
break;
case 'withTarget':
case 'toTarget':
this.facing = Math.atan2(t.y, t.x);
break;
case 'locksFacing':
if (!this.control.alt) this.facing = Math.atan2(t.y, t.x);
break;
case 'looseWithTarget':
case 'looseToTarget':
case 'smoothToTarget':
this.facing += util.loopSmooth(this.facing, Math.atan2(t.y, t.x), 4 / roomSpeed);
break;
case 'bound':
let givenangle;
if (this.control.main) {
givenangle = Math.atan2(t.y, t.x);
let diff = util.angleDifference(givenangle, this.firingArc[0]);
if (Math.abs(diff) >= this.firingArc[1]) {
givenangle = this.firingArc[0];// - util.clamp(Math.sign(diff), -this.firingArc[1], this.firingArc[1]);
}
} else {
givenangle = this.firingArc[0];
}
this.facing += util.loopSmooth(this.facing, givenangle, 4 / roomSpeed);
break;
default:
throw 'Unknown facing type ' + this.facingType
}
// todo: get a function to calculate the reference angle without a loop
// Loop
while (this.facing < 0) {
this.facing += 2 * Math.PI;
}
if (this.facing > 0) {
this.facing = this.facing % (2 * Math.PI)
}
this.vfacing = util.angleDifference(oldFacing, this.facing) * roomSpeed;
}
takeSelfie() {
this.flattenedPhoto = null;
this.photo = (this.settings.drawShape) ? this.camera() : this.photo = undefined;
}
physics() {
/*if (this.accel.x == null || this.velocity.x == null) {
util.error('Void Error!');
util.error(this.collisionArray);
util.error(this.label);
util.error(this);
nullVector(this.accel); nullVector(this.velocity);
}*/
// Apply acceleration
this.velocity.x += this.accel.x;
this.velocity.y += this.accel.y;
// Reset acceleration
nullVector(this.accel);
// Apply motion
this.stepRemaining = 1;
this.x += this.stepRemaining * this.velocity.x / roomSpeed;
this.y += this.stepRemaining * this.velocity.y / roomSpeed;
}
friction() {
var motion = this.velocity.length,
excess = motion - this.maxSpeed;
if (excess > 0 && this.damp) {
var k = this.damp / roomSpeed,
drag = excess / (k + 1),
finalvelocity = this.maxSpeed + drag;
this.velocity.x = finalvelocity * this.velocity.x / motion;
this.velocity.y = finalvelocity * this.velocity.y / motion;
}
}
confinementToTheseEarthlyShackles() {
if (this.x == null || this.x == null) {
util.error('Void Error!');
util.error(this.collisionArray);
util.error(this.label);
util.error(this);
nullVector(this.accel); nullVector(this.velocity);
return 0;
}
if (!this.settings.canGoOutsideRoom) {
this.accel.x -= Math.min(this.x - this.realSize + 50, 0) * c.ROOM_BOUND_FORCE / roomSpeed;
this.accel.x -= Math.max(this.x + this.realSize - room.width - 50, 0) * c.ROOM_BOUND_FORCE / roomSpeed;
this.accel.y -= Math.min(this.y - this.realSize + 50, 0) * c.ROOM_BOUND_FORCE / roomSpeed;
this.accel.y -= Math.max(this.y + this.realSize - room.height - 50, 0) * c.ROOM_BOUND_FORCE / roomSpeed;
}
if (room.gameMode === 'tdm' && this.type !== 'food') {
let loc = { x: this.x, y: this.y, };
if (
(this.team !== -1 && room.isIn('bas1', loc)) ||
(this.team !== -2 && room.isIn('bas2', loc)) ||
(this.team !== -3 && room.isIn('bas3', loc)) ||
(this.team !== -4 && room.isIn('bas4', loc))
) { this.kill(); }
}
if (_.has(gamemode, 'mortality') && gamemode.mortality(this)) {
this.kill()
}
}
contemplationOfMortality() {
if (this.invuln) {
this.damageRecieved = 0;
return false;
}
// Life-limiting effects
if (this.settings.diesAtRange) {
this.range -= 1 / roomSpeed;
if (this.range < 0) {
this.kill();
}
}
if (this.settings.diesAtLowSpeed) {
if (!this.collisionArray.length && this.velocity.length < this.topSpeed / 2) {
this.health.amount -= this.health.getDamage(1 / roomSpeed);
}
}
// Shield regen and damage
if (this.shield.max) {
//if (this.damageRecieved !== 0) {
let shieldDamage = this.shield.getDamage(this.damageRecieved);
this.damageRecieved -= shieldDamage;
this.shield.amount -= shieldDamage;
//}
}
// Health damage
//if (this.damageRecieved !== 0) {
let healthDamage = this.health.getDamage(this.damageRecieved);
this.blend.amount = 1;
this.health.amount -= healthDamage;
//}
this.damageRecieved = 0;
// Check for death
if (this.isDead()) {
// this should be in a seperate loop
// Initalize message arrays
let killers = [], killTools = [], notJustFood = false;
// If I'm a tank, call me a nameless player
let name = (this.master.name === '') ?
(this.master.type === 'tank') ?
"a nameless player's " + this.label :
(this.master.type === 'miniboss') ?
"a visiting " + this.label :
util.addArticle(this.label)
:
this.master.name + "'s " + this.label;
// Calculate the jackpot
let jackpot = Math.ceil(util.getJackpot(this.skill.score + this.skill.truescore) / this.collisionArray.length);
// Now for each of the things that kill me...
this.collisionArray.forEach(instance => {
if (instance.type === 'wall') return 0;
if (instance.master.settings.acceptsScore) { // If it's not food, give its master the score
if (instance.master.type === 'tank' || instance.master.type === 'miniboss') notJustFood = true;
instance.master.skill.score += jackpot;
killers.push(instance.master); // And keep track of who killed me
} else if (instance.settings.acceptsScore) {
instance.skill.score += jackpot;
if (this.type !== 'food') {
instance.skill.truescore += jackpot;
}
}
killTools.push(instance); // Keep track of what actually killed me
});
if((this.type === 'tank' || this.type === 'miniboss')) {
// Remove duplicates
killers = killers.filter((elem, index, self) => { return index == self.indexOf(elem); });
// If there's no valid killers (you were killed by food), change the message to be more passive
let killText = (notJustFood) ? '' : "You have been killed by ",
dothISendAText = this.settings.givesKillMessage;
killers.forEach(instance => {
this.killCount.killers.push(instance.index);
if (this.type === 'tank') {
if (killers.length > 1) instance.killCount.assists++; else instance.killCount.solo++;
} else if (this.type === "miniboss") instance.killCount.bosses++;
});
// Add the killers to our death message, also send them a message
if (notJustFood) {
killers.forEach(instance => {
if (instance.master.type !== 'food' && instance.master.type !== 'crasher') {
killText += (instance.name === '') ? (killText === '') ? 'An unnamed player' : 'an unnamed player' : instance.name;
killText += ' and ';
}
// Only if we give messages
if (dothISendAText) {
instance.sendMessage('You killed ' + name + ((killers.length > 1) ? ' (with some help).' : '.'));
}
});
// Prepare the next part of the next
killText = killText.slice(0, -4);
killText += 'killed you with ';
}
// Broadcast
if (this.settings.broadcastMessage) sockets.broadcast(this.settings.broadcastMessage);
// Add the implements to the message
killTools.forEach((instance) => {
killText += util.addArticle(instance.label) + ' and ';
});
// Prepare it and clear the collision array.
killText = killText.slice(0, -5);
if (killText === 'You have been kille') killText = 'You have died a stupid death';
this.sendMessage(killText + '.');
// todo: make the spawn level algorithm like diep (logarithmic to 0.5)
if(this.socket) {
this.socket.spawnLevel = Math.ceil(this.skill.level / 2)
}
// If I'm the leader, broadcast it:
if (this.id === room.topPlayerID) {
let usurptText = (this.name === '') ? 'The leader': this.name;
if (notJustFood) {
usurptText += ' has been usurped by';
killers.forEach(instance => {
usurptText += ' ';
usurptText += (instance.name === '') ? 'an unnamed player' : instance.name;
usurptText += ' and';
});
usurptText = usurptText.slice(0, -4);
usurptText += '!';
} else {
usurptText += ' fought a polygon... and the polygon won.';
}
sockets.broadcast(usurptText);
}
}
// Kill it
return true;
}
if(this.isDead()) {
return true
}
return false;
}
protect() {
entitiesToAvoid.push(this);
this.isProtected = true;
}
sendMessage(message) { } // Dummy
kill() {
this.health.amount = -1;
}
destroy() {
// Remove from the protected entities list
if (this.isProtected) util.remove(entitiesToAvoid, entitiesToAvoid.indexOf(this));
// Remove from minimap
let i = minimap.findIndex(entry => { return entry[0] === this.id; });
if (i != -1) util.remove(minimap, i);
// Remove this from views
views.forEach(v => v.remove(this));
// Remove from parent lists if needed
if (this.parent != null) util.remove(this.parent.children, this.parent.children.indexOf(this));
/*// Kill all of its children
let ID = this.id;
entities.forEach(instance => {
if (instance.source.id === this.id) {
if (instance.settings.persistsAfterDeath) {
instance.source = instance;
} else {
instance.kill();
}
}
if (instance.parent && instance.parent.id === this.id) {
instance.parent = null;
}
if (instance.master.id === this.id) {
instance.kill();
instance.master = instance;
}
});*/
// Remove everything bound to it
this.turrets.forEach(t => t.destroy());
// Remove from the collision grid
this.removeFromGrid();
// Remove from the entities array
// "i" is entities array index
removeEntity(this.i)
if (this.I !== -1) {
removeEntityFromNoFood(this.I)
}
if(this.F) {
removeEntityFromFood(this.F)
}
}
isDead() {
return this.health.amount <= 0;
}
}
/*** SERVER SETUP ***/
// Make a speed monitor
var logs = (() => {
let logger = (() => {
// The two basic functions
function set(obj) {
obj.time = util.time();
}
function mark(obj) {
obj.data.push(util.time() - obj.time);
}
function record(obj) {
let o = util.averageArray(obj.data);
obj.data = [];
return o;
}
function sum(obj) {
let o = util.sumArray(obj.data);
obj.data = [];
return o;
}
function tally(obj) {
obj.count++;
}
function count(obj) {
let o = obj.count;
obj.count = 0;
return o;
}
// Return the logger creator
return () => {
let internal = {
data: [],
time: util.time(),
count: 0,
};
// Return the new logger
return {
set: () => set(internal),
mark: () => mark(internal),
record: () => record(internal),
sum: () => sum(internal),
count: () => count(internal),
tally: () => tally(internal),
};
};
})();
// Return our loggers
return {
entities: logger(),
bullets: logger(),
collide: logger(),
network: logger(),
minimap: logger(),
misc2: logger(),
misc3: logger(),
physics: logger(),
life: logger(),
selfie: logger(),
master: logger(),
activation: logger(),
loops: logger(),
};
})();
// Essential server requires
var express = require('express'),
http = require('http'),
url = require('url'),
WebSocket = require('ws'),
app = express(),
fs = require('fs'),
exportDefintionsToClient = (() => {
function rounder(val) {
if (Math.abs(val) < 0.00001) val = 0;
return +val.toPrecision(6);
}
// Define mocking up functions
function getMockup(e, positionInfo) {
return {
index: e.index,
name: e.label,
x: rounder(e.x),
y: rounder(e.y),
color: e.color,
shape: e.shape,
size: rounder(e.size),
realSize: rounder(e.realSize),
facing: rounder(e.facing),
layer: e.layer,
statnames: e.settings.skillNames,
position: positionInfo,
guns: e.guns.map(function(gun) {
return {
offset: rounder(gun.offset),
direction: rounder(gun.direction),
length: rounder(gun.length),
width: rounder(gun.width),
aspect: rounder(gun.aspect),
angle: rounder(gun.angle),
};
}),
turrets: e.turrets.map(function (t) {
let out = getMockup(t, {});
out.sizeFactor = rounder(t.bound.size);
out.offset = rounder(t.bound.offset);
out.direction = rounder(t.bound.direction);
out.layer = rounder(t.bound.layer);
out.angle = rounder(t.bound.angle);
return out;
}),
};
}
function getDimensions(entities) {
/* Ritter's Algorithm (Okay it got serious modified for how we start it)
* 1) Add all the ends of the guns to our list of points needed to be bounded and a couple points for the body of the tank..
*/
let endpoints = [];
let pointDisplay = [];
let pushEndpoints = function(model, scale, focus={ x: 0, y: 0 }, rot=0) {
let s = Math.abs(model.shape);
let z = (Math.abs(s) > lazyRealSizes.length) ? 1 : lazyRealSizes[Math.abs(s)];
if (z === 1) { // Body (octagon if circle)
for (let i=0; i<2; i+=0.5) {
endpoints.push({x: focus.x + scale * Math.cos(i*Math.PI), y: focus.y + scale * Math.sin(i*Math.PI)});
}
} else { // Body (otherwise vertices)
for (let i = (s % 2) ? 0 : Math.PI / s; i < s; i++) {
let theta = (i / s) * 2 * Math.PI;
endpoints.push({x: focus.x + scale * z * Math.cos(theta), y: focus.y + scale * z * Math.sin(theta)});
}
}
model.guns.forEach(function(gun) {
let h = (gun.aspect > 0) ? scale * gun.width / 2 * gun.aspect : scale * gun.width / 2;
let r = Math.atan2(h, scale * gun.length) + rot;
let l = Math.sqrt(scale * scale * gun.length * gun.length + h * h);
let x = focus.x + scale * gun.offset * Math.cos(gun.direction + gun.angle + rot);
let y = focus.y + scale * gun.offset * Math.sin(gun.direction + gun.angle + rot);
endpoints.push({
x: x + l * Math.cos(gun.angle + r),
y: y + l * Math.sin(gun.angle + r),
});
endpoints.push({
x: x + l * Math.cos(gun.angle - r),
y: y + l * Math.sin(gun.angle - r),
});
pointDisplay.push({
x: x + l * Math.cos(gun.angle + r),
y: y + l * Math.sin(gun.angle + r),
});
pointDisplay.push({
x: x + l * Math.cos(gun.angle - r),
y: y + l * Math.sin(gun.angle - r),
});
});
model.turrets.forEach(function(turret) {
pushEndpoints(
turret, turret.bound.size,
{
x: turret.bound.offset * Math.cos(turret.bound.angle),
y: turret.bound.offset * Math.sin(turret.bound.angle)
},
turret.bound.angle
);
});
};
pushEndpoints(entities, 1);
// 2) Find their mass center
let massCenter = { x: 0, y: 0 };
/*endpoints.forEach(function(point) {
massCenter.x += point.x;
massCenter.y += point.y;
});
massCenter.x /= endpoints.length;
massCenter.y /= endpoints.length;*/
// 3) Choose three different points (hopefully ones very far from each other)
let chooseFurthestAndRemove = function(furthestFrom) {
let index = 0;
if (furthestFrom != -1) {
let list = new goog.structs.PriorityQueue();
let d;
for (let i=0; i<endpoints.length; i++) {
let thisPoint = endpoints[i];
d = Math.pow(thisPoint.x - furthestFrom.x, 2) + Math.pow(thisPoint.y - furthestFrom.y, 2) + 1;
list.enqueue(1/d, i);
}
index = list.dequeue();
}
let output = endpoints[index];
endpoints.splice(index, 1);
return output;
};
let point1 = chooseFurthestAndRemove(massCenter); // Choose the point furthest from the mass center
let point2 = chooseFurthestAndRemove(point1); // And the point furthest from that
// And the point which maximizes the area of our triangle (a loose look at this one)
let chooseBiggestTriangleAndRemove = function(point1, point2) {
let list = new goog.structs.PriorityQueue();
let index = 0;
let a;
for (let i=0; i<endpoints.length; i++) {
let thisPoint = endpoints[i];
a = Math.pow(thisPoint.x - point1.x, 2) + Math.pow(thisPoint.y - point1.y, 2) +
Math.pow(thisPoint.x - point2.x, 2) + Math.pow(thisPoint.y - point2.y, 2);
/* We need neither to calculate the last part of the triangle
* (because it's always the same) nor divide by 2 to get the
* actual area (because we're just comparing it)
*/
list.enqueue(1/a, i);
}
index = list.dequeue();
let output = endpoints[index];
endpoints.splice(index, 1);
return output;
};
let point3 = chooseBiggestTriangleAndRemove(point1, point2);
// 4) Define our first enclosing circle as the one which seperates these three furthest points
function circleOfThreePoints(p1, p2, p3) {
let x1 = p1.x;
let y1 = p1.y;
let x2 = p2.x;
let y2 = p2.y;
let x3 = p3.x;
let y3 = p3.y;
let denom =
x1 * (y2 - y3) -
y1 * (x2 - x3) +
x2 * y3 -
x3 * y2;
let xy1 = x1*x1 + y1*y1;
let xy2 = x2*x2 + y2*y2;
let xy3 = x3*x3 + y3*y3;
let x = ( // Numerator
xy1 * (y2 - y3) +
xy2 * (y3 - y1) +
xy3 * (y1 - y2)
) / (2 * denom);
let y = ( // Numerator
xy1 * (x3 - x2) +
xy2 * (x1 - x3) +
xy3 * (x2 - x1)
) / (2 * denom);
let r = Math.sqrt(Math.pow(x - x1, 2) + Math.pow(y - y1, 2));
let r2 = Math.sqrt(Math.pow(x - x2, 2) + Math.pow(y - y2, 2));
let r3 = Math.sqrt(Math.pow(x - x3, 2) + Math.pow(y - y3, 2));
if (r != r2 || r != r3) {
//util.log('somethings fucky');
}
return {x: x, y: y, radius: r};
}
let c = circleOfThreePoints(point1, point2, point3);
pointDisplay = [
{ x: rounder(point1.x), y: rounder(point1.y), },
{ x: rounder(point2.x), y: rounder(point2.y), },
{ x: rounder(point3.x), y: rounder(point3.y), },
];
let centerOfCircle = { x: c.x, y: c.y };
let radiusOfCircle = c.radius;
// 5) Check to see if we enclosed everything
function checkingFunction() {
for(var i=endpoints.length; i>0; i--) {
// Select the one furthest from the center of our circle and remove it
point1 = chooseFurthestAndRemove(centerOfCircle);
let vectorFromPointToCircleCenter = new Vector(centerOfCircle.x - point1.x, centerOfCircle.y - point1.y);
// 6) If we're still outside of this circle build a new circle which encloses the old circle and the new point
if (vectorFromPointToCircleCenter.length > radiusOfCircle) {
pointDisplay.push({ x: rounder(point1.x), y: rounder(point1.y), });
// Define our new point as the far side of the cirle
let dir = vectorFromPointToCircleCenter.direction;
point2 = {
x: centerOfCircle.x + radiusOfCircle * Math.cos(dir),
y: centerOfCircle.y + radiusOfCircle * Math.sin(dir),
};
break;
}
}
// False if we checked everything, true if we didn't
return !!endpoints.length;
}
while (checkingFunction()) { // 7) Repeat until we enclose everything
centerOfCircle = {
x: (point1.x + point2.x) / 2,
y: (point1.y + point2.y) / 2,
};
radiusOfCircle = Math.sqrt(Math.pow(point1.x - point2.x, 2) + Math.pow(point1.y - point2.y, 2)) / 2;
}
// 8) Since this algorithm isn't perfect but we know our shapes are bilaterally symmetrical, we bind this circle along the x-axis to make it behave better
return {
middle: { x: rounder(centerOfCircle.x), y: 0 },
axis: rounder(radiusOfCircle * 2),
points: pointDisplay,
};
}
// Save them
let mockupData = [];
for (let k in Class) {
try {
if (!Class.hasOwnProperty(k)) continue;
let type = Class[k];
// Create a reference entities which we'll then take an image of.
let temptank = new Entity({x: 0, y: 0});
temptank.define(type);
temptank.name = type.LABEL; // Rename it (for the upgrades menu).
// Fetch the mockup.
type.mockup = {
body: temptank.camera(true),
position: getDimensions(temptank),
};
// This is to pass the size information about the mockup that we didn't have until we created the mockup
type.mockup.body.position = type.mockup.position;
// Add the new data to the thing.
mockupData.push(getMockup(temptank, type.mockup.position));
// Kill the reference entities.
temptank.destroy();
} catch(error) {
util.error(error);
util.error(k);
util.error(Class[k]);
}
}
// Build the function to return
let writeData = JSON.stringify(mockupData);
return loc => {
util.log('Preparing definition export.');
fs.writeFileSync(loc, writeData, 'utf8', (err) => {
if (err) return util.error(err);
});
util.log('Mockups written to ' + loc + '!');
};
})(),
generateVersionControlHash = (() => {
let crypto = require('crypto');
let write = (() => {
let hash = [null, null];
return (loc, data, numb) => {
// The callback is executed on reading completion
hash[numb] = crypto.createHash('sha1').update(data).digest('hex');
if (hash[0] && hash[1]) {
let finalHash = hash[0] + hash[1];
util.log('Client hash generated. Hash is "' + finalHash + '".');
// Write the hash to a place the client can read it.
fs.writeFileSync(loc, finalHash, 'utf8', err => {
if (err) return util.error(err);
});
util.log('Hash written to ' + loc + '!');
}
};
})();
return loc => {
let path1 = __dirname + '/../client/js/app.js';
let path2 = __dirname + '/lib/definitions.js';
util.log('Building client version hash, reading from ' + path1 + ' and ' + path2 + '...');
// Read the client application
fs.readFile(path1, 'utf8', (err, data) => {
if (err) return util.error(err);
util.log('app.js complete.');
write(loc, data, 0);
});
fs.readFile(path2, 'utf8', (err, data) => {
if (err) return util.error(err);
util.log('definitions.js complete.');
write(loc, data, 1);
});
};
})();
// Give the client upon request
exportDefintionsToClient(__dirname + '/../client/json/mockups.json');
generateVersionControlHash(__dirname + '/../client/api/vhash');
if (c.servesStatic) app.use(express.static((c.STATIC_BIN || __dirname) + '/../client'));
// Websocket behavior
const sockets = (() => {
const protocol = require('./lib/fasttalk');
let clients = [], players = [], bannedIPs = [], suspiciousIPs = [], connectedIPs = [],
bannedNames = [
'FREE_FOOD_LUCARIO',
'FREE FOOD'
];
return {
broadcast: message => {
clients.forEach(socket => {
socket.talk('m', message);
});
},
broadcastDominator: (message, message2) => {
clients.forEach(socket => {
socket.talk('D', message, message2)
})
},
connect: (() => {
// Define shared functions
// Closing the socket
function close(socket) {
// Free the IP
let n = connectedIPs.findIndex(w => { return w.ip === socket.ip; });
if (n !== -1) {
util.log(socket.ip + " disconnected.");
util.remove(connectedIPs, n);
}
// Free the token
if (socket.key != '') {
keys.push(socket.key);
util.log("Token freed.");
}
// Figure out who the player was
let player = socket.player,
index = players.indexOf(player);
// Remove the player if one was created
if (index != -1) {
// Kill the body if it exists
if (player.body != null) {
player.body.invuln = false;
setTimeout(() => {
player.body.kill();
}, 10000);
}
// Disconnect everything
util.log('[INFO] User ' + player.name + ' disconnected!');
util.remove(players, index);
} else {
util.log('[INFO] A player disconnected before entering the game.');
}
// Free the view
util.remove(views, views.indexOf(socket.view));
// Remove the socket
util.remove(clients, clients.indexOf(socket));
util.log('[INFO] Socket closed. Views: ' + views.length + '. Clients: ' + clients.length + '.');
}
// Banning
function ban(socket) {
if (bannedIPs.findIndex(ip => { return ip === socket.ip; }) === -1) {
bannedIPs.push(socket.ip);
} // No need for duplicates
socket.terminate();
util.warn(socket.ip + ' banned!');
}
// Being kicked
function kick(socket, reason = 'No reason given.') {
let n = suspiciousIPs.findIndex(n => { return n.ip === socket.ip; });
if (n === -1) {
suspiciousIPs.push({ ip: socket.ip, warns: 1, });
util.warn(reason + ' Kicking. 1 warning.');
} else {
suspiciousIPs[n].warns++;
util.warn(reason + ' Kicking. ' + suspiciousIPs[n].warns + ' warnings.');
if (suspiciousIPs[n].warns >= c.socketWarningLimit) {
ban(socket);
}
}
socket.lastWords('K');
}
// Handle incoming messages
function incoming(message, socket) {
// Only accept binary
if (!(message instanceof ArrayBuffer)) { socket.kick('Non-binary packet.'); return 1; }
// Decode it
let m = protocol.decode(message);
// Make sure it looks legit
if (m === -1) { socket.kick('Malformed packet.'); return 1; }
// Log the message request
socket.status.requests++;
// Remember who we are
let player = socket.player;
// Handle the request
switch (m.shift()) {
case 'k': { // key verification
if (m.length !== 1) { socket.kick('Ill-sized key request.'); return 1; }
// Get data
let key = m[0];
// Verify it
if (typeof key !== 'string') { socket.kick('Weird key offered.'); return 1; }
if (key.length > 64) { socket.kick('Overly-long key offered.'); return 1; }
if (socket.status.verified) { socket.kick('Duplicate player spawn attempt.'); return 1; }
// Otherwise proceed to check if it's available.
if (keys.indexOf(key) != -1 || (CHECK_KEYS === false)) {
// Save the key
socket.key = key.substr(0, 64);
// Make it unavailable
util.remove(keys, keys.indexOf(key));
socket.verified = true;
// Proceed
socket.talk('w', true);
util.log('[INFO] A socket was verified with the token: '); util.log(key);
util.log('Clients: ' + clients.length);
} else {
// If not, kick 'em (nicely)
util.log('[INFO] Invalid player verification attempt.');
socket.lastWords('w', false);
}
} break;
case 's': { // spawn request
if (!socket.status.deceased) { socket.kick('Trying to spawn while already alive.'); return 1; }
if (m.length !== 2) { socket.kick('Ill-sized spawn request.'); return 1; }
// Get data
let name = m[0].replace(c.BANNED_CHARACTERS_REGEX, '');
let needsRoom = m[1];
// Verify it
if (typeof name != 'string') { socket.kick('Bad spawn request.'); return 1; }
if (encodeURI(name).split(/%..|./).length > 48) { socket.kick('Overly-long name.'); return 1; }
if (needsRoom !== 0 && needsRoom !== 1) { socket.kick('Bad spawn request.'); return 1; }
// Bring to life
socket.status.deceased = false;
// Define the player.
if (players.indexOf(socket.player) != -1) { util.remove(players, players.indexOf(socket.player)); }
// Free the old view
if (views.indexOf(socket.view) != -1) { util.remove(views, views.indexOf(socket.view)); socket.makeView(); }
socket.player = socket.spawn(name);
/*
for (let [index, dominatorTeam] of dominatorControl.entries()) {
socket.talk('D', index, colorteammapping[dominatorTeam - 1])
}*/
// Give it the room state
if (needsRoom) {
socket.talk(
'R',
room.width,
room.height,
JSON.stringify(c.ROOM_SETUP),
JSON.stringify(util.serverStartTime),
roomSpeed
);
}
// Start the update rhythm immediately
socket.update(0);
// Log it
util.log('[INFO] ' + (m[0]) + (needsRoom ? ' joined' : ' rejoined') + ' the game! Players: ' + players.length);
} break;
case 'S': { // clock syncing
if (m.length !== 1) { socket.kick('Ill-sized sync packet.'); return 1; }
// Get data
let synctick = m[0];
// Verify it
if (typeof synctick !== 'number') { socket.kick('Weird sync packet.'); return 1; }
// Bounce it back
socket.talk('S', synctick, util.time());
} break;
case 'p': { // ping
if (m.length !== 1) { socket.kick('Ill-sized ping.'); return 1; }
// Get data
let ping = m[0];
// Verify it
if (typeof ping !== 'number') { socket.kick('Weird ping.'); return 1; }
// Pong
socket.talk('p', m[0]); // Just pong it right back
socket.status.lastHeartbeat = util.time();
} break;
case 'd': { // downlink
if (m.length !== 1) { socket.kick('Ill-sized downlink.'); return 1; }
// Get data
let time = m[0];
// Verify data
if (typeof time !== 'number') { socket.kick('Bad downlink.'); return 1; }
// The downlink indicates that the client has received an update and is now ready to receive more.
socket.status.receiving = 0;
socket.camera.ping = util.time() - time;
socket.camera.lastDowndate = util.time();
// Schedule a new update cycle
// Either fires immediately or however much longer it's supposed to wait per the config.
socket.update(Math.max(0, (1000 / c.networkUpdateFactor) - (util.time() - socket.camera.lastUpdate)));
} break;
case 'C': { // command packet
if (m.length !== 3) { socket.kick('Ill-sized command packet.'); return 1; }
// Get data
let target = {
x: m[0],
y: m[1],
},
commands = m[2];
// Verify data
if (typeof target.x !== 'number' || typeof target.y !== 'number' || typeof commands !== 'number') { socket.kick('Weird downlink.'); return 1; }
if (commands > 255 || target.x !== Math.round(target.x) || target.y !== Math.round(target.y)) { socket.kick('Malformed command packet.'); return 1; }
// Put the new target in
player.target = target;
// Process the commands
let val = [false, false, false, false, false, false, false, false];
for (let i=7; i>=0; i--) {
if (commands >= Math.pow(2, i)) {
commands -= Math.pow(2, i);
val[i] = true;
}
}
player.command.up = val[0];
player.command.down = val[1];
player.command.left = val[2];
player.command.right = val[3];
player.command.lmb = val[4];
player.command.mmb = val[5];
player.command.rmb = val[6];
// Update the thingy
socket.timeout.set(commands);
} break;
case 't': { // player toggle
if (m.length !== 1) { socket.kick('Ill-sized toggle.'); return 1; }
// Get data
let given = '',
tog = m[0];
// Verify request
if (typeof tog !== 'number') { socket.kick('Weird toggle.'); return 1; }
// Decipher what we're supposed to do.
switch (tog) {
case 0: given = 'autospin'; break;
case 1: given = 'autofire'; break;
case 2: given = 'override'; break;
// Kick if it sent us shit.
default: socket.kick('Bad toggle.'); return 1;
}
// Apply a good request.
if (player.command != null && player.body != null) {
player.command[given] = !player.command[given];
// Send a message.
player.body.sendMessage(given.charAt(0).toUpperCase() + given.slice(1) + ((player.command[given]) ? ' enabled.' : ' disabled.'));
}
} break;
case 'U': { // upgrade request
if (m.length !== 1) { socket.kick('Ill-sized upgrade request.'); return 1; }
// Get data
let number = m[0];
// Verify the request
if (typeof number != 'number' || number < 0) { socket.kick('Bad upgrade request.'); return 1; }
// Upgrade it
if (player.body != null) {
player.body.upgrade(number); // Ask to upgrade
}
} break;
case 'x': { // skill upgrade request
if (m.length !== 1) { socket.kick('Ill-sized skill request.'); return 1; }
let number = m[0], stat = '';
// Verify the request
if (typeof number != 'number') { socket.kick('Weird stat upgrade request.'); return 1; }
// Decipher it
switch (number) {
case 0: stat = 'atk'; break;
case 1: stat = 'hlt'; break;
case 2: stat = 'spd'; break;
case 3: stat = 'str'; break;
case 4: stat = 'pen'; break;
case 5: stat = 'dam'; break;
case 6: stat = 'rld'; break;
case 7: stat = 'mob'; break;
case 8: stat = 'rgn'; break;
case 9: stat = 'shi'; break;
default: socket.kick('Unknown stat upgrade request.'); return 1;
}
// Apply it
if (player.body != null) {
player.body.skillUp(stat); // Ask to upgrade a stat
}
} break;
case 'L': { // level up cheat
if (m.length !== 0) {
socket.kick('Ill-sized level-up request.');
return 1;
}
// cheatingbois
if (player.body != null && c.SANDBOX_MODE) {
if (player.body.skill.level < c.SKILL_CHEAT_CAP || ((socket.key === 'testk' || socket.key === 'testl') && player.body.skill.level < 45)) {
player.body.skill.score += player.body.skill.levelScore;
player.body.skill.maintain();
player.body.refreshBodyAttributes();
}
}
} break;
case '0': { // testbed cheat
if (m.length !== 0) { socket.kick('Ill-sized testbed request.'); return 1; }
// cheatingbois
if (player.body != null) { if (socket.key === 'testk' || socket.key ==='testl') {
player.body.define(Class.testbed);
} }
} break;
case 'z': { // leaderboard desync report
if (m.length !== 0) { socket.kick('Ill-sized level-up request.'); return 1; }
// Flag it to get a refresh on the next cycle
socket.status.needsFullLeaderboard = true;
} break;
default: socket.kick('Bad packet index.');
}
}
// Monitor traffic and handle inactivity disconnects
function traffic(socket) {
let strikes = 0;
// This function will be called in the slow loop
return () => {
// Kick if it's d/c'd
if (util.time() - socket.status.lastHeartbeat > c.maxHeartbeatInterval) {
socket.kick('Heartbeat lost.'); return 0;
}
// Add a strike if there's more than 50 requests in a second
if (socket.status.requests > 50) {
strikes++;
} else {
strikes = 0;
}
// Kick if we've had 3 violations in a row
if (strikes > 3) {
socket.kick('Socket traffic volume violation!');
return 0;
}
// Reset the requests
socket.status.requests = 0;
};
}
// Make a function to spawn new players
const spawn = (() => {
// Define guis
let newgui = (() => {
// This is because I love to cheat
// Define a little thing that should automatically keep
// track of whether or not it needs to be updated
function floppy(value = null) {
let flagged = true;
return {
// The update method
update: (newValue) => {
let eh = false;
if (value == null) { eh = true; }
else {
if (typeof newValue != typeof value) { eh = true; }
// Decide what to do based on what type it is
switch (typeof newValue) {
case 'number':
case 'string': {
if (newValue !== value) { eh = true; }
} break;
case 'object': {
if (Array.isArray(newValue)) {
if (newValue.length !== value.length) { eh = true; }
else {
for (let i=0, len=newValue.length; i<len; i++) {
if (newValue[i] !== value[i]) eh = true;
}
}
break;
}
} // jshint ignore:line
default:
util.error(newValue);
throw new Error('Unsupported type for a floppyvar!');
}
}
// Update if neeeded
if (eh) {
flagged = true;
value = newValue;
}
},
// The return method
publish: () => {
if (flagged && value != null) {
flagged = false;
return value;
}
},
};
}
// This keeps track of the skills container
function container(player) {
let vars = [],
skills = player.body.skill,
out = [],
statnames = ['atk', 'hlt', 'spd', 'str', 'pen', 'dam', 'rld', 'mob', 'rgn', 'shi'];
// Load everything (b/c I'm too lazy to do it manually)
statnames.forEach(a => {
vars.push(floppy());
vars.push(floppy());
vars.push(floppy());
});
return {
update: () => {
let needsupdate = false, i = 0;
// Update the things
statnames.forEach(a => {
vars[i++].update(skills.title(a));
vars[i++].update(skills.cap(a));
vars[i++].update(skills.cap(a, true));
});
/* This is a forEach and not a find because we need
* each floppy cyles or if there's multiple changes
* (there will be), we'll end up pushing a bunch of
* excessive updates long after the first and only
* needed one as it slowly hits each updated value
*/
vars.forEach(e => {
if (e.publish() != null) needsupdate = true;
});
if (needsupdate) {
// Update everything
statnames.forEach(a => {
out.push(skills.title(a));
out.push(skills.cap(a));
out.push(skills.cap(a, true));
});
}
},
/* The reason these are seperate is because if we can
* can only update when the body exists, we might have
* a situation where we update and it's non-trivial
* so we need to publish but then the body dies and so
* we're forever sending repeated data when we don't
* need to. This way we can flag it as already sent
* regardless of if we had an update cycle.
*/
publish: () => {
if (out.length) { let o = out.splice(0, out.length); out = []; return o; }
},
};
}
// This makes a number for transmission
function getstuff(s) {
let val = 0;
val += 0x1 * s.amount('atk');
val += 0x10 * s.amount('hlt');
val += 0x100 * s.amount('spd');
val += 0x1000 * s.amount('str');
val += 0x10000 * s.amount('pen');
val += 0x100000 * s.amount('dam');
val += 0x1000000 * s.amount('rld');
val += 0x10000000 * s.amount('mob');
val += 0x100000000 * s.amount('rgn');
val += 0x1000000000 * s.amount('shi');
return val.toString(36);
}
// These are the methods
function update(gui) {
let b = gui.master.body;
// We can't run if we don't have a body to look at
if (!b) return 0;
gui.bodyid = b.id;
// Update most things
gui.fps.update(Math.min(1, global.fps / roomSpeed / 1000 * 30));
gui.color.update(gui.master.teamColor);
gui.label.update(b.index);
gui.score.update(b.skill.score);
//gui.truescore.update(b.skill.truescore)
gui.points.update(b.skill.points);
// Update the upgrades
let upgrades = [];
b.upgrades.forEach(function(e) {
if (b.skill.level >= e.level) {
upgrades.push(e.index);
}
});
gui.upgrades.update(upgrades);
// Update the stats and skills
gui.stats.update();
gui.skills.update(getstuff(b.skill));
// Update physics
gui.accel.update(b.acceleration);
gui.topspeed.update(b.topSpeed);
}
function publish(gui) {
let o = {
fps: gui.fps.publish(),
label: gui.label.publish(),
score: gui.score.publish(),
points: gui.points.publish(),
upgrades: gui.upgrades.publish(),
color: gui.color.publish(),
statsdata: gui.stats.publish(),
skills: gui.skills.publish(),
accel: gui.accel.publish(),
top: gui.topspeed.publish(),
//truescore: gui.truescore.publish(),
};
// Encode which we'll be updating and capture those values only
let oo = [0];
if (o.fps != null) { oo[0] += 0x0001; oo.push(o.fps || 1); }
if (o.label != null) {
oo[0] += 0x0002;
oo.push(o.label);
oo.push(o.color || gui.master.teamColor);
oo.push(gui.bodyid);
}
if (o.score != null) { oo[0] += 0x0004; oo.push(o.score); }
if (o.points != null) { oo[0] += 0x0008; oo.push(o.points); }
if (o.upgrades != null) { oo[0] += 0x0010; oo.push(o.upgrades.length, ...o.upgrades); }
if (o.statsdata != null){ oo[0] += 0x0020; oo.push(...o.statsdata); }
if (o.skills != null) { oo[0] += 0x0040; oo.push(o.skills); }
if (o.accel != null) { oo[0] += 0x0080; oo.push(o.accel); }
//if (o.truescore != null){ oo[0] += 0x0090; oo.push(o.truescore); }
if (o.top != null) { oo[0] += 0x0100; oo.push(o.top); }
// Output it
return oo;
}
// This is the gui creator
return (player) => {
// This is the protected gui data
let gui = {
master: player,
fps: floppy(),
label: floppy(),
score: floppy(),
truescore: floppy(),
points: floppy(),
upgrades: floppy(),
color: floppy(),
skills: floppy(),
topspeed: floppy(),
accel: floppy(),
stats: container(player),
bodyid: -1,
};
// This is the gui itself
return {
update: () => update(gui),
publish: () => publish(gui),
};
};
})();
// Define the entities messaging function
function messenger(socket, content) {
socket.talk('m', content);
}
// The returned player definition function
return (socket, name) => {
let player = {}, loc = {};
// Find the desired team (if any) and from that, where you ought to spawn
player.team = socket.rememberedTeam;
switch (room.gameMode) {
case "tdm": {
// Count how many others there are
let census = [1, 1, 1, 1], scoreCensus = [1, 1, 1, 1];
players.forEach(p => {
census[p.team - 1]++;
if (p.body != null) { scoreCensus[p.team - 1] += p.body.skill.score; }
});
let possiblities = [];
for (let i = 0, m = 0; i < 3; i++) {
if (i+1===1 || i+1===3) {
//only allow two teams
let v = Math.round(1000000 * (room['bas' + (i + 1)].length + 1) / (census[i] + 1) / scoreCensus[i]);
if (v > m) {
m = v;
possiblities = [i];
}
if (v == m) {
possiblities.push(i);
}
}
}
// Choose from one of the least ones
if (player.team == null) { player.team = ran.choose(possiblities) + 1; }
// Make sure you're in a base
if (room['bas' + player.team].length) do { loc = room.randomType('bas' + player.team); } while (dirtyCheck(loc, 50));
else do { loc = room.gaussInverse(5); } while (dirtyCheck(loc, 50));
} break;
default: do { loc = room.gaussInverse(5); } while (dirtyCheck(loc, 50));
}
socket.rememberedTeam = player.team;
// Create and bind a body for the player host
let body = new Entity(loc);
body.protect();
if(c.SPAWN_AS_OBSERVER === true) {
body.define(Class.observer)
} else {
body.define(Class.basic); // Start as a basic tank
}
body.name = name; // Define the name
// Dev hax
if (socket.key === 'testl' || socket.key === 'testk') {
body.name = "\u0000";
body.define({ CAN_BE_ON_LEADERBOARD: false, });
}
body.addController(new io_listenToPlayer(body, player)); // Make it listen
body.sendMessage = content => messenger(socket, content); // Make it speak
body.socket = socket
body.invuln = true; // Make it safe
player.body = body;
if(socket.spawnLevel) {
while (body.skill.level < socket.spawnLevel) {
//if (body.skill.score - body.skill.deduction >= body.skill.levelScore) {
body.skill.deduction += body.skill.levelScore;
body.skill.level += 1;
body.skill.points += body.skill.levelPoints;
body.skill.update();
//}
if (body.skill.level === c.TIER_1 || body.skill.level === c.TIER_2 || body.skill.level === c.TIER_3) {
body.skill.canUpgrade = true;
}
}
}
// Decide how to color and team the body
switch (room.gameMode) {
case "tdm": {
body.team = -player.team;
body.color = [10, 11, 12, 15][player.team - 1];
} break;
default: {
body.color = (c.RANDOM_COLORS) ?
ran.choose([0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17]) : 12; // red
}
}
// Decide what to do about colors when sending updates and stuff
player.teamColor = (!c.RANDOM_COLORS && room.gameMode === 'ffa') ? 10 : body.color; // blue
// Set up the targeting structure
player.target = {
x: 0,
y: 0
};
// Set up the command structure
player.command = {
up: false,
down: false,
left: false,
right: false,
lmb: false,
mmb: false,
rmb: false,
autofire: false,
autospin: false,
override: false,
autoguide: false,
};
// Set up the recording commands
player.records = (() => {
let begin = util.time();
return () => {
return [
player.body.skill.score,
Math.floor((util.time() - begin) / 1000),
player.body.killCount.solo,
player.body.killCount.assists,
player.body.killCount.bosses,
player.body.killCount.killers.length,
...player.body.killCount.killers
];
};
})();
// Set up the player's gui
player.gui = newgui(player);
// Save the the player
player.socket = socket;
players.push(player);
// Focus on the new player
socket.camera.x = body.x; socket.camera.y = body.y; socket.camera.fov = 2000;
// Mark it as spawned
socket.status.hasSpawned = true;
body.sendMessage('Welcome to the game.')
if (c.MODE !== 'tdm') {
body.sendMessage('You are invulnerable until you move or shoot.');
}
// Move the client camera
socket.talk('c', socket.camera.x, socket.camera.y, socket.camera.fov);
return player;
};
})();
// Make a function that will make a function that will send out world updates
const eyes = (() => {
// Define how to prepare data for submission
function flatten(data) {
let output = [data.type]; // We will remove the first entry in the persepective method
if (data.type & 0x01) {
output.push(
// 1: facing
data.facing,
// 2: layer
data.layer
);
} else {
output.push(
// 1: id
data.id,
// 2: index
data.index,
// 3: x
data.x,
// 4: y
data.y,
// 5: vx
data.vx,
// 6: vy
data.vy,
// 7: size
data.size,
// 8: facing
data.facing,
// 9: vfacing
data.vfacing,
// 10: twiggle
data.twiggle,
// 11: layer
data.layer,
// 12: color
data.color,
// 13: health
Math.ceil(255 * data.health),
// 14: shield
Math.round(255 * data.shield)
);
if (data.type & 0x04) {
output.push(
// 15: name
data.name,
// 16: score
data.score
);
}
}
// Add the gun data to the array
let gundata = [data.guns.length];
data.guns.forEach(lastShot => {
gundata.push(lastShot.time, lastShot.power);
});
output.push(...gundata);
// For each turret, add their own output
let turdata = [data.turrets.length];
data.turrets.forEach(turret => { turdata.push(...flatten(turret)); });
// Push all that to the array
output.push(...turdata);
// Return it
return output;
}
function perspective(e, player, data) {
if (player.body != null) {
if (player.body.id === e.master.id) {
data = data.slice(); // So we don't mess up references to the original
// Set the proper color if it's on our team
data[12] = player.teamColor;
// And make it force to our mouse if it ought to
if (player.command.autospin) {
data[10] = 1;
}
}
}
return data;
}
function check(camera, obj) {
return Math.abs(obj.x - camera.x) < camera.fov * 0.6 + 1.5 * obj.size + 100 &&
Math.abs(obj.y - camera.y) < camera.fov * 0.6 * 0.5625 + 1.5 * obj.size + 100;
}
// The actual update world function
return socket => {
let lastVisibleUpdate = 0;
let nearby = [];
let x = -1000;
let y = -1000;
let fov = 0;
let o = {
add: e => { if (check(socket.camera, e)) nearby.push(e); },
remove: e => { let i = nearby.indexOf(e); if (i !== -1) util.remove(nearby, i); },
check: (e, f) => { return check(socket.camera, e); }, //Math.abs(e.x - x) < e.size + f*fov && Math.abs(e.y - y) < e.size + f*fov; },
gazeUpon: () => {
logs.network.set();
let player = socket.player,
camera = socket.camera;
// If nothing has changed since the last update, wait (approximately) until then to update
let rightNow = room.lastCycle;
if (rightNow === camera.lastUpdate) {
socket.update(5 + room.cycleSpeed - util.time() + rightNow);
return 1;
}
// ...elseeeeee...
// Update the record.
camera.lastUpdate = rightNow;
// Get the socket status
socket.status.receiving++;
// Now prepare the data to emit
let setFov = camera.fov;
// If we are alive, update the camera
if (player.body != null) {
// But I just died...
if (player.body.isDead()) {
socket.status.deceased = true;
// Let the client know it died
socket.talk('F', ...player.records());
// Remove the body
player.body = null;
}
// I live!
else if (player.body.photo) {
// Update camera position and motion
camera.x = player.body.photo.x;
camera.y = player.body.photo.y;
camera.vx = player.body.photo.vx;
camera.vy = player.body.photo.vy;
// Get what we should be able to see
setFov = player.body.fov;
// Get our body id
player.viewId = player.body.id;
}
}
if (player.body == null) { // u dead bro
setFov = 2000;
}
// Smoothly transition view size
camera.fov += Math.max((setFov - camera.fov) / 30, setFov - camera.fov);
// Update my stuff
x = camera.x; y = camera.y; fov = camera.fov;
// Find what the user can see.
// Update which entities are nearby
if (camera.lastUpdate - lastVisibleUpdate > c.visibleListInterval) {
// Update our timer
lastVisibleUpdate = camera.lastUpdate;
// And update the nearby list
nearby = entities.map(e => { if (check(socket.camera, e)) return e; }).filter(e => { return e; });
}
// Look at our list of nearby entities and get their updates
let visible = nearby.map(function mapthevisiblerealm(e) {
if (e.photo) {
if (
Math.abs(e.x - x) < fov/2 + 1.5*e.size &&
Math.abs(e.y - y) < fov/2 * (9/16) + 1.5*e.size
) {
// Grab the photo
if (!e.flattenedPhoto) e.flattenedPhoto = flatten(e.photo);
return perspective(e, player, e.flattenedPhoto);
}
}
}).filter(e => { return e; });
// Spread it for upload
let numberInView = visible.length,
view = [];
visible.forEach(e => {
view.push(...e);
});
// Update the gui
player.gui.update();
// Send it to the player
socket.talk(
'u',
rightNow,
camera.x,
camera.y,
setFov,
camera.vx,
camera.vy,
...player.gui.publish(),
numberInView,
...view
);
// Queue up some for the front util.log if needed
if (socket.status.receiving < c.networkFrontlog) {
socket.update(Math.max(
0,
(1000 / c.networkUpdateFactor) - (camera.lastDowndate - camera.lastUpdate),
camera.ping / c.networkFrontlog
));
} else {
socket.update(c.networkFallbackTime);
}
logs.network.mark();
},
};
views.push(o);
return o;
};
})();
// Make a function that will send out minimap
// and leaderboard updates. We'll also start
// the mm/lb updating loop here. It runs at 1Hz
// and also kicks inactive sockets
const broadcast = (() => {
// This is the public information we need for broadcasting
let readmap, readlb;
// Define fundamental functions
const getminimap = (() => {
// Build a map cleaner
function flatten(data) {
// In case it's all filtered away, we'll still have something to work with
if (data == null) data = [];
let out = [data.length];
// Push it flat
data.forEach(d => out.push(...d));
return out;
}
let cleanmapreader = (() => {
function flattener() {
let internalmap = [];
// Define the flattener
// Make a test function
function challenge(value, challenger) {
return value[1] === challenger[0] &&
value[2] === challenger[1] &&
value[3] === challenger[2];
}
// Return our functions
return {
update: (data) => {
// Flag all old data as to be removed
internalmap.forEach(e => e[0] = -1);
// Round all the old data
data = data.map(d => {
return [
Math.round(255 * util.clamp(d[0] / room.width, 0, 1)),
Math.round(255 * util.clamp(d[1] / room.height, 0, 1)),
d[2]
];
});
// Add new data and stabilze existing data, then emove old data
data.forEach(d => {
// Find if it's already there
let i = internalmap.findIndex(e => { return challenge(e, d); });
if (i === -1) { // if not add it
internalmap.push([1, ...d]);
} else { // if so, flag it as stable
internalmap[i][0] = 0;
}
});
// Export all new and old data
let ex = internalmap.filter(e => e[0] !== 0);
// Remove outdated data
internalmap = internalmap.filter(e => e[0] !== -1);
// Flatten the exports
let f = flatten(ex);
return f;
},
exportall: () => {
// Returns a flattened version of the map with blanket add requests
return flatten(internalmap.map(e => { return [1, e[1], e[2], e[3]]; }));
},
};
}
// Define the function
return (room.gameMode === 'ffa') ?
// ffa function builder
(() => {
// Make flatteners
let publicmap = flattener();
// Return the function
return () => {
// Updates
let clean = publicmap.update(minimap.map(function(entry) {
return [entry[1], entry[2], (entry[4] === 'miniboss') ? entry[3] : 17];
}));
let full = publicmap.exportall();
// Reader
return (team, everything = false) => { return (everything) ? full : clean; };
};
})() :
// tdm function builder
(() => {
// Make flatteners
let team1map = flattener();
let team2map = flattener();
let team3map = flattener();
let team4map = flattener();
// Return the function
return () => {
let updates = {[-1]: [], [-2]: [], [-3]: [], [-4]: [], [-5]: []}
for (let entry of minimap) {
if (-5 <= entry[5] && entry[5] <= -1) {
updates[entry[5]].push([entry[1], entry[2], entry[3]])
}
}
let clean = [
team1map.update(updates[-1]),
team2map.update(updates[-2]),
team3map.update(updates[-3]),
team4map.update(updates[-4])
]
let full = [
team1map.exportall(),
team2map.exportall(),
team3map.exportall(),
team4map.exportall()
];
// The reader
return (team, everything = false) => { return (everything) ? full[team-1] : clean[team-1]; };
};
})();
})();
let serialized = {[1]:[],[2]:[],[3]:[],[4]:[]}
setInterval(() => {
let minimaps = {[-1]: new Map(), [-2]: new Map(), [-3]: new Map(), [-4]: new Map(), [-5]: new Map()}
entitiesNoFood.forEach((my) => {
if ((-5 <= my.team && my.team <= -1 && my.type === 'tank' && my.skill.level >= 15) ||
(_.has(gamemode, 'shouldBeVisibleOnMinimap') && gamemode.shouldBeVisibleOnMinimap(my))) {
minimaps[-1].set(my.id, [Math.round(255 * util.clamp(my.x / room.width, 0, 1)), Math.round(255 * util.clamp(my.y / room.height, 0, 1)), my.color])
}
})
for (let [team, minimap] of Object.entries(minimaps)) {
let to_flatten = []
for (let e of minimap.values()) {
to_flatten.push([1, e[0], e[1], e[2]])
}
serialized[team] = flatten(to_flatten)
}
}, 1000);
// Return the builder function. This itself returns
// a reader for the map (will change based on team)
return () => {
return team => serialized[-1]
};
})();
const getleaderboard = (() => {
let lb = { full: [], updates: [], };
// We'll reuse these lists over and over again
let list = new goog.structs.PriorityQueue();
// This puts things in the data structure
function listify(instance) {
if (
instance.settings.leaderboardable &&
instance.settings.drawShape &&
(
instance.type === 'tank' ||
instance.killCount.solo ||
instance.killCount.assists
)
) {
list.enqueue(1 / (instance.skill.score + 1), instance);
}
}
// Build a function to prepare for export
let flatten = (() => {
let leaderboard = {};
// Define our index manager
let indices = (() => {
let data = [], removed = [];
// Provide the index manager methods
return {
flag: () => {
data.forEach(index => {
index.status = -1;
});
if (data == null) {
data = [];
}
},
cull: () => {
removed = [];
data = data.filter(index => {
let doit = index.status === -1;
if (doit) removed.push(index.id);
return !doit;
});
return removed;
},
add: id => {
data.push({id: id, status: 1,});
},
stabilize: id => {
data[data.findIndex(index => {
return index.id === id;
})].status = 0;
},
};
})();
// This processes it
let process = (() => {
// A helpful thing
function barcolor(entry) {
switch (entry.team) {
case -100: return entry.color;
case -1: return 10;
case -2: return 11;
case -3: return 12;
case -4: return 15;
default: {
if (room.gameMode === 'tdm') return entry.color;
return 11;
}
}
}
// A shared (and protected) thing
function getfull(entry) {
return [
-entry.id,
Math.round(entry.skill.score),
entry.index,
entry.name,
entry.color,
barcolor(entry),
];
}
return {
normal: entry => {
// Check if the entry is already there
let id = entry.id,
score = Math.round(entry.skill.score);
let lb = leaderboard['_' + id];
if (lb != null) {
// Unflag it for removal
indices.stabilize(id);
// Figure out if we need to update anything
if (lb.score !== score || lb.index !== entry.index) {
// If so, update our record first
lb.score = score;
lb.index = entry.index;
// Return it for broadcasting
return [
id,
score,
entry.index,
];
}
} else {
// Record it
indices.add(id);
leaderboard['_' + id] = {
score: score,
name: entry.name,
index: entry.index,
color: entry.color,
bar: barcolor(entry),
};
// Return it for broadcasting
return getfull(entry);
}
},
full: entry => { return getfull(entry); },
};
})();
// The flattening functions
return data => {
// Start
indices.flag();
// Flatten the orders
let orders = data.map(process.normal).filter(e => { return e; }),
refresh = data.map(process.full).filter(e => { return e; }),
flatorders = [],
flatrefresh = [];
orders.forEach(e => flatorders.push(...e));
refresh.forEach(e => flatrefresh.push(...e));
// Find the stuff to remove
let removed = indices.cull();
// Make sure we sync the leaderboard
removed.forEach(id => { delete leaderboard['_' + id]; });
return {
updates: [removed.length, ...removed, orders.length, ...flatorders],
full: [-1, refresh.length, ...flatrefresh], // The -1 tells the client it'll be a full refresh
};
};
})();
// The update function (returns a reader)
return () => {
list.clear();
// Sort everything
entities.forEach(listify);
// Get the top ten
let topTen = [];
for (let i=0; i<10; i++) {
// Only if there's anything in the list of course
if (list.getCount()) {
topTen.push(list.dequeue());
} else {
break;
}
}
if (_.has(gamemode, 'customizeLeaderboard'))
topTen = gamemode.customizeLeaderboard(topTen)
topTen = topTen.filter(e => { return e; });
room.topPlayerID = (topTen.length) ? topTen[0].id : -1;
// Remove empty values and process it
lb = flatten(topTen);
// Return the reader
return (full = false) => {
return full ? lb.full : lb.updates;
};
};
})();
// Define a 1 Hz update loop
function slowloop() {
// Build the minimap
logs.minimap.set();
readmap = getminimap();
// Build the leaderboard
readlb = getleaderboard();
logs.minimap.mark();
// Check sockets
let time = util.time();
clients.forEach(socket => {
if (socket.timeout.check(time)) socket.kick('Kicked for inactivity.');
if (time - socket.statuslastHeartbeat > c.maxHeartbeatInterval) socket.kick('Lost heartbeat.');
});
}
// Start it
setInterval(slowloop, 1000);
// Give the broadcast method
return socket => {
// Make sure it's spawned first
if (socket.status.hasSpawned) {
let m = [0], lb = [0, 0];
m = readmap(socket.player.team, socket.status.needsFullMap);
socket.status.needsFullMap = false;
lb = readlb(socket.status.needsFullLeaderboard);
socket.status.needsFullLeaderboard = false;
// Don't broadcast if you don't need to
if (m !== [0] || lb !== [0, 0]) { socket.talk('b', ...m, ...lb); }
}
};
})();
// Build the returned function
// This function initalizes the socket upon connection
return (socket, req) => {
// Get information about the new connection and verify it
if (c.servesStatic || req.connection.remoteAddress === '::ffff:127.0.0.1' || req.connection.remoteAddress === '::1') {
socket.ip = req.headers['x-forwarded-for'];
// Make sure we're not banned...
if (bannedIPs.findIndex(ip => { return ip === socket.ip; }) !== -1) {
socket.terminate();
return 1;
}
// Make sure we're not already connected...
if (!c.servesStatic) {
let n = connectedIPs.findIndex(w => { return w.ip === socket.ip; });
if (n !== -1) {
// Don't allow more than 2
if (connectedIPs[n].number > 1) {
util.warn('Too many connections from the same IP. [' + socket.ip + ']');
socket.terminate();
return 1;
} else connectedIPs[n].number++;
} else connectedIPs.push({ ip: socket.ip, number: 1, });
}
} else {
// Don't let banned IPs connect.
util.warn(req.connection.remoteAddress);
util.warn(req.headers['x-forwarded-for']);
socket.terminate();
util.warn('Inappropiate connection request: header spoofing. Socket terminated.');
return 1;
}
util.log(socket.ip + ' is trying to connect...');
// Set it up
socket.binaryType = 'arraybuffer';
socket.key = '';
socket.player = { camera: {}, };
socket.timeout = (() => {
let mem = 0;
let timer = 0;
return {
set: val => { if (mem !== val) { mem = val; timer = util.time(); } },
check: time => { return timer && time - timer > c.maxHeartbeatInterval; },
};
})();
// Set up the status container
socket.status = {
verified: false,
receiving: 0,
deceased: true,
requests: 0,
hasSpawned: false,
needsFullMap: true,
needsFullLeaderboard: true,
lastHeartbeat: util.time(),
};
// Set up loops
socket.loops = (() => {
let nextUpdateCall = null; // has to be started manually
let trafficMonitoring = setInterval(() => traffic(socket), 1500);
let broadcastingGuiStuff = setInterval(() => broadcast(socket), 1000);
// Return the loop methods
return {
setUpdate: timeout => {
nextUpdateCall = timeout;
},
cancelUpdate: () => {
clearTimeout(nextUpdateCall);
},
terminate: () => {
clearTimeout(nextUpdateCall);
clearTimeout(trafficMonitoring);
clearTimeout(broadcastingGuiStuff);
},
};
})();
// Set up the camera
socket.camera = {
x: undefined,
y: undefined,
vx: 0,
vy: 0,
lastUpdate: util.time(),
lastDowndate: undefined,
fov: 2000,
};
// Set up the viewer
socket.makeView = () => { socket.view = eyes(socket); };
socket.makeView();
// Put the fundamental functions in the socket
socket.ban = () => ban(socket);
socket.kick = reason => kick(socket, reason);
socket.talk = (...message) => {
if (socket.readyState === socket.OPEN) {
socket.send(protocol.encode(message), {binary: true,});
}
};
socket.lastWords = (...message) => {
if (socket.readyState === socket.OPEN) {
socket.send(protocol.encode(message), { binary: true, }, () => setTimeout(() => socket.terminate(), 1000));
}
};
socket.on('message', message => incoming(message, socket));
socket.on('close', () => { socket.loops.terminate(); close(socket); });
socket.on('error', e => { util.log('[ERROR]:'); util.error(e); });
// Put the player functions in the socket
socket.spawn = name => { return spawn(socket, name); };
// And make an update
socket.update = time => {
socket.loops.cancelUpdate();
socket.loops.setUpdate(setTimeout(() => {
socket.view.gazeUpon();
}, time));
};
// Log it
clients.push(socket);
util.log('[INFO] New socket opened with ', socket.ip);
};
})(),
};
})();
/**** GAME SETUP ****/
// Define how the game lives
// The most important loop. Fast looping.
var gameloop = (() => {
// Collision stuff
let collide = (() => {
function simplecollide(my, n) {
let diff = (1 + util.getDistance(my, n) / 2) * roomSpeed;
let a = (my.intangibility) ? 1 : my.pushability,
b = (n.intangibility) ? 1 : n.pushability,
c = 0.05 * (my.x - n.x) / diff,
d = 0.05 * (my.y - n.y) / diff;
my.accel.x += a / (b + 0.3) * c;
my.accel.y += a / (b + 0.3) * d;
n.accel.x -= b / (a + 0.3) * c;
n.accel.y -= b / (a + 0.3) * d;
}
function firmcollide(my, n, buffer = 0) {
let item1 = { x: my.x + my.m_x, y: my.y + my.m_y, };
let item2 = { x: n.x + n.m_x, y: n.y + n.m_y, };
let dist = util.getDistance(item1, item2);
let s1 = Math.max(my.velocity.length, my.topSpeed);
let s2 = Math.max(n.velocity.length, n.topSpeed);
let strike1, strike2;
if (buffer > 0 && dist <= my.realSize + n.realSize + buffer) {
let repel = (my.acceleration + n.acceleration) * (my.realSize + n.realSize + buffer - dist) / buffer / roomSpeed;
my.accel.x += repel * (item1.x - item2.x) / dist;
my.accel.y += repel * (item1.y - item2.y) / dist;
n.accel.x -= repel * (item1.x - item2.x) / dist;
n.accel.y -= repel * (item1.y - item2.y) / dist;
}
while (dist <= my.realSize + n.realSize && !(strike1 && strike2)) {
strike1 = false; strike2 = false;
if (my.velocity.length <= s1) {
my.velocity.x -= 0.05 * (item2.x - item1.x) / dist / roomSpeed;
my.velocity.y -= 0.05 * (item2.y - item1.y) / dist / roomSpeed;
} else { strike1 = true; }
if (n.velocity.length <= s2) {
n.velocity.x += 0.05 * (item2.x - item1.x) / dist / roomSpeed;
n.velocity.y += 0.05 * (item2.y - item1.y) / dist / roomSpeed;
} else { strike2 = true; }
item1 = { x: my.x + my.m_x, y: my.y + my.m_y, };
item2 = { x: n.x + n.m_x, y: n.y + n.m_y, };
dist = util.getDistance(item1, item2);
}
}
function reflectcollide(wall, bounce) {
let delt = new Vector(wall.x - bounce.x, wall.y - bounce.y);
let dist = delt.length;
let diff = wall.size + bounce.size - dist;
if (diff > 0) {
bounce.accel.x -= diff * delt.x / dist;
bounce.accel.y -= diff * delt.y / dist;
return 1;
}
return 0;
}
function advancedcollide(my, n, doDamage, doInelastic, nIsFirmCollide = false) {
// Prepare to check
let tock = Math.min(my.stepRemaining, n.stepRemaining),
combinedRadius = n.size + my.size,
motion = {
_me: new Vector(my.m_x, my.m_y),
_n: new Vector(n.m_x, n.m_y),
},
delt = new Vector(
tock * (motion._me.x - motion._n.x),
tock * (motion._me.y - motion._n.y)
),
diff = new Vector(my.x - n.x, my.y - n.y),
dir = new Vector((n.x - my.x) / diff.length, (n.y - my.y) / diff.length),
component = Math.max(0, dir.x * delt.x + dir.y * delt.y);
if (component >= diff.length - combinedRadius) { // A simple check
// A more complex check
let goahead = false,
tmin = 1 - tock,
tmax = 1,
A = Math.pow(delt.x, 2) + Math.pow(delt.y, 2),
B = 2*delt.x*diff.x + 2*delt.y*diff.y,
C = Math.pow(diff.x, 2) + Math.pow(diff.y, 2) - Math.pow(combinedRadius, 2),
det = B * B - (4 * A * C),
t;
if (!A || det < 0 || C < 0) { // This shall catch mathematical errors
t = 0;
if (C < 0) { // We have already hit without moving
goahead = true;
}
} else {
let t1 = (-B - Math.sqrt(det)) / (2*A),
t2 = (-B + Math.sqrt(det)) / (2 * A);
if (t1 < tmin || t1 > tmax) { // 1 is out of range
if (t2 < tmin || t2 > tmax) { // 2 is out of range;
t = false;
} else { // 1 is out of range but 2 isn't
t = t2; goahead = true;
}
} else { // 1 is in range
if (t2 >= tmin && t2 <= tmax) { // They're both in range!
t = Math.min(t1, t2); goahead = true; // That means it passed in and then out again. Let's use when it's going in
} else { // Only 1 is in range
t = t1; goahead = true;
}
}
}
/********* PROCEED ********/
if (goahead) {
// Add to record
my.collisionArray.push(n);
n.collisionArray.push(my);
if (t) { // Only if we still need to find the collision
// Step to where the collision occured
my.x += motion._me.x * t;
my.y += motion._me.y * t;
n.x += motion._n.x * t;
n.y += motion._n.y * t;
my.stepRemaining -= t;
n.stepRemaining -= t;
// Update things
diff = new Vector(my.x - n.x, my.y - n.y);
dir = new Vector((n.x - my.x) / diff.length, (n.y - my.y) / diff.length);
component = Math.max(0, dir.x * delt.x + dir.y * delt.y);
}
let componentNorm = component / delt.length;
/************ APPLY COLLISION ***********/
// Prepare some things
let reductionFactor = 1,
deathFactor = {
_me: 1,
_n: 1,
},
accelerationFactor = (delt.length) ? (
(combinedRadius / 4) / (Math.floor(combinedRadius / delt.length) + 1)
) : (
0.001
),
depth = {
_me: util.clamp((combinedRadius - diff.length) / (2 * my.size), 0, 1), //1: I am totally within it
_n: util.clamp((combinedRadius - diff.length) / (2 * n.size), 0, 1), //1: It is totally within me
},
combinedDepth = {
up: depth._me * depth._n,
down: (1-depth._me) * (1-depth._n),
},
pen = {
_me: {
sqr: Math.pow(my.penetration, 2),
sqrt: Math.sqrt(my.penetration),
},
_n: {
sqr: Math.pow(n.penetration, 2),
sqrt: Math.sqrt(n.penetration),
},
},
savedHealthRatio = {
_me: my.health.ratio,
_n: n.health.ratio,
};
if (doDamage) {
let speedFactor = { // Avoid NaNs and infinities
_me: (my.maxSpeed) ? ( Math.pow(motion._me.length/my.maxSpeed, 0.25) ) : ( 1 ),
_n: (n.maxSpeed) ? ( Math.pow(motion._n.length/n.maxSpeed, 0.25) ) : ( 1 ),
};
/********** DO DAMAGE *********/
let bail = false;
if (my.shape === n.shape && my.settings.isNecromancer && n.type === 'food') {
bail = my.necro(n);
} else if (my.shape === n.shape && n.settings.isNecromancer && my.type === 'food') {
bail = n.necro(my);
}
if (!bail) {
// Calculate base damage
let resistDiff = my.health.resist - n.health.resist,
damage = {
_me:
c.DAMAGE_CONSTANT *
my.damage *
(1 + resistDiff) *
(1 + n.heteroMultiplier * (my.settings.damageClass === n.settings.damageClass)) *
((my.settings.buffVsFood && n.settings.damageType === 1) ? 3 : 1 ) *
my.damageMultiplier() *
Math.min(2, Math.max(speedFactor._me, 1) * speedFactor._me),
_n:
c.DAMAGE_CONSTANT *
n.damage *
(1 - resistDiff) *
(1 + my.heteroMultiplier * (my.settings.damageClass === n.settings.damageClass)) *
((n.settings.buffVsFood && my.settings.damageType === 1) ? 3 : 1) *
n.damageMultiplier() *
Math.min(2, Math.max(speedFactor._n, 1) * speedFactor._n),
};
// Advanced damage calculations
if (my.settings.ratioEffects) {
damage._me *= Math.min(1, Math.pow(Math.max(my.health.ratio, my.shield.ratio), 1 / my.penetration));
}
if (n.settings.ratioEffects) {
damage._n *= Math.min(1, Math.pow(Math.max(n.health.ratio, n.shield.ratio), 1 / n.penetration));
}
if (my.settings.damageEffects) {
damage._me *=
accelerationFactor *
(1 + (componentNorm - 1) * (1 - depth._n) / my.penetration) *
(1 + pen._n.sqrt * depth._n - depth._n) / pen._n.sqrt;
}
if (n.settings.damageEffects) {
damage._n *=
accelerationFactor *
(1 + (componentNorm - 1) * (1 - depth._me) / n.penetration) *
(1 + pen._me.sqrt * depth._me - depth._me) / pen._me.sqrt;
}
// Find out if you'll die in this cycle, and if so how much damage you are able to do to the other target
let damageToApply = {
_me: damage._me,
_n: damage._n,
};
if (n.shield.max) {
damageToApply._me -= n.shield.getDamage(damageToApply._me);
}
if (my.shield.max) {
damageToApply._n -= my.shield.getDamage(damageToApply._n);
}
let stuff = my.health.getDamage(damageToApply._n, false);
deathFactor._me = (stuff > my.health.amount) ? my.health.amount / stuff : 1;
stuff = n.health.getDamage(damageToApply._me, false);
deathFactor._n = (stuff > n.health.amount) ? n.health.amount / stuff : 1;
reductionFactor = Math.min(deathFactor._me, deathFactor._n);
// Now apply it
my.damageRecieved += damage._n * deathFactor._n;
n.damageRecieved += damage._me * deathFactor._me;
}
}
/************* DO MOTION ***********/
if (nIsFirmCollide < 0) {
nIsFirmCollide *= -0.5;
my.accel.x -= nIsFirmCollide * component * dir.x;
my.accel.y -= nIsFirmCollide * component * dir.y;
n.accel.x += nIsFirmCollide * component * dir.x;
n.accel.y += nIsFirmCollide * component * dir.y;
} else if (nIsFirmCollide > 0) {
n.accel.x += nIsFirmCollide * (component * dir.x + combinedDepth.up);
n.accel.y += nIsFirmCollide * (component * dir.y + combinedDepth.up);
} else {
// Calculate the impulse of the collision
let elasticity = 2 - 4 * Math.atan(my.penetration * n.penetration) / Math.PI;
if (doInelastic && my.settings.motionEffects && n.settings.motionEffects) {
elasticity *= savedHealthRatio._me / pen._me.sqrt + savedHealthRatio._n / pen._n.sqrt;
} else {
elasticity *= 2;
}
let spring = 2 * Math.sqrt(savedHealthRatio._me * savedHealthRatio._n) / roomSpeed,
elasticImpulse =
Math.pow(combinedDepth.down, 2) *
elasticity * component *
my.mass * n.mass / (my.mass + n.mass),
springImpulse =
c.KNOCKBACK_CONSTANT * spring * combinedDepth.up,
impulse = -(elasticImpulse + springImpulse) * (1 - my.intangibility) * (1 - n.intangibility),
force = {
x: impulse * dir.x,
y: impulse * dir.y,
},
modifiers = {
_me: c.KNOCKBACK_CONSTANT * my.pushability / my.mass * deathFactor._n,
_n: c.KNOCKBACK_CONSTANT * n.pushability / n.mass * deathFactor._me,
};
// Apply impulse as force
my.accel.x += modifiers._me * force.x;
my.accel.y += modifiers._me * force.y;
n.accel.x -= modifiers._n * force.x;
n.accel.y -= modifiers._n * force.y;
}
}
}
}
// The actual collision resolution function
return collision => {
// Pull the two objects from the collision grid
let instance = collision[0],
other = collision[1];
// Check for ghosts...
//if (!instance.activation.check() && !other.activation.check()) { util.warn('Tried to collide with an inactive instance.'); return 0; }
// Handle walls
if (_.has(gamemode, 'collide') && gamemode.collide(instance, other, Entity, Class, room)) {
return
}
if (instance.type === 'wall' || other.type === 'wall') {
let a = (instance.type === 'bullet' || other.type === 'bullet') ?
1 + 10 / (Math.max(instance.velocity.length, other.velocity.length) + 10) :
1;
if (instance.type === 'wall') advancedcollide(instance, other, false, false, a);
else advancedcollide(other, instance, false, false, a);
} else
// If they can firm collide, do that
if ((instance.type === 'crasher' && other.type === 'food') || (other.type === 'crasher' && instance.type === 'food')) {
firmcollide(instance, other);
} else
// Otherwise, collide normally if they're from different teams
if (instance.team !== other.team) {
advancedcollide(instance, other, true, true);
} else
// Ignore them if either has asked to be
if (instance.settings.hitsOwnType === 'never' || other.settings.hitsOwnType === 'never') {
// Do jack
} else
// Standard collision resolution
if (instance.settings.hitsOwnType === other.settings.hitsOwnType) {
switch (instance.settings.hitsOwnType) {
case 'push': advancedcollide(instance, other, false, false); break;
case 'hard': firmcollide(instance, other); break;
case 'hardWithBuffer': firmcollide(instance, other, 30); break;
case 'repel': simplecollide(instance, other); break;
}
}
};
})();
// Living stuff
function entitiesliveloop (my) {
// Consider death.
if (my.contemplationOfMortality()) my.destroy();
else {
if (my.bond == null) {
// Resolve the physical behavior from the last collision cycle.
//logs.physics.set();
my.physics();
//logs.physics.mark();
}
if (my.activation.check()) {
logs.entities.tally();
// Think about my actions.
logs.life.set();
my.life();
logs.life.mark();
// Apply friction.
my.friction();
my.confinementToTheseEarthlyShackles();
logs.selfie.set();
my.takeSelfie();
logs.selfie.mark();
}
}
// Update collisions.
my.collisionArray = [];
}
let time;
// Return the loop function
return () => {
logs.loops.tally();
logs.master.set();
logs.activation.set();
for(let i = 0; i < entities.length; ++i) {
// entitiesactivationloop
const e = entities[i]
e.collisionArray = [];
e.activation.update();
e.updateAABB(e.activation.check());
}
logs.activation.mark();
// Do collisions
logs.collide.set();
if (entities.length > 1) {
// Load the grid
grid.update();
// Run collisions in each grid
grid.queryForCollisionPairs().forEach(collide);
}
logs.collide.mark();
// Do entities life
logs.entities.set();
// the controllers for food only run on the constructor
for(let i = 0; i < entities.length; ++i) {
entitiesliveloop(entities[i])
}
logs.entities.mark();
logs.master.mark();
// Remove dead entities
room.lastCycle = util.time();
};
//let expected = 1000 / c.gameSpeed / 30;
//let alphaFactor = (delta > expected) ? expected / delta : 1;
//roomSpeed = c.gameSpeed * alphaFactor;
//setTimeout(moveloop, 1000 / roomSpeed / 30 - delta);
})();
// A less important loop. Runs at an actual 5Hz regardless of game speed.
var maintainloop = (() => {
// Place obstacles
function placeRoids() {
function placeRoid(type, entityClass) {
let x = 0;
let position;
do {
position = room.randomType(type);
x++;
if (x>200) { util.warn("Could not place some roids."); return 0; }
} while (dirtyCheck(position, 10 + entityClass.SIZE));
let o = new Entity(position);
o.define(entityClass);
o.team = -101;
o.facing = ran.randomAngle();
o.protect();
o.life();
}
// Start placing them
let roidcount = room.roid.length * room.width * room.height / room.xgrid / room.ygrid / 50000 / 1.5;
let rockcount = room.rock.length * room.width * room.height / room.xgrid / room.ygrid / 250000 / 1.5;
let count = 0;
for (let i=Math.ceil(roidcount); i; i--) { count++; placeRoid('roid', Class.obstacle); }
for (let i=Math.ceil(roidcount * 0.3); i; i--) { count++; placeRoid('roid', Class.babyObstacle); }
for (let i=Math.ceil(rockcount * 0.8); i; i--) { count++; placeRoid('rock', Class.obstacle); }
for (let i=Math.ceil(rockcount * 0.5); i; i--) { count++; placeRoid('rock', Class.babyObstacle); }
util.log('Placing ' + count + ' obstacles!');
}
placeRoids();
// Spawning functions
let spawnBosses = (() => {
let timer = 0;
let boss = (() => {
let i = 0,
names = [],
bois = [Class.egg],
n = 0,
begin = 'yo some shit is about to move to a lower position',
arrival = 'Something happened lol u should probably let Neph know this broke',
loc = 'norm';
let spawn = () => {
let spot, m = 0;
do {
spot = room.randomType(loc); m++;
} while (dirtyCheck(spot, 500) && m<30);
let o = new Entity(spot);
o.define(ran.choose(bois));
o.team = -100;
o.name = names[i++];
};
return {
prepareToSpawn: (classArray, number, nameClass, typeOfLocation = 'norm') => {
n = number;
bois = classArray;
loc = typeOfLocation;
names = ran.chooseBossName(nameClass, number);
i = 0;
if (n === 1) {
begin = 'A visitor is coming.';
arrival = names[0] + ' has arrived.';
} else {
begin = 'Visitors are coming.';
arrival = '';
for (let i=0; i<n-2; i++) arrival += names[i] + ', ';
arrival += names[n-2] + ' and ' + names[n-1] + ' have arrived.';
}
},
spawn: () => {
sockets.broadcast(begin);
for (let i=0; i<n; i++) {
setTimeout(spawn, ran.randomRange(3500, 5000));
}
// Wrap things up.
setTimeout(() => sockets.broadcast(arrival), 5000);
util.log('[SPAWN] ' + arrival);
},
};
})();
return census => {
if (timer > 6000 && ran.dice(16000 - timer)) {
util.log('[SPAWN] Preparing to spawn...');
timer = 0;
let choice = [];
switch (ran.chooseChance(40, 1)) {
case 0:
choice = [[Class.elite_destroyer], 2, 'a', 'norm'];
break;
case 1:
choice = [[Class.palisade], 1, 'castle', 'norm'];
sockets.broadcast('A strange trembling...');
break;
}
boss.prepareToSpawn(...choice);
setTimeout(boss.spawn, 3000);
// Set the timeout for the spawn functions
} else if (!census.miniboss) timer++;
};
})();
let spawnCrasher = census => {
if (census.crasher < 50) {
let spot, i = 30;
do { spot = room.randomType('nest'); i--; if (!i) return 0; } while (dirtyCheck(spot, 100));
let type = Class.crasher;
let o = new Entity(spot);
o.define(type);
o.team = -100;
}
};
/*spawn dominators in the nestlet spawnDom = census => {
if (ran.chance(1 - 0.5 * census.crasher / room.maxFood / room.nestFoodAmount)) {
let spot, i = 30;
do { spot = room.randomType('nest'); i--; if (!i) return 0; } while (dirtyCheck(spot, 100));
let type = Class.destroyerDominator
let o = new Entity(spot);
o.define(type);
o.team = -100;
}
};*/
// The NPC function
let makenpcs = (() => {
// Make base protectors if needed.
/*let f = (loc, team) => {
let o = new Entity(loc);
o.define(Class.baseProtector);
o.team = -team;
o.color = [10, 11, 12, 15][team-1];
};
for (let i=1; i<5; i++) {
room['bas' + i].forEach((loc) => { f(loc, i); });
}*/
// Return the spawning function
const labels = ['NE', 'NW', 'MIDDLE', 'SE', 'SW']
let spawnDominator = (loc, index, label) => {
let o = new Entity(loc);
let kind = ran.choose([Class.destroyerDominator, Class.trapperDominator, Class.gunnerDominator, Class.smasherDominator])
o.define(kind);
dominatorControl[index] = -100
o.team = dominatorControl[index];
o.name = label + ' ' + o.label
o._dom_kind = kind
};
room['dmtr'].forEach((loc, index) => {
spawnDominator(loc, labels[index], labels[index]);
});
// spawn in the middlemost nest
/*room['nest'].forEach((loc, index) => {
spawnDominator(loc, 2, 'CENTRAL');
})*/
let bots = [];
let botTeamCounts = {[-1]:0,[-2]:0,[-3]:0,[-4]:0}
return () => {
let census = {
crasher: 0,
miniboss: 0,
tank: 0,
};
let npcs = entities.map(function npcCensus(instance) {
if (census[instance.type] != null) {
census[instance.type]++;
return instance;
}
}).filter(e => {
return e;
});
// Spawning
// spawnDom(census)
//spawnCrasher(census)
spawnBosses(census);
if (c.BOTS !== 0) {
if (bots.length < c.BOTS) {
// Find a team with one of the lowest player counts (breaks ties towards lower numbered teams)
let lowestTeamNo
let lowestTeamPlayerCount = Infinity
for(let i of c.BOT_TEAMS) {
if (botTeamCounts[-i] < lowestTeamPlayerCount) {
lowestTeamPlayerCount = botTeamCounts[-i]
lowestTeamNo = -i
}
}
let team = lowestTeamNo
let o = new Entity(room.randomType('bas'+-team));
// should store the
let botClass = Class.randomPlayable()
o.define(Class.bot);
o.define(botClass);
o.gainSpeed = Math.max(ran.gauss(16, 6), 1)
o.name = ran.chooseBotName();
o.refreshBodyAttributes()
o.team = team
o._botClass = botClass
const colorteammapping = {0: 10, 1: 11, 2: 12, 3: 15, [-101]: 3};
o.color = colorteammapping[-(o.team) - 1];
if (c.BOTS_START_AT_LEVEL_45) {
o.skill.score = 23.6 *1000
}
bots.push(o);
botTeamCounts[team]++
}
// Remove dead ones
bots = bots.filter(e => {
if (e.isDead()) {
botTeamCounts[e.team]--
// respawn bot
let team = e.team
let o = new Entity(room.randomType('bas'+-team));
let botClass = e._botClass
o.define(Class.bot);
o.define(botClass);
o.gainSpeed = e.gainSpeed
o.name = e.name;
o.skill.score = Math.min(e.skill.score / 2, 23.7*1000)
o.refreshBodyAttributes()
// Choose from one of the least ones
o.team = team
o._botClass = botClass
const colorteammapping = {0: 10, 1: 11, 2: 12, 3: 15, [-101]: 3};
o.color = colorteammapping[-(o.team) - 1];
if (c.BOTS_START_AT_LEVEL_45) {
o.skill.score = 23.6 *1000
}
bots.push(o);
botTeamCounts[team]++
return false
} else {
return true
}
});
// Slowly upgrade them
bots.forEach(o => {
if (o.skill.level < 45) {
o.skill.score += o.gainSpeed
o.skill.maintain();
const skill = ran.choose(Object.entries(skcnv))[0]
if (o.skill.upgrade(skill) && o.skill.level > 30) {
//console.log(o.name + ' upgraded ' + skill + ' to ' + o.skill.amount(skill))
}
}
});
}
};
})();
// The big food function
let makefood = (() => {
let foodSpawners = [];
// The two essential functions
let placeNewFood = (position, scatter, level, allowInNest = false) => {
if (room.isInRoomType(position, 'nest')) {
level = 3
}
let o = nearest(food, position);
let mitosis = false;
let seed = false;
// Find the nearest food and determine if we can do anything with it
if (o != null) {
for (let i=50; i>0; i--) {
if (scatter == -1 || util.getDistance(position, o) < scatter) {
if (ran.dice((o.foodLevel + 1) * (o.foodLevel + 1))) {
mitosis = true; break;
} else {
seed = true; break;
}
}
}
}
// Decide what to do
if (scatter != -1 || mitosis || seed) {
// Splitting
if (o != null && (mitosis || seed) && room.isIn('nest', o) === allowInNest) {
let levelToMake = (mitosis) ? o.foodLevel : level,
place = {
x: o.x + o.size * Math.cos(o.facing),
y: o.y + o.size * Math.sin(o.facing),
};
let new_o = new Entity(place);
new_o.define(getFoodClass(levelToMake));
new_o.team = -100;
new_o.facing = o.facing + ran.randomRange(Math.PI/2, Math.PI);
new_o.F = food.length
food.push(new_o);
return new_o;
}
// Brand new
else if (room.isIn('nest', position) === allowInNest) {
if (!dirtyCheck(position, 20)) {
o = new Entity(position);
o.define(getFoodClass(level));
o.team = -100;
o.facing = ran.randomAngle();
o.F = food.length
food.push(o);
return o;
}
}
}
};
// Define foodspawners
class FoodSpawner {
constructor() {
this.foodToMake = Math.ceil(Math.abs(ran.gauss(0, room.scale.linear*80)));
this.size = Math.sqrt(this.foodToMake) * 25;
// Determine where we ought to go
let position = {}; let o;
do {
position = room.gaussRing(1 / 3, 20);
o = placeNewFood(position, this.size, 0);
} while (o == null);
// Produce a few more
for (let i=Math.ceil(Math.abs(ran.gauss(0, 4))); i<=0; i--) {
placeNewFood(o, this.size, 0);
}
// Set location
this.x = o.x;
this.y = o.y;
//util.debug('FoodSpawner placed at ('+this.x+', '+this.y+'). Set to produce '+this.foodToMake+' food.');
}
rot() {
if (--this.foodToMake < 0) {
//util.debug('FoodSpawner rotted, respawning.');
util.remove(foodSpawners, foodSpawners.indexOf(this));
foodSpawners.push(new FoodSpawner());
}
}
}
// Add them
/*foodSpawners.push(new FoodSpawner());
foodSpawners.push(new FoodSpawner());
foodSpawners.push(new FoodSpawner());
foodSpawners.push(new FoodSpawner());*/
// Food making functions
let makeGroupedFood = () => { // Create grouped food
// Choose a location around a spawner
let spawner = foodSpawners[ran.irandom(foodSpawners.length - 1)],
bubble = ran.gaussRing(spawner.size, 1/4);
placeNewFood({ x: spawner.x + bubble.x, y: spawner.y + bubble.y, }, -1, 0);
spawner.rot();
};
let makeDistributedFood = () => { // Distribute food everywhere
//util.debug('Creating new distributed food.');
let spot = {};
do { spot = room.gaussRing(1/2, 2); } while (room.isInNorm(spot));
placeNewFood(spot, 0.01 * room.width, 0);
};
let makeAnywhereFood = () => { // distribute food *actually* everywhere
let spot = room.random()
// todo: calibrate the food level distribution to diep.io levels
let level = ran.choose([1, 1, 1, 1, 1, 2, 2, 3])
placeNewFood(spot, 0.01 * room.width, level);
}
for (let i = 0; i < c.INITIAL_FOOD_AMOUNT; i++) {
makeAnywhereFood()
}
let makeCornerFood = () => { // Distribute food in the corners
let spot = {};
do { spot = room.gaussInverse(5); } while (room.isInNorm(spot));
placeNewFood(spot, 0.05 * room.width, 0);
};
let makeNestFood = () => { // Make nest pentagons
let spot = room.randomType('nest');
placeNewFood(spot, 0.01 * room.width, 3, true);
};
if (room.hasType('nest')) {
for (let i = 0; i < c.INITIAL_NEST_FOOD_AMOUNT; i++) {
makeNestFood()
}
}
// Return the full function
return () => {
/*
// Find and understand all food
let census = {
[0]: 0, // Egg
[1]: 0, // Square
[2]: 0, // Triangle
[3]: 0, // Penta
[4]: 0, // Beta
[5]: 0, // Alpha
[6]: 0,
tank: 0,
sum: 0,
};
let censusNest = {
[0]: 0, // Egg
[1]: 0, // Square
[2]: 0, // Triangle
[3]: 0, // Penta
[4]: 0, // Beta
[5]: 0, // Alpha
[6]: 0,
sum: 0,
};
// Do the censusNest
food = entities.map(instance => {
try {
if (instance.type === 'tank') {
census.tank++;
} else if (instance.foodLevel > -1) {
if (room.isIn('nest', { x: instance.x, y: instance.y, })) { censusNest.sum++; censusNest[instance.foodLevel]++; }
else { census.sum++; census[instance.foodLevel]++; }
return instance;
}
} catch (err) { util.error(instance.label); util.error(err); instance.kill(); }
}).filter(e => { return e; });
// Sum it up
let maxFood = 1 + room.maxFood + 15 * census.tank;
let maxNestFood = 1 + room.maxFood * room.nestFoodAmount;
let foodAmount = census.sum;
let nestFoodAmount = censusNest.sum;
/*********** ROT OLD SPAWNERS **********/
/*
foodSpawners.forEach(spawner => { if (ran.chance(1 - foodAmount/maxFood)) spawner.rot(); });
/************** MAKE FOOD **************/
/*
while (ran.chance(0.8 * (1 - foodAmount * foodAmount / maxFood / maxFood))) {
switch (ran.chooseChance(10, 2, 1)) {
case 0: makeGroupedFood(); break;
case 1: makeDistributedFood(); break;
case 2: makeCornerFood(); break;
}
}
while (ran.chance(0.5 * (1 - nestFoodAmount * nestFoodAmount / maxNestFood / maxNestFood))) makeNestFood();
/************* UPGRADE FOOD ************/
/*
if (!food.length) return 0;
for (let i=Math.ceil(food.length / 100); i>0; i--) {
let o = food[ran.irandom(food.length - 1)], // A random food instance
oldId = -1000,
overflow, location;
// Bounce 6 times
for (let j=0; j<6; j++) {
overflow = 10;
// Find the nearest one that's not the last one
do { o = nearest(food, { x: ran.gauss(o.x, 30), y: ran.gauss(o.y, 30), });
} while (o.id === oldId && --overflow);
if (!overflow) continue;
// Configure for the nest if needed
let proportions = c.FOOD,
cens = census,
amount = foodAmount;
if (room.isIn('nest', o)) {
proportions = c.FOOD_NEST;
cens = censusNest;
amount = nestFoodAmount;
}
// Upgrade stuff
o.foodCountup += Math.ceil(Math.abs(ran.gauss(0, 10)));
while (o.foodCountup >= (o.foodLevel + 1) * 100) {
o.foodCountup -= (o.foodLevel + 1) * 100;
if (ran.chance(1 - cens[o.foodLevel + 1] / amount / proportions[o.foodLevel + 1])) {
o.define(getFoodClass(o.foodLevel + 1));
}
}
}
}*/
};
})();
// Define food and food spawning
gamemode.setup(Entity, Class, room)
return () => {
// Do stuff
makenpcs();
makefood();
// Regen health and update the grid
entities.forEach(instance => {
if (instance.shield.max) {
instance.shield.regenerate();
}
if (instance.health.amount) {
instance.health.regenerate(instance.shield.max && instance.shield.max === instance.shield.amount);
}
});
};
})();
// This is the checking loop. Runs at 1Hz.
var speedcheckloop = (() => {
let fails = 0;
// Return the function
return () => {
let activationtime = logs.activation.sum(),
collidetime = logs.collide.sum(),
movetime = logs.entities.sum(),
playertime = logs.network.sum(),
maptime = logs.minimap.sum(),
physicstime = logs.physics.sum(),
lifetime = logs.life.sum(),
bullettime = logs.bullets.sum(),
selfietime = logs.selfie.sum();
let sum = logs.master.record();
let loops = logs.loops.count(),
active = logs.entities.count();
global.fps = (1000/sum).toFixed(2);
if (sum > 1000 / roomSpeed / 30) {
//fails++;
util.warn('LOOPS: ' + loops + '. ENTITY #: ' + entities.length + '//' + Math.round(active/loops) + '. VIEW #: ' + views.length + '. BACKLOGGED :: ' + (sum * roomSpeed * 3).toFixed(2) + '%!');
util.warn('Total activation time: ' + activationtime);
util.warn('Total collision time: ' + collidetime);
util.warn('Total cycle time: ' + (movetime - lifetime));
util.warn('Total player update time: ' + playertime);
util.warn('Total lb+minimap processing time: ' + maptime);
//util.warn('Total entity physics calculation time: ' + physicstime);
util.warn('Total entity life+thought cycle time: ' + (lifetime - bullettime));
util.warn('Total entity selfie-taking time: ' + selfietime);
util.warn('Total gun+turrent life time: ' + bullettime)
util.warn('Total time: ' + (activationtime + collidetime + movetime + playertime + maptime + physicstime + selfietime));
if (fails > 60) {
util.error("FAILURE!");
//process.exit(1);
}
} else {
fails = 0;
}
};
})();
/** BUILD THE SERVERS **/
// Turn the server on
var server = http.createServer(app);
var websockets = (() => {
// Configure the websocketserver
let config = { server: server };
if (c.servesStatic) {
server.listen(c.port, function httpListening() {
util.log((new Date()) + ". Joint HTTP+Websocket server turned on, listening on port "+server.address().port + ".");
});
} else {
config.port = c.port;
util.log((new Date()) + 'Websocket server turned on, listening on port ' + c.port + '.');
}
// Build it
return new WebSocket.Server(config);
})().on('connection', sockets.connect);
// Bring it to life
setInterval(gameloop, room.cycleSpeed);
setInterval(maintainloop, 200);
// don't interfere with lineprof's profiling cycle
setTimeout(() =>
setInterval(speedcheckloop, 1000),
500
);
// Graceful shutdown
let shutdownWarning = false;
if (process.platform === "win32") {
var rl = require("readline").createInterface({
input: process.stdin,
output: process.stdout
});
rl.on("SIGINT", () => {
process.emit("SIGINT");
});
}
process.on("SIGINT", () => {
if (!shutdownWarning) {
shutdownWarning = true;
sockets.broadcast("The server is shutting down.");
util.log('Server going down! Warning broadcasted.');
setTimeout(() => {
sockets.broadcast("Arena closed.");
util.log('Final warning broadcasted.');
setTimeout(() => {
util.warn('Process ended.');
process.exit();
}, 3000);
}, 17000);
}
});
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