Run() {
SpawnPoints.forEach(spawnPoint => {
let tower: Tower = new Tower();
tower.Defend(spawnPoint);
});
}
Run() {
SpawnPoints.forEach(spawnPoint => {
let butler: Butler = new Butler();
let upgrader: Upgrader = new Upgrader();
let builder: Builder = new Builder();
let paver: Paver = new Paver();
let mason: Mason = new Mason();
//Note: Call each of the NeedToSpawn's in order to populate ALL memory -
// without this, only the ones that need to actually spawn and above get called / populated
let butlerNeedToSpawn = butler.NeedToSpawn(spawnPoint);
let upgraderNeedToSpawn = upgrader.NeedToSpawn(spawnPoint);
let builderNeedToSpawn = builder.NeedToSpawn(spawnPoint);
let paverNeedToSpawn = paver.NeedToSpawn(spawnPoint);
let masonNeedToSpawn = mason.NeedToSpawn(spawnPoint);
//Only spawn creeps if we're under current max value
var creeps = _.filter(Game.creeps);
if (creeps.length < (Game.spawns[spawnPoint].room.memory as RoomMemory).CurrentMaxCreeps) {
if (butlerNeedToSpawn) {
butler.Spawn(spawnPoint);
}
else if (upgraderNeedToSpawn) {
upgrader.Spawn(spawnPoint);
}
else if (builderNeedToSpawn) {
builder.Spawn(spawnPoint);
}
else if (paverNeedToSpawn) {
paver.Spawn(spawnPoint);
}
else if (masonNeedToSpawn) {
mason.Spawn(spawnPoint);
}
if (Game.spawns[spawnPoint].spawning) {
var spawningCreep = Game.creeps[(Game.spawns[spawnPoint].spawning as any).name];
Game.spawns[spawnPoint].room.visual.text(
'ЁЯЫая╕П' + (spawningCreep.memory as CreepMemory).Role,
Game.spawns[spawnPoint].pos.x + 1,
Game.spawns[spawnPoint].pos.y, { align: 'left', opacity: 0.8 }
);
}
}
else{
//console.log("Self Imposed Max Creep Limit is currently hit! No new creeps will spawn!");
}
});
}