public override void BuildCommand(int id, DVector3 position)
{
if (buildInProgress)
{
return;
}
if (buildables[id] == null)
{
return;
}
position = new DVector3(position.x,
World.current.map.Height(position),
position.z);
currentMode = World.current.entityPrototypes[buildables[id]].BuildMode();
if (currentMode == BuildMode.BUILD_IN_PLACE || currentMode == BuildMode.BUILD_IMMEDIATE)
{
if (!CheckBuildPlacement(id, position))
{
return;
}
}
// TODO: Check placement for BUILD_foo here.
if (!HaveEnoughResources(id))
{
return;
}
ConsumeResources(id, false);
buildInProgress = true;
totalTime = DReal.Parse(World.current.entityPrototypes[buildables[id]].data["buildTime"]);
remainingTime = totalTime;
buildingWhat = id;
buildingPosition = position;
switch (currentMode)
{
case BuildMode.SPAWN:
break;
case BuildMode.SPAWN_IMMEDIATE:
World.current.Instantiate(buildables[buildingWhat],
entity.team,
entity.RandomSpawnPosition(spawnMin, spawnMax));
World.current.eventListener.Animate(entity, "Spawn");
break;
case BuildMode.BUILD_THEN_PLACE:
break;
case BuildMode.BUILD_IN_PLACE:
var proto = World.current.entityPrototypes[buildables[id]];
var ent = new Entity(entity.team, position, proto);
// Only instantiate the collider and the health component, if any.
foreach (var cproto in proto.components)
{
if (cproto.kind == "Collider")
{
ent.AddComponent(new Collider(ent, cproto));
}
else if (cproto.kind == "Health")
{
ent.AddComponent(new Health(ent, cproto));
}
}
inPlaceConstruction = new PartialBuilding(ent);
ent.AddComponent(inPlaceConstruction);
break;
case BuildMode.BUILD_IMMEDIATE:
World.current.Instantiate(buildables[buildingWhat],
entity.team,
buildingPosition);
break;
}
}
public Entity Instantiate(string prototypeName, int team, DVector3 position)
{
var proto = entityPrototypes[prototypeName];
var ent = new Entity(team, position, proto);
foreach (var cproto in proto.components)
{
Component comp = null;
if (cproto.kind == "Wizard")
{
comp = new Wizard(ent, cproto);
}
else if (cproto.kind == "WizardTower")
{
comp = new WizardTower(ent, cproto);
}
else if (cproto.kind == "BasicUnit")
{
comp = new BasicUnit(ent, cproto);
}
else if (cproto.kind == "GroundMotor")
{
comp = new GroundMotor(ent, cproto);
}
else if (cproto.kind == "AirMotor")
{
comp = new AirMotor(ent, cproto);
}
else if (cproto.kind == "ResourceCollectionPoint")
{
comp = new ResourceCollectionPoint(ent, cproto);
}
else if (cproto.kind == "ResourceHarvester")
{
comp = new ResourceHarvester(ent, cproto);
}
else if (cproto.kind == "Truck")
{
comp = new Truck(ent, cproto);
}
else if (cproto.kind == "MineTruck")
{
comp = new MineTruck(ent, cproto);
}
else if (cproto.kind == "Mine")
{
comp = new Mine(ent, cproto);
}
else if (cproto.kind == "Factory")
{
comp = new Factory(ent, cproto);
}
else if (cproto.kind == "ResourceSource")
{
comp = new ResourceSource(ent, cproto);
}
else if (cproto.kind == "ProjectileWeapon")
{
comp = new ProjectileWeapon(ent, cproto);
}
else if (cproto.kind == "Projectile")
{
comp = new Projectile(ent, cproto);
}
else if (cproto.kind == "Collider")
{
comp = new Collider(ent, cproto);
}
else if (cproto.kind == "HitscanWeapon")
{
comp = new HitscanWeapon(ent, cproto);
}
else if (cproto.kind == "Health")
{
comp = new Health(ent, cproto);
}
else if (cproto.kind == "BuildRadius")
{
comp = new BuildRadius(ent, cproto);
}
else if (cproto.kind == "Team")
{
comp = new Team(ent, cproto);
}
else if (cproto.kind == "ResourcePool")
{
comp = new ResourcePool(ent, cproto);
}
else
{
Logger.Log("Unknown component type {0}", cproto.kind);
}
ent.AddComponent(comp);
}
return(ent);
}
