public void FireAt(Entity target)
{
if (refireTime > 0 || sustainTarget != null)
{
return;
}
var dist = entity.Range(target);
if (dist > range)
{
return;
}
World.current.eventListener.Animate(entity, "Fire");
if (sustainTime == 0)
{
target.Damage(damage);
refireTime = fireRate;
World.current.eventListener.HitscanBurstFire(this, effect, target);
}
else
{
World.current.eventListener.HitscanSustainedFire(this, effect, target, sustainTime);
sustainRemaining = sustainTime;
sustainTarget = target;
}
}
public override void OnTick()
{
if (refireTime > 0)
{
refireTime -= World.deltaTime;
}
if (sustainTarget != null)
{
if (!sustainTarget.isAlive)
{
sustainTarget = null;
refireTime = fireRate + sustainRemaining;
return;
}
var dist = entity.Range(sustainTarget);
Logger.Log("distance {0} range {1} target {3} possible damage {2}",
dist, range, damage * World.deltaTime,
entity.modelName);
if (dist <= range)
{
sustainTarget.Damage(damage * World.deltaTime);
}
sustainRemaining -= World.deltaTime;
if (sustainRemaining <= 0)
{
sustainTarget = null;
refireTime = fireRate;
}
}
}
public Collider(Entity entity, ComponentPrototype proto) : base(entity)
{
height = DReal.Parse(proto.data["height"]);
radius = DReal.Parse(proto.data["radius"]);
fixedPosition = proto.data["fixedPosition"] == "true";
pushy = proto.data["pushy"] == "true";
}
public Projectile(Entity entity, ComponentPrototype proto) : base(entity)
{
speed = DReal.Parse(proto.data["speed"]);
directDamage = DReal.Parse(proto.data["directDamage"]);
splashDamage = DReal.Parse(proto.data["splashDamage"]);
splashRadius = DReal.Parse(proto.data["splashRadius"]);
}
public DReal Take(DReal count)
{
var n = DReal.Min(remainingCount, count);
remainingCount -= n;
return(n);
}
public void Tick()
{
currentTick += 1;
// Call OnCreate on each new entity.
while (new_entities.Count != 0)
{
var e = new_entities[new_entities.Count - 1];
new_entities.RemoveAt(new_entities.Count - 1);
e.OnCreate();
_entities.Add(e);
eventListener.EntityCreated(e);
}
// OnTick.
foreach (var e in entities)
{
e.OnTick();
}
// Perform collision detection.
for (var i = 0; i < colliders.Count; i += 1)
{
var ci = colliders[i];
var i_bot = ci.entity.position.y;
var i_top = i_bot + ci.height;
for (var j = i + 1; j < colliders.Count; j += 1)
{
var cj = colliders[j];
var j_bot = cj.entity.position.y;
var j_top = j_bot + cj.height;
var size = ci.radius + cj.radius;
var dist_sqr = map.DistanceSqr(ci.entity.position, cj.entity.position);
if (dist_sqr > size * size)
{
continue;
}
if (DReal.Max(i_bot, j_bot) > DReal.Min(i_top, j_top))
{
continue;
}
ci.entity.OnCollision(cj.entity);
cj.entity.OnCollision(ci.entity);
}
}
// Call OnDestroy on each dead entity.
while (dead_entities.Count != 0)
{
var e = dead_entities[dead_entities.Count - 1];
dead_entities.RemoveAt(dead_entities.Count - 1);
if (new_entities.Contains(e))
{
new_entities.Remove(e);
}
else
{
e.OnDestroy();
_entities.Remove(e);
eidToEntityMap.Remove(e.eid);
eventListener.EntityDestroyed(e);
}
}
}
public bool CheckBuildPlacement(int id, DVector3 position)
{
// Eugh. Poke around in the prototype for the collider (if any).
var radius = (DReal)0;
var proto = World.current.entityPrototypes[buildables[id]];
foreach (var cproto in proto.components)
{
if (cproto.kind == "Collider")
{
radius = DReal.Parse(cproto.data["radius"]);
}
}
if (World.current.FindEntitiesWithinRadius(position, radius * 2).Any())
{
return(false);
}
// Must be within a build radius.
foreach (var ent in World.current.entities.Where(e => e.team == entity.team))
{
var br = ent.GetComponent <BuildRadius>();
if (br != null && br.Contains(position, radius))
{
return(true);
}
}
return(false);
}
public Wizard(Entity entity, ComponentPrototype proto) : base(entity)
{
towerPrototype = proto.data["tower"];
towerBuildCooldown = DReal.Parse(World.current.entityPrototypes[towerPrototype].data["buildTime"]);
towerBuildCooldownRemaining = towerBuildCooldown;
tower = null;
}
public override void OnTick()
{
if (fireTime > 0)
{
fireTime -= World.deltaTime;
}
}
public WizardTower(Entity entity, ComponentPrototype proto) : base(entity)
{
harvesterPrototype = proto.data["harvester"];
harvesterBuildCooldown = DReal.Parse(World.current.entityPrototypes[harvesterPrototype].data["buildTime"]);
wizardPrototype = proto.data["wizard"];
wizardBuildCooldown = DReal.Parse(World.current.entityPrototypes[harvesterPrototype].data["buildTime"]);
}
public ResourceHarvester(Entity entity, int resourceId, DReal capacity, DReal fillRate) : base(entity)
{
this.motor = entity.GetComponent <IMotor>();
this.resourceId = resourceId;
this.capacity = capacity;
this.fillRate = fillRate;
this.fill = 0;
}
public ResourceHarvester(Entity entity, ComponentPrototype proto) : base(entity)
{
this.motor = entity.GetComponent <IMotor>();
resourceId = World.current.resourceNameToId[proto.data["resource"]];
capacity = DReal.Parse(proto.data["capacity"]);
fillRate = DReal.Parse(proto.data["rate"]);
this.fill = 0;
}
public override void OnTick()
{
if (health != null)
{
var missing_health = health.max - health.current;
health.max = DReal.Max(1, realMaxHealth * buildProgress);
health.current = health.max - missing_health;
}
}
public Mine(Entity entity, ComponentPrototype proto) : base(entity)
{
this.rate = DReal.Parse(proto.data["rate"]);
var resource = World.current.resourceNameToId[proto.data["resource"]];
var team_ent = World.current.entities.First(e => e.team == entity.team && e.GetComponents <ResourcePool>().Any(p => p.resourceId == resource));
pool = team_ent.GetComponents <ResourcePool>().First(p => p.resourceId == resource);
}
public override void OnCreate()
{
health = entity.GetComponent <Health>();
if (health != null)
{
realMaxHealth = health.max;
health.max = 1;
health.current = 1;
}
}
public AirMotor(Entity entity, ComponentPrototype proto) : base(entity)
{
moveSpeed = DReal.Parse(proto.data["speed"]);
wobbleFrequency = DReal.Parse(proto.data["wobbleFrequency"]);
wobbleAmplitude = DReal.Parse(proto.data["wobbleAmplitude"]);
floatOffset = DReal.Parse(proto.data["floatOffset"]);
verticalSpeed = DReal.Parse(proto.data["verticalSpeed"]);
wobbleOffset = World.current.RandomValue() * DReal.PI;
}
void Splash()
{
foreach (var hit in World.current.FindEntitiesWithinRadius(entity.position, splashRadius, entity.team))
{
var dist = entity.Range(hit);
Logger.Log("Splash on entity {0} at {1}, dist {2} ({3}), damage {4}",
hit, hit.position, dist, dist / splashRadius, splashDamage * (1 - DReal.Clamp01(dist / splashRadius)));
hit.Damage(splashDamage * (1 - DReal.Clamp01(dist / splashRadius)), entity);
}
entity.Destroy();
World.current.eventListener.Animate(entity, "Impact");
}
public HitscanWeapon(Entity entity, ComponentPrototype proto) : base(entity)
{
range = DReal.Parse(proto.data["range"]);
damage = DReal.Parse(proto.data["damage"]);
fireRate = DReal.Parse(proto.data["fireRate"]);
sustainTime = DReal.Parse(proto.data["sustainTime"]);
effect = proto.data["effect"];
refireTime = 0;
sustainRemaining = 0;
sustainTarget = null;
}
public ProjectileWeapon(Entity entity, ComponentPrototype proto) : base(entity)
{
projectile = proto.data["projectile"];
range = DReal.Parse(proto.data["range"]);
fireRate = DReal.Parse(proto.data["fireRate"]);
randomOffset = new DVector3(DReal.Parse(proto.data["randomOffsetX"]),
DReal.Parse(proto.data["randomOffsetY"]),
DReal.Parse(proto.data["randomOffsetZ"]));
fireTime = 0;
}
public void FireAt(Entity target)
{
if (fireTime > 0)
{
return;
}
var dist = entity.Range(target);
if (dist > range)
{
return;
}
var target_position = target.position;
// Aim for the middle.
var target_collider = target.GetComponent <Collider>();
if (target_collider != null)
{
target_position += new DVector3(0, target_collider.height / 2, 0);
}
var projectile_spawn = entity.position;
if (collider != null)
{
// Spawn from front middle of the collider.
projectile_spawn += new DVector3(0, collider.height / 2, 0);
projectile_spawn += entity.faceDirection * collider.radius;
}
// Offset the origin slightly to make it less repetative.
projectile_spawn += new DVector3(randomOffset.x * World.current.RandomRange(-1, 1),
randomOffset.y * World.current.RandomRange(-1, 1),
randomOffset.z * World.current.RandomRange(-1, 1));
var dir = World.current.map.Direction(projectile_spawn, target_position);
fireTime = fireRate;
var ent = World.current.Instantiate(projectile, entity.team, projectile_spawn);
var proj = ent.GetComponent <Projectile>();
if (proj != null)
{
proj.spawner = entity;
proj.target = target_position;
}
World.current.eventListener.Animate(entity, "Fire");
}
public IEnumerable <Entity> FindEntitiesWithinRadius(DVector3 position, DReal radius, int ignoreTeam = -1)
{
foreach (Collider c in colliders)
{
if (c.entity.team == ignoreTeam)
{
continue;
}
var dist = map.Distance(c.entity.position, position);
if (dist < radius + c.radius)
{
yield return(c.entity);
}
}
}
public override void OnCreate()
{
motor = entity.GetComponent <IMotor>();
weapons = entity.GetComponents <IWeapon>().ToArray();
weaponRange = weapons.Aggregate((DReal)0, (x, y) => DReal.Max(x, y.Range()));
Logger.Log("Weapon range is {0}", weaponRange);
if (weapons.Length == 0)
{
stance = Stance.Passive;
}
else
{
stance = Stance.Active;
}
}
public DReal Height(DVector3 position)
{
var ix = (int)position.x;
var iz = (int)position.z;
// Corner heights.
var ha = RawHeight(ix, iz);
var hb = RawHeight(ix + 1, iz);
var hc = RawHeight(ix, iz + 1);
var hd = RawHeight(ix + 1, iz + 1);
// Interpolation offsets.
var tx = position.x - ix;
var tz = position.z - iz;
return(DReal.BilinearLerp(ha, hb, hc, hd, tx, tz));
}
public void Damage(DReal amount, Entity source = null)
{
var health = GetComponent <Health>();
if (health != null)
{
health.current -= amount;
if (source != null)
{
if (!health.damageDealers.ContainsKey(source))
{
health.damageDealers.Add(source, 0);
}
health.damageDealers[source] += amount;
}
}
}
public override void OnTick()
{
if (tower != null && !tower.isAlive)
{
tower = null;
}
if (tower == null)
{
tower = World.current.entities
.FirstOrDefault(e => {
return(e.team == entity.team && e.modelName == towerPrototype);
});
}
if (towerBuildCooldownRemaining > 0)
{
towerBuildCooldownRemaining -= World.deltaTime;
}
}
public DVector3 RandomSpawnPosition(DReal min, DReal max)
{
for (var attempt = 0; attempt < 100; attempt += 1)
{
var angle = World.current.RandomValue() * 360;
var radius = World.current.RandomRange(min, max);
var x = this.position.x + DReal.Cos(angle) * radius;
var z = this.position.z + DReal.Sin(angle) * radius;
var height = World.current.map.Height(new DVector3(x, 0, z));
var p = new DVector3(x, height, z);
if (World.current.navigation.Reachability(this.position) == World.current.navigation.Reachability(p))
{
return(p);
}
}
UnityEngine.Debug.Log("Failed to generate random position.");
return(this.position);
}
public override void OnTick()
{
var remaining_movement = moveSpeed * World.deltaTime;
while (remaining_movement > 0 && currentPath != null && currentPath.Count != 0)
{
// If there is something in the way, then ignore this waypoint.
if (currentPath.Count > 1 && World.current.FindEntitiesWithinRadius(new DVector3(currentPath[0].x, 0, currentPath[0].z), 0).Where(e => e != entity).Any())
{
currentPath.RemoveAt(0);
continue;
}
var dist = World.current.map.Distance(new DVector3(entity.position.x, 0, entity.position.z),
new DVector3(currentPath[0].x, 0, currentPath[0].z));
var dir = World.current.map.Direction(new DVector3(entity.position.x, 0, entity.position.z),
new DVector3(currentPath[0].x, 0, currentPath[0].z));
var px = (DReal)0;
var pz = (DReal)0;
if (dist > remaining_movement)
{
var motion = dir * remaining_movement;
px = DReal.Repeat(entity.position.x + motion.x,
World.current.map.width);
pz = DReal.Repeat(entity.position.z + motion.z,
World.current.map.depth);
remaining_movement = 0;
}
else
{
px = currentPath[0].x;
pz = currentPath[0].z;
currentPath.RemoveAt(0);
remaining_movement -= dist;
}
var new_height = World.current.map.Height(new DVector3(px, 0, pz));
entity.position = new DVector3(px, new_height, pz);
entity.faceDirection = dir;
}
entity.position = new DVector3(entity.position.x,
World.current.map.Height(entity.position),
entity.position.z);
}
public override void OnTick()
{
if (harvesterBuildCooldownRemaining > 0)
{
harvesterBuildCooldownRemaining -= World.deltaTime;
}
if (harvester != null && !harvester.isAlive)
{
harvester = null;
}
if (harvester == null && harvesterBuildCooldownRemaining <= 0)
{
// TODO: Respect the harvester's build mode.
harvester = World.current.Instantiate(harvesterPrototype,
entity.team,
entity.RandomSpawnPosition(10, 20));
harvesterBuildCooldownRemaining = harvesterBuildCooldown;
}
if (wizardBuildCooldownRemaining > 0)
{
wizardBuildCooldownRemaining -= World.deltaTime;
}
if (wizard != null && !wizard.isAlive)
{
wizard = null;
}
if (wizard == null)
{
wizard = World.current.entities
.FirstOrDefault(e => {
return(e.team == entity.team && e.modelName == wizardPrototype);
});
}
if (wizard == null && wizardBuildCooldownRemaining <= 0)
{
// TODO: Respect the wizard's build mode.
wizard = World.current.Instantiate(wizardPrototype,
entity.team,
entity.RandomSpawnPosition(10, 20));
wizardBuildCooldownRemaining = wizardBuildCooldown;
}
}
public override void DeployCommand(DVector3 position)
{
if (tower != null && tower.isAlive)
{
return;
}
if (towerBuildCooldownRemaining > 0)
{
return;
}
if (!CheckBuildPlacement(position))
{
return;
}
// TODO: Respect the tower's build mode.
tower = World.current.Instantiate(towerPrototype,
entity.team,
position);
towerBuildCooldownRemaining = towerBuildCooldown;
}
// Range to target, adjusted by collider size.
public DReal Range(Entity target)
{
var ent2d = new DVector3(position.x, 0, position.z);
var targ2d = new DVector3(target.position.x, 0, target.position.z);
var dist = World.current.map.Distance(ent2d, targ2d);
var local_collider = GetComponent <Collider>();
if (local_collider != null)
{
dist -= local_collider.radius;
}
var target_collider = target.GetComponent <Collider>();
if (target_collider != null)
{
dist -= target_collider.radius;
}
return(DReal.Max(0, dist));
}