internal override void Update(int x, int y)
{
BoundedFloat bufferPower = new BoundedFloat(0, 0, powerinU.max + powerinD.max);
base.powerInUCache = powerinU;
base.powerInDCache = powerinD;
bool cond = powerinU > 0 || powerinD > 0;
BoundedFloat.MoveVals(ref powerinU, ref bufferPower, powerinU);
BoundedFloat.MoveVals(ref powerinD, ref bufferPower, powerinD);
EmptyInputs();
base.EmptyOutputs();
if (cond)
{
BoundedFloat.MoveVals(ref bufferPower, ref poweroutR, bufferPower);
}
base.powerOutRCache = poweroutR;
base.UpdateR(x, y);
}
internal override void Update(int x, int y)
{
//power input
BoundedFloat buffer = new BoundedFloat(0, 0, powerinL.max + powerinR.max + powerinU.max + powerinD.max);
powerInLCache = powerinL.val;
powerInRCache = powerinR.val;
powerInUCache = powerinU.val;
powerInDCache = powerinD.val;
BoundedFloat.MoveVals(ref powerinL, ref buffer, powerinL.val);
BoundedFloat.MoveVals(ref powerinR, ref buffer, powerinR.val);
BoundedFloat.MoveVals(ref powerinU, ref buffer, powerinU.val);
BoundedFloat.MoveVals(ref powerinD, ref buffer, powerinD.val);
EmptyInputs();
buffer -= dissipate;
//power output
base.EmptyOutputs();
int neighbouring = NeighbouringLogics(x, y);
if (neighbouring != 0)
{
float transval = buffer.val / neighbouring;
if (base.IsLogicL(x, y))
{
BoundedFloat.MoveVals(ref buffer, ref poweroutL, transval);
}
if (base.IsLogicR(x, y))
{
BoundedFloat.MoveVals(ref buffer, ref poweroutR, transval);
}
if (base.IsLogicU(x, y))
{
BoundedFloat.MoveVals(ref buffer, ref poweroutU, transval);
}
if (base.IsLogicD(x, y))
{
BoundedFloat.MoveVals(ref buffer, ref poweroutD, transval);
}
}
powerOutLCache = poweroutL.val;
powerOutRCache = poweroutR.val;
powerOutUCache = poweroutU.val;
powerOutDCache = poweroutD.val;
state = poweroutL > 0 || poweroutR > 0 || poweroutU > 0 || poweroutD > 0;
base.UpdateAll(x, y);
Terrain.TileAt(x, y).enumId = state ? TileID.WireOn : TileID.WireOff;
}
internal override void Update(int x, int y)
{
if (cooldown == null)
{
cooldown = new CooldownTimer(30);
}
BoundedFloat buffer = new BoundedFloat(0, 0, cost);
CachePowerLevels();
if (powerinL + powerinR + powerinD + powerinU >= buffer.max)
{
BoundedFloat.MoveVals(ref powerinL, ref buffer, powerinL);
BoundedFloat.MoveVals(ref powerinR, ref buffer, powerinR);
BoundedFloat.MoveVals(ref powerinD, ref buffer, powerinD);
BoundedFloat.MoveVals(ref powerinU, ref buffer, powerinU);
}
EmptyInputs();
if (buffer.IsFull())
{
state = true;
var pos = new Vector2(x - range, y - range);
var size = new Vector2(2 * range, 2 * range);
var entities = EntityManager.GetEntitiesAt(pos, size, e => !(e is AutoDart || e is Player || e.data.invulnerable));
if (cooldown.Ready())
{
if (entities.Length > 0)
{
cooldown.Reset();
var e = entities[MathUtil.RandInt(Program.Rand, 0, entities.Length - 1)];
var darvel = e.data.pos - new Vector2(x, y);
darvel = darvel.Normalize();
var dartpos = new Vector2(x, y);
dartpos += 1.5f * darvel;
darvel /= 10;
var ad = new AutoDart(dartpos, darvel);
if (!ad.IsCollidingWithTerrain())
{
EntityManager.AddEntity(ad);
}
}
else
{
cooldown.SetTime(-100);
}
}
}
else
{
state = false;
}
Terrain.TileAt(x, y).enumId = state ? TileID.AutoShooterOn : TileID.AutoShooterOff;
}
internal override void Update(int x, int y)
{
src.val = (state ? src.max : 0);
float transval = src.val / 4;
BoundedFloat.MoveVals(ref src, ref poweroutL, transval);
BoundedFloat.MoveVals(ref src, ref poweroutR, transval);
BoundedFloat.MoveVals(ref src, ref poweroutU, transval);
BoundedFloat.MoveVals(ref src, ref poweroutD, transval);
PowerTransmitterData l = Terrain.TileAt(x - 1, y).tileattribs as PowerTransmitterData,
r = Terrain.TileAt(x + 1, y).tileattribs as PowerTransmitterData,
u = Terrain.TileAt(x, y + 1).tileattribs as PowerTransmitterData,
d = Terrain.TileAt(x, y - 1).tileattribs as PowerTransmitterData;
if (l != null)
{
BoundedFloat.MoveVals(ref poweroutL, ref l.powerinR, poweroutL.val);
}
if (r != null)
{
BoundedFloat.MoveVals(ref poweroutR, ref r.powerinL, poweroutR.val);
}
if (u != null)
{
BoundedFloat.MoveVals(ref poweroutU, ref u.powerinD, poweroutU.val);
}
if (d != null)
{
BoundedFloat.MoveVals(ref poweroutD, ref d.powerinU, poweroutD.val);
}
Terrain.TileAt(x, y).enumId = state ? TileID.SwitchOn : TileID.SwitchOff;
}
protected void UpdateR(int x, int y)
{
PowerTransmitterData tr = Terrain.TileAt(x + 1, y).tileattribs as PowerTransmitterData;
if (tr != null)
{
BoundedFloat.MoveVals(ref poweroutR, ref tr.powerinL, poweroutR.val);
}
PowerDrainData dr = Terrain.TileAt(x + 1, y).tileattribs as PowerDrainData;
if (dr != null)
{
BoundedFloat.MoveVals(ref poweroutR, ref dr.powerinL, poweroutR.val);
}
}
protected void UpdateL(int x, int y)
{
PowerTransmitterData tl = Terrain.TileAt(x - 1, y).tileattribs as PowerTransmitterData;
if (tl != null)
{
BoundedFloat.MoveVals(ref poweroutL, ref tl.powerinR, poweroutL.val);
}
PowerDrainData dl = Terrain.TileAt(x - 1, y).tileattribs as PowerDrainData;
if (dl != null)
{
BoundedFloat.MoveVals(ref poweroutL, ref dl.powerinR, poweroutL.val);
}
}
protected void UpdateD(int x, int y)
{
PowerTransmitterData td = Terrain.TileAt(x, y - 1).tileattribs as PowerTransmitterData;
if (td != null)
{
BoundedFloat.MoveVals(ref poweroutD, ref td.powerinU, poweroutD.val);
}
PowerDrainData dd = Terrain.TileAt(x, y - 1).tileattribs as PowerDrainData;
if (dd != null)
{
BoundedFloat.MoveVals(ref poweroutD, ref dd.powerinU, poweroutD.val);
}
}
protected void UpdateU(int x, int y)
{
PowerTransmitterData tu = Terrain.TileAt(x, y + 1).tileattribs as PowerTransmitterData;
if (tu != null)
{
BoundedFloat.MoveVals(ref poweroutU, ref tu.powerinD, poweroutU.val);
}
PowerDrainData du = Terrain.TileAt(x, y + 1).tileattribs as PowerDrainData;
if (du != null)
{
BoundedFloat.MoveVals(ref poweroutU, ref du.powerinD, poweroutU.val);
}
}
internal override void Update(int x, int y)
{
if (cooldown == null)
{
cooldown = new CooldownTimer(40);
}
BoundedFloat buffer = new BoundedFloat(0, 0, cost);
CachePowerLevels();
if (powerinL + powerinR + powerinU + powerinD >= buffer.max)
{
BoundedFloat.MoveVals(ref powerinL, ref buffer, powerinL);
BoundedFloat.MoveVals(ref powerinR, ref buffer, powerinR);
BoundedFloat.MoveVals(ref powerinU, ref buffer, powerinU);
BoundedFloat.MoveVals(ref powerinD, ref buffer, powerinD);
}
EmptyInputs();
if (buffer.IsFull())
{
state = true;
if (cooldown.Ready())
{
HashSet <Vector2i> done;
if (PushTilesHelper(x, y, out done))
{
var list = done.ToList();
list.Sort(new TilePositionComparer());
foreach (var v in list)
{
//here
Terrain.MoveTile(v.x, v.y, rotation);
}
cooldown.Reset();
}
}
}
else
{
state = false;
}
Terrain.TileAt(x, y).enumId = state ? TileID.TilePusherOn : TileID.TilePusherOff;
}
internal override void Update(int x, int y)
{
BoundedFloat buffer = new BoundedFloat(0, 0, cost);
CachePowerLevels();
BoundedFloat.MoveVals(ref powerinL, ref buffer, powerinL.val);
BoundedFloat.MoveVals(ref powerinR, ref buffer, powerinR.val);
BoundedFloat.MoveVals(ref powerinU, ref buffer, powerinU.val);
BoundedFloat.MoveVals(ref powerinD, ref buffer, powerinD.val);
EmptyInputs();
state = buffer.IsFull();
Terrain.TileAt(x, y).enumId = state ? TileID.LogicLampOn : TileID.LogicLampOff;
}
internal override void Update(int x, int y)
{
if (entityCage == null)
{
entityCage = new EntityCage(new Vector2(x, y + 1));
EntityManager.AddEntity(entityCage);
}
if (cooldown == null)
{
cooldown = new CooldownTimer(100);
}
BoundedFloat buffer = new BoundedFloat(0, 0, cost);
CachePowerLevels();
if (powerinL + powerinR + powerinD >= buffer.max)
{
BoundedFloat.MoveVals(ref powerinL, ref buffer, powerinL);
BoundedFloat.MoveVals(ref powerinR, ref buffer, powerinR);
BoundedFloat.MoveVals(ref powerinD, ref buffer, powerinD);
}
EmptyInputs();
if (buffer.IsFull())
{
state = true;
if (cooldown.Ready())
{
Spawn(x, y);
cooldown.Reset();
}
}
else
{
state = false;
}
Terrain.TileAt(x, y).enumId = state ? TileID.EntitySpawnerOn : TileID.EntitySpawnerOff;
}
internal override void Update(int x, int y)
{
BoundedFloat bufferHorz = new BoundedFloat(0, 0, powerinL.max + powerinR.max);
BoundedFloat bufferVert = new BoundedFloat(0, 0, powerinU.max + powerinD.max);
powerInLCache = powerinL.val;
powerInRCache = powerinR.val;
powerInUCache = powerinU.val;
powerInDCache = powerinD.val;
BoundedFloat.MoveVals(ref powerinL, ref bufferHorz, powerinL.val);
BoundedFloat.MoveVals(ref powerinR, ref bufferHorz, powerinR.val);
BoundedFloat.MoveVals(ref powerinU, ref bufferVert, powerinU.val);
BoundedFloat.MoveVals(ref powerinD, ref bufferVert, powerinD.val);
EmptyInputs();
bufferHorz -= dissipate;
bufferVert -= dissipate;
int neighbourHorz = base.NeighbouringLogics(x, y);
int neighbourVert = base.NeighbouringLogics(x, y);
if (neighbourHorz != 0)
{
float transval = bufferHorz / neighbourHorz;
if (base.IsLogicL(x, y))
{
BoundedFloat.MoveVals(ref bufferHorz, ref poweroutL, transval);
}
if (base.IsLogicR(x, y))
{
BoundedFloat.MoveVals(ref bufferHorz, ref poweroutR, transval);
}
}
if (neighbourVert != 0)
{
float transval = bufferVert / neighbourVert;
if (base.IsLogicU(x, y))
{
BoundedFloat.MoveVals(ref bufferHorz, ref poweroutU, transval);
}
if (base.IsLogicD(x, y))
{
BoundedFloat.MoveVals(ref bufferHorz, ref poweroutD, transval);
}
}
powerOutLCache = poweroutL.val;
powerOutRCache = poweroutR.val;
powerOutUCache = poweroutU.val;
powerOutDCache = poweroutD.val;
stateHorz = poweroutL > 0 || poweroutR > 0;
stateVert = poweroutU > 0 || poweroutD > 0;
base.UpdateAll(x, y);
Terrain.TileAt(x, y).enumId = stateHorz ? (stateVert ? TileID.WireBridgeHorzVertOn : TileID.WireBridgeHorzOn) : (stateVert ? TileID.WireBridgeVertOn : TileID.WireBridgeOff);
}