private static Tuple<Rotor, Rotor, N8Block> GenerateUnit(N8BlockFactory blocks, string blocktype, string blockname)
{
N8Block UnitBase = blocks.GenerateBlock(blocktype, blockname);
Rotor reset = blocks.Rotor("Reset");
Rotor fall = blocks.Rotor("Fall");
Target t = blocks.Target("Hit me!");
UnitBase.rotation = new Quaternion(new Vector3D(0, 0, 1), -90);
t.FlowOutTo(fall);
t.position.Z = 67;
t.position.X = 2;
t.rotation = new Quaternion(new Vector3D(0, 0, 1), -90) * new Quaternion(new Vector3D(0, 1, 0), 90);
fall.position.X = 2;
fall.position.Z = 5;
fall.rotation = new Quaternion(new Vector3D(0, 1, 0), 90);
UnitBase.AttachToMe(reset);
UnitBase.AttachToMe(fall);
UnitBase.AttachToMe(t);
return Tuple.Create(reset, fall, UnitBase);
}
private static void FleeTronics(N8BlockFactory LevelBlocks, List<FlowTronic> alerts, bool rotate = true, bool AttachLevelBlocks = false, string password = null)
{
Quaternion UpsideDown = new Quaternion(new Vector3D(1, 0, 0), 180);
FlowTronic InitTronic;
if (password == null)
{
InitTronic = LevelBlocks.Keyboard("Set Cell Password");
InitTronic.position = new Vector3D(30, -30, 5);
}
else
{
InitTronic = LevelBlocks.Button(1, "Setup Reciever");
}
TronicSequence Reciever = new TronicSequence(InitTronic);
DataBlock Channel = Reciever.NewDataBlock("Channel", "1025");
DataBlock UsernameRec = Reciever.NewDataBlock("Recieved Username");
DataBlock MessageRec = Reciever.NewDataBlock("Recieved Message");
DataBlock UsernameStore = Reciever.NewDataBlock("Stored Username", "Tacroy");
//Not used atm
//DataBlock AlternateUsernameStore = Reciever.NewDataBlock("Alternate Username", "nobody");
DataBlock Password = Reciever.NewDataBlock("Password", password ?? "");
if (password == null)
{
InitTronic.DataOutA(Password.Out);
}
Reciever.RadioReciever(Channel.In, UsernameRec.Out, MessageRec.Out);
TronicSequence PasswordTest = new TronicSequence();
PasswordTest.IfEqual(Password.In, MessageRec.In, "PasswordCheck");
TronicSequence NameTest = new TronicSequence();
NameTest.IfEqual(UsernameRec.In, UsernameStore.In, "NameCheck");
TronicSequence FlipFlop = TronicsTesting.Ringbuffer(new List<string>(new string[] { "0", "1" }));
DataBlock ControlBit = FlipFlop.data[FlipFlop.data.Count - 1];
DataBlock ReturnPos = Reciever.NewDataBlock("Return Position", "v0,0,0");
Reciever.Append(NameTest)
.Append(PasswordTest)
.Append(FlipFlop)
.Mover(ReturnPos.In, ReturnPos.Out, "Return Mover")
.RadioTransmit(Channel.In, ControlBit.In, "Yeller");
TronicSequence RandomBottomVector = TronicsTesting.RandomXYVectorGenerator(-1000, 1000, -1000);
TronicSequence RandomTopVector = TronicsTesting.RandomXYVectorGenerator(-2000, 2000, 2000);
DataBlock RandVectTop = RandomTopVector.data[RandomTopVector.data.Count - 1];
DataBlock RandVectBottom = RandomBottomVector.data[RandomBottomVector.data.Count - 1];
Random rand = new Random();
Vector3D AttachOffset = rand.NextVector(new Vector3D(60,60,0), new Vector3D(-60,-60,0));
foreach (FlowTronic alert in alerts)
{
alert.position += AttachOffset;
RandomTopVector.GetFirst().FlowInFrom(alert);
}
N8Block TronicAttach = LevelBlocks.GenerateBlock("letter.period", "Attach Point");
TronicAttach.position = -AttachOffset;
TronicAttach.position.Z = 500;
TronicSequence MovementLogic = new TronicSequence();
MovementLogic.Append(RandomTopVector);
MovementLogic.IfGreater(ControlBit.In, null, "Control");
if (rotate)
{
TronicSequence ProxyRotor = new TronicSequence();
DataBlock Quantity = ProxyRotor.NewDataBlock("Amount", "q0,0,1,0");
DataBlock Current = ProxyRotor.NewDataBlock("Current", "q1,0,0,0");
ProxyRotor.Multiply(Quantity.In, Current.In, Current.Out, "Unit step")
.Rotor(Current.In, null, "Rotate1");
MovementLogic.Append(ProxyRotor);
}
//Mega and vacubombs take 15 seconds to explode, regular 10. Add 2 seconds up in the sky for a buffer.
//Also keep in mind that because we fly up then delay, once we're up there we're a random sky mover so that should be safe enough.
DataBlock DelayTime = MovementLogic.NewDataBlock("Delay", "17");
MovementLogic.Mover(RandVectTop.In, null, "Flee Mover 1")
.Delay(DelayTime.In)
.Append(RandomBottomVector)
.Mover(RandVectBottom.In, null, "Flee Mover 2");
MovementLogic.GetCurrent().Item1.FlowOutTo((FlowTronic)Reciever.tronics.Tronics.Last());
MovementLogic.LayoutDense(AttachOffset);
Reciever.LayoutDense(AttachOffset);
//Attach everything
Reciever.AttachAllNonPositional(TronicAttach, false);
MovementLogic.AttachAllNonPositional(TronicAttach, false);
foreach (N8Tronic t in alerts)
{
TronicAttach.AttachToMe(t);
}
LevelBlocks.CopyFromDestructive(MovementLogic.tronics);
LevelBlocks.CopyFromDestructive(Reciever.tronics);
if (AttachLevelBlocks)
{
foreach (N8Block b in from N8Block t in LevelBlocks.Blocks where t.name != "Attach Point" select t)
{
b.position += AttachOffset;
TronicAttach.AttachToMe(b);
}
}
N8Tronic RetMover = (from N8Tronic t in LevelBlocks.Tronics where t.name == "Return Mover" select t).First();
N8Tronic FleeMover1 = (from N8Tronic t in LevelBlocks.Tronics where t.name == "Flee Mover 1" select t).First();
N8Tronic FleeMover2 = (from N8Tronic t in LevelBlocks.Tronics where t.name == "Flee Mover 2" select t).First();
RetMover.position.Z = -1000;
FleeMover1.position.Z = 0;
FleeMover1.position.X = -30;
FleeMover2.position.Z = 0;
FleeMover2.position.X = 30;
RetMover.Detach();
FleeMover1.Detach();
FleeMover2.Detach();
if (rotate)
{
N8Tronic Rotor = (from N8Tronic t in LevelBlocks.Tronics where t.name == "Rotate1" select t).First();
TronicAttach.AttachToMe(Rotor);
}
Console.WriteLine("Total block count: " + (LevelBlocks.Blocks.Count + LevelBlocks.Tronics.Count));
}