public void Connect(params WriteConnection[] connections)
{
for (var i = 0; i < this.connections.Length; i++)
{
Wire.Connect(this.engine, connections[i], this.connections[i]);
}
}
public void TestRun()
{
var simulation = new Simulation(10);
var andGate = new AndGate(1, simulation);
var notGate = new NotGate(1, simulation);
Wire.Connect(andGate.Output, notGate.Input);
Assert.AreEqual(Signal.Undefined, andGate.Output.Signal);
Assert.AreEqual(Signal.Undefined, notGate.Output.Signal);
andGate.Input1.Signal = Signal.On;
andGate.Input2.Signal = Signal.Off;
simulation.SimulateNextTimeframe(); // czas 0 - nie ma żadnych zdarzeń do przetworzenia
simulation.SimulateNextTimeframe(); // czas 1 - zmiany sygnalu przetworzone na bramce and
simulation.SimulateNextTimeframe(); // czas 2 - zmiana sygnalu przetworzona na bramce not
Assert.AreEqual(Signal.Off, andGate.Output.Signal);
Assert.AreEqual(Signal.On, notGate.Output.Signal);
andGate.Input2.Signal = Signal.On;
simulation.SimulateNextTimeframe(); // czas 3 - nie ma żadnych zdarzeń do przetworzenia
simulation.SimulateNextTimeframe(); // czas 4 - zmiana sygnalu przetworzona na bramce and
simulation.SimulateNextTimeframe(); // czas 5 - zmiana sygnalu przetworzona na bramce not
Assert.AreEqual(Signal.On, andGate.Output.Signal);
Assert.AreEqual(Signal.Off, notGate.Output.Signal);
}
public void PowerWireLight()
{
PowerSupplier power = new PowerSupplier();
Wire wire = new Wire();
IndicatorLight light = new IndicatorLight();
wire.Connect(power.Output, light.Input);
Assert.IsFalse(light.Lighting);
power.On();
Assert.IsTrue(light.Lighting);
power.On();
Assert.IsTrue(light.Lighting);
power.Off();
Assert.IsFalse(light.Lighting);
power.Off();
Assert.IsFalse(light.Lighting);
power.Toggle();
Assert.IsTrue(light.Lighting);
power.Toggle();
Assert.IsFalse(light.Lighting);
power.Toggle();
Assert.IsTrue(light.Lighting);
power.Toggle();
Assert.IsFalse(light.Lighting);
power.On();
Assert.IsTrue(light.Lighting);
light.Input.DisconnectEndpoint();
Assert.IsFalse(light.Lighting);
power.On();
Assert.IsFalse(light.Lighting);
}
public void ConnectSamePoint()
{
IInputEndpoint input1 = new InputEndpoint();
IInputEndpoint input2 = new InputEndpoint();
Wire wire = new Wire(input1, input2);
wire.Connect(input1, input1);
}
public void WireConnectReturnCorrectWire()
{
var source = new Output();
var target = new Input();
var wire = Wire.Connect(source, target);
Assert.AreEqual(wire.Source, source);
Assert.AreEqual(wire.Target, target);
}
public FlipFlop(int delay, ISimulation simulation)
: base(delay, simulation)
{
setNorGate = new NorGate(delay, simulation);
resetNorGate = new NorGate(delay, simulation);
Wire.Connect(setNorGate.Output, resetNorGate.Input1);
Wire.Connect(resetNorGate.Output, setNorGate.Input2);
}
public void ConnectInnerElements(Guid wireId, Guid sourceSocketId, Guid targetSocketId)
{
var sourceSocket = GetInnerOutputById(sourceSocketId);
var targetSocket = GetInnerInputById(targetSocketId);
var wire = Wire.Connect(sourceSocket, targetSocket);
wire.Id = wireId;
innerWires.Add(wire);
}
public void ChangesTargetInputAfterSourceOutputChanged()
{
var source = new Output();
var target = new Input();
Wire.Connect(source, target);
source.Signal = Signal.On;
Assert.AreEqual(Signal.On, target.Signal);
}
public void ConnectNullPointWithoutException()
{
Wire wire1 = new Wire();
Wire wire2 = new Wire(null, null);
IInputEndpoint input = new InputEndpoint();
Wire wire3 = new Wire(input);
Wire wire4 = new Wire(input, null);
Wire wire5 = new Wire(null, input);
Assert.IsNotNull(wire1);
Assert.IsNotNull(wire2);
Assert.IsNotNull(wire3);
Assert.IsNotNull(wire4);
Assert.IsNotNull(wire5);
wire1.Connect(input, null);
wire1.Connect(null, input);
wire1.Connect(null, null);
}
public void Load(string chipName, GameObject chipHolder)
{
var loadedChip = Instantiate(chipHolder);
loadedChip.transform.parent = transform;
List <Chip> topLevelChips = new List <Chip> (GetComponentsInChildren <Chip> ());
var subChips = GetComponentsInChildren <CustomChip> (includeInactive: true);
for (int i = 0; i < subChips.Length; i++)
{
if (subChips[i].transform.parent == loadedChip.transform)
{
subChips[i].gameObject.SetActive(true);
topLevelChips.Add(subChips[i]);
}
}
//topLevelChips.Sort ((a, b) => a.chipSaveIndex.CompareTo (b.chipSaveIndex));
var wiringSaveData = ChipLoader.LoadWiringFile(SaveSystem.GetPathToWireSaveFile(chipName));
int wireIndex = 0;
foreach (var savedWire in wiringSaveData.serializableWires)
{
Wire loadedWire = GameObject.Instantiate(wirePrefab, parent: loadedChip.transform);
loadedWire.SetDepth(wireIndex);
Pin parentPin = topLevelChips[savedWire.parentChipIndex].outputPins[savedWire.parentChipOutputIndex];
Pin childPin = topLevelChips[savedWire.childChipIndex].inputPins[savedWire.childChipInputIndex];
loadedWire.Connect(parentPin, childPin);
loadedWire.SetAnchorPoints(savedWire.anchorPoints);
FindObjectOfType <PinAndWireInteraction> ().LoadWire(loadedWire);
//player.AddWire (loadedWire);
if (childPin.chip is Bus)
{
childPin.transform.position = savedWire.anchorPoints[savedWire.anchorPoints.Length - 1];
}
if (parentPin.chip is Bus)
{
parentPin.transform.position = savedWire.anchorPoints[0];
}
wireIndex++;
}
this.loadedChipHolder = loadedChip;
}
private void UpdateCircuit(bool should_update_anim = true)
{
if ((UnityEngine.Object)attachedWire != (UnityEngine.Object)null)
{
if (switchedOn)
{
attachedWire.Connect();
}
else
{
attachedWire.Disconnect();
}
}
if (should_update_anim && wasOn != switchedOn)
{
KBatchedAnimController component = GetComponent <KBatchedAnimController>();
component.Play((!switchedOn) ? "on_pst" : "on_pre", KAnim.PlayMode.Once, 1f, 0f);
component.Queue((!switchedOn) ? "off" : "on", KAnim.PlayMode.Once, 1f, 0f);
Game.Instance.userMenu.Refresh(base.gameObject);
}
wasOn = switchedOn;
}
public void ConnectLater()
{
IInputEndpoint input = new InputEndpoint();
Int32 receivedSignal = 0;
IEndpoint senderPoint = null;
input.Receive += (sdr, signal) =>
{
senderPoint = sdr;
receivedSignal = signal;
};
IOutputEndpoint output = new OutputEndpoint();
Wire wire = new Wire();
wire.Connect(input, output);
output.Produce(1);
Assert.AreEqual(receivedSignal, 1);
output.Produce(0);
Assert.AreEqual(receivedSignal, 0);
}
static ChipSaveData LoadChipWithWires(SavedChip chipToLoad, Dictionary <string, Chip> previouslyLoadedChips, Wire wirePrefab, ChipEditor chipEditor)
{
ChipSaveData loadedChipData = new ChipSaveData();
int numComponents = chipToLoad.savedComponentChips.Length;
loadedChipData.componentChips = new Chip[numComponents];
loadedChipData.chipName = chipToLoad.name;
loadedChipData.chipColour = chipToLoad.colour;
loadedChipData.chipNameColour = chipToLoad.nameColour;
loadedChipData.creationIndex = chipToLoad.creationIndex;
List <Wire> wiresToLoad = new List <Wire>();
// Spawn component chips (the chips used to create this chip)
// These will have been loaded already, and stored in the previouslyLoadedChips dictionary
for (int i = 0; i < numComponents; i++)
{
SavedComponentChip componentToLoad = chipToLoad.savedComponentChips[i];
string componentName = componentToLoad.chipName;
Vector2 pos = new Vector2((float)componentToLoad.posX, (float)componentToLoad.posY);
if (!previouslyLoadedChips.ContainsKey(componentName))
{
Debug.LogError("Failed to load sub component: " + componentName + " While loading " + chipToLoad.name);
}
Chip loadedComponentChip = GameObject.Instantiate(previouslyLoadedChips[componentName], pos, Quaternion.identity, chipEditor.chipImplementationHolder);
loadedComponentChip.gameObject.SetActive(true);
loadedChipData.componentChips[i] = loadedComponentChip;
// Load input pin names
for (int inputIndex = 0; inputIndex < componentToLoad.inputPins.Length && inputIndex < loadedChipData.componentChips[i].inputPins.Length; inputIndex++)
{
loadedChipData.componentChips[i].inputPins[inputIndex].pinName = componentToLoad.inputPins[inputIndex].name;
}
// Load output pin names
for (int ouputIndex = 0; ouputIndex < componentToLoad.outputPins.Length && ouputIndex < loadedChipData.componentChips[i].outputPins.Length; ouputIndex++)
{
loadedChipData.componentChips[i].outputPins[ouputIndex].pinName = componentToLoad.outputPins[ouputIndex].name;
}
}
// Connect pins with wires
for (int chipIndex = 0; chipIndex < chipToLoad.savedComponentChips.Length; chipIndex++)
{
Chip loadedComponentChip = loadedChipData.componentChips[chipIndex];
for (int inputPinIndex = 0; inputPinIndex < loadedComponentChip.inputPins.Length && inputPinIndex < chipToLoad.savedComponentChips[chipIndex].inputPins.Length; inputPinIndex++)
{
SavedInputPin savedPin = chipToLoad.savedComponentChips[chipIndex].inputPins[inputPinIndex];
Pin pin = loadedComponentChip.inputPins[inputPinIndex];
// If this pin should receive input from somewhere, then wire it up to that pin
if (savedPin.parentChipIndex != -1)
{
Pin connectedPin = loadedChipData.componentChips[savedPin.parentChipIndex].outputPins[savedPin.parentChipOutputIndex];
pin.cyclic = savedPin.isCylic;
if (Pin.TryConnect(connectedPin, pin))
{
Wire loadedWire = GameObject.Instantiate(wirePrefab, chipEditor.wireHolder);
loadedWire.Connect(connectedPin, pin);
wiresToLoad.Add(loadedWire);
}
}
}
}
loadedChipData.wires = wiresToLoad.ToArray();
return(loadedChipData);
}
void CheckWire(bool rightArm, float triggerValue, HingeJoint2D connector, CircleCollider2D col)
{
if (triggerValue > .5f && !connector.enabled) // if trigger down
// find all nearby things on connect layer
{
int count = Physics2D.OverlapCircleNonAlloc(col.transform.position, col.radius * col.transform.localScale.x, overlapArr, 1 << 8);
// find closest object
Collider2D closestOverlap = null;
float distance = float.PositiveInfinity;
for (int i = 0; i < count; i++)
{
if (overlapArr[i] == rightCol || overlapArr[i] == leftCol)
{
continue;
}
float sqr = Vector2.SqrMagnitude(overlapArr[i].transform.position - col.transform.position);
if (sqr < distance)
{
distance = sqr;
closestOverlap = overlapArr[i];
}
}
// if found any object
if (closestOverlap)
{
connector.enabled = true;
Rigidbody2D closestRb = closestOverlap.GetComponent <Rigidbody2D>();
wire.Connect(rightArm, closestOverlap);
if (rightArm)
{
rightMotorTime = 0.3f;
}
else
{
leftMotorTime = 0.3f;
}
if (closestRb)
{
connector.connectedBody = closestRb;
}
else
{
connector.connectedAnchor = closestOverlap.transform.position;
}
}
}
else if (triggerValue <= .5f && connector.enabled) // else disconnect if trigger isnt down
{
connector.connectedBody = null;
connector.enabled = false;
// lock it but dont pop it (to combat electricity)
// this doesnt do shit because arms are all rigidbodies too so f this (saving for later) love john, godbless
//if (wire.powered) {
// Debug.Log("depower");
// float mag = rb2d.velocity.magnitude;
// mag = Mathf.Min(mag, 1.0f);
// rb2d.velocity = rb2d.velocity.normalized * mag;
//}
wire.Disconnect(rightArm);
}
}