/// <summary>
/// Update loop that helps implement the sequence that the wire
/// goes through to place the wire. Based on several conditions, the
/// state of the wire is changed from starting to be placed, to changing
/// line positions, to adding lines based on inflection points, to ending
/// the line on a Logic Node to create the wire. After the sequence is
/// over, the activeBeingPlaced variable is toggled false to render
/// the Update loop unsuable.
/// </summary>
void Update()
{
if (activelyBeingPlaced)
{
DrawLineBetweenGO(Input.mousePosition);
if (Input.GetMouseButtonDown(0))
{
bool isClickedLogicNode = false;
Vector3 mousePos = Camera.main.ScreenToWorldPoint(Input.mousePosition);
Vector2 mousePos2D = new Vector2(mousePos.x, mousePos.y);
RaycastHit2D hit = Physics2D.Raycast(mousePos2D, Vector2.zero);
if (hit.collider != null)
{
if (hit.collider.transform.tag == "LOGIC_NODE")
{
Debug.Log("Wire: Clicked on logic node!");
isClickedLogicNode = true;
this.gameObject.name += " " + hit.collider.gameObject.name;
}
}
Vector3 mouseWorldPoint = Camera.main.ScreenToWorldPoint(Input.mousePosition);
if (wireInflectionObjects.Count == 0) //starting position isn't chosen yet
{
if (isClickedLogicNode)
{ //create StartingLogicNode
Debug.Log("Wire: Starting sequence.");
GameObject wireInflectionPoint = new GameObject("WIRE_POINT_" + wireInflectionObjects.Count);
wireInflectionPoint.AddComponent <WireInflection>();
wireInflectionPoint.transform.parent = DeviceGameObject.transform;
wireInflectionPoint.transform.position = new Vector3(mouseWorldPoint.x, mouseWorldPoint.y, 10);
wireInflectionObjects.Add(wireInflectionPoint);
WireLine = this.gameObject.AddComponent <LineRenderer>();
WireLine.material = new Material(Shader.Find("Particles/Alpha Blended Premultiply"));
WireLine.startWidth = (float)0.1;
WireLine.endWidth = (float)0.1;
WireLine.sortingLayerName = "ActiveDevices";
WireLine.positionCount = wireInflectionObjects.Count;
WireLine.numCornerVertices = wireInflectionObjects.Count;
WireLine.SetPosition(wireInflectionObjects.Count - 1, wireInflectionObjects[wireInflectionObjects.Count - 1].transform.position);
#pragma warning disable CS0618 // Type or member is obsolete
WireLine.SetColors(Color.red, Color.red);
#pragma warning restore CS0618 // Type or member is obsolete
}
}
else if (!isClickedLogicNode)
{
Debug.Log("WIRE: Middle point in sequence.");
//create linerenderer, dont set end logic node
GameObject wireInflectionPoint = new GameObject("WIRE_POINT_" + wireInflectionObjects.Count);
wireInflectionPoint.AddComponent <WireInflection>();
wireInflectionPoint.transform.parent = DeviceGameObject.transform;
wireInflectionPoint.transform.position = new Vector3(mouseWorldPoint.x, mouseWorldPoint.y, 10);
wireInflectionObjects.Add(wireInflectionPoint);
WireLine.positionCount = wireInflectionObjects.Count;
WireLine.numCornerVertices = wireInflectionObjects.Count;
WireLine.SetPosition(wireInflectionObjects.Count - 1, wireInflectionObjects[wireInflectionObjects.Count - 1].transform.position);
//SetRotation for capsule collider
GameObject previousInflectionNode = wireInflectionObjects[wireInflectionObjects.Count - 2];
var pos = Camera.main.WorldToScreenPoint(previousInflectionNode.transform.position);
var dir = Input.mousePosition - pos;
var angle = Mathf.Atan2(dir.y, dir.x) * Mathf.Rad2Deg + 90;
previousInflectionNode.transform.rotation = Quaternion.AngleAxis(angle, Vector3.forward);
CapsuleCollider2D capCol = previousInflectionNode.AddComponent <CapsuleCollider2D>();
float distanceBetweenGOs = Vector3.Distance(previousInflectionNode.transform.position, wireInflectionPoint.transform.position);
capCol.size = new Vector2(.1f, distanceBetweenGOs);
capCol.offset = new Vector2(0f, -(distanceBetweenGOs / 2));
}
else if (isClickedLogicNode)
{
//create linerenderer, set end logic node
Debug.Log("WIRE: Ending sequence.");
GameObject wireInflectionPoint = new GameObject("WIRE_POINT_" + wireInflectionObjects.Count);
wireInflectionPoint.AddComponent <WireInflection>();
wireInflectionPoint.transform.parent = DeviceGameObject.transform;
wireInflectionPoint.transform.position = new Vector3(mouseWorldPoint.x, mouseWorldPoint.y, 10);
wireInflectionObjects.Add(wireInflectionPoint);
WireLine.positionCount = wireInflectionObjects.Count;
WireLine.numCornerVertices = wireInflectionObjects.Count;
WireLine.SetPosition(wireInflectionObjects.Count - 1, wireInflectionObjects[wireInflectionObjects.Count - 1].transform.position);
//SetRotation for capsule collider
GameObject previousInflectionNode = wireInflectionObjects[wireInflectionObjects.Count - 2];
var pos = Camera.main.WorldToScreenPoint(previousInflectionNode.transform.position);
var dir = Input.mousePosition - pos;
var angle = Mathf.Atan2(dir.y, dir.x) * Mathf.Rad2Deg + 90;
previousInflectionNode.transform.rotation = Quaternion.AngleAxis(angle, Vector3.forward);
CapsuleCollider2D capCol = previousInflectionNode.AddComponent <CapsuleCollider2D>();
float distanceBetweenGOs = Vector3.Distance(previousInflectionNode.transform.position, wireInflectionPoint.transform.position);
capCol.size = new Vector2(.1f, distanceBetweenGOs);
capCol.offset = new Vector2(0f, -(distanceBetweenGOs / 2));
//End wire sequence
activelyBeingPlaced = false;
Destroy(placingText);
SetLogicNodePositions();
this.gameObject.name += "]";
}
}
//Communicate to collided objects that the wire is being destroyed, then destroy the wire
else if (Input.GetMouseButtonDown(1))
{
LogicNode startLogic = startNode.GetComponent <LogicNode>(); startLogic.SetLogicState((int)LOGIC.INVALID);
LogicNode endLogic = endNode.GetComponent <LogicNode>(); endLogic.SetLogicState((int)LOGIC.INVALID);
Destroy(this.gameObject);
}
}
}
/// <summary>
/// Checks if the Device is On, and then continues to check all the inputs colliding
/// node and sets the output nodes to the correct state.
/// </summary>
private void ChipIO()
{
GameObject select0, select1, select2, enable, z, zinv, input_0, input_1, input_2,
input_3, input_4, input_5, input_6, input_7, logic_6, logic_13;
//GND
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 6, out logic_6))
{
LogicNode logic_behavior = logic_6.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
int collided_state = collided_behavior.GetLogicState();
//GND pin collision node is not GND
if (collided_state != (int)LOGIC.LOW)
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
Debug.Log("MUX 74LS151A Ground Input not set to LOW");
}
}
//VCC
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 13, out logic_13))
{
LogicNode logic_behavior = logic_13.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
int collided_state = collided_behavior.GetLogicState();
if (collided_state != (int)LOGIC.HIGH)
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
Debug.Log("MUX 74LS151A VCC Input not set to HIGH");
}
}
/**
* INPUTs find the collided nodes of the input pins and sets the input's
* pin state to the collided node's state.
*
*/
//MUX Selector 0, Node 11
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 10, out select0))
{
LogicNode logic_behavior = select0.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
int collided_state = collided_behavior.GetLogicState();
if (collided_state == (int)LOGIC.INVALID || !IsDeviceOn())
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
Debug.Log("MUX 74LS151A input 0 is invalid.");
}
}
//MUX Selector 1, Node 10
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 9, out select1))
{
LogicNode logic_behavior = select1.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
int collided_state = collided_behavior.GetLogicState();
if (collided_state == (int)LOGIC.INVALID || !IsDeviceOn())
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
Debug.Log("MUX 74LS151A input 0 is invalid.");
}
}
//MUX Selector 2, Node 9
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 8, out select2))
{
LogicNode logic_behavior = select2.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
int collided_state = collided_behavior.GetLogicState();
if (collided_state == (int)LOGIC.INVALID || !IsDeviceOn())
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
Debug.Log("MUX 74LS151A input 0 is invalid.");
}
}
//MUX Input 0, Node 4
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 3, out input_0))
{
LogicNode logic_behavior = input_0.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
int collided_state = collided_behavior.GetLogicState();
if (collided_state == (int)LOGIC.INVALID || !IsDeviceOn())
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
Debug.Log("MUX 74LS151A input 0 is invalid.");
}
}
//MUX Input 1, Node 3
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 2, out input_1))
{
LogicNode logic_behavior = input_1.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
int collided_state = collided_behavior.GetLogicState();
if (collided_state == (int)LOGIC.INVALID || !IsDeviceOn())
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
Debug.Log("MUX 74LS151A input 0 is invalid.");
}
}
//MUX Input 2, Node 2
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 1, out input_2))
{
LogicNode logic_behavior = input_2.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
int collided_state = collided_behavior.GetLogicState();
if (collided_state == (int)LOGIC.INVALID || !IsDeviceOn())
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
Debug.Log("MUX 74LS151A input 0 is invalid.");
}
}
//MUX Input 3, Node 1
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 0, out input_3))
{
LogicNode logic_behavior = input_3.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
int collided_state = collided_behavior.GetLogicState();
if (collided_state == (int)LOGIC.INVALID || !IsDeviceOn())
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
Debug.Log("MUX 74LS151A input 0 is invalid.");
}
}
//MUX Input 4, Node 15
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 14, out input_4))
{
LogicNode logic_behavior = input_4.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
int collided_state = collided_behavior.GetLogicState();
if (collided_state == (int)LOGIC.INVALID || !IsDeviceOn())
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
Debug.Log("MUX 74LS151A input 0 is invalid.");
}
}
//MUX Input 5, Node 14
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 13, out input_5))
{
LogicNode logic_behavior = input_5.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
int collided_state = collided_behavior.GetLogicState();
if (collided_state == (int)LOGIC.INVALID || !IsDeviceOn())
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
Debug.Log("MUX 74LS151A input 0 is invalid.");
}
}
//MUX Input 6, Node 13
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 12, out input_6))
{
LogicNode logic_behavior = input_6.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
int collided_state = collided_behavior.GetLogicState();
if (collided_state == (int)LOGIC.INVALID || !IsDeviceOn())
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
Debug.Log("MUX 74LS151A input 0 is invalid.");
}
}
//MUX Input 7, Node 12
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 11, out input_7))
{
LogicNode logic_behavior = input_7.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
int collided_state = collided_behavior.GetLogicState();
if (collided_state == (int)LOGIC.INVALID || !IsDeviceOn())
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
Debug.Log("MUX 74LS151A input 0 is invalid.");
}
}
//MUX Enable, Node 7
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 6, out enable))
{
LogicNode logic_behavior = enable.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
int collided_state = collided_behavior.GetLogicState();
if (collided_state == (int)LOGIC.INVALID || !IsDeviceOn())
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
Debug.Log("MUX 74LS151A input 0 is invalid.");
}
}
//MUX Output Z
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 2, out z))
{
LogicNode logic_behavior = z.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
int collided_state = collided_behavior.GetLogicState();
LogicNode sel0, sel1, sel2, i0, i1, i2, i3, i4, i5, i6, i7, e; //LogicNode references
sel0 = select0.GetComponent <LogicNode>(); sel1 = select1.GetComponent <LogicNode>(); sel2 = select2.GetComponent <LogicNode>();
i0 = input_0.GetComponent <LogicNode>(); i1 = input_1.GetComponent <LogicNode>(); i2 = input_2.GetComponent <LogicNode>();
i3 = input_3.GetComponent <LogicNode>(); i4 = input_4.GetComponent <LogicNode>(); i5 = input_5.GetComponent <LogicNode>();
i6 = input_6.GetComponent <LogicNode>(); i7 = input_7.GetComponent <LogicNode>(); e = enable.GetComponent <LogicNode>();
int low = (int)LOGIC.LOW;
int invalid = (int)LOGIC.INVALID;
if (IsDeviceOn())
{
if (sel0.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.LOW &&
sel1.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.LOW &&
sel2.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.LOW)
{
logic_behavior.SetLogicState(i0.GetCollidingNode().GetComponent <LogicNode>().GetLogicState());
}
else if (sel0.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.LOW &&
sel1.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.LOW &&
sel2.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.HIGH)
{
logic_behavior.SetLogicState(i1.GetCollidingNode().GetComponent <LogicNode>().GetLogicState());
}
else if (sel0.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.LOW &&
sel1.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.HIGH &&
sel2.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.LOW)
{
logic_behavior.SetLogicState(i2.GetCollidingNode().GetComponent <LogicNode>().GetLogicState());
}
else if (sel0.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.LOW &&
sel1.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.HIGH &&
sel2.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.HIGH)
{
logic_behavior.SetLogicState(i3.GetCollidingNode().GetComponent <LogicNode>().GetLogicState());
}
else if (sel0.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.HIGH &&
sel1.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.LOW &&
sel2.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.LOW)
{
logic_behavior.SetLogicState(i4.GetCollidingNode().GetComponent <LogicNode>().GetLogicState());
}
else if (sel0.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.HIGH &&
sel1.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.LOW &&
sel2.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.HIGH)
{
logic_behavior.SetLogicState(i5.GetCollidingNode().GetComponent <LogicNode>().GetLogicState());
}
else if (sel0.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.HIGH &&
sel1.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.HIGH &&
sel2.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.LOW)
{
logic_behavior.SetLogicState(i6.GetCollidingNode().GetComponent <LogicNode>().GetLogicState());
}
else if (sel0.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.HIGH &&
sel1.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.HIGH &&
sel2.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.HIGH)
{
logic_behavior.SetLogicState(i7.GetCollidingNode().GetComponent <LogicNode>().GetLogicState());
}
else
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
}
}
else
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
}
collided_behavior.RequestStateChange(logic_behavior.GetLogicState());
}
//MUX Output Z
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 2, out zinv))
{
LogicNode logic_behavior = zinv.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
int collided_state = collided_behavior.GetLogicState();
LogicNode zNode; //LogicNode references
zNode = z.GetComponent <LogicNode>();
int low = (int)LOGIC.LOW;
int invalid = (int)LOGIC.INVALID;
if (IsDeviceOn())
{
if (zNode.GetLogicState() == (int)LOGIC.HIGH)
{
logic_behavior.SetLogicState((int)LOGIC.LOW);
}
else if (zNode.GetLogicState() == (int)LOGIC.LOW)
{
logic_behavior.SetLogicState((int)LOGIC.HIGH);
}
else if (zNode.GetLogicState() == (int)LOGIC.INVALID)
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
}
}
else
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
}
collided_behavior.RequestStateChange(logic_behavior.GetLogicState());
}
}
public NodePack(LogicNode node, bool addOrRe)
{
logicNode = node;
addOrRemove = addOrRe;
}
public static List <T> filterListByProperties <T>(List <T> all, List <string> properties) where T : InformationObject
{
List <LogicNode> requirements = new List <LogicNode>();
foreach (string f in properties)
{
LogicNode logicTree = null;
while (true)
{
try
{
Console.Write($"Requiremets for {f}: ");
string s = Console.ReadLine();
logicTree = LogicConstructor.constructLogicTree(s);
}
catch (ExpressionException e)
{
Console.WriteLine("Invalid expression");
Console.WriteLine(e.Message);
continue;
}
catch
{
Console.WriteLine("Invalid expression");
Console.WriteLine("Reason - unknown");
continue;
}
break;
}
requirements.Add(logicTree);
Console.WriteLine($"A more explicit version: {requirements.Last()}");
}
List <T> matching = new List <T>();
foreach (T item in all)
{
bool fail = false;
for (int i = 0; i < properties.Count; i++)
{
if (requirements[i].checkObject(item, properties[i]) == false)
{
fail = true;
break;
}
}
if (fail == false)
{
matching.Add(item);
}
}
return(matching);
}
public PhysicScanStream(LogicNode logic) : base(logic)
{
}
public SpecialEvent(string EventId, LogicNode TriggerCond, List <string> actions)
{
this.EventId = EventId;
this.TriggerCond = TriggerCond;
this.actions = actions;
}
public void MarkPriority(LogicNode node) => firstWait.Push(node);
public LogicNode CreateSetOpPlan(bool top = true)
{
if (top)
{
// traversal on top node is the time to examine the setop tree
Debug.Assert(!IsLeaf());
VerifySelection();
}
if (IsLeaf())
{
return(stmt_.CreatePlan());
}
else
{
LogicNode plan = null;
var lplan = left_.CreateSetOpPlan(false);
var rplan = right_.CreateSetOpPlan(false);
// try to reuse existing operators to implment because users may write
// SQL code like this and this helps reduce optimizer search space
//
switch (op_)
{
case "unionall":
// union all keeps all rows, including duplicates
plan = new LogicAppend(lplan, rplan, this);
break;
case "union":
// union collect rows from both sides, and remove duplicates
plan = new LogicAppend(lplan, rplan, this);
var groupby = new List <Expr>(first_.selection_.CloneList());
plan = new LogicAgg(plan, groupby, null, null);
break;
case "except":
// except keeps left rows not found in right
case "intersect":
// intersect keeps rows found in both sides
var filter = FilterHelper.MakeFullComparator(
left_.first_.selection_, right_.first_.selection_);
var join = new LogicJoin(lplan, rplan);
if (op_.Contains("except"))
{
join.type_ = JoinType.AntiSemi;
}
if (op_.Contains("intersect"))
{
join.type_ = JoinType.Semi;
}
var logfilter = new LogicFilter(join, filter);
groupby = new List <Expr>(first_.selection_.CloneList());
plan = new LogicAgg(logfilter, groupby, null, null);
break;
case "exceptall":
case "intersectall":
// the 'all' semantics is a bit confusing than intuition:
// {1,1,1} exceptall {1,1} => {1}
// {1,1,1} intersectall {1,1} => {1,1}
//
throw new NotImplementedException();
default:
throw new InvalidProgramException();
}
return(plan);
}
}
public void Validate(LogicNode node)
{
}
//public void UnlistWait(LogicNode node)
//{
// waiting.
//}
public void Add(LogicNode node)
{
gates.Add(node);
node.manager = this;
MarkActive(node);
}
public void Remove(LogicNode node)
{
gates.Remove(node);
node.manager = null;
MarkInactive(node);
}
public bool MarkInactive(LogicNode node) => activeEven.Remove(node) || activeOdd.Remove(node);
public void MarkActive(LogicNode node) => ((cycle & 1) == 0 ? activeEven : activeOdd).Add(node);
public void MarkWaiting(LogicNode node) => lastWait.Push(node);
/// <summary>
/// Checks if the Device is On, and then continues to check all the inputs colliding
/// node and sets the output nodes to the correct state.
/// </summary>
private void ChipIO()
{
GameObject logic_0, logic_1, logic_2, logic_3, logic_4, logic_5, logic_6,
logic_7, logic_8, logic_9, logic_10, logic_11, logic_12, logic_13;
//GND
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 6, out logic_6))
{
LogicNode logic_behavior = logic_6.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
int collided_state = collided_behavior.GetLogicState();
//GND pin collision node is not GND
if (collided_state != (int)LOGIC.LOW)
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
Debug.Log("AND 74LS08 Ground Input not set to LOW");
}
//GND pin collision node is also GND
/*
* else
* {
* logic_behavior.SetLogicState((int)LOGIC.LOW);
*
* }
*/
}
//VCC
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 13, out logic_13))
{
LogicNode logic_behavior = logic_13.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
int collided_state = collided_behavior.GetLogicState();
if (collided_state != (int)LOGIC.HIGH)
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
Debug.Log("AND 74LS08 VCC Input not set to HIGH");
}
/*
* else
* {
* logic_behavior.SetLogicState((int)LOGIC.HIGH);
* }
*/
}
/**
* INPUTs find the collided nodes of the input pins and sets the input's
* pin state to the collided node's state.
*
*/
//AND INPUT 1
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 0, out logic_0))
{
LogicNode logic_behavior = logic_0.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
int collided_state = collided_behavior.GetLogicState();
if (collided_state == (int)LOGIC.INVALID || !IsDeviceOn())
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
Debug.Log("AND 74LS408 input 0 is invalid.");
}
}
//AND INPUT 1
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 1, out logic_1))
{
LogicNode logic_behavior = logic_1.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
int collided_state = collided_behavior.GetLogicState();
if (collided_state == (int)LOGIC.INVALID || !IsDeviceOn())
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
Debug.Log("AND 74LS408 input 0 is invalid.");
}
}
//AND ------OUTPUT------- 1
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 2, out logic_2))
{
LogicNode logic_behavior = logic_2.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
int collided_state = collided_behavior.GetLogicState();
LogicNode lnode_0, lnode_1; //LogicNode references
lnode_0 = logic_0.GetComponent <LogicNode>(); lnode_1 = logic_1.GetComponent <LogicNode>();
int low = (int)LOGIC.LOW;
int invalid = (int)LOGIC.INVALID;
if (IsDeviceOn())
{
if (lnode_0.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.HIGH &&
lnode_1.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.HIGH)
{
logic_behavior.SetLogicState((int)LOGIC.LOW);
}
else if (lnode_0.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.HIGH &&
lnode_1.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.LOW)
{
logic_behavior.SetLogicState((int)LOGIC.LOW);
}
else if (lnode_0.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.LOW &&
lnode_1.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.HIGH)
{
logic_behavior.SetLogicState((int)LOGIC.LOW);
}
else if (lnode_0.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.LOW &&
lnode_1.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.LOW)
{
logic_behavior.SetLogicState((int)LOGIC.HIGH);
}
else
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
}
}
else
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
}
collided_behavior.RequestStateChange(logic_behavior.GetLogicState());
}
//AND INPUT 2
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 3, out logic_3))
{
LogicNode logic_behavior = logic_3.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
int collided_state = collided_behavior.GetLogicState();
if (collided_state == (int)LOGIC.INVALID || !IsDeviceOn())
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
Debug.Log("AND 74LS408 input 0 is invalid.");
}
}
//AND INPUT 2
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 4, out logic_4))
{
LogicNode logic_behavior = logic_4.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
int collided_state = collided_behavior.GetLogicState();
if (collided_state == (int)LOGIC.INVALID || !IsDeviceOn())
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
Debug.Log("AND 74LS408 input 0 is invalid.");
}
}
//AND ------OUTPUT------- 2
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 5, out logic_5))
{
LogicNode logic_behavior = logic_5.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
int collided_state = collided_behavior.GetLogicState();
LogicNode lnode_0, lnode_1; //LogicNode references
lnode_0 = logic_3.GetComponent <LogicNode>(); lnode_1 = logic_4.GetComponent <LogicNode>();
int low = (int)LOGIC.LOW;
int invalid = (int)LOGIC.INVALID;
if (IsDeviceOn())
{
if (lnode_0.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.HIGH &&
lnode_1.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.HIGH)
{
logic_behavior.SetLogicState((int)LOGIC.LOW);
}
else if (lnode_0.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.HIGH &&
lnode_1.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.LOW)
{
logic_behavior.SetLogicState((int)LOGIC.LOW);
}
else if (lnode_0.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.LOW &&
lnode_1.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.HIGH)
{
logic_behavior.SetLogicState((int)LOGIC.LOW);
}
else if (lnode_0.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.LOW &&
lnode_1.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.LOW)
{
logic_behavior.SetLogicState((int)LOGIC.HIGH);
}
else
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
}
}
else
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
}
collided_behavior.RequestStateChange(logic_behavior.GetLogicState());
}
//AND INPUT 2
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 9, out logic_9))
{
LogicNode logic_behavior = logic_9.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
int collided_state = collided_behavior.GetLogicState();
if (collided_state == (int)LOGIC.INVALID || !IsDeviceOn())
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
Debug.Log("AND 74LS408 input 0 is invalid.");
}
}
//AND INPUT 2
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 8, out logic_8))
{
LogicNode logic_behavior = logic_8.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
int collided_state = collided_behavior.GetLogicState();
if (collided_state == (int)LOGIC.INVALID || !IsDeviceOn())
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
Debug.Log("AND 74LS408 input 0 is invalid.");
}
}
//AND ------OUTPUT------- 2
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 7, out logic_7))
{
LogicNode logic_behavior = logic_7.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
int collided_state = collided_behavior.GetLogicState();
LogicNode lnode_0, lnode_1; //LogicNode references
lnode_0 = logic_8.GetComponent <LogicNode>(); lnode_1 = logic_9.GetComponent <LogicNode>();
int low = (int)LOGIC.LOW;
int invalid = (int)LOGIC.INVALID;
if (IsDeviceOn())
{
if (lnode_0.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.HIGH &&
lnode_1.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.HIGH)
{
logic_behavior.SetLogicState((int)LOGIC.LOW);
}
else if (lnode_0.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.HIGH &&
lnode_1.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.LOW)
{
logic_behavior.SetLogicState((int)LOGIC.LOW);
}
else if (lnode_0.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.LOW &&
lnode_1.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.HIGH)
{
logic_behavior.SetLogicState((int)LOGIC.LOW);
}
else if (lnode_0.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.LOW &&
lnode_1.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.LOW)
{
logic_behavior.SetLogicState((int)LOGIC.HIGH);
}
else
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
}
}
else
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
}
collided_behavior.RequestStateChange(logic_behavior.GetLogicState());
}
//AND INPUT 2
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 12, out logic_12))
{
LogicNode logic_behavior = logic_12.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
int collided_state = collided_behavior.GetLogicState();
if (collided_state == (int)LOGIC.INVALID || !IsDeviceOn())
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
Debug.Log("AND 74LS408 input 0 is invalid.");
}
}
//AND INPUT 2
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 11, out logic_11))
{
LogicNode logic_behavior = logic_11.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
int collided_state = collided_behavior.GetLogicState();
if (collided_state == (int)LOGIC.INVALID || !IsDeviceOn())
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
Debug.Log("AND 74LS408 input 0 is invalid.");
}
}
//AND ------OUTPUT------- 2
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 10, out logic_10))
{
LogicNode logic_behavior = logic_10.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
int collided_state = collided_behavior.GetLogicState();
LogicNode lnode_0, lnode_1; //LogicNode references
lnode_0 = logic_11.GetComponent <LogicNode>(); lnode_1 = logic_12.GetComponent <LogicNode>();
int low = (int)LOGIC.LOW;
int invalid = (int)LOGIC.INVALID;
if (IsDeviceOn())
{
if (lnode_0.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.HIGH &&
lnode_1.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.HIGH)
{
logic_behavior.SetLogicState((int)LOGIC.LOW);
}
else if (lnode_0.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.HIGH &&
lnode_1.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.LOW)
{
logic_behavior.SetLogicState((int)LOGIC.LOW);
}
else if (lnode_0.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.LOW &&
lnode_1.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.HIGH)
{
logic_behavior.SetLogicState((int)LOGIC.LOW);
}
else if (lnode_0.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.LOW &&
lnode_1.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == (int)LOGIC.LOW)
{
logic_behavior.SetLogicState((int)LOGIC.HIGH);
}
else
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
}
}
else
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
}
collided_behavior.RequestStateChange(logic_behavior.GetLogicState());
}
}
public async Task Given_graph_with_nodes_exposing_flow_facade_When_redirect_to_not_ordered_child_via_facade_Then_will_follow_facade_redirection()
{
var root = new LogicNode()
{
Name = "root"
};
var childA = new TestNode()
{
Name = "nodeA", Parent = root,
Behavior = f => f.RedirectToChild(1) //redirect to nodeAB instead of nodeAA
};
var childB = new LogicNode()
{
Name = "nodeB", Parent = root
};
root.Children.Add(childA);
root.Children.Add(childB);
var nodeAA = new LogicNode()
{
Name = "nodeAA", Parent = childA
};
childA.Children.Add(nodeAA);
var nodeAB = new LogicNode()
{
Name = "nodeAB", Parent = childA
};
childA.Children.Add(nodeAB);
//to check that a normal flow without redirection with pick A child before B child as expected
var nodeBA = new LogicNode()
{
Name = "nodeBA", Parent = childB
};
childB.Children.Add(nodeBA);
var nodeBB = new LogicNode()
{
Name = "nodeBB", Parent = childB
};
childB.Children.Add(nodeBB);
var graph = new LogicGraph()
{
Root = root, ExecutionFlow = new OrderedExecutionFlow(new TestFacadeNodeExecutor())
};
var trace = new List <NodeVisitResult>();
await foreach (var visit in graph.Run())
{
trace.Add(visit);
}
trace.Select(v => v.Node.Name)
.Should().Equal("root", "nodeA", "nodeAB", "nodeAA", "nodeB", "nodeBA", "nodeBB");
}
public LogicIndex(LogicNode child, IndexDef def)
{
children_.Add(child); def_ = def;
}
public LogicAnalyze(LogicNode child) => children_.Add(child);
//Method that handles the input and output nodes based on the collisions
private void ChipIO()
{
GameObject logic_0, logic_1, logic_2, logic_3, logic_4, logic_5, logic_6,
logic_7, logic_8, logic_9, logic_10, logic_11, logic_12, logic_13;
//GND
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 6, out logic_6))
{
LogicNode logic_behavior = logic_6.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
int collided_state = collided_behavior.GetLogicState();
//GND pin collision node is not GND
if (collided_state != (int)LOGIC.LOW)
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
Debug.Log("NAND 74LS04 Ground Input not set to LOW");
}
}
//VCC
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 13, out logic_13))
{
LogicNode logic_behavior = logic_13.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
int collided_state = collided_behavior.GetLogicState();
if (collided_state != (int)LOGIC.HIGH)
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
Debug.Log("NAND 74LS04 VCC Input not set to HIGH");
}
}
/**
* INPUTs find the collided nodes of the input pins and sets the input's
* pin state to the collided node's state.
*
*/
//INV INPUT 1
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 0, out logic_0))
{
LogicNode logic_behavior = logic_0.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
int collided_state = collided_behavior.GetLogicState();
if (collided_state == (int)LOGIC.INVALID || !IsDeviceOn())
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
Debug.Log("INV 74LS04 input 0 is invalid.");
}
}
//INV INPUT 2
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 2, out logic_2))
{
LogicNode logic_behavior = logic_2.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
int collided_state = collided_behavior.GetLogicState();
if (collided_state == (int)LOGIC.INVALID || !IsDeviceOn())
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
Debug.Log("INV 74LS04 input 2 is invalid.");
}
}
//INV INPUT 3
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 4, out logic_4))
{
LogicNode logic_behavior = logic_4.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
int collided_state = collided_behavior.GetLogicState();
if (collided_state == (int)LOGIC.INVALID || !IsDeviceOn())
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
Debug.Log("INV 74LS04 input 4 is invalid.");
}
}
//INV INPUT 4
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 8, out logic_8))
{
LogicNode logic_behavior = logic_8.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
int collided_state = collided_behavior.GetLogicState();
if (collided_state == (int)LOGIC.INVALID || !IsDeviceOn())
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
Debug.Log("INV 74LS04 input 8 is invalid.");
}
}
//INV INPUT 5
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 10, out logic_10))
{
LogicNode logic_behavior = logic_10.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
int collided_state = collided_behavior.GetLogicState();
if (collided_state == (int)LOGIC.INVALID || !IsDeviceOn())
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
Debug.Log("INV 74LS04 input 10 is invalid.");
}
}
//INV INPUT 6
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 12, out logic_12))
{
LogicNode logic_behavior = logic_12.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
int collided_state = collided_behavior.GetLogicState();
if (collided_state == (int)LOGIC.INVALID || !IsDeviceOn())
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
Debug.Log("INV 74LS04 input 12 is invalid.");
}
}
//INV ------OUTPUT----- 1
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 1, out logic_1))
{
LogicNode logic_behavior = logic_1.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
LogicNode input_logic_node = logic_0.GetComponent <LogicNode>();
int high = (int)LOGIC.HIGH;
int low = (int)LOGIC.LOW;
int invalid = (int)LOGIC.INVALID;
if (IsDeviceOn())
{
if (input_logic_node.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == low)
{
logic_behavior.SetLogicState(high);
}
else if (input_logic_node.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == high)
{
logic_behavior.SetLogicState(low);
}
else
{
logic_behavior.SetLogicState(invalid);
}
}
else
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
}
collided_behavior.RequestStateChange(logic_behavior.GetLogicState());
}
//INV ------OUTPUT----- 2
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 3, out logic_3))
{
LogicNode logic_behavior = logic_3.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
LogicNode input_logic_node = logic_2.GetComponent <LogicNode>();
int high = (int)LOGIC.HIGH;
int low = (int)LOGIC.LOW;
int invalid = (int)LOGIC.INVALID;
if (IsDeviceOn())
{
if (input_logic_node.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == low)
{
logic_behavior.SetLogicState(high);
}
else if (input_logic_node.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == high)
{
logic_behavior.SetLogicState(low);
}
else
{
logic_behavior.SetLogicState(invalid);
}
}
else
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
}
collided_behavior.RequestStateChange(logic_behavior.GetLogicState());
}
//INV ------OUTPUT----- 3
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 5, out logic_5))
{
LogicNode logic_behavior = logic_5.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
LogicNode input_logic_node = logic_4.GetComponent <LogicNode>();
int high = (int)LOGIC.HIGH;
int low = (int)LOGIC.LOW;
int invalid = (int)LOGIC.INVALID;
if (IsDeviceOn())
{
if (input_logic_node.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == low)
{
logic_behavior.SetLogicState(high);
}
else if (input_logic_node.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == high)
{
logic_behavior.SetLogicState(low);
}
else
{
logic_behavior.SetLogicState(invalid);
}
}
else
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
}
collided_behavior.RequestStateChange(logic_behavior.GetLogicState());
}
//INV ------OUTPUT----- 4
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 7, out logic_7))
{
LogicNode logic_behavior = logic_7.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
LogicNode input_logic_node = logic_8.GetComponent <LogicNode>();
int high = (int)LOGIC.HIGH;
int low = (int)LOGIC.LOW;
int invalid = (int)LOGIC.INVALID;
if (IsDeviceOn())
{
if (input_logic_node.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == low)
{
logic_behavior.SetLogicState(high);
}
else if (input_logic_node.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == high)
{
logic_behavior.SetLogicState(low);
}
else
{
logic_behavior.SetLogicState(invalid);
}
}
else
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
}
collided_behavior.RequestStateChange(logic_behavior.GetLogicState());
}
//INV ------OUTPUT----- 5
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 9, out logic_9))
{
LogicNode logic_behavior = logic_9.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
LogicNode input_logic_node = logic_10.GetComponent <LogicNode>();
int high = (int)LOGIC.HIGH;
int low = (int)LOGIC.LOW;
int invalid = (int)LOGIC.INVALID;
if (IsDeviceOn())
{
if (input_logic_node.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == low)
{
logic_behavior.SetLogicState(high);
}
else if (input_logic_node.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == high)
{
logic_behavior.SetLogicState(low);
}
else
{
logic_behavior.SetLogicState(invalid);
}
}
else
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
}
collided_behavior.RequestStateChange(logic_behavior.GetLogicState());
}
//INV ------OUTPUT----- 6
if (logic_dictionary.TryGetValue(LOGIC_DEVICE_ID + 11, out logic_11))
{
LogicNode logic_behavior = logic_11.GetComponent <LogicNode>();
GameObject collided_node = logic_behavior.GetCollidingNode();
LogicNode collided_behavior = collided_node.GetComponent <LogicNode>();
LogicNode input_logic_node = logic_12.GetComponent <LogicNode>();
int high = (int)LOGIC.HIGH;
int low = (int)LOGIC.LOW;
int invalid = (int)LOGIC.INVALID;
if (IsDeviceOn())
{
if (input_logic_node.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == low)
{
logic_behavior.SetLogicState(high);
}
else if (input_logic_node.GetCollidingNode().GetComponent <LogicNode>().GetLogicState() == high)
{
logic_behavior.SetLogicState(low);
}
else
{
logic_behavior.SetLogicState(invalid);
}
}
else
{
logic_behavior.SetLogicState((int)LOGIC.INVALID);
}
collided_behavior.RequestStateChange(logic_behavior.GetLogicState());
}
}
public CGroupMember(LogicNode node, CMemoGroup group)
{
logic_ = node; group_ = group;
Debug.Assert(!(Logic() is LogicMemoRef));
}
