public static void Button(Data.Step step)
{
Debug.Log("Stepping through a Button " + step.part.pos.x + ", " + step.part.pos.y);
step.part.done = true;
if (Input.GetKey(KeyCode.Q))
{
//Find connected parts
Vector2 outPowerPos = new Vector2(step.part.pos.x + step.part.outPower[0].x, step.part.pos.y + step.part.outPower[0].y);
Debug.DrawLine(new Vector3(15, 15, 2), new Vector3(outPowerPos.x, outPowerPos.y, 2), Color.red);
Data.CircuitPart nextPart = CircuitFuncs.PartByPos(outPowerPos, step.circuit);
if (nextPart != null)//Is there a part here?
{
if (nextPart != step.part && !nextPart.done)//If this isn't me & if this part doesn't have it's done flag set.
{
//Add this next step to the todo list
Data.Step doNext = new Data.Step();
doNext.circuit = step.circuit;
doNext.part = nextPart;
doNext.power = step.power;
CircuitFuncs.todo.Insert(0, doNext);
}
}
}
}
public static void PowerGenerator(Data.Step step)
{
step.part.done = true;
Debug.Log("Stepping through a PowerGenerator at " + step.part.pos.x + ", " + step.part.pos.y);
//I'm a power generator, so add my powerGenerated stat to power
if (step.power == null) { step.power = new Data.Power(); }//If there is no power, create a new one
step.power.amount = (float)step.part.stats[Data.Stat.PowerGenerated];
//Find connected parts
Vector2 outPowerPos = new Vector2(step.part.pos.x + step.part.outPower[0].x, step.part.pos.y + step.part.outPower[0].y);
Debug.DrawLine(new Vector3(15, 15, 2), new Vector3(outPowerPos.x, outPowerPos.y, 2), Color.red);
//Debug.Log("Looking for connecting parts at " + outPowerPos.x + ", " + outPowerPos.y);
//pass along via the outPort
Data.CircuitPart nextPart = CircuitFuncs.PartByPos(outPowerPos, step.circuit);
if (nextPart != null)//Is there a part here?
{
//Debug.Log("Found a " + nextPart.name + " at " + outPowerPos.x + ", " + outPowerPos.y + ", has a pos of " + nextPart.pos.x + ", " + nextPart.pos.y);
//Debug.DrawLine(new Vector3(step.part.pos.x, step.part.pos.y, 2), new Vector3(nextPart.pos.x, nextPart.pos.y, 2), Color.red,10);
if (nextPart != step.part && !nextPart.done)//If this isn't me & if this part doesn't have it's done flag set.
{
//Is this pos also on a inPower?
if (CircuitFuncs.CheckPosIs_InPower_OfPart(outPowerPos, nextPart))
{
//Add this next step to the todo list
Data.Step doNext = new Data.Step();
doNext.circuit = step.circuit;
doNext.part = nextPart;
doNext.power = step.power;
CircuitFuncs.todo.Insert(0, doNext);
}
}
}
else
{
//Debug.Log("Didn't find a connecting part at " + outPowerPos.x + ", " + outPowerPos.y);
}
}
public static void UpdateCircuit(Data.Circuit circuit)
{
//Updates this entire circuit.
Debug.Log("Updating Circuit " + circuit.id);
string str = "PartsByPos:";
foreach (Data.CircuitPart cp in circuit.parts)
{
str += "(" + cp.pos.x + "," + cp.pos.y + "), ";
}
Debug.Log(str);
todo = new List<Data.Step>();//Reset & wipe the todo list
//set all part's done flags to false
foreach (Data.CircuitPart cp in circuit.parts)
{
cp.done = false;
}
//Add all powerSources to the todo list
//Adding powersources by priority is broken and I can't be arsed to write it correctly right now.
//Add powerSources in order of priority number. //ALL POWERSOURCES MUST HAVE DIFFERENT PRIORITIES
/*for (int i = 0; i < 100; i++)//This means a max of 10000 power sources
{
//Go from each power source in turn
int highestPriority = -1;
CircuitPart part = null;
foreach (CircuitPart cp in circuit.parts)
{
if (cp.stats.ContainsKey(Stat.IsPowerSource))
{
if (cp.priority > highestPriority)
{
highestPriority = cp.priority;
part = cp;
}
}
}
if (part != null)
{
Step step = new Step();
step.part = part;
step.circuit = circuit;
todo.Add(step);
}
else { break; }
}*/
foreach (Data.CircuitPart cp in circuit.parts)//Add all powersources ignoring priority, (temporary dev hack)
{
if (cp.stats.ContainsKey(Data.Stat.IsPowerSource))
{
Data.Step step = new Data.Step();
step.part = cp;
step.circuit = circuit;
todo.Add(step);
}
}
Vector3 pos1 = Vector3.zero;
Vector3 pos2 = Vector3.zero;
if (todo.Count > 0)
{
int cap = 0;//To prevent inf loops
while (cap < 100 && todo.Count > 0)
{
//Take the top step from the stack (todo list)
Data.Step doThis = todo[0];
todo.RemoveAt(0);
Debug.Log("Taking " + doThis.part.name + " from the stack,");
//Handle part on top of todo list (the one at the 0 index)
PartFuncs.CallFuncForPart(doThis);//This function should add to the todo list if the part is connected to anyone
//Debug lines
pos2 = pos1;
pos1 = new Vector3(doThis.part.pos.x, doThis.part.pos.y);
if (pos2 != Vector3.zero) { Debug.DrawLine(pos1, pos2, Color.green); }
cap++;
}
if (cap >= 100) { Debug.Log("Hit max loops! In Circuit " + circuit.id); }
}
Debug.Log("Updated Circuit " + circuit.id + ". Had " + circuit.parts.Count + " parts.");
}
public static void Wire(Data.Step step)
{
Debug.Log("Stepping through a Wire " + step.part.pos.x + ", " + step.part.pos.y);
step.part.done = true;
//Find all nearby parts
Data.CircuitPart part = null;
for (int i = 0; i < 4; i++)
{
Vector2 offsetPos = Vector2.zero;
offsetPos.x = step.part.pos.x;
offsetPos.y = step.part.pos.y;
if (i == 0) { offsetPos.x++; }
if (i == 1) { offsetPos.x--; }
if (i == 2) { offsetPos.y++; }
if (i == 3) { offsetPos.y--; }
Data.CircuitPart cp = CircuitFuncs.PartByPos(offsetPos, step.circuit);
if (cp != null)//If a part exists in this pos
{
if (!cp.done)//If this wire hasn't been used yet
{
//is this a wire, or a part?
if (cp.type == Data.CircuitPartTypes.Wire)
{
//Ok, check using the offsetPos.
//wires have inPorts on top of themselves. They *are* an inport.
if (CircuitFuncs.CheckPosIs_InPower_OfPart(offsetPos, cp))
{
part = cp;
break;
}
}
else
{
//Ok, check using this part's pos
//Parts have inPorts that stick out of themselves, so wire can be built on that tile.
if (CircuitFuncs.CheckPosIs_InPower_OfPart(step.part.pos, cp))
{
part = cp;
break;
}
}
//Is this pos also on a inPower?
}
}
}
if (part != null)
{
//Debug.Log("Found connecting part at " + part.pos);
//pass along to this other part
Data.Step doNext = new Data.Step();
doNext.circuit = step.circuit;
doNext.part = part;
doNext.power = step.power;
CircuitFuncs.todo.Add(doNext);
}
else
{
//Debug.Log("Found no connecting part");
}
}
