public void DUMMY_PATHING_FUNCTION()
{
/*QPath.CostEstimateDelegate ced = (IQPathTileScript a, IQPathTileScript b) => (
* return Hex.Distance(a, b);
* );*/
HexScript[] pathHexes = QPathScript.FindPath(
Hex.HexMap,
this,
Hex,
//Hex.HexMap.GetHexAt(Hex.C + 1, Hex.R + 3),
Hex.HexMap.GetHexAt(Hex.C + MouseManagerScript.instance.selectedHexColumnPositioningDifference, Hex.R + MouseManagerScript.instance.selectedHexRowPositioningDifference),
HexScript.CostEstimate
);
Debug.Log("Got pathfinding path of length: " + pathHexes.Length);
MouseManagerScript.instance.PathCount(pathHexes.Length);
SetHexPath(pathHexes);
}
public void PotentialEnergyUsage()
{
HexScript[] pathHexes = QPathScript.FindPath(
Hex.HexMap,
this,
Hex,
//Hex.HexMap.GetHexAt(Hex.C + 1, Hex.R + 3),
Hex.HexMap.GetHexAt(Hex.C + MouseManagerScript.instance.selectedHexColumnPositioningDifference, Hex.R +
MouseManagerScript.instance.selectedHexRowPositioningDifference),
HexScript.CostEstimate
);
string test = "Got pathfinding path of movmentValue: ";
int potentialUsageOfEnergy = 0;
int count = 0;
foreach (var hex in pathHexes)
{
if (count == 0)
{
count++;
}
else if (pathHexes.Length < pathHexes.Length - 1)
{
test += hex.movementCost + ", ";
potentialUsageOfEnergy += hex.movementCost;
}
else
{
test += hex.movementCost + ".";
potentialUsageOfEnergy += hex.movementCost;
}
Debug.LogError(test + " Total Movement Cost: " + potentialUsageOfEnergy);
}
MouseManagerScript.instance.PathCount(pathHexes.Length);
CanvasManagerScript._instance.DisplayEnergyUsage(potentialUsageOfEnergy, MovementRemaining);
}
