public List <LightingUnit> LightsToActivateInPath(Occupant Occupant, List <LightingUnit> LightingUnits)
{
//Makes sure we don't find lights in path when no path is available
if (Occupant.IsPosition1Initialized == false &&
Occupant.IsPosition2Initialized == false)
{
return(null);
}
//List to return
List <LightingUnit> LightingUnitsToActivateInPath = new List <LightingUnit>();
//Defines the movement vector
Coords MovementVector = VectorMath.CalculateVector(Occupant.Position1, Occupant.Position2);
List <LightingUnit> LightingUnitsInPath = FindLightsInPath(Occupant.Position2, MovementVector,
LightingUnits);
foreach (LightingUnit LightingUnitToSave in LightingUnitsInPath)
{
LightingUnitToSave.wantedLightLevel = (CalculateLightingLevel(Occupant.Position2, LightingUnitToSave,
_predictedMovementScaling));
LightingUnitsToActivateInPath.Add(LightingUnitToSave);
}
return(LightingUnitsToActivateInPath);
}
public void CalculateVectorTest()
{
Coords Expectet = new Coords(10, 0);
Coords result = VectorMath.CalculateVector(p1, p2);
Assert.AreEqual(Expectet.x, result.x);
Assert.AreEqual(Expectet.y, result.y);
}
public Coords GetMovementVector(Occupant Occupant)
{
return(VectorMath.CalculateVector(Occupant.Position1, Occupant.Position2));
}