void Start()
{
gameMode = GameMode.TIME_LIMIT;
runState = RunState.RUNNING;
_resourceGoal = 7500f;
_currentTime = 0f;
_timeGoal = 300f; // five-minute time limit
_interestRate = 0.001f;
//interestTime = 5f;
_minBoundX = -350;
_maxBoundX = 350;
_minBoundZ = -350;
_maxBoundZ = 350;
_unitCount = 0;
_unitCap = 10;
_interceptorCost = 1000;
_freighterCost = 1000;
_resonatorCost = 1000;
//Initializing the values that retlate this to the other script.
//This is not the best OOP because of the forced coupling. If you have an idea for how to keep the functionality and reduce this coupling, let me know. - Moore
player = GameObject.FindGameObjectWithTag("Player");
playerScript = player.GetComponent <GenericUnitBehavior>();
_currentResources = playerScript.ResourceLoad;
}
public float GatherResourcesFromSource(GameObject targetObject)
{
//Precondition: You should really only call this method once per calling object per update. - Moore
float result = 0.0f;
GenericUnitBehavior gubScript = targetObject.GetComponent <GenericUnitBehavior>();
if (gubScript != null)
{
result = gubScript.TransferResourcesToSource(gameObject);
}
return(result);
}
public float TransferResourcesToSource(GameObject targetObject)
{
//Precondition: You should only call this once per calling object per update.
//Check how many resources the target wants to take.
float result = 0.0f;
float amountRequested = 0.0f;
GenericUnitBehavior gubScript = targetObject.GetComponent <GenericUnitBehavior>();
amountRequested = gubScript.gatheringRate * gubScript.rateModifier * Time.fixedDeltaTime;
//Can't draw more than the capacity. - Moore
if (gubScript.resourceCapacity < 0.0f)
{
;// This is here because a negative capacity effectively means infinite capacity. It prevents the following branch from bouncing back.
}
else if (amountRequested + gubScript.ResourceLoad > gubScript.resourceCapacity)
{
amountRequested = gubScript.resourceCapacity - gubScript.ResourceLoad;
}
//If this request can be fulfilled in full, do so.
if (amountRequested <= ResourceLoad)
{
ResourceLoad -= amountRequested;
gubScript.ResourceLoad += amountRequested;
}
else
{ //If not, give all that remains. Leave cleanup for another method to deal with. - Moore.
amountRequested = ResourceLoad;
ResourceLoad -= amountRequested;
gubScript.ResourceLoad += amountRequested;
}
result = amountRequested;
return(result);
}
// Use this for initialization
void Start()
{
gun = GetComponent <GenericUnitBehavior>();
reab = GetComponentInChildren <ResonatorEffectAreaBehavior>(); //Unlike the reab in the Generic Unit Behavior, this refers to our own reab, not one from a collision. - Moore
}
// Use this for initialization
void Start()
{
gun = GetComponent <GenericUnitBehavior> ();
}
// Use this for initialization
void Start()
{
gun = GetComponent<GenericUnitBehavior> ();
}
void Start()
{
gameMode = GameMode.TIME_LIMIT;
runState = RunState.RUNNING;
_resourceGoal = 7500f;
_currentTime = 0f;
_timeGoal = 300f; // five-minute time limit
_interestRate = 0.001f;
//interestTime = 5f;
_minBoundX = -350;
_maxBoundX = 350;
_minBoundZ = -350;
_maxBoundZ = 350;
_unitCount = 0;
_unitCap = 10;
_interceptorCost = 1000;
_freighterCost = 1000;
_resonatorCost = 1000;
//Initializing the values that retlate this to the other script.
//This is not the best OOP because of the forced coupling. If you have an idea for how to keep the functionality and reduce this coupling, let me know. - Moore
player = GameObject.FindGameObjectWithTag("Player");
playerScript = player.GetComponent<GenericUnitBehavior>();
_currentResources = playerScript.ResourceLoad;
}
// Use this for initialization
void Start()
{
gun = GetComponent<GenericUnitBehavior>();
reab = GetComponentInChildren<ResonatorEffectAreaBehavior>(); //Unlike the reab in the Generic Unit Behavior, this refers to our own reab, not one from a collision. - Moore
}
