public static LimitedFloat operator -(LimitedFloat argLHS, float argRHS)
{
LimitedFloat myLimitedFloat = new LimitedFloat(argLHS);
myLimitedFloat.Current -= argRHS;
return(myLimitedFloat);
}
protected override void implementation_setSimulationFromLogic(
ISimulatableLogic inLogicToSetFrom)
{
CarPhysicsLogic theLogicToSetFrom = inLogicToSetFrom as CarPhysicsLogic;
if (!theLogicToSetFrom)
{
//TODO: Make universal though for incorrect type casts
throw new Exception("Simulation object has no compitable simulatable logic");
}
GameObject theGameObjectToSetFrom = theLogicToSetFrom.gameObject;
//Set rigid body
var theRigidBodyToSetFrom = theGameObjectToSetFrom.GetComponent <Rigidbody2D>();
_rigidBody.angularVelocity = theRigidBodyToSetFrom.angularVelocity;
_rigidBody.velocity = theRigidBodyToSetFrom.velocity;
//Set logic state
_gasValue = theLogicToSetFrom._gasValue;
_isGasWasChangedOnUpdate = theLogicToSetFrom._isGasWasChangedOnUpdate;
_steeringWheelValue = theLogicToSetFrom._steeringWheelValue;
_isSteeringWheelWasRotatedOnUpdate = theLogicToSetFrom._isSteeringWheelWasRotatedOnUpdate;
}
//-Implementation
protected void Start()
{
_ammoInClip = new LimitedFloat(ClipSettings);
_stateMachine = new SimpleStateMachine <State>(State.Idle);
uiShootController = GetComponent <UIShootController>();
if (uiShootController)
{
uiShootController.setClipStats(
(int)_ammoInClip.getValue(), (int)_ammoInClip.getValue()
);
}
}
public LimitedFloat(LimitedFloat argCopy)
{
min = argCopy.Min;
max = argCopy.Max;
current = argCopy.Current;
}
void Reset()
{
distance = new LimitedFloat(3.0f, 1, 10);
height = new LimitedFloat(1.0f, 1, 5);
panX = new LimitedFloat(0.0f, -1, 1);
panY = new LimitedFloat(0.0f, 0, 2);
damping = 5.0f;
rotationDamping = 10.0f;
Controls.Add(new CameraControl(TargetEnum.Distance, MouseCodeEnum.ScrollWheel, 2));
Controls.Add(new CameraControl(TargetEnum.Height, MouseCodeEnum.ScrollWheel, 1));
Controls.Add(new CameraControl(TargetEnum.PanY, MouseCodeEnum.ScrollWheel, 0.5f));
Controls.Add(new CameraControl(TargetEnum.PanX, KeyCode.LeftArrow, -1));
Controls.Add(new CameraControl(TargetEnum.PanX, KeyCode.RightArrow, 1));
}
public static LimitedFloat operator -(LimitedFloat argLHS, float argRHS)
{
LimitedFloat myLimitedFloat = new LimitedFloat(argLHS);
myLimitedFloat.Current -= argRHS;
return myLimitedFloat;
}
public LimitedFloat(LimitedFloat argCopy)
{
min = argCopy.Min;
max = argCopy.Max;
current = argCopy.Current;
}
protected void implementation_initialize_state()
{
_gasValue = new LimitedFloat(GasValueSettings);
_steeringWheelValue = new LimitedFloatAngle(SteeringWheelValueSettings);
}
//-Implementation
void Awake()
{
_buildPoints = new LimitedFloat(
0.0f, getBuildingScheme().buildPointsToConstruct
);
}
//-Implementation
private void Start()
{
_hitPoints = new LimitedFloat(0.0f, MaxHitPoints, MaxHitPoints);
_hitPoints.onAchievedMaximum += () => onAchievedMaxHitPoints?.Invoke();
_hitPoints.onAchievedMinimum += () => onAchievedNoHitPoints?.Invoke();
}