public void Execute(Entity entity, int index,
DynamicBuffer <VelocityCurveBuffer> velocityCurveBuffer,
ref VelocityCurve velocityCurve,
ref SideScrollingCharacterController sideScrollingCharacterController,
[ReadOnly] ref SolidAgent solidAgent)
{
//Z axis is always 0
velocityCurve.Z = VelocityCurveAxis.Zero();
//Vertical Movement
ComputeVerticalMovement(ref velocityCurve,
ref sideScrollingCharacterController,
ref solidAgent);
//Horizontal Movement
ComputeHorizontalMovement(ref velocityCurve,
ref sideScrollingCharacterController,
ref solidAgent);
//Add this velocity curve to the character's velocity curve buffer
velocityCurveBuffer.Add(new VelocityCurveBuffer
{
VelocityCurveEntity = entity
});
}
public void Execute(Entity entity, int index,
DynamicBuffer <VelocityCurveBuffer> velocityCurveBuffer,
ref VelocityCurve velocityCurve, ref MovingPlatformController movingPlatformController, ref Translation translation)
{
//The platform never moves on the Z axis
velocityCurve.Z = VelocityCurveAxis.Zero();
//Check if we've reached our current destination
float3 destination = movingPlatformController.IsMovingTowardsA ? movingPlatformController.PositionA : movingPlatformController.PositionB;
float distanceToDestination = math.abs(math.distance(translation.Value, destination));
if (distanceToDestination == 0.0f)
{
//Reverse the destination
movingPlatformController.IsMovingTowardsA = !movingPlatformController.IsMovingTowardsA;
destination = movingPlatformController.IsMovingTowardsA ? movingPlatformController.PositionA : movingPlatformController.PositionB;
distanceToDestination = math.abs(math.distance(translation.Value, destination));
}
//Move towards the destination, being carefull not to move past it
float distanceToMoveThisTimeStep = DeltaTime * movingPlatformController.AbsoluteVelocity;
float distanceToMoveThisTimeStepSquared = distanceToMoveThisTimeStep * distanceToMoveThisTimeStep;
float3 distanceAvailableToMove = destination - translation.Value;
float distanceAvailableToMoveSquared = math.lengthsq(distanceAvailableToMove);
float3 directionToMove = math.normalize(distanceAvailableToMove);
float3 linearVelocity = new float3();
if (distanceAvailableToMoveSquared < distanceToMoveThisTimeStepSquared)
{
linearVelocity = distanceAvailableToMove / DeltaTime;
}
else
{
linearVelocity = directionToMove * movingPlatformController.AbsoluteVelocity;
}
//Set the velocity curve
velocityCurve.X = VelocityCurveAxis.Linear(linearVelocity.x > 0.0f,
math.abs(linearVelocity.x));
velocityCurve.Y = VelocityCurveAxis.Linear(linearVelocity.y > 0.0f,
math.abs(linearVelocity.y));
//Add this velocity curve to the moving platform's velocity curve buffer
velocityCurveBuffer.Add(new VelocityCurveBuffer
{
VelocityCurveEntity = entity
});
}
public void Convert(Entity entity, EntityManager dstManager, GameObjectConversionSystem conversionSystem)
{
var componentData = new JeffreyDufseth.VelocityCurveManagement.VelocityCurve
{
X = VelocityCurveAxis.Zero(),
Y = VelocityCurveAxis.Zero(),
Z = VelocityCurveAxis.Zero()
};
dstManager.AddComponentData(entity, componentData);
}
public void Execute(ref VelocityCurve velocityCurve, ref WindController windController)
{
//The wind never blows on the Z axis
velocityCurve.Z = VelocityCurveAxis.Zero();
//Turn the wind on and off
windController.ElapsedTime += DeltaTime;
if (windController.IsBlowing &&
(windController.ElapsedTime > windController.OnTime))
{
//Turn the wind off.
windController.IsBlowing = false;
windController.ElapsedTime = 0.0f;
velocityCurve.X = VelocityCurveAxis.Quadratic(velocityCurve.X.CurrentVelocity,
windController.WindDirection.x < 0.0f,
windController.WindAbsoluteDeceleration * math.abs(windController.WindDirection.x),
0.0f);
velocityCurve.Y = VelocityCurveAxis.Quadratic(velocityCurve.Y.CurrentVelocity,
windController.WindDirection.y < 0.0f,
windController.WindAbsoluteDeceleration * math.abs(windController.WindDirection.y),
0.0f);
}
else if (!windController.IsBlowing &&
(windController.ElapsedTime > windController.OffTime))
{
//Turn the wind on.
windController.IsBlowing = true;
windController.ElapsedTime = 0.0f;
velocityCurve.X = VelocityCurveAxis.Quadratic(velocityCurve.X.CurrentVelocity,
windController.WindDirection.x > 0.0f,
windController.WindAbsoluteDeceleration * math.abs(windController.WindDirection.x),
windController.WindAbsoluteMaximumVelocity * math.abs(windController.WindDirection.x));
velocityCurve.Y = VelocityCurveAxis.Quadratic(velocityCurve.Y.CurrentVelocity,
windController.WindDirection.y > 0.0f,
windController.WindAbsoluteDeceleration * math.abs(windController.WindDirection.y),
windController.WindAbsoluteMaximumVelocity * math.abs(windController.WindDirection.y));
}
}
