/// <summary>
/// Swim Logic
/// </summary>
protected virtual void Swimming(float time)
{
if (!canSwim)
{
return; //If it cannot swim do nothing
}
if (CanGoUnderWater && underwater)
{
return; //if we are underwater this behavior does not need to be calcultate **Important**
}
if (Stand)
{
return; //Skip if where doing nothing
}
if (!hasSwim)
{
return; //If doesnt have swimm animation don't do the swimming calculations
}
if (!pivot_Water)
{
return; //If there's no water Pivot do nothing
}
RaycastHit WaterHitCenter;
//Front RayWater Cast
if (Physics.Raycast(pivot_Water.transform.position, -_transform.up, out WaterHitCenter, scaleFactor * pivot_Water.multiplier, WaterLayer))
{
waterlevel = WaterHitCenter.point.y; //Get the water level when find water
if (!isInWater)
{
isInWater = true; //Has found a water layer.. so Set isInWater to true
}
}
else
{
if (isInWater && !RealAnimatorState(Hash.Tag_SwimJump))
{
isInWater = false;
}
}
if (isInWater) //if we hit water
{
if ((hit_Chest.distance < (_Height * 0.8f) && movementAxis.z > 0 && hit_Chest.transform != null) || //Exit the water walking forward and it has found land
(hit_Hip.distance < (_Height * 0.8f) && movementAxis.z < 0 && hit_Hip.transform != null)) //Exit the water walking backward and it has found land
{
if (CurrentAnimState.tagHash != Hash.Tag_Recover) //Don't come out of the water if you are playing entering water
{
Swim = false;
return;
}
}
if (!swim)
{
if (Pivot_Chest.Y <= waterlevel) //Enter the water if the water is above chest level
{
Swim = true;
OnSwim.Invoke();
if (_RigidBody)
{
_RigidBody.constraints = Still_Constraints;
}
}
}
}
if (swim)
{
fall = isInAir = fly = false; // Reset all other states
float angleWater = Vector3.Angle(_transform.up, WaterHitCenter.normal); //Calculates the angle of the water
Quaternion finalRot = Quaternion.FromToRotation(_transform.up, WaterHitCenter.normal) * transform.rotation; //Calculate the rotation forward for the water
//lerp rotate until is Aling with the Water
if (angleWater > 0.5f)
{
_transform.rotation = Quaternion.Lerp(_transform.rotation, finalRot, time * 8);
}
else
{
_transform.rotation = finalRot;
}
//Smoothy Aling position with the Water
Vector3 NewPos = new Vector3(_transform.position.x, waterlevel - _Height + waterLine, _transform.position.z);
if (CurrentAnimState.tagHash != Hash.Tag_SwimJump) //if is not Swim Jumping then aling with the water
{
_transform.position = Vector3.Lerp(_transform.position, NewPos, time * 5f);
}
//-------------------Go UnderWater---------------
if (CanGoUnderWater && down && !IsJumping() && !RealAnimatorState(Hash.Tag_SwimJump))
{
underwater = true;
}
}
}
/// <summary>
/// Swim Logic
/// </summary>
protected virtual void Swimming(float time)
{
if (!hasSwim || !canSwim)
{
return; //If doesnt have swimm animation don't do the swimming calculations
}
if (underwater)
{
return; //if we are underwater this behavior does not need to be calcultate **Important**
}
if (Stand || !pivot_Water)
{
return; //Skip if where doing nothing | If there's no water Pivot do nothing
}
if (FrameCounter % WaterRayInterval == 0)
{
RaycastWater(); //DO the Water Raycast
}
if (isInWater) //if we hit water
{
if ((hit_Chest.distance < (_Height * 0.8f) && movementAxis.z > 0 && hit_Chest.transform != null) || //Exit the water walking forward and it has found land
(hit_Hip.distance < (_Height * 0.8f) && movementAxis.z < 0 && hit_Hip.transform != null)) //Exit the water walking backward and it has found land
{
if (AnimState != AnimTag.Recover) //Don't come out of the water if you are playing entering water
{
Swim = false;
return;
}
}
if (!swim)
{
if (Pivot_Chest.Y <= Waterlevel) //Enter the water if the water is above chest level
{
Swim = true;
currentSpeed = swimSpeed;
OnSwim.Invoke();
_RigidBody.constraints = Still_Constraints;
}
}
}
if (swim)
{
fall = isInAir = fly = false; // Reset all other states
float angleWater = Vector3.Angle(T_Up, WaterHitCenter.normal); //Calculates the angle of the water
Quaternion finalRot = Quaternion.FromToRotation(T_Up, WaterHitCenter.normal) * _transform.rotation; //Calculate the rotation forward for the water
Quaternion deltaFixRotation = Quaternion.Inverse(_transform.rotation) * finalRot;
if (angleWater > 0.5f)
{
deltaFixRotation = Quaternion.Slerp(DeltaRotation, DeltaRotation * deltaFixRotation, time * 10f);
}
DeltaRotation *= deltaFixRotation;
//-------------------Go UnderWater---------------
if (CanGoUnderWater && Down && !IsJumping && AnimState != AnimTag.SwimJump)
{
underwater = true;
}
}
}
