void Move(Vector3 direction, bool upOrDown = false)
{
if (playerSwimming)
{
// Do not allow player to swim up out of water, as he would immediately be pulled back in, making jerky movement and playing the splash sound repeatedly
if ((direction.y > 0) && (playerMotor.controller.transform.position.y + (50 * MeshReader.GlobalScale) - 0.93f) >=
(GameManager.Instance.PlayerEnterExit.blockWaterLevel * -1 * MeshReader.GlobalScale))
{
direction.y = 0;
}
Entity.PlayerEntity player = GameManager.Instance.PlayerEntity;
float baseSpeed = speedChanger.GetBaseSpeed();
moveSpeed = speedChanger.GetSwimSpeed(baseSpeed);
}
// There's a fixed speed for up/down movement
if (upOrDown)
{
moveSpeed = 80f / PlayerSpeedChanger.classicToUnitySpeedUnitRatio;
}
collisionFlags = playerMotor.controller.Move(direction * moveSpeed * Time.deltaTime);
// Reset to levitate speed in case it has been changed by swimming
moveSpeed = 4.0f;
}
void AddMovement(Vector3 direction, bool upOrDown = false)
{
// No up or down movement while swimming without using a float up/float down key, levitating while swimming, or sinking from encumbrance
if (!upOrDown && playerSwimming && !playerLevitating)
{
direction.y = 0;
}
if (playerSwimming && GameManager.Instance.PlayerEntity.IsWaterWalking)
{
// Swimming with water walking on makes player move at normal speed in water
moveSpeed = GameManager.Instance.PlayerMotor.Speed;
moveDirection += direction * moveSpeed;
return;
}
else if (playerSwimming && !playerLevitating)
{
// Do not allow player to swim up out of water, as he would immediately be pulled back in, making jerky movement and playing the splash sound repeatedly
if ((direction.y > 0) && (playerMotor.controller.transform.position.y + (50 * MeshReader.GlobalScale) - 0.93f) >=
(GameManager.Instance.PlayerEnterExit.blockWaterLevel * -1 * MeshReader.GlobalScale) &&
!playerLevitating)
{
direction.y = 0;
}
// There's a fixed speed for up/down movement in classic (use moveSpeed = 2 here to replicate)
float baseSpeed = speedChanger.GetBaseSpeed();
moveSpeed = speedChanger.GetSwimSpeed(baseSpeed);
}
moveDirection += direction * moveSpeed;
// Reset to levitate speed in case it has been changed by swimming
moveSpeed = levitateMoveSpeed;
}
private void UpdateSpeed()
{
speed = speedChanger.GetBaseSpeed();
speedChanger.ApplyInputSpeedAdjustment(ref speed);
if (playerEnterExit.IsPlayerSwimming && !GameManager.Instance.PlayerEntity.IsWaterWalking)
{
speed = speedChanger.GetSwimSpeed(speed);
}
}
void Update()
{
// Do nothing if player levitating - replacement motor will take over movement.
// Don't return here for swimming because player should still be able to crouch when swimming.
if (levitateMotor && levitateMotor.IsLevitating)
{
return;
}
speed = speedChanger.GetBaseSpeed();
speedChanger.HandleInputSpeedAdjustment(ref speed);
if (playerEnterExit.IsPlayerSwimming)
{
speed = speedChanger.GetSwimSpeed(speed);
}
heightChanger.DecideHeightAction();
UpdateSmoothFollower();
}
void Update()
{
// Update on water check
onExteriorWaterMethod = GetOnExteriorWaterMethod();
// Do nothing if player levitating - replacement motor will take over movement.
// Don't return here for swimming because player should still be able to crouch when swimming.
if (levitateMotor && levitateMotor.IsLevitating)
{
return;
}
speed = speedChanger.GetBaseSpeed();
speedChanger.HandleInputSpeedAdjustment(ref speed);
if (playerEnterExit.IsPlayerSwimming && !GameManager.Instance.PlayerEntity.IsWaterWalking)
{
speed = speedChanger.GetSwimSpeed(speed);
}
heightChanger.DecideHeightAction();
UpdateSmoothFollower();
}