private void Update()
{
// Checking for WaterDetector
if (_waterDetector == null)
{
_waterDetector = GetComponent <WaterDetector>() ?? gameObject.AddComponent <WaterDetector>();
}
// If we are in the water
if (_waterDetector != null)
{
_controller = GetComponent <CharacterController>();
_thirdPersonController = GetComponent <DW_ThirdPersonController>();
// If we are actually submerged to a some extent
float waterLevel = _waterDetector.GetWaterLevel(transform.position);
float min = _controller.bounds.center.y;
float max = _controller.bounds.center.y + _controller.height / 2f;
// Assume we are submerged when the character is at least half in the water.
_isSubmerged = (min <waterLevel && max> waterLevel) || (min < waterLevel && max < waterLevel);
// 1 when fully submerged, 0 when half submerged
float submergedCoeff = Mathf.Clamp01((waterLevel - min) / (max - min));
// Setting the speeds
if (_isSubmerged)
{
float smoothSlowdownFactor = Mathf.Lerp(1f, UnderwaterSpeedFactor, submergedCoeff);
_thirdPersonController.Gravity = _initGravity * smoothSlowdownFactor;
_thirdPersonController.WalkSpeed = _initWalkSpeed * smoothSlowdownFactor;
_thirdPersonController.RunSpeed = _initRunSpeed * smoothSlowdownFactor;
_thirdPersonController.TrotSpeed = _initTrotSpeed * smoothSlowdownFactor;
_thirdPersonController.walkMaxAnimationSpeed = _initWalkAnimationSpeed * smoothSlowdownFactor;
_thirdPersonController.runMaxAnimationSpeed = _initRunMaxAnimationSpeed * smoothSlowdownFactor;
_thirdPersonController.jumpAnimationSpeed = _initJumpAnimationSpeed * smoothSlowdownFactor;
_thirdPersonController.landAnimationSpeed = _initLandAnimationSpeed * smoothSlowdownFactor;
_thirdPersonController.trotMaxAnimationSpeed = _initTrotAnimationSpeed * smoothSlowdownFactor;
}
else
{
_thirdPersonController.Gravity = _initGravity;
_thirdPersonController.WalkSpeed = _initWalkSpeed;
_thirdPersonController.RunSpeed = _initRunSpeed;
_thirdPersonController.TrotSpeed = _initTrotSpeed;
_thirdPersonController.walkMaxAnimationSpeed = _initWalkAnimationSpeed;
_thirdPersonController.runMaxAnimationSpeed = _initRunMaxAnimationSpeed;
_thirdPersonController.jumpAnimationSpeed = _initJumpAnimationSpeed;
_thirdPersonController.landAnimationSpeed = _initLandAnimationSpeed;
_thirdPersonController.trotMaxAnimationSpeed = _initTrotAnimationSpeed;
}
}
}
private void Update()
{
// Checking for WaterDetector
if (_waterDetector == null) {
_waterDetector = GetComponent<WaterDetector>() ?? gameObject.AddComponent<WaterDetector>();
}
// If we are in the water
if (_waterDetector != null) {
_controller = GetComponent<CharacterController>();
_thirdPersonController = GetComponent<DW_ThirdPersonController>();
// If we are actually submerged to a some extent
float waterLevel = _waterDetector.GetWaterLevel(transform.position);
float min = _controller.bounds.center.y;
float max = _controller.bounds.center.y + _controller.height / 2f;
// Assume we are submerged when the character is at least half in the water.
_isSubmerged = (min < waterLevel && max > waterLevel) || (min < waterLevel && max < waterLevel);
// 1 when fully submerged, 0 when half submerged
float submergedCoeff = Mathf.Clamp01((waterLevel - min) / (max - min));
// Setting the speeds
if (_isSubmerged) {
float smoothSlowdownFactor = Mathf.Lerp(1f, UnderwaterSpeedFactor, submergedCoeff);
_thirdPersonController.Gravity = _initGravity * smoothSlowdownFactor;
_thirdPersonController.WalkSpeed = _initWalkSpeed * smoothSlowdownFactor;
_thirdPersonController.RunSpeed = _initRunSpeed * smoothSlowdownFactor;
_thirdPersonController.TrotSpeed = _initTrotSpeed * smoothSlowdownFactor;
_thirdPersonController.walkMaxAnimationSpeed = _initWalkAnimationSpeed * smoothSlowdownFactor;
_thirdPersonController.runMaxAnimationSpeed = _initRunMaxAnimationSpeed * smoothSlowdownFactor;
_thirdPersonController.jumpAnimationSpeed = _initJumpAnimationSpeed * smoothSlowdownFactor;
_thirdPersonController.landAnimationSpeed = _initLandAnimationSpeed * smoothSlowdownFactor;
_thirdPersonController.trotMaxAnimationSpeed = _initTrotAnimationSpeed * smoothSlowdownFactor;
} else {
_thirdPersonController.Gravity = _initGravity;
_thirdPersonController.WalkSpeed = _initWalkSpeed;
_thirdPersonController.RunSpeed = _initRunSpeed;
_thirdPersonController.TrotSpeed = _initTrotSpeed;
_thirdPersonController.walkMaxAnimationSpeed = _initWalkAnimationSpeed;
_thirdPersonController.runMaxAnimationSpeed = _initRunMaxAnimationSpeed;
_thirdPersonController.jumpAnimationSpeed = _initJumpAnimationSpeed;
_thirdPersonController.landAnimationSpeed = _initLandAnimationSpeed;
_thirdPersonController.trotMaxAnimationSpeed = _initTrotAnimationSpeed;
}
}
}
protected void FixedUpdate()
{
// Checking for WaterDetector
if (_waterDetector == null)
{
_waterDetector = GetComponent <WaterDetector>() ?? gameObject.AddComponent <WaterDetector>();
}
// If we are in the water
if (_waterDetector.Water != null)
{
IDynamicWaterSettings water = _waterDetector.Water as IDynamicWaterSettings;
if (water == null)
{
return;
}
_controller = GetComponent <CharacterController>();
// If we are actually submerged to a some extent
float waterLevel = water.GetWaterLevel(transform.position);
float min = _controller.bounds.center.y - _controller.height / 2f;
float max = _controller.bounds.center.y + _controller.height / 2f;
_isSubmerged = min <waterLevel && max> waterLevel;
// Do not make ripples while standing
if (_controller.velocity.sqrMagnitude > 0.5f && _isSubmerged)
{
water.CreateSplash(transform.position, SplashRadius, SplashForce * Time.deltaTime);
}
// Checking if we must make a splash
if (_splashAllowed && _isSubmerged && _isSubmerged != _isSubmergedPrev && !_controller.isGrounded && _controller.velocity.y < -SplashThreshold)
{
SpawnSplash(JumpSplashPrefab, water.PlaneCollider.ClosestPointOnBounds(transform.position));
water.CreateSplash(transform.position, JumpSplashRadius, JumpSplashForce);
// To make sure we are not making splashes too often
_splashAllowed = false;
StartCoroutine(AllowSplash());
}
_isSubmergedPrev = _isSubmerged;
}
}
private void OnTriggerExit(Collider other)
{
if (disableGravityScale)
{
GravityScale gravity = other.GetComponent <GravityScale>();
if (gravity != null)
{
gravity.enabled = true;
}
}
WaterDetector water = other.GetComponent <WaterDetector>();
if (water != null)
{
water.isUnderWater = false;
}
}
protected void FixedUpdate() {
// Checking for WaterDetector
if (_waterDetector == null) {
_waterDetector = GetComponent<WaterDetector>() ?? gameObject.AddComponent<WaterDetector>();
}
// If we are in the water
if (_waterDetector.Water != null) {
IDynamicWaterSettings water = _waterDetector.Water as IDynamicWaterSettings;
if (water == null) {
return;
}
_controller = GetComponent<CapsuleCollider>();
_vController = GetComponent<Rigidbody>();
bool isGrounded = GetComponent<ThirdPersonCharacter>().m_IsGrounded;
// If we are actually submerged to a some extent
float waterLevel = water.GetWaterLevel(transform.position);
float min = _controller.bounds.center.y - _controller.height / 2f;
float max = _controller.bounds.center.y + _controller.height / 2f;
_isSubmerged = min < waterLevel && max > waterLevel;
// Do not make ripples while standing
if (_vController.velocity.sqrMagnitude > 0.5f && _isSubmerged) {
water.CreateSplash(transform.position, SplashRadius, SplashForce * Time.deltaTime);
}
// Checking if we must make a splash
if (_splashAllowed && _isSubmerged && _isSubmerged != _isSubmergedPrev && !isGrounded && _vController.velocity.y < -SplashThreshold) {
SpawnSplash(JumpSplashPrefab, water.PlaneCollider.ClosestPointOnBounds(transform.position));
water.CreateSplash(transform.position, JumpSplashRadius, JumpSplashForce);
// To make sure we are not making splashes too often
_splashAllowed = false;
StartCoroutine(AllowSplash());
}
_isSubmergedPrev = _isSubmerged;
}
}
private void Update()
{
// Checking for WaterDetector
if (_waterDetector == null)
{
_waterDetector = GetComponent <WaterDetector>() ?? gameObject.AddComponent <WaterDetector>();
}
// If we are in the water
if (_waterDetector != null)
{
_controller = GetComponent <CharacterController>();
_thirdPersonController = GetComponent <DW_ThirdPersonController>();
// If we are actually submerged to a some extent
float waterLevel = _waterDetector.GetWaterLevel(transform.position);
float min = _controller.bounds.center.y;
float max = _controller.bounds.center.y + _controller.height / 2f;
// Assume we can swim when at least half submerged into water
_isSubmerged = (min <waterLevel && max> waterLevel) || (min < waterLevel && max < waterLevel);
// Value of 1 means fully submerged, value of 0 means not submerged
float submergedCoeff = Mathf.Clamp01((waterLevel - min) / (max - min));
if (_isSubmerged)
{
bool flag = Input.GetKey(SwimUpKey);
if (flag)
{
_thirdPersonController.VerticalSpeed = 0f;
}
// Swimming u
if (Input.GetKey(SwimUpKey))
{
_controller.Move(Vector3.up * SwimSpeed * submergedCoeff * Time.deltaTime);
}
}
}
}
private void Update()
{
// Checking for WaterDetector
if (_waterDetector == null) {
_waterDetector = GetComponent<WaterDetector>() ?? gameObject.AddComponent<WaterDetector>();
}
// If we are in the water
if (_waterDetector != null) {
_controller = GetComponent<CharacterController>();
_thirdPersonController = GetComponent<DW_ThirdPersonController>();
// If we are actually submerged to a some extent
float waterLevel = _waterDetector.GetWaterLevel(transform.position);
float min = _controller.bounds.center.y;
float max = _controller.bounds.center.y + _controller.height / 2f;
// Assume we can swim when at least half submerged into water
_isSubmerged = (min < waterLevel && max > waterLevel) || (min < waterLevel && max < waterLevel);
// Value of 1 means fully submerged, value of 0 means not submerged
float submergedCoeff = Mathf.Clamp01((waterLevel - min) / (max - min));
if (_isSubmerged) {
bool flag = Input.GetKey(SwimUpKey);
if (flag) {
_thirdPersonController.VerticalSpeed = 0f;
}
// Swimming u
if (Input.GetKey(SwimUpKey)) {
_controller.Move(Vector3.up * SwimSpeed * submergedCoeff * Time.deltaTime);
}
}
}
}
