ERRO NO SCRIPT swimming!!!

por joaolibolone998 Qua Mar 25, 2020 7:22 am

Script:

Código:: using UnityEngine; using System.Collections; using Invector.CharacterController; using UnityEngine.Events; namespace Invector.CharacterController.Actions { /// <summary> /// vSwimming Add-on /// On this Add-on we're locking the tpInput along with the tpMotor, tpAnimator & tpController methods to handle the Swimming behaviour. /// We can still access those scripts and methods, and call just what we need to use for example the FreeMovement, CameraInput, StaminaRecovery and UpdateHUD methods /// This way the add-on become modular and plug&play easy to modify without changing the core of the controller. /// </summary> [vClassHeader("Swimming Action")] public class vSwimming : MonoBehaviour { } #region Swimming Variables [Header("Animations Clips & Tags")] [Tooltip("Name of the tag assign into the Water object")] public class UpdateGameObject{FindWithTag Tag = "Water" [Tooltip("Name of the animation clip that will play when you enter the Water")]; public class swimmingClip {"Swimming";} [Tooltip("Name of the animation clip that will play when you enter the Water")] public diveClip = "Dive"; [Tooltip("Name of the tag assign into the Water object")] public exitWaterTag = "Action"; [Tooltip("Name of the animation clip that will play when you exit the Water")] public exitWaterClip = "QuickClimb";{ } [Header("Speed & Extra Options")] [Tooltip("Uncheck if you don't want to go under water")] public bool swimUpAndDown = true; [Tooltip("Speed to swim forward")] public float swimForwardSpeed = 3f; [Tooltip("Speed to rotate the character")] public float swimRotationSpeed = 3f; [Tooltip("Speed to swim up")] public float swimUpSpeed = 1.5f; [Tooltip("Increase the radius of the capsule collider to avoid enter walls")] public float colliderRadius = .5f; [Tooltip("Height offset to match the character Y position")] public float heightOffset = .3f; [Tooltip("Create a limit for the camera before affects the rotation Y of the character")] public float cameraRotationLimit = .65f; [Header("Stamina Consuption")] [Tooltip("Leave with 0 if you don't want to use stamina consuption")] public float stamina = 15f; [Header("Particle Effects")] public GameObject impactEffect; [Tooltip("Check the Rigibody.Y of the character to trigger the ImpactEffect Particle")] public float velocityToImpact = -4f; public GameObject waterRingEffect; [Tooltip("Frequency to instantiate the WaterRing effect while standing still")] public float waterRingFrequencyIdle = .8f; [Tooltip("Frequency to instantiate the WaterRing effect while swimming")] public float waterRingFrequencySwim = .15f; [Tooltip("Instantiate a prefab when exit the water")] public GameObject waterDrops; [Tooltip("Y Offset based at the capsule collider")] public float waterDropsYOffset = 1.6f; [Tooltip("Debug Mode will show the current behaviour at the console window")] public bool debugMode; [Header("Inputs")] [Tooltip("Input to make the character go up")] public GenericInput swimUpInput = new GenericInput("Space", "X", "X"); [Tooltip("Input to make the character go down")] public GenericInput swimDownInput = new GenericInput("LeftShift", "Y", "Y"); [Tooltip("Input to exit the water by triggering a climb animation")] public GenericInput exitWaterInput = new GenericInput("E", "A", "A"); private vThirdPersonInput tpInput; private vGetTransform exitWaterTrigger; private vGetTransform _tempExitWaterTrigger; private float originalColliderRadius; private float speed; private float timer; private float waterHeightLevel; private float originalRotationSpeed; private float waterRingSpawnFrequency; private bool inTheWater; private bool isExitingWater; // bools to trigger a method once on a update private bool triggerSwimState; private bool triggerExitSwim; private bool triggerUnderWater; private bool triggerAboveWater; #endregion public UnityEvent OnAboveWater; public UnityEvent OnUnderWater; private void Start() { tpInput = GetComponent<vThirdPersonInput>(); } protected virtual void Update() { if (!inTheWater) return; ExitWaterAnimation(); if (isExitingWater) return; UnderWaterBehaviour(); SwimmingBehaviour(); } private void SwimmingBehaviour() { // trigger swim behaviour only if the water level matches the player height + offset if (tpInput.cc._capsuleCollider.bounds.center.y + heightOffset < waterHeightLevel) { if (tpInput.cc.currentHealth > 0) { if (!triggerSwimState) EnterSwimState(); // call once the swim behaviour SwimForwardInput(); // input to swin forward SwimUpOrDownInput(); // input to swin up or down ExitWaterInput(); // input to exit the water if inside the exitTrigger tpInput.cc.FreeMovement(); // update the free movement so we can rotate the character tpInput.cc.StaminaRecovery(); } else { ExitSwimState(); } tpInput.CameraInput(); // update the camera input tpInput.UpdateHUD(); // update hud graphics } else { ExitSwimState(); } } private void UnderWaterBehaviour() { if (isUnderWater) { StaminaConsumption(); if (!triggerUnderWater) { tpInput.cc._capsuleCollider.radius = colliderRadius; triggerUnderWater = true; triggerAboveWater = false; OnUnderWater.Invoke(); tpInput.cc.animator.CrossFadeInFixedTime(diveClip, 0.25f); tpInput.cc.animator.SetInteger("ActionState", 2); } } else { WaterRingEffect(); if (!triggerAboveWater && triggerSwimState) { triggerUnderWater = false; triggerAboveWater = true; OnAboveWater.Invoke(); tpInput.cc.animator.CrossFadeInFixedTime(swimmingClip, 0.25f); tpInput.cc.animator.SetInteger("ActionState", 1); } } } private void StaminaConsumption() { if (tpInput.cc.currentStamina <= 0) { tpInput.cc.currentHealth -= 1f; } else { tpInput.cc.ReduceStamina(stamina, true); // call the ReduceStamina method from the player tpInput.cc.currentStaminaRecoveryDelay = 0.25f; // delay to start recovery stamina } } public override void OnActionEnter(Collider other) { if (other.gameObject.CompareTag(waterTag)) { if (debugMode) Debug.Log("Player enter the Water"); inTheWater = true; waterHeightLevel = other.transform.position.y; originalColliderRadius = tpInput.cc._capsuleCollider.radius; originalRotationSpeed = tpInput.cc.freeSpeed.rotationSpeed; if (tpInput.cc.verticalVelocity <= velocityToImpact) { var newPos = new Vector3(transform.position.x, other.transform.position.y, transform.position.z); Instantiate(impactEffect, newPos, tpInput.transform.rotation); } } if (other.gameObject.CompareTag(exitWaterTag)) { exitWaterTrigger = other.GetComponent<vGetTransform>(); _tempExitWaterTrigger = exitWaterTrigger; } } public override void OnActionExit(Collider other) { if (other.gameObject.CompareTag(waterTag)) { if (debugMode) Debug.Log("Player left the Water"); if (isExitingWater) return; inTheWater = false; ExitSwimState(); if (waterDrops) { var newPos = new Vector3(transform.position.x, transform.position.y + waterDropsYOffset, transform.position.z); GameObject myWaterDrops = Instantiate(waterDrops, newPos, tpInput.transform.rotation) as GameObject; myWaterDrops.transform.parent = transform; } } if (other.gameObject.CompareTag(exitWaterTag) && !isExitingWater) { exitWaterTrigger = null; } } private void EnterSwimState() { if (debugMode) Debug.Log("Player is Swimming"); triggerSwimState = true; tpInput.enabled = false; ResetPlayerValues(); tpInput.cc.isStrafing = false; tpInput.cc.customAction = true; tpInput.cc.animator.CrossFadeInFixedTime(swimmingClip, 0.25f); tpInput.cc.freeSpeed.rotationSpeed = swimRotationSpeed; tpInput.cc._rigidbody.useGravity = false; tpInput.cc._rigidbody.drag = 10f; } private void ExitSwimState() { if (!triggerSwimState) return; if (debugMode) Debug.Log("Player Stop Swimming"); triggerSwimState = false; tpInput.enabled = true; tpInput.cc.customAction = false; tpInput.cc.animator.SetInteger("ActionState", 0); tpInput.cc.colliderRadius = originalColliderRadius; tpInput.cc.freeSpeed.rotationSpeed = originalRotationSpeed; tpInput.cc._rigidbody.useGravity = true; tpInput.cc._rigidbody.drag = 0f; } private void ExitWaterAnimation() { tpInput.cc.LayerControl(); // update the verification of the layers tpInput.cc.ActionsControl(); // update the verifications of actions if (_tempExitWaterTrigger == null) return; // verify if the exit water animation is playing isExitingWater = tpInput.cc.baseLayerInfo.IsName(exitWaterClip); if (isExitingWater) { tpInput.CameraInput(); // update the camera input tpInput.cc.DisableGravityAndCollision(); // disable gravity and collision so the character can make the animation using root motion tpInput.cc.isGrounded = true; // ground the character so that we can run the root motion without any issues tpInput.cc.animator.SetBool("IsGrounded", true); // also ground the character on the animator so that he won't float after finishes the climb animation if (_tempExitWaterTrigger.matchTarget != null) { if (debugMode) Debug.Log("Match Target..."); // use match target to match the Y and Z target tpInput.cc.MatchTarget(_tempExitWaterTrigger.matchTarget.transform.position, _tempExitWaterTrigger.matchTarget.transform.rotation, _tempExitWaterTrigger.avatarTarget, new MatchTargetWeightMask(_tempExitWaterTrigger.matchTargetMask, 0), _tempExitWaterTrigger.startMatchTarget, _tempExitWaterTrigger.endMatchTarget); } if (_tempExitWaterTrigger.useTriggerRotation) { if (debugMode) Debug.Log("Rotate to Target..."); // smoothly rotate the character to the target transform.rotation = Quaternion.Lerp(transform.rotation, _tempExitWaterTrigger.transform.rotation, tpInput.cc.animator.GetCurrentAnimatorStateInfo(0).normalizedTime); } // after playing the animation we reset some values if (tpInput.cc.animator.GetCurrentAnimatorStateInfo(0).normalizedTime % 1 >= .8f) { tpInput.cc.EnableGravityAndCollision(0f); // enable again the gravity and collision exitWaterTrigger = null; // reset the exitWaterTrigger to null isExitingWater = false; // reset the bool isExitingWater so we can exit again inTheWater = false; // reset the bool saying that we're not on water anymore ExitSwimState(); // run the method exit swim state } } } private void SwimForwardInput() { // get input access from player tpInput.cc.input.x = tpInput.horizontalInput.GetAxis(); tpInput.cc.input.y = tpInput.verticallInput.GetAxis(); speed = Mathf.Abs(tpInput.cc.input.x) + Mathf.Abs(tpInput.cc.input.y); speed = Mathf.Clamp(speed, 0, 1f); // update input values to animator tpInput.cc.animator.SetFloat("InputVertical", speed, 0.5f, Time.deltaTime); // extra rigibody forward force var velY = transform.forward * swimForwardSpeed * speed; velY.y = tpInput.cc._rigidbody.velocity.y; tpInput.cc._rigidbody.velocity = velY; tpInput.cc._rigidbody.AddForce(transform.forward * (swimForwardSpeed * speed) * Time.deltaTime, ForceMode.VelocityChange); } private void SwimUpOrDownInput() { if (tpInput.cc.customAction) return; var upConditions = (((tpInput.cc._capsuleCollider.bounds.center.y + heightOffset) - waterHeightLevel) < -.2f); if (!swimUpAndDown) { var newPos = new Vector3(transform.position.x, waterHeightLevel, transform.position.z); if (upConditions) tpInput.cc.transform.position = Vector3.Lerp(transform.position, newPos, 0.5f * Time.deltaTime); return; } // extra rigibody up velocity if (swimUpInput.GetButton() && upConditions) { var vel = tpInput.cc._rigidbody.velocity; vel.y = swimUpSpeed; tpInput.cc._rigidbody.velocity = vel; tpInput.cc.animator.PlayInFixedTime("DiveUp", 0, tpInput.cc.input.magnitude > 0.1f ? 0.5f : 0.1f); } else if (swimDownInput.GetButtonDown() && !upConditions) { var vel = tpInput.cc._rigidbody.velocity; vel.y = -swimUpSpeed; tpInput.cc._rigidbody.velocity = vel; tpInput.cc.animator.CrossFadeInFixedTime("DiveDown", tpInput.cc.input.magnitude > 0.1f ? 0.5f : 0.1f); } else { // swim up or down based at the camera forward float inputGravityY = (Camera.main.transform.forward.y) * speed; var vel = tpInput.cc._rigidbody.velocity; vel.y = inputGravityY; if (vel.y > 0 && !upConditions) vel.y = 0f; if (inputGravityY > cameraRotationLimit || inputGravityY < -cameraRotationLimit) { tpInput.cc._rigidbody.velocity = vel; } } } private void ExitWaterInput() { if (exitWaterTrigger == null) return; if (exitWaterInput.GetButtonDown()) { tpInput.cc._rigidbody.drag = 0f; OnAboveWater.Invoke(); tpInput.cc.animator.CrossFadeInFixedTime(exitWaterClip, 0.1f); } } private void WaterRingEffect() { // switch between waterRingFrequency for idle and swimming if (tpInput.cc.input != Vector2.zero) waterRingSpawnFrequency = waterRingFrequencySwim; else waterRingSpawnFrequency = waterRingFrequencyIdle; // counter to instantiate the waterRingEffects using the current frequency timer += Time.deltaTime; if (timer >= waterRingSpawnFrequency) { var newPos = new Vector3(transform.position.x, waterHeightLevel, transform.position.z); Instantiate(waterRingEffect, newPos, tpInput.transform.rotation); timer = 0f; } } private void ResetPlayerValues() { tpInput.cc.isJumping = false; tpInput.cc.isSprinting = false; tpInput.cc.animator.SetFloat("InputHorizontal", 0); tpInput.cc.animator.SetFloat("InputVertical", 0); tpInput.cc.animator.SetInteger("ActionState", 1); tpInput.cc.isGrounded = true; // ground the character so that we can run the root motion without any issues tpInput.cc.animator.SetBool("IsGrounded", true); // also ground the character on the animator so that he won't float after finishes the climb animation tpInput.cc.verticalVelocity = 0f; } bool isUnderWater { get { if (tpInput.cc._capsuleCollider.bounds.max.y >= waterHeightLevel + 0.25f) return false; else return true; } } } }

por joaolibolone998 Qua Mar 25, 2020 7:58 am

OnActionExit como se usa na unity 5.6 ??

ERRO NO SCRIPT swimming!!!

ERRO NO SCRIPT swimming!!!

Re: ERRO NO SCRIPT swimming!!!