Unity热更新方案C#Like(廿三)
C#Like是Unity的热更方案,使用纯C#语言写出可以热更新的代码,就像可以在所有平台使用DLL(动态链接库)文件一样.遵从KISS设计原则,让用户轻松构建或升级成Unity的热更新项目.
简介
本篇主要介绍如何一步一步地详细地把Unity官方免费例子Tanks! 转成可热更新项目.
搭建的详细步骤
我们首先选取一个最少代码的Unity出品的免费的例子"Tanks! "作为示范,即官方Demo里的""项目是如何制作的,下面是详细步骤:
导入相关的免费资源: 移除默认导出C#Like内置资源的:你也可以直接删掉它 修改产品名称: 修改脚本: 根据绑定不同需求,在Awake或Start里绑定预制体里的数据 (int/bool//float//Color///////)注意生命周期顺序 : Awake -> -> Start.如果绑定其他对象的数据,尽量放在Start函数而非Awake,因为在Awake的时候,其他对象尚未执行初始化C#Like免费版不支持协程,需要用来代替,更多免费版和完整版的区别详见:主页WebGL下,不知为何会报错无法识别,最终使用'.'来下载音频文件后绑上的.奇怪,不知为何' '又没问题然后我们逐一地把修改目录'\\-\'里的所有cs脚本文件: 我们复制'/-/'整个目录为'/-/'目录, 里面包含8个脚本文件,里面的8个cs文件是待修改成热更新脚本, 和原代码改动部分会标注 '// : '修改'/-///.cs',以下是完整版和免费版对应的改后热更新代码:
//C#Like完整版
using UnityEngine; namespace CSharpLike//RongRong : 命名空间改为 "CSharpLike" 或者前面使用 "using CSharpLike;".
{ /// /// RongRong : 本类包含函数 'Awake/FixedUpdate', /// 我们使用 'HotUpdateBehaviourFixedUpdate' 来绑定预制体 /// 预制体里设置'Floats': "m_DampTime"/"m_ScreenEdgeBuffer"/"m_MinSize". /// public class CameraControl : LikeBehaviour //RongRong : 基类'MonoBehaviour'改为'LikeBehaviour' { public float m_DampTime = 0.2f; // Approximate time for the camera to refocus. public float m_ScreenEdgeBuffer = 4f; // Space between the top/bottom most target and the screen edge. public float m_MinSize = 6.5f; // The smallest orthographic size the camera can be. [HideInInspector] public Transform[] m_Targets; // All the targets the camera needs to encompass. private Camera m_Camera; // Used for referencing the camera. private float m_ZoomSpeed; // Reference speed for the smooth damping of the orthographic size. private Vector3 m_MoveVelocity; // Reference velocity for the smooth damping of the position. private Vector3 m_DesiredPosition; // The position the camera is moving towards. private void Awake () { m_Camera = gameObject.GetComponentInChildren ();// RongRong : 加前缀"gameObject." // RongRong : 绑定预制体里的值. m_DampTime = GetFloat("m_DampTime", 0.2f); m_ScreenEdgeBuffer = GetFloat("m_ScreenEdgeBuffer", 4f); m_MinSize = GetFloat("m_MinSize", 6.5f); } private void FixedUpdate () { // Move the camera towards a desired position. Move (); // Change the size of the camera based. Zoom (); } private void Move () { // Find the average position of the targets. FindAveragePosition (); // Smoothly transition to that position. transform.position = Vector3.SmoothDamp(transform.position, m_DesiredPosition, ref m_MoveVelocity, m_DampTime); } private void FindAveragePosition () { Vector3 averagePos = new Vector3 (); int numTargets = 0; // Go through all the targets and add their positions together. for (int i = 0; i < m_Targets.Length; i++) { // If the target isn't active, go on to the next one. if (!m_Targets[i].gameObject.activeSelf) continue; // Add to the average and increment the number of targets in the average. averagePos += m_Targets[i].position; numTargets++; } // If there are targets divide the sum of the positions by the number of them to find the average. if (numTargets > 0) averagePos /= numTargets; // Keep the same y value. averagePos.y = transform.position.y; // The desired position is the average position; m_DesiredPosition = averagePos; } private void Zoom () { // Find the required size based on the desired position and smoothly transition to that size. float requiredSize = FindRequiredSize(); m_Camera.orthographicSize = Mathf.SmoothDamp (m_Camera.orthographicSize, requiredSize, ref m_ZoomSpeed, m_DampTime); // RongRong : C#LikeFree not support 'ref' } private float FindRequiredSize () { // Find the position the camera rig is moving towards in its local space. Vector3 desiredLocalPos = transform.InverseTransformPoint(m_DesiredPosition); // Start the camera's size calculation at zero. float size = 0f; // Go through all the targets... for (int i = 0; i < m_Targets.Length; i++) { // ... and if they aren't active continue on to the next target. if (!m_Targets[i].gameObject.activeSelf) continue; // Otherwise, find the position of the target in the camera's local space. Vector3 targetLocalPos = transform.InverseTransformPoint(m_Targets[i].position); // Find the position of the target from the desired position of the camera's local space. Vector3 desiredPosToTarget = targetLocalPos - desiredLocalPos; // Choose the largest out of the current size and the distance of the tank 'up' or 'down' from the camera. size = Mathf.Max(size, Mathf.Abs(desiredPosToTarget.y)); // Choose the largest out of the current size and the calculated size based on the tank being to the left or right of the camera. size = Mathf.Max(size, Mathf.Abs(desiredPosToTarget.x) / m_Camera.aspect); } // Add the edge buffer to the size. size += m_ScreenEdgeBuffer; // Make sure the camera's size isn't below the minimum. size = Mathf.Max (size, m_MinSize); return size; } public void SetStartPositionAndSize () { // Find the desired position. FindAveragePosition (); // Set the camera's position to the desired position without damping. transform.position = m_DesiredPosition; // Find and set the required size of the camera. m_Camera.orthographicSize = FindRequiredSize (); } }
} //C#Like免费版
using UnityEngine; namespace CSharpLike// RongRong : 命名空间改为 "CSharpLike" 或者前面使用 "using CSharpLike;".
{ /// /// RongRong : 本类包含函数 'Awake/FixedUpdate', /// 我们使用 'HotUpdateBehaviourFixedUpdate' 来绑定预制体 /// 预制体里设置'Floats': "m_DampTime"/"m_ScreenEdgeBuffer"/"m_MinSize". /// public class CameraControl : LikeBehaviour //RongRong : 基类'MonoBehaviour'改为'LikeBehaviour' { public float m_DampTime = 0.2f; // Approximate time for the camera to refocus. public float m_ScreenEdgeBuffer = 4f; // Space between the top/bottom most target and the screen edge. public float m_MinSize = 6.5f; // The smallest orthographic size the camera can be. [HideInInspector] public Transform[] m_Targets; // All the targets the camera needs to encompass. private Camera m_Camera; // Used for referencing the camera. private float m_ZoomSpeed; // Reference speed for the smooth damping of the orthographic size. private Vector3 m_MoveVelocity; // Reference velocity for the smooth damping of the position. private Vector3 m_DesiredPosition; // The position the camera is moving towards. private void Awake () { m_Camera = gameObject.GetComponentInChildren ();// RongRong : 加前缀 "gameObject." // RongRong : 绑定预制体里的值. m_DampTime = GetFloat("m_DampTime", 0.2f); m_ScreenEdgeBuffer = GetFloat("m_ScreenEdgeBuffer", 4f); m_MinSize = GetFloat("m_MinSize", 6.5f); } private void FixedUpdate () { // Move the camera towards a desired position. Move (); // Change the size of the camera based. Zoom (); } private void Move () { // Find the average position of the targets. FindAveragePosition (); // Smoothly transition to that position. // RongRong : 免费版不支持 'ref',这里只能借助非热更代码来实现 // transform.position = Vector3.SmoothDamp(transform.position, m_DesiredPosition, ref m_MoveVelocity, m_DampTime); SampleHowToUseModifier.currentVelocity = m_MoveVelocity; transform.localPosition = SampleHowToUseModifier.SmoothDamp(transform.position, m_DesiredPosition, m_DampTime); m_MoveVelocity = SampleHowToUseModifier.currentVelocity; } private void FindAveragePosition () { Vector3 averagePos = new Vector3 (); int numTargets = 0; // Go through all the targets and add their positions together. for (int i = 0; i < m_Targets.Length; i++) { // If the target isn't active, go on to the next one. if (!m_Targets[i].gameObject.activeSelf) continue; // Add to the average and increment the number of targets in the average. averagePos += m_Targets[i].position; numTargets++; } // If there are targets divide the sum of the positions by the number of them to find the average. if (numTargets > 0) averagePos /= numTargets; // Keep the same y value. averagePos.y = transform.position.y; // The desired position is the average position; m_DesiredPosition = averagePos; } private void Zoom () { // Find the required size based on the desired position and smoothly transition to that size. float requiredSize = FindRequiredSize(); // RongRong : 免费版不支持 'ref',这里只能借助非热更代码来实现 // m_Camera.orthographicSize = Mathf.SmoothDamp (m_Camera.orthographicSize, requiredSize, ref m_ZoomSpeed, m_DampTime); SampleHowToUseModifier.currentVelocityFloat = m_ZoomSpeed; m_Camera.orthographicSize = SampleHowToUseModifier.SmoothDamp(m_Camera.orthographicSize, requiredSize, m_DampTime); m_ZoomSpeed = SampleHowToUseModifier.currentVelocityFloat; } private float FindRequiredSize () { // Find the position the camera rig is moving towards in its local space. Vector3 desiredLocalPos = transform.InverseTransformPoint(m_DesiredPosition); // Start the camera's size calculation at zero. float size = 0f; // Go through all the targets... for (int i = 0; i < m_Targets.Length; i++) { // ... and if they aren't active continue on to the next target. if (!m_Targets[i].gameObject.activeSelf) continue; // Otherwise, find the position of the target in the camera's local space. Vector3 targetLocalPos = transform.InverseTransformPoint(m_Targets[i].position); // Find the position of the target from the desired position of the camera's local space. Vector3 desiredPosToTarget = targetLocalPos - desiredLocalPos; // Choose the largest out of the current size and the distance of the tank 'up' or 'down' from the camera. size = Mathf.Max(size, Mathf.Abs(desiredPosToTarget.y)); // Choose the largest out of the current size and the calculated size based on the tank being to the left or right of the camera. size = Mathf.Max(size, Mathf.Abs(desiredPosToTarget.x) / m_Camera.aspect); } // Add the edge buffer to the size. size += m_ScreenEdgeBuffer; // Make sure the camera's size isn't below the minimum. size = Mathf.Max (size, m_MinSize); return size; } public void SetStartPositionAndSize () { // Find the desired position. FindAveragePosition (); // Set the camera's position to the desired position without damping. transform.position = m_DesiredPosition; // Find and set the required size of the camera. m_Camera.orthographicSize = FindRequiredSize (); } }
} 修改'/-///.cs',以下是完整版和免费版对应的改后热更新代码:
//C#Like完整版
using System.Collections;
using UnityEngine;
using UnityEngine.SceneManagement;
using UnityEngine.UI; namespace CSharpLike//RongRong : 命名空间改为 "CSharpLike" 或者前面使用 "using CSharpLike;".
{ /// /// RongRong : 本类包含函数 'Start/Awake', /// 我们使用 'HotUpdateBehaviour' 来绑定预制体. /// 预制体设置 'Integers' : "m_NumRoundsToWin" /// 预制体设置 'Floats' : "m_StartDelay"/"m_EndDelay". /// 预制体设置 'Game Objects' : "m_CameraControl"/"m_MessageText"/"m_Tanks0"/"m_Tanks1". /// 预制体设置 'Colors' : "m_Tanks0"/"m_Tanks1". /// public class GameManager : LikeBehaviour //RongRong : 基类 'MonoBehaviour' 改为 'LikeBehaviour' { public int m_NumRoundsToWin = 5; // The number of rounds a single player has to win to win the game. public float m_StartDelay = 3f; // The delay between the start of RoundStarting and RoundPlaying phases. public float m_EndDelay = 3f; // The delay between the end of RoundPlaying and RoundEnding phases. public CameraControl m_CameraControl; // Reference to the CameraControl script for control during different phases. public Text m_MessageText; // Reference to the overlay Text to display winning text, etc. public GameObject m_TankPrefab; // Reference to the prefab the players will control. public TankManager[] m_Tanks; // A collection of managers for enabling and disabling different aspects of the tanks. private int m_RoundNumber; // Which round the game is currently on. private WaitForSeconds m_StartWait; // Used to have a delay whilst the round starts. private WaitForSeconds m_EndWait; // Used to have a delay whilst the round or game ends. private TankManager m_RoundWinner; // Reference to the winner of the current round. Used to make an announcement of who won. private TankManager m_GameWinner; // Reference to the winner of the game. Used to make an announcement of who won. const float k_MaxDepenetrationVelocity = float.PositiveInfinity; // RongRong : 绑定必须放在Awake函数内,因为执行顺序为 : Awake -> OnEnable -> Start. void Awake() { // RongRong : 绑定预制体里的数值. m_NumRoundsToWin = GetInt("m_NumRoundsToWin", 5); m_StartDelay = GetFloat("m_StartDelay", 3f); m_EndDelay = GetFloat("m_EndDelay", 3f); m_MessageText = GetComponent("m_MessageText"); m_TankPrefab = GetGameObject("m_TankPrefab"); m_Tanks = new TankManager[2]; for (int i = 0; i < 2; i++) { TankManager tankManager = new TankManager(); tankManager.m_SpawnPoint = GetGameObject("m_Tanks"+i).transform; tankManager.m_PlayerColor = GetColor("m_Tanks"+i); m_Tanks[i] = tankManager; } // RongRong : 这个仅仅WebGL有效,因为仅仅WebGL平台下音效报错
#if UNITY_WEBGL ResourceManager.LoadAudioClipAsync("https://www.csharplike.com/CSharpLikeDemo/AssetBundles/Tank/WebGL/BackgroundMusic.wav", AudioType.WAV, (AudioClip audioClip) => { if (audioClip != null) { gameObject.GetComponent().clip = audioClip; gameObject.GetComponent().Play(); } });
#endif } private void Start() { m_CameraControl = HotUpdateBehaviour.GetComponentByType(GetGameObject("m_CameraControl"), typeof(CameraControl)) as CameraControl; // This line fixes a change to the physics engine. Physics.defaultMaxDepenetrationVelocity = k_MaxDepenetrationVelocity; // Create the delays so they only have to be made once. m_StartWait = new WaitForSeconds (m_StartDelay); m_EndWait = new WaitForSeconds (m_EndDelay); SpawnAllTanks(); SetCameraTargets(); // Once the tanks have been created and the camera is using them as targets, start the game. // RongRong : 'StartCoroutine(GameLoop ())' 改为 'StartCoroutine("GameLoop");' StartCoroutine("GameLoop"); } private void SpawnAllTanks() { // For all the tanks... for (int i = 0; i < m_Tanks.Length; i++) { // ... create them, set their player number and references needed for control. // RongRong : 'Instantiate' 改为 'GameObject.Instantiate' m_Tanks[i].m_Instance = GameObject.Instantiate(m_TankPrefab, m_Tanks[i].m_SpawnPoint.position, m_Tanks[i].m_SpawnPoint.rotation) as GameObject; m_Tanks[i].m_PlayerNumber = i + 1; m_Tanks[i].Setup(); } } private void SetCameraTargets() { // Create a collection of transforms the same size as the number of tanks. Transform[] targets = new Transform[m_Tanks.Length]; // For each of these transforms... for (int i = 0; i < targets.Length; i++) { // ... set it to the appropriate tank transform. targets[i] = m_Tanks[i].m_Instance.transform; } // These are the targets the camera should follow. m_CameraControl.m_Targets = targets; } // This is called from start and will run each phase of the game one after another. private IEnumerator GameLoop () { // Start off by running the 'RoundStarting' coroutine but don't return until it's finished. // RongRong : 'StartCoroutine (RoundStarting ())' 改为 'StartCoroutine("RoundStarting")' yield return StartCoroutine("RoundStarting"); // Once the 'RoundStarting' coroutine is finished, run the 'RoundPlaying' coroutine but don't return until it's finished. // RongRong : 'StartCoroutine (RoundPlaying())' 改为 'StartCoroutine("RoundPlaying")' yield return StartCoroutine("RoundPlaying"); // Once execution has returned here, run the 'RoundEnding' coroutine, again don't return until it's finished. // RongRong : 'StartCoroutine (RoundEnding())' 改为 'StartCoroutine("RoundEnding")' yield return StartCoroutine("RoundEnding"); // This code is not run until 'RoundEnding' has finished. At which point, check if a game winner has been found. if (m_GameWinner != null) { // If there is a game winner, restart the level. SceneManager.LoadScene ("_Complete-Game_HotUpdate"); } else { // If there isn't a winner yet, restart this coroutine so the loop continues. // Note that this coroutine doesn't yield. This means that the current version of the GameLoop will end. // RongRong : 'StartCoroutine(GameLoop ())' 改为 'StartCoroutine("GameLoop");' StartCoroutine("GameLoop"); } } private IEnumerator RoundStarting () { // As soon as the round starts reset the tanks and make sure they can't move. ResetAllTanks (); DisableTankControl (); // Snap the camera's zoom and position to something appropriate for the reset tanks. m_CameraControl.SetStartPositionAndSize(); // Increment the round number and display text showing the players what round it is. m_RoundNumber++; m_MessageText.text = "ROUND " + m_RoundNumber; // Wait for the specified length of time until yielding control back to the game loop. yield return m_StartWait; } private IEnumerator RoundPlaying () { // As soon as the round begins playing let the players control the tanks. EnableTankControl (); // Clear the text from the screen. m_MessageText.text = string.Empty; // While there is not one tank left... while (!OneTankLeft()) { // ... return on the next frame. yield return null; } } private IEnumerator RoundEnding () { // Stop tanks from moving. DisableTankControl (); // Clear the winner from the previous round. m_RoundWinner = null; // See if there is a winner now the round is over. m_RoundWinner = GetRoundWinner (); // If there is a winner, increment their score. if (m_RoundWinner != null) m_RoundWinner.m_Wins++; // Now the winner's score has been incremented, see if someone has one the game. m_GameWinner = GetGameWinner (); // Get a message based on the scores and whether or not there is a game winner and display it. string message = EndMessage (); m_MessageText.text = message; // Wait for the specified length of time until yielding control back to the game loop. yield return m_EndWait; } // This is used to check if there is one or fewer tanks remaining and thus the round should end. private bool OneTankLeft() { // Start the count of tanks left at zero. int numTanksLeft = 0; // Go through all the tanks... for (int i = 0; i < m_Tanks.Length; i++) { // ... and if they are active, increment the counter. if (m_Tanks[i].m_Instance.activeSelf) numTanksLeft++; } // If there are one or fewer tanks remaining return true, otherwise return false. return numTanksLeft <= 1; } // This function is to find out if there is a winner of the round. // This function is called with the assumption that 1 or fewer tanks are currently active. private TankManager GetRoundWinner() { // Go through all the tanks... for (int i = 0; i < m_Tanks.Length; i++) { // ... and if one of them is active, it is the winner so return it. if (m_Tanks[i].m_Instance.activeSelf) return m_Tanks[i]; } // If none of the tanks are active it is a draw so return null. return null; } // This function is to find out if there is a winner of the game. private TankManager GetGameWinner() { // Go through all the tanks... for (int i = 0; i < m_Tanks.Length; i++) { // ... and if one of them has enough rounds to win the game, return it. if (m_Tanks[i].m_Wins == m_NumRoundsToWin) return m_Tanks[i]; } // If no tanks have enough rounds to win, return null. return null; } // Returns a string message to display at the end of each round. private string EndMessage() { // By default when a round ends there are no winners so the default end message is a draw. string message = "DRAW!"; // If there is a winner then change the message to reflect that. if (m_RoundWinner != null) message = m_RoundWinner.m_ColoredPlayerText + " WINS THE ROUND!"; // Add some line breaks after the initial message. message += "\n\n\n\n"; // Go through all the tanks and add each of their scores to the message. for (int i = 0; i < m_Tanks.Length; i++) { message += m_Tanks[i].m_ColoredPlayerText + ": " + m_Tanks[i].m_Wins + " WINS\n"; } // If there is a game winner, change the entire message to reflect that. if (m_GameWinner != null) message = m_GameWinner.m_ColoredPlayerText + " WINS THE GAME!"; return message; } // This function is used to turn all the tanks back on and reset their positions and properties. private void ResetAllTanks() { for (int i = 0; i < m_Tanks.Length; i++) { m_Tanks[i].Reset(); } } private void EnableTankControl() { for (int i = 0; i < m_Tanks.Length; i++) { m_Tanks[i].EnableControl(); } } private void DisableTankControl() { for (int i = 0; i < m_Tanks.Length; i++) { m_Tanks[i].DisableControl(); } } }
}//C#Like免费版
using System.Collections;
using UnityEngine;
using UnityEngine.SceneManagement;
using UnityEngine.UI; namespace CSharpLike//RongRong : 命名空间改为 "CSharpLike" 或者前面使用 "using CSharpLike;".
{ /// /// RongRong : 本类包含 'Start/Update', 我们使用 'Update' 代替协程(因为免费版无法使用协程), /// 我们使用 'HotUpdateBehaviourUpdate' 绑定预制体. /// 预制体设置 'Integers' : "m_NumRoundsToWin". /// 预制体设置 'Floats' : "m_StartDelay"/"m_EndDelay". /// 预制体设置 'Game Objects' : "m_CameraControl"/"m_MessageText"/"m_Tanks0"/"m_Tanks1". /// 预制体设置 'Colors' : "m_Tanks0"/"m_Tanks1". /// public class GameManager : LikeBehaviour //RongRong : 'MonoBehaviour' 改为 'LikeBehaviour' { public int m_NumRoundsToWin = 5; // The number of rounds a single player has to win to win the game. public float m_StartDelay = 3f; // The delay between the start of RoundStarting and RoundPlaying phases. public float m_EndDelay = 3f; // The delay between the end of RoundPlaying and RoundEnding phases. public CameraControl m_CameraControl; // Reference to the CameraControl script for control during different phases. public Text m_MessageText; // Reference to the overlay Text to display winning text, etc. public GameObject m_TankPrefab; // Reference to the prefab the players will control. public TankManager[] m_Tanks; // A collection of managers for enabling and disabling different aspects of the tanks. private int m_RoundNumber; // Which round the game is currently on. // RongRong : 免费版不支持协程 //private WaitForSeconds m_StartWait; // Used to have a delay whilst the round starts. //private WaitForSeconds m_EndWait; // Used to have a delay whilst the round or game ends. private TankManager m_RoundWinner; // Reference to the winner of the current round. Used to make an announcement of who won. private TankManager m_GameWinner; // Reference to the winner of the game. Used to make an announcement of who won. const float k_MaxDepenetrationVelocity = float.PositiveInfinity; // RongRong : 绑定必须放在Awake函数内,因为执行顺序为 : Awake -> OnEnable -> Start. void Awake() { // RongRong : 绑定预制体里的值. m_NumRoundsToWin = GetInt("m_NumRoundsToWin", 5); m_StartDelay = GetFloat("m_StartDelay", 3f); m_EndDelay = GetFloat("m_EndDelay", 3f); m_MessageText = GetComponent("m_MessageText"); m_TankPrefab = GetGameObject("m_TankPrefab"); m_Tanks = new TankManager[2]; for (int i = 0; i < 2; i++) { TankManager tankManager = new TankManager(); tankManager.m_SpawnPoint = GetGameObject("m_Tanks"+i).transform; tankManager.m_PlayerColor = GetColor("m_Tanks"+i); m_Tanks[i] = tankManager; } // RongRong : 这个仅仅WebGL有效,因为仅仅WebGL平台下音效报错 if (Application.platform == RuntimePlatform.WebGLPlayer) { ResourceManager.LoadAudioClipAsync("https://www.csharplike.com/CSharpLikeFreeDemo/AssetBundles/Tank/WebGL/BackgroundMusic.wav", AudioType.WAV, (AudioClip audioClip) => { if (audioClip != null) { gameObject.GetComponent().clip = audioClip; gameObject.GetComponent().Play(); } }); } } private void Start() { m_CameraControl = HotUpdateBehaviour.GetComponentByType(GetGameObject("m_CameraControl"), typeof(CameraControl)) as CameraControl; // This line fixes a change to the physics engine. Physics.defaultMaxDepenetrationVelocity = k_MaxDepenetrationVelocity; // Create the delays so they only have to be made once. // RongRong : 免费版不支持协程 //m_StartWait = new WaitForSeconds (m_StartDelay); //m_EndWait = new WaitForSeconds (m_EndDelay); SpawnAllTanks(); SetCameraTargets(); // Once the tanks have been created and the camera is using them as targets, start the game. mState = 1; } /// /// RongRong : 我们使用7个状态代替协程 /// 0-未开始; /// 1-回合开始; /// 2-回合开始等待超时; /// 3-回合进入; /// 4-回合循环中; /// 5-回合结束; /// 6-回合结束等待超时; /// int mState = 0; /// /// RongRong : 我们使用累计时间代替'm_StartWait'和'm_EndWait' /// float mDeltaTime = 0f; /// /// RongRong : 我们使用 Update 代替协程 /// /// 距离上一次Update的增量时间 void Update(float deltaTime) { if (mState == 1)//回合开始 : 刚进入回合开始,做初始化工作 { RoundStarting(); mDeltaTime = 0f; mState = 2; } else if (mState == 2)//回合开始等待超时: 等待超时进入下一个状态 { mDeltaTime += deltaTime; if (mDeltaTime >= m_StartDelay)//超时进入下一状态 { mDeltaTime = 0f; mState = 3; } } else if (mState == 3)//回合进入: 刚进入回合,做初始化工作 { // As soon as the round begins playing let the players control the tanks. EnableTankControl(); // Clear the text from the screen. m_MessageText.text = string.Empty; mState = 4; } else if (mState == 4)//回合循环中: 主循环, 检查回合是否结束. { if (OneTankLeft())//Once just have one tank left, change to next state mState = 5; } else if (mState == 5)//回合结束 : 计算结果 { RoundEnding(); mState = 6; } else if (mState == 6)//回合结束等待超时: 等待超时进入下一状态 { mDeltaTime += deltaTime; if (mDeltaTime >= m_EndDelay)//超时进入下一状态 { // This code is not run until 'RoundEnding' has finished. At which point, check if a game winner has been found. if (m_GameWinner != null) { // If there is a game winner, restart the level. SceneManager.LoadScene("_Complete-Game_HotUpdate"); } else { // If there isn't a winner yet, restart this coroutine so the loop continues. mDeltaTime = 0f; mState = 1; } } } } private void SpawnAllTanks() { // For all the tanks... for (int i = 0; i < m_Tanks.Length; i++) { // ... create them, set their player number and references needed for control. // RongRong : 'Instantiate' 改为 'GameObject.Instantiate' m_Tanks[i].m_Instance = GameObject.Instantiate(m_TankPrefab, m_Tanks[i].m_SpawnPoint.position, m_Tanks[i].m_SpawnPoint.rotation) as GameObject; m_Tanks[i].m_PlayerNumber = i + 1; m_Tanks[i].Setup(); } } private void SetCameraTargets() { // Create a collection of transforms the same size as the number of tanks. Transform[] targets = new Transform[m_Tanks.Length]; // For each of these transforms... for (int i = 0; i < targets.Length; i++) { // ... set it to the appropriate tank transform. targets[i] = m_Tanks[i].m_Instance.transform; } // These are the targets the camera should follow. m_CameraControl.m_Targets = targets; } private void RoundStarting () { // As soon as the round starts reset the tanks and make sure they can't move. ResetAllTanks (); DisableTankControl (); // Snap the camera's zoom and position to something appropriate for the reset tanks. m_CameraControl.SetStartPositionAndSize(); // Increment the round number and display text showing the players what round it is. m_RoundNumber++; m_MessageText.text = "ROUND " + m_RoundNumber; } private void RoundEnding () { // Stop tanks from moving. DisableTankControl (); // Clear the winner from the previous round. m_RoundWinner = null; // See if there is a winner now the round is over. m_RoundWinner = GetRoundWinner (); // If there is a winner, increment their score. if (m_RoundWinner != null) m_RoundWinner.m_Wins++; // Now the winner's score has been incremented, see if someone has one the game. m_GameWinner = GetGameWinner (); // Get a message based on the scores and whether or not there is a game winner and display it. string message = EndMessage (); m_MessageText.text = message; } // This is used to check if there is one or fewer tanks remaining and thus the round should end. private bool OneTankLeft() { // Start the count of tanks left at zero. int numTanksLeft = 0; // Go through all the tanks... for (int i = 0; i < m_Tanks.Length; i++) { // ... and if they are active, increment the counter. if (m_Tanks[i].m_Instance.activeSelf) numTanksLeft++; } // If there are one or fewer tanks remaining return true, otherwise return false. return numTanksLeft <= 1; } // This function is to find out if there is a winner of the round. // This function is called with the assumption that 1 or fewer tanks are currently active. private TankManager GetRoundWinner() { // Go through all the tanks... for (int i = 0; i < m_Tanks.Length; i++) { // ... and if one of them is active, it is the winner so return it. if (m_Tanks[i].m_Instance.activeSelf) return m_Tanks[i]; } // If none of the tanks are active it is a draw so return null. return null; } // This function is to find out if there is a winner of the game. private TankManager GetGameWinner() { // Go through all the tanks... for (int i = 0; i < m_Tanks.Length; i++) { // ... and if one of them has enough rounds to win the game, return it. if (m_Tanks[i].m_Wins == m_NumRoundsToWin) return m_Tanks[i]; } // If no tanks have enough rounds to win, return null. return null; } // Returns a string message to display at the end of each round. private string EndMessage() { // By default when a round ends there are no winners so the default end message is a draw. string message = "DRAW!"; // If there is a winner then change the message to reflect that. if (m_RoundWinner != null) message = m_RoundWinner.m_ColoredPlayerText + " WINS THE ROUND!"; // Add some line breaks after the initial message. message += "\n\n\n\n"; // Go through all the tanks and add each of their scores to the message. for (int i = 0; i < m_Tanks.Length; i++) { message += m_Tanks[i].m_ColoredPlayerText + ": " + m_Tanks[i].m_Wins + " WINS\n"; } // If there is a game winner, change the entire message to reflect that. if (m_GameWinner != null) message = m_GameWinner.m_ColoredPlayerText + " WINS THE GAME!"; return message; } // This function is used to turn all the tanks back on and reset their positions and properties. private void ResetAllTanks() { for (int i = 0; i < m_Tanks.Length; i++) { m_Tanks[i].Reset(); } } private void EnableTankControl() { for (int i = 0; i < m_Tanks.Length; i++) { m_Tanks[i].EnableControl(); } } private void DisableTankControl() { for (int i = 0; i < m_Tanks.Length; i++) { m_Tanks[i].DisableControl(); } } }
} 修改'/-///.cs',以下是完整版和免费版对应的改后热更新代码(两者相同):
using System;
using UnityEngine; namespace CSharpLike// RongRong : 命名空间改为 "CSharpLike" 或者前面使用 "using CSharpLike;".
{ [Serializable]// RongRong : 不支持 '[Serializable]' 或 '[HideInInspector]', 你可以保留它,但它没任何效果 public class TankManager { // This class is to manage various settings on a tank. // It works with the GameManager class to control how the tanks behave // and whether or not players have control of their tank in the // different phases of the game. public Color m_PlayerColor; // This is the color this tank will be tinted. public Transform m_SpawnPoint; // The position and direction the tank will have when it spawns. [HideInInspector] public int m_PlayerNumber; // This specifies which player this the manager for. [HideInInspector] public string m_ColoredPlayerText; // A string that represents the player with their number colored to match their tank. [HideInInspector] public GameObject m_Instance; // A reference to the instance of the tank when it is created. [HideInInspector] public int m_Wins; // The number of wins this player has so far. private TankMovement m_Movement; // Reference to tank's movement script, used to disable and enable control. private TankShooting m_Shooting; // Reference to tank's shooting script, used to disable and enable control. private GameObject m_CanvasGameObject; // Used to disable the world space UI during the Starting and Ending phases of each round. public void Setup () { // Get references to the components. // RongRong : 'm_Instance.GetComponent ();' 改为 'HotUpdateBehaviour.GetComponentByType(m_Instance, typeof(TankMovement)) as TankMovement;' m_Movement = HotUpdateBehaviour.GetComponentByType(m_Instance, typeof(TankMovement)) as TankMovement; // RongRong : 'm_Instance.GetComponent ();' 改为 'HotUpdateBehaviour.GetComponentByType(m_Instance, typeof(TankShooting)) as TankShooting;' m_Shooting = HotUpdateBehaviour.GetComponentByType(m_Instance, typeof(TankShooting)) as TankShooting; m_CanvasGameObject = m_Instance.GetComponentInChildren 修改'/-//Shell/.cs',以下是完整版和免费版对应的改后热更新代码:
//C#Like完整版
using UnityEngine; namespace CSharpLike// RongRong : 命名空间改为 "CSharpLike" 或者前面使用 "using CSharpLike;".
{ /// /// RongRong : 本类包含函数 'Start/OnTriggerEnter', /// 我们使用 'HotUpdateBehaviourTrigger' 绑定预制体. /// 预制体设置 'Game Objects' : "m_ExplosionParticles"/"m_ExplosionAudio". /// 预制体设置 'Floats' : "m_MaxDamage"/"m_ExplosionForce"/"m_MaxLifeTime"/"m_ExplosionRadius". /// 预制体设置 'Strings' : "m_TankMask". /// public class ShellExplosion : LikeBehaviour // RongRong : 基类 'MonoBehaviour' 改为 'LikeBehaviour' { public LayerMask m_TankMask; // Used to filter what the explosion affects, this should be set to "Players". public ParticleSystem m_ExplosionParticles; // Reference to the particles that will play on explosion. public AudioSource m_ExplosionAudio; // Reference to the audio that will play on explosion. public float m_MaxDamage = 100f; // The amount of damage done if the explosion is centred on a tank. public float m_ExplosionForce = 1000f; // The amount of force added to a tank at the centre of the explosion. public float m_MaxLifeTime = 2f; // The time in seconds before the shell is removed. public float m_ExplosionRadius = 5f; // The maximum distance away from the explosion tanks can be and are still affected. // RongRong : 绑定数值必须在放在Awake函数内,因为执行顺序为 : Awake -> OnEnable -> Start. void Awake() { // RongRong : 从预制体里绑定数值 m_MaxDamage = GetFloat("m_MaxDamage", 100f); m_ExplosionForce = GetFloat("m_ExplosionForce", 1000f); m_MaxLifeTime = GetFloat("m_MaxLifeTime", 2f); m_ExplosionRadius = GetFloat("m_ExplosionRadius", 5f); m_TankMask = LayerMask.NameToLayer(GetString("m_TankMask", "Players"));// RongRong : 不支持绑定结构体,我们使用字符串来绑定,然后转回结构体 m_ExplosionParticles = GetComponent("m_ExplosionParticles"); m_ExplosionAudio = GetComponent("m_ExplosionAudio");
#if UNITY_WEBGL ResourceManager.LoadAudioClipAsync("https://www.csharplike.com/CSharpLikeDemo/AssetBundles/Tank/WebGL/ShellExplosion.wav", AudioType.WAV, (AudioClip audioClip) => { m_ExplosionAudio.clip = audioClip; });
#endif } private void Start () { // If it isn't destroyed by then, destroy the shell after it's lifetime. // RongRong : 加前缀 "GameObject." GameObject.Destroy (gameObject, m_MaxLifeTime); } private void OnTriggerEnter (Collider other) { // Collect all the colliders in a sphere from the shell's current position to a radius of the explosion radius. // RongRong : 'm_TankMask' 改为 '1 << m_TankMask.value'. 调试模式下数值为 512(等于 1 << 9). Collider[] colliders = Physics.OverlapSphere (transform.position, m_ExplosionRadius, 512); // Go through all the colliders... for (int i = 0; i < colliders.Length; i++) { // ... and find their rigidbody. Rigidbody targetRigidbody = colliders[i].GetComponent (); // If they don't have a rigidbody, go on to the next collider. if (targetRigidbody == null) continue; // Add an explosion force. targetRigidbody.AddExplosionForce (m_ExplosionForce, transform.position, m_ExplosionRadius); // Find the TankHealth script associated with the rigidbody. // RongRong : 'targetRigidbody.GetComponent ();' 改为 'HotUpdateBehaviour.GetComponentByType(targetRigidbody, typeof(TankHealth)) as TankHealth;' TankHealth targetHealth = HotUpdateBehaviour.GetComponentByType(targetRigidbody, typeof(TankHealth)) as TankHealth; // If there is no TankHealth script attached to the gameobject, go on to the next collider. // RongRong : '!targetHealth' 改为 'targetHealth == null' if (targetHealth == null) continue; // Calculate the amount of damage the target should take based on it's distance from the shell. float damage = CalculateDamage (targetRigidbody.position); // Deal this damage to the tank. targetHealth.TakeDamage (damage); } // Unparent the particles from the shell. m_ExplosionParticles.transform.parent = null; // Play the particle system. m_ExplosionParticles.Play(); // Play the explosion sound effect. m_ExplosionAudio.Play(); // Once the particles have finished, destroy the gameobject they are on. ParticleSystem.MainModule mainModule = m_ExplosionParticles.main; // RongRong : 加前缀 "GameObject." GameObject.Destroy (m_ExplosionParticles.gameObject, mainModule.duration); // Destroy the shell. // RongRong : 加前缀 "GameObject." GameObject.Destroy (gameObject); } private float CalculateDamage (Vector3 targetPosition) { // Create a vector from the shell to the target. Vector3 explosionToTarget = targetPosition - transform.position; // Calculate the distance from the shell to the target. float explosionDistance = explosionToTarget.magnitude; // Calculate the proportion of the maximum distance (the explosionRadius) the target is away. float relativeDistance = (m_ExplosionRadius - explosionDistance) / m_ExplosionRadius; // Calculate damage as this proportion of the maximum possible damage. float damage = relativeDistance * m_MaxDamage; // Make sure that the minimum damage is always 0. damage = Mathf.Max (0f, damage); return damage; } }
}//C#Like免费版
using UnityEngine; namespace CSharpLike// RongRong : 命名空间改为 "CSharpLike" 或者前面使用 "using CSharpLike;".
{ /// /// RongRong : 本类包含函数 'Start/OnTriggerEnter', /// 使用 'HotUpdateBehaviourTrigger' 绑定预制体. /// 预制体设置 'Game Objects' : "m_ExplosionParticles"/"m_ExplosionAudio". /// 预制体设置 'Floats' : "m_MaxDamage"/"m_ExplosionForce"/"m_MaxLifeTime"/"m_ExplosionRadius". /// 预制体设置 'Strings' : "m_TankMask". /// public class ShellExplosion : LikeBehaviour // RongRong : 基类 'MonoBehaviour' 改为 'LikeBehaviour' { public LayerMask m_TankMask; // Used to filter what the explosion affects, this should be set to "Players". public ParticleSystem m_ExplosionParticles; // Reference to the particles that will play on explosion. public AudioSource m_ExplosionAudio; // Reference to the audio that will play on explosion. public float m_MaxDamage = 100f; // The amount of damage done if the explosion is centred on a tank. public float m_ExplosionForce = 1000f; // The amount of force added to a tank at the centre of the explosion. public float m_MaxLifeTime = 2f; // The time in seconds before the shell is removed. public float m_ExplosionRadius = 5f; // The maximum distance away from the explosion tanks can be and are still affected. // RongRong : 绑定数值必须在放在Awake函数内,因为执行顺序为 : Awake -> OnEnable -> Start. void Awake() { // RongRong : 绑定预制体数值 m_MaxDamage = GetFloat("m_MaxDamage", 100f); m_ExplosionForce = GetFloat("m_ExplosionForce", 1000f); m_MaxLifeTime = GetFloat("m_MaxLifeTime", 2f); m_ExplosionRadius = GetFloat("m_ExplosionRadius", 5f); m_TankMask = LayerMask.NameToLayer(GetString("m_TankMask", "Players"));// RongRong : 不支持绑定结构体,我们用字符串代替,然后转回结构体 m_ExplosionParticles = GetComponent("m_ExplosionParticles"); m_ExplosionAudio = GetComponent("m_ExplosionAudio"); // RongRong : 这个仅仅WebGL有效,因为仅仅WebGL平台下音效报错 if (Application.platform == RuntimePlatform.WebGLPlayer) { ResourceManager.LoadAudioClipAsync("https://www.csharplike.com/CSharpLikeFreeDemo/AssetBundles/Tank/WebGL/ShellExplosion.wav", AudioType.WAV, (AudioClip audioClip) => { m_ExplosionAudio.clip = audioClip; }); } } private void Start () { // If it isn't destroyed by then, destroy the shell after it's lifetime. // RongRong : 加前缀 "GameObject." GameObject.Destroy (gameObject, m_MaxLifeTime); } private void OnTriggerEnter (Collider other) { // Collect all the colliders in a sphere from the shell's current position to a radius of the explosion radius. // RongRong : 'm_TankMask' 改为 '512'. 调试数值为 512(等于 1 << m_TankMask.value). Collider[] colliders = Physics.OverlapSphere (transform.position, m_ExplosionRadius, 512); // Go through all the colliders... for (int i = 0; i < colliders.Length; i++) { // ... and find their rigidbody. Rigidbody targetRigidbody = colliders[i].GetComponent (); // If they don't have a rigidbody, go on to the next collider. if (targetRigidbody == null) continue; // Add an explosion force. targetRigidbody.AddExplosionForce (m_ExplosionForce, transform.position, m_ExplosionRadius); // Find the TankHealth script associated with the rigidbody. // RongRong : 'targetRigidbody.GetComponent ();' 改为 'HotUpdateBehaviour.GetComponentByType(targetRigidbody, typeof(TankHealth)) as TankHealth;' TankHealth targetHealth = HotUpdateBehaviour.GetComponentByType(targetRigidbody, typeof(TankHealth)) as TankHealth; // If there is no TankHealth script attached to the gameobject, go on to the next collider. // RongRong : '!targetHealth' 改为 'targetHealth == null' if (targetHealth == null) continue; // Calculate the amount of damage the target should take based on it's distance from the shell. float damage = CalculateDamage (targetRigidbody.position); // Deal this damage to the tank. targetHealth.TakeDamage (damage); } // Unparent the particles from the shell. m_ExplosionParticles.transform.parent = null; // Play the particle system. m_ExplosionParticles.Play(); // Play the explosion sound effect. m_ExplosionAudio.Play(); // Once the particles have finished, destroy the gameobject they are on. ParticleSystem.MainModule mainModule = m_ExplosionParticles.main; // RongRong : 添加前缀 "GameObject." GameObject.Destroy (m_ExplosionParticles.gameObject, mainModule.duration); // Destroy the shell. // RongRong : 添加前缀 "GameObject." GameObject.Destroy (gameObject); } private float CalculateDamage (Vector3 targetPosition) { // Create a vector from the shell to the target. Vector3 explosionToTarget = targetPosition - transform.position; // Calculate the distance from the shell to the target. float explosionDistance = explosionToTarget.magnitude; // Calculate the proportion of the maximum distance (the explosionRadius) the target is away. float relativeDistance = (m_ExplosionRadius - explosionDistance) / m_ExplosionRadius; // Calculate damage as this proportion of the maximum possible damage. float damage = relativeDistance * m_MaxDamage; // Make sure that the minimum damage is always 0. damage = Mathf.Max (0f, damage); return damage; } }
} 修改'/-//Shell/.cs',以下是完整版和免费版对应的改后热更新代码:
//C#Like完整版
using UnityEngine;
using UnityEngine.UI; namespace CSharpLike// RongRong : 命名空间改为 "CSharpLike" 或者前面使用 "using CSharpLike;".
{ /// /// RongRong : 本类包含函数 'Awake/OnEnable', /// we using 'HotUpdateBehaviour' to bind prefabe. /// We add 'Floats' name "m_StartingHealth" in prefab. /// We add 'Colors' name "m_FullHealthColor"/"m_ZeroHealthColor" in prefab. /// We add 'Game Objects' name "m_Slider"/"m_FillImage"/"m_ExplosionPrefab" in prefab. /// public class TankHealth : LikeBehaviour // RongRong : 基类 'MonoBehaviour' 改为 'LikeBehaviour' { public float m_StartingHealth = 100f; // The amount of health each tank starts with. public Slider m_Slider; // The slider to represent how much health the tank currently has. public Image m_FillImage; // The image component of the slider. public Color m_FullHealthColor = Color.green; // The color the health bar will be when on full health. public Color m_ZeroHealthColor = Color.red; // The color the health bar will be when on no health. public GameObject m_ExplosionPrefab; // A prefab that will be instantiated in Awake, then used whenever the tank dies. private AudioSource m_ExplosionAudio; // The audio source to play when the tank explodes. private ParticleSystem m_ExplosionParticles; // The particle system the will play when the tank is destroyed. private float m_CurrentHealth; // How much health the tank currently has. private bool m_Dead; // Has the tank been reduced beyond zero health yet? private void Awake () { // RongRong : 绑定预制体的数值. m_StartingHealth = GetFloat("m_StartingHealth", 100f); m_Slider = GetComponent("m_Slider"); m_FillImage = GetComponent("m_FillImage"); m_FullHealthColor = GetColor("m_FullHealthColor"); m_ZeroHealthColor = GetColor("m_ZeroHealthColor"); m_ExplosionPrefab = GetGameObject("m_ExplosionPrefab"); // Instantiate the explosion prefab and get a reference to the particle system on it. // RongRong : 'Instantiate' 改为 'GameObject.Instantiate' GameObject go = GameObject.Instantiate(m_ExplosionPrefab) as GameObject; m_ExplosionParticles = go.GetComponent (); // Get a reference to the audio source on the instantiated prefab. m_ExplosionAudio = m_ExplosionParticles.GetComponent (); // Disable the prefab so it can be activated when it's required. m_ExplosionParticles.gameObject.SetActive (false); // RongRong : 这个仅仅WebGL有效,因为仅仅WebGL平台下音效报错
#if UNITY_WEBGL ResourceManager.LoadAudioClipAsync("https://www.csharplike.com/CSharpLikeDemo/AssetBundles/Tank/WebGL/TankExplosion.wav", AudioType.WAV, (AudioClip audioClip) => { m_ExplosionAudio.clip = audioClip; });
#endif } private void OnEnable() { // When the tank is enabled, reset the tank's health and whether or not it's dead. m_CurrentHealth = m_StartingHealth; m_Dead = false; // Update the health slider's value and color. SetHealthUI(); } public void TakeDamage (float amount) { // Reduce current health by the amount of damage done. m_CurrentHealth -= amount; // Change the UI elements appropriately. SetHealthUI (); // If the current health is at or below zero and it has not yet been registered, call OnDeath. if (m_CurrentHealth <= 0f && !m_Dead) { OnDeath (); } } private void SetHealthUI () { // Set the slider's value appropriately. m_Slider.value = m_CurrentHealth; // Interpolate the color of the bar between the choosen colours based on the current percentage of the starting health. m_FillImage.color = Color.Lerp (m_ZeroHealthColor, m_FullHealthColor, m_CurrentHealth / m_StartingHealth); } private void OnDeath () { // Set the flag so that this function is only called once. m_Dead = true; // Move the instantiated explosion prefab to the tank's position and turn it on. m_ExplosionParticles.transform.position = transform.position; m_ExplosionParticles.gameObject.SetActive (true); // Play the particle system of the tank exploding. m_ExplosionParticles.Play (); // Play the tank explosion sound effect. m_ExplosionAudio.Play(); // Turn the tank off. gameObject.SetActive (false); } }
} //C#Like免费版
using UnityEngine;
using UnityEngine.UI; namespace CSharpLike// RongRong : 命名空间改为 "CSharpLike" 或者前面使用 "using CSharpLike;".
{ /// /// RongRong : 本类包含函数 'Awake/OnEnable', /// 我们使用 'HotUpdateBehaviour' 绑定数据. /// 预制体设置 'Floats' : "m_StartingHealth". /// 预制体设置 'Colors' : "m_FullHealthColor"/"m_ZeroHealthColor". /// 预制体设置 'Game Objects' : "m_Slider"/"m_FillImage"/"m_ExplosionPrefab". /// public class TankHealth : LikeBehaviour // RongRong : Change 'MonoBehaviour' to 'LikeBehaviour' { public float m_StartingHealth = 100f; // The amount of health each tank starts with. public Slider m_Slider; // The slider to represent how much health the tank currently has. public Image m_FillImage; // The image component of the slider. public Color m_FullHealthColor = Color.green; // The color the health bar will be when on full health. public Color m_ZeroHealthColor = Color.red; // The color the health bar will be when on no health. public GameObject m_ExplosionPrefab; // A prefab that will be instantiated in Awake, then used whenever the tank dies. private AudioSource m_ExplosionAudio; // The audio source to play when the tank explodes. private ParticleSystem m_ExplosionParticles; // The particle system the will play when the tank is destroyed. private float m_CurrentHealth; // How much health the tank currently has. private bool m_Dead; // Has the tank been reduced beyond zero health yet? private void Awake () { // RongRong : 绑定预制体数据 m_StartingHealth = GetFloat("m_StartingHealth", 100f); m_Slider = GetComponent("m_Slider"); m_FillImage = GetComponent("m_FillImage"); m_FullHealthColor = GetColor("m_FullHealthColor"); m_ZeroHealthColor = GetColor("m_ZeroHealthColor"); m_ExplosionPrefab = GetGameObject("m_ExplosionPrefab"); // Instantiate the explosion prefab and get a reference to the particle system on it. // RongRong : 'Instantiate' 改为 'GameObject.Instantiate' GameObject go = GameObject.Instantiate(m_ExplosionPrefab) as GameObject; m_ExplosionParticles = go.GetComponent (); // Get a reference to the audio source on the instantiated prefab. m_ExplosionAudio = m_ExplosionParticles.GetComponent (); // Disable the prefab so it can be activated when it's required. m_ExplosionParticles.gameObject.SetActive (false); // RongRong : 这个仅仅WebGL有效,因为仅仅WebGL平台下音效报错 if (Application.platform == RuntimePlatform.WebGLPlayer) { ResourceManager.LoadAudioClipAsync("https://www.csharplike.com/CSharpLikeFreeDemo/AssetBundles/Tank/WebGL/TankExplosion.wav", AudioType.WAV, (AudioClip audioClip) => { m_ExplosionAudio.clip = audioClip; }); } } private void OnEnable() { // When the tank is enabled, reset the tank's health and whether or not it's dead. m_CurrentHealth = m_StartingHealth; m_Dead = false; // Update the health slider's value and color. SetHealthUI(); } public void TakeDamage (float amount) { // Reduce current health by the amount of damage done. m_CurrentHealth -= amount; // Change the UI elements appropriately. SetHealthUI (); // If the current health is at or below zero and it has not yet been registered, call OnDeath. if (m_CurrentHealth <= 0f && !m_Dead) { OnDeath (); } } private void SetHealthUI () { // Set the slider's value appropriately. m_Slider.value = m_CurrentHealth; // Interpolate the color of the bar between the choosen colours based on the current percentage of the starting health. m_FillImage.color = Color.Lerp (m_ZeroHealthColor, m_FullHealthColor, m_CurrentHealth / m_StartingHealth); } private void OnDeath () { // Set the flag so that this function is only called once. m_Dead = true; // Move the instantiated explosion prefab to the tank's position and turn it on. m_ExplosionParticles.transform.position = transform.position; m_ExplosionParticles.gameObject.SetActive (true); // Play the particle system of the tank exploding. m_ExplosionParticles.Play (); // Play the tank explosion sound effect. m_ExplosionAudio.Play(); // Turn the tank off. gameObject.SetActive (false); } }
} 修改'/-//Shell/.cs',以下是完整版和免费版对应的改后热更新代码:
//C#Like完整版
using UnityEngine; namespace CSharpLike// RongRong : 命名空间改为 "CSharpLike" 或者前面使用 "using CSharpLike;".
{ /// /// RongRong : 本类包含函数 'Awake/OnEnable/OnDisable/Start/Update/FixedUpdate', /// 我们使用 'HotUpdateBehaviourCommon' 绑定预制体, 设置 'scriptUpdateFPS' 数值为 10000, 设置 'enableFixedUpdate' 数值为 true. /// 预制体设置 'Integers' : "m_PlayerNumber". /// 预制体设置 'Floats' : "m_Speed"/"m_TurnSpeed"/"m_PitchRange". /// 预制体设置 'Audio Clips' : "m_EngineIdling"/"m_EngineDriving". /// 预制体设置 'Game Objects' : "m_MovementAudio". /// public class TankMovement : LikeBehaviour // RongRong : 基类 'MonoBehaviour' 改为 'LikeBehaviour' { public int m_PlayerNumber = 1; // Used to identify which tank belongs to which player. This is set by this tank's manager. public float m_Speed = 12f; // How fast the tank moves forward and back. public float m_TurnSpeed = 180f; // How fast the tank turns in degrees per second. public AudioSource m_MovementAudio; // Reference to the audio source used to play engine sounds. NB: different to the shooting audio source. public AudioClip m_EngineIdling; // Audio to play when the tank isn't moving. public AudioClip m_EngineDriving; // Audio to play when the tank is moving. public float m_PitchRange = 0.2f; // The amount by which the pitch of the engine noises can vary. private string m_MovementAxisName; // The name of the input axis for moving forward and back. private string m_TurnAxisName; // The name of the input axis for turning. private Rigidbody m_Rigidbody; // Reference used to move the tank. private float m_MovementInputValue; // The current value of the movement input. private float m_TurnInputValue; // The current value of the turn input. private float m_OriginalPitch; // The pitch of the audio source at the start of the scene. private ParticleSystem[] m_particleSystems; // References to all the particles systems used by the Tanks private void Awake () { // RongRong : 'GetComponent ();' 改为 'gameObject.GetComponent();' m_Rigidbody = gameObject.GetComponent(); // RongRong : 绑定预制体数值. m_PlayerNumber = GetInt("m_PlayerNumber", 1); m_Speed = GetFloat("m_Speed", 12f); m_TurnSpeed = GetFloat("m_TurnSpeed", 180f); m_PitchRange = GetFloat("m_PitchRange", 0.2f); m_MovementAudio = GetComponent("m_MovementAudio"); // RongRong : 这个仅仅WebGL有效,因为仅仅WebGL平台下音效报错
#if UNITY_WEBGL ResourceManager.LoadAudioClipAsync("https://www.csharplike.com/CSharpLikeDemo/AssetBundles/Tank/WebGL/EngineIdle.wav", AudioType.WAV, (AudioClip audioClip) => { m_EngineIdling = audioClip; }); ResourceManager.LoadAudioClipAsync("https://www.csharplike.com/CSharpLikeDemo/AssetBundles/Tank/WebGL/EngineDriving.wav", AudioType.WAV, (AudioClip audioClip) => { m_EngineDriving = audioClip; });
#else m_EngineIdling = GetAudioClip("m_EngineIdling"); m_EngineDriving = GetAudioClip("m_EngineDriving");
#endif } private void OnEnable () { // When the tank is turned on, make sure it's not kinematic. m_Rigidbody.isKinematic = false; // Also reset the input values. m_MovementInputValue = 0f; m_TurnInputValue = 0f; // We grab all the Particle systems child of that Tank to be able to Stop/Play them on Deactivate/Activate // It is needed because we move the Tank when spawning it, and if the Particle System is playing while we do that // it "think" it move from (0,0,0) to the spawn point, creating a huge trail of smoke // RongRong : 'GetComponentsInChildren();' 改为 'gameObject.GetComponentsInChildren();' m_particleSystems = gameObject.GetComponentsInChildren(); for (int i = 0; i < m_particleSystems.Length; ++i) { m_particleSystems[i].Play(); } } private void OnDisable () { // When the tank is turned off, set it to kinematic so it stops moving. m_Rigidbody.isKinematic = true; // Stop all particle system so it "reset" it's position to the actual one instead of thinking we moved when spawning for(int i = 0; i < m_particleSystems.Length; ++i) { m_particleSystems[i].Stop(); } } private void Start () { // The axes names are based on player number. m_MovementAxisName = "Vertical" + m_PlayerNumber; m_TurnAxisName = "Horizontal" + m_PlayerNumber; // Store the original pitch of the audio source. m_OriginalPitch = m_MovementAudio.pitch; } private void Update () { // Store the value of both input axes. m_MovementInputValue = Input.GetAxis (m_MovementAxisName); m_TurnInputValue = Input.GetAxis (m_TurnAxisName); EngineAudio (); } private void EngineAudio () { // If there is no input (the tank is stationary)... if (Mathf.Abs (m_MovementInputValue) < 0.1f && Mathf.Abs (m_TurnInputValue) < 0.1f) { // ... and if the audio source is currently playing the driving clip... if (m_MovementAudio.clip == m_EngineDriving) { // ... change the clip to idling and play it. m_MovementAudio.clip = m_EngineIdling; m_MovementAudio.pitch = Random.Range (m_OriginalPitch - m_PitchRange, m_OriginalPitch + m_PitchRange); m_MovementAudio.Play (); } } else { // Otherwise if the tank is moving and if the idling clip is currently playing... if (m_MovementAudio.clip == m_EngineIdling) { // ... change the clip to driving and play. m_MovementAudio.clip = m_EngineDriving; m_MovementAudio.pitch = Random.Range(m_OriginalPitch - m_PitchRange, m_OriginalPitch + m_PitchRange); m_MovementAudio.Play(); } } } private void FixedUpdate () { // Adjust the rigidbodies position and orientation in FixedUpdate. Move (); Turn (); } private void Move () { // Create a vector in the direction the tank is facing with a magnitude based on the input, speed and the time between frames. Vector3 movement = transform.forward * m_MovementInputValue * m_Speed * Time.deltaTime; // Apply this movement to the rigidbody's position. m_Rigidbody.MovePosition(m_Rigidbody.position + movement); } private void Turn () { // Determine the number of degrees to be turned based on the input, speed and time between frames. float turn = m_TurnInputValue * m_TurnSpeed * Time.deltaTime; // Make this into a rotation in the y axis. Quaternion turnRotation = Quaternion.Euler (0f, turn, 0f); // Apply this rotation to the rigidbody's rotation. m_Rigidbody.MoveRotation (m_Rigidbody.rotation * turnRotation); } }
}//C#Like免费版
using UnityEngine; namespace CSharpLike// RongRong : 命名空间改为 "CSharpLike" 或者前面使用 "using CSharpLike;".
{ /// /// RongRong : 本类包含函数 'Awake/OnEnable/OnDisable/Start/Update/FixedUpdate', /// 我们使用 'HotUpdateBehaviourCommon' 来绑定预制体, 设置 'scriptUpdateFPS' 数值为 10000, 设置 'enableFixedUpdate' 数值为 true. /// 预制体设置 'Integers' : "m_PlayerNumber". /// 预制体设置 'Floats' : "m_Speed"/"m_TurnSpeed"/"m_PitchRange". /// 预制体设置 'Audio Clips' : "m_EngineIdling"/"m_EngineDriving". /// 预制体设置 'Game Objects' : "m_MovementAudio". /// public class TankMovement : LikeBehaviour // RongRong : 基类 'MonoBehaviour' 改为 'LikeBehaviour' { public int m_PlayerNumber = 1; // Used to identify which tank belongs to which player. This is set by this tank's manager. public float m_Speed = 12f; // How fast the tank moves forward and back. public float m_TurnSpeed = 180f; // How fast the tank turns in degrees per second. public AudioSource m_MovementAudio; // Reference to the audio source used to play engine sounds. NB: different to the shooting audio source. public AudioClip m_EngineIdling; // Audio to play when the tank isn't moving. public AudioClip m_EngineDriving; // Audio to play when the tank is moving. public float m_PitchRange = 0.2f; // The amount by which the pitch of the engine noises can vary. private string m_MovementAxisName; // The name of the input axis for moving forward and back. private string m_TurnAxisName; // The name of the input axis for turning. private Rigidbody m_Rigidbody; // Reference used to move the tank. private float m_MovementInputValue; // The current value of the movement input. private float m_TurnInputValue; // The current value of the turn input. private float m_OriginalPitch; // The pitch of the audio source at the start of the scene. private ParticleSystem[] m_particleSystems; // References to all the particles systems used by the Tanks private void Awake () { // RongRong : 'GetComponent ();' 改为 'gameObject.GetComponent();' m_Rigidbody = gameObject.GetComponent(); // RongRong : 绑定预制体 m_PlayerNumber = GetInt("m_PlayerNumber", 1); m_Speed = GetFloat("m_Speed", 12f); m_TurnSpeed = GetFloat("m_TurnSpeed", 180f); m_PitchRange = GetFloat("m_PitchRange", 0.2f); m_MovementAudio = GetComponent("m_MovementAudio"); // RongRong : 这个仅仅WebGL有效,因为仅仅WebGL平台下音效报错 if (Application.platform == RuntimePlatform.WebGLPlayer) { ResourceManager.LoadAudioClipAsync("https://www.csharplike.com/CSharpLikeFreeDemo/AssetBundles/Tank/WebGL/EngineIdle.wav", AudioType.WAV, (AudioClip audioClip) => { m_EngineIdling = audioClip; }); ResourceManager.LoadAudioClipAsync("https://www.csharplike.com/CSharpLikeFreeDemo/AssetBundles/Tank/WebGL/EngineDriving.wav", AudioType.WAV, (AudioClip audioClip) => { m_EngineDriving = audioClip; }); } else { m_EngineIdling = GetAudioClip("m_EngineIdling"); m_EngineDriving = GetAudioClip("m_EngineDriving"); } } private void OnEnable () { // When the tank is turned on, make sure it's not kinematic. m_Rigidbody.isKinematic = false; // Also reset the input values. m_MovementInputValue = 0f; m_TurnInputValue = 0f; // We grab all the Particle systems child of that Tank to be able to Stop/Play them on Deactivate/Activate // It is needed because we move the Tank when spawning it, and if the Particle System is playing while we do that // it "think" it move from (0,0,0) to the spawn point, creating a huge trail of smoke // RongRong : 'GetComponentsInChildren();' 改为 'gameObject.GetComponentsInChildren();' m_particleSystems = gameObject.GetComponentsInChildren(); for (int i = 0; i < m_particleSystems.Length; ++i) { m_particleSystems[i].Play(); } } private void OnDisable () { // When the tank is turned off, set it to kinematic so it stops moving. m_Rigidbody.isKinematic = true; // Stop all particle system so it "reset" it's position to the actual one instead of thinking we moved when spawning for(int i = 0; i < m_particleSystems.Length; ++i) { m_particleSystems[i].Stop(); } } private void Start () { // The axes names are based on player number. m_MovementAxisName = "Vertical" + m_PlayerNumber; m_TurnAxisName = "Horizontal" + m_PlayerNumber; // Store the original pitch of the audio source. m_OriginalPitch = m_MovementAudio.pitch; } private void Update () { // Store the value of both input axes. m_MovementInputValue = Input.GetAxis (m_MovementAxisName); m_TurnInputValue = Input.GetAxis (m_TurnAxisName); EngineAudio (); } private void EngineAudio () { // If there is no input (the tank is stationary)... if (Mathf.Abs (m_MovementInputValue) < 0.1f && Mathf.Abs (m_TurnInputValue) < 0.1f) { // ... and if the audio source is currently playing the driving clip... if (m_MovementAudio.clip == m_EngineDriving) { // ... change the clip to idling and play it. m_MovementAudio.clip = m_EngineIdling; m_MovementAudio.pitch = Random.Range (m_OriginalPitch - m_PitchRange, m_OriginalPitch + m_PitchRange); m_MovementAudio.Play (); } } else { // Otherwise if the tank is moving and if the idling clip is currently playing... if (m_MovementAudio.clip == m_EngineIdling) { // ... change the clip to driving and play. m_MovementAudio.clip = m_EngineDriving; m_MovementAudio.pitch = Random.Range(m_OriginalPitch - m_PitchRange, m_OriginalPitch + m_PitchRange); m_MovementAudio.Play(); } } } private void FixedUpdate () { // Adjust the rigidbodies position and orientation in FixedUpdate. Move (); Turn (); } private void Move () { // Create a vector in the direction the tank is facing with a magnitude based on the input, speed and the time between frames. Vector3 movement = transform.forward * m_MovementInputValue * m_Speed * Time.deltaTime; // Apply this movement to the rigidbody's position. m_Rigidbody.MovePosition(m_Rigidbody.position + movement); } private void Turn () { // Determine the number of degrees to be turned based on the input, speed and time between frames. float turn = m_TurnInputValue * m_TurnSpeed * Time.deltaTime; // Make this into a rotation in the y axis. Quaternion turnRotation = Quaternion.Euler (0f, turn, 0f); // Apply this rotation to the rigidbody's rotation. m_Rigidbody.MoveRotation (m_Rigidbody.rotation * turnRotation); } }
} 修改'/-//Shell/.cs',以下是完整版和免费版对应的改后热更新代码:
//C#Like完整版
using UnityEngine;
using UnityEngine.UI; namespace CSharpLike// RongRong : 命名空间改为 "CSharpLike" 或者前面使用 "using CSharpLike;".
{ /// /// RongRong : 本类包含函数 'Start/OnEnable/Update', /// 我们使用 'HotUpdateBehaviourUpdate' 来绑定预制体. /// 预制体设置 'Integers' : "m_PlayerNumber" /// 预制体设置 'Game Objects' : "m_Shell"/"m_FireTransform"/"m_AimSlider"/"m_ShootingAudio" /// 预制体设置 'Floats' : "m_MinLaunchForce"/"m_MaxLaunchForce"/"m_MaxChargeTime" /// 预制体设置 'Audio Clips' : "m_ChargingClip"/"m_FireClip" /// public class TankShooting : LikeBehaviour // RongRong : 基类 'MonoBehaviour' 改为 'LikeBehaviour' { public int m_PlayerNumber = 1; // Used to identify the different players. public Rigidbody m_Shell; // Prefab of the shell. public Transform m_FireTransform; // A child of the tank where the shells are spawned. public Slider m_AimSlider; // A child of the tank that displays the current launch force. public AudioSource m_ShootingAudio; // Reference to the audio source used to play the shooting audio. NB: different to the movement audio source. public AudioClip m_ChargingClip; // Audio that plays when each shot is charging up. public AudioClip m_FireClip; // Audio that plays when each shot is fired. public float m_MinLaunchForce = 15f; // The force given to the shell if the fire button is not held. public float m_MaxLaunchForce = 30f; // The force given to the shell if the fire button is held for the max charge time. public float m_MaxChargeTime = 0.75f; // How long the shell can charge for before it is fired at max force. private string m_FireButton; // The input axis that is used for launching shells. private float m_CurrentLaunchForce; // The force that will be given to the shell when the fire button is released. private float m_ChargeSpeed; // How fast the launch force increases, based on the max charge time. private bool m_Fired; // Whether or not the shell has been launched with this button press. // RongRong : 绑定数值必须在放在Awake函数内,因为执行顺序为 : Awake -> OnEnable -> Start. void Awake() { // RongRong : 绑定预制体数值 m_PlayerNumber = GetInt("m_PlayerNumber", 1); m_Shell = GetComponent("m_Shell"); m_MinLaunchForce = GetFloat("m_MinLaunchForce", 15f); m_AimSlider = GetComponent("m_AimSlider"); m_MaxLaunchForce = GetFloat("m_MaxLaunchForce", 30f); m_MaxChargeTime = GetFloat("m_MaxChargeTime", 0.75f); m_FireTransform = GetComponent("m_FireTransform"); m_ShootingAudio = GetComponent("m_ShootingAudio"); // RongRong : 这个仅仅WebGL有效,因为仅仅WebGL平台下音效报错
#if UNITY_WEBGL ResourceManager.LoadAudioClipAsync("https://www.csharplike.com/CSharpLikeDemo/AssetBundles/Tank/WebGL/ShotCharging.wav", AudioType.WAV, (AudioClip audioClip) => { m_ChargingClip = audioClip; }); ResourceManager.LoadAudioClipAsync("https://www.csharplike.com/CSharpLikeDemo/AssetBundles/Tank/WebGL/ShotFiring.wav", AudioType.WAV, (AudioClip audioClip) => { m_FireClip = audioClip; });
#else m_ChargingClip = GetAudioClip("m_ChargingClip"); m_FireClip = GetAudioClip("m_FireClip");
#endif } private void OnEnable() { // When the tank is turned on, reset the launch force and the UI m_CurrentLaunchForce = m_MinLaunchForce; m_AimSlider.value = m_MinLaunchForce; } private void Start () { // The fire axis is based on the player number. m_FireButton = "Fire" + m_PlayerNumber; // The rate that the launch force charges up is the range of possible forces by the max charge time. m_ChargeSpeed = (m_MaxLaunchForce - m_MinLaunchForce) / m_MaxChargeTime; } private void Update () { // The slider should have a default value of the minimum launch force. m_AimSlider.value = m_MinLaunchForce; // If the max force has been exceeded and the shell hasn't yet been launched... if (m_CurrentLaunchForce >= m_MaxLaunchForce && !m_Fired) { // ... use the max force and launch the shell. m_CurrentLaunchForce = m_MaxLaunchForce; Fire (); } // Otherwise, if the fire button has just started being pressed... else if (Input.GetButtonDown (m_FireButton)) { // ... reset the fired flag and reset the launch force. m_Fired = false; m_CurrentLaunchForce = m_MinLaunchForce; // Change the clip to the charging clip and start it playing. m_ShootingAudio.clip = m_ChargingClip; m_ShootingAudio.Play (); } // Otherwise, if the fire button is being held and the shell hasn't been launched yet... else if (Input.GetButton (m_FireButton) && !m_Fired) { // Increment the launch force and update the slider. m_CurrentLaunchForce += m_ChargeSpeed * Time.deltaTime; m_AimSlider.value = m_CurrentLaunchForce; } // Otherwise, if the fire button is released and the shell hasn't been launched yet... else if (Input.GetButtonUp (m_FireButton) && !m_Fired) { // ... launch the shell. Fire (); } } private void Fire () { // Set the fired flag so only Fire is only called once. m_Fired = true; // Create an instance of the shell and store a reference to it's rigidbody. // RongRong : 'Instantiate' 改为 'GameObject.Instantiate' Rigidbody shellInstance = GameObject.Instantiate (m_Shell, m_FireTransform.position, m_FireTransform.rotation) as Rigidbody; // Set the shell's velocity to the launch force in the fire position's forward direction. shellInstance.velocity = m_CurrentLaunchForce * m_FireTransform.forward; // Change the clip to the firing clip and play it. m_ShootingAudio.clip = m_FireClip; m_ShootingAudio.Play (); // Reset the launch force. This is a precaution in case of missing button events. m_CurrentLaunchForce = m_MinLaunchForce; } }
}//C#Like免费版
using UnityEngine;
using UnityEngine.UI; namespace CSharpLike// RongRong : 命名空间改为 "CSharpLike" 或者前面使用 "using CSharpLike;".
{ /// /// RongRong : 本类包含函数 'Start/OnEnable/Update', /// 我们使用 'HotUpdateBehaviourUpdate' 来绑定预制体. /// 预制体设置 'Integers' : "m_PlayerNumber" /// 预制体设置 'Game Objects' : "m_Shell"/"m_FireTransform"/"m_AimSlider"/"m_ShootingAudio" /// 预制体设置 'Floats' : "m_MinLaunchForce"/"m_MaxLaunchForce"/"m_MaxChargeTime" /// 预制体设置 'Audio Clips' : "m_ChargingClip"/"m_FireClip" /// public class TankShooting : LikeBehaviour // RongRong : 基类 'MonoBehaviour' 改为 'LikeBehaviour' { public int m_PlayerNumber = 1; // Used to identify the different players. public Rigidbody m_Shell; // Prefab of the shell. public Transform m_FireTransform; // A child of the tank where the shells are spawned. public Slider m_AimSlider; // A child of the tank that displays the current launch force. public AudioSource m_ShootingAudio; // Reference to the audio source used to play the shooting audio. NB: different to the movement audio source. public AudioClip m_ChargingClip; // Audio that plays when each shot is charging up. public AudioClip m_FireClip; // Audio that plays when each shot is fired. public float m_MinLaunchForce = 15f; // The force given to the shell if the fire button is not held. public float m_MaxLaunchForce = 30f; // The force given to the shell if the fire button is held for the max charge time. public float m_MaxChargeTime = 0.75f; // How long the shell can charge for before it is fired at max force. private string m_FireButton; // The input axis that is used for launching shells. private float m_CurrentLaunchForce; // The force that will be given to the shell when the fire button is released. private float m_ChargeSpeed; // How fast the launch force increases, based on the max charge time. private bool m_Fired; // Whether or not the shell has been launched with this button press. // RongRong : 绑定数值必须在放在Awake函数内,因为执行顺序为 : Awake -> OnEnable -> Start. void Awake() { // RongRong : 绑定预制体 m_PlayerNumber = GetInt("m_PlayerNumber", 1); m_Shell = GetComponent("m_Shell"); m_MinLaunchForce = GetFloat("m_MinLaunchForce", 15f); m_AimSlider = GetComponent("m_AimSlider"); m_MaxLaunchForce = GetFloat("m_MaxLaunchForce", 30f); m_MaxChargeTime = GetFloat("m_MaxChargeTime", 0.75f); m_FireTransform = GetComponent("m_FireTransform"); m_ShootingAudio = GetComponent("m_ShootingAudio"); if (Application.platform == RuntimePlatform.WebGLPlayer) { ResourceManager.LoadAudioClipAsync("https://www.csharplike.com/CSharpLikeFreeDemo/AssetBundles/Tank/WebGL/ShotCharging.wav", AudioType.WAV, (AudioClip audioClip) => { m_ChargingClip = audioClip; }); ResourceManager.LoadAudioClipAsync("https://www.csharplike.com/CSharpLikeFreeDemo/AssetBundles/Tank/WebGL/ShotFiring.wav", AudioType.WAV, (AudioClip audioClip) => { m_FireClip = audioClip; }); } else { m_ChargingClip = GetAudioClip("m_ChargingClip"); m_FireClip = GetAudioClip("m_FireClip"); } } private void OnEnable() { // When the tank is turned on, reset the launch force and the UI m_CurrentLaunchForce = m_MinLaunchForce; m_AimSlider.value = m_MinLaunchForce; } private void Start () { // The fire axis is based on the player number. m_FireButton = "Fire" + m_PlayerNumber; // The rate that the launch force charges up is the range of possible forces by the max charge time. m_ChargeSpeed = (m_MaxLaunchForce - m_MinLaunchForce) / m_MaxChargeTime; } private void Update () { // The slider should have a default value of the minimum launch force. m_AimSlider.value = m_MinLaunchForce; // If the max force has been exceeded and the shell hasn't yet been launched... if (m_CurrentLaunchForce >= m_MaxLaunchForce && !m_Fired) { // ... use the max force and launch the shell. m_CurrentLaunchForce = m_MaxLaunchForce; Fire (); } // Otherwise, if the fire button has just started being pressed... else if (Input.GetButtonDown (m_FireButton)) { // ... reset the fired flag and reset the launch force. m_Fired = false; m_CurrentLaunchForce = m_MinLaunchForce; // Change the clip to the charging clip and start it playing. m_ShootingAudio.clip = m_ChargingClip; m_ShootingAudio.Play (); } // Otherwise, if the fire button is being held and the shell hasn't been launched yet... else if (Input.GetButton (m_FireButton) && !m_Fired) { // Increment the launch force and update the slider. m_CurrentLaunchForce += m_ChargeSpeed * Time.deltaTime; m_AimSlider.value = m_CurrentLaunchForce; } // Otherwise, if the fire button is released and the shell hasn't been launched yet... else if (Input.GetButtonUp (m_FireButton) && !m_Fired) { // ... launch the shell. Fire (); } } private void Fire () { // Set the fired flag so only Fire is only called once. m_Fired = true; // Create an instance of the shell and store a reference to it's rigidbody. // RongRong : 'Instantiate' 改为 'GameObject.Instantiate' Rigidbody shellInstance = GameObject.Instantiate (m_Shell, m_FireTransform.position, m_FireTransform.rotation) as Rigidbody; // Set the shell's velocity to the launch force in the fire position's forward direction. shellInstance.velocity = m_CurrentLaunchForce * m_FireTransform.forward; // Change the clip to the firing clip and play it. m_ShootingAudio.clip = m_FireClip; m_ShootingAudio.Play (); // Reset the launch force. This is a precaution in case of missing button events. m_CurrentLaunchForce = m_MinLaunchForce; } }
} 修改'/-///.cs',以下是完整版和免费版对应的改后热更新代码(两者相同):
using UnityEngine; namespace CSharpLike// RongRong : 命名空间改为 "CSharpLike" 或者前面使用 "using CSharpLike;".
{ /// /// RongRong : 本类包含函数 'Start/Update', /// 我们使用 'HotUpdateBehaviourUpdate' 来绑定预制体, 设置 'scriptUpdateFPS' 数值为 10000. /// 预制体设置 'Booleans' : "m_UseRelativeRotation". /// public class UIDirectionControl : LikeBehaviour // RongRong : 基类 'MonoBehaviour' 改为 'LikeBehaviour' { // This class is used to make sure world space UI // elements such as the health bar face the correct direction. public bool m_UseRelativeRotation = true; // Use relative rotation should be used for this gameobject? private Quaternion m_RelativeRotation; // The local rotatation at the start of the scene. // RongRong : 绑定数值必须在放在Awake函数内,因为执行顺序为 : Awake -> OnEnable -> Start. void Awake() { // RongRong : 绑定预制体的数值 m_UseRelativeRotation = GetBoolean("m_UseRelativeRotation", true); } private void Start () { m_RelativeRotation = transform.parent.localRotation; } private void Update () { if (m_UseRelativeRotation) transform.rotation = m_RelativeRotation; } }
}修改预制体和场景: 然后我们逐一地把目录'\\-\'里的预制体进行修改: 我们复制'/-/'整个目录为'/-/'目录编辑器内双击打开场景'/-Game.unity',菜单'File'->'Save As...'另存为'/-.unity'修改场景'/-.unity'. 修改预制体'/-//.': 移除原组件,新增igger组件. (WebGL平台的,修改'/on'节点里的'Audio '组件的设置为None)
修改预制体'/-//.' 修改预制体'/-//n.', (WebGL平台的,'Audio '组件的设置为None)设置名字和后缀,编辑器的面板选中'/-.unity', 在面板的'Asset '设置:名字为'tanks',后缀为'ab',如下图设置:
这个时候直接点编辑器里点'▶'运行,应该可以正常调试运行的 配置裁剪'/C#Like/link.xml' -C#Like(Free)导出脚本的时候会自动识别用到代码部分用到的模块生成到'link.xml';
-C#Like(Free)导出的时候会自动识别部分用到的模块生成到'link.xml';
-没有识别到的部分,需要你自行添加到'/C#Like//.txt',如下 .ty...unity.-hlapi. 修改C#Like配置:菜单''->'C#Like'->打开'C#Like '面板 最终的配置如图:
编辑器测试调试 导出最终产品 本系列文章导读:
