C# 模拟；滑动以解锁"；在Unity 3D中
我必须在Unity 3D中创建一个“滑动解锁”功能（就像iPhone锁屏中的一样）。我尝试了以下方法： 第1部分-检测刷卡 我能够使用以下代码检测到刷卡：C# 模拟；滑动以解锁"；在Unity 3D中,c#,unity3d,C#,Unity3d,我必须在Unity 3D中创建一个“滑动解锁”功能（就像iPhone锁屏中的一样）。我尝试了以下方法： 第1部分-检测刷卡 我能够使用以下代码检测到刷卡： private bool couldBeSwipe = false; private float minSwipeDistance = 14; private float maxSwipeTime = 10; private float comfortZone = 100; private float startTime; private V
private bool couldBeSwipe = false;
private float minSwipeDistance = 14;
private float maxSwipeTime = 10;
private float comfortZone = 100;
private float startTime;
private Vector2 startPos;
const int SWIPE_NONE = 0;
const int SWIPE_UP = 1;
const int SWIPE_RIGHT = 2;
const int SWIPE_DOWN = 3;
const int SWIPE_LEFT = 4;
private int swipeDirection = SelectStageScene.SWIPE_NONE;
void Update（）中//输入
swipeDirection=选择stagescene.SWIPE\u NONE；
如果（Input.touchCount>0）{
触摸=输入。触摸[0]；
开关（接触相）{
案例接触阶段。开始：
couldBeSwipe=true；
startPos=touch.position；
startTime=Time.Time；
打破
案例接触阶段。移动：
if（（Mathf.Abs（touch.position.y-startPos.y）>舒适区）和&（Mathf.Abs（touch.position.x-startPos.x）>舒适区））{
couldBeSwipe=false；
}
打破
案件审理阶段结束：
float swipeTime=Time.Time-startTime；
浮动开关站姿=（touch.position-startPos）.magnity；
float deltaX=touch.position.x-startPos.x；
float deltaY=touch.position.y-startPos.y；
如果（可以擦除&（swipeTimeMinsweepDistance））{
如果（Mathf.Abs（deltaX）>舒适区）{
浮动开关方向Y=数学符号（deltaX）；
如果（SwipDirectiony==1）{
swipeDirection=选择stagescene.SWIPE\u RIGHT；
}否则{
swipeDirection=选择stagescene.SWIPE\u LEFT；
}
}
如果（Mathf.Abs（deltaY）>舒适区）{
浮动开关方向Y=数学符号（deltaY）；
如果（SwipDirectiony==1）{
swipeDirection=选择StageScene.SWIPE\u UP；
}否则{
swipeDirection=选择StageScene.SWIPE_DOWN；
}
}
}else if（swipeTime>maxSwipeTime）{
Log（“太慢”）；
swipeDirection=选择stagescene.SWIPE\u NONE；
}否则如果（SwipedInstance 有几种方法可以移动纹理，包括
GUI.DragWindow（）GUI.Box（）纹理。这是沿轴移动纹理的最简单方法。例如，仅在X轴上限制其移动？关于使用Unity GUI，没有“移动”，每次调用OnGUI（）中的GUI元素时，您都会不断地重新绘制或发送重新绘制的消息，例如GUI.Button
如果您想使用OnGUI，我将按照以下方式构造运动：
我已经塑造了你的函数并编写了这个类
using UnityEngine;
using System.Collections;
public class SelectStageScene : MonoBehaviour {
// You'll want to set this;
public Texture2D screenTexture;
private float minSwipeDistance = 14;
private float maxSwipeTime = 10;
private float startTime;
private Vector2 startPos;
private Vector2 currentPos;
const int SWIPE_NONE = 0;
const int SWIPE_UP = 1;
const int SWIPE_RIGHT = 2;
const int SWIPE_DOWN = 3;
const int SWIPE_LEFT = 4;
private int swipeDirection = SelectStageScene.SWIPE_NONE;
private Vector2 screenTextureOffset = Vector2.zero;
private float fadeAlpha = 0f;
private float fadeSpeed = 1f; // How fast the texture fades after swipe.
public void Update() {
// If no swipe direction is set.
if ( swipeDirection == SelectStageScene.SWIPE_NONE ) {
// To fade back in after swipe (just to complete the loop)
if ( fadeAlpha > 0 ) {
fadeAlpha -= Time.deltaTime * fadeSpeed;
}
// Getting input
if ( Input.touchCount > 0 ) {
Touch touch = Input.touches [0];
switch ( touch.phase ) {
case TouchPhase.Began:
startPos = touch.position;
startTime = Time.time;
break;
case TouchPhase.Moved:
currentPos = touch.position;
break;
case TouchPhase.Ended:
screenTextureOffset = currentPos - startPos;
// By using swipe distance as a magnitude here, regardless of x or y axis, we'll be choosing a swipe direction.
// If we were only interested in X axis we would use screenTextureOffset.x instead of swipeDistance
if ( Time.time - startTime < maxSwipeTime && ( currentPos - startPos ).magnitude > minSwipeDistance ) {
// Find if we've moved more on the x-axis or y-axis.
if ( Mathf.Abs( screenTextureOffset.x ) > Mathf.Abs( screenTextureOffset.y ) ) {
// x-axis
if ( screenTextureOffset.x > 0 ) {
swipeDirection = SelectStageScene.SWIPE_RIGHT;
} else {
swipeDirection = SelectStageScene.SWIPE_LEFT;
}
} else {
// y-axis
if ( screenTextureOffset.y > 0 ) {
swipeDirection = SelectStageScene.SWIPE_UP;
} else {
swipeDirection = SelectStageScene.SWIPE_DOWN;
}
}
} else {
swipeDirection = SelectStageScene.SWIPE_NONE;
}
break;
}
} else {
screenTextureOffset *= 1 - Time.deltaTime * fadeSpeed;
}
} else {
// This fades the texture and moves it further in direction of swipe.
screenTextureOffset *= 1 + Time.deltaTime * fadeSpeed;
fadeAlpha += Time.deltaTime * fadeSpeed;
if ( fadeAlpha > 1 ) {
swipeDirection = SelectStageScene.SWIPE_NONE;
Debug.Log( "Finished swipe movement : " + swipeDirection );
}
}
}
public void OnGUI() {
GUI.color = Color.white - Color.black * fadeAlpha;
GUI.DrawTexture( new Rect( screenTextureOffset.x, screenTextureOffset.y, Screen.width, Screen.height ), screenTexture );
/*// Specific axis. Constraining visually leaves easy potential access later on.
if ( Mathf.Abs( screenTextureOffset.x ) > Mathf.Abs( screenTextureOffset.y ) ) {
// x-axis
GUI.DrawTexture( new Rect( screenTextureOffset.x, 0, Screen.width, Screen.height ), screenTexture );
} else {
// y-axis
GUI.DrawTexture( new Rect( 0, screenTextureOffset.y, Screen.width, Screen.height ), screenTexture );
}
*/
}
}
使用UnityEngine；
使用系统集合；
公共类选择阶段：单一行为{
//您将要设置此选项；
公共纹理2D屏幕纹理；
专用浮动距离=14；
专用浮点数maxSwipeTime=10；
私人浮动开始时间；
私人矢量2 startPos；
私有向量2 currentPos；
const int SWIPE_NONE=0；
const int SWIPE_UP=1；
const int SWIPE_RIGHT=2；
常量整数向下滑动=3；
const int SWIPE_LEFT=4；
private int swipeDirection=选择stagescene.SWIPE\u NONE；
private Vector2 screenTextureOffset=Vector2.0；
专用浮点数fadeAlpha=0f；
private float fadeSpeed=1f；//刷卡后纹理淡入淡出的速度。
公共无效更新（）{
//如果未设置滑动方向。
如果（swipeDirection==选择StageScene.SWIPE\u NONE）{
//轻扫后淡入（仅完成循环）
如果（fadeAlpha>0）{
fadeAlpha-=Time.deltaTime*fadeSpeed；
}
//获取输入
如果（Input.touchCount>0）{
触摸=输入。触摸[0]；
开关（触控相）{
案例接触阶段。开始：
startPos=touch.position；
startTime=Time.Time；
打破
案例接触阶段。移动：
currentPos=触摸位置；
打破
案件审理阶段结束：
screenTextureOffset=currentPos-startPos；
//通过在这里使用滑动距离作为幅值，无论x轴或y轴如何，我们都将选择滑动方向。
//如果我们只对X轴感兴趣，我们会使用screenTextureOffset.X而不是SwipedStance
if（Time.Time-startTimeminsweep距离）{
//找出我们在x轴或y轴上移动的更多。
如果（Mathf.Abs（screenTextureOffset.x）>Mathf.Abs（screenTextureOffset.y））{
//x轴
如果（screenTextureOffset.x>0）{
swipeDirection=选择stagescene.SWIPE\u RIGHT；
}否则{
swipeDirection=选择stagescene.SWIPE\u L
using UnityEngine;
using System.Collections;
public class SelectStageScene : MonoBehaviour {
// You'll want to set this;
public Texture2D screenTexture;
private float minSwipeDistance = 14;
private float maxSwipeTime = 10;
private float startTime;
private Vector2 startPos;
private Vector2 currentPos;
const int SWIPE_NONE = 0;
const int SWIPE_UP = 1;
const int SWIPE_RIGHT = 2;
const int SWIPE_DOWN = 3;
const int SWIPE_LEFT = 4;
private int swipeDirection = SelectStageScene.SWIPE_NONE;
private Vector2 screenTextureOffset = Vector2.zero;
private float fadeAlpha = 0f;
private float fadeSpeed = 1f; // How fast the texture fades after swipe.
public void Update() {
// If no swipe direction is set.
if ( swipeDirection == SelectStageScene.SWIPE_NONE ) {
// To fade back in after swipe (just to complete the loop)
if ( fadeAlpha > 0 ) {
fadeAlpha -= Time.deltaTime * fadeSpeed;
}
// Getting input
if ( Input.touchCount > 0 ) {
Touch touch = Input.touches [0];
switch ( touch.phase ) {
case TouchPhase.Began:
startPos = touch.position;
startTime = Time.time;
break;
case TouchPhase.Moved:
currentPos = touch.position;
break;
case TouchPhase.Ended:
screenTextureOffset = currentPos - startPos;
// By using swipe distance as a magnitude here, regardless of x or y axis, we'll be choosing a swipe direction.
// If we were only interested in X axis we would use screenTextureOffset.x instead of swipeDistance
if ( Time.time - startTime < maxSwipeTime && ( currentPos - startPos ).magnitude > minSwipeDistance ) {
// Find if we've moved more on the x-axis or y-axis.
if ( Mathf.Abs( screenTextureOffset.x ) > Mathf.Abs( screenTextureOffset.y ) ) {
// x-axis
if ( screenTextureOffset.x > 0 ) {
swipeDirection = SelectStageScene.SWIPE_RIGHT;
} else {
swipeDirection = SelectStageScene.SWIPE_LEFT;
}
} else {
// y-axis
if ( screenTextureOffset.y > 0 ) {
swipeDirection = SelectStageScene.SWIPE_UP;
} else {
swipeDirection = SelectStageScene.SWIPE_DOWN;
}
}
} else {
swipeDirection = SelectStageScene.SWIPE_NONE;
}
break;
}
} else {
screenTextureOffset *= 1 - Time.deltaTime * fadeSpeed;
}
} else {
// This fades the texture and moves it further in direction of swipe.
screenTextureOffset *= 1 + Time.deltaTime * fadeSpeed;
fadeAlpha += Time.deltaTime * fadeSpeed;
if ( fadeAlpha > 1 ) {
swipeDirection = SelectStageScene.SWIPE_NONE;
Debug.Log( "Finished swipe movement : " + swipeDirection );
}
}
}
public void OnGUI() {
GUI.color = Color.white - Color.black * fadeAlpha;
GUI.DrawTexture( new Rect( screenTextureOffset.x, screenTextureOffset.y, Screen.width, Screen.height ), screenTexture );
/*// Specific axis. Constraining visually leaves easy potential access later on.
if ( Mathf.Abs( screenTextureOffset.x ) > Mathf.Abs( screenTextureOffset.y ) ) {
// x-axis
GUI.DrawTexture( new Rect( screenTextureOffset.x, 0, Screen.width, Screen.height ), screenTexture );
} else {
// y-axis
GUI.DrawTexture( new Rect( 0, screenTextureOffset.y, Screen.width, Screen.height ), screenTexture );
}
*/
}
}