当前位置： 移动技术网 > IT编程>开发语言>c# > Unity3D UGUI实现翻书特效

Unity3D UGUI实现翻书特效

2020年03月09日  | 移动技术网IT编程  | 我要评论

本文实例为大家分享了unity3d ugui翻书展示的具体代码，供大家参考，具体内容如下

参考大佬的，链接找不到了，找到了再加在这。

下边是shader代码：

// upgrade note: replaced 'mul(unity_matrix_mvp,*)' with 'unityobjecttoclippos(*)'
 
shader "personal/pageturning" {
 properties 
 {
 _color ("color", color) = (1,1,1,1)
 _maintex("maintex",2d)="white"{}
 _sectex("sectex",2d)="white"{}
 _angle("angle",range(0,180))=0
 _warp("warp",range(0,10))=0
 _warppos("warppos",range(0,1))=0
 _downward("downward",range(0,1))=0
 }
 subshader
 {
 pass
 {
  cull back
 
  cgprogram
  #pragma vertex vert 
  #pragma fragment frag 
  #include "unitycg.cginc"
 
  struct v2f 
  {
  float4 pos : position;
  float2 uv : texcoord0;
  };
  fixed4 _color;
  float _angle;
  float _warp;
  float _downward;
  float _warppos;
  sampler2d _maintex;
  float4 _maintex_st;
 
  v2f vert(appdata_base v)
  {
  v2f o;
  v.vertex += float4(5,0,0,0);
  float s;
  float c;
  sincos(radians(-_angle),s,c);
  float4x4 rotate={  
  c,s,0,0,
  -s,c,0,0,
  0,0,1,0,
  0,0,0,1};
  float rangef=saturate(1 - abs(90-_angle)/90);
  v.vertex.y += -_warp*sin(v.vertex.x*0.4-_warppos* v.vertex.x)*rangef;
  v.vertex.x -= rangef * v.vertex.x*_downward;
  v.vertex = mul(rotate,v.vertex);
  
  v.vertex += float4(-5,0,0,0);
  o.pos = unityobjecttoclippos(v.vertex);
  o.uv = transform_tex(v.texcoord,_maintex);
  return o;
  }
 
  fixed4 frag(v2f i):color
  {
  fixed4 color = tex2d(_maintex,-i.uv);
  return _color * color;
  }
 
 
  endcg
 }
 
 pass
 {
  cull front
 
  cgprogram
  #pragma vertex vert 
  #pragma fragment frag 
  #include "unitycg.cginc"
 
  struct v2f 
  {
  float4 pos : position;
  float2 uv : texcoord0;
  };
  fixed4 _color;
  float _angle;
  float _warp;
  float _downward;
  float _warppos;
  sampler2d _sectex;
  float4 _maintex_st;
 
  v2f vert(appdata_base v)
  {
  v2f o;
  v.vertex += float4(5,0,0,0);
  float s;
  float c;
  sincos(radians(-_angle),s,c);
  float4x4 rotate={  
  c,s,0,0,
  -s,c,0,0,
  0,0,1,0,
  0,0,0,1};
  float rangef=saturate(1 - abs(90-_angle)/90);
  v.vertex.y += -_warp*sin(v.vertex.x*0.4-_warppos* v.vertex.x)*rangef;
  v.vertex.x -= rangef * v.vertex.x*_downward;
  v.vertex = mul(rotate,v.vertex);
  
  v.vertex += float4(-5,0,0,0);
  o.pos = unityobjecttoclippos(v.vertex);
  o.uv = transform_tex(v.texcoord,_maintex);
  return o;
  }
 
  fixed4 frag(v2f i):color
  {
  float2 uv = i.uv;
  uv.x = -uv.x;
  fixed4 color = tex2d(_sectex,-uv);
  return _color * color;
  }
  endcg
 }
 }
}

下面是ui代码：

using system.collections;
using unityengine;
using unityengine.ui;
 
public class fanshuui : uibase
{
  private gameobject plane;
  private material m_material;
  private coroutine effect;
  private image leftpage;
  private image rightpage;
  private void awake()
  {
    initui();
  }
  public override void initui()
  {
    plane = getgameobject("plane");
    leftpage = getcomp<image>("leftpage");
    rightpage = getcomp<image>("rightpage");
    plane.setactive(false);
    m_material = plane.getcomponent<meshrenderer>().material;
  }
  public void playpageturneffect(bool isleft = true)
  {
    if (!gameobject.activeself)
    {
      return;
    }
    if (effect != null)
    {
      stopcoroutine(effect);
    }
    effect = startcoroutine(fanshueffect(0.5f, isleft));
  }
  public void showrightimage(string right)
  {
    rightpage.gameobject.setactive(true);
    rightpage.sprite = resourcesmgr.instance.loadobj<sprite>(right);
  }
  public void showleftimage(string left)
  {
    leftpage.gameobject.setactive(true);
    leftpage.sprite = resourcesmgr.instance.loadobj<sprite>(left);
  }
  private ienumerator fanshueffect(float time, bool isleft)
  {
    leftpage.gameobject.setactive(false);
    rightpage.gameobject.setactive(false);
    plane.setactive(true);
    int angle = (int)(180 * 0.1f);
    for (int i = 0; i < 10; i++)
    {
      if (isleft)
      {
        m_material.setfloat("_angle", angle * i);
      }
      else
      {
        m_material.setfloat("_angle", 180 - angle * i);
      }
      yield return new waitforseconds(time * 0.1f);
    }
    if (isleft)
    {
      m_material.setfloat("_angle", 180);
    }
    else
    {
      m_material.setfloat("_angle", 0);
    }
    plane.setactive(false);
    oneffectover();
  }
  private void oneffectover()
  {
    //--callback
  }
}

左右两页纸可以在翻书结束动态加载图片。

下边是plane的面板信息：

以上就是本文的全部内容，希望对大家的学习有所帮助，也希望大家多多支持移动技术网。

您可能感兴趣的文章:

如对本文有疑问， 点击进行留言回复！！

相关文章:

验证码：
最近更新的文章
大家感兴趣的文章
移动技术网