{
             "name": "yinhua1",
             "type": "particle",    //粒子类型节点
             "visible": 1,
             "touchable": 0,
             "particleSystemSuppl": {
             "particlePath": "res/particle-yinhua.json"   //粒子系统对应配置文件
             },
             "position": "0, 0, 0",
             "scale": "1, 1, 1",
             "rotation": "0, 0, 0",
             "children": []
    },
    {
             "name": "yinhua2",
             "type": "particle",
             "visible": 1,
             "touchable": 0,
             "particleSystemSuppl": {
             "particlePath": "res/particle-yinhua2.json"
             },
             "position": "0, 0, 0",
             "scale": "1, 1, 1",
             "rotation": "0, 0, 0",
             "children": []
     },
     {
             
             "name": "yinhua3",
             "type": "particle",
             "visible": 1,
             "touchable": 0,
             "particleSystemSuppl": {
             "particlePath": "res/particle-yinhua3.json"
             },
             "position": "0, 0, 0",
             "scale": "1, 1, 1",
             "rotation": "0, 0, 0",
             "children": []
      },
             

 app.on_loading_finish = function()
   scene.yinhua3.particle.emit_status = 1
 end

   {
     "name": "yinhua",
     "particleCountMax":1000,
     "material": {
        "blendMode":"alpha",
        "textureName":"yinhua3.png",
        "frameLoop":1,
        "frameCount":12,
        "frameColums":3,
        "frameRows":4,
        "frameRandomOffset":12,
        "frameDuration":100
       },
  "emission":{
    "emissionLoop":-1,
    "emissionRate":200,
    "emissionDuration":3000,
    "emitterPosition":"500, 0, 2500",
    "emissionVelocityMode":"axis",
    "emissionAccelecationMode":"axis",
    "emitterShape":"box",
    "emitterShapeStrectchScale":"1,1,1",
    "emitterShapeParam":{
                        "box":{
                            "boxLengthX":1500,
                            "boxLengthY":1500,
                            "boxLengthZ":10
                        }
                    }


 },
"particle":{
   "lifeTimeMin":3000,
   "lifeTimeMax":6000,
   "sizeStartMin":60,
   "sizeStartMax":60,
   "sizeEndMin":40,
   "sizeEndMax":40,
   "colorStart":"255, 255, 255, 255",
   "colorEnd":"255, 255, 255, 255",
   "velocity":"-120, 0, -350",
   "velocityVar":"70, 100, 100",
   "spinAngleMin":30,
   "spinAngleMax":120
   }
}

 {
  "name": "kongmingdeng",
  "particleCountMax":1000,
  "material": {
     "blendMode":"alpha",
     "textureName":"flower.png",
     "frameAnimated":0,
     "frameLoop":1,
     "frameCount":4,
     "frameColums":2,
     "frameRows":2,
     "frameRandomOffset":4,
     "frameDuration":100
     },
  "emission":{
     "emissionLoop":-1,
     "emissionRate":100,
     "emissionDuration":3000,
     "emitterRotationAxisAngleMin":2,
     "emitterRotationAxisAngleMax":180,
     "emitterRotationAxisVar":"1, 1, 1",
     "emissionVelocityMode":"axis",
     "emissionAccelecationMode":"axis",
     "emitterShape":"box",
     "emitterShapeStrectchScale":"1,1,1",
  "emitterShapeParam":{
                        "box":{
                            "boxLengthX":100,
                            "boxLengthY":100,
                            "boxLengthZ":100
                        }
                    }
                   },
 "particle":{
    "lifeTimeMin":2000,
    "lifeTimeMax":3000,
    "sizeStartMin":80,
    "sizeStartMax":80,
    "sizeEndMin":80,
    "sizeEndMax":80,
    "colorStart":"255, 255, 255, 255",
    "colorEnd":"255, 255, 255, 0",
    "velocityVar":"100, 100, 100",
    "spinAngleMin":30,
    "spinAngleMax":120,
    "rotationAxisAngleMin":0,
    "rotationAxisAngleMax":0
    },

 }

  {
    "name": "kongmingdeng",
    "particleCountMax":300,
    "material": {
        "blendMode":"alpha",
        "textureName":"yinhuapian.png",
        "frameLoop":1,
        "frameCount":1,
        "frameColums":1,
        "frameRows":1,
        "frameRandomOffset":0,
        "frameDuration":100
        },
   "emission":{
       "emissionLoop":-1,
       "emissionRate":500,
       "emissionDuration":100,
       "emissionIdleDuration":2500,
       "emitterRotationAxisAngleMax":179,
       "emitterRotationAxisVar":"1, 1, 1",
       "emissionVelocityMode":"shape",
       "emissionAccelecationMode":"shape",
       "emitterShape":"circle",
       "emitterShapeStrectchScale":"1,1,1",
       "emitterShapeParam":{
                        "circle":{
                            "circleOutRadius":50,
                            "circleInRadius":49
                        }
                    }
           },
   "particle":{
       "lifeTimeMin":3000,
       "lifeTimeMax":3000,
       "sizeStartMin":50,
       "sizeStartMax":50,
       "sizeEndMin":50,
       "sizeEndMax":50,
       "colorStart":"255, 255, 255, 255",
       "colorEnd":"255, 255, 255, 0",
       "velocity":"0, 500, 0",
       "spinAngleMin":30,
       "spinAngleMax":120
        },
      }

scene.on_touch_event = function(etype, ex, ey)


        if (etype == ESCROLL_UP) then
          
          //该判断里为单指抬起时需要进行的操作
          
          scene.yinhua2.particle.emit_status = "0"
          scene.yinhua3.particle.emit_status = "0"
          return;

        end


        if (etype == ESCROLL) then
        
          //该判断里为单指滑动屏幕时需要进行的操作
         local pos = scene:unproject(ex, ey, 1500)
         scene.yinhua2.particle.emitter_position = pos.x..","..pos.y..","..pos.z
         scene.yinhua2.particle.emit_status = "1"
         scene.yinhua3.particle.emitter_position = pos.x..","..pos.y..","..pos.z
         scene.yinhua3.particle.emit_status = "1"
         return;

        end

        if (etype == ESCROLL_DOWN) then
        
          //该判断里为单指按下屏幕时需要进行的操作
          
         local pos = scene:unproject(ex, ey, 1500)
         scene.yinhua2.particle.emitter_position = pos.x..","..pos.y..","..pos.z
         scene.yinhua2.particle.emit_status = "1"
         scene.yinhua3.particle.emitter_position = pos.x..","..pos.y..","..pos.z
         scene.yinhua3.particle.emit_status = "1"
         return;

        end

end

{
"name": "kongmingdeng",      //配置文件名称
"useGLPoints":0,            //是否用点来渲染粒子，0不用 1用，默认为0不用。（提升粒子数量但是部分字段失效，包括frameAnimated，frameLoop，frameCount，frameColums，frameRows，frameRandomOffset，frameDuration，spinAngleMin，spinAngleMax，render中的所有子字段）
"particleCountMax":300,    //最大总粒子数 默认为200
"material": {
    "blendMode":"additive",             //混合模式。支持additive、multiply、alpha，screen.默认additive
    "textureName":"kongmingdeng.png",   //纹理名称
    "frameAnimated":1,       //是否采用序列帧动画  默认为0否
    "frameLoop":1,         //是否循环播放序列帧 默认为0否
    "frameCount":64,         //总序列帧数 默认为1
    "frameColums":8,         //序列帧帧列数 默认为1
    "frameRows":8,           //序列帧行数 默认为1
    "frameRandomOffset":0,  //初始序列帧随机范围，不能超过总序列帧数 默认为0
    "frameDuration":300      //单序列帧停留时间，单位毫秒  默认为0
},
"emission":{
    "emissionLoop":-1,                 ///发射次数：-1无限次周期，0，1一个周期，N表示N个周期 默认为-1
    "emissionRate":1000,               //每秒发射粒子数 默认为200
    "emissionDuration":3000,           //发射器每次发射时长，单位毫秒 默认为100
    "emissionIdleDuration":0,         //发射间隔时长，单位毫秒 默认为0
    "emitterPosition":"-20, 100, 100",      //发射器位置 默认为0,0,0
    "emitterRotationAxisAngleMin":0,     //发射器绕轴旋转角度最小值 默认为0；当设置最小值大于最大值时，将其置为和最大值相同
    "emitterRotationAxisAngleMax":0,     //发射器绕轴旋转角度最大值 默认为0
    "emitterRotationAxis":"0, 0, 0",       //发射器所绕旋转轴 默认为0,0,0
    "emitterRotationAxisVar":"0, 0, 0",   //发射器所绕旋转轴变化值 默认为0,0,0
    "emissionVelocityMode":"axis",   //速度的产生方式。axis：表示沿着xyz三个轴的方向去产生; shape：表示速度会沿着粒子初始位置与发射器位置连线方向产生（如circle发射器形状下，当velocity的三个分量之和大于0时，会向外扩散，三个分量之和小于0时会向内收拢，其速度大小为velocity向量的模加上velocity_var的模范围内随机值）;camera：粒子速度与相机的朝向一致（比如子弹效果）（值可通过velocity和velocity_var产生一定随机性） 默认为axis
    "emissionAccelecationMode":"axis",//加速度产生方式，与速度同理
    "emitterShape":"sphere",              //发射器形状。box：长方体 ，sphere：球体 ，hemisphere 半球 ，cone：圆锥， cylinder：圆柱 ，circle ：圆环 mesh:模型表面 默认为box
    "emitterShapeStrectchScale":"1,1,1",         //发射器形状的xyz的拉伸系数（用于制作椭圆等效果） 默认为1,1,1
     "emitterShapeParam":{
                        "box":{
                         "boxLengthX":100,          // box发射器长宽高 默认为50
						 "boxLengthY":200,          // box发射器长宽高 默认为50
						 "boxLengthZ":300,          // box发射器长宽高 默认为50
                        },
                        "sphere":{
                        "sphereRadius":200           //球体发射器半径 默认为100
                        },
                        "hemisphere":{
                        "hemisphereRadius":100       //半球发射器半径 默认为100
                        },
                        "cylinder":{
                         "cylinderRadius":100,       //圆柱发射器半径 默认为100
						 "cylinderHeight":200,       //圆柱发射器高 默认为100
                        },
                        "cone":{
                        "coneRadius":200,            //圆锥发射器的半径 默认为100
                        "coneAngle":30               //圆锥发射器的角度 默认为30
                        },
                        "circle":{
                        "circleOutRadius":200,      //圆环发射器的外圆半径 默认为130
                        "circleInRadius":150        //圆环发射器的内圆半径 默认为100
                        },
                        "mesh":{
                        "meshScale":1.0，//缩放比例 默认为1.0
                        "meshName":""// scene 中pod节点名称
                        }
                    }
},
"particle":{
    "lifeTimeMin":5000,           //粒子最小生存时长，单位毫秒 默认为1000；当设置最小值大于最大值时，将其置为和最大值相同
    "lifeTimeMax":10000,          //粒子最大生存时长，单位毫秒 默认为1000
    "sizeStartMin":1.0,           //初始粒子最小缩放倍数 默认为1；当设置最小值大于最大值时，将其置为和最大值相同
    "sizeStartMax":1.5,           //初始粒子最大缩放倍数 默认为40
    "sizeEndMin":0.5,             //粒子消失前最小缩放倍数 默认为1；当设置最小值大于最大值时，将其置为和最大值相同
    "sizeEndMax":1.5,             //粒子消失前最大缩放倍数 默认为1
    "colorStart":"255, 255, 255, 255",//初始粒子颜色，RGBA 默认为255,255,255,255
    "colorStartVar":"0, 0, 0, 0",     //初始粒子颜色范围，RGBA 默认为0,0,0,0
    "colorMid":"255, 255, 255, 255",  //粒子中期颜色，RGBA 默认为255,255,255,255 若不设置，则与start相同，下同
    "colorMidVar":"0, 0, 0, 0",       //粒子中期颜色范围，RGBA 默认为0,0,0,0
    "colorEnd":"255, 255, 255, 255",  //粒子消失前颜色，RGBA 默认为255,255,255,255
    "colorEndVar":"0, 0, 0, 0",       //粒子消失前颜色范围，RGBA 默认为0,0,0,0
    "velocity":"0, 0, 1.0",          //初始粒子速度 默认为300,0,0
    "velocityVar":"1, 1, 0",         //初始粒子速度范围 默认为0,0,0
    "acceleration":"0, 0, 0.5",      //初始粒子加速度 默认为0,0,0
    "accelerationVar":"0, 0, 0.3",   //初始粒子加速度范围 默认为0,0,0
    "spinAngleMin":0,              //每秒粒子最小自转角度，单位角度 默认为0；当设置最小值大于最大值时，将其置为和最大值相同
    "spinAngleMax":0,              //每秒粒子最大自转角度，单位角度 默认为0
    "rotationAxisAngleMin":0,     //每秒粒子绕轴公转最小角度，单位角度 默认为0；当设置最小值大于最大值时，将其置为和最大值相同
    "rotationAxisAngleMax":0,     //每秒粒子绕轴公转最大角度，单位角度 默认为0
    "rotationAxis":"0, 0, 0",       //粒子围绕的公转轴 默认为0,0,0
    "rotationAxisVar":"0, 0, 0",   //粒子围绕的公转轴范围 默认为0,0,0
},
"render":{
    "imuType":0,                     //IMU类型，支持0，1 默认为0
    "billboardType":"billboard",       //粒子渲染朝向,billboard(面向camera)，horizontalBillboard（水平放置），verticalBillboard（垂直放置），none（不进行修正） 默认为billboard
    "stretchScale":"0,0",              //粒子渲染时沿着横向纵向的拉伸系数 默认为0,0（现在只开放2维）
    "stretchType":"speed",               //拉伸方式，speed：根据速度大小拉伸，速度越拉伸越大；position：根据距离远近拉伸，越远拉伸越大；constant：直接根据stretch_scale的大小进行拉伸 默认为position。
    "spinAlignToSpeedDirection":1  //粒子贴图是否沿粒子速度方向：0否即初始方向，1速度方向，-1速度反方向 默认为0 
},
"subEmitter": {                //二级发射器，可配置多个完整子系统
   "birth":[],                  //粒子生成时产生二级发射器，可配置多个完整的子系统
   "deadth":[]                  //粒子消失时产生二级发射器，可配置多个完整的子系统，
  }
}

[scene object].[node name].particle
e.g.:   scene.node_name.particle

[scene object].[node name].particle.emitter_position = "x, y, z"
e.g.:   scene.node_name.particle.emitter_position = "x, y, z"

[scene object].[node name].particle.shape_strectch_scale = "x, y, z"
e.g.:   scene.node_name.particle.shape_strectch_scale = "x, y, z"

[scene object].[node name].particle.emit_status = {0,1}
e.g.:   scene.node_name.particle.emit_status = 1

[scene object].[node name].particle.emit_particle = [0, N]
e.g.:   scene.node_name.particle.emit_particle = 10

[scene object].[node name].particle.particle_stretch_scale = "x, y"

[scene object].[node name].particle.particle_velocity = "x, y, z"

[scene object].[node name].particle.particle_velocity_var = "x, y, z"

[scene object].[node name].particle.particle_acceleration = "x, y, z"

[scene object].[node name].particle.particle_acceleration_var = "x, y, z"

[scene object].[node name].particle.particle_size = "x, y, z, w"

[scene object].[node name].particle.particle_color_start = "x, y, z, w"
[scene object].[node name].particle.particle_color_start_var = "x, y, z, w"
[scene object].[node name].particle.particle_color_end = "x, y, z, w"
[scene object].[node name].particle.particle_color_end_var = "x, y, z, w"

[scene object].[node name].particle.emitter_rotation_axis = "x, y, z"
[scene object].[node name].particle.emitter_rotation_axis_variance = "x, y, z"
[scene object].[node name].particle.emitter_rotation_angle_min = [-N, N] N∈(0, 2*PI)
[scene object].[node name].particle.emitter_rotation_angle_max = [-N, N]

[scene object].[node name].particle.emission_rate = [0, N]

[scene object].[node name].particle.spin_angle_min = [0, N]N∈(0, 2*PI)
[scene object].[node name].particle.spin_angle_max = [0, N]N∈(0, 2*PI)