如何用javascript api for arcgis调用有参数的GP服务

如何用javascript api for arcgis调用有参数的GP服务

javascript代码：（个别变量没有说明，大家就就看看大概思路就好了，这是我的完整代码）

var linesCanlayer=null;
var gonCanlayer=null;
var legend;
var mapserviceurl="http://10.0.0.28/ArcGIS/rest/services/gon_linesCan/MapServer/jobs";
var spaceFL=null;


//清除页面信息窗口、graphics图层
function clearselect() {
    dojo.addOnLoad(function () {
        if (map.graphics) {
            map.graphics.clear();
        } 
        if (map.infoWindow) {
        map.infoWindow.hide();}
        if (linesCanlayer) {
        map.removeLayer(linesCanlayer);
       }      
        if (gonCanlayer) {
        map.removeLayer(gonCanlayer);
       }   
    });
}


$(document).ready(function () {
 
//      $("#wuCanGP").click(function () {
//      gonlines();
//        });



if (!this.IsPostBack) {
    console.log("IsPostBack");
}
    $("#buttonWen").click(function () {
        addMapServer();
    });
    
    $("#sqlBtn").click(function () {    
       var type=$("#AinsectType").val();
       var dataStart=$("#AdateStart").val();
       var dataEnd=$("#AdateEnd").val();
        $.ajax({
            url: "Handler/getData.ashx", //ShowDatas//
            data: { inType: type,
                handlerId: "3", startDates: dataStart, endDates:dataEnd
            },
            dataType: "json",
            success: function (result) {
                if (result == null) {
                    console.log("一般处理程序中，数据传输错误");
                    return;
                }
                else {
                     var idwfeatures = [];
                      spaceFL= new esri.layers.GraphicsLayer();                      
                var items = dojo.map(result.ds, function (feature) {
                    if( (feature.longitude=="") || (feature.latitude=="") ){}else{  
                      feature['YL']=feature.sumhv; //GP服务用的idw的字段是“YL”，之前没给它赋值               
                      var wgs = new esri.SpatialReference({ "wkid": 4326 }); //球面 4326 平面 102113
                    //——获取用三层访问的数据，把它转换为球面 4326 的地图点，再用   var webMercator 确定转换为莫克托投影下的地图点
                    var latlng = new esri.geometry.Point(parseFloat(feature.longitude), parseFloat(feature.latitude), wgs);           
                    var webMercator = esri.geometry.geographicToWebMercator(latlng);                    
                      var pt = new esri.geometry.Point(webMercator.x,webMercator.y, map.spatialReference); //问题第一部分主要出在这里 
//                        var pt = new esri.geometry.Point(feature.longitude,feature.latitude, map.spatialReference);    
                         var evtSymbol = new esri.symbol.SimpleMarkerSymbol().setColor("red").setSize(5);    
                        var graphic = new esri.Graphic(pt, evtSymbol, feature);
                          spaceFL.add(graphic);  
                        idwfeatures.push(graphic);}
                    });
                        map.addLayer(spaceFL);
                    var idwfeatureSet = new esri.tasks.FeatureSet();
                    idwfeatureSet.features = idwfeatures;
                    drawjob(idwfeatureSet);                   
                }
            },
            error: function () { alert("错误"); }
        });      
       

    });

    
});
function addMapServer()
{
 var queryTask = new esri.tasks.QueryTask("http://10.0.0.28/ArcGIS/rest/services/insectPointSde/MapServer/0");
        var query = new esri.tasks.Query();
        query.outSpatialReference = { wkid: 102100 }; query.spatialRelationship = { wkid: 102100 }; //21480
        query.returnGeometry = true;
        query.outFields = ["*"];
        query.where = "1=1";
        queryTask.execute(query, addPoints); //将查询结果显示，和feature.selectFeatures的差别      
}

function addPoints(featureSet) {
   var idwfeatures = []; 
    spaceFL= new esri.layers.GraphicsLayer();
      var popupTemplate = esri.dijit.PopupTemplate({
            "title": "地图查询",
            "fieldInfos": [
             { "fieldName": "Id", "label": "名称", visible: true },
              { "fieldName": "YL", "label": "昆虫总计数", visible: true }
              ]
        });
    var items = dojo.map(featureSet.features, function (feature) {
     var evtSymbol = new esri.symbol.SimpleMarkerSymbol().setColor("blue").setSize(5);
      var pt = new esri.geometry.Point(feature.geometry.x,feature.geometry.y, map.spatialReference); //问题第一部分主要出在这里           
        var graphic = new esri.Graphic(pt, evtSymbol, feature.attributes);
        graphic.setInfoTemplate(popupTemplate);
        idwfeatures.push(graphic);
           spaceFL.add(graphic);
    });
    map.addLayer(spaceFL);
    var idwfeatureSet = new esri.tasks.FeatureSet();
    idwfeatureSet.features = idwfeatures;
    drawjob(idwfeatureSet);  
}



//#region drawPolygonPian生成湿度降水线
//生成湿度降水线
function drawjob(idwfeatureSet) {
 clearselect();
 $("#gpinfo")[0].innerHTML="正在加载中……";
  $("#gpinfo")[0].style.visibility = "visible";
    //第一步构造GP
  var gpUrl = 'http://10.0.0.28/ArcGIS/rest/services/gon_linesCan/GPServer/gon_linesCan';

    gp = new esri.tasks.Geoprocessor(gpUrl);
    //第二步，构造参数
    var fYLlayer= new esri.layers.ArcGISDynamicMapServiceLayer("http://10.0.0.28/ArcGIS/rest/services/insectPointSde/MapServer");
    var parms = {Input_point_features:idwfeatureSet};
    //这里函数是异步的，使用函数是submitJob,同步的使用的是execute。
    //成功之后，调用jobResult,建议看一下这个参数。
    gp.submitJob(parms, jobResultCan, statusCallback);
}

function statusCallback(jobInfo){
if(jobInfo.jobStatus=="esriJobFailed"){
$("#gpinfo")[0].innerHTML=jobInfo.jobStatus;}
  console.log(jobInfo.jobStatus);
}

function jobResultCan(result) {
    var jobId = result.jobId;
    var status = result.jobStatus;
    if (status === esri.tasks.JobInfo.STATUS_SUCCEEDED) {
        var imageParams = new esri.layers.ImageParameters();        
//        gp.getResultImageLayer(jobId, "Idw_gonclip", imageParams, displayResult);
//        gp.getResultImageLayer(jobId, "Idw_lines_5_shp", imageParams, displayResultPian);
      
        gp.getResultImageLayer(jobId, "Idw_gonclipc", imageParams, displayResultCan);
        gp.getResultImageLayer(jobId, "Idw_lines_5c_shp", imageParams, displayResultgonCan);
    }
}


function addResultsc(results) {
    console.log(results);
    var features = results.value.features;
    for (var f = 0, fl = features.length; f < fl; f++) {
        var feature = features[f];
       feature.setSymbol = new esri.symbol.SimpleLineSymbol(esri.symbol.SimpleLineSymbol.STYLE_SOLID, new dojo.Color([255, 255, 0]), 3);
        //var polySymbolRed = new esri.symbol.SimpleMarkerSymbol(esri.symbol.SimpleMarkerSymbol.STYLE_SQUARE, 12, new esri.symbol.SimpleLineSymbol(esri.symbol.SimpleLineSymbol.STYLE_SOLID, new dojo.Color([204, 102, 51]), 1), new dojo.Color([158, 184, 71, 1]));
        //feature.setSymbol(simpleLineSymbol);
        map.graphics.add(feature);
    }
}

function displayResultCan(layer) {
    console.log(layer);
    $("#gpinfo")[0].style.visibility = "hidden";
    if (linesCanlayer != null) {
        map.removeLayer(linesCanlayer);
    }

    linesCanlayer = layer;
   map.addLayer(linesCanlayer); //
}


function displayResultgonCan(layer) {
    console.log(layer);
    if (gonCanlayer != null) {
        map.removeLayer(gonCanlayer);
    }
    
    gonCanlayer = layer;
      map.addLayer(gonCanlayer); 
 // map.addLayer([linesCanlayer,gonCanlayer]); 
     

 }