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Commit 2fe5bf34 by 潘建波
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修改冲突提交

1 parent 4aaf34ab
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Showing 1 changed file with 378 additions and 373 deletions
src/views/sceneManage/setting/areaconfig/TraficCanvas.vue
......@@ -341,83 +341,87 @@ export default {
typeFlag: 1, //选择属性弹窗状态
lineNum: 1, //车道线/车道序号
curLayerstate: false, //行人检测区域属性设置
testLayerstate:false,//测试检测区域属性设置
testLayerstate: false, //测试检测区域属性设置
polygon_id: "", //行人检测区域id
polygon_name: "", //行人检测区域name
markLineType: "0",
lanuse:'0',//车道属性类型
guidingtype:'',//车道导向类型
markLineDirect: "",
childUrl: "", //红绿灯区域截图
scale: {}, //红绿灯区域截图放大倍数
lightInfo: {
type: "1",
distribute: "1",
shap: "1",
delay:3
},
roiBody: {},
XMLStr: "",
eventData:[]
};
},
props: ["bgUrl"],
components: {
LightCanvas
},
methods: {
stageInit: function(params) {
console.log("init1");
this.drawState = -1;
this.stage = new Kinetic.Stage({
container: "traficCanvas", //<div>的id
width: 800, //创建的舞台宽度
height: 500 //创建的舞台高度
});
this.shadowLayer = new Kinetic.Layer({
id: "shadowLayer"
});
this.testLayer = new Kinetic.Layer({
id: "testLayer",
name: "layer"
});
this.lineLayer = new Kinetic.Layer({
id: "lineLayer",
name: "layer"
});
this.roadLayer = new Kinetic.Layer({
id: "roadLayer",
name: "layer"
});
this.lightLayer = new Kinetic.Layer({
id: "lightLayer",
name: "layer"
});
this.subtendLayer = new Kinetic.Layer({
id: "subtendLayer",
name: "layer"
});
this.noStopLayer = new Kinetic.Layer({
id: "noStopLayer",
name: "layer"
});
this.bicyLayer = new Kinetic.Layer({ //行人检测区域
id: "bicyLayer",
name: "layer"
});
this.densityLayer = new Kinetic.Layer({//密度
id:'densityLayer',
name:"layer"
});
this.foreignLayer = new Kinetic.Layer({//异物
id:'foreignLayer',
name:"layer"
});
this.testRegionLayer = new Kinetic.Layer({//测试检测区域
id:'testRegionLayer',
name:"layer"
});
lanuse: "0", //车道属性类型
guidingtype: "", //车道导向类型
markLineDirect: "",
childUrl: "", //红绿灯区域截图
scale: {}, //红绿灯区域截图放大倍数
lightInfo: {
type: "1",
distribute: "1",
shap: "1",
delay: 3
},
roiBody: {},
XMLStr: "",
eventData: []
};
},
props: ["bgUrl"],
components: {
LightCanvas
},
methods: {
stageInit: function(params) {
console.log("init1");
this.drawState = -1;
this.stage = new Kinetic.Stage({
container: "traficCanvas", //<div>的id
width: 800, //创建的舞台宽度
height: 500 //创建的舞台高度
});
this.shadowLayer = new Kinetic.Layer({
id: "shadowLayer"
});
this.testLayer = new Kinetic.Layer({
id: "testLayer",
name: "layer"
});
this.lineLayer = new Kinetic.Layer({
id: "lineLayer",
name: "layer"
});
this.roadLayer = new Kinetic.Layer({
id: "roadLayer",
name: "layer"
});
this.lightLayer = new Kinetic.Layer({
id: "lightLayer",
name: "layer"
});
this.subtendLayer = new Kinetic.Layer({
id: "subtendLayer",
name: "layer"
});
this.noStopLayer = new Kinetic.Layer({
id: "noStopLayer",
name: "layer"
});
this.bicyLayer = new Kinetic.Layer({
//行人检测区域
id: "bicyLayer",
name: "layer"
});
this.densityLayer = new Kinetic.Layer({
//密度
id: "densityLayer",
name: "layer"
});
this.foreignLayer = new Kinetic.Layer({
//异物
id: "foreignLayer",
name: "layer"
});
this.testRegionLayer = new Kinetic.Layer({
//测试检测区域
id: "testRegionLayer",
name: "layer"
});
let shadow = new Kinetic.Rect({
x: 0, //矩形左上角x坐标
y: 0, //矩形左上角y坐标
......@@ -455,7 +459,7 @@ export default {
this.stage.add(this.noStopLayer);
this.stage.add(this.densityLayer);
this.stage.add(this.foreignLayer);
this.stage.add(this.testRegionLayer)
this.stage.add(this.testRegionLayer);
this.layers = [
this.testLayer,
this.lineLayer,
......@@ -600,54 +604,56 @@ export default {
let arrs = this.roadLayer.get(".arr");
let arr = arrs[arrs.length - 1];
line.index = ele.lane_no;
let lane_guid_type = 0;
let lane_use = 0;
if(obj.lanes.lane_count == 1){
lane_guid_type = obj.lanes.lane.lane_guiding_type
lane_use = obj.lanes.lane.lane_use_type
} else {
lane_guid_type = obj.lanes.lane[index].lane_guiding_type;
lane_use = obj.lanes.lane[index].lane_use_type
}
let lane_guid_type = 0;
let lane_use = 0;
if (obj.lanes.lane_count == 1) {
lane_guid_type = obj.lanes.lane.lane_guiding_type;
lane_use = obj.lanes.lane.lane_use_type;
} else {
lane_guid_type = obj.lanes.lane[index].lane_guiding_type;
lane_use = obj.lanes.lane[index].lane_use_type;
}
this.roads[parseInt(ele.lane_seq - 1)] = {
type: ele.lane_type,
index: ele.lane_no,
direct: direct,
lane_guiding_type:lane_guid_type,
lane_use_type:lane_use
};
}
});
} catch (error) {
console.log(error);
}
lane_guiding_type: obj.lanes.lane[index].lane_guiding_type,
lane_use_type: obj.lanes.lane[index].lane_use_type
};
}
});
} catch (error) {
console.log(error);
}
//红绿灯
try {
let ary = obj.lights.light;
if (!ary.length) {
ary = [ary];
}
ary.forEach((ele, index) => {
let points = ele.light_regions.light_region;
let left = points.left * 800;
let top = points.top * 500;
let right = points.right * 800;
let bottom = points.bottom * 500;
let pointsAry = [left, top, left, bottom, right, bottom, right, top];
let rect = this.drawRect("morePoints", pointsAry, this.color[3]);
let linghtRoi = {
light_region_seq: 1,
top: (top / 500).toFixed(6),
right: (right / 800).toFixed(6),
bottom: (bottom / 500).toFixed(6),
left: (left / 800).toFixed(6)
};
(rect.light_seq = index + 1),
(rect.light_type = ele.light_type),
(rect.light_distribute = ele.light_distribute),
(rect.light_shape = ele.light_shape),
(rect.light_delay = ele.light_yellow_delay||ele.light_yellow_interval),
}
//红绿灯
try {
let ary = obj.lights.light;
if (!ary.length) {
ary = [ary];
}
ary.forEach((ele, index) => {
let points = ele.light_regions.light_region;
let left = points.left * 800;
let top = points.top * 500;
let right = points.right * 800;
let bottom = points.bottom * 500;
let pointsAry = [left, top, left, bottom, right, bottom, right, top];
let rect = this.drawRect("morePoints", pointsAry, this.color[3]);
let linghtRoi = {
light_region_seq: 1,
top: (top / 500).toFixed(6),
right: (right / 800).toFixed(6),
bottom: (bottom / 500).toFixed(6),
left: (left / 800).toFixed(6)
};
(rect.light_seq = index + 1),
(rect.light_type = ele.light_type),
(rect.light_distribute = ele.light_distribute),
(rect.light_shape = ele.light_shape),
(rect.light_delay =
ele.light_yellow_delay || ele.light_yellow_interval),
(rect.light_regions = {
light_region_count: 1,
light_region: linghtRoi
......@@ -745,28 +751,28 @@ export default {
} catch (error) {
console.log(error);
}
//测试检测区域
try {
let testarr = obj.test_result_region.polygon;
if (!testarr.length) {
testarr = [testarr];
}
testarr.forEach(ele => {
let points = ele.point;
let bicRect = [];
for (let i = 0; i < points.length; i++) {
const point = points[i];
bicRect.push(point.x * 800);
bicRect.push(point.y * 500);
}
let rect = this.drawRect("morePoints", bicRect, this.color[9]);
rect.polygon_name = ele.polygon_name;
rect.polygon_id = ele.polygon_id;
this.testRegionLayer.add(rect);
});
} catch (error) {
console.log(error);
//测试检测区域
try {
let testarr = obj.test_result_region.polygon;
if (!testarr.length) {
testarr = [testarr];
}
testarr.forEach(ele => {
let points = ele.point;
let bicRect = [];
for (let i = 0; i < points.length; i++) {
const point = points[i];
bicRect.push(point.x * 800);
bicRect.push(point.y * 500);
}
let rect = this.drawRect("morePoints", bicRect, this.color[9]);
rect.polygon_name = ele.polygon_name;
rect.polygon_id = ele.polygon_id;
this.testRegionLayer.add(rect);
});
} catch (error) {
console.log(error);
}
this.selectedShape = null;
this.drawRoad();
......@@ -963,14 +969,14 @@ export default {
this.startChangeShape(pos, layer, this.color[this.drawState]);
}
break;
case 9:
if (this.needRect) {
this.endChangeShape(evt);
} else {
this.needRect = true;
this.startChangeShape(pos, layer, this.color[this.drawState]);
}
break;
case 9:
if (this.needRect) {
this.endChangeShape(evt);
} else {
this.needRect = true;
this.startChangeShape(pos, layer, this.color[this.drawState]);
}
break;
default:
break;
}
......@@ -986,7 +992,7 @@ export default {
this.markLineType = this.roads[shape.roadIndex].type;
this.markLineDirect = this.roads[shape.roadIndex].direct;
this.guidingtype = this.roads[shape.roadIndex].lane_guiding_type;
this.lanuse = this.roads[shape.roadIndex].lane_use_type || '0';
this.lanuse = this.roads[shape.roadIndex].lane_use_type || "0";
shape.setFill("rgba(" + this.color[1] + ",0.3)");
let gLine = this.greenLines[shape.roadIndex];
if (gLine.getParent().attrs.name == "arr") {
......@@ -1030,13 +1036,12 @@ export default {
type: shape.light_type,
shap: shape.light_shape,
distribute: shape.light_distribute,
delay:shape.light_delay
delay: shape.light_delay
};
} else if (
this.drawState == 6 ||
this.drawState == 7 ||
this.drawState == 8 ||
this.drawState == 9
this.drawState == 8
) {
this.polygon_name = shape.polygon_name;
this.polygon_id = shape.polygon_id;
......@@ -1062,7 +1067,7 @@ export default {
) {
this.blueLines.splice(this.lineNum - 1, 0, this.selectedShape);
this.lineNum++;
this.roadFlag = false;
this.roadFlag = false;
}
this.selectedShape.line_type = this.markLineType;
} else if (this.drawState == 2) {
......@@ -1106,7 +1111,7 @@ export default {
this.selectedShape.light_type = this.lightInfo.type;
this.selectedShape.light_shape = this.lightInfo.shap;
this.selectedShape.light_distribute = this.lightInfo.distribute;
this.selectedShape.light_delay = this.lightInfo.delay;
this.selectedShape.light_delay = this.lightInfo.delay;
}
this.selectedShape = null;
......@@ -1114,23 +1119,23 @@ export default {
this.lightInfo = {
type: "1",
distribute: "1",
shap: "1",
delay:3
};
this.layers[this.drawState].draw();
},
//开始绘制图形（第一次点击）
startChangeShape: function(pos, layer, col) {
let ary = layer.get(".circle");
if (
this.drawState == 0 ||
this.drawState == 3 ||
this.drawState == 4 ||
this.drawState == 5 ||
this.drawState == 6 ||
this.drawState == 7 ||
this.drawState == 8 ||
this.drawState == 9
shap: "1",
delay: 3
};
this.layers[this.drawState].draw();
},
//开始绘制图形（第一次点击）
startChangeShape: function(pos, layer, col) {
let ary = layer.get(".circle");
if (
this.drawState == 0 ||
this.drawState == 3 ||
this.drawState == 4 ||
this.drawState == 5 ||
this.drawState == 6 ||
this.drawState == 7 ||
this.drawState == 8 ||
this.drawState == 9
) {
let rect = this.drawRect(pos, pos, col);
rect.moveToBottom();
......@@ -1246,14 +1251,12 @@ export default {
}, 0);
layer.draw();
}
if (this.drawState == 6 ||
this.drawState == 7 ||
this.drawState == 8) {
this.curLayerstate = true;
}
if(this.drawState == 9){
this.testLayerstate = true;
}
if (this.drawState == 6 || this.drawState == 7 || this.drawState == 8) {
this.curLayerstate = true;
}
if (this.drawState == 9) {
this.testLayerstate = true;
}
},
lineChange: function name() {
let color = "blue";
......@@ -1304,7 +1307,7 @@ export default {
layer.draw();
}
},
//行人检测信息/异物检测信息/测试检测区域
//行人检测信息/异物检测信息/测试检测区域
bicyEnter() {
let curLayers = this.layers[this.drawState].get(".rect");
let curlay = curLayers[curLayers.length - 1];
......@@ -1312,11 +1315,10 @@ export default {
curlay.polygon_name = this.polygon_name;
this.curLayerstate = false;
//测试区域弹窗
this.testLayerstate = false;
this.testLayerstate = false;
//清空输入框
this.polygon_id = "";
this.polygon_name = "";
},
curlayCancel() {
let curLayers = this.layers[this.drawState].get(".rect");
......@@ -1442,6 +1444,7 @@ export default {
this.roadFlag = false;
break;
case 2:
// eslint-disable-next-line no-case-declarations
let rindex = this.roads.indexOf(this.selectedShape);
console.log(rindex);
this.roads[rindex] = "";
......@@ -1449,6 +1452,7 @@ export default {
case 6:
this.polygon_name = "";
this.polygon_id = "";
// eslint-disable-next-line no-fallthrough
default:
break;
}
......@@ -1563,7 +1567,7 @@ export default {
(rect.light_type = this.lightInfo.type),
(rect.light_distribute = this.lightInfo.distribute),
(rect.light_shape = this.lightInfo.shap),
(rect.light_delay = this.lightInfo.delay),
(rect.light_delay = this.lightInfo.delay),
(rect.light_regions = {
light_region_count: 1,
light_region: linghtRoi
......@@ -1575,7 +1579,7 @@ export default {
type: "1",
distribute: "1",
shap: "1",
delay:3
delay: 3
};
this.selectedShape = null;
},
......@@ -1596,22 +1600,22 @@ export default {
width = typeof width != "undefined" ? width : 1;
color = typeof color != "color" ? color : "#000";
// 计算各角度和对应的P2,P3坐标
var angle = Math.atan2(c1[1] - c2[1], c1[0] - c2[0]) * 180 / Math.PI,
angle1 = (angle + theta) * Math.PI / 180,
angle2 = (angle - theta) * Math.PI / 180,
topX = headlen * Math.cos(angle1),
topY = headlen * Math.sin(angle1),
botX = headlen * Math.cos(angle2),
botY = headlen * Math.sin(angle2);
// 计算各角度和对应的P2,P3坐标
var angle = (Math.atan2(c1[1] - c2[1], c1[0] - c2[0]) * 180) / Math.PI,
angle1 = ((angle + theta) * Math.PI) / 180,
angle2 = ((angle - theta) * Math.PI) / 180,
topX = headlen * Math.cos(angle1),
topY = headlen * Math.sin(angle1),
botX = headlen * Math.cos(angle2),
botY = headlen * Math.sin(angle2);
var arrowX = c1[0] - topX,
arrowY = c1[1] - topY;
// let line = this.drawLine({x:c1[0],y:c1[1]},{x:c2[0],y:c2[1]},color)
line.attrs.name = "`centerLine`";
arrowX = c2[0] + topX;
arrowY = c2[1] + topY;
// let line = this.drawLine({x:c1[0],y:c1[1]},{x:c2[0],y:c2[1]},color)
line.attrs.name = "centerLine";
arrowX = c2[0] + topX;
arrowY = c2[1] + topY;
let line1 = this.drawLine(
{ x: c2[0], y: c2[1] },
......@@ -1652,91 +1656,93 @@ export default {
}
this.roadLayer.draw();
try {
// console.log('蓝色车道线')
// console.log(this.blueLines)
this.blueLines.forEach((ele, index) => {
if(ele.attrs.points[1] - ele.attrs.points[3] > 0) {
var copypoint = Array.from(ele.attrs.points);
ele.attrs.points[0] = copypoint[2]
ele.attrs.points[1] = copypoint[3]
ele.attrs.points[2] = copypoint[0]
ele.attrs.points[3] = copypoint[1]
// console.log('*******蓝色车道线*******')
// console.log(ele)
}
})
//车道线根据坐标排序
function sortBlueLine(arr){
var len = arr.length;
for (var i = 0; i < len; i++) {
for (var j = 0; j < len - 1 - i; j++) {
if (arr[j].attrs.points[0] > arr[j+1].attrs.points[0]) { //相邻元素两两对比
var temp = arr[j+1]; //元素交换
arr[j+1] = arr[j];
arr[j] = temp;
}
}
}
return arr;
try {
// console.log('蓝色车道线')
// console.log(this.blueLines)
this.blueLines.forEach((ele, index) => {
if (ele.attrs.points[1] - ele.attrs.points[3] > 0) {
var copypoint = Array.from(ele.attrs.points);
ele.attrs.points[0] = copypoint[2];
ele.attrs.points[1] = copypoint[3];
ele.attrs.points[2] = copypoint[0];
ele.attrs.points[3] = copypoint[1];
// console.log('*******蓝色车道线*******')
// console.log(ele)
}
console.log('排序后的蓝色车道线')
console.log(sortBlueLine(this.blueLines))
this.blueLines.forEach((ele, index) => {
let points =this.sortLinePoints(ele.attrs.points);
if (index > 0) {
//绘制车道
let lastPoints = this.sortLinePoints(this.blueLines[index - 1].attrs.points);
let num1 =
Math.pow(points[0] - lastPoints[0], 2) +
Math.pow(points[1] - lastPoints[1], 2) +
Math.pow(points[2] - lastPoints[2], 2) +
Math.pow(points[3] - lastPoints[3], 2);
let num2 =
Math.pow(points[0] - lastPoints[2], 2) +
Math.pow(points[1] - lastPoints[3], 2) +
Math.pow(points[2] - lastPoints[0], 2) +
Math.pow(points[3] - lastPoints[1], 2);
let mPoints;
if (num1 < num2) {
mPoints = points.concat([
lastPoints[2],
lastPoints[3],
lastPoints[0],
lastPoints[1]
]);
} else {
mPoints = points.concat([
lastPoints[0],
lastPoints[1],
lastPoints[2],
lastPoints[3]
]);
}
let rect = this.drawRect(
"morePoints",
mPoints,
this.color[1],
false
);
rect.roadIndex = index - 1;
this.roadLayer.add(rect);
//绘制车道中线
if (!this.roads[index - 1]) {
this.roads[index - 1] = {};
});
//车道线根据坐标排序
// eslint-disable-next-line no-inner-declarations
function sortBlueLine(arr) {
var len = arr.length;
for (var i = 0; i < len; i++) {
for (var j = 0; j < len - 1 - i; j++) {
if (arr[j].attrs.points[0] > arr[j + 1].attrs.points[0]) {
//相邻元素两两对比
var temp = arr[j + 1]; //元素交换
arr[j + 1] = arr[j];
arr[j] = temp;
}
let road = this.roads[index - 1];
let cPoints = [
(mPoints[0] + mPoints[6]) / 2,
(mPoints[1] + mPoints[7]) / 2,
(mPoints[2] + mPoints[4]) / 2,
(mPoints[3] + mPoints[5]) / 2,
];
road.cPoints = cPoints;
let cLine = this.drawLine("morePoints", cPoints, this.color[2]);
this.greenLines[index - 1] = cLine;
}
}
return arr;
}
console.log("排序后的蓝色车道线");
console.log(sortBlueLine(this.blueLines));
this.blueLines.forEach((ele, index) => {
let points = this.sortLinePoints(ele.attrs.points);
if (index > 0) {
//绘制车道
let lastPoints = this.sortLinePoints(
this.blueLines[index - 1].attrs.points
);
let num1 =
Math.pow(points[0] - lastPoints[0], 2) +
Math.pow(points[1] - lastPoints[1], 2) +
Math.pow(points[2] - lastPoints[2], 2) +
Math.pow(points[3] - lastPoints[3], 2);
let num2 =
Math.pow(points[0] - lastPoints[2], 2) +
Math.pow(points[1] - lastPoints[3], 2) +
Math.pow(points[2] - lastPoints[0], 2) +
Math.pow(points[3] - lastPoints[1], 2);
let mPoints;
if (num1 < num2) {
mPoints = points.concat([
lastPoints[2],
lastPoints[3],
lastPoints[0],
lastPoints[1]
]);
} else {
mPoints = points.concat([
lastPoints[0],
lastPoints[1],
lastPoints[2],
lastPoints[3]
]);
}
let rect = this.drawRect(
"morePoints",
mPoints,
this.color[1],
false
);
rect.roadIndex = index - 1;
this.roadLayer.add(rect);
//绘制车道中线
if (!this.roads[index - 1]) {
this.roads[index - 1] = {};
}
let road = this.roads[index - 1];
let cPoints = [
(mPoints[0] + mPoints[6]) / 2,
(mPoints[1] + mPoints[7]) / 2,
(mPoints[2] + mPoints[4]) / 2,
(mPoints[3] + mPoints[5]) / 2
];
road.cPoints = cPoints;
let cLine = this.drawLine("morePoints", cPoints, this.color[2]);
this.greenLines[index - 1] = cLine;
if (road.direct == undefined) {
this.roadLayer.add(cLine);
......@@ -1789,7 +1795,6 @@ export default {
childCancle: function() {
this.$refs.lightCanvas.cancle();
},
//生成xml
save: function() {
this.cancleSelectedGroup();
//车牌检测区域
......@@ -2048,10 +2053,10 @@ export default {
console.log("#######################");
console.log(lanaAry);
console.log("#######################");
this.roiBody.lanes = {
lane_count: lanaAry.length ? lanaAry.length : 0,
lane: lanaAry ? lanaAry : []
}
this.roiBody.lanes = {
lane_count: lanaAry.length ? lanaAry.length : 0,
lane: lanaAry ? lanaAry : []
};
//对向车道
try {
this.subtendLayer.get(".rect").forEach((el, index) => {
......@@ -2089,22 +2094,22 @@ export default {
// 红绿灯区域
let lightAry = [];
try {
this.lightLayer.get(".rect").forEach((ele, index) => {
lightAry.push({
light_seq: index + 1,
light_type: ele.light_type,
light_id:ele.light_type,
light_distribute: ele.light_distribute,
light_number_type:ele.light_distribute,
light_yellow_delay: Number(ele.light_delay),
light_yellow_interval:Number(ele.light_delay),
light_shape:ele.light_shape,
light_shape_type:ele.light_shape,
light_regions: ele.light_regions,
});
});
} catch (error) {}
try {
this.lightLayer.get(".rect").forEach((ele, index) => {
lightAry.push({
light_seq: index + 1,
light_type: ele.light_type,
light_id: ele.light_type,
light_distribute: ele.light_distribute,
light_number_type: ele.light_distribute,
light_yellow_delay: Number(ele.light_delay),
light_yellow_interval: Number(ele.light_delay),
light_shape: ele.light_shape,
light_shape_type: ele.light_shape,
light_regions: ele.light_regions
});
});
} catch (error) {}
this.roiBody.lights = {
light_count: lightAry.length,
light: lightAry
......@@ -2175,7 +2180,7 @@ export default {
this.roiBody.median_lines = {
lane_count: roadAry.length ? roadAry.length : 0,
lane: roadAry ? roadAry : []
};
};
//行人密度检测区域
let densityAry = [];
......@@ -2231,87 +2236,87 @@ export default {
polygon: foreignAry
};
//测试检测区域
let testRegion = [];
try {
this.testRegionLayer.get(".rect").forEach((el, index) => {
let foAry = [];
let points = el.attrs.points;
for (let i = 0; i < points.length; i += 2) {
foAry.push({
point_seq: i / 2 + 1,
x: (points[i] / 800).toFixed(6),
y: (points[i + 1] / 500).toFixed(6)
});
}
testRegion.push({
polygon_id:el.polygon_id,
polygon_name:el.polygon_name,
polygon_point_count: foAry.length,
point: foAry
//测试检测区域
let testRegion = [];
try {
this.testRegionLayer.get(".rect").forEach((el, index) => {
let foAry = [];
let points = el.attrs.points;
for (let i = 0; i < points.length; i += 2) {
foAry.push({
point_seq: i / 2 + 1,
x: (points[i] / 800).toFixed(6),
y: (points[i + 1] / 500).toFixed(6)
});
}
testRegion.push({
polygon_id: el.polygon_id,
polygon_name: el.polygon_name,
polygon_point_count: foAry.length,
point: foAry
});
} catch (error) {}
});
} catch (error) {}
this.roiBody.test_result_region = {
region_count: foreignAry.length,
polygon: testRegion
};
this.roiBody.test_result_region = {
region_count: foreignAry.length,
polygon: testRegion
};
console.log(this.roiBody);
return this.oParse.writeXML({ roi: this.roiBody });
},
clear: function() {
(this.blueLines = []),
(this.roads = []),
(this.drawState = -1),
(this.smallWindow = false),
(this.roadFlag = ""),
(this.needRect = false),
(this.needLine = false),
(this.canvasState = 0),
(this.polygon_name = ''),
(this.polygon_id = ''),
(this.polyline = 0);
$(".modal-lt button").removeClass("active");
},
sortLinePoints(pointarr){
try{
let newpoint = [];
if((pointarr[1] - pointarr[3]) > 0){
newpoint[0] = pointarr[2]
newpoint[1] = pointarr[3]
newpoint[2] = pointarr[0]
newpoint[3] = pointarr[1]
} else {
newpoint = pointarr
}
return newpoint
}catch(err){
console.log(err)
console.log(this.roiBody);
return this.oParse.writeXML({ roi: this.roiBody });
},
clear: function() {
(this.blueLines = []),
(this.roads = []),
(this.drawState = -1),
(this.smallWindow = false),
(this.roadFlag = ""),
(this.needRect = false),
(this.needLine = false),
(this.canvasState = 0),
(this.polygon_name = ""),
(this.polygon_id = ""),
(this.polyline = 0);
$(".modal-lt button").removeClass("active");
},
sortLinePoints(pointarr) {
try {
let newpoint = [];
if (pointarr[1] - pointarr[3] > 0) {
newpoint[0] = pointarr[2];
newpoint[1] = pointarr[3];
newpoint[2] = pointarr[0];
newpoint[3] = pointarr[1];
} else {
newpoint = pointarr;
}
},
changetestid(){
this.eventData.forEach(ele => {
if(ele.value == this.polygon_id){
this.polygon_name = ele.name
}
})
return newpoint;
} catch (err) {
console.log(err);
}
},
mounted() {
console.log(eventJson)
this.eventData = eventJson
// this.stageInit()
key('alt+1',()=>{
if(this.istest) {
this.istest = false
} else {
this.istest = true
}
})
changetestid() {
this.eventData.forEach(ele => {
if (ele.value == this.polygon_id) {
this.polygon_name = ele.name;
}
});
}
};
},
mounted() {
console.log(eventJson);
this.eventData = eventJson;
// this.stageInit()
key("alt+1", () => {
if (this.istest) {
this.istest = false;
} else {
this.istest = true;
}
});
}
};
</script>
<style scoped>
......
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