fix: ci

public/static/qm/MainMap_QM.js

@@ -1,4 +1,4 @@
-var Map_QM, renderFrame = -1, pathCameraState, stats, stateTime, isJUZ = false, hasLine = false, dir = false, iot = true, shopTime, debug = false;    //dir--自定义地图大小适应不同版本的地图大小
+var Map_QM, renderFrame = -1, pathCameraState, stats, stateTime, isJUZ = false, hasLine = false, dir = false, iot = false, shopTime, debug = false;    //dir--自定义地图大小适应不同版本的地图大小
 //basePath 基础路径      graphPath最佳路径       ftPath 扶梯路径      dtPath 电梯路径
 
 var typeObj = [{ ft: 0, type: 0, code: 'ft', name: '扶梯' }, { upft: 1, type: 1, code: 'upft', name: '上扶梯' }, { downft: 2, type: 2, code: 'downft', name: '下扶梯' }, { mys: 3, type: 3, code: 'mys', name: '母婴室' }, { xsj: 4, type: 4, code: 'xsj', name: '洗手间' },
@@ -843,7 +843,7 @@ QMUtil = function () {
 		} else {
 			//不是横线时 根据斜率计算点位
 			x = point.x + 5;
-			y = parseInt(gradient * (x - point.x) + point.y);
+			y = gradient * (x - point.x) + point.y;
 		}
 
 		return Map_QM.util.pointXY(point, new Map_QM.util.Point(x, y), wallWidth / 2);
@@ -866,8 +866,8 @@ QMUtil = function () {
 		let x1 = (-B + Math.sqrt(Math.pow(B, 2) - 4 * A * C)) / (2 * A);
 		let x2 = (-B - Math.sqrt(Math.pow(B, 2) - 4 * A * C)) / (2 * A);
 
-		result.push(new Map_QM.util.Point(parseInt(x1), parseInt(k * x1 + b)));
-		result.push(new Map_QM.util.Point(parseInt(x2), parseInt(k * x2 + b)));
+		result.push(new Map_QM.util.Point(x1, k * x1 + b));
+		result.push(new Map_QM.util.Point(x2, k * x2 + b));
 		return result;
 	}
 	//计算两条直线的相交点
@@ -2624,7 +2624,11 @@ MainMap_QM.prototype = {
 	drawToLine: function (startPoint, endPoint, dash = 50, color = 0x2269dd, ctrlPoint1 = null, ctrlPoint2 = null) {
 		let curve = new THREE.CubicBezierCurve3(startPoint, ctrlPoint1, ctrlPoint2, endPoint);
 		let points = curve.getPoints(dash);
-		let flyLine = createFlyCurve(points, false);
+		let colorChange=[];
+		for(let i=1; i<7; i+=2){
+			colorChange.push(parseInt("0x"+color.slice(i,i+2))/255);
+		}
+		let flyLine = createFlyCurve(points,new THREE.Vector3( colorChange[0], colorChange[1], colorChange[2] ), false);
 		flyLine.userData.type = "toLine";
 		return flyLine;
 	},

public/static/qm/three.js

@@ -39018,7 +39018,7 @@ var uniforms = {
 		u_time: { value: 0.0 }
 	};
 // 着色器设置
-var vertexShader1 = ` 
+const vertexShader = ` 
 				 varying vec2 vUv;
 				   attribute float percent;
 				   uniform float u_time;
@@ -39037,7 +39037,7 @@ var vertexShader1 = `
 				       gl_Position = projectionMatrix * mvPosition;
 				   }
 			 `
-var fragmentShader1 = `
+const fragmentShader = `
 							 #ifdef GL_ES
 							   precision mediump float;
 							   #endif
@@ -39050,10 +39050,10 @@ var fragmentShader1 = `
 							       gl_FragColor = vec4(color,1);
 							   }
 			`
-function createFlyCurve(points, closed) {
+function createFlyCurve(points, color, closed) {
 	var curve = new THREE.CatmullRomCurve3(points, closed);
 	// 流光的颜色，三个数字分别代表rgb的值，不过注意，需要除以255
-	var color = new THREE.Vector3( 0.2235, 0.412, 1 );
+	var color = color || new THREE.Vector3( 0.2235, 0.412, 1 );
 	var flyLine = initFlyLine( curve, {
 		speed: 0.5,
 		color: color,
@@ -39093,8 +39093,8 @@ function initFlyLine( curve, matSetting, pointsNumber ) {
 		};
 		const lineMaterial = new THREE.ShaderMaterial( {
 			uniforms: singleUniforms,
-			vertexShader: vertexShader1,
-			fragmentShader: fragmentShader1,
+			vertexShader: vertexShader,
+			fragmentShader: fragmentShader,
 			transparent: true
 		} );
 		return lineMaterial;