config

src/mods/AppServiceOnlineNew/serviceForm.vue

@@ -171,10 +171,10 @@
 </template>
 
 <script>
-import {mapState} from 'vuex'
+import { mapState } from 'vuex'
 
 export default {
-  name: "serviceForm",
+  name: 'serviceForm',
   data() {
     return {
       pageShow: false,
@@ -497,34 +497,34 @@ export default {
       if (this.isHasSignature && !this.signatureId) {
         class Handwriting {
           // 内置数据
-          ctx = '';
+          ctx = ''
-          canvasWidth = 300;
+          canvasWidth = 300
-          canvasHeight = 900;
+          canvasHeight = 900
-          linePrack = []; //划线轨迹 ; 生成线条的实际点
+          linePrack = [] //划线轨迹 ; 生成线条的实际点
-          currentLine = [];
+          currentLine = []
-          transparent = 1; // 透明度
+          transparent = 1 // 透明度
-          pressure = 0.5; // 默认压力
+          pressure = 0.5 // 默认压力
-          smoothness = 100; //顺滑度，用60的距离来计算速度
+          smoothness = 100 //顺滑度，用60的距离来计算速度
-          lineSize = 1.5; // 笔记倍数
+          lineSize = 1.5 // 笔记倍数
-          lineMin = 0.5; // 最小笔画半径
+          lineMin = 0.5 // 最小笔画半径
-          lineMax = 2; // 最大笔画半径
+          lineMax = 2 // 最大笔画半径
-          currentPoint = {};
+          currentPoint = {}
-          firstTouch = true; // 第一次触发
+          firstTouch = true // 第一次触发
-          radius = 1; //画圆的半径
+          radius = 1 //画圆的半径
           cutArea = {
             top: 0,
             right: 0,
             bottom: 0,
-            left: 0
+            left: 0,
-          }; //裁剪区域
+          } //裁剪区域
-          lastPoint = 0;
+          lastPoint = 0
-          chirography = []; //笔迹
+          chirography = [] //笔迹
-          startY = 0;
+          startY = 0
-          deltaY = 0;
+          deltaY = 0
-          startValue = 0;
+          startValue = 0
 
           constructor(opts) {
-            console.log(opts);
+            console.log(opts)
             this.lineColor = opts.lineColor || '#1A1A1A' // 颜色
             this.slideValue = opts.slideValue || 50
             this.canvasName = opts.canvasName || 'handWriting'
@@ -533,125 +533,128 @@ export default {
 
           init() {
             this.ctx = uni.createCanvasContext(this.canvasName)
-            var query = uni.createSelectorQuery();
+            var query = uni.createSelectorQuery()
-            query.select('.handCenter').boundingClientRect(rect => {
+            query
-              console.log(rect)
+              .select('.handCenter')
-              this.canvasWidth = rect.width;
+              .boundingClientRect((rect) => {
-              this.canvasHeight = rect.height;
+                console.log(rect)
-            }).exec();
+                this.canvasWidth = rect.width
-            this.selectSlideValue(this.slideValue);
+                this.canvasHeight = rect.height
+              })
+              .exec()
+            this.selectSlideValue(this.slideValue)
           }
 
           // 笔迹开始
           uploadScaleStart(event) {
-            console.log('start');
+            console.log('start')
             let e = event.mp
             console.log(e.touches[0])
-            if (e.type != 'touchstart') return false;
+            if (e.type != 'touchstart') return false
-            this.ctx.setFillStyle(this.lineColor); // 初始线条设置颜色
+            this.ctx.setFillStyle(this.lineColor) // 初始线条设置颜色
-            this.ctx.setGlobalAlpha(this.transparent); // 设置半透明
+            this.ctx.setGlobalAlpha(this.transparent) // 设置半透明
             this.currentPoint = {
               x: e.touches[0].x,
-              y: e.touches[0].y
+              y: e.touches[0].y,
             }
             this.currentLine.unshift({
               time: new Date().getTime(),
               dis: 0,
               x: this.currentPoint.x,
-              y: this.currentPoint.y
+              y: this.currentPoint.y,
             })
             if (this.firstTouch) {
               this.cutArea = {
                 top: this.currentPoint.y,
                 right: this.currentPoint.x,
                 bottom: this.currentPoint.y,
-                left: this.currentPoint.x
+                left: this.currentPoint.x,
               }
               this.firstTouch = false
             }
-            this.pointToLine(this.currentLine);
+            this.pointToLine(this.currentLine)
           }
 
           // 笔迹移动
           uploadScaleMove(event) {
-            console.log('move');
+            console.log('move')
             let e = event.mp
-            if (e.type != 'touchmove') return false;
+            if (e.type != 'touchmove') return false
             if (e.cancelable) {
               // 判断默认行为是否已经被禁用
               if (!e.defaultPrevented) {
-                e.preventDefault();
+                e.preventDefault()
               }
             }
             let point = {
               x: e.touches[0].x,
-              y: e.touches[0].y
+              y: e.touches[0].y,
             }
             //测试裁剪
             if (point.y < this.cutArea.top) {
-              this.cutArea.top = point.y;
+              this.cutArea.top = point.y
             }
-            if (point.y < 0) this.cutArea.top = 0;
+            if (point.y < 0) this.cutArea.top = 0
 
             if (point.x > this.cutArea.right) {
-              this.cutArea.right = point.x;
+              this.cutArea.right = point.x
             }
             if (this.canvasWidth - point.x <= 0) {
-              this.cutArea.right = this.canvasWidth;
+              this.cutArea.right = this.canvasWidth
             }
             if (point.y > this.cutArea.bottom) {
-              this.cutArea.bottom = point.y;
+              this.cutArea.bottom = point.y
             }
             if (this.canvasHeight - point.y <= 0) {
-              this.cutArea.bottom = this.canvasHeight;
+              this.cutArea.bottom = this.canvasHeight
             }
             if (point.x < this.cutArea.left) {
-              this.cutArea.left = point.x;
+              this.cutArea.left = point.x
             }
-            if (point.x < 0) this.cutArea.left = 0;
+            if (point.x < 0) this.cutArea.left = 0
 
-            this.lastPoint = this.currentPoint;
+            this.lastPoint = this.currentPoint
             this.currentPoint = point
             this.currentLine.unshift({
               time: new Date().getTime(),
               dis: this.distance(this.currentPoint, this.lastPoint, 'move'),
               x: point.x,
-              y: point.y
+              y: point.y,
             })
-            this.pointToLine(this.currentLine);
+            this.pointToLine(this.currentLine)
           }
 
           // 笔迹结束
           uploadScaleEnd(event) {
             let e = event.mp
-            if (e.type != 'touchend') return 0;
+            if (e.type != 'touchend') return 0
-            console.log(e);
+            console.log(e)
             let point = {
               x: e.changedTouches[0].x,
-              y: e.changedTouches[0].y
+              y: e.changedTouches[0].y,
             }
 
-            this.lastPoint = this.currentPoint;
+            this.lastPoint = this.currentPoint
             this.currentPoint = point
             this.currentLine.unshift({
               time: new Date().getTime(),
               dis: this.distance(this.currentPoint, this.lastPoint, 'end'),
               x: point.x,
-              y: point.y
+              y: point.y,
             })
             if (this.currentLine.length > 2) {
-              var info = (this.currentLine[0].time - this.currentLine[this.currentLine.length - 1].time) / this.currentLine.length;
+              var info = (this.currentLine[0].time - this.currentLine[this.currentLine.length - 1].time) / this.currentLine.length
               //$("#info").text(info.toFixed(2));
             }
             //一笔结束，保存笔迹的坐标点，清空，当前笔迹
             //增加判断是否在手写区域；
-            this.pointToLine(this.currentLine);
+            this.pointToLine(this.currentLine)
             var currentChirography = {
               lineSize: this.lineSize,
-              lineColor: this.lineColor
+              lineColor: this.lineColor,
-            };
+            }
-            this.chirography.unshift(currentChirography);
+            this.chirography.unshift(currentChirography)
-            this.linePrack.unshift(this.currentLine);
+            this.linePrack.unshift(this.currentLine)
             this.currentLine = []
           }
 
@@ -662,224 +665,247 @@ export default {
 
           //画两点之间的线条；参数为:line，会绘制最近的开始的两个点；
           pointToLine(line) {
-            this.calcBethelLine(line);
+            this.calcBethelLine(line)
             // this.calcBethelLine1(line);
-            return;
+            return
           }
 
           //计算插值的方式；
           calcBethelLine(line) {
             if (line.length <= 1) {
-              line[0].r = this.radius;
+              line[0].r = this.radius
-              return;
+              return
             }
-            let x0, x1, x2, y0, y1, y2, r0, r1, r2, len, lastRadius, dis = 0,
+            let x0,
-                time = 0,
+              x1,
-                curveValue = 0.5;
+              x2,
+              y0,
+              y1,
+              y2,
+              r0,
+              r1,
+              r2,
+              len,
+              lastRadius,
+              dis = 0,
+              time = 0,
+              curveValue = 0.5
             if (line.length <= 2) {
               x0 = line[1].x
               y0 = line[1].y
-              x2 = line[1].x + (line[0].x - line[1].x) * curveValue;
+              x2 = line[1].x + (line[0].x - line[1].x) * curveValue
-              y2 = line[1].y + (line[0].y - line[1].y) * curveValue;
+              y2 = line[1].y + (line[0].y - line[1].y) * curveValue
               //x2 = line[1].x;
               //y2 = line[1].y;
-              x1 = x0 + (x2 - x0) * curveValue;
+              x1 = x0 + (x2 - x0) * curveValue
-              y1 = y0 + (y2 - y0) * curveValue;
+              y1 = y0 + (y2 - y0) * curveValue
-              ;
-
             } else {
-              x0 = line[2].x + (line[1].x - line[2].x) * curveValue;
+              x0 = line[2].x + (line[1].x - line[2].x) * curveValue
-              y0 = line[2].y + (line[1].y - line[2].y) * curveValue;
+              y0 = line[2].y + (line[1].y - line[2].y) * curveValue
-              x1 = line[1].x;
+              x1 = line[1].x
-              y1 = line[1].y;
+              y1 = line[1].y
-              x2 = x1 + (line[0].x - x1) * curveValue;
+              x2 = x1 + (line[0].x - x1) * curveValue
-              y2 = y1 + (line[0].y - y1) * curveValue;
+              y2 = y1 + (line[0].y - y1) * curveValue
             }
             //从计算公式看，三个点分别是(x0,y0),(x1,y1),(x2,y2) ；(x1,y1)这个是控制点，控制点不会落在曲线上；实际上，这个点还会手写获取的实际点，却落在曲线上
-            len = this.distance({
+            len = this.distance(
-              x: x2,
+              {
-              y: y2
+                x: x2,
-            }, {
+                y: y2,
-              x: x0,
+              },
-              y: y0
+              {
-            }, 'calc');
+                x: x0,
-            lastRadius = this.radius;
+                y: y0,
+              },
+              'calc'
+            )
+            lastRadius = this.radius
             for (let n = 0; n < line.length - 1; n++) {
-              dis += line[n].dis;
+              dis += line[n].dis
-              time += line[n].time - line[n + 1].time;
+              time += line[n].time - line[n + 1].time
-              if (dis > this.smoothness) break;
+              if (dis > this.smoothness) break
             }
-            this.radius = Math.min(time / len * this.pressure + this.lineMin, this.lineMax) * this.lineSize
+            this.radius = Math.min((time / len) * this.pressure + this.lineMin, this.lineMax) * this.lineSize
-            line[0].r = this.radius;
+            line[0].r = this.radius
             //计算笔迹半径；
             if (line.length <= 2) {
-              r0 = (lastRadius + this.radius) / 2;
+              r0 = (lastRadius + this.radius) / 2
-              r1 = r0;
+              r1 = r0
-              r2 = r1;
+              r2 = r1
               //return;
             } else {
-              r0 = (line[2].r + line[1].r) / 2;
+              r0 = (line[2].r + line[1].r) / 2
-              r1 = line[1].r;
+              r1 = line[1].r
-              r2 = (line[1].r + line[0].r) / 2;
+              r2 = (line[1].r + line[0].r) / 2
             }
-            let n = 5;
+            let n = 5
-            let point = [];
+            let point = []
             for (let i = 0; i < n; i++) {
-              let t = i / (n - 1);
+              let t = i / (n - 1)
-              let x = (1 - t) * (1 - t) * x0 + 2 * t * (1 - t) * x1 + t * t * x2;
+              let x = (1 - t) * (1 - t) * x0 + 2 * t * (1 - t) * x1 + t * t * x2
-              let y = (1 - t) * (1 - t) * y0 + 2 * t * (1 - t) * y1 + t * t * y2;
+              let y = (1 - t) * (1 - t) * y0 + 2 * t * (1 - t) * y1 + t * t * y2
-              let r = lastRadius + (this.radius - lastRadius) / n * i;
+              let r = lastRadius + ((this.radius - lastRadius) / n) * i
               point.push({
                 x: x,
                 y: y,
-                r: r
+                r: r,
-              });
+              })
               if (point.length == 3) {
-                let a = this.ctaCalc(point[0].x, point[0].y, point[0].r, point[1].x, point[1].y, point[1].r, point[2].x, point[2].y, point[2].r);
+                let a = this.ctaCalc(point[0].x, point[0].y, point[0].r, point[1].x, point[1].y, point[1].r, point[2].x, point[2].y, point[2].r)
-                a[0].color = this.lineColor;
+                a[0].color = this.lineColor
-                this.bethelDraw(a, 1);
+                this.bethelDraw(a, 1)
-                point = [{
+                point = [
-                  x: x,
+                  {
-                  y: y,
+                    x: x,
-                  r: r
+                    y: y,
-                }];
+                    r: r,
+                  },
+                ]
               }
             }
           }
 
           //求两点之间距离
           distance(a, b, type) {
-            let x = b.x - a.x;
+            let x = b.x - a.x
-            let y = b.y - a.y;
+            let y = b.y - a.y
-            return Math.sqrt(x * x + y * y) * 5;
+            return Math.sqrt(x * x + y * y) * 5
           }
 
           ctaCalc(x0, y0, r0, x1, y1, r1, x2, y2, r2) {
             let a = [],
-                vx01, vy01, norm, n_x0, n_y0, vx21, vy21, n_x2, n_y2;
+              vx01,
-            vx01 = x1 - x0;
+              vy01,
-            vy01 = y1 - y0;
+              norm,
-            norm = Math.sqrt(vx01 * vx01 + vy01 * vy01 + 0.0001) * 2;
+              n_x0,
-            vx01 = vx01 / norm * r0;
+              n_y0,
-            vy01 = vy01 / norm * r0;
+              vx21,
-            n_x0 = vy01;
+              vy21,
-            n_y0 = -vx01;
+              n_x2,
-            vx21 = x1 - x2;
+              n_y2
-            vy21 = y1 - y2;
+            vx01 = x1 - x0
-            norm = Math.sqrt(vx21 * vx21 + vy21 * vy21 + 0.0001) * 2;
+            vy01 = y1 - y0
-            vx21 = vx21 / norm * r2;
+            norm = Math.sqrt(vx01 * vx01 + vy01 * vy01 + 0.0001) * 2
-            vy21 = vy21 / norm * r2;
+            vx01 = (vx01 / norm) * r0
-            n_x2 = -vy21;
+            vy01 = (vy01 / norm) * r0
-            n_y2 = vx21;
+            n_x0 = vy01
+            n_y0 = -vx01
+            vx21 = x1 - x2
+            vy21 = y1 - y2
+            norm = Math.sqrt(vx21 * vx21 + vy21 * vy21 + 0.0001) * 2
+            vx21 = (vx21 / norm) * r2
+            vy21 = (vy21 / norm) * r2
+            n_x2 = -vy21
+            n_y2 = vx21
             a.push({
               mx: x0 + n_x0,
               my: y0 + n_y0,
-              color: "#1A1A1A"
+              color: '#1A1A1A',
-            });
+            })
             a.push({
               c1x: x1 + n_x0,
               c1y: y1 + n_y0,
               c2x: x1 + n_x2,
               c2y: y1 + n_y2,
               ex: x2 + n_x2,
-              ey: y2 + n_y2
+              ey: y2 + n_y2,
-            });
+            })
             a.push({
               c1x: x2 + n_x2 - vx21,
               c1y: y2 + n_y2 - vy21,
               c2x: x2 - n_x2 - vx21,
               c2y: y2 - n_y2 - vy21,
               ex: x2 - n_x2,
-              ey: y2 - n_y2
+              ey: y2 - n_y2,
-            });
+            })
             a.push({
               c1x: x1 - n_x2,
               c1y: y1 - n_y2,
               c2x: x1 - n_x0,
               c2y: y1 - n_y0,
               ex: x0 - n_x0,
-              ey: y0 - n_y0
+              ey: y0 - n_y0,
-            });
+            })
             a.push({
               c1x: x0 - n_x0 - vx01,
               c1y: y0 - n_y0 - vy01,
               c2x: x0 + n_x0 - vx01,
               c2y: y0 + n_y0 - vy01,
               ex: x0 + n_x0,
-              ey: y0 + n_y0
+              ey: y0 + n_y0,
-            });
+            })
-            a[0].mx = a[0].mx.toFixed(1);
+            a[0].mx = a[0].mx.toFixed(1)
-            a[0].mx = parseFloat(a[0].mx);
+            a[0].mx = parseFloat(a[0].mx)
-            a[0].my = a[0].my.toFixed(1);
+            a[0].my = a[0].my.toFixed(1)
-            a[0].my = parseFloat(a[0].my);
+            a[0].my = parseFloat(a[0].my)
             for (let i = 1; i < a.length; i++) {
-              a[i].c1x = a[i].c1x.toFixed(1);
+              a[i].c1x = a[i].c1x.toFixed(1)
-              a[i].c1x = parseFloat(a[i].c1x);
+              a[i].c1x = parseFloat(a[i].c1x)
-              a[i].c1y = a[i].c1y.toFixed(1);
+              a[i].c1y = a[i].c1y.toFixed(1)
-              a[i].c1y = parseFloat(a[i].c1y);
+              a[i].c1y = parseFloat(a[i].c1y)
-              a[i].c2x = a[i].c2x.toFixed(1);
+              a[i].c2x = a[i].c2x.toFixed(1)
-              a[i].c2x = parseFloat(a[i].c2x);
+              a[i].c2x = parseFloat(a[i].c2x)
-              a[i].c2y = a[i].c2y.toFixed(1);
+              a[i].c2y = a[i].c2y.toFixed(1)
-              a[i].c2y = parseFloat(a[i].c2y);
+              a[i].c2y = parseFloat(a[i].c2y)
-              a[i].ex = a[i].ex.toFixed(1);
+              a[i].ex = a[i].ex.toFixed(1)
-              a[i].ex = parseFloat(a[i].ex);
+              a[i].ex = parseFloat(a[i].ex)
-              a[i].ey = a[i].ey.toFixed(1);
+              a[i].ey = a[i].ey.toFixed(1)
-              a[i].ey = parseFloat(a[i].ey);
+              a[i].ey = parseFloat(a[i].ey)
             }
-            return a;
+            return a
           }
 
           bethelDraw(point, is_fill, color) {
-            this.ctx.beginPath();
+            this.ctx.beginPath()
-            this.ctx.moveTo(point[0].mx, point[0].my);
+            this.ctx.moveTo(point[0].mx, point[0].my)
             if (undefined != color) {
-              this.ctx.setFillStyle(color);
+              this.ctx.setFillStyle(color)
-              this.ctx.setStrokeStyle(color);
+              this.ctx.setStrokeStyle(color)
             } else {
-              this.ctx.setFillStyle(point[0].color);
+              this.ctx.setFillStyle(point[0].color)
-              this.ctx.setStrokeStyle(point[0].color);
+              this.ctx.setStrokeStyle(point[0].color)
             }
             for (let i = 1; i < point.length; i++) {
-              this.ctx.bezierCurveTo(point[i].c1x, point[i].c1y, point[i].c2x, point[i].c2y, point[i].ex, point[i].ey);
+              this.ctx.bezierCurveTo(point[i].c1x, point[i].c1y, point[i].c2x, point[i].c2y, point[i].ex, point[i].ey)
             }
-            this.ctx.stroke();
+            this.ctx.stroke()
             if (undefined != is_fill) {
-              this.ctx.fill(); //填充图形 ( 后绘制的图形会覆盖前面的图形, 绘制时注意先后顺序 )
+              this.ctx.fill() //填充图形 ( 后绘制的图形会覆盖前面的图形, 绘制时注意先后顺序 )
             }
             this.ctx.draw(true)
           }
 
           selectColorEvent(lineColor) {
-            this.lineColor = lineColor;
+            this.lineColor = lineColor
           }
 
           selectSlideValue(slideValue) {
             switch (slideValue) {
               case 0:
-                this.lineSize = 0.1;
+                this.lineSize = 0.1
-                this.lineMin = 0.1;
+                this.lineMin = 0.1
-                this.lineMax = 0.1;
+                this.lineMax = 0.1
-                break;
+                break
               case 25:
-                this.lineSize = 1;
+                this.lineSize = 1
-                this.lineMin = 0.5;
+                this.lineMin = 0.5
-                this.lineMax = 2;
+                this.lineMax = 2
-                break;
+                break
               case 50:
-                this.lineSize = 1.5;
+                this.lineSize = 1.5
-                this.lineMin = 1;
+                this.lineMin = 1
-                this.lineMax = 3;
+                this.lineMax = 3
-                break;
+                break
               case 75:
-                this.lineSize = 1.5;
+                this.lineSize = 1.5
-                this.lineMin = 2;
+                this.lineMin = 2
-                this.lineMax = 3.5;
+                this.lineMax = 3.5
-                break;
+                break
               case 100:
-                this.lineSize = 3;
+                this.lineSize = 3
-                this.lineMin = 2;
+                this.lineMin = 2
-                this.lineMax = 3.5;
+                this.lineMax = 3.5
-                break;
+                break
             }
           }
 
@@ -888,11 +914,11 @@ export default {
               uni.canvasToTempFilePath({
                 canvasId: this.canvasName,
                 success: function (res) {
-                  resolve(res.tempFilePath);
+                  resolve(res.tempFilePath)
                 },
                 fail: function (err) {
-                  rej(err);
+                  rej(err)
-                }
+                },
               })
             })
           }

src/utils/config.js

@@ -16,7 +16,7 @@ const configs = {
   dev: {
     areaId: '341021104000',
     areaName: '郑村镇',
-    baseUrl: 'http://192.168.1.87:9000'
+    baseUrl: 'http://192.168.1.105:9000'
   }
 }
 // 当前选中配置