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| import Diagram from '@/assets/js/newDiagram'
| import dynamometry from '../images/dynamometry.png'
| import transformer from '../images/transformer.png'
| import testedmotor from '../images/testedmotor.png'
| // import ACImg from '../images/AC.png'
|
| const lineWidth = 2;
| const lineStrokeColor = '#105b96';
| const frequencyWidth = 96;
| const ACWidth = 124;
| const parameterWidth = 85;
|
|
| function girdCircuitDiagram(stc, flush) {
|
| let diagram = new Diagram();
| // let thisWidth = stc.scrollWidth;
| // let thisHeight = stc.scrollHeight;
| diagram.width = 236;
| diagram.height= 579;
| diagram.setCanvas(stc, flush);
|
| let start = [1, 40];
| let line1 = diagram.line({
| id: 'line1',
| strokeStyle: lineStrokeColor,
| lineWidth: lineWidth,
| points: [
| start,
| [start[0]+200, start[1]]
| ]
| });
| let line2 = diagram.line({
| id: 'line2',
| strokeStyle: lineStrokeColor,
| lineWidth: lineWidth,
| points: [
| [line1[0][0]+110,line1[0][1]],
| [line1[0][0]+110, line1[0][1]+30]
| ]
| });
| let arc1 = diagram.arc({
| id: 'arc1',
| point: [
| line2[1][0], line2[1][1]
| ],
| fillStyle: lineStrokeColor,
| strokeStyle: lineStrokeColor,
| radius: 3,
| type: 'fill'
| })
| let line3 = diagram.line({
| id: 'line3',
| strokeStyle: lineStrokeColor,
| lineWidth: lineWidth,
| points: [
| [line2[1][0],line2[1][1] + 30],
| [line2[1][0], line2[1][1] + 120]
| ]
| });
| let arc2 = diagram.arc({
| id: 'arc2',
| point: [
| line3[0][0], line3[0][1]
| ],
| fillStyle: lineStrokeColor,
| strokeStyle: lineStrokeColor,
| radius: 3,
| type: 'fill'
| })
| let line4 = diagram.line({
| id: 'line4',
| strokeStyle: lineStrokeColor,
| lineWidth: lineWidth,
| points: [
| [line3[0][0],line3[0][1]],
| [line2[1][0], line2[1][1]]
| ]
| });
|
| let line5 = diagram.line({
| id: 'line5',
| strokeStyle: lineStrokeColor,
| lineWidth: lineWidth,
| points: [
| [line3[1][0],line3[1][1]+200],
| [line3[1][0], line3[1][1]+330]
| ]
| });
| // 虚线矩形
| let dashLine1 =diagram.dashLine({
| id:"diagram1",
| strokeStyle: lineStrokeColor,
| lineWidth: lineWidth,
| points: [
| [line3[1][0]+113,line3[1][1]],
| [line3[1][0]-110, line3[1][1]]
| ]
| })
| let dashLine2 =diagram.dashLine({
| id:"diagram2",
| strokeStyle: lineStrokeColor,
| lineWidth: lineWidth,
| points: [
| [dashLine1[1][0],dashLine1[1][1]],
| [dashLine1[1][0], dashLine1[1][1]+200]
| ]
| })
| let dashLine3 =diagram.dashLine({
| id:"diagram3",
| strokeStyle: lineStrokeColor,
| lineWidth: lineWidth,
| points: [
| [dashLine2[1][0],dashLine2[1][1]],
| [dashLine1[0][0], dashLine1[0][1]+200]
| ]
| })
| let dashLine4 =diagram.dashLine({
| id:"diagram4",
| strokeStyle: lineStrokeColor,
| lineWidth: lineWidth,
| points: [
| [dashLine3[1][0],dashLine3[1][1]],
| [dashLine1[0][0], dashLine1[0][1]]
| ]
| })
| let Image1 = diagram.drawImage({
| id: 'img1',
| url: transformer,
| point: [line3[0][0]-30, line3[0][1]+10],
| width: 70,
| height:60,
| })
|
| let Image2 = diagram.drawImage({
| id: 'img2',
| url: dynamometry,
| point: [line5[0][0]-40, line5[0][1]+20],
| width: 70,
| height:60,
| })
| let Image3 = diagram.drawImage({
| id: 'img3',
| url: testedmotor,
| point: [line5[1][0]-40, line5[1][1]-30],
| width: 70,
| height:60,
| })
|
| let text1 = diagram.text({
| id: "text1",
| text: '10KV母线',
| fillStyle: '#ffff18',
| fontSize: 12,
| fontWidth:1,
| point:[line1[1][0]-50,line1[1][1]-20],
| showPanel: false,
| });
| let text2 = diagram.text({
| id: "text2",
| text: '升压变压器',
| fillStyle: '#ffff18',
| fontSize: 12,
| fontWidth:1,
| point:[line2[1][0]-70,line2[1][1]+40],
| showPanel: false,
| });
| let text3 = diagram.text({
| id: "text3",
| text: 'AFE变频驱动柜',
| fillStyle: '#ffff18',
| fontSize: 12,
| fontWidth:1,
| point:[dashLine1[1][0]+10,dashLine1[1][1]+10],
| showPanel: false,
| });
| let text4 = diagram.text({
| id: "text4",
| text: '受功电机',
| fillStyle: '#ffff18',
| fontSize: 12,
| fontWidth:1,
| point:[dashLine3[1][0]-90,dashLine3[1][1]+30],
| showPanel: false,
| });
| let text5 = diagram.text({
| id: "text5",
| text: '受试电机',
| fillStyle: '#ffff18',
| fontSize: 12,
| fontWidth:1,
| point:[line5[1][0]+20,line5[1][1]-40],
| showPanel: false,
| });
|
| let text6 = diagram.text({
| id: "text6",
| text: '&&水&&冷&&柜&&',
| fillStyle: '#ffff18',
| fontSize: 12,
| fontWidth:1,
| point:[dashLine1[1][0]+20,dashLine1[1][1]+45],
| showPanel: false,
| type:true,
| radBorder: true,
| bgColor:"#1E8EDF"
| });
| let text7 = diagram.text({
| id: "text7",
| text: '&整流模块&',
| fillStyle: '#ffff18',
| fontSize: 12,
| fontWidth:1,
| point:[dashLine1[1][0]+65,dashLine1[1][1]+45],
| showPanel: false,
| type:true,
| radBorder: true,
| bgColor:"#1E8EDF"
| });
| let text8 = diagram.text({
| id: "text8",
| text: '&逆 变 柜 &',
| fillStyle: '#ffff18',
| fontSize: 12,
| fontWidth:1,
| point:[text6.right[0]+18,text6.right[1]+25],
| // point:[dashLine1[1][0]+65,dashLine1[1][1]+142],
| showPanel: false,
| type:true,
| radBorder: true,
| bgColor:"#1E8EDF"
| });
| let text9 = diagram.text({
| id: "text9",
| text: '&&控&&制&&柜&&',
| fillStyle: '#ffff18',
| fontSize: 12,
| fontWidth:1,
| point:[dashLine1[1][0]+145,dashLine1[1][1]+45],
| showPanel: false,
| type:true,
| radBorder: true,
| bgColor:"#1E8EDF"
| });
| let text10 = diagram.text({
| id: "text10",
| text: '&&进&&线&&柜&&',
| fillStyle: '#ffff18',
| fontSize: 12,
| fontWidth:1,
| point:[dashLine1[1][0]+190,dashLine1[1][1]+45],
| showPanel: false,
| type:true,
| radBorder: true,
| bgColor:"#1E8EDF"
| });
|
|
|
|
|
|
|
|
|
| return diagram;
| }
|
|
| export default girdCircuitDiagram;
|
|
