mxcad_2d API 文档 / 2d / McObject

Class: McObject

2d.McObject

McObject 类, 封装了与 MxCAD 对象相关的功能，并提供了一些方法来操作和管理这些功能

Constructors

constructor

Accessors

Methods

Constructors

constructor

• new McObject(imp?)

构造函数

Parameters

Name	Type	Description
`imp?`	`any`	对象实现

Example

import { McObject } from 'mxcad'

const mxcad = new McObject;

Accessors

database

• get database(): McDbDatabase

返回数据库对象

Returns

McDbDatabase

drawColor

• get drawColor(): McCmColor

获取绘制颜色

Returns

McCmColor

返回绘制颜色

• set drawColor(val): void

设置绘制颜色

Parameters

Name	Type	Description
`val`	`McCmColor`	绘制颜色

Returns

void

Example

import { MxCpp, McObject } from 'mxcad';
const mxcad:McObject = MxCpp.App.getCurrentMxCAD();
mxcad.drawColor = new McCmColor(0, 0, 255);

drawColorIndex

• get drawColorIndex(): number

设置绘制颜色索引

Returns

number

val 颜色索引类型

• set drawColorIndex(val): void

设置绘制颜色索引

Parameters

Name	Type	Description
`val`	`number`	颜色索引类型

Returns

void

Example

import { MxCpp, ColorIndexType, McObject } from "mxcad" ;
const mxcad:McObject = MxCpp.App.getCurrentMxCAD();
mxcad.drawColorIndex = ColorIndexType.kMagenta;

drawDimStyle

• get drawDimStyle(): string

获取当前绘制的标注样式

Returns

string

• set drawDimStyle(val): void

设置当前绘制的标注样式

Parameters

Name	Type	Description
`val`	`string`	样式名称

Returns

void

Example

import { MxCpp, McObject } from "mxcad"
const mxcad:McObject = MxCpp.getCurrentMxCAD()
mxcad.drawDimStyle = "MyDimStyle2"

drawLayer

• get drawLayer(): string

获取绘制图层

Returns

string

返回绘制图层

• set drawLayer(val): void

设置绘制图层

Parameters

Name	Type	Description
`val`	`string`	绘制图层

Returns

void

Example

import { MxCpp, McObject } from 'mxcad'
  const mxcad:McObject = MxCpp.getCurrentMxCAD();
   mxcad.drawLayer = "MtextLayer";

drawLineTypeScale

• get drawLineTypeScale(): number

获取绘制线型比例

Returns

number

返回绘制线型比例

• set drawLineTypeScale(val): void

设置绘制线型比例

Parameters

Name	Type	Description
`val`	`number`	绘制线型比例

Returns

void

drawLineWeight

• get drawLineWeight(): LineWeight

获取绘制线宽

Returns

LineWeight

返回绘制线宽

• set drawLineWeight(val): void

设置绘制线宽

Parameters

Name	Type	Description
`val`	`LineWeight`	绘制线宽

Returns

void

Example

import { MxCpp, McDb, McObject } from "mxcad" ;

const mxcad: McObject = MxCpp.App.getCurrentMxCAD();
mxcad.drawLineWeight(McDb.LineWeight.kLnWtByLayer)

drawLineWidth

• get drawLineWidth(): number

获取当前绘制的线宽

Returns

number

Example

import { MxCpp, McObject } from "mxcad"
const mxcad: McObject = MxCpp.getCurrentMxCAD()
mxcad.drawLineWidth = 4;

• set drawLineWidth(val): void

设置当前绘制的线宽

Parameters

Name	Type	Description
`val`	`number`	线宽

Returns

void

drawLinetype

• get drawLinetype(): string

获取绘制线型

Returns

string

返回绘制线型

• set drawLinetype(val): void

设置绘制线型

Parameters

Name	Type	Description
`val`	`string`	绘制线型

Returns

void

Example

import { MxCpp, McObject } from "mxcad" ;

const mxcad: McObject = MxCpp.App.getCurrentMxCAD();
mxcad.addLinetype("MyLineType3", "30,-10");
mxcad.drawLinetype = "MyLineType3";

drawPatternDefinition

• get drawPatternDefinition(): string

获取当前绘制的线型定义

Returns

string

Example

import { MxCpp, McObject } from "mxcad"
const mxcad: McObject = MxCpp.getCurrentMxCAD()
mxcad.drawPatternDefinition = "MyHatchPattern1";

• set drawPatternDefinition(val): void

设置当前绘制的线型定义

Parameters

Name	Type	Description
`val`	`string`	线型定义

Returns

void

drawTextStyle

• get drawTextStyle(): string

获取绘制文字样式

Returns

string

返回绘制文字样式

• set drawTextStyle(val): void

设置绘制文字样式

Parameters

Name	Type	Description
`val`	`string`	绘制文字样式

Returns

void

Example

import { MxCpp, McObject } from "mxcad" ;

const mxcad: McObject = MxCpp.App.getCurrentMxCAD();
mxcad.addTextStyle("MyTextStyle", "italicc.shx", "gbcbig.shx", 0.7);
mxcad.drawTextStyle = "MyTextStyle";

drawUseDefaultProperties

• get drawUseDefaultProperties(): boolean

返回调用draw开头的绘图数，使用数据库的当前默认属性。

Returns

boolean

• set drawUseDefaultProperties(val): void

设置调用draw开头的绘图数，使用数据库的当前默认属性

Parameters

Name	Type	Description
`val`	`boolean`	线宽

Returns

void

mxdraw

• get mxdraw(): MxDrawObject

返回与MxCAD对象绑定的MxDraw对象。

Returns

MxDrawObject

MxDraw对象 *

Example

* import { McObject } from 'mxcad'
* 
* const mxcad = new McObject()
* const mxdraw = mxcad.mxdraw
* ```

Methods

AddTureTypeTextStyle

▸ AddTureTypeTextStyle(sName, sTrueTypeFontName?, dXScale?): McObjectId

添加使用TrueType字体的文字样式

Parameters

Name	Type	Default value	Description
`sName`	`string`	`undefined`	-
`sTrueTypeFontName`	`string`	`""`	TrueType字体名,为空使用默认TrueType字体.
`dXScale`	`number`	`1.0`	X 方向缩放比例

Returns

McObjectId

Example

import { MxCpp, McObject } from "mxcad"
const mxcad:McObject = MxCpp.getCurrentMxCAD()
mxcad.AddTureTypeTextStyle("MyTrueTypeTextStyle");

addCurrentSelect

▸ addCurrentSelect(id, isDisplayGrid?): void

把对象添加当前选择中

Parameters

Name	Type	Default value	Description
`id`	`McObjectId` \| `McObjectId`[]	`undefined`	对象id
`isDisplayGrid`	`boolean`	`true`	-

Returns

void

void

Example

typescript

import { MxCpp, McObject } from "mxcad"
let mxcad:McObject = MxCpp.getCurrentMxCAD();
let id = mxcad.drawLine(0,0,1000,1000);
mxcad.addCurrentSelect(id);

addDimStyle

▸ addDimStyle(pszName, pszDoubleData, pszIntData, pszStringData, pszIdData): McObjectId

添加标注样式

Parameters

Name	Type	Description
`pszName`	`string`	样式名称
`pszDoubleData`	`string`	双精度型数据
`pszIntData`	`string`	整型数据
`pszStringData`	`string`	字符串型数据
`pszIdData`	`string`	ID 型数据

Returns

McObjectId

Example

import { MxCpp, McObject } from "mxcad"
const mxcad:McObject = MxCpp.getCurrentMxCAD()
mxcad.addDimStyle("MyDimStyle2", "41,0.18,141,0.09,40,200", "77,1,271,3", "", "");

addImageDefine

▸ addImageDefine(imageUrl, sName?, isConvertBase64?): McObjectId

添加一个图片定义到cad数据库中。

Parameters

Name	Type	Default value	Description
`imageUrl`	`string`	`undefined`	图片路径
`sName`	`string`	`""`	图片定义名称
`isConvertBase64`	`boolean`	`false`	-

Returns

McObjectId

Example

import { MxCpp, McObject } from "mxcad"
   let mxcad:McObject = MxCpp.getCurrentMxCAD();
   let imagUrl = "https://cdn.pixabay.com/photo/2022/11/15/12/23/winter-7593872_960_720.jpg";
   mxcad.loadImage(imagUrl, (imagedata) => {
       if (!imagedata) {
           console.log("loadImage failed");
           return;
       }
       let imagedefid = mxcad.addImageDefine(imagUrl,"winter-7593872_960_720.jpg",true);
       mxcad.updateDisplay();
   });

addLayer

▸ addLayer(string): McObjectId

添加图层

Parameters

Name	Type
`string`	`string`

Returns

McObjectId

Example

import { MxCpp, McObject } from "mxcad"
const mxcad:McObject = MxCpp.getCurrentMxCAD()
mxcad.addLayer("图层名称")

addLinetype

▸ addLinetype(sName, sLineDefine): McObjectId

添加线型

Parameters

Name	Type
`sName`	`string`
`sLineDefine`	`string`

Returns

McObjectId

Example

import { MxCpp, McObject } from "mxcad"
const mxcad:McObject = MxCpp.getCurrentMxCAD()
//定义虚线数据据,"MyLineType"是线型名，"6,-8"是虚线的一个单位定义，6是实线长，-8是空格长。
mxcad.addLinetype("MyLineType", "6,-10");

addLinetypeEx

▸ addLinetypeEx(sName, sLineDefine, sTextStyle?): McObjectId

添加线型

Parameters

Name	Type	Default value
`sName`	`string`	`undefined`
`sLineDefine`	`string`	`undefined`
`sTextStyle`	`string`	`""`

Returns

McObjectId

Example

import { MxCpp, McObject } from "mxcad"
const mxcad:McObject = MxCpp.getCurrentMxCAD()
let lintype = mxcad.addLinetypeEx("TestMyLine", '.5,-.2,["HW",STANDARD,S=.1,R=0.0,X=-0.1,Y=-.05],-.2', "");

addPatternDefinition

▸ addPatternDefinition(sName, sDefinitionData): void

增加一个图案定义

Parameters

Name	Type	Description
`sName`	`string`	图案名称
`sDefinitionData`	`string`	图案默认定义数据

Returns

void

Example

import { MxCpp, McObject } from "mxcad"
   const mxcad:McObject = MxCpp.getCurrentMxCAD()
   //angle, x-origin,y-origin, delta-x,delta-y,dash-1,dash-2, …
   //45 = angle 是图案线角度.
   //0 = x-origin 是第一个填充线经过的点位置X坐标
   //0 = y-origin 是第一个填充线经过的点位置Y坐标
   //0 = delta-x   是下一个填充线相对前一个线的X方向偏移
   //0.125 = delta-y   是下一个填充线相对前一个线的Y方向偏移
   mxcad.addPatternDefinition("MyHatchPattern1", "((45, 0,0, 0,0.125))");

addSystemVarNameForEvent

▸ addSystemVarNameForEvent(aryVarName): void

添加一个系统变量名，用于变量对像修改后，事件通知. 变量对像修改事件名：sysVarChanged

Parameters

Name	Type
`aryVarName`	`string`[]

Returns

void

addTextStyle

▸ addTextStyle(sName, sFileName, sBigFontFileName, dXScale?): McObjectId

添加文字样式

Parameters

Name	Type	Default value	Description
`sName`	`string`	`undefined`	-
`sFileName`	`string`	`undefined`	-
`sBigFontFileName`	`string`	`undefined`	-
`dXScale`	`number`	`1.0`	X 方向缩放比例

Returns

McObjectId

Example

import { MxCpp, McObject } from "mxcad"
const mxcad:McObject = MxCpp.getCurrentMxCAD() 
mxcad.addTextStyle("MyLineTypeTextStyle", "txt.shx", "hztxt.shx", 1);

callEvent

▸ callEvent(sEventName, param?): boolean

触发一个系统事件的调用

Parameters

Name	Type	Description
`sEventName`	`string`	-
`param?`	`any`	事件参数

Returns

boolean

Example

import { MxCpp, McObject } from "mxcad"

const mxcad:McObject = MxCpp.getCurrentMxCAD();
mxcad.callEvent("init");

create

▸ create(config): void

创建mxcad对象。

Parameters

Name	Type	Description
`config`	`MxCadConfig`	createMxCad 的参数配置

Returns

void

Example

import { McObject } from "mxcad"

   // 创建mxcad示例对象
   const mxcad = new McObject()
   mxcad.create({
       // canvas元素的id
       canvas: "#myCanvas",
       // 获取加载wasm相关文件(wasm/js/worker.js)路径位置
       locateFile: (fileName)=> new URL(`/node_modules/mxcad/dist/wasm/2d/${fileName}`, import.meta.url).href,
       // 需要初始化打开的文件url路径
       fileUrl: new URL("../src/assets/test.mxweb", import.meta.url).href,
       // 提供加载字体的目录路径
       fontspath:  new URL("node_modules/mxcad/dist/fonts", import.meta.url).href,
   })

destroyObject

▸ destroyObject(pObjectImp): void

销毁指定的 McRxObjectImp 对象

Parameters

Name	Type	Description
`pObjectImp`	`McRxObjectImp`	待销毁的 McRxObjectImp 对象

Returns

void

drawArc

▸ drawArc(dCenterX, dCenterY, dRadius, dStartAng, dEndAng): McObjectId

绘制圆弧

Parameters

Name	Type	Description
`dCenterX`	`number`	圆心 X 坐标
`dCenterY`	`number`	圆心 Y 坐标
`dRadius`	`number`	半径
`dStartAng`	`number`	起始角度，单位为弧度
`dEndAng`	`number`	结束角度，单位为弧度

Returns

McObjectId

成功返回 1，失败返回 0

Example

import { MxCpp, McObject } from "mxcad"
const mxcad: McObject = MxCpp.getCurrentMxCAD()
mxcad.drawArc(300, 1000, 100, 30, 200);

drawArc2

▸ drawArc2(dStartPointX, dStartPointY, dMidPointX, dMidPointY, dEndPointX, dEndPointY): McObjectId

绘制圆弧

Parameters

Name	Type	Description
`dStartPointX`	`number`	起始点 X 坐标
`dStartPointY`	`number`	起始点 Y 坐标
`dMidPointX`	`number`	中间点 X 坐标
`dMidPointY`	`number`	中间点 Y 坐标
`dEndPointX`	`number`	结束点 X 坐标
`dEndPointY`	`number`	结束点 Y 坐标

Returns

McObjectId

Example

import { MxCpp, McObject } from "mxcad"
const mxcad:McObject = MxCpp.getCurrentMxCAD()
//由圆弧上三个点绘制圆弧
mxcad.drawArc2(800, 1000, 900, 1200, 1000, 900);

drawArc3

▸ drawArc3(dStartPointX, dStartPointY, dEndPointX, dEndPointY, dBulge): McObjectId

绘制圆弧

Parameters

Name	Type	Description
`dStartPointX`	`number`	起始点 X 坐标
`dStartPointY`	`number`	起始点 Y 坐标
`dEndPointX`	`number`	结束点 X 坐标
`dEndPointY`	`number`	结束点 Y 坐标
`dBulge`	`number`	凸度

Returns

McObjectId

Example

import { MxCpp, McObject } from "mxcad"
  const mxcad:McObject = MxCpp.getCurrentMxCAD()
  //由圆弧上的开始点，结束度和凸度会圆弧
  mxcad.drawLineWidth = 40;
  mxcad.drawArc3(1200, 1000, 1400, 1000, 0.6);

drawBlockReference

▸ drawBlockReference(dPosX, dPosY, sBlkName, dScale, dAng): McObjectId

绘制块参照

Parameters

Name	Type	Description
`dPosX`	`number`	参照位置 X 坐标
`dPosY`	`number`	参照位置 Y 坐标
`sBlkName`	`string`	-
`dScale`	`number`	缩放比例
`dAng`	`number`	旋转角度，单位为弧度

Returns

McObjectId

块对象id

drawCircle

▸ drawCircle(dCenterX, dCenterY, dRadius): McObjectId

绘制圆

Parameters

Name	Type	Description
`dCenterX`	`number`	圆心 X 坐标
`dCenterY`	`number`	圆心 Y 坐标
`dRadius`	`number`	半径

Returns

McObjectId

Example

import { MxCpp, McObject } from "mxcad"
const mxcad:McObject = MxCpp.getCurrentMxCAD(
mxcad.drawCircle(0, 0, 120);

drawDimAligned

▸ drawDimAligned(dExtLine1PointX, dExtLine1PointY, dExtLine2PointX, dExtLine2PointY, dTextPositionX, dTextPositionY): McObjectId

绘制对齐标注

Parameters

Name	Type	Description
`dExtLine1PointX`	`number`	第一条尺线起点 X 坐标
`dExtLine1PointY`	`number`	第一条尺线起点 Y 坐标
`dExtLine2PointX`	`number`	第二条尺线起点 X 坐标
`dExtLine2PointY`	`number`	第二条尺线起点 Y 坐标
`dTextPositionX`	`number`	文本位置 X 坐标
`dTextPositionY`	`number`	文本位置 Y 坐标

Returns

McObjectId

成功返回 1，失败返回 0

Example

import { MxCpp, McObject } from "mxcad"
const mxcad:McObject = MxCpp.getCurrentMxCAD()
mxcad.drawDimAligned(0, 4000, 300, 4500, 150, 4600);

drawDimAngular

▸ drawDimAngular(dAngleVertexX, dAngleVertexY, dFirstEndPointX, dFirstEndPointY, dSecondEndPointX, dSecondEndPointY, dTextPointX, dTextPointY): McObjectId

绘制角度标注

Parameters

Name	Type	Description
`dAngleVertexX`	`number`	角度顶点 X 坐标
`dAngleVertexY`	`number`	角度顶点 Y 坐标
`dFirstEndPointX`	`number`	第一条尺线起点 X 坐标
`dFirstEndPointY`	`number`	第一条尺线起点 Y 坐标
`dSecondEndPointX`	`number`	第二条尺线起点 X 坐标
`dSecondEndPointY`	`number`	第二条尺线起点 Y 坐标
`dTextPointX`	`number`	文本位置 X 坐标
`dTextPointY`	`number`	文本位置 Y 坐标

Returns

McObjectId

成功返回 1，失败返回 0

Example

import { MxCpp, McObject } from "mxcad"
const mxcad:McObject = MxCpp.getCurrentMxCAD()
mxcad.drawDimAngular(500, 5000, 0, 5500, 1000, 5500, 500, 5500);

drawDimDiametric

▸ drawDimDiametric(dChordPointX, dChordPointY, dFarChordPointX, dFarChordPointY, dLeaderLength): McObjectId

绘制直径标注

Parameters

Name	Type	Description
`dChordPointX`	`number`	弦线端点 X 坐标
`dChordPointY`	`number`	弦线端点 Y 坐标
`dFarChordPointX`	`number`	弦线远端点 X 坐标
`dFarChordPointY`	`number`	弦线远端点 Y 坐标
`dLeaderLength`	`number`	引线长度

Returns

McObjectId

直径标注对象id

Example

import { MxCpp, McObject } from "mxcad"
const mxcad:McObject = MxCpp.getCurrentMxCAD()
mxcad.drawDimDiametric(500, 0, -500, 0, 20);

drawDimOrdinate

▸ drawDimOrdinate(dDefinitionPointX, dDefinitionPointY, dDeaderEndPointX, dDeaderEndPointY, isUseXAxis): McObjectId

绘制标注线性尺寸

Parameters

Name	Type	Description
`dDefinitionPointX`	`number`	定义点 X 坐标
`dDefinitionPointY`	`number`	定义点 Y 坐标
`dDeaderEndPointX`	`number`	标注终点 X 坐标
`dDeaderEndPointY`	`number`	标注终点 Y 坐标
`isUseXAxis`	`boolean`	是否沿 X 轴方向标注

Returns

McObjectId

线性尺寸对象id

Example

import { MxCpp, McObject } from "mxcad"
const mxcad:McObject = MxCpp.getCurrentMxCAD()
mxcad.drawDimOrdinate(500, 0, -500, 0, true);

drawDimRadial

▸ drawDimRadial(dCenterX, dCenterY, dChordPointX, dChordPointY, dLeaderLength): McObjectId

绘制标注径向尺寸

Parameters

Name	Type	Description
`dCenterX`	`number`	中心点 X 坐标
`dCenterY`	`number`	中心点 Y 坐标
`dChordPointX`	`number`	弦线端点 X 坐标
`dChordPointY`	`number`	弦线端点 Y 坐标
`dLeaderLength`	`number`	标注线长度

Returns

McObjectId

径向尺寸对象id

Example

import { MxCpp, McObject } from "mxcad"
const mxcad:McObject = MxCpp.getCurrentMxCAD()
mxcad.drawDimOrdinate(0, 0, 0, 500, 20);

drawDimRotated

▸ drawDimRotated(dExtLine1PointX, dExtLine1PointY, dExtLine2PointX, dExtLine2PointY, dDimLineLocationX, dDimLineLocationY, dRotationAngle): McObjectId

绘制旋转标注

Parameters

Name	Type	Description
`dExtLine1PointX`	`number`	第一条尺线起点 X 坐标
`dExtLine1PointY`	`number`	第一条尺线起点 Y 坐标
`dExtLine2PointX`	`number`	第二条尺线起点 X 坐标
`dExtLine2PointY`	`number`	第二条尺线起点 Y 坐标
`dDimLineLocationX`	`number`	标注线位置 X 坐标
`dDimLineLocationY`	`number`	标注线位置 Y 坐标
`dRotationAngle`	`number`	旋转角度，单位为弧度

Returns

McObjectId

旋转标注对象id

Example

import { MxCpp, McObject } from "mxcad"
const mxcad:McObject = MxCpp.getCurrentMxCAD() 
mxcad.drawDimRotated(0, 7000, 600, 7000, 250, 7050, 0);

drawEllipse

▸ drawEllipse(dCenterX, dCenterY, dMajorAxisX, dMajorAxisY, dRadiusRatio): McObjectId

绘制椭圆

Parameters

Name	Type	Description
`dCenterX`	`number`	椭圆中心 X 坐标
`dCenterY`	`number`	椭圆中心 Y 坐标
`dMajorAxisX`	`number`	长轴 X 坐标
`dMajorAxisY`	`number`	长轴 Y 坐标
`dRadiusRatio`	`number`	短轴与长轴的比例

Returns

McObjectId

成功返回 1，失败返回 0

Example

import { MxCpp, McObject } from "mxcad"
const mxcad:McObject = MxCpp.getCurrentMxCAD()
mxcad.drawEllipse(0, 1400, 100, 0, 0.7);

drawEllipseArc

▸ drawEllipseArc(dCenterX, dCenterY, dMajorAxisX, dMajorAxisY, dRadiusRatio, dStartAng, dEndAng): McObjectId

绘制椭圆弧

Parameters

Name	Type	Description
`dCenterX`	`number`	椭圆中心 X 坐标
`dCenterY`	`number`	椭圆中心 Y 坐标
`dMajorAxisX`	`number`	长轴 X 坐标
`dMajorAxisY`	`number`	长轴 Y 坐标
`dRadiusRatio`	`number`	短轴与长轴的比例
`dStartAng`	`number`	起始角度，单位为弧度
`dEndAng`	`number`	结束角度，单位为弧度

Returns

McObjectId

Example

import { MxCpp, McObject } from "mxcad"
const mxcad:McObject = MxCpp.getCurrentMxCAD()
mxcad.drawEllipseArc(0, 1600, 80, 30, 0.4, 30, 200);

drawEntity

▸ drawEntity(entity, isUseDatabaseCurrentProperties?): McObjectId

绘制实体

Parameters

Name	Type	Default value	Description
`entity`	`McDbEntity`	`undefined`	实体对象
`isUseDatabaseCurrentProperties`	`boolean`	`false`	-

Returns

McObjectId

绘制结果

Example

import { McDbPolyline, MxCpp } from
let pl = new McDbPolyline();
  pl.addVertexAt(new McGePoint3d(100, 100, 100));
  pl.addVertexAt(new McGePoint3d(200, 100, 500));
  pl.addVertexAt(new McGePoint3d(300, 400, 200));
  MxCpp.getCurrentCAD().drawEntity(pl);

drawHatch

▸ drawHatch(hatch, dPatternScale?): McObjectId

绘制填充对象

Parameters

Name	Type	Default value
`hatch`	`McDbHatch`	`undefined`
`dPatternScale`	`number`	`1.0`

Returns

McObjectId

绘制对象id

drawImage

▸ drawImage(dPosX, dPosY, dWidth, dHeight, dAng, imageUrl, isConvertBase64?): McObjectId

绘制一个图片

Parameters

Name	Type	Default value	Description
`dPosX`	`number`	`undefined`	图片 X 坐标
`dPosY`	`number`	`undefined`	图片 Y 坐标
`dWidth`	`number`	`undefined`	图片宽度
`dHeight`	`number`	`undefined`	图片高度
`dAng`	`number`	`undefined`	图片角度
`imageUrl`	`string`	`undefined`	图片路径
`isConvertBase64`	`boolean`	`false`	-

Returns

McObjectId

drawLine

▸ drawLine(dX1, dY1, dX2, dY2): McObjectId

绘制直线

Parameters

Name	Type	Description
`dX1`	`number`	起点 X 坐标
`dY1`	`number`	起点 Y 坐标
`dX2`	`number`	终点 X 坐标
`dY2`	`number`	终点 Y 坐标

Returns

McObjectId

Example

import { MxCpp, McObject } from "mxcad"
const mxcad:McObject = MxCpp.getCurrentMxCAD()
mxcad.drawLine(0, 60, 100, 60);

drawLine3d

▸ drawLine3d(dX1, dY1, dZ1, dX2, dY2, dZ2): McObjectId

Parameters

Name	Type
`dX1`	`number`
`dY1`	`number`
`dZ1`	`number`
`dX2`	`number`
`dY2`	`number`
`dZ2`	`number`

Returns

McObjectId

drawMText

▸ drawMText(dPosX, dPosY, sContents, dHeight, dWidth, dRotation, iAttachment): McObjectId

绘制多行文本

Parameters

Name	Type	Description
`dPosX`	`number`	文本位置 X 坐标
`dPosY`	`number`	文本位置 Y 坐标
`sContents`	`string`	-
`dHeight`	`number`	文本高度
`dWidth`	`number`	文本宽度
`dRotation`	`number`	旋转角度，单位为弧度
`iAttachment`	`AttachmentPoint`	对齐方式

Returns

McObjectId

多行文本对象id

Example

import { MxCpp, McObject } from "mxcad"
const mxcad:McObject = MxCpp.getCurrentMxCAD()
mxcad.drawMText(0, -100, "控件:\\P多行文字测试", 50, 400, 0, 1);

drawPathToHatch

▸ drawPathToHatch(dPatternScale?): McObjectId

将路径转换为填充图案

Parameters

Name	Type	Default value	Description
`dPatternScale`	`number`	`1.0`	图案缩放比例

Returns

McObjectId

转换结果

Example

import { MxCADUiPrPoint, MxCADUiPrDist, MxCpp } from "mxcad";
   // 实心圆
   async function Mx_SolidCircle() {
       const getCenter = new MxCADUiPrPoint();
       getCenter.setMessage('请确定圆心位置\n');
       const center = await getCenter.go();
       if (!center) return;
       const getRadius = new MxCADUiPrDist();
       getRadius.setBasePt(center);// 设置距离基点为圆心
       getRadius.setMessage('请输入圆半径');
       getRadius.setUserDraw((pt, pw) => {
           const r = pt.distanceTo(center);
           const circle = new McDbCircle();
           circle.center = center;
           circle.radius = r;
           pw.drawMcDbEntity(circle)
       })
       const radiusVal = await getRadius.go();
       if (!radiusVal) return;
       const radius = getRadius.value();
       const mxcad = MxCpp.getCurrentMxCAD();
       mxcad.pathCircle(center.x, center.y, radius);//设置圆路径
       mxcad.drawPathToHatch();// 绘制实心圆
   }

drawPathToPolyline

▸ drawPathToPolyline(): McObjectId

将路径转换为折线

Returns

McObjectId

转换结果

drawPathToSpline

▸ drawPathToSpline(): McObjectId

将路径转换为样条曲线

Returns

McObjectId

转换结果

drawPoint

▸ drawPoint(dX, dY): McObjectId

绘制点

Parameters

Name	Type	Description
`dX`	`number`	X 坐标
`dY`	`number`	Y 坐标

Returns

McObjectId

Example

import { MxCpp, McObject } from "mxcad"
const mxcad:McObject = MxCpp.getCurrentMxCAD()
mxcad.drawPoint(0,0);

drawSolid

▸ drawSolid(dX1, dY1, dX2, dY2, dX3, dY3, dX4, dY4): McObjectId

绘制实体

Parameters

Name	Type	Description
`dX1`	`number`	第一个点 X 坐标
`dY1`	`number`	第一个点 Y 坐标
`dX2`	`number`	第二个点 X 坐标
`dY2`	`number`	第二个点 Y 坐标
`dX3`	`number`	第三个点 X 坐标
`dY3`	`number`	第三个点 Y 坐标
`dX4`	`number`	第四个点 X 坐标
`dY4`	`number`	第四个点 Y 坐标

Returns

McObjectId

实体对象id

drawText

▸ drawText(dPosX, dPosY, pszText, dHeight, dRotation, horizontalMode, verticalMode): McObjectId

绘制单行文本

Parameters

Name	Type	Description
`dPosX`	`number`	文本位置 X 坐标
`dPosY`	`number`	文本位置 Y 坐标
`pszText`	`string`	文本内容
`dHeight`	`number`	文本高度
`dRotation`	`number`	旋转角度，单位为弧度
`horizontalMode`	`TextHorzMode`	横向对齐方式
`verticalMode`	`TextVertMode`	纵向对齐方式

Returns

McObjectId

成功返回 1，失败返回 0

Example

import { MxCpp, McObject } from "mxcad"
const mxcad:McObject = MxCpp.getCurrentMxCAD()
mxcad.drawText(0, 1900, "绘图控件文字测试", 100, 0, 0, 1);

getAllLayoutName

▸ getAllLayoutName(): McGeStringArray

得到所有布局名

Returns

McGeStringArray

getCurrentDatabaseDrawColor

▸ getCurrentDatabaseDrawColor(): Color

返回当前数据库中设置的绘制颜色，它会自动依据背景色，把黑白色转换。

Returns

Color

getCurrentFileName

▸ getCurrentFileName(): string

获取当前文件名

Returns

string

当前文件名

getDatabase

▸ getDatabase(): McDbDatabase

获取数据库对象

Returns

McDbDatabase

数据库对象

Example

import { MxCpp, McObject } from "mxcad"
const mxcad:McObject = MxCpp.App.getCurrentMxCAD()
let layerTable = mxcad.getDatabase().getLayerTable();

getImp

▸ getImp(): any

获取内部实现对象

Returns

any

内部实现对象

getMxCpp

▸ getMxCpp(): any

返加MxCpp对象，它会在MxDraw模块中调用。

Returns

any

getMxDrawObject

▸ getMxDrawObject(): MxDrawObject

返回与MxCAD对象绑定的MxDraw对象。

Returns

MxDrawObject

MxDraw对象

Example

import { McObject } from 'mxcad'

const mxcad = new McObject()
const mxdraw = mxcad.getMxDrawObject()

getSysVarDouble

▸ getSysVarDouble(varName): number

获取系统变量的浮点数值

Parameters

Name	Type	Description
`varName`	`string`	变量名称

Returns

number

变量的浮点数值

getSysVarLong

▸ getSysVarLong(varName): number

获取系统变量的整数值

Parameters

Name	Type	Description
`varName`	`string`	变量名称

Returns

number

变量的整数值

getSysVarPoint

▸ getSysVarPoint(varName): McGePoint3d

获取系统变量的点数值

Parameters

Name	Type	Description
`varName`	`string`	变量名称

Returns

McGePoint3d

变量的点数值

getSysVarString

▸ getSysVarString(varName): string

获取系统变量的字符串值

Parameters

Name	Type	Description
`varName`	`string`	变量名称

Returns

string

变量的字符串值

getViewCADCoord

▸ getViewCADCoord(): Object

返回当前视区的显示范围,cad坐标。

Returns

Object

当前视区显示范围

Name	Type
`pt1`	`McGePoint3d`
`pt2`	`McGePoint3d`
`pt3`	`McGePoint3d`
`pt4`	`McGePoint3d`

init

▸ init(imp): void

初始对象

Parameters

Name	Type	Description
`imp`	`any`	对象实现，默认该函数会被系统自动调用。

Returns

void

initMxObject

▸ initMxObject(mxObject): void

初始化对象模型

Parameters

Name	Type	Description
`mxObject`	`any`	初始化mxdraw 创建的绘图控件

Returns

void

Description

initRegist

▸ initRegist(sRegist): void

初始化用户注册数据.

Parameters

Name	Type	Description
`sRegist`	`string`	注册数据

Returns

void

insertBlock

▸ insertBlock(sFileUrl, sBlkName, isWorkThread?, fetchAttributes?, isUpdataInsertBlock?, isUpdataSameNameBlock?): Promise<McObjectId>

插件图块文件

Parameters

Name	Type	Default value	Description
`sFileUrl`	`string`	`undefined`	网络文件路径该文件为mxweb格式
`sBlkName`	`string`	`undefined`	插入的图块的块名
`isWorkThread`	`boolean`	`true`	是否使用工作线程打开文件，默认为 true
`fetchAttributes`	`number`	`0`	1：EMSCRIPTEN_FETCH_LOAD_TO_MEMORY,把图纸数据加载内存中，0:EMSCRIPTEN_FETCH_LOAD_TO_MEMORY \| EMSCRIPTEN_FETCH_PERSIST_FILE \| EMSCRIPTEN_FETCH_APPEND，把图纸数据加到IndexedDB。
`isUpdataInsertBlock`	`boolean`	`false`	是否更新已经存在的块，默认不会更新
`isUpdataSameNameBlock`	`boolean`	`false`	是插入块的过程中，如果发现原数据库已经相同名称的块，是否也一同更新，默认不会更新

Returns

Promise<McObjectId>

Example

import { MxCpp, McObject } from "mxcad"
const mxcad:McObject = MxCpp.getCurrentMxCAD()
const blkrecId = await mxcad.insertBlock("./blkrec.mxweb", "sBlkName");

isTryVersion

▸ isTryVersion(): boolean

当前程序是否是试用版本.

Returns

boolean

loadImage

▸ loadImage(imageUrl, call): void

加载一个外部图片到当前上下文，方便后面使用。

Parameters

Name	Type	Description
`imageUrl`	`string`	图片路径
`call`	(`image`: `any`) => `void`	回调函数

Returns

void

Example

import { MxCpp, McObject } from "mxcad"
 const mxcad: McObject = MxCpp.getCurrentMxCAD()
 mxcad.loadImage(imagUrl, (image) => {
   if (!image) {
       console.log("loadImage failed");
       return;
   }
   let width = mxcad.mxdraw.viewCoordLong2Cad(100);
   let height = (image.height / image.width) * width;
   idImage = mxcad.drawImage((pt as any).x, (pt as any).y, width, height, 0, imagUrl,true);
   mxcad.updateDisplay();
});

newFile

▸ newFile(): boolean

清空当前图上内容，新建一个文件

Returns

boolean

Example

import { MxCpp, McObject } from "mxcad" ;

let mxcad:McObject = MxCpp.getCurrentMxCAD();
mxcad.newFile();

objectIdToObject

▸ objectIdToObject(lIdIndex): null | McDbObject

将 lIdIndex 转换成 McDbObject 对象

Parameters

Name	Type	Description
`lIdIndex`	`number`	对象 ID

Returns

null | McDbObject

与 ID 对应的 McDbObject 对象，如果对象不存在则返回 null

off

▸ off(name, fun?): void

关闭事件监听

Parameters

Name	Type	Description
`name`	`string`	监听事件名
`fun?`	`Function`	监听事件

Returns

void

Example

import { MxCpp, McObject } from "mxcad"

const mxcad:McObject = MxCpp.getCurrentMxCAD();
mxcad.off("selectChange");

on

▸ on(name, fun): void

监听对象选择事件

Parameters

Name	Type
`name`	`"selectChange"`
`fun`	(`ids`: `McObjectId`[]) => `void` \| (`ids`: `McObjectId`[]) => `void`[]

Returns

void

Example

import { MxCpp, McObject } from "mxcad"

const mxcad:McObject = MxCpp.getCurrentMxCAD();
mxcad.on("selectChange", (ids)=> {
     let ent = id.getMcDbEntity()
     if(!ent) return
     console.log(ent.objectName)
})

▸ on(name, fun): void

监听文件完全打开

Parameters

Name	Type
`name`	`"openFileComplete"`
`fun`	() => `void`

Returns

void

▸ on(name, fun): void

监听项目初始化

Parameters

Name	Type
`name`	`"init"`
`fun`	() => `void`

Returns

void

▸ on(name, fun): void

监听 mxdraw 初始化

Parameters

Name	Type
`name`	`"init_mxdraw"`
`fun`	(`mxdraw`: `MxDrawObject`) => `void`

Returns

void

▸ on(name, fun): void

监听 mxdraw 初始化前的事件

Parameters

Name	Type
`name`	`"init_before_mxdraw"`
`fun`	(`mxdraw`: `MxDrawObject`) => `void`

Returns

void

▸ on(name, fun): void

监听 mxcad 初始化

Parameters

Name	Type
`name`	`"init_mxcad"`
`fun`	(`mxcad`: `McObject`) => `void`

Returns

void

▸ on(name, fun): void

监听数据库修改事件

Parameters

Name	Type
`name`	`"databaseModify"`
`fun`	() => `void`

Returns

void

▸ on(name, fun): void

系统变量被修改

Parameters

Name	Type
`name`	`"sysVarChanged"`
`fun`	(`name`: `string`) => `void`

Returns

void

▸ on(name, fun): void

图形数据库初始化

Parameters

Name	Type
`name`	`"databaseInitialization"`
`fun`	() => `void`

Returns

void

▸ on(name, fun): void

图层数据发生了变化

Parameters

Name	Type
`name`	`"layerChanged"`
`fun`	() => `void`

Returns

void

▸ on(name, fun): void

线型数据发生了变化

Parameters

Name	Type
`name`	`"lineTypeChanged"`
`fun`	() => `void`

Returns

void

openWebFile

▸ openWebFile(sFileUrl, retCall?, isWorkThread?, initialParameter?, fetchAttributes?, isFetchTzFile?): boolean

打开网络文件

Parameters

Name	Type	Default value	Description
`sFileUrl`	`string`	`undefined`	网络文件路径
`retCall?`	(`iRet`: `number`) => `void`	`undefined`	回调函数，可选参数，打开文件完成后的回调函数，参数为打开文件的结果,0表示成功，其他值表示失败
`isWorkThread`	`boolean`	`true`	是否使用工作线程打开文件，默认为 true
`initialParameter?`	`object`	`undefined`	-
`fetchAttributes`	`number`	`0`	1：EMSCRIPTEN_FETCH_LOAD_TO_MEMORY,把图纸数据加载内存中，0:EMSCRIPTEN_FETCH_LOAD_TO_MEMORY \| EMSCRIPTEN_FETCH_PERSIST_FILE \| EMSCRIPTEN_FETCH_APPEND，把图纸数据加到IndexedDB。
`isFetchTzFile`	`boolean`	`true`	-

Returns

boolean

是否成功打开文件

Example

import { MxCpp } from "mxcad";
const mxcad = MxCpp.getCurrentMxCAD();
mxcad.openWebFile("http://localhost:1337/mxcad/file/a9cbed3d3a351b79f24484e87bd78338.DWG.mxweb");

pathCircle

▸ pathCircle(dCenX, dCenY, dR, dPrecision?, dWidth?): boolean

根据圆对象创建一个路径

Parameters

Name	Type	Default value
`dCenX`	`number`	`undefined`
`dCenY`	`number`	`undefined`
`dR`	`number`	`undefined`
`dPrecision`	`number`	`0.0`
`dWidth`	`number`	`0`

Returns

boolean

Example

import { MxCpp, McObject } from "mxcad"
  const mxcad:McObject = MxCpp.getCurrentMxCAD()
  mxcad.pathCircle(0, 0, 20);

pathLineTo

▸ pathLineTo(dX, dY): void

从当前位置画一条直线到指定位置

Parameters

Name	Type	Description
`dX`	`number`	X 坐标
`dY`	`number`	Y 坐标

Returns

void

Example

import { MxCpp, McObject } from "mxcad"
const mxcad:McObject = MxCpp.getCurrentMxCAD()
mxcad.pathLineTo(100, 300);

pathLineToEx

▸ pathLineToEx(dX, dY, dStartWidth, dEndWidth, dBulge): void

从当前位置画一条直线到指定位置，同时指定起始宽度、终止宽度和凸度

Parameters

Name	Type	Description
`dX`	`number`	X 坐标
`dY`	`number`	Y 坐标
`dStartWidth`	`number`	起始宽度
`dEndWidth`	`number`	终止宽度
`dBulge`	`number`	凸度

Returns

void

Example

import { MxCpp, McObject } from "mxcad"
const mxcad:McObject = MxCpp.getCurrentMxCAD()
mxcad.pathLineToEx(1000, 500, 30, 0, 0);

pathMakeClosed

▸ pathMakeClosed(): void

闭合路径

Returns

void

pathMakeExclude

▸ pathMakeExclude(isExclude): void

把当前路径做上排除标记，主要用于填充的绘制，把这个路径组成的闭合区域在填充中挖去

Parameters

Name	Type	Description
`isExclude`	`boolean`	是否排除

Returns

void

Example

import { MxCpp, McObject } from "mxcad"
   const mxcad:McObject = MxCpp.getCurrentMxCAD()
  //绘制一个实心有圆弧边界填充,中间挖去一块.
   mxcad.pathMoveToEx(440, 3310, 0, 0, 0);
   mxcad.pathLineTo(480, 3310);
   mxcad.pathLineTo(480, 3360);
   mxcad.pathLineTo(450, 3340);
  // 把上面定义的路径定义填充排除区域.
   mxcad.pathMakeExclude(true);

pathMoveTo

▸ pathMoveTo(dX, dY): void

将路径移动到指定位置

Parameters

Name	Type	Description
`dX`	`number`	X 坐标
`dY`	`number`	Y 坐标

Returns

void

Example

import { MxCpp, McObject } from "mxcad"
const mxcad:McObject = MxCpp.getCurrentMxCAD()
mxcad.pathMoveTo(0, 300);

pathMoveToEx

▸ pathMoveToEx(dX, dY, dStartWidth, dEndWidth, dBulge): void

移动路径到指定位置，同时指定起始宽度、终止宽度和凸度

Parameters

Name	Type	Description
`dX`	`number`	X 坐标
`dY`	`number`	Y 坐标
`dStartWidth`	`number`	起始宽度
`dEndWidth`	`number`	终止宽度
`dBulge`	`number`	-

Returns

void

Example

import { MxCpp, McObject } from "mxcad"
const mxcad:McObject = MxCpp.getCurrentMxCAD()
mxcad.pathMoveToEx(1000, 300, 10, 10, 0);

redo

▸ redo(): void

反回退，重做。

Returns

void

regen

▸ regen(delayTime?): void

重绘图上所有对象，在调用ZoomAll,ZoomW后，因为是异步执行，可能需要延迟调用Regen才会启作用。

Parameters

Name	Type	Default value
`delayTime`	`number`	`0`

Returns

void

Example

import { MxCpp, McObject } from 'mxcad'
 const mxcad:McObject = MxCpp.getCurrentMxCAD()
  //绘制一个带有宽度的圆
   mxcad.addLinetype("CircleLineType", "30,-5,7,-7");

   //设计当前线型为"CircleLineType"
   mxcad.drawLinetype = ("CircleLineType");

   mxcad.drawLineWidth = 40;

   mxcad.drawCircle(600, 800, 120);

   mxcad.zoomAll();
   mxcad.regen();
   mxcad.updateDisplay();

saveFile

▸ saveFile(filename?, call?, isDownland?, isShowSaveFileDialog?, parameter?): boolean

保存文件

Parameters

Name	Type	Default value	Description
`filename?`	`string`	`undefined`	另存为的新文件名称
`call?`	(`data`: `any`) => `void`	`undefined`	回调函数，可选参数，文件保存完成后的回调函数，参数为文件数据
`isDownland`	`boolean`	`true`	是否下载文件，默认为 true
`isShowSaveFileDialog`	`boolean`	`true`	是否显示保存文件对话框，默认为 true
`parameter?`	`object`	`undefined`	-

Returns

boolean

是否成功保存文件

Example

import { MxCpp, McObject } from "mxcad"
const mxcad:McObject = MxCpp.App.getCurrentMxCAD()
const fileName =  mxcad.getCurrentFileName()
mxcad.saveFile("test", (data)=> {
  const blob = new Blob([data.buffer], { type: "application/octet-stream" });
}, false, false)

saveFileToUrl

▸ saveFileToUrl(sSaveProgramUrl, call, filename?, param?): boolean

将文件保存并转换为网络路径下载

Parameters

Name	Type	Description
`sSaveProgramUrl`	`string`	后端 POST请求接口, 接口具体实现: 先下载MxDraw云图开发包https://www.mxdraw.com/download.html并解压找到MxDrawCloudServer\Bin\MxCAD\MxCADSaveFile\server.js 可以找到对应的实现接口"/mxcad/savefiledwg", "/mxcad/savefiledwg":保存dwg文件到服务器 "/mxcad/savefile":保存mxweb文件到服务器如果没有找到则在该项目下寻找这个接口的定义, 必须符合该接口的定义才能作为参数
`call`	(`iResult`: `number`, `sServerResult`: `string`) => `void`	保存文件的结果回调这里接收到的参数请自己根据接口定义中保存图纸的位置, ref.file 不是完整请求路径，只是保存后的图纸名称
`filename?`	`string`	-
`param?`	`any`	-

Returns

boolean

是否成功保存文件

Example

import { MxCpp, McObject } from "mxcad"
const mxcad:McObject = MxCpp.getCurrentMxCAD()
 MxCpp.getCurrentMxCAD().saveFileToUrl("http://localhost:3337/mxcad/savefiledwg", (iResult, sserverResult) => {
   let ret = JSON.parse(sserverResult);
   if (ret.ret == "ok") {
       console.log(ret.file)
   }
})

setAttribute

▸ setAttribute(val): boolean

设置对象的一些属性设置

Parameters

Name	Type	Description
`val`	`object`	属性设置内容. 1. DisplayPrecision 显示精度设置，默认为0,可以取0 ~1000,1000为最高精度了 2. EnableUndo 启用undo功能，默认是没有启动的 *

Returns

boolean

Example

* 启用undo
* mxcad.setAttribute({EnableUndo:true})
* ```

setBrowse

▸ setBrowse(browse): void

设置浏览模式

Parameters

Name	Type
`browse`	`boolean`

Returns

void

setCurrentLayout

▸ setCurrentLayout(layoutName): void

设置当前布局名

Parameters

Name	Type	Description
`layoutName`	`string`	布局名称

Returns

void

setSysVarDouble

▸ setSysVarDouble(varName, val): boolean

设置系统变量的浮点数值

Parameters

Name	Type	Description
`varName`	`string`	变量名称
`val`	`number`	变量的浮点数值

Returns

boolean

是否成功设置变量值

setSysVarLong

▸ setSysVarLong(varName, val): boolean

设置系统变量的整数值

Parameters

Name	Type	Description
`varName`	`string`	变量名称
`val`	`number`	变量的整数值

Returns

boolean

是否成功设置变量值

setSysVarPoint

▸ setSysVarPoint(varName, pt): boolean

设置系统变量的点数值

Parameters

Name	Type	Description
`varName`	`string`	变量名称
`pt`	`McGePoint3d`	-

Returns

boolean

是否成功设置变量值

setSysVarPoint2d

▸ setSysVarPoint2d(varName, pt): boolean

设置系统变量的2维点数值

Parameters

Name	Type	Description
`varName`	`string`	变量名称
`pt`	`McGePoint3d`	-

Returns

boolean

是否成功设置变量值

setSysVarString

▸ setSysVarString(varName, val): any

设置系统变量的字符串值

Parameters

Name	Type	Description
`varName`	`string`	变量名称
`val`	`string`	变量的字符串值

Returns

any

是否成功设置变量值

setViewBackgroundColor

▸ setViewBackgroundColor(red, green, blue): void

设置视区的背景色.

Parameters

Name	Type
`red`	`number`
`green`	`number`
`blue`	`number`

Returns

void

Example

import { MxCpp, McObject } from "mxcad"
const mxcad:McObject = MxCpp.getCurrentMxCAD()
mxcad.setViewBackgroundColor(255, 255, 255)

undo

▸ undo(): void

回退到上一个命令或标记处

Returns

void

undoMark

▸ undoMark(): void

在当前设置一个回退标记.

Returns

void

updateDisplay

▸ updateDisplay(isImmediate?, delayTime?): void

更新显示

Parameters

Name	Type	Default value	Description
`isImmediate`	`boolean`	`false`	是否立即更新
`delayTime`	`number`	`0`	延迟更新时间

Returns

void

updateLayerDisplayStatus

▸ updateLayerDisplayStatus(): void

更新图层的显示

Returns

void

zoomAll

▸ zoomAll(): boolean

显示全部

Returns

boolean

zoomAngle

▸ zoomAngle(viewangle): void

设置显示视区的角度，单位是PI.

Parameters

Name	Type	Description
`viewangle`	`number`	旋转角度 Math.PI

Returns

void

void

Example

typescript

import { MxCpp, McObject } from "mxcad"
const mxcad:McObject = MxCpp.getCurrentMxCAD()
mxcad.zoomAngle(Math.PI / 2)

zoomCenter

▸ zoomCenter(dCenX, dCenY): void

把当前显示范围移到指定的位置,dCenX,dCenY是DWG图纸坐标。

Parameters

Name	Type
`dCenX`	`number`
`dCenY`	`number`

Returns

void

void

Example

typescript

import { MxCpp, McGePoint3d, McObject } from "mxcad"
const mxcad:McObject = MxCpp.getCurrentMxCAD()
mxcad.zoomCenter(0, 0)

zoomScale

▸ zoomScale(scale): void

缩放当前显示范围，它是相对于当前显示范围进行缩放

Parameters

Name	Type	Description
`scale`	`number`	scale缩放比例

Returns

void

void

Example

import { MxCpp, McObject } from 'mxcad'
 const mxcad:McObject = MxCpp.getCurrentMxCAD()
   mxcad.drawLine(350, 220, 600, 220);
   mxcad.zoomScale(o.6);

zoomW

▸ zoomW(minPt, maxPt): void

把当前显示范围移到指定的显示范围

Parameters

Name	Type	Description
`minPt`	`McGePoint3d`	坐标1 McGePoint3d
`maxPt`	`McGePoint3d`	坐标2 McGePoint3d

Returns

void

void

Example

typescript

import { MxApp, McGePoint3d, McObject } from "mxcad"
const mxcad:McObject = MxCpp.getCurrentMxCAD()
mxcad.zoomW(new McGePoint3d(0, 0), new McGePoint3d(30, 30))

Class: McObject ​

Table of contents ​

Constructors ​

Accessors ​

Methods ​

Constructors ​

constructor ​

Parameters ​

Accessors ​

database ​

Returns ​

drawColor ​

Returns ​

Parameters ​

Returns ​

drawColorIndex ​

Returns ​

Parameters ​

Returns ​

drawDimStyle ​

Returns ​

Parameters ​

Returns ​

drawLayer ​

Returns ​

Parameters ​

Returns ​

drawLineTypeScale ​

Returns ​

Parameters ​

Returns ​

drawLineWeight ​

Returns ​

Parameters ​

Returns ​

drawLineWidth ​

Returns ​

Parameters ​

Returns ​

drawLinetype ​

Returns ​

Parameters ​

Returns ​

drawPatternDefinition ​

Returns ​

Parameters ​

Returns ​

drawTextStyle ​

Returns ​

Parameters ​

Returns ​

drawUseDefaultProperties ​

Returns ​

Parameters ​

Returns ​

mxdraw ​

Returns ​

Methods ​

AddTureTypeTextStyle ​

Parameters ​

Returns ​

addCurrentSelect ​

Parameters ​

Returns ​

addDimStyle ​

Parameters ​

Returns ​

addImageDefine ​

Parameters ​

Returns ​

addLayer ​

Parameters ​

Returns ​

addLinetype ​

Parameters ​

Returns ​

addLinetypeEx ​

Parameters ​

Returns ​

addPatternDefinition ​

Class: McObject

Table of contents

Constructors

Accessors

Methods

Constructors

constructor

Parameters

Accessors

database

Returns

drawColor

Returns

Parameters

Returns

drawColorIndex

Returns

Parameters

Returns

drawDimStyle

Returns

Parameters

Returns

drawLayer

Returns

Parameters

Returns

drawLineTypeScale

Returns

Parameters

Returns

drawLineWeight

Returns

Parameters

Returns

drawLineWidth

Returns

Parameters

Returns

drawLinetype

Returns

Parameters

Returns

drawPatternDefinition

Returns

Parameters

Returns

drawTextStyle

Returns

Parameters

Returns

drawUseDefaultProperties

Returns

Parameters

Returns

mxdraw

Returns

Methods

AddTureTypeTextStyle

Parameters

Returns

addCurrentSelect

Parameters

Returns

addDimStyle

Parameters

Returns

addImageDefine

Parameters

Returns

addLayer

Parameters

Returns

addLinetype

Parameters

Returns

addLinetypeEx

Parameters

Returns

addPatternDefinition