CAD中用lisp程序实现批量偏移_python实例_cad半自动绘图

前言

暑假找了份测绘员的工作&＃xff0c;工作内容就是先外业去测量各个小区楼房&＃xff0c;然后内业用cad画立面图。原先在学校实习需要3天才能画完的立面图&＃xff0c;工作第一天花4个小时画完&＃xff0c;等到第10天的时候时间缩短至2小时。但是带我的老哥只需要40分钟。为了减少自己工作量&＃xff0c;打算用python帮个忙&＃xff0c;帮我把重复的画图工作做了&＃xff0c;现在已经可以1个小时左右画完一栋楼的立面图。

一栋楼需要画东南西北视图&＃43;分层图&＃43;屋顶平面图

成品

https://github.com/kakasearch/semi-automatic-cad/tree/master/%E6%89%93%E5%8C%85

    代码偏长&＃xff0c;直接放成品。实现了批量画偏移线、窗户、阳台、单元门&＃xff0c;也可以读入配置文件把各个实体画完。里面最好玩的就是实现了批量偏移线&＃xff0c;可以间隔任意长度&＃xff0c;不需要多次输入&＃xff0c;实用且好用

需求

每个楼要花的东西都是相同的图例&＃xff0c;但是大小、位置都不完全相同&＃xff0c;所以希望程序能操纵cad画图&＃xff0c;而不是直接生成一个文件&＃xff1b;其次&＃xff0c;只需要把楼的主体框架和各种零部件画出来&＃xff0c;然后由我来决定怎样组装成一个整体&＃xff1b;最后&＃xff0c;我希望有一个配置文件&＃xff0c;每次简单改一改配置文件就可适应新的小区。

思路

1. pyautocad绘制实体

2. pyqt5做GUI

01

cad绘图功能

用到的cad基本功能有4个&＃xff0c;画直线、画多段线、文本注释、图层设置&＃xff0c;难度不大&＃xff0c;好玩性一般

import sysimport cadtoolfrom pyautocad import Autocad,APoint,aDoublefrom re import findallfrom json import loadsfrom PyQt5.QtWidgets import (QMainWindow, QTextEdit, QAction, QFileDialog, QApplication)from PyQt5.QtGui import QIconclass cad: def __init__(self,ui): self.acad &＃61; Autocad(create_if_not_exists&＃61;True) self.ui &＃61; ui def info(self,str_): #信息提示 self.acad.prompt(str_) self.ui.label.setText(str_&＃43;"\n"&＃43;&＃39;\n&＃39;.join(self.ui.label.toPlainText().split(&＃39;\n&＃39;)[:20])) def new_layer(self,name,attr&＃61;&＃39;&＃39;): #设置图层 #输入要改变的图元&＃xff0c;目标图层名字,传attr新建图层样式&＃xff0c;attr为字典 #attr &＃61;{&＃39;color&＃39;:1, # &＃39;linetype&＃39;&＃xff1a;&＃39;ACAD_ISO08W100&＃39;, # &＃39;lineweight&＃39;:0.13 # } layer &＃61; self.acad.ActiveDocument.Layers.Add(name) #如果有参数&＃xff0c;就改&＃xff0c;会覆盖 pro &＃61; [i for i in attr] if &＃39;color&＃39; in pro and attr[&＃39;color&＃39;]: try: layer.color &＃61; attr[&＃39;color&＃39;] # ClrNum为颜色索引号&＃xff0c;其取值范围为[0,256]&＃xff1b; # 标准颜色的颜色索引号指定如下&＃xff1a;&＃xff1a;1 红、2 黄、3 绿、4 青、5 蓝、6 洋红、7 白/黑&＃xff1b; # 0 ByBlock、256 ByLayer&＃xff1b; # 其他颜色索引号见 https://wenku.baidu.com/view/9d458b70195f312b3069a505.html。 except: self.info(&＃39;error&＃xff01;&＃xff01;&＃xff01;&＃xff01;&＃xff01;&＃xff01;&＃xff01;&＃xff01;&＃xff01;颜色设置失败&＃xff0c;请自行设置&＃39;) if &＃39;linetype&＃39; in pro and attr[&＃39;linetype&＃39;]: try:#设置线型 self.acad.ActiveDocument.Linetypes.Load(attr[&＃39;Linetype&＃39;],"acadiso.lin") # 加载线型&＃xff0c;"ACAD_ISO05W100"为线型名称&＃xff0c;详细信息见CAD帮助文档&＃xff1b; # "acadiso.lin"为用于公制单位的线型定义文件&＃xff0c;详细信息见CAD帮助文档&＃xff1b; # 为图层指定线型前&＃xff0c;需先加载相关线型&＃xff1b; # 注意&＃xff1a;不能重复加载&＃xff0c;否则报错——&＃39;记录名重复&＃39; layer.Linetype &＃61; attr[&＃39;Linetype&＃39;] except: layer.Linetype &＃61; attr[&＃39;Linetype&＃39;] if &＃39;lineweight&＃39; in pro and attr[&＃39;lineweight&＃39;]: try:#设置线型宽 layer.Lineweight &＃61; attr[&＃39;Lineweight&＃39;]*100 # 13表示线宽为0.01mm的13倍&＃xff0c;即0.13mm&＃xff1b; # 线宽值∈{0,5,9,13,15,18,20,25,30,35,40,50,53,60,70,80,90,100,106,120,140,158,200,211}&＃xff1b; # 线宽值在上述集合中选取&＃xff0c;含义为0.01mm的整数倍&＃xff1b;其他数值非系统默认&＃xff1b; # 可以修改现有线宽&＃xff0c;但不能添加或删除线宽&＃xff0c;修改在CAD程序中进行。 except: self.info(&＃39;error&＃xff01;&＃xff01;&＃xff01;&＃xff01;&＃xff01;&＃xff01;&＃xff01;&＃xff01;&＃xff01;线宽设置错误&＃xff0c;检查cad是否有次线宽&＃xff0c;或自行设置&＃39;) return layer def set_layer(self,from_object,target,attr&＃61;{}): layers_names &＃61; [self.acad.ActiveDocument.Layers.Item(i).Name for i in range(self.acad.ActiveDocument.Layers.count)] # 当前文件模型空间中所包含的所有图层名称 if(target not in layers_names): #没有这个图层&＃xff0c;新建一个 self.new_layer(target,attr) from_object.layer &＃61; target def cad_o(self,h_offset,v_offset,space&＃61;50,start&＃61;[0,0],config&＃61;&＃39;&＃39;): #cad o命令 #输入偏移数组&＃xff0c;输出偏移线 #[&＃39;1&＃39;,&＃39;2&＃39;,&＃39;3&＃39;] or [&＃39;0&＃39;] #水平偏移数组&＃xff0c;垂直偏移 #min_left #记录图形最下角位置y&＃xff0c;防止重叠 p2 &＃61; APoint(0,0) if [&＃39;0&＃39;] !&＃61; h_offset: #画水平偏移线 offset_data_arrary &＃61; [] for i in range(len(h_offset)): offset_data_arrary.append(float(h_offset[i])) offset_length &＃61; max(offset_data_arrary)*3 #线的长度 p1 &＃61; APoint(start[0],start[1]&＃43;self.min_left)#起始点 p1_ &＃61; APoint(start[0],start[1]&＃43;self.min_left)#起始点 p2 &＃61; APoint(0, self.min_left&＃43;start[1]-offset_length)#终点 self.min_left &＃61;p2.y - space #间隔50&＃xff0c;便于下次画 ###################min_left &＃61; p2.y -50 #间隔50&＃xff0c;便于下次画 objs &＃61; [] #向下画线 objs.append(self.acad.model.AddLine(p1, p2)) for offset in offset_data_arrary:#右侧偏移 p1.x &＃43;&＃61; offset p2.x &＃43;&＃61; offset objs.append(self.acad.model.AddLine(p1, p2)) print(p1_,p1,p2) objs.append(self.acad.model.AddLine(APoint(p1_.x,p2.y), p2)) #下边连接 if config: target_layer &＃61; config[&＃39;layer&＃39;] for obj in objs: self.set_layer(obj,target_layer[&＃39;name&＃39;],target_layer) self.info(&＃39;水平偏移&＃39;&＃43;str(offset_data_arrary)) if [&＃39;0&＃39;] !&＃61; v_offset: #画竖直偏移线 offset_data_arrary &＃61; [] for i in range(len(v_offset)): offset_data_arrary.append(float(v_offset[i])) if p2.y: offset_length &＃61;p2.y #线的长度 p1 &＃61; APoint(0, p2.y)#起始点 else: self.min_left -&＃61; space #间隔50&＃xff0c;便于下次画 offset_length &＃61; max(offset_data_arrary)*3 p1 &＃61;APoint(0,min_left) p2 &＃61; APoint(offset_length,min_left) #向右画线 objs &＃61; [] objs.append(self.acad.model.AddLine(p1, p2)) for offset in offset_data_arrary:#上侧偏移 p1.y &＃43;&＃61; offset p2.y &＃43;&＃61; offset objs.append(self.acad.model.AddLine(p1, p2)) if config: target_layer &＃61; config[&＃39;layer&＃39;] for obj in objs: self.set_layer(obj,target_layer[&＃39;name&＃39;],target_layer) self.info(&＃39;垂直偏移&＃39;&＃43;str(offset_data_arrary)) def cad_pl(self,arr): #输入坐标数组 [(1,2),(2,3)] or [apoint(1,2),apoint(1,3)] or[1,2,0,1,3,0] #画线&＃xff0c;返回pl对象 try: if len(arr[0]) &＃61;&＃61; 2: #[(1,2),(2,3)] tmp &＃61; [] for item in arr: tmp.append((item[0],item[1],0)) pnts &＃61; [j for i in tmp for j in i] # 将各点坐标顺序变换为1行多列的1维数组。 elif len(arr[0]) &＃61;&＃61;3: #[apoint(1,2),apoint(1,3)] pnts &＃61; [j for i in arr for j in i] else: self.info(&＃39;cad_pl error!!&＃39;) return except: #[1,2,0,1,3,0] pnts &＃61; arr pnts &＃61; aDouble(pnts) return self.acad.model.AddPolyLine(pnts) def offset(self,config&＃61;&＃39;&＃39;): #可以批量偏移的偏移命令 ###数据获取 if(config): target_layer &＃61; config[&＃39;layer&＃39;] datas &＃61; config[&＃39;data&＃39;] space &＃61; config[&＃39;space&＃39;] start &＃61; config[&＃39;start&＃39;] datas&＃61;config[&＃39;data&＃39;] else: space &＃61; 800 start &＃61; [0,0]#窗户起始右下标 target_layer &＃61; &＃39;&＃39; datas&＃61; self.ui.text.toPlainText().replace(&＃39;&＃xff0c;&＃39;,&＃39;,&＃39;).split(&＃39;\n&＃39;) if not datas: self.info(&＃39;需要先输入数据&＃39;) return self.min_left &＃61; 0 #左下角位置 #数据处理成固定格式&＃xff0c;123 123 #self.info(&＃39;读取数据 &＃39;&＃43;str(datas)) for i in range(len(datas)): #&＃39;2,3,4 4,3,2&＃39; or &＃39;1,2,3,4&＃39; if &＃39;#&＃39; in datas[i]: offset &＃61; datas[i].split(&＃39;#&＃39;) elif &＃39;\t&＃39; in datas[i]: offset &＃61; datas[i].split(&＃39;\t&＃39;) elif &＃39; &＃39; in datas[i]: offset &＃61; datas[i].split(&＃39; &＃39;) else: offset &＃61; [datas[i],&＃39;0&＃39;] ##[&＃39;1,2,3&＃39;,&＃39;3,2,1&＃39;] or [&＃39;1,2,3&＃39;,&＃39;0&＃39;] h_offset &＃61; findall(r&＃39;\d&＃43;[\.]?\d*&＃39;,offset[0])#取出所有数字 v_offset &＃61; findall(r&＃39;\d&＃43;[\.]?\d*&＃39;,offset[1])#取出所有数字 #画偏移 obj &＃61; self.cad_o(h_offset,v_offset,space&＃61;space,start&＃61;start,config&＃61;config) def window(self,config&＃61;&＃39;&＃39;): #窗户向左画 if(config): space &＃61; config[&＃39;space&＃39;] start &＃61; config[&＃39;start&＃39;]#窗户起始右下标 target_layer &＃61; config[&＃39;layer&＃39;] datas &＃61; config[&＃39;data&＃39;] else: space &＃61; 800 start &＃61; [0,0]#窗户起始右下标 target_layer &＃61; &＃39;&＃39; datas&＃61; self.ui.text.toPlainText().replace(&＃39;&＃xff0c;&＃39;,&＃39;,&＃39;) if datas: hvs &＃61; findall(r&＃39;\d&＃43;[\.]?\d*&＃39;,datas)#取出所有数字 else: self.info(&＃39;请输入数据&＃39;) return #self.info(list(range(len(hvs))[::2])) for i in range(len(hvs))[::2]: h &＃61; float(hvs[i]) v &＃61; float(hvs[i&＃43;1]) self.acad.model.AddText(&＃39;{}x{}&＃39;.format(hvs[i],hvs[i&＃43;1]), APoint(start[0]-h,start[1]-700), 300) self.info(&＃39;窗口绘制&＃xff1a;{},{}&＃39;.format(hvs[i],hvs[i&＃43;1])) x,y &＃61; start[0],start[1] pnts &＃61; [(x,y),(x-h,y),(x-h,y&＃43;v),(x,y&＃43;v),(x,y),(x,y&＃43;v/2),(x-h,y&＃43;v/2),(x-h/2,y&＃43;v/2),(x-h/2,y&＃43;v),(x-h/2,y)] obj &＃61; self.cad_pl(pnts) if target_layer: self.set_layer(obj,target_layer[&＃39;name&＃39;],target_layer) start &＃61;(start[0]-space-h,start[1]) #pnts.append(-h,min_right 0,min_right 0,-v&＃43;min_right -h,-v&＃43;min_right -h,min_right -h/2,min_right -h/2,-v&＃43;min_right -h/2,-v/2&＃43;min_right, -h,-v/2&＃43;min_right 0,-v/2&＃43;min_right) def balcony(self,config&＃61;&＃39;&＃39;): if(config): space &＃61; config[&＃39;space&＃39;] start &＃61; config[&＃39;start&＃39;]#窗户起始右下标 target_layer &＃61; config[&＃39;layer&＃39;] datas &＃61; config[&＃39;data&＃39;] else: space &＃61; 800 start &＃61; [0,0]#窗户起始右下标 target_layer &＃61; &＃39;&＃39; datas&＃61; self.ui.text.toPlainText().replace(&＃39;&＃xff0c;&＃39;,&＃39;,&＃39;) if datas: hvs &＃61; findall(r&＃39;\d&＃43;[\.]?\d*&＃39;,datas)#取出所有数字 else: self.info(&＃39;请输入数据&＃39;) return #self.info(list(range(len(hvs))[::2])) for i in range(len(hvs))[::2]: h &＃61; float(hvs[i]) v &＃61; float(hvs[i&＃43;1]) self.acad.model.AddText(&＃39;{}x{}&＃39;.format(hvs[i],hvs[i&＃43;1]), APoint(start[0],start[1]-700), 300) self.info(&＃39;阳台绘制&＃xff1a;{},{}&＃39;.format(hvs[i],hvs[i&＃43;1])) num &＃61; 0 x,y &＃61; start#起点元祖 while h/(2**num)>2000: num&＃43;&＃61;1 min_h &＃61; h/(2**num) pnts &＃61; [] for i in range(2**num): #一组 temp_pnts &＃61; [(x,y),(x&＃43;min_h,y),(x&＃43;min_h,y&＃43;v),(x,y&＃43;v),(x,y),(x,y&＃43;v*2/3),(x&＃43;min_h,y&＃43;v*2/3),(x&＃43;min_h/2,y&＃43;v*2/3),(x&＃43;min_h/2,y),(x&＃43;min_h,y)] pnts&＃43;&＃61; temp_pnts x&＃43;&＃61;min_h#下一个 obj &＃61; self.cad_pl(pnts) if target_layer: self.set_layer(obj,target_layer[&＃39;name&＃39;],target_layer) start &＃61;(start[0]&＃43;h&＃43;space,start[1]) def door(self,config&＃61;&＃39;&＃39;): #door 向左下画 if(config): space &＃61; config[&＃39;space&＃39;] start &＃61; config[&＃39;start&＃39;]#窗户起始右下标 target_layer &＃61; config[&＃39;layer&＃39;] datas &＃61; config[&＃39;data&＃39;] else: space &＃61; 800 start &＃61; [0,0]#窗户起始右下标 target_layer &＃61; &＃39;&＃39; datas &＃61; self.ui.text.toPlainText().replace(&＃39;&＃xff0c;&＃39;,&＃39;,&＃39;) if datas: hvs &＃61; findall(r&＃39;\d&＃43;[\.]?\d*&＃39;,datas)#取出所有数字 else: self.info(&＃39;请输入数据&＃39;) return #self.info(list(range(len(hvs))[::2])) for i in range(len(hvs))[::2]: h &＃61; float(hvs[i]) v &＃61; float(hvs[i&＃43;1]) self.acad.model.AddText(&＃39;{}x{}&＃39;.format(hvs[i],hvs[i&＃43;1]), APoint(start[0]-h,start[1]-v-700), 300) self.info(&＃39;门绘制&＃xff1a;{},{}&＃39;.format(hvs[i],hvs[i&＃43;1])) x,y &＃61; start#起点元祖 pnts &＃61; [(x,y),(x-h,y),(x-h,y-v),(x,y-v),(x,y)] outer &＃61; self.cad_pl(pnts)#框 if config: self.set_layer(outer,target_layer[&＃39;name&＃39;],target_layer) pnts &＃61; [(x,y),(x-0.82*h,y-0.1*v),(x-h,y-v)] inner &＃61; self.cad_pl(pnts)#里面黄线 inner.color &＃61; 2 # 标准颜色的颜色索引号指定如下&＃xff1a;&＃xff1a;1 红、2 黄、3 绿、4 青、5 蓝、6 洋红、7 白/黑&＃xff1b; start &＃61;(start[0]-space-h,start[1]) def draw_from_config(self,path&＃61;&＃39;config.json&＃39;): #self.info(path) #self.info(data) data &＃61; self.ui.text.toPlainText() if data: try: data &＃61; loads(data) self.info(&＃39;正在读取 &＃39;&＃43;data[&＃39;name&＃39;]) except: self.info(&＃39;配置解析失败&＃xff0c;请检查是否为json格式&＃39;) return else: self.info(&＃39;请先输入数据&＃39;) return for key in [&＃39;offset&＃39;,&＃39;window&＃39;,&＃39;balcony&＃39;,&＃39;door&＃39;]: if tmp :&＃61; data.get(key): if tmp.get(&＃39;name&＃39;): self.info(&＃39;\n\n*****开始绘制&＃xff1a;&＃39;&＃43;tmp[&＃39;name&＃39;]) eval("self.%s(tmp)"%key) self.info(&＃39;\n\n&＃61;&＃61;&＃61;&＃61;&＃61;&＃61;&＃61;&＃61;&＃61;&＃61;&＃61;&＃61;&＃61;&＃61;&＃61;&＃61;&＃61;&＃61;&＃61;&＃61;&＃61;&＃61;&＃61;&＃61;&＃61;&＃61;&＃61;&＃61;&＃61;&＃61;&＃61;&＃61;&＃39;)def showDialog(ui): ui.setWindowFlags(QtCore.Qt.WindowStaysOnTopHint) # 弹出文件选择框。第一个字符串参数是getOpenFileName()方法的标题。第二个字符串参数指定了对话框的工作目录。 # 默认的&＃xff0c;文件过滤器设置成All files (*)。 fname &＃61; QFileDialog.getOpenFileName(None, &＃39;Open file&＃39;, &＃39;./config.json&＃39;,&＃39;*;;*.json;;*.txt&＃39;) # 选中文件后&＃xff0c;读出文件的内容&＃xff0c;并设置成文本编辑框组件的显示文本 if fname[0]: f &＃61; open(fname[0], &＃39;r&＃39;,encoding&＃61;&＃39;utf-8&＃39;) with f: data &＃61; f.read() ui.text.setPlainText(data)if __name__ &＃61;&＃61; &＃39;__main__&＃39;: try: app &＃61; QApplication(sys.argv) MainWindow &＃61; QMainWindow() ui &＃61; cadtool.Ui_cad_tool() ui.setupUi(MainWindow) MainWindow.show() cad &＃61; cad(ui) ui.window_btn.clicked.connect(lambda :cad.window()) ui.door_btn.clicked.connect(lambda :cad.door()) ui.offset_btn.clicked.connect(lambda :cad.offset()) ui.balcony_btn.clicked.connect(lambda :cad.balcony()) ui.config_btn.clicked.connect(lambda :cad.draw_from_config()) ui.actionopen_2.triggered.connect(lambda :showDialog(ui)) ui.actionexit_2.triggered.connect(lambda :exit()) #ui.plainTextEdit_5.setPlainText("...") sys.exit(app.exec_()) except Exception as e: cad.info(str(e))

02

pyqt5

# -*- coding: utf-8 -*-# Form implementation generated from reading ui file &＃39;cadtool.ui&＃39;## Created by: PyQt5 UI code generator 5.15.0## WARNING: Any manual changes made to this file will be lost when pyuic5 is# run again. Do not edit this file unless you know what you are doing.from PyQt5 import QtCore, QtGui, QtWidgetsfrom PyQt5.QtWidgets import (QMainWindow, QTextEdit, QAction, QFileDialog, QApplication)from PyQt5.QtGui import QIconclass Ui_cad_tool(object): def setupUi(self, cad_tool): cad_tool.setObjectName("cad_tool") cad_tool.resize(432, 346) cad_tool.setWindowFlags(QtCore.Qt.WindowStaysOnTopHint) icon &＃61; QtGui.QIcon() icon.addPixmap(QtGui.QPixmap("cad.ico"), QtGui.QIcon.Normal, QtGui.QIcon.Off) cad_tool.setWindowIcon(icon) self.centralwidget &＃61; QtWidgets.QWidget(cad_tool) self.centralwidget.setObjectName("centralwidget") self.gridLayout &＃61; QtWidgets.QGridLayout(self.centralwidget) self.gridLayout.setObjectName("gridLayout") self.verticalLayout &＃61; QtWidgets.QVBoxLayout() self.verticalLayout.setObjectName("verticalLayout") self.offset_btn &＃61; QtWidgets.QPushButton(self.centralwidget) sizePolicy &＃61; QtWidgets.QSizePolicy(QtWidgets.QSizePolicy.Minimum, QtWidgets.QSizePolicy.Preferred) sizePolicy.setHorizontalStretch(0) sizePolicy.setVerticalStretch(0) sizePolicy.setHeightForWidth(self.offset_btn.sizePolicy().hasHeightForWidth()) self.offset_btn.setSizePolicy(sizePolicy) self.offset_btn.setMaximumSize(QtCore.QSize(16777215, 16777215)) self.offset_btn.setBaseSize(QtCore.QSize(0, 30)) self.offset_btn.setIconSize(QtCore.QSize(16, 30)) self.offset_btn.setObjectName("offset_btn") self.verticalLayout.addWidget(self.offset_btn) self.window_btn &＃61; QtWidgets.QPushButton(self.centralwidget) sizePolicy &＃61; QtWidgets.QSizePolicy(QtWidgets.QSizePolicy.Minimum, QtWidgets.QSizePolicy.Preferred) sizePolicy.setHorizontalStretch(0) sizePolicy.setVerticalStretch(0) sizePolicy.setHeightForWidth(self.window_btn.sizePolicy().hasHeightForWidth()) self.window_btn.setSizePolicy(sizePolicy) self.window_btn.setObjectName("window_btn") self.verticalLayout.addWidget(self.window_btn) self.balcony_btn &＃61; QtWidgets.QPushButton(self.centralwidget) sizePolicy &＃61; QtWidgets.QSizePolicy(QtWidgets.QSizePolicy.Minimum, QtWidgets.QSizePolicy.Preferred) sizePolicy.setHorizontalStretch(0) sizePolicy.setVerticalStretch(0) sizePolicy.setHeightForWidth(self.balcony_btn.sizePolicy().hasHeightForWidth()) self.balcony_btn.setSizePolicy(sizePolicy) self.balcony_btn.setObjectName("balcony_btn") self.verticalLayout.addWidget(self.balcony_btn) self.door_btn &＃61; QtWidgets.QPushButton(self.centralwidget) sizePolicy &＃61; QtWidgets.QSizePolicy(QtWidgets.QSizePolicy.Minimum, QtWidgets.QSizePolicy.Preferred) sizePolicy.setHorizontalStretch(0) sizePolicy.setVerticalStretch(0) sizePolicy.setHeightForWidth(self.door_btn.sizePolicy().hasHeightForWidth()) self.door_btn.setSizePolicy(sizePolicy) self.door_btn.setObjectName("door_btn") self.verticalLayout.addWidget(self.door_btn) self.gridLayout.addLayout(self.verticalLayout, 1, 1, 1, 1) self.verticalLayout_3 &＃61; QtWidgets.QVBoxLayout() self.verticalLayout_3.setObjectName("verticalLayout_3") self.text &＃61; QtWidgets.QPlainTextEdit(self.centralwidget) sizePolicy &＃61; QtWidgets.QSizePolicy(QtWidgets.QSizePolicy.Preferred, QtWidgets.QSizePolicy.Preferred) sizePolicy.setHorizontalStretch(0) sizePolicy.setVerticalStretch(0) sizePolicy.setHeightForWidth(self.text.sizePolicy().hasHeightForWidth()) self.text.setSizePolicy(sizePolicy) self.text.setPlaceholderText("请在此输入。。。") self.text.setObjectName("text") self.verticalLayout_3.addWidget(self.text) self.config_btn &＃61; QtWidgets.QPushButton(self.centralwidget) sizePolicy &＃61; QtWidgets.QSizePolicy(QtWidgets.QSizePolicy.Preferred, QtWidgets.QSizePolicy.Preferred) sizePolicy.setHorizontalStretch(0) sizePolicy.setVerticalStretch(0) sizePolicy.setHeightForWidth(self.config_btn.sizePolicy().hasHeightForWidth()) self.config_btn.setSizePolicy(sizePolicy) self.config_btn.setObjectName("config_btn") self.verticalLayout_3.addWidget(self.config_btn) self.gridLayout.addLayout(self.verticalLayout_3, 1, 0, 1, 1) self.label &＃61; QtWidgets.QTextBrowser(self.centralwidget) self.label.setObjectName("label") self.gridLayout.addWidget(self.label, 0, 0, 1, 2) cad_tool.setCentralWidget(self.centralwidget) self.menubar &＃61; QtWidgets.QMenuBar(cad_tool) self.menubar.setGeometry(QtCore.QRect(0, 0, 432, 22)) self.menubar.setObjectName("menubar") self.menuopen &＃61; QtWidgets.QMenu(self.menubar) self.menuopen.setObjectName("menuopen") cad_tool.setMenuBar(self.menubar) self.statusbar &＃61; QtWidgets.QStatusBar(cad_tool) self.statusbar.setObjectName("statusbar") cad_tool.setStatusBar(self.statusbar) self.actionexit &＃61; QtWidgets.QAction(cad_tool) self.actionexit.setObjectName("actionexit") self.actionopen &＃61; QtWidgets.QAction(cad_tool) self.actionopen.setObjectName("actionopen") self.actionabout_us &＃61; QtWidgets.QAction(cad_tool) self.actionabout_us.setObjectName("actionabout_us") self.actionopen_2 &＃61; QtWidgets.QAction(cad_tool) self.actionopen_2.setObjectName("actionopen_2") self.actionexit_2 &＃61; QtWidgets.QAction(cad_tool) self.actionexit_2.setObjectName("actionexit_2") self.menuopen.addAction(self.actionopen_2) self.menuopen.addAction(self.actionexit_2) self.menubar.addAction(self.menuopen.menuAction()) self.retranslateUi(cad_tool) QtCore.QMetaObject.connectSlotsByName(cad_tool) def retranslateUi(self, cad_tool): _translate &＃61; QtCore.QCoreApplication.translate cad_tool.setWindowTitle(_translate("cad_tool", "cad_tool")) self.offset_btn.setText(_translate("cad_tool", "批量偏移")) self.window_btn.setText(_translate("cad_tool", "窗户")) self.balcony_btn.setText(_translate("cad_tool", "阳台")) self.door_btn.setText(_translate("cad_tool", "单元门")) self.config_btn.setText(_translate("cad_tool", "读取配置")) self.label.setPlaceholderText(_translate("cad_tool", "消息区")) self.menuopen.setTitle(_translate("cad_tool", "file")) self.actionexit.setText(_translate("cad_tool", "exit")) self.actionopen.setText(_translate("cad_tool", "open")) self.actionabout_us.setText(_translate("cad_tool", "about us")) self.actionopen_2.setText(_translate("cad_tool", "open")) self.actionopen_2.setStatusTip(_translate("cad_tool", "open config", "open")) self.actionopen_2.setShortcut(_translate("cad_tool", "Ctrl&＃43;O")) self.actionexit_2.setText(_translate("cad_tool", "exit")) self.actionexit_2.setStatusTip(_translate("cad_tool", "exit "))        self.actionexit_2.setShortcut(_translate("cad_tool", "Esc"))

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