20241219更新已有工具&代码

代码/20210827随机边长/RWexcel.py

@@ -0,0 +1,202 @@
+import os
+from typing import Counter
+import openpyxl
+from openpyxl.styles import PatternFill, Border, Side, Alignment, Protection, Font
+import datetime
+import random
+from tkinter import *  
+import tkinter as tk
+import tkinter.filedialog
+import tkinter.messagebox
+
+def start():
+    window = tk.Tk()  # 创建窗口对象的背景色
+    window.title('随机边长填表程序')   # 设置窗口的标题
+    window.geometry('400x275')      # 设置窗口的大小
+    title = tk.Label(window, text='随机边长填表程序', font=('微软雅黑', 12), width=40, height=3)
+    title.place(x=0,y=0,anchor='nw')
+
+    choosepath = tk.Label(window,text='选择成果表：',font=('微软雅黑',12),width=20,height=2)
+    choosepath.place(x=0,y=50,anchor='nw')
+    path_var1 = tk.StringVar() #输入路径
+    entry1 = tk.Entry(window, textvariable=path_var1)
+    entry1.place(x=170, y=65, anchor='nw')
+
+    exceltext = tk.Label(window,text='选择精度检测表：',font=('微软雅黑',12),width=20,height=2)
+    exceltext.place(x=0,y=100,anchor='nw')
+    path_var2 = tk.StringVar() #输入路径
+    entry2 = tk.Entry(window, textvariable=path_var2)
+    entry2.place(x=170, y=110, anchor='nw')
+
+    def choose1():
+        filename=tkinter.filedialog.askopenfilename(filetypes=[("xls,xlsx格式",".xlsx")])
+        path_var1.set(filename)
+
+    def choose2():
+        filename2=tkinter.filedialog.askopenfilename(filetypes=[("xls,xlsx格式",".xlsx")])
+        path_var2.set(filename2)
+
+    def tuichu():
+        window.destroy()
+
+    def unmergecell(path):
+        tdata3 = openpyxl.load_workbook(path)
+        sheetna3 = tdata3.sheetnames
+        sheet3 = tdata3[sheetna3[0]]
+        tabledd = 1
+        writemm = 8
+        while tabledd > 0 and tabledd < 4:
+            dataend1 = sheet3.cell(row=writemm, column=1).value
+            if dataend1 != None and tabledd < 3:
+                sheet3.unmerge_cells(start_row=writemm, start_column=1, end_row=writemm, end_column=6)
+                sheet3.unmerge_cells(start_row=writemm, start_column=7, end_row=writemm, end_column=8)
+                tdata3.save(path)
+                tabledd = tabledd + 1
+                writemm = writemm + 1
+            elif tabledd == 3:
+                sheet3.unmerge_cells(start_row=writemm, start_column=1, end_row=writemm, end_column=3)
+                sheet3.unmerge_cells(start_row=writemm, start_column=4, end_row=writemm, end_column=6)
+                sheet3.unmerge_cells(start_row=writemm, start_column=7, end_row=writemm, end_column=8)
+                tdata3.save(path)
+                tabledd = tabledd + 1
+                writemm = writemm + 1
+            else:
+                writemm = writemm + 1
+        tdata3.save(path)
+        tdata3.close()
+
+
+    def main():
+        starttime = datetime.datetime.now()
+        print (str(starttime))
+        path1 = entry1.get()
+        path2 = entry2.get()
+        #先读
+        #先读一遍就把那三行全部拆了
+        unmergecell(path2)
+        tdata = openpyxl.load_workbook(path1)
+        tdata2 = openpyxl.load_workbook(path2)
+        qzbhnum = "null"
+        writeii = 8
+        sheetna = tdata.sheetnames
+        sheetna2 = tdata2.sheetnames
+        sheet2 = tdata2[sheetna2[0]]
+        #这里需要读取每一个表，所以创建循环,当此张表是空表时tablecc变为-1，结束循环
+        tableii = 0
+        tablecc = 1
+        while tablecc == 1:
+            try:
+                sheet1 = tdata[sheetna[tableii]]
+            except:
+                break
+            #判断A10是否有数据
+            tableda = sheet1.cell(row=10, column=1).value
+            if tableda != 1:
+                tablecc = -1
+            else:
+                #寻找第二个1所在的单元格，确定点数，方便随机数
+                secondii = 12
+                secondcc = 1
+                while secondcc == 1:
+                    tableda2 = sheet1.cell(row=secondii, column=1).value
+                    if tableda2 == 1 or secondii == 80:
+                        if secondii == 80:
+                            secondcc = -1
+                            Count2 = 34
+                        else:
+                            #count1是最终点数，因为random从0开始，所以本来13的数就变成了12
+                            secondcc = -1
+                            Count0 = secondii - 12
+                            Count1 = Count0 / 2
+                            Count2 = int(Count1)
+                        #随机一个数
+                        ranok = -1
+                        while ranok == -1:
+                            ran0 = random.choice(range(Count2))
+                            #获取边长
+                            bcrow0 = ran0 * 2
+                            bcrow1 = bcrow0 + 11
+                            bclen = sheet1.cell(row=bcrow1, column=5).value
+                            if float(bclen) < 2:
+                                ranok = -1
+                            else:
+                                ranok = 1
+
+                        ran1 = ran0 + 1
+                        #做个判断，判断是否是最后一个数
+                        if ran1 == Count2 + 1 and ran1 != 35:
+                            ran2 = 1
+                        elif ran1 == 35:
+                            ran2 = ran1 + 1
+                        else:
+                            ran2 = ran1 + 1
+                        #第一个单元格需要填入的信息整合下
+                        str1 = 'J' + str(ran1) + '-J' + str(ran2)
+                        
+                        #判断下是否超出空白范围
+                        dataend = sheet2.cell(row=writeii,column=1).value
+                        cellborder = Border(left=Side(border_style='thin',color='FF000000'),right=Side(border_style='thin',color='FF000000'),
+                        top=Side(border_style='thin',color='FF000000'),bottom=Side(border_style='thin',color='FF000000'))
+                        alignmentcell=Alignment(horizontal='center',vertical='bottom')
+                        #前三行需要拆分单元格
+                        if dataend != None:
+                            sheet2.insert_rows(writeii,1)   
+                            sheet2.cell(row=writeii,column=1).border = cellborder
+                            sheet2.cell(row=writeii,column=2).border = cellborder
+                            sheet2.cell(row=writeii,column=3).border = cellborder
+                            sheet2.cell(row=writeii,column=4).border = cellborder
+                            sheet2.cell(row=writeii,column=5).border = cellborder
+                            sheet2.cell(row=writeii,column=6).border = cellborder
+                            sheet2.cell(row=writeii,column=7).border = cellborder
+                            sheet2.cell(row=writeii,column=8).border = cellborder
+                            sheet2.merge_cells(start_row=writeii, start_column=1, end_row=writeii, end_column=2)
+                            sheet2.merge_cells(start_row=writeii, start_column=3, end_row=writeii, end_column=4)
+                            sheet2.merge_cells(start_row=writeii, start_column=5, end_row=writeii, end_column=6)
+                        sheet2.cell(row=writeii,column=1).alignment = alignmentcell
+                        sheet2.cell(row=writeii,column=3).alignment = alignmentcell
+                        sheet2.cell(row=writeii,column=5).alignment = alignmentcell
+                        sheet2.cell(row=writeii,column=7).alignment = alignmentcell
+                        sheet2.cell(row=writeii,column=8).alignment = alignmentcell
+                        sheet2.cell(row=writeii,column=1).value=str1
+                        sheet2.cell(row=writeii,column=3).value=bclen
+                        #填写编号
+                        bhnum = sheet1.cell(row=3, column=1).value
+                        bhnum1 = bhnum.split('J',1)
+                        qzbhnum = bhnum1[0][-6:]
+                        bhnum2 = "J" + str(bhnum1[1])
+                        sheet2.cell(row=writeii,column=8).value=bhnum2
+                        tableii = tableii + 1
+                        writeii = writeii + 1
+                        tdata2.save(path2)
+                    else:
+                        secondii = secondii + 2
+        sheet2.cell(row=3,column=7).value=qzbhnum
+        sheet2.cell(row=writeii,column=1).value= "检测数量："+ str(tableii) + " 个"
+        #再把最后三个合回去
+        sheet2.merge_cells(start_row=writeii, start_column=1, end_row=writeii, end_column=6)
+        sheet2.merge_cells(start_row=writeii, start_column=7, end_row=writeii, end_column=8)
+        sheet2.merge_cells(start_row=writeii+1, start_column=1, end_row=writeii+1, end_column=6)
+        sheet2.merge_cells(start_row=writeii+1, start_column=7, end_row=writeii+1, end_column=8)
+        sheet2.merge_cells(start_row=writeii+2, start_column=1, end_row=writeii+2, end_column=3)
+        sheet2.merge_cells(start_row=writeii+2, start_column=4, end_row=writeii+2, end_column=6)
+        sheet2.merge_cells(start_row=writeii+2, start_column=7, end_row=writeii+2, end_column=8)
+        tdata2.save(path2)
+        tdata2.close()
+        endtime = datetime.datetime.now()
+        print (str(endtime))
+        tkinter.messagebox.showinfo(title='结束',message='运行成功!')
+        window.destroy()
+
+    tk.Button(window, text='选择', command=choose1).place(x=350, y=50, anchor='nw')
+    tk.Button(window, text='选择', command=choose2).place(x=350, y=100, anchor='nw')
+    tk.Button(window,text='确认',command=main).place(x=120,y=150,anchor='nw')
+    tk.Button(window,text='取消',command=tuichu).place(x=230,y=150,anchor='nw')
+    noticemes = tk.Label(window,text='请务必删除中间已填写的内容，再运行！',fg="red",font=('微软雅黑',12),width=35,height=2)
+    noticemes.place(x=10,y=180,anchor='nw')
+    noticemes = tk.Label(window,text='请等待弹出 运行成功 窗口再关闭程序！',fg="red",font=('微软雅黑',12),width=35,height=2)
+    noticemes.place(x=10,y=220,anchor='nw')
+    window.mainloop()
+
+if __name__ == '__main__':
+    # main(r"D:\1work_now\20210819\新建文件夹\大坪子村大坪子组界址点成果表.xlsx",r"D:\1work_now\20210819\新建文件夹\2 相对位置精度检测表.xlsx")
+    start()

代码/20221220林权/LQ/JZDcount1129.py

@@ -0,0 +1,37 @@
+import arcpy
+import math
+
+def JZpoint(inpath, outfileshp):
+    txtpath = outfileshp + '\\JZpointCount.txt'
+    mm = 0
+    zdh = ''
+    with open(txtpath,'w') as line:
+        arcpy.MakeFeatureLayer_management(inpath, 'JZD')
+        with arcpy.da.SearchCursor('JZD', ['SHAPE@', 'JZDH', 'ZDBH']) as cursorA:
+            for curA in cursorA:
+                zddm = curA[2]
+                if zdh == '':
+                    zdh = zddm
+                    line.write(zddm +':')
+                    mm = 1
+                    point1 = curA[0].lastPoint
+                    #重心
+                    jzdh = curA[1]
+                elif zddm == zdh:
+                    mm = mm + 1
+                else:
+                    zdh = zddm
+                    line.write(str(mm)+ '\n')
+                    line.write(zddm +':')
+                    mm = 1
+        #把最后一个点加上
+        line.write(str(mm))
+
+                    
+
+if __name__ == '__main__':
+    try:
+        # 输入shp，输出界址点文本
+        JZpoint(arcpy.GetParameterAsText(0),arcpy.GetParameterAsText(1))
+    except arcpy.ExecuteError:
+        arcpy.AddMessage(arcpy.GetMessages())

代码/20221220林权/LQ/JZDpoint20230110_1.py

@@ -0,0 +1,553 @@
+import arcpy
+import math
+
+def JZpointmake(inpath, outfileshp):
+    # region [读取shp]
+    shpstr = 'JZD1.shp'
+    outpath = outfileshp + '\\' + 'JZD1.shp'
+    try:
+        arcpy.CreateFeatureclass_management(outfileshp, shpstr, 'POINT')
+    except:
+        arcpy.Delete_management(outpath)
+        arcpy.CreateFeatureclass_management(outfileshp, shpstr, 'POINT')
+    # 加载
+    arcpy.MakeFeatureLayer_management(inpath, 'LB')
+    arcpy.MakeFeatureLayer_management(outpath, 'JZD')
+    sr = arcpy.Describe('LB').spatialReference
+    # 添加一群字段
+    arcpy.AddField_management('JZD', '标识码', 'LONG')
+    arcpy.AddField_management('JZD', 'YSDM', 'TEXT')
+    arcpy.AddField_management('JZD', 'JZDH', 'TEXT')
+    arcpy.AddField_management('JZD', 'JBLX', 'TEXT')
+    arcpy.AddField_management('JZD', 'JZDLX', 'TEXT')
+    arcpy.AddField_management('JZD', 'ZDBH', 'TEXT')
+    arcpy.AddField_management('JZD', '顺序号', 'LONG')
+    arcpy.AddField_management('JZD', 'flag', 'LONG')
+    #float按理说应该符合的
+    bsm = 0
+    field1 = ['SHAPE@', '标识码', 'YSDM', 'JZDH', 'JBLX',
+              'JZDLX',  'ZDBH', '顺序号','flag']
+    # endregion
+    with arcpy.da.InsertCursor('JZD', field1) as cursorZ:
+        with arcpy.da.SearchCursor('LB', ['SHAPE@', '宗地编号']) as cursorA:
+            for curA in cursorA:
+                # region [读折点]
+                poly1 = curA[0]
+                zdbh = curA[1]
+                if zdbh == None or zdbh == '' or zdbh == ' ':
+                    pass
+                else:
+                    # 获取折点
+                    points = poly1.getPart()
+                    pt = points[0]
+                    mm = 0
+                    linelist = []  
+                    indexp = 0
+                    #存的都是点
+                    while mm < pt.count:
+                        jzd = pt[mm]
+                        try:
+                            xx = round(jzd.X,4)
+                            yy = round(jzd.Y,4)
+                            if mm == 0 or mm == indexp:
+                                xx0 = xx
+                                yy0 = yy
+                                slist = []
+                                slist.append(pt[mm]) 
+                            else:
+                                numdis0 = xx - xx0
+                                numdis1 = yy - yy0 
+                                numdis = math.sqrt((numdis0 * numdis0)+(numdis1*numdis1))
+                                if xx == xx0 and yy == yy0:
+                                    #一个的结束
+                                    indexp = mm + 1
+                                    linelist.append(slist)  
+                                if numdis < 0.1:
+                                    pass
+                                else:
+                                    slist.append(pt[mm]) 
+                            mm = mm + 1
+                        except:
+                            if mm == indexp:
+                                indexp = mm + 1
+                                mm = mm + 1 
+                    llen = len(linelist)
+                    #判断下如果多环，排个序
+                    linelist1 = pdlen(linelist)
+                    linelist = linelist1
+                    # endregion
+                    #甭管有没有环，都是第一个来处理
+                    ln1 = linelist[0]
+                    list1 = []
+                    nn1 = 0
+                    while nn1 < len(ln1):
+                        if nn1 == len(ln1) - 1:
+                            fpx = round(ln1[nn1].X,4)
+                            fpy = round(ln1[nn1].Y,4)
+                            lpx = round(ln1[0].X,4)
+                            lpy = round(ln1[0].Y,4)
+                            fpoint = arcpy.Point(fpx, fpy)
+                            lpoint = arcpy.Point(lpx, lpy)
+                        else:
+                            fpx = round(ln1[nn1].X,4)
+                            fpy = round(ln1[nn1].Y,4)
+                            lpx = round(ln1[nn1 + 1].X,4)
+                            lpy = round(ln1[nn1 + 1].Y,4)
+                            fpoint = arcpy.Point(fpx, fpy)
+                            lpoint = arcpy.Point(lpx, lpy)
+                        new_array = arcpy.Array()
+                        new_array.append(fpoint)
+                        new_array.append(lpoint)
+                        ln2 = arcpy.Polyline(new_array,sr)
+                        #先把起始点加进去
+                        bl1 = addpoint(list1,fpoint)
+                        if bl1 == 1:
+                            list1.append(fpoint)
+                        
+                            # list1.append(lpoint)
+                        #插入点
+                        arcpy.SelectLayerByLocation_management('LB','INTERSECT',ln2)
+                        count0 = int(arcpy.GetCount_management('LB').getOutput(0)) 
+                        if count0 < 2:
+                            bl4 = addpoint(list1,lpoint)
+                            if bl4 == 1:
+                                list1.append(lpoint)
+                            nn1 = nn1 + 1
+                        else:
+                            #对于同一个线段来说，把所有点的位置准确点
+                            listp1 = []
+                            with arcpy.da.SearchCursor('LB', ['SHAPE@', '宗地编号']) as cursorB:
+                                for curB in cursorB:
+                                    zdbh1 = curB[1]
+                                    #排除自己
+                                    if zdbh1 == zdbh:
+                                        pass
+                                    else:
+                                        try:
+                                            shpB = curB[0]
+                                            lineB = shpB.boundary ()
+                                            rln = lineB.intersect (ln2, 2)
+                                            fpoint1 = rln.firstPoint
+                                            lpoint1 = rln.lastPoint
+                                            fx = round(fpoint1.X,4)
+                                            fy = round(fpoint1.Y,4)
+                                            lx = round(lpoint1.X,4)
+                                            ly = round(lpoint1.Y,4)
+                                            #判断这两个点是否都在里面
+                                            fp = arcpy.Point(fx, fy)
+                                            lp = arcpy.Point(lx, ly)
+                                            list2 = []
+                                            bl1 = addpoint(list1,fp)
+                                            if bl1 == 1:
+                                                #判断与起点的距离
+                                                dis1 = math.sqrt(((fpx - fx)*(fpx - fx)) + ((fpy-fy)*(fpy-fy)))
+                                                slist2 = []
+                                                slist2.append(dis1)
+                                                slist2.append(fp)
+                                                list2.append(slist2)
+                                            bl1 = addpoint(list1,lp)
+                                            if bl1 == 1:
+                                                dis1 = math.sqrt(((fpx - lx)*(fpx - lx)) + ((fpy-ly)*(fpy-ly)))
+                                                slist2 = []
+                                                slist2.append(dis1)
+                                                slist2.append(lp)
+                                                list2.append(slist2)
+                                            if len(list2) == 1:
+                                                listp1.append(list2[0][1])
+                                            elif len(list2) == 2:
+                                                #对2排序
+                                                if list2[0][0] < list2[1][0]:
+                                                    listp1.append(list2[0][1])
+                                                    listp1.append(list2[1][1])
+                                                else:
+                                                    listp1.append(list2[1][1])
+                                                    listp1.append(list2[0][1])
+                                        except:
+                                            pass
+                            #得到所有的点，进行一个与起点的排序
+                            nn2 = 0
+                            listp2 =[]
+                            while nn2 < len(listp1):
+                                num0 = fpx - listp1[nn2].X
+                                num1 = fpy - listp1[nn2].Y
+                                dis2 = math.sqrt((num0*num0)+(num1*num1))
+                                slistp2 = []
+                                slistp2.append(dis2)
+                                slistp2.append(listp1[nn2])
+                                listp2.append(slistp2)
+                                nn2 = nn2 + 1
+                            listp2.sort()
+                            nn3 = 0
+                            bl3 = 0
+                            while nn3 < len(listp2):
+                                #这里要看下要不要除重
+                                bl3 = addpoint(list1,listp2[nn3][1])
+                                if bl3 == 1:
+                                    list1.append(listp2[nn3][1])
+                                nn3 = nn3 + 1  
+                            bl4 = addpoint(list1,lpoint)
+                            if bl4 == 1:
+                                list1.append(lpoint)
+                        nn1 = nn1 + 1
+                    
+                    if len(linelist) == 1:
+                        listF = linezd(list1,poly1)
+                        #直接写
+                        ii = 0
+                        zdh = 0
+                        while ii < len(listF):
+                            if ii == 0:
+                                zdh = zdh + 1
+                                bsm = bsm + 1
+                                # shape
+                                point1 = arcpy.Point(listF[ii][0], listF[ii][1])
+                                # 要素代码
+                                ysdm = '6002010300'
+                                # 顺序号
+                                sxh = ii + 1
+                                # 界址点号
+                                jzdh = 'J' + str(zdh)
+                                # 宗地代码
+                                zddm = curA[1]
+                                rlist = []
+                                rlist.append(point1)
+                                rlist.append(bsm)
+                                rlist.append(ysdm)
+                                rlist.append(jzdh)
+                                rlist.append('')
+                                rlist.append('')
+                                rlist.append(zddm)
+                                rlist.append(zdh)
+                                rlist.append(1)
+                                cursorZ.insertRow(rlist)
+                            else:
+                                numdis0 = listF[ii][0] - listF[ii - 1][0]
+                                numdis1 = listF[ii][1] - listF[ii - 1][1]
+                                numdis2 = math.sqrt((numdis0 * numdis0)+(numdis1*numdis1))
+                                if numdis2 < 0.1:
+                                    pass
+                                else:
+                                    zdh = zdh + 1
+                                    bsm = bsm + 1
+                                    # shape
+                                    point1 = arcpy.Point(listF[ii][0], listF[ii][1])
+                                    # 要素代码
+                                    ysdm = '6002010300'
+                                    # 顺序号
+                                    sxh = ii + 1
+                                    # 界址点号
+                                    jzdh = 'J' + str(zdh)
+                                    # 宗地代码
+                                    zddm = curA[1]
+                                    rlist = []
+                                    rlist.append(point1)
+                                    rlist.append(bsm)
+                                    rlist.append(ysdm)
+                                    rlist.append(jzdh)
+                                    rlist.append('')
+                                    rlist.append('')
+                                    rlist.append(zddm)
+                                    rlist.append(zdh)
+                                    rlist.append(1)
+                                    cursorZ.insertRow(rlist)
+                            ii = ii + 1
+                    else:
+                        mm0 = 0
+                        zdh = 0
+                        while mm0 < len(linelist):
+                            if mm0 == 0:
+                                listF = linezd(list1,poly1)
+                                ii = 0
+                                while ii < len(listF):
+                                    if ii == 0:
+                                        zdh = zdh + 1
+                                        bsm = bsm + 1
+                                        # shape
+                                        point1 = arcpy.Point(listF[ii][0], listF[ii][1])
+                                        # 要素代码
+                                        ysdm = '6002010300'
+                                        # 顺序号
+                                        sxh = ii + 1
+                                        # 界址点号
+                                        jzdh = 'J' + str(zdh)
+                                        # 宗地代码
+                                        zddm = curA[1]
+                                        rlist = []
+                                        rlist.append(point1)
+                                        rlist.append(bsm)
+                                        rlist.append(ysdm)
+                                        rlist.append(jzdh)
+                                        rlist.append('')
+                                        rlist.append('')
+                                        rlist.append(zddm)
+                                        rlist.append(zdh)
+                                        rlist.append(mm0+1)
+                                        cursorZ.insertRow(rlist)
+                                    else:
+                                        numdis0 = listF[ii][0] - listF[ii - 1][0]
+                                        numdis1 = listF[ii][1] - listF[ii - 1][1]
+                                        numdis2 = math.sqrt((numdis0 * numdis0)+(numdis1*numdis1))
+                                        if numdis2 < 0.1:
+                                            pass
+                                        else:
+                                            zdh = zdh + 1
+                                            bsm = bsm + 1
+                                            # shape
+                                            point1 = arcpy.Point(listF[ii][0], listF[ii][1])
+                                            # 要素代码
+                                            ysdm = '6002010300'
+                                            # 顺序号
+                                            sxh = ii + 1
+                                            # 界址点号
+                                            jzdh = 'J' + str(zdh)
+                                            # 宗地代码
+                                            zddm = curA[1]
+                                            rlist = []
+                                            rlist.append(point1)
+                                            rlist.append(bsm)
+                                            rlist.append(ysdm)
+                                            rlist.append(jzdh)
+                                            rlist.append('')
+                                            rlist.append('')
+                                            rlist.append(zddm)
+                                            rlist.append(zdh)
+                                            rlist.append(mm0+1)
+                                            cursorZ.insertRow(rlist)
+                                    ii = ii + 1
+                            else:
+                                listF = linezd(linelist[mm0],poly1)
+                                ii = len(listF) - 1
+                                while ii >= 0:
+                                    if ii == len(listF) - 1:
+                                        zdh = zdh + 1
+                                        bsm = bsm + 1
+                                        # shape
+                                        point1 = arcpy.Point(listF[ii][0], listF[ii][1])
+                                        # 要素代码
+                                        ysdm = '6002010300'
+                                        # 顺序号
+                                        sxh = ii + 1
+                                        # 界址点号
+                                        jzdh = 'J' + str(zdh)
+                                        # 宗地代码
+                                        zddm = curA[1]
+                                        rlist = []
+                                        rlist.append(point1)
+                                        rlist.append(bsm)
+                                        rlist.append(ysdm)
+                                        rlist.append(jzdh)
+                                        rlist.append('')
+                                        rlist.append('')
+                                        rlist.append(zddm)
+                                        rlist.append(zdh)
+                                        rlist.append(mm0+1)
+                                        cursorZ.insertRow(rlist)
+                                    else:
+                                        numdis0 = listF[ii][0] - listF[ii - 1][0]
+                                        numdis1 = listF[ii][1] - listF[ii - 1][1]
+                                        numdis2 = math.sqrt((numdis0 * numdis0)+(numdis1*numdis1))
+                                        if numdis2 < 0.1:
+                                            pass
+                                        else:
+                                            zdh = zdh + 1
+                                            bsm = bsm + 1
+                                            # shape
+                                            point1 = arcpy.Point(listF[ii][0], listF[ii][1])
+                                            # 要素代码
+                                            ysdm = '6002010300'
+                                            # 顺序号
+                                            sxh = ii + 1
+                                            # 界址点号
+                                            jzdh = 'J' + str(zdh)
+                                            # 宗地代码
+                                            zddm = curA[1]
+                                            rlist = []
+                                            rlist.append(point1)
+                                            rlist.append(bsm)
+                                            rlist.append(ysdm)
+                                            rlist.append(jzdh)
+                                            rlist.append('')
+                                            rlist.append('')
+                                            rlist.append(zddm)
+                                            rlist.append(zdh)
+                                            rlist.append(mm0+1)
+                                            cursorZ.insertRow(rlist)
+                                    ii = ii - 1
+                            mm0 = mm0 + 1
+                    arcpy.AddMessage(zdbh + ' FINISH')
+
+def pdlen(list1):
+    ii = 0
+    list2 = []
+    while ii < len(list1):
+        pts = list1[ii]
+        length1 = 0
+        mm = 0
+        while mm < len(pts):
+            if mm == len(pts) - 1:
+                pt1 = pts[mm]
+                pt2 = pts[0]
+                dis1 = math.sqrt(((pt1.X-pt2.X)*(pt1.X-pt2.X))+((pt1.Y-pt2.Y)*(pt1.Y-pt2.Y)))
+                length1 = length1 + dis1
+                mm = mm + 1
+            else:
+                pt1 = pts[mm]
+                pt2 = pts[mm + 1]
+                dis1 = math.sqrt(((pt1.X-pt2.X)*(pt1.X-pt2.X))+((pt1.Y-pt2.Y)*(pt1.Y-pt2.Y)))
+                length1 = length1 + dis1
+                mm = mm + 1
+        slist2 = []
+        slist2.append(length1)
+        slist2.append(pts)
+        list2.append(slist2)
+        ii = ii + 1
+    list2.sort(reverse=True)
+    nn = 0
+    list3 = []
+    while nn < len(list2):
+        list3.append(list2[nn][1])
+        nn = nn + 1
+    return list3
+
+
+
+
+def addpoint(list1,pt):
+    ptx = round(pt.X,4)
+    pty = round(pt.Y,4)
+    ii = 0
+    bl = 1
+    while ii < len(list1):
+        if ptx == round(list1[ii].X,4) and pty == round(list1[ii].Y,4):
+            bl = -1
+        ii = ii + 1
+    return bl
+
+def linezd(line1,poly):
+    # 获取折点
+    mm = 0
+    pp = 0
+    list1 = []
+    while mm < len(line1):
+        plist = []
+        jzd = line1[mm]
+        try:
+            xx = jzd.X
+            yy = jzd.Y
+            plist.append(xx)
+            plist.append(yy)
+            # 初始顺序
+            plist.append(pp)
+            list1.append(plist)
+            pp = pp + 1
+            mm = mm + 1
+        except:
+            mm = mm + 1 
+    # 对折点排序（算法）
+    if len(list1) < 3:
+        listF = []
+    else:
+        # listF = zdsort(list1, zx)
+        listF = jzdsort(list1,poly)
+    return listF
+
+def jzdsort(list0,poly):
+    m = 0
+    n = 0
+    northwest = []
+    northwest.append(poly.extent.XMin)
+    northwest.append(poly.extent.YMax)
+    minDis = (northwest[1] - list0[0][1])*(northwest[1] - list0[0][1]) + (northwest[0] - list0[0][0])*(northwest[0] - list0[0][0])
+    maxStdangle = cal_stdangle(northwest,list0[0])
+    while m < len(list0):        
+        Dis = (northwest[1] - list0[m][1])*(northwest[1] - list0[m][1]) + (northwest[0] - list0[m][0])*(northwest[0] - list0[m][0])
+        if Dis < minDis:
+            minDis = Dis
+            maxStdangle = cal_stdangle(northwest,list0[m])
+            n = m
+        if abs(Dis-minDis) < 0.000001:
+            stdangle = cal_stdangle(northwest,list0[m])
+            if stdangle > maxStdangle:
+                maxStdangle = stdangle
+                n = m 
+        m = m + 1
+    i = 0
+    while i < len(list0):    
+        if n == 0:
+            vectangleN = cal_stdangle(list0[0], list0[1])
+            vectangleNl = cal_stdangle(list0[len(list0)-1], list0[0]) 
+            if abs(vectangleN-vectangleNl) < 3:
+                n = len(list0)-1          
+        else:
+            if n == len(list0)-1:
+                vectangleN = cal_stdangle(list0[n], list0[0])
+            else:            
+                vectangleN = cal_stdangle(list0[n], list0[n+1]) 
+            vectangleNl = cal_stdangle(list0[n-1], list0[n])    
+            if abs(vectangleN-vectangleNl) < 3:
+                n = n-1
+        i = i + 1
+    list4 = []     
+    a = n     
+    num = 0
+    while a < len(list0):
+        slist4 = []
+        num = num + 1
+        slist4.append(list0[a][0])
+        slist4.append(list0[a][1])
+        slist4.append(num)
+        list4.append(slist4)   
+        a = a + 1    
+    a = 0
+    while a < n:
+        slist4 = []
+        num = num + 1
+        slist4.append(list0[a][0])
+        slist4.append(list0[a][1])
+        slist4.append(num)
+        list4.append(slist4)   
+        a = a + 1
+    return list4
+
+
+def cal_stdangle(lastp,p): 
+    stdangle=0
+    dy= p[1]-lastp[1]
+    dx= p[0]-lastp[0]
+    if dx==0 and dy>0:
+        stdangle = 0
+    if dx==0 and dy<0:
+        stdangle = 180
+    if dy==0 and dx>0:
+        stdangle = 90
+    if dy==0 and dx<0:
+        stdangle = 270
+    if dx>0 and dy>0:
+       stdangle = math.atan(dx/dy)*180/math.pi
+    elif dx<0 and dy>0:
+       stdangle = 360 + math.atan(dx/dy)*180/math.pi
+    elif dx<0 and dy<0:
+       stdangle = 180 + math.atan(dx/dy)*180/math.pi
+    elif dx>0 and dy<0:
+       stdangle = 180 + math.atan(dx/dy)*180/math.pi
+    return stdangle
+    
+def calcangle(lastp,p): 
+    angle=0
+    stdangle = cal_stdangle(lastp,p)
+    if (stdangle < 45 and stdangle >= 0) or (stdangle <= 360 and stdangle >= 315):
+        angle = 270
+    if (stdangle < 135 and stdangle >= 45):
+        angle = 0
+    if (stdangle < 225 and stdangle >= 135):
+        angle = 90
+    if (stdangle < 315 and stdangle >= 225):
+        angle = 180
+    return angle
+
+if __name__ == '__main__':
+    try:
+        # 输入shp，输出界址点文件夹
+        JZpointmake(arcpy.GetParameterAsText(0),arcpy.GetParameterAsText(1))
+    except arcpy.ExecuteError:
+        arcpy.AddMessage(arcpy.GetMessages())

代码/20221220林权/LQ/LZDsf1201.py

@@ -0,0 +1,196 @@
+import arcpy
+import math
+
+def LZDpoly(zdshp, jzdshp, outpath):
+    # 先把总点数搞出来,zdbh+总点数
+    txtpath1 = outpath + '\\LZD.txt'
+    arcpy.MakeFeatureLayer_management(jzdshp, 'JZD')
+    arcpy.MakeFeatureLayer_management(zdshp, 'ZD')
+    sr = arcpy.Describe('ZD').spatialReference
+    cc = 1
+    # 在外面写个字典
+    zd = {'公路用地': 'GLYD', '特殊用地': 'TSYD', '公用设施用地': 'GYSS', '交通服务场站用地': 'JTFW', '沟渠': 'GQ',
+          '灌木林地': 'GMLD', '其他林地': 'QTLD', '乔木林地': 'QMLD', '竹林地': 'ZLD', '果园': 'GY', '旱地': 'HD', 
+          '河流水面': 'HLSM', '坑塘水面': 'KTSM', '养殖坑塘': 'YZKT', '农村道路': 'NCDL', '农村宅基地': 'NCZJD', 
+          '其他草地': 'QTCD', '其他园地': 'QTYD', '设施农用地': 'SSNYD', '水田': 'ST'}
+    # with open(txtpath1.decode('utf-8'), 'w') as line:
+    with arcpy.da.SearchCursor('ZD', ['SHAPE@', '宗地编码']) as cursorA:
+        for curA in cursorA:
+            # 先找到对应宗地
+            shpA = curA[0]
+            # 所有点存个list,方便删(list0,listz0)
+            zdbh = curA[1]
+            if zdbh == '' or zdbh == ' ' or zdbh == None:
+                pass
+            else:
+                # if cc == 1:
+                #     cc = -1
+                # else:
+                #     line.write('\n')
+                # line.write(zdbh + ':')
+                list1 = []
+                ii = 0
+                with arcpy.da.SearchCursor('JZD', ['SHAPE@', 'JZDH','ZDBH']) as cursorB:
+                    for curB in cursorB:
+                        # 前一个和当前的相交
+                        if zdbh == curB[2]:
+                            if ii == 0:
+                                fp = curB[0].firstPoint
+                                fpx = fp.X
+                                fpy = fp.Y
+                                fpoint = arcpy.Point(fpx, fpy)
+                                firstpoint = arcpy.Point(fpx, fpy)
+                            else:
+                                lp = curB[0].firstPoint
+                                lpx = lp.X
+                                lpy = lp.Y
+                                lpoint = arcpy.Point(lpx, lpy)
+                                new_array = arcpy.Array()
+                                new_array.append(fpoint)
+                                new_array.append(lpoint)
+                                ln2 = arcpy.Polyline(new_array, sr)
+                                arcpy.SelectLayerByLocation_management(
+                                    'ZD', 'INTERSECT', ln2)
+                                with arcpy.da.SearchCursor('ZD', ['SHAPE@', '宗地编号', 'DLMC', '权利人']) as cursorC:
+                                    for curC in cursorC:
+                                        # 排除自己
+                                        str1 = curC[1]
+                                        shpC = curC[0]
+                                        if str1 == zdbh:
+                                            pass
+                                        else:
+                                            # 排除只交一个点的情况
+                                            bl1 = fpoint.disjoint(shpC)
+                                            bl2 = lpoint.disjoint(shpC)
+                                            if bl1 == False and bl2 == False:
+                                                if str1 == None or str1 == '' or str1 == ' ':
+                                                    str1 = curC[2]
+                                                    str2 = zd[str1]
+                                                    slist1 = []
+                                                    slist1.append(ii)
+                                                    slist1.append(ii+1)
+                                                    slist1.append(str2)
+                                                    list1.append(slist1)
+                                                else:
+                                                    str1 = curC[3] + \
+                                                        '(' + curC[1]+')'
+                                                    slist1 = []
+                                                    slist1.append(ii)
+                                                    slist1.append(ii+1)
+                                                    slist1.append(str1)
+                                                    list1.append(slist1)
+                                fp = curB[0].firstPoint
+                                fpx = fp.X
+                                fpy = fp.Y
+                                fpoint = arcpy.Point(fpx, fpy)
+                            ii = ii + 1
+                new_array = arcpy.Array()
+                new_array.append(fpoint)
+                new_array.append(firstpoint)
+                ln2 = arcpy.Polyline(new_array, sr)
+                arcpy.SelectLayerByLocation_management(
+                    'ZD', 'INTERSECT', ln2)
+                with arcpy.da.SearchCursor('ZD', ['SHAPE@', '宗地编号', 'DLMC', '权利人']) as cursorC:
+                    for curC in cursorC:
+                        # 排除自己
+                        str1 = curC[1]
+                        shpC = curC[0]
+                        if str1 == zdbh:
+                            pass
+                        else:
+                            # 排除只交一个点的情况
+                            bl1 = fpoint.disjoint(shpC)
+                            bl2 = lpoint.disjoint(shpC)
+                            if bl1 == False and bl2 == False:
+                                if str1 == None or str1 == '' or str1 == ' ':
+                                    str1 = curC[2]
+                                    slist1 = []
+                                    slist1.append(ii)
+                                    slist1.append(1)
+                                    slist1.append(str1)
+                                    list1.append(slist1)
+                                else:
+                                    str1 = curC[3] + '(' + curC[1]+')'
+                                    slist1 = []
+                                    slist1.append(ii)
+                                    slist1.append(1)
+                                    slist1.append(str1)
+                                    list1.append(slist1)
+                # 然后把相同的合在一起，书写在txt上
+                mm = 0
+                qsd = ''
+                zd = ''
+                nr = ''
+                while mm < len(list1):
+                    if mm == len(list1) - 1:
+                        if nr == list1[mm][2]:
+                            if 'JE' in nr:
+                                str1 = nr.split('(',-1)[-1]
+                                nr = str1.replace(')','')
+                            else:
+                                try:
+                                    nr = str1
+                                except:
+                                    nr = 'QT'
+                            zd = 'J1'
+                            # line.write(nr + ',')
+                            # line.write(qsd + ',')
+                            # line.write(zd + ';')
+                        else:
+                            if 'JE' in nr:
+                                str1 = nr.split('(',-1)[-1]
+                                nr = str1.replace(')','')
+                            else:
+                                try:
+                                    nr = str1
+                                except:
+                                    nr = 'QT'
+                            # line.write(nr + ',')
+                            # line.write(qsd + ',')
+                            # line.write(zd + ';')
+                            qsd = 'J' + str(list1[mm][0])
+                            nr = list1[mm][2]
+                            zd = 'J1'
+                            if 'JE' in nr:
+                                str1 = nr.split('(',-1)[-1]
+                                nr = str1.replace(')','')
+                            else:
+                                try:
+                                    nr = str1
+                                except:
+                                    nr = 'QT'
+                            # line.write(nr + ',')
+                            # line.write(qsd + ',')
+                            # line.write(zd + ';')
+                    elif mm == 0:
+                        nr = list1[mm][2]
+                        qsd = 'J1'
+                    else:
+                        if nr == list1[mm][2]:
+                            pass
+                        else:
+                            zd = 'J' + str(list1[mm][0])
+                            if 'JE' in nr:
+                                str1 = nr.split('(',-1)[-1]
+                                nr = str1.replace(')','')
+                            else:
+                                try:
+                                    nr = str1
+                                except:
+                                    nr = 'QT'
+                            # line.write(nr + ',')
+                            # line.write(qsd + ',')
+                            # line.write(zd + ';')
+                            qsd = 'J' + str(list1[mm][0])
+                            nr = list1[mm][2]
+                    mm = mm + 1
+                arcpy.AddMessage(zdbh + ' finish')
+
+
+if __name__ == '__main__':
+    try:
+        # 输入宗地shp，输入界址点，界址点总数，底图all，输出文件夹
+        LZDpoly(r'D:\2work_now\20221026\test\testLZD1.shp',
+                r'D:\2work_now\20221026\JZD\JZD.shp', r'D:\2work_now\20221026\test')
+    except arcpy.ExecuteError:
+        arcpy.AddMessage(arcpy.GetMessages())

代码/20221220林权/LQ/PolygonZX.py

@@ -0,0 +1,23 @@
+import arcpy
+import math
+
+def ZXpoint(shppath,outpath):
+    txtpath = outpath + '\\ZXpoint.txt'
+    arcpy.MakeFeatureLayer_management(shppath, 'SHP')
+    with open(txtpath,'w') as line:
+        with arcpy.da.SearchCursor('SHP', ['SHAPE@', '宗地编号']) as cursorA:
+            for curA in cursorA:
+                zdbh = curA[1]
+                shp1 = curA[0]
+                #中心点的计算
+                ceny = (shp1.extent.YMax + shp1.extent.YMin)/2
+                cenx = (shp1.extent.XMax + shp1.extent.XMin)/2
+                line.write(zdbh + ':' + str(round(cenx,4)) + ',' + str(round(ceny,4)))
+                line.write('\n')
+
+if __name__ == '__main__':
+    try:
+        # 输入shp，输出界址点文件夹
+        ZXpoint(arcpy.GetParameterAsText(0),arcpy.GetParameterAsText(1))
+    except arcpy.ExecuteError:
+        arcpy.AddMessage(arcpy.GetMessages())

代码/20221220林权/LQ/SZdw1129_syb.py

@@ -0,0 +1,520 @@
+import arcpy
+import math
+
+def SZpoly(zdpath1,zdpath2,tbpath1,tbpath2,tbpath3,outpath,):
+    tb1 = -1
+    arcpy.MakeFeatureLayer_management(zdpath1, 'ZD')
+    #获取坐标系
+    sr = arcpy.Describe('ZD').spatialReference
+    try:
+        arcpy.MakeFeatureLayer_management(tbpath1, 'TB')
+        tb1 = 1
+    except:
+        arcpy.AddMessage('无图斑1shp可加载')
+    zd2 = -1
+    try:
+        arcpy.MakeFeatureLayer_management(zdpath2, 'ZD2')
+        zd2 = 1
+    except:
+        arcpy.AddMessage('无宗地2shp可加载')
+    tb2 = -1
+    try:
+        arcpy.MakeFeatureLayer_management(tbpath2, 'TB2')
+        tb2 = 1
+    except:
+        arcpy.AddMessage('无图斑2shp可加载')
+    tb3 = -1
+    try:
+        arcpy.MakeFeatureLayer_management(tbpath3, 'TB3')
+        tb3 = 1
+    except:
+        arcpy.AddMessage('无图斑3shp可加载')
+    #添加字段
+    try:
+        arcpy.AddField_management('ZD', '四至北', 'TEXT')
+    except:
+        arcpy.AddMessage('四至北字段已存在')
+    try:
+        arcpy.AddField_management('ZD', '四至南', 'TEXT')
+    except:
+        arcpy.AddMessage('四至南字段已存在')
+    try:
+        arcpy.AddField_management('ZD', '四至西', 'TEXT')
+    except:
+        arcpy.AddMessage('四至西字段已存在')
+    try:
+        arcpy.AddField_management('ZD', '四至东', 'TEXT')
+    except:
+        arcpy.AddMessage('四至东字段已存在')
+    #先全部把包络矩形做出来
+    outshp = outpath + '\\minipolygon.shp'
+    #效果不理想的话可以用面积
+    try:
+        arcpy.MinimumBoundingGeometry_management(zdpath1,outshp,"RECTANGLE_BY_AREA", "NONE")
+    except:
+        arcpy.Delete_management(outshp)
+        arcpy.MinimumBoundingGeometry_management(zdpath1,outshp,"RECTANGLE_BY_AREA", "NONE")
+    #先读取方向存成list(shape,宗地编号，北的方向)
+    llist = []
+    arcpy.MakeFeatureLayer_management(outshp, 'out1')
+    with arcpy.da.UpdateCursor('out1', ['宗地编号','SHAPE@']) as cursorZ:
+        for curZ in cursorZ:
+            #把四至边的位置确定下来，并存下来
+            shp0 = curZ[1]
+            fxlist = []
+            fxlist = pdszx(shp0,sr)
+            sllist = []
+            sllist.append(curZ[0])
+            sllist.append(fxlist)
+            llist.append(sllist)
+    with arcpy.da.UpdateCursor('ZD', ['宗地编号','权利人','四至北','四至东','四至南','四至西','SHAPE@']) as cursorA:
+        for curA in cursorA:
+            zdbh = curA[0]
+            ii = 0
+            fxlist = []
+            while ii < len(llist):
+                if zdbh == llist[ii][0]:
+                    fxlist = llist[ii][1]
+                    break
+                else:
+                    ii = ii + 1
+            szlist = []
+            szlist.append(curA[2])
+            szlist.append(curA[3])
+            szlist.append(curA[4])
+            szlist.append(curA[5])
+            szlist1 = zdszsf('ZD',szlist,fxlist,zdbh)
+            szlist = szlist1
+            if zd2 == 1:
+                szlist1 = zdszsf('ZD2',szlist,fxlist,zdbh)
+                szlist = szlist1
+            if szlist1[0] !='' and szlist1[1] !='' and szlist1[2] !='' and szlist1[3] !='':
+                pass
+            else:
+                #图斑
+                if tb1 == 1:
+                    szlist1 = tbszsf('TB',szlist,fxlist,shp0)
+                    szlist = szlist1
+                if tb2 == 1:
+                    szlist1 = tbszsf('TB2',szlist,fxlist,shp0)
+                    szlist = szlist1
+                if tb3 == 1:
+                    szlist1 = tbszsf('TB3',szlist,fxlist,shp0)
+                    szlist = szlist1
+            curA[2] = szlist[0]
+            curA[3] = szlist[1]
+            curA[4] = szlist[2]
+            curA[5] = szlist[3]
+            cursorA.updateRow (curA)
+            arcpy.AddMessage(zdbh + ' finish')
+
+#约束下，至少占比5/1（这个可以调）
+def zdszsf(layer1,szlist,fxlist,zdbh):
+    #然后挨个做相交
+    arcpy.SelectLayerByLocation_management(layer1,'CONTAINS',fxlist[0])
+    count0 = int(arcpy.GetCount_management(layer1).getOutput(0)) 
+    with arcpy.da.SearchCursor(layer1, ['宗地编号','权利人']) as cursorB:
+        for curB in cursorB:
+            if count0 != 0 and curB[0] != zdbh:
+                str1 = curB[1] + '(' + curB[0] + ')'
+                if szlist[0] == '':
+                    szlist[0] = str1
+                    break
+                else:
+                    pass
+    arcpy.SelectLayerByLocation_management(layer1,'INTERSECT',fxlist[0])
+    count0 = int(arcpy.GetCount_management(layer1).getOutput(0)) 
+    with arcpy.da.SearchCursor(layer1, ['宗地编号','权利人','SHAPE@']) as cursorC:
+        for curC in cursorC:
+            if count0 != 0 and curC[0] != zdbh:
+                #先尝试相交
+                shp0 = fxlist[0].buffer(1)
+                shp1 = curC[2]
+                line1 = shp0.intersect(shp1, 4)
+                len1 = (shp0.area)/5
+                if line1.area < len1:
+                    pass
+                else:
+                    str1 = curC[1] + '(' + curC[0] + ')'
+                    if szlist[0] == '':
+                        szlist[0] = str1
+                        break
+                    else:
+                        pass
+    arcpy.SelectLayerByLocation_management(layer1,'CONTAINS',fxlist[1])
+    count0 = int(arcpy.GetCount_management(layer1).getOutput(0)) 
+    with arcpy.da.SearchCursor(layer1, ['宗地编号','权利人']) as cursorD:
+        for curD in cursorD:
+            if count0 != 0 and curD[0] != zdbh:
+                str1 = curD[1] + '(' + curD[0] + ')'
+                if szlist[1] == '':
+                    szlist[1] = str1
+                    break
+                else:
+                    pass
+    arcpy.SelectLayerByLocation_management(layer1,'INTERSECT',fxlist[1])
+    count0 = int(arcpy.GetCount_management(layer1).getOutput(0)) 
+    with arcpy.da.SearchCursor(layer1, ['宗地编号','权利人','SHAPE@']) as cursorE:
+        for curE in cursorE:
+            if count0 != 0 and curE[0] != zdbh:
+                shp0 = fxlist[1].buffer(1)
+                shp1 = curE[2]
+                line1 = shp0.intersect (shp1, 4)
+                len1 = (shp0.area)/5
+                if line1.area < len1:
+                    pass
+                else:
+                    str1 = curE[1] + '(' + curE[0] + ')'
+                    if szlist[1] == '':
+                        szlist[1] = str1
+                        break
+                    else:
+                        pass
+    arcpy.SelectLayerByLocation_management(layer1,'CONTAINS',fxlist[2])
+    count0 = int(arcpy.GetCount_management(layer1).getOutput(0)) 
+    with arcpy.da.SearchCursor(layer1, ['宗地编号','权利人']) as cursorF:
+        for curF in cursorF:
+            if count0 != 0 and curF[0] != zdbh:
+                str1 = curF[1] + '(' + curF[0] + ')'
+                if szlist[2] == '':
+                    szlist[2] = str1
+                    break
+                else:
+                    pass
+    arcpy.SelectLayerByLocation_management(layer1,'INTERSECT',fxlist[2])
+    count0 = int(arcpy.GetCount_management(layer1).getOutput(0)) 
+    with arcpy.da.SearchCursor(layer1, ['宗地编号','权利人','SHAPE@']) as cursorG:
+        for curG in cursorG:
+            if count0 != 0 and curG[0] != zdbh:
+                shp0 = fxlist[2].buffer(1)
+                shp1 = curG[2]
+                line1 = shp0.intersect (shp1, 4)
+                len1 = (shp0.area)/5
+                if line1.area < len1:
+                    pass
+                else:
+                    str1 = curG[1] + '(' + curG[0] + ')'
+                    if szlist[2] == '':
+                        szlist[2] = str1
+                        break
+                    else:
+                        pass
+    arcpy.SelectLayerByLocation_management(layer1,'CONTAINS',fxlist[3])
+    count0 = int(arcpy.GetCount_management(layer1).getOutput(0)) 
+    with arcpy.da.SearchCursor(layer1, ['宗地编号','权利人']) as cursorH:
+        for curH in cursorH:
+            if count0 != 0 and curH[0] != zdbh:
+                str1 = curH[1] + '(' + curH[0] + ')'
+                if szlist[3] == '':
+                    szlist[3] = str1
+                    break
+                else:
+                    pass
+    arcpy.SelectLayerByLocation_management(layer1,'INTERSECT',fxlist[3])
+    count0 = int(arcpy.GetCount_management(layer1).getOutput(0)) 
+    with arcpy.da.SearchCursor(layer1, ['宗地编号','权利人','SHAPE@']) as cursorI:
+        for curI in cursorI:
+            if count0 != 0 and curI[0] != zdbh:
+                shp0 = fxlist[3].buffer(1)
+                shp1 = curI[2]
+                line1 = shp0.intersect (shp1, 4)
+                len1 = (shp0.area)/5
+                if line1.area < len1:
+                    pass
+                else:
+                    str1 = curI[1] + '(' + curI[0] + ')'
+                    if szlist[3] == '':
+                        szlist[3] = str1
+                        break
+                    else:
+                        pass
+    return szlist
+
+def tbszsf(layer1,szlist,fxlist,shp0):
+    #然后挨个做相交
+    arcpy.SelectLayerByLocation_management(layer1,'CONTAINS',shp0)
+    count0 = int(arcpy.GetCount_management(layer1).getOutput(0)) 
+    with arcpy.da.SearchCursor(layer1, ['DLMC']) as cursorB:
+        for curB in cursorB:
+            if count0 != 0:
+                str1 = curB[0]
+                if szlist[0] == '':
+                    szlist[0] = str1
+                    break
+                else:
+                    pass
+    arcpy.SelectLayerByLocation_management(layer1,'INTERSECT',fxlist[0])
+    count0 = int(arcpy.GetCount_management(layer1).getOutput(0)) 
+    list1 = []
+    with arcpy.da.SearchCursor(layer1, ['DLMC','SHAPE@']) as cursorC:
+        for curC in cursorC:
+            if count0 != 0:
+                try:
+                    shp2 = fxlist[0].buffer(1)
+                    shp1 = curC[1]
+                    line1 = shp2.intersect(shp1, 4)
+                    len1 = (shp2.area)/5
+                    if line1.area < len1:
+                        pass
+                    else:
+                        str1 = curC[0]
+                        if szlist[0] == '':
+                            szlist[0] = str1
+                            break
+                        else:
+                            pass
+                except:
+                    pass
+    arcpy.SelectLayerByLocation_management(layer1,'CONTAINS',shp0)
+    count0 = int(arcpy.GetCount_management(layer1).getOutput(0)) 
+    with arcpy.da.SearchCursor(layer1, ['DLMC']) as cursorD:
+        for curD in cursorD:
+            if count0 != 0:
+                str1 = curD[0]
+                if szlist[1] == '':
+                    szlist[1] = str1
+                    break
+                else:
+                    pass
+    arcpy.SelectLayerByLocation_management(layer1,'INTERSECT',fxlist[1])
+    count0 = int(arcpy.GetCount_management(layer1).getOutput(0)) 
+    list1 = []
+    with arcpy.da.SearchCursor(layer1, ['DLMC','SHAPE@']) as cursorE:
+        for curE in cursorE:
+            if count0 != 0:
+                try:
+                    shp2 = fxlist[1].buffer(1)
+                    shp1 = curE[1]
+                    line1 = shp2.intersect(shp1, 4)
+                    len1 = (shp2.area)/5
+                    if line1.area < len1:
+                        pass
+                    else:
+                        str1 = curE[0]
+                        if szlist[1] == '':
+                            szlist[1] = str1
+                            break
+                        else:
+                            pass
+                except:
+                    pass
+    arcpy.SelectLayerByLocation_management(layer1,'CONTAINS',shp0)
+    count0 = int(arcpy.GetCount_management(layer1).getOutput(0)) 
+    with arcpy.da.SearchCursor(layer1, ['DLMC']) as cursorF:
+        for curF in cursorF:
+            if count0 != 0:
+                str1 =  curF[0]
+                if szlist[2] == '':
+                    szlist[2] = str1
+                    break
+                else:
+                    pass
+    arcpy.SelectLayerByLocation_management(layer1,'INTERSECT',fxlist[2])
+    count0 = int(arcpy.GetCount_management(layer1).getOutput(0)) 
+    list1 = []
+    with arcpy.da.SearchCursor(layer1, ['DLMC','SHAPE@']) as cursorG:
+        for curG in cursorG:
+            if count0 != 0:
+                try:
+                    shp2 = fxlist[2].buffer(1)
+                    shp1 = curG[1]
+                    line1 = shp2.intersect(shp1, 4)
+                    len1 = (shp2.area)/5
+                    if line1.area < len1:
+                        pass
+                    else:
+                        str1 = curG[0]
+                        if szlist[2] == '':
+                            szlist[2] = str1
+                            break
+                        else:
+                            pass
+                except:
+                    pass
+    arcpy.SelectLayerByLocation_management(layer1,'CONTAINS',shp0)
+    count0 = int(arcpy.GetCount_management(layer1).getOutput(0)) 
+    with arcpy.da.SearchCursor(layer1, ['DLMC']) as cursorH:
+        for curH in cursorH:
+            if count0 != 0:
+                str1 = curH[0]
+                if szlist[3] == '':
+                    szlist[3] = str1
+                    break
+                else:
+                    pass
+    arcpy.SelectLayerByLocation_management(layer1,'INTERSECT',fxlist[3])
+    count0 = int(arcpy.GetCount_management(layer1).getOutput(0)) 
+    list1 = []
+    with arcpy.da.SearchCursor(layer1, ['DLMC','SHAPE@']) as cursorI:
+        for curI in cursorI:
+            if count0 != 0:
+                try:
+                    shp2 = fxlist[3].buffer(1)
+                    shp1 = curI[1]
+                    line1 = shp2.intersect(shp1, 4)
+                    len1 = (shp2.area)/5
+                    if line1.area < len1:
+                        pass
+                    else:
+                        str1 = curI[0]
+                        if szlist[3] == '':
+                            szlist[3] = str1
+                            break
+                        else:
+                            pass
+                except:
+                    pass
+    return szlist
+            
+
+    
+def pdszx(shp1,sr):
+    zd1 = shp1.centroid
+    zdx = zd1.X
+    zdy = zd1.Y
+    points = shp1.getPart()
+    pt = points[0] 
+    ii = 0
+    bfx = []
+    dfx = []
+    nfx = []
+    xfx = []
+    while ii < 4:
+        pt0 = pt[ii]
+        pty = pt0.Y
+        if pty > zdy:
+            bfx.append(pt0)
+        else:
+            nfx.append(pt0)
+        ii = ii + 1
+    #暂时没想到会有三个点的可能性
+    if len(bfx) == 2:
+        # if bfx[0].X > bfx[1].X:
+        if bfx[0].X > zdx and bfx[1].X < zdx:
+            dfx.append(bfx[0])
+            xfx.append(bfx[1])
+        elif bfx[0].X < zdx and bfx[1].X > zdx:
+            dfx.append(bfx[1])
+            xfx.append(bfx[0])
+        elif bfx[0].X > bfx[1].X and bfx[1].X > zdx:
+            dfx.append(bfx[0])
+            dfx.append(bfx[1])
+            nfx.append(bfx[0])
+            bfx.remove(bfx[0])
+        elif bfx[0].X < bfx[1].X and bfx[0].X > zdx:
+            dfx.append(bfx[0])
+            dfx.append(bfx[1])
+            nfx.append(bfx[1])
+            bfx.remove(bfx[1])
+        elif bfx[0].X > bfx[1].X and bfx[0].X < zdx:
+            xfx.append(bfx[0])
+            xfx.append(bfx[1])
+            nfx.append(bfx[1])
+            bfx.remove(bfx[1])
+        elif bfx[0].X < bfx[1].X and bfx[1].X < zdx:
+            xfx.append(bfx[0])
+            xfx.append(bfx[1])
+            nfx.append(bfx[0])
+            bfx.remove(bfx[0])
+        if nfx[0].X > zdx and zdx > nfx[1].X:
+            dfx.append(nfx[0])
+            xfx.append(nfx[1])
+        elif nfx[0].X < zdx and zdx < nfx[1].X:
+            dfx.append(nfx[1])
+            xfx.append(nfx[0])
+        elif nfx[0].X > nfx[1].X and nfx[1].X > zdx:
+            dfx.append(nfx[0])
+            dfx.append(nfx[1])
+            bfx.append(nfx[0])
+            nfx.remove(nfx[0])
+        elif nfx[0].X < nfx[1].X and nfx[0].X > zdx:
+            dfx.append(nfx[0])
+            dfx.append(nfx[1])
+            bfx.append(nfx[1])
+            nfx.remove(nfx[1])
+        elif nfx[0].X > nfx[1].X and nfx[0].X < zdx:
+            xfx.append(nfx[0])
+            xfx.append(nfx[1])
+            bfx.append(nfx[1])
+            nfx.remove(nfx[1])
+        elif nfx[0].X < nfx[1].X and nfx[1].X < zdx:
+            xfx.append(nfx[0])
+            xfx.append(nfx[1])
+            bfx.append(nfx[0])
+            nfx.remove(nfx[0])
+    elif len(bfx) == 1:
+        #也就是必有两个相同y值
+        if round(nfx[0].Y,2) == round(nfx[1].Y,2):
+            if nfx[0].X > nfx[1].X:
+                bfx.append(nfx[0])
+                nfx.remove(nfx[0])
+                dfx.append(bfx[1])
+                dfx.append(nfx[1])
+                xfx.append(bfx[0])
+                xfx.append(nfx[0])
+            else:
+                bfx.append(nfx[1])
+                nfx.remove(nfx[1])
+                dfx.append(bfx[1])
+                dfx.append(nfx[1])
+                xfx.append(bfx[0])
+                xfx.append(nfx[0])
+        elif round(nfx[0].Y,2) == round(nfx[2].Y,2):
+            if nfx[0].X > nfx[2].X:
+                bfx.append(nfx[0])
+                nfx.remove(nfx[0])
+                dfx.append(bfx[1])
+                dfx.append(nfx[0])
+                xfx.append(bfx[0])
+                xfx.append(nfx[1])
+            else:
+                bfx.append(nfx[2])
+                nfx.remove(nfx[2])
+                dfx.append(bfx[1])
+                dfx.append(nfx[1])
+                xfx.append(bfx[0])
+                xfx.append(nfx[0])
+        elif round(nfx[1].Y,2) == round(nfx[2].Y,2):
+            if nfx[1].X > nfx[2].X:
+                bfx.append(nfx[1])
+                nfx.remove(nfx[1])
+                dfx.append(bfx[1])
+                dfx.append(nfx[0])
+                xfx.append(bfx[0])
+                xfx.append(nfx[1])
+            else:
+                bfx.append(nfx[2])
+                nfx.remove(nfx[2])
+                dfx.append(bfx[1])
+                dfx.append(nfx[0])
+                xfx.append(bfx[0])
+                xfx.append(nfx[1])
+    #把点变成线，然后根据BDNX的顺序存储
+    line1 = arcpy.Polyline(arcpy.Array(bfx),sr)
+    line2 = arcpy.Polyline(arcpy.Array(dfx),sr)
+    line3 = arcpy.Polyline(arcpy.Array(nfx),sr)
+    line4 = arcpy.Polyline(arcpy.Array(xfx),sr)
+    llist = []
+    llist.append(line1)
+    llist.append(line2)
+    llist.append(line3)
+    llist.append(line4)
+    return llist
+
+def takefir(elem):
+    return elem[0]
+
+if __name__ == '__main__':
+    try:
+        #根据需求设计4个选项，宗地1，宗地2，外业补充，731，待定
+        SZpoly(r'D:\2work_now\20221026\test\testSZ.shp','',r'D:\2work_now\20221026\test\BDDW.shp',r'D:\2work_now\20221026\test\BGTB.shp','',r'D:\2work_now\20221026\test')
+    except arcpy.ExecuteError:
+        arcpy.AddMessage(arcpy.GetMessages())
+
+
+
+
+
+
+
+

代码/20221220林权/LQ/SZsf.py

@@ -0,0 +1,527 @@
+import arcpy
+import math
+
+def SZpoly(zdpath1,zdpath2,tbpath1,tbpath2,tbpath3):
+    tb1 = -1
+    arcpy.MakeFeatureLayer_management(zdpath1, 'ZD')
+    try:
+        arcpy.MakeFeatureLayer_management(tbpath1, 'TB')
+        tb1 = 1
+    except:
+        arcpy.AddMessage('无图斑1shp可加载')
+    zd2 = -1
+    try:
+        arcpy.MakeFeatureLayer_management(zdpath2, 'ZD2')
+        zd2 = 1
+    except:
+        arcpy.AddMessage('无宗地2shp可加载')
+    tb2 = -1
+    try:
+        arcpy.MakeFeatureLayer_management(tbpath2, 'TB2')
+        tb2 = 1
+    except:
+        arcpy.AddMessage('无图斑2shp可加载')
+    tb3 = -1
+    try:
+        arcpy.MakeFeatureLayer_management(tbpath3, 'TB3')
+        tb3 = 1
+    except:
+        arcpy.AddMessage('无图斑3shp可加载')
+    #添加字段
+    try:
+        arcpy.AddField_management('ZD', '四至北', 'TEXT')
+    except:
+        arcpy.AddMessage('四至北字段已存在')
+        print('四至北字段已存在')
+    try:
+        arcpy.AddField_management('ZD', '四至南', 'TEXT')
+    except:
+        arcpy.AddMessage('四至南字段已存在')
+        print('四至南字段已存在')
+    try:
+        arcpy.AddField_management('ZD', '四至西', 'TEXT')
+    except:
+        arcpy.AddMessage('四至西字段已存在')
+        print('四至西字段已存在')
+    try:
+        arcpy.AddField_management('ZD', '四至东', 'TEXT')
+    except:
+        arcpy.AddMessage('四至东字段已存在')
+        print('四至东字段已存在')
+
+    #一个一个来，先把临宗地搞出来
+    with arcpy.da.UpdateCursor('ZD', ['SHAPE@', '四至北','四至东','四至南','四至西','宗地编号']) as cursorA:
+        for curA in cursorA:
+            #szlist1是邻宗的结果，szlist2是地物的结果
+            szlist1 = []
+            szlist2 = []
+            poly1 = curA[0]
+            #这个阈值可以调整
+            buf1 = poly1.buffer(1)
+            zddm0 = curA[5]
+            list1 = []
+            #首先是挑选出相交的几个图形（应该不会很巧的只是共线）
+            arcpy.SelectLayerByLocation_management('ZD','INTERSECT',buf1)
+            count0 = int(arcpy.GetCount_management('ZD').getOutput(0)) 
+            if count0 == 0:
+                #那就不关宗地什么事了
+                pass
+            else:
+                #shape，宗地编号，权利人
+                
+                with arcpy.da.SearchCursor('ZD', ['SHAPE@', '宗地编号','权利人']) as cursorB:
+                    for curB in cursorB:
+                        #排除自己
+                        zddm1 = curB[1]
+                        if zddm1 == zddm0:
+                            pass
+                        else:
+                            #先把信息都装入list，方便提取
+                            slist1 = []
+                            slist1.append(curB[0])
+                            slist1.append(curB[1])
+                            slist1.append(curB[2])
+                            list1.append(slist1)
+            #首先是挑选出相交的几个图形（应该不会很巧的只是共线）
+            if zd2 == 1:
+                arcpy.SelectLayerByLocation_management('ZD2','INTERSECT',buf1)
+                count0 = int(arcpy.GetCount_management('ZD2').getOutput(0)) 
+                if count0 == 0:
+                    pass
+                else:
+                    #shape，宗地编号，权利人
+                    with arcpy.da.SearchCursor('ZD2', ['SHAPE@', '宗地编号','权利人']) as cursorC:
+                        for curC in cursorC:
+                            #排除自己
+                            zddm1 = curC[1]
+                            if zddm1 == zddm0:
+                                pass
+                            else:
+                                #先把信息都装入list，方便提取
+                                slist1 = []
+                                slist1.append(curC[0])
+                                slist1.append(curC[1])
+                                slist1.append(curC[2])
+                                list1.append(slist1)
+            if list1 != []:
+                #分别过四至内容
+                szlist1 = szsf(list1,buf1,poly1)
+            list2 = []
+            if tb1 == 1:
+                #首先相交
+                arcpy.SelectLayerByLocation_management('TB','INTERSECT',buf1)
+                count1 = int(arcpy.GetCount_management('TB').getOutput(0)) 
+                if count1 == 0:
+                    #那就不关图斑什么事了
+                    pass
+                else:
+                    with arcpy.da.SearchCursor('TB', ['SHAPE@', 'DLMC']) as cursorD:
+                        for curD in cursorD:
+                            slist2 = []
+                            slist2.append(curD[0])
+                            slist2.append(curD[1])
+                            list2.append(slist2)
+                
+            if tb2 == 1:
+                #首先相交
+                arcpy.SelectLayerByLocation_management('TB2','INTERSECT',buf1)
+                count1 = int(arcpy.GetCount_management('TB2').getOutput(0)) 
+                if count1 == 0:
+                    #那就不关图斑什么事了
+                    pass
+                else:
+                    with arcpy.da.SearchCursor('TB2', ['SHAPE@', 'DLMC']) as cursorE:
+                        for curE in cursorE:
+                            slist2 = []
+                            slist2.append(curE[0])
+                            slist2.append(curE[1])
+                            list2.append(slist2) 
+            if tb3 == 1:
+                #首先相交
+                arcpy.SelectLayerByLocation_management('TB3','INTERSECT',buf1)
+                count1 = int(arcpy.GetCount_management('TB3').getOutput(0)) 
+                if count1 == 0:
+                    #那就不关图斑什么事了
+                    pass
+                else:
+                    with arcpy.da.SearchCursor('TB3', ['SHAPE@', 'DLMC']) as cursorF:
+                        for curF in cursorF:
+                            #角度和地物名称
+                            slist2 = []
+                            slist2.append(curF[0])
+                            slist2.append(curF[1])
+                            list2.append(slist2)
+            if list2 != [] and szlist1 !=[]:
+                #分别过四至内容(图斑只需要补没有的)
+                szlist2 = szsf1(list2,poly1,szlist1,poly1)
+            else:
+                szlist2 = szlist1 
+            try:
+            #再四舍五入下，防止有空
+                if szlist2[0] != '':
+                    curA[1] = szlist2[0]
+                else:
+                    if szlist2[1] !='':
+                        curA[1] = szlist2[1]
+                    else:
+                        if szlist2[3] !='':
+                            curA[1] = szlist2[3]
+                if szlist2[1] != '':
+                    curA[2] = szlist2[1]
+                else:
+                    if szlist2[0] !='':
+                        curA[2] = szlist2[0]
+                    else:
+                        if szlist2[2] !='':
+                            curA[2] = szlist2[2]
+                if szlist2[2] != '':
+                    curA[3] = szlist2[2]
+                else:
+                    if szlist2[1] !='':
+                        curA[3] = szlist2[1]
+                    else:
+                        if szlist2[3] !='':
+                            curA[3] = szlist2[3]
+                if szlist2[3] != '':
+                    curA[4] = szlist2[3]
+                else:
+                    if szlist2[0] !='':
+                        curA[4] = szlist2[0]
+                    else:
+                        if szlist2[2] !='':
+                            curA[4] = szlist2[2]
+                cursorA.updateRow(curA) 
+            except:
+                pass
+            arcpy.AddMessage(zddm0 + ' OK')
+            
+
+def szsf(list1,poly1,opoly1):
+    szb = []
+    szd = []
+    szn = []
+    szx = []
+    listsz = []
+    ii = 0
+    ceny = (opoly1.extent.YMax + opoly1.extent.YMin)/2
+    cenx = (opoly1.extent.XMax + opoly1.extent.XMin)/2
+    while ii < len(list1):
+        shp1 = list1[ii][0]
+        #获取焦点做垂线计算角度
+        try:
+            pts = poly1.intersect(shp1, 1)
+            #不管有多少个点，直接求平均值
+            sumx = 0
+            sumy = 0
+            kk = 0
+            for pt in pts:
+                ptx = pt.X
+                pty = pt.Y
+                sumx = sumx + ptx
+                sumy = sumy + pty
+                kk = kk + 1
+            pjx = sumx / kk
+            pjy = sumy / kk
+            #计算角度
+            ang1 = math.atan2((pjy-ceny), (pjx-cenx))
+            angle1 = ang1/math.pi*180
+            if angle1 >45 and angle1 < 135:
+                slist = []
+                #存角度、宗地代码
+                slist.append(angle1)
+                slist.append(list1[ii][1])
+                slist.append(list1[ii][2])
+                szb.append(slist)
+            if angle1 < 45 and angle1 > -45:
+                slist = []
+                #存角度、宗地代码
+                slist.append(angle1)
+                slist.append(list1[ii][1])
+                slist.append(list1[ii][2])
+                szd.append(slist)
+            if angle1 > -135 and angle1 < -45:
+                slist = []
+                #存角度、宗地代码
+                slist.append(angle1)
+                slist.append(list1[ii][1])
+                slist.append(list1[ii][2])
+                szn.append(slist)
+            if angle1 < -135 or angle1 > 135:
+                slist = []
+                #存角度、宗地代码
+                slist.append(angle1)
+                slist.append(list1[ii][1])
+                slist.append(list1[ii][2])
+                szx.append(slist)
+        except:
+            pass
+        ii = ii + 1
+    #角度，宗地代码，权利人
+    if len(szb) == 0:
+        listsz.append('')
+    elif len(szb) == 1:
+        jestr = szb[0][2] + '(' + szb[0][1] + ')'
+        listsz.append(jestr)
+    else:
+        #排序，找出最正的那个
+        ii1 = 0
+        list2 = []
+        while ii1 < len(szb):
+            ang2 = abs(szb[ii1][0])
+            #宗地编号
+            zdstr = szb[ii1][1]
+            cz = abs(ang2 - 90)
+            slist2 = []
+            slist2.append(cz)
+            slist2.append(zdstr)
+            #权利人
+            slist2.append(szb[ii1][2])
+            list2.append(slist2)
+            ii1 = ii1 + 1
+        list2.sort(key=takefir,reverse=True)
+        jestr = list2[0][2] + '(' + list2[0][1] + ')'
+        listsz.append(jestr)
+    if len(szd) == 0:
+        listsz.append('')
+    elif len(szd) == 1:
+        jestr = szd[0][2] + '(' + szd[0][1] + ')'
+        listsz.append(jestr)
+    else:
+        #排序，找出最正的那个
+        ii1 = 0
+        list2 = []
+        while ii1 < len(szd):
+            ang2 = abs(szd[ii1][0])
+            #宗地编号
+            zdstr = szd[ii1][1]
+            cz = abs(ang2)
+            slist2 = []
+            slist2.append(cz)
+            slist2.append(zdstr)
+            #权利人
+            slist2.append(szd[ii1][2])
+            list2.append(slist2)
+            ii1 = ii1 + 1
+        list2.sort(key=takefir,reverse=True)
+        jestr = list2[0][2] + '(' + list2[0][1] + ')'
+        listsz.append(jestr)
+    if len(szn) == 0:
+        listsz.append('')
+    elif len(szn) == 1:
+        jestr = szn[0][2] + '(' + szn[0][1] + ')'
+        listsz.append(jestr)
+    else:
+        #排序，找出最正的那个
+        ii1 = 0
+        list2 = []
+        while ii1 < len(szn):
+            ang2 = abs(szn[ii1][0])
+            #宗地编号
+            zdstr = szn[ii1][1]
+            cz = abs(ang2 + 90)
+            slist2 = []
+            slist2.append(cz)
+            slist2.append(zdstr)
+            #权利人
+            slist2.append(szn[ii1][2])
+            list2.append(slist2)
+            ii1 = ii1 + 1
+        list2.sort(key=takefir,reverse=True)
+        jestr = list2[0][2] + '(' + list2[0][1] + ')'
+        listsz.append(jestr)
+    if len(szx) == 0:
+        listsz.append('')
+    elif len(szx) == 1:
+        jestr = szx[0][2] + '(' + szx[0][1] + ')'
+        listsz.append(jestr)
+    else:
+        #排序，找出最正的那个
+        ii1 = 0
+        list2 = []
+        while ii1 < len(szx):
+            ang2 = abs(szx[ii1][0])
+            #宗地编号
+            zdstr = szx[ii1][1]
+            cz = 180 - abs(ang2)
+            slist2 = []
+            slist2.append(cz)
+            slist2.append(zdstr)
+            #权利人
+            slist2.append(szx[ii1][2])
+            list2.append(slist2)
+            ii1 = ii1 + 1
+        list2.sort(key=takefir,reverse=True)
+        jestr = list2[0][2] + '(' + list2[0][1] + ')'
+        listsz.append(jestr)
+    return listsz
+
+def szsf1(list1,poly1,list0,opoly1):
+    szb = []
+    szd = []
+    szn = []
+    szx = []
+    listsz = []
+    ii = 0
+    ceny = (opoly1.extent.YMax + opoly1.extent.YMin)/2
+    cenx = (opoly1.extent.XMax + opoly1.extent.XMin)/2
+    while ii < len(list1):
+        shp1 = list1[ii][0]
+        #获取焦点做垂线计算角度
+        try:
+            pts = poly1.intersect(shp1, 1)
+            #不管有多少个点，直接求平均值
+            sumx = 0
+            sumy = 0
+            kk = 0
+            for pt in pts:
+                ptx = pt.X
+                pty = pt.Y
+                sumx = sumx + ptx
+                sumy = sumy + pty
+                kk = kk + 1
+            pjx = sumx / kk
+            pjy = sumy / kk
+            #计算角度
+            ang1 = math.atan2((pjy-ceny), (pjx-cenx))
+            angle1 = ang1/math.pi*180
+            if angle1 >30 and angle1 < 150:
+                slist = []
+                #存角度、类型
+                slist.append(angle1)
+                slist.append(list1[ii][1])
+                szb.append(slist)
+            if angle1 < 60 and angle1 > -60:
+                slist = []
+                #存角度、宗地代码
+                slist.append(angle1)
+                slist.append(list1[ii][1])
+                szd.append(slist)
+            if angle1 > -150 and angle1 < -30:
+                slist = []
+                #存角度、宗地代码
+                slist.append(angle1)
+                slist.append(list1[ii][1])
+                szn.append(slist)
+            if angle1 < -120 or angle1 > 120:
+                slist = []
+                #存角度、宗地代码
+                slist.append(angle1)
+                slist.append(list1[ii][1])
+                szx.append(slist)
+        except:
+            pass
+        ii = ii + 1
+    #角度，地物类型
+    if list0[0] == '':
+        if len(szb) == 0:
+            listsz.append('')
+        elif len(szb) == 1:
+            jestr = szb[0][1]
+            listsz.append(jestr)
+        else:
+            #排序，找出最正的那个
+            ii1 = 0
+            list2 = []
+            while ii1 < len(szb):
+                ang2 = abs(szb[ii1][0])
+                #地物类型
+                zdstr = szb[ii1][1]
+                cz = abs(ang2 - 90)
+                slist2 = []
+                slist2.append(cz)
+                slist2.append(zdstr)
+                list2.append(slist2)
+                ii1 = ii1 + 1
+            list2.sort(key=takefir,reverse=True)
+            jestr = list2[0][1]
+            listsz.append(jestr)
+    else:
+        listsz.append(list0[0])
+    if list0[1] == '':
+        if len(szd) == 0:
+            listsz.append('')
+        elif len(szd) == 1:
+            jestr = szd[0][1]
+            listsz.append(jestr)
+        else:
+            #排序，找出最正的那个
+            ii1 = 0
+            list2 = []
+            while ii1 < len(szd):
+                ang2 = abs(szd[ii1][0])
+                #地物类型
+                zdstr = szd[ii1][1]
+                cz = abs(ang2)
+                slist2 = []
+                slist2.append(cz)
+                slist2.append(zdstr)
+                list2.append(slist2)
+                ii1 = ii1 + 1
+            list2.sort(key=takefir,reverse=True)
+            jestr = list2[0][1]
+            listsz.append(jestr)
+    else:
+        listsz.append(list0[1])
+    if list0[2] == '':
+        if len(szn) == 0:
+            listsz.append('')
+        elif len(szn) == 1:
+            jestr = szn[0][1]
+            listsz.append(jestr)
+        else:
+            #排序，找出最正的那个
+            ii1 = 0
+            list2 = []
+            while ii1 < len(szn):
+                ang2 = abs(szn[ii1][0])
+                #地物类型
+                zdstr = szn[ii1][1]
+                cz = abs(ang2 + 90)
+                slist2 = []
+                slist2.append(cz)
+                slist2.append(zdstr)
+                list2.append(slist2)
+                ii1 = ii1 + 1
+            list2.sort(key=takefir,reverse=True)
+            jestr = list2[0][1]
+            listsz.append(jestr)
+    else:
+        listsz.append(list0[2])
+    if list0[3] == '':
+        if len(szx) == 0:
+            listsz.append('')
+        elif len(szx) == 1:
+            jestr = szx[0][1]
+            listsz.append(jestr)
+        else:
+            #排序，找出最正的那个
+            ii1 = 0
+            list2 = []
+            while ii1 < len(szx):
+                ang2 = abs(szx[ii1][0])
+                #地物类型
+                zdstr = szx[ii1][1]
+                cz = 180 - abs(ang2)
+                slist2 = []
+                slist2.append(cz)
+                slist2.append(zdstr)
+                list2.append(slist2)
+                ii1 = ii1 + 1
+            list2.sort(key=takefir,reverse=True)
+            jestr = list2[0][1]
+            listsz.append(jestr)
+    else:
+        listsz.append(list0[3])
+    return listsz
+
+
+def takefir(elem):
+    return elem[0]
+
+if __name__ == '__main__':
+    try:
+        #根据需求设计4个选项，宗地1，宗地2，图斑，路，房(这个待定)
+        # 输入宗地shp（记得复制），图斑shp（没有就不管）
+        SZpoly(arcpy.GetParameterAsText(0),arcpy.GetParameterAsText(1),arcpy.GetParameterAsText(2),arcpy.GetParameterAsText(3),arcpy.GetParameterAsText(4))
+    except arcpy.ExecuteError:
+        arcpy.AddMessage(arcpy.GetMessages())

代码/20221220林权/LQ/TFpolygon1129.py

@@ -0,0 +1,70 @@
+from asyncore import write
+import arcpy
+
+def TFtoTB(tbshp,tfshp,outfilepath):
+    outpath = outfilepath + '\\TF.txt'
+    #加载
+    arcpy.MakeFeatureLayer_management(tbshp, 'TB')
+    arcpy.MakeFeatureLayer_management(tfshp, 'TF')
+    with open(outpath,'w') as f:
+        with arcpy.da.SearchCursor('TB',['SHAPE@','宗地编码']) as cursorA:
+            for curA in cursorA:
+                list1 = []
+                shape1 = curA[0]
+                zdh = curA[1]
+                #相交，包含，被包含
+                arcpy.SelectLayerByLocation_management('TF',"INTERSECT",shape1)
+                ma1 = int(arcpy.GetCount_management('TF').getOutput(0)) 
+                if ma1 != 0:
+                    with arcpy.da.SearchCursor('TF',['TFH']) as cursorB:
+                        for curB in cursorB:
+                            tfh1 = str(curB[0])
+                            list1.append(tfh1)
+                arcpy.SelectLayerByLocation_management('TF',"WITHIN",shape1)
+                ma2 = int(arcpy.GetCount_management('TF').getOutput(0)) 
+                if ma2 != 0:
+                    with arcpy.da.SearchCursor('TF',['TFH']) as cursorC:
+                        for curC in cursorC:
+                            tfh2 = str(curC[0])
+                            list1.append(tfh2)
+                arcpy.SelectLayerByLocation_management('TF',"COMPLETELY_CONTAINS",shape1)
+                ma3 = int(arcpy.GetCount_management('TF').getOutput(0)) 
+                if ma3 != 0:
+                    with arcpy.da.SearchCursor('TF',['TFH']) as cursorD:
+                        for curD in cursorD:
+                            tfh3 = str(curD[0])
+                            list1.append(tfh3)
+                if list1 == []:
+                    pass
+                else:
+                    f.write(zdh)
+                    f.write(':')
+                    ii = 0
+                    list2 = []
+                    while ii < len(list1):
+                        if list1[ii] in list2:
+                            pass
+                        else:
+                            if ii == 0:
+                                f.write(list1[ii])
+                                list2.append(list1[ii])
+                            else:
+                                f.write(',')
+                                f.write(list1[ii])
+                                list2.append(list1[ii])  
+                        ii = ii + 1
+                    f.write('\n')
+                    f.flush()
+                print('ok')
+                arcpy.AddMessage ('ok')
+
+
+
+if __name__ == '__main__':
+    try:
+        #输入shp，图幅shp,输出文件夹
+        TFtoTB(arcpy.GetParameterAsText(0),arcpy.GetParameterAsText(1),arcpy.GetParameterAsText(2))
+    except arcpy.ExecuteError:
+        arcpy.AddMessage (arcpy.GetMessages())
+
+

代码/20221220林权/LQ/ZDT/JZDpoint1128.py

@@ -0,0 +1,553 @@
+import arcpy
+import math
+
+def JZpointmake(inpath, outfileshp):
+    # region [读取shp]
+    shpstr = 'JZD1.shp'
+    outpath = outfileshp + '\\' + 'JZD1.shp'
+    try:
+        arcpy.CreateFeatureclass_management(outfileshp, shpstr, 'POINT')
+    except:
+        arcpy.Delete_management(outpath)
+        arcpy.CreateFeatureclass_management(outfileshp, shpstr, 'POINT')
+    # 加载
+    arcpy.MakeFeatureLayer_management(inpath, 'LB')
+    arcpy.MakeFeatureLayer_management(outpath, 'JZD')
+    sr = arcpy.Describe('LB').spatialReference
+    # 添加一群字段
+    arcpy.AddField_management('JZD', '标识码', 'LONG')
+    arcpy.AddField_management('JZD', 'YSDM', 'TEXT')
+    arcpy.AddField_management('JZD', 'JZDH', 'TEXT')
+    arcpy.AddField_management('JZD', 'JBLX', 'TEXT')
+    arcpy.AddField_management('JZD', 'JZDLX', 'TEXT')
+    arcpy.AddField_management('JZD', 'ZDBH', 'TEXT')
+    arcpy.AddField_management('JZD', '顺序号', 'LONG')
+    arcpy.AddField_management('JZD', 'flag', 'LONG')
+    #float按理说应该符合的
+    bsm = 0
+    field1 = ['SHAPE@', '标识码', 'YSDM', 'JZDH', 'JBLX',
+              'JZDLX',  'ZDBH', '顺序号','flag']
+    # endregion
+    with arcpy.da.InsertCursor('JZD', field1) as cursorZ:
+        with arcpy.da.SearchCursor('LB', ['SHAPE@', '宗地编号']) as cursorA:
+            for curA in cursorA:
+                # region [读折点]
+                poly1 = curA[0]
+                zdbh = curA[1]
+                if zdbh == None or zdbh == '' or zdbh == ' ':
+                    pass
+                else:
+                    # 获取折点
+                    points = poly1.getPart()
+                    pt = points[0]
+                    mm = 0
+                    linelist = []  
+                    indexp = 0
+                    #存的都是点
+                    while mm < pt.count:
+                        jzd = pt[mm]
+                        try:
+                            xx = round(jzd.X,4)
+                            yy = round(jzd.Y,4)
+                            if mm == 0 or mm == indexp:
+                                xx0 = xx
+                                yy0 = yy
+                                slist = []
+                                slist.append(pt[mm]) 
+                            else:
+                                numdis0 = xx - xx0
+                                numdis1 = yy - yy0 
+                                numdis = math.sqrt((numdis0 * numdis0)+(numdis1*numdis1))
+                                if xx == xx0 and yy == yy0:
+                                    #一个的结束
+                                    indexp = mm + 1
+                                    linelist.append(slist)  
+                                if numdis < 0.1:
+                                    pass
+                                else:
+                                    slist.append(pt[mm]) 
+                            mm = mm + 1
+                        except:
+                            if mm == indexp:
+                                indexp = mm + 1
+                                mm = mm + 1 
+                    llen = len(linelist)
+                    #判断下如果多环，排个序
+                    linelist1 = pdlen(linelist)
+                    linelist = linelist1
+                    # endregion
+                    #甭管有没有环，都是第一个来处理
+                    ln1 = linelist[0]
+                    list1 = []
+                    nn1 = 0
+                    while nn1 < len(ln1):
+                        if nn1 == len(ln1) - 1:
+                            fpx = round(ln1[nn1].X,4)
+                            fpy = round(ln1[nn1].Y,4)
+                            lpx = round(ln1[0].X,4)
+                            lpy = round(ln1[0].Y,4)
+                            fpoint = arcpy.Point(fpx, fpy)
+                            lpoint = arcpy.Point(lpx, lpy)
+                        else:
+                            fpx = round(ln1[nn1].X,4)
+                            fpy = round(ln1[nn1].Y,4)
+                            lpx = round(ln1[nn1 + 1].X,4)
+                            lpy = round(ln1[nn1 + 1].Y,4)
+                            fpoint = arcpy.Point(fpx, fpy)
+                            lpoint = arcpy.Point(lpx, lpy)
+                        new_array = arcpy.Array()
+                        new_array.append(fpoint)
+                        new_array.append(lpoint)
+                        ln2 = arcpy.Polyline(new_array,sr)
+                        #先把起始点加进去
+                        bl1 = addpoint(list1,fpoint)
+                        if bl1 == 1:
+                            list1.append(fpoint)
+                        
+                            # list1.append(lpoint)
+                        #插入点
+                        arcpy.SelectLayerByLocation_management('LB','INTERSECT',ln2)
+                        count0 = int(arcpy.GetCount_management('LB').getOutput(0)) 
+                        if count0 < 2:
+                            bl4 = addpoint(list1,lpoint)
+                            if bl4 == 1:
+                                list1.append(lpoint)
+                            nn1 = nn1 + 1
+                        else:
+                            #对于同一个线段来说，把所有点的位置准确点
+                            listp1 = []
+                            with arcpy.da.SearchCursor('LB', ['SHAPE@', '宗地编号']) as cursorB:
+                                for curB in cursorB:
+                                    zdbh1 = curB[1]
+                                    #排除自己
+                                    if zdbh1 == zdbh:
+                                        pass
+                                    else:
+                                        try:
+                                            shpB = curB[0]
+                                            lineB = shpB.boundary ()
+                                            rln = lineB.intersect (ln2, 2)
+                                            fpoint1 = rln.firstPoint
+                                            lpoint1 = rln.lastPoint
+                                            fx = round(fpoint1.X,4)
+                                            fy = round(fpoint1.Y,4)
+                                            lx = round(lpoint1.X,4)
+                                            ly = round(lpoint1.Y,4)
+                                            #判断这两个点是否都在里面
+                                            fp = arcpy.Point(fx, fy)
+                                            lp = arcpy.Point(lx, ly)
+                                            list2 = []
+                                            bl1 = addpoint(list1,fp)
+                                            if bl1 == 1:
+                                                #判断与起点的距离
+                                                dis1 = math.sqrt(((fpx - fx)*(fpx - fx)) + ((fpy-fy)*(fpy-fy)))
+                                                slist2 = []
+                                                slist2.append(dis1)
+                                                slist2.append(fp)
+                                                list2.append(slist2)
+                                            bl1 = addpoint(list1,lp)
+                                            if bl1 == 1:
+                                                dis1 = math.sqrt(((fpx - lx)*(fpx - lx)) + ((fpy-ly)*(fpy-ly)))
+                                                slist2 = []
+                                                slist2.append(dis1)
+                                                slist2.append(lp)
+                                                list2.append(slist2)
+                                            if len(list2) == 1:
+                                                listp1.append(list2[0][1])
+                                            elif len(list2) == 2:
+                                                #对2排序
+                                                if list2[0][0] < list2[1][0]:
+                                                    listp1.append(list2[0][1])
+                                                    listp1.append(list2[1][1])
+                                                else:
+                                                    listp1.append(list2[1][1])
+                                                    listp1.append(list2[0][1])
+                                        except:
+                                            pass
+                            #得到所有的点，进行一个与起点的排序
+                            nn2 = 0
+                            listp2 =[]
+                            while nn2 < len(listp1):
+                                num0 = fpx - listp1[nn2].X
+                                num1 = fpy - listp1[nn2].Y
+                                dis2 = math.sqrt((num0*num0)+(num1*num1))
+                                slistp2 = []
+                                slistp2.append(dis2)
+                                slistp2.append(listp1[nn2])
+                                listp2.append(slistp2)
+                                nn2 = nn2 + 1
+                            listp2.sort()
+                            nn3 = 0
+                            bl3 = 0
+                            while nn3 < len(listp2):
+                                #这里要看下要不要除重
+                                bl3 = addpoint(list1,listp2[nn3][1])
+                                if bl3 == 1:
+                                    list1.append(listp2[nn3][1])
+                                nn3 = nn3 + 1  
+                            bl4 = addpoint(list1,lpoint)
+                            if bl4 == 1:
+                                list1.append(lpoint)
+                        nn1 = nn1 + 1
+                    
+                    if len(linelist) == 1:
+                        listF = linezd(list1,poly1)
+                        #直接写
+                        ii = 0
+                        zdh = 0
+                        while ii < len(listF):
+                            if ii == 0:
+                                zdh = zdh + 1
+                                bsm = bsm + 1
+                                # shape
+                                point1 = arcpy.Point(listF[ii][0], listF[ii][1])
+                                # 要素代码
+                                ysdm = '6002010300'
+                                # 顺序号
+                                sxh = ii + 1
+                                # 界址点号
+                                jzdh = 'J' + str(zdh)
+                                # 宗地代码
+                                zddm = curA[1]
+                                rlist = []
+                                rlist.append(point1)
+                                rlist.append(bsm)
+                                rlist.append(ysdm)
+                                rlist.append(jzdh)
+                                rlist.append('')
+                                rlist.append('')
+                                rlist.append(zddm)
+                                rlist.append(zdh)
+                                rlist.append(1)
+                                cursorZ.insertRow(rlist)
+                            else:
+                                numdis0 = listF[ii][0] - listF[ii - 1][0]
+                                numdis1 = listF[ii][1] - listF[ii - 1][1]
+                                numdis2 = math.sqrt((numdis0 * numdis0)+(numdis1*numdis1))
+                                if numdis2 < 0.1:
+                                    pass
+                                else:
+                                    zdh = zdh + 1
+                                    bsm = bsm + 1
+                                    # shape
+                                    point1 = arcpy.Point(listF[ii][0], listF[ii][1])
+                                    # 要素代码
+                                    ysdm = '6002010300'
+                                    # 顺序号
+                                    sxh = ii + 1
+                                    # 界址点号
+                                    jzdh = 'J' + str(zdh)
+                                    # 宗地代码
+                                    zddm = curA[1]
+                                    rlist = []
+                                    rlist.append(point1)
+                                    rlist.append(bsm)
+                                    rlist.append(ysdm)
+                                    rlist.append(jzdh)
+                                    rlist.append('')
+                                    rlist.append('')
+                                    rlist.append(zddm)
+                                    rlist.append(zdh)
+                                    rlist.append(1)
+                                    cursorZ.insertRow(rlist)
+                            ii = ii + 1
+                    else:
+                        mm0 = 0
+                        zdh = 0
+                        while mm0 < len(linelist):
+                            if mm0 == 0:
+                                listF = linezd(list1,poly1)
+                                ii = 0
+                                while ii < len(listF):
+                                    if ii == 0:
+                                        zdh = zdh + 1
+                                        bsm = bsm + 1
+                                        # shape
+                                        point1 = arcpy.Point(listF[ii][0], listF[ii][1])
+                                        # 要素代码
+                                        ysdm = '6002010300'
+                                        # 顺序号
+                                        sxh = ii + 1
+                                        # 界址点号
+                                        jzdh = 'J' + str(zdh)
+                                        # 宗地代码
+                                        zddm = curA[1]
+                                        rlist = []
+                                        rlist.append(point1)
+                                        rlist.append(bsm)
+                                        rlist.append(ysdm)
+                                        rlist.append(jzdh)
+                                        rlist.append('')
+                                        rlist.append('')
+                                        rlist.append(zddm)
+                                        rlist.append(zdh)
+                                        rlist.append(mm0+1)
+                                        cursorZ.insertRow(rlist)
+                                    else:
+                                        numdis0 = listF[ii][0] - listF[ii - 1][0]
+                                        numdis1 = listF[ii][1] - listF[ii - 1][1]
+                                        numdis2 = math.sqrt((numdis0 * numdis0)+(numdis1*numdis1))
+                                        if numdis2 < 0.1:
+                                            pass
+                                        else:
+                                            zdh = zdh + 1
+                                            bsm = bsm + 1
+                                            # shape
+                                            point1 = arcpy.Point(listF[ii][0], listF[ii][1])
+                                            # 要素代码
+                                            ysdm = '6002010300'
+                                            # 顺序号
+                                            sxh = ii + 1
+                                            # 界址点号
+                                            jzdh = 'J' + str(zdh)
+                                            # 宗地代码
+                                            zddm = curA[1]
+                                            rlist = []
+                                            rlist.append(point1)
+                                            rlist.append(bsm)
+                                            rlist.append(ysdm)
+                                            rlist.append(jzdh)
+                                            rlist.append('')
+                                            rlist.append('')
+                                            rlist.append(zddm)
+                                            rlist.append(zdh)
+                                            rlist.append(mm0+1)
+                                            cursorZ.insertRow(rlist)
+                                    ii = ii + 1
+                            else:
+                                listF = linezd(linelist[mm0],poly1)
+                                ii = len(listF) - 1
+                                while ii >= 0:
+                                    if ii == len(listF) - 1:
+                                        zdh = zdh + 1
+                                        bsm = bsm + 1
+                                        # shape
+                                        point1 = arcpy.Point(listF[ii][0], listF[ii][1])
+                                        # 要素代码
+                                        ysdm = '6002010300'
+                                        # 顺序号
+                                        sxh = ii + 1
+                                        # 界址点号
+                                        jzdh = 'J' + str(zdh)
+                                        # 宗地代码
+                                        zddm = curA[1]
+                                        rlist = []
+                                        rlist.append(point1)
+                                        rlist.append(bsm)
+                                        rlist.append(ysdm)
+                                        rlist.append(jzdh)
+                                        rlist.append('')
+                                        rlist.append('')
+                                        rlist.append(zddm)
+                                        rlist.append(zdh)
+                                        rlist.append(mm0+1)
+                                        cursorZ.insertRow(rlist)
+                                    else:
+                                        numdis0 = listF[ii][0] - listF[ii - 1][0]
+                                        numdis1 = listF[ii][1] - listF[ii - 1][1]
+                                        numdis2 = math.sqrt((numdis0 * numdis0)+(numdis1*numdis1))
+                                        if numdis2 < 0.1:
+                                            pass
+                                        else:
+                                            zdh = zdh + 1
+                                            bsm = bsm + 1
+                                            # shape
+                                            point1 = arcpy.Point(listF[ii][0], listF[ii][1])
+                                            # 要素代码
+                                            ysdm = '6002010300'
+                                            # 顺序号
+                                            sxh = ii + 1
+                                            # 界址点号
+                                            jzdh = 'J' + str(zdh)
+                                            # 宗地代码
+                                            zddm = curA[1]
+                                            rlist = []
+                                            rlist.append(point1)
+                                            rlist.append(bsm)
+                                            rlist.append(ysdm)
+                                            rlist.append(jzdh)
+                                            rlist.append('')
+                                            rlist.append('')
+                                            rlist.append(zddm)
+                                            rlist.append(zdh)
+                                            rlist.append(mm0+1)
+                                            cursorZ.insertRow(rlist)
+                                    ii = ii - 1
+                            mm0 = mm0 + 1
+                    arcpy.AddMessage(zdbh + ' FINISH')
+
+def pdlen(list1):
+    ii = 0
+    list2 = []
+    while ii < len(list1):
+        pts = list1[ii]
+        length1 = 0
+        mm = 0
+        while mm < len(pts):
+            if mm == len(pts) - 1:
+                pt1 = pts[mm]
+                pt2 = pts[0]
+                dis1 = math.sqrt(((pt1.X-pt2.X)*(pt1.X-pt2.X))+((pt1.Y-pt2.Y)*(pt1.Y-pt2.Y)))
+                length1 = length1 + dis1
+                mm = mm + 1
+            else:
+                pt1 = pts[mm]
+                pt2 = pts[mm + 1]
+                dis1 = math.sqrt(((pt1.X-pt2.X)*(pt1.X-pt2.X))+((pt1.Y-pt2.Y)*(pt1.Y-pt2.Y)))
+                length1 = length1 + dis1
+                mm = mm + 1
+        slist2 = []
+        slist2.append(length1)
+        slist2.append(pts)
+        list2.append(slist2)
+        ii = ii + 1
+    list2.sort(reverse=True)
+    nn = 0
+    list3 = []
+    while nn < len(list2):
+        list3.append(list2[nn][1])
+        nn = nn + 1
+    return list3
+
+
+
+
+def addpoint(list1,pt):
+    ptx = round(pt.X,4)
+    pty = round(pt.Y,4)
+    ii = 0
+    bl = 1
+    while ii < len(list1):
+        if ptx == round(list1[ii].X,4) and pty == round(list1[ii].Y,4):
+            bl = -1
+        ii = ii + 1
+    return bl
+
+def linezd(line1,poly):
+    # 获取折点
+    mm = 0
+    pp = 0
+    list1 = []
+    while mm < len(line1):
+        plist = []
+        jzd = line1[mm]
+        try:
+            xx = jzd.X
+            yy = jzd.Y
+            plist.append(xx)
+            plist.append(yy)
+            # 初始顺序
+            plist.append(pp)
+            list1.append(plist)
+            pp = pp + 1
+            mm = mm + 1
+        except:
+            mm = mm + 1 
+    # 对折点排序（算法）
+    if len(list1) < 3:
+        listF = []
+    else:
+        # listF = zdsort(list1, zx)
+        listF = jzdsort(list1,poly)
+    return listF
+
+def jzdsort(list0,poly):
+    m = 0
+    n = 0
+    northwest = []
+    northwest.append(poly.extent.XMin)
+    northwest.append(poly.extent.YMax)
+    minDis = (northwest[1] - list0[0][1])*(northwest[1] - list0[0][1]) + (northwest[0] - list0[0][0])*(northwest[0] - list0[0][0])
+    maxStdangle = cal_stdangle(northwest,list0[0])
+    while m < len(list0):        
+        Dis = (northwest[1] - list0[m][1])*(northwest[1] - list0[m][1]) + (northwest[0] - list0[m][0])*(northwest[0] - list0[m][0])
+        if Dis < minDis:
+            minDis = Dis
+            maxStdangle = cal_stdangle(northwest,list0[m])
+            n = m
+        if abs(Dis-minDis) < 0.000001:
+            stdangle = cal_stdangle(northwest,list0[m])
+            if stdangle > maxStdangle:
+                maxStdangle = stdangle
+                n = m 
+        m = m + 1
+    i = 0
+    while i < len(list0):    
+        if n == 0:
+            vectangleN = cal_stdangle(list0[0], list0[1])
+            vectangleNl = cal_stdangle(list0[len(list0)-1], list0[0]) 
+            if abs(vectangleN-vectangleNl) < 3:
+                n = len(list0)-1          
+        else:
+            if n == len(list0)-1:
+                vectangleN = cal_stdangle(list0[n], list0[0])
+            else:            
+                vectangleN = cal_stdangle(list0[n], list0[n+1]) 
+            vectangleNl = cal_stdangle(list0[n-1], list0[n])    
+            if abs(vectangleN-vectangleNl) < 3:
+                n = n-1
+        i = i + 1
+    list4 = []     
+    a = n     
+    num = 0
+    while a < len(list0):
+        slist4 = []
+        num = num + 1
+        slist4.append(list0[a][0])
+        slist4.append(list0[a][1])
+        slist4.append(num)
+        list4.append(slist4)   
+        a = a + 1    
+    a = 0
+    while a < n:
+        slist4 = []
+        num = num + 1
+        slist4.append(list0[a][0])
+        slist4.append(list0[a][1])
+        slist4.append(num)
+        list4.append(slist4)   
+        a = a + 1
+    return list4
+
+
+def cal_stdangle(lastp,p): 
+    stdangle=0
+    dy= p[1]-lastp[1]
+    dx= p[0]-lastp[0]
+    if dx==0 and dy>0:
+        stdangle = 0
+    if dx==0 and dy<0:
+        stdangle = 180
+    if dy==0 and dx>0:
+        stdangle = 90
+    if dy==0 and dx<0:
+        stdangle = 270
+    if dx>0 and dy>0:
+       stdangle = math.atan(dx/dy)*180/math.pi
+    elif dx<0 and dy>0:
+       stdangle = 360 + math.atan(dx/dy)*180/math.pi
+    elif dx<0 and dy<0:
+       stdangle = 180 + math.atan(dx/dy)*180/math.pi
+    elif dx>0 and dy<0:
+       stdangle = 180 + math.atan(dx/dy)*180/math.pi
+    return stdangle
+    
+def calcangle(lastp,p): 
+    angle=0
+    stdangle = cal_stdangle(lastp,p)
+    if (stdangle < 45 and stdangle >= 0) or (stdangle <= 360 and stdangle >= 315):
+        angle = 270
+    if (stdangle < 135 and stdangle >= 45):
+        angle = 0
+    if (stdangle < 225 and stdangle >= 135):
+        angle = 90
+    if (stdangle < 315 and stdangle >= 225):
+        angle = 180
+    return angle
+
+if __name__ == '__main__':
+    try:
+        # 输入shp，输出界址点文件夹
+        JZpointmake(r'D:\2work_now\20221026LQ\1231\Export_Output.shp',r'D:\2work_now\20221026LQ\1231\JZD')
+    except arcpy.ExecuteError:
+        arcpy.AddMessage(arcpy.GetMessages())

代码/20221220林权/LQ/ZDT/exportZDT_Batch.py

@@ -0,0 +1,948 @@
+# -*- coding: utf-8 -*-
+from cmath import e
+import os
+from re import L
+import arcpy
+import pythonaddins
+import math
+from multiprocessing import Process
+import random
+import fnmatch
+import time
+
+def TFtoTB(shape, elem):
+    list1 = []
+    # 相交，包含，被包含            
+    arcpy.SelectLayerByLocation_management('TF', "INTERSECT", shape)
+    ma1 = int(arcpy.GetCount_management('TF').getOutput(0))
+    if ma1 != 0:
+        with arcpy.da.SearchCursor('TF', ['TFH1']) as cursorB:
+            for curB in cursorB:
+                tfh1 = str(curB[0])
+                if list1.__contains__(tfh1):
+                    pass
+                else:
+                    list1.append(tfh1)
+    arcpy.SelectLayerByLocation_management('TF', "WITHIN", shape)
+    ma2 = int(arcpy.GetCount_management('TF').getOutput(0))
+    if ma2 != 0:
+        with arcpy.da.SearchCursor('TF', ['TFH1']) as cursorC:
+            for curC in cursorC:
+                tfh2 = str(curC[0])
+                if list1.__contains__(tfh2):
+                    pass
+                else:
+                    list1.append(tfh2)
+    arcpy.SelectLayerByLocation_management('TF', "COMPLETELY_CONTAINS", shape)
+    ma3 = int(arcpy.GetCount_management('TF').getOutput(0))
+    if ma3 != 0:
+        with arcpy.da.SearchCursor('TF', ['TFH1']) as cursorD:
+            for curD in cursorD:
+                tfh3 = str(curD[0])
+                if list1.__contains__(tfh3):
+                    pass
+                else:
+                    list1.append(tfh3)
+    if list1 == []:
+        pass
+    else:
+        ii = 0
+        while ii < len(list1):
+            # tfh.append(list1[ii])
+            elem.text = elem.text + list1[ii]
+            if ii == (len(list1) - 1):
+                pass
+            elif ( ii + 1 ) % 2 == 0:
+                elem.text = elem.text + '\n'+ ' '
+            else:
+                elem.text = elem.text + ','
+            ii = ii + 1
+
+def JZGenerate(outfileshp, zdbh):
+# def JZGenerate(outfileshp):
+    shpstr = 'JZD.shp'
+    shpstr1 = 'JZX.shp'
+    outpath = outfileshp + '\\' + shpstr
+    outpath1 = outfileshp + '\\' + shpstr1
+    try:
+        arcpy.CreateFeatureclass_management(outfileshp, shpstr, 'POINT', spatial_reference=4523) #"4507"
+    except:
+        arcpy.Delete_management(outpath)
+        arcpy.CreateFeatureclass_management(outfileshp, shpstr, 'POINT', spatial_reference=4523)
+    try:
+        arcpy.CreateFeatureclass_management(outfileshp, shpstr1, 'POLYLINE', spatial_reference=4523)
+    except:
+        arcpy.Delete_management(outpath1)
+        arcpy.CreateFeatureclass_management(outfileshp, shpstr1, 'POLYLINE', spatial_reference=4523)
+    sr = arcpy.Describe(LayerObject.currentLayer).spatialReference
+    #  加载   
+    lyrjzd = arcpy.mapping.Layer(outpath)
+    arcpy.mapping.AddLayer(df, lyrjzd)  
+    lyrjzx = arcpy.mapping.Layer(outpath1)
+    arcpy.mapping.AddLayer(df, lyrjzx)
+    # 添加一群字段
+    arcpy.AddField_management('JZD', '标识码', 'LONG')
+    arcpy.AddField_management('JZD', 'YSDM', 'TEXT')
+    arcpy.AddField_management('JZD', 'JZDH', 'TEXT')
+    arcpy.AddField_management('JZD', 'JBLX', 'TEXT')
+    arcpy.AddField_management('JZD', 'JZDLX', 'TEXT')
+    arcpy.AddField_management('JZD', 'ZDBH', 'TEXT')
+    arcpy.AddField_management('JZD', '顺序号', 'LONG')
+    arcpy.AddField_management('JZD', 'flag', 'LONG')
+    arcpy.AddField_management('JZD', 'ANGLE', 'LONG')
+    #float按理说应该符合的
+    bsm = 0
+    field1 = ['SHAPE@', '标识码', 'YSDM', 'JZDH', 'JBLX',
+              'JZDLX',  'ZDBH', '顺序号','flag','ANGLE']
+    # endregion
+    with arcpy.da.InsertCursor('JZD', field1) as cursorZ:
+        with arcpy.da.SearchCursor(LayerObject.currentLayer, ['SHAPE@', '宗地编号']) as cursorA:
+            for curA in cursorA:
+                # region [读折点]
+                poly1 = curA[0]
+                zdbh = curA[1]
+                if zdbh == None or zdbh == '' or zdbh == ' ':
+                    pass
+                else:
+                    # 获取折点
+                    points = poly1.getPart()
+                    pt = points[0]
+                    mm = 0
+                    linelist = []  
+                    indexp = 0
+                    #存的都是点
+                    while mm < pt.count:
+                        jzd = pt[mm]
+                        try:
+                            xx = round(jzd.X,4)
+                            yy = round(jzd.Y,4)
+                            if mm == 0 or mm == indexp:
+                                xx0 = xx
+                                yy0 = yy
+                                slist = []
+                                slist.append(pt[mm]) 
+                            else:
+                                numdis0 = xx - xx0
+                                numdis1 = yy - yy0 
+                                numdis = math.sqrt((numdis0 * numdis0)+(numdis1*numdis1))
+                                if xx == xx0 and yy == yy0:
+                                    #一个的结束
+                                    indexp = mm + 1
+                                    linelist.append(slist)  
+                                if numdis < 0.1:
+                                    pass
+                                else:
+                                    slist.append(pt[mm]) 
+                            mm = mm + 1
+                        except:
+                            if mm == indexp:
+                                indexp = mm + 1
+                                mm = mm + 1 
+                    llen = len(linelist)
+                    #判断下如果多环，排个序
+                    linelist1 = pdlen(linelist)
+                    linelist = linelist1
+                    # endregion
+                    #甭管有没有环，都是第一个来处理
+                    ln1 = linelist[0]
+                    list1 = []
+                    nn1 = 0
+                    while nn1 < len(ln1):
+                        if nn1 == len(ln1) - 1:
+                            fpx = round(ln1[nn1].X,4)
+                            fpy = round(ln1[nn1].Y,4)
+                            lpx = round(ln1[0].X,4)
+                            lpy = round(ln1[0].Y,4)
+                            fpoint = arcpy.Point(fpx, fpy)
+                            lpoint = arcpy.Point(lpx, lpy)
+                        else:
+                            fpx = round(ln1[nn1].X,4)
+                            fpy = round(ln1[nn1].Y,4)
+                            lpx = round(ln1[nn1 + 1].X,4)
+                            lpy = round(ln1[nn1 + 1].Y,4)
+                            fpoint = arcpy.Point(fpx, fpy)
+                            lpoint = arcpy.Point(lpx, lpy)
+                        new_array = arcpy.Array()
+                        new_array.append(fpoint)
+                        new_array.append(lpoint)
+                        ln2 = arcpy.Polyline(new_array,sr)
+                        #先把起始点加进去
+                        bl1 = addpoint(list1,fpoint)
+                        if bl1 == 1:
+                            list1.append(fpoint)
+                            # list1.append(lpoint)
+                        #插入点
+                        arcpy.SelectLayerByLocation_management(LayerObject.currentLayer,'INTERSECT',ln2)
+                        count0 = int(arcpy.GetCount_management(LayerObject.currentLayer).getOutput(0)) 
+                        if count0 < 2:
+                            bl4 = addpoint(list1,lpoint)
+                            if bl4 == 1:
+                                list1.append(lpoint)
+                            nn1 = nn1 + 1
+                        else:
+                            #对于同一个线段来说，把所有点的位置准确点
+                            listp1 = []
+                            with arcpy.da.SearchCursor(LayerObject.currentLayer, ['SHAPE@', '宗地编号']) as cursorB:
+                                for curB in cursorB:
+                                    zdbh1 = curB[1]
+                                    #排除自己
+                                    if zdbh1 == zdbh:
+                                        pass
+                                    else:
+                                        try:
+                                            shpB = curB[0]
+                                            lineB = shpB.boundary ()
+                                            rln = lineB.intersect (ln2, 2)
+                                            fpoint1 = rln.firstPoint
+                                            lpoint1 = rln.lastPoint
+                                            fx = round(fpoint1.X,4)
+                                            fy = round(fpoint1.Y,4)
+                                            lx = round(lpoint1.X,4)
+                                            ly = round(lpoint1.Y,4)
+                                            #判断这两个点是否都在里面
+                                            fp = arcpy.Point(fx, fy)
+                                            lp = arcpy.Point(lx, ly)
+                                            list2 = []
+                                            bl1 = addpoint(list1,fp)
+                                            if bl1 == 1:
+                                                #判断与起点的距离
+                                                dis1 = math.sqrt(((fpx - fx)*(fpx - fx)) + ((fpy-fy)*(fpy-fy)))
+                                                slist2 = []
+                                                slist2.append(dis1)
+                                                slist2.append(fp)
+                                                list2.append(slist2)
+                                            bl1 = addpoint(list1,lp)
+                                            if bl1 == 1:
+                                                dis1 = math.sqrt(((fpx - lx)*(fpx - lx)) + ((fpy-ly)*(fpy-ly)))
+                                                slist2 = []
+                                                slist2.append(dis1)
+                                                slist2.append(lp)
+                                                list2.append(slist2)
+                                            if len(list2) == 1:
+                                                listp1.append(list2[0][1])
+                                            elif len(list2) == 2:
+                                                #对2排序
+                                                if list2[0][0] < list2[1][0]:
+                                                    listp1.append(list2[0][1])
+                                                    listp1.append(list2[1][1])
+                                                else:
+                                                    listp1.append(list2[1][1])
+                                                    listp1.append(list2[0][1])
+                                        except:
+                                            pass
+                            #得到所有的点，进行一个与起点的排序
+                            nn2 = 0
+                            listp2 =[]
+                            while nn2 < len(listp1):
+                                num0 = fpx - listp1[nn2].X
+                                num1 = fpy - listp1[nn2].Y
+                                dis2 = math.sqrt((num0*num0)+(num1*num1))
+                                slistp2 = []
+                                slistp2.append(dis2)
+                                slistp2.append(listp1[nn2])
+                                listp2.append(slistp2)
+                                nn2 = nn2 + 1
+                            listp2.sort()
+                            nn3 = 0
+                            bl3 = 0
+                            while nn3 < len(listp2):
+                                #这里要看下要不要除重
+                                bl3 = addpoint(list1,listp2[nn3][1])
+                                if bl3 == 1:
+                                    list1.append(listp2[nn3][1])
+                                nn3 = nn3 + 1  
+                            bl4 = addpoint(list1,lpoint)
+                            if bl4 == 1:
+                                list1.append(lpoint)
+                        nn1 = nn1 + 1
+                    
+                    with arcpy.da.InsertCursor('JZX',  ['SHAPE@']) as cursorY:
+                        if len(linelist) == 1:
+                            listF = linezd(list1,poly1)
+                            #直接写
+                            ii = 0
+                            zdh = 0
+                            while ii < len(listF):
+                                if ii == 0:
+                                    zdh = zdh + 1
+                                    bsm = bsm + 1
+                                    # shape
+                                    point1 = arcpy.Point(listF[ii][0], listF[ii][1])
+                                    # 要素代码
+                                    ysdm = '6002010300'
+                                    # 界址点号
+                                    jzdh = 'J' + str(zdh)
+                                    # 宗地代码
+                                    zddm = curA[1]
+                                    ag = calcangle(listF[ii-1],listF[ii])
+                                    rlist = []
+                                    rlist.append(point1)
+                                    rlist.append(bsm)
+                                    rlist.append(ysdm)
+                                    rlist.append(jzdh)
+                                    rlist.append('')
+                                    rlist.append('')
+                                    rlist.append(zddm)
+                                    rlist.append(zdh)
+                                    rlist.append(1)
+                                    rlist.append(ag)
+                                    cursorZ.insertRow(rlist)
+                                    point = arcpy.Point(listF[ii][0], listF[ii][1])                        
+                                    if ii == len(listF) - 1:
+                                        point0 = arcpy.Point(listF[0][0], listF[0][1])
+                                    else:
+                                        point0 = arcpy.Point(listF[ii+1][0], listF[ii+1][1])
+                                    array=arcpy.Array()
+                                    array.add(point)
+                                    array.add(point0)
+                                    pl=arcpy.Polyline(array)
+                                    cursorY.insertRow([pl])
+                                else:
+                                    numdis0 = listF[ii][0] - listF[ii - 1][0]
+                                    numdis1 = listF[ii][1] - listF[ii - 1][1]
+                                    numdis2 = math.sqrt((numdis0 * numdis0)+(numdis1*numdis1))
+                                    if numdis2 < 0.1:
+                                        pass
+                                    else:
+                                        zdh = zdh + 1
+                                        bsm = bsm + 1
+                                        # shape
+                                        point1 = arcpy.Point(listF[ii][0], listF[ii][1])
+                                        # 要素代码
+                                        ysdm = '6002010300'
+                                        # 界址点号
+                                        jzdh = 'J' + str(zdh)
+                                        # 宗地代码
+                                        zddm = curA[1]
+                                        ag = calcangle(listF[ii-1],listF[ii])
+                                        rlist = []
+                                        rlist.append(point1)
+                                        rlist.append(bsm)
+                                        rlist.append(ysdm)
+                                        rlist.append(jzdh)
+                                        rlist.append('')
+                                        rlist.append('')
+                                        rlist.append(zddm)
+                                        rlist.append(zdh)
+                                        rlist.append(1)
+                                        rlist.append(ag)
+                                        cursorZ.insertRow(rlist)
+                                        point = arcpy.Point(listF[ii][0], listF[ii][1])                        
+                                        if ii == len(listF) - 1:
+                                            point0 = arcpy.Point(listF[0][0], listF[0][1])
+                                        else:
+                                            point0 = arcpy.Point(listF[ii+1][0], listF[ii+1][1])
+                                        array=arcpy.Array()
+                                        array.add(point)
+                                        array.add(point0)
+                                        pl=arcpy.Polyline(array)
+                                        cursorY.insertRow([pl])
+                                ii = ii + 1
+                        else:
+                            mm0 = 0
+                            zdh = 0
+                            while mm0 < len(linelist):
+                                if mm0 == 0:
+                                    listF = linezd(list1,poly1)
+                                    ii = 0
+                                    while ii < len(listF):
+                                        if ii == 0:
+                                            zdh = zdh + 1
+                                            bsm = bsm + 1
+                                            # shape
+                                            point1 = arcpy.Point(listF[ii][0], listF[ii][1])
+                                            # 要素代码
+                                            ysdm = '6002010300'
+                                            # 界址点号
+                                            jzdh = 'J' + str(zdh)
+                                            # 宗地代码
+                                            zddm = curA[1]
+                                            ag = calcangle(listF[ii-1],listF[ii])
+                                            rlist = []
+                                            rlist.append(point1)
+                                            rlist.append(bsm)
+                                            rlist.append(ysdm)
+                                            rlist.append(jzdh)
+                                            rlist.append('')
+                                            rlist.append('')
+                                            rlist.append(zddm)
+                                            rlist.append(zdh)
+                                            rlist.append(mm0+1)
+                                            rlist.append(ag)
+                                            cursorZ.insertRow(rlist)
+                                            point = arcpy.Point(listF[ii][0], listF[ii][1])                        
+                                            if ii == len(listF) - 1:
+                                                point0 = arcpy.Point(listF[0][0], listF[0][1])
+                                            else:
+                                                point0 = arcpy.Point(listF[ii+1][0], listF[ii+1][1])
+                                            array=arcpy.Array()
+                                            array.add(point)
+                                            array.add(point0)
+                                            pl=arcpy.Polyline(array)
+                                            cursorY.insertRow([pl])
+                                        else:
+                                            numdis0 = listF[ii][0] - listF[ii - 1][0]
+                                            numdis1 = listF[ii][1] - listF[ii - 1][1]
+                                            numdis2 = math.sqrt((numdis0 * numdis0)+(numdis1*numdis1))
+                                            if numdis2 < 0.1:
+                                                pass
+                                            else:
+                                                zdh = zdh + 1
+                                                bsm = bsm + 1
+                                                # shape
+                                                point1 = arcpy.Point(listF[ii][0], listF[ii][1])
+                                                # 要素代码
+                                                ysdm = '6002010300'
+                                                # 界址点号
+                                                jzdh = 'J' + str(zdh)
+                                                # 宗地代码
+                                                zddm = curA[1]
+                                                ag = calcangle(listF[ii-1],listF[ii])
+                                                rlist = []
+                                                rlist.append(point1)
+                                                rlist.append(bsm)
+                                                rlist.append(ysdm)
+                                                rlist.append(jzdh)
+                                                rlist.append('')
+                                                rlist.append('')
+                                                rlist.append(zddm)
+                                                rlist.append(zdh)
+                                                rlist.append(mm0+1)
+                                                rlist.append(ag)
+                                                cursorZ.insertRow(rlist)
+                                                point = arcpy.Point(listF[ii][0], listF[ii][1])                        
+                                                if ii == len(listF) - 1:
+                                                    point0 = arcpy.Point(listF[0][0], listF[0][1])
+                                                else:
+                                                    point0 = arcpy.Point(listF[ii+1][0], listF[ii+1][1])
+                                                array=arcpy.Array()
+                                                array.add(point)
+                                                array.add(point0)
+                                                pl=arcpy.Polyline(array)
+                                                cursorY.insertRow([pl])
+                                        ii = ii + 1
+                                else:
+                                    listF = linezd(linelist[mm0],poly1)
+                                    ii = len(listF) - 1
+                                    while ii >= 0:
+                                        if ii == len(listF) - 1:
+                                            zdh = zdh + 1
+                                            bsm = bsm + 1
+                                            # shape
+                                            point1 = arcpy.Point(listF[ii][0], listF[ii][1])
+                                            # 要素代码
+                                            ysdm = '6002010300'
+                                            # 界址点号
+                                            jzdh = 'J' + str(zdh)
+                                            # 宗地代码
+                                            zddm = curA[1]
+                                            ag = calcangle(listF[ii-1],listF[ii])
+                                            rlist = []
+                                            rlist.append(point1)
+                                            rlist.append(bsm)
+                                            rlist.append(ysdm)
+                                            rlist.append(jzdh)
+                                            rlist.append('')
+                                            rlist.append('')
+                                            rlist.append(zddm)
+                                            rlist.append(zdh)
+                                            rlist.append(mm0+1)
+                                            rlist.append(ag)
+                                            cursorZ.insertRow(rlist)
+                                            point = arcpy.Point(listF[ii][0], listF[ii][1])                        
+                                            if ii == len(listF) - 1:
+                                                point0 = arcpy.Point(listF[0][0], listF[0][1])
+                                            else:
+                                                point0 = arcpy.Point(listF[ii+1][0], listF[ii+1][1])
+                                            array=arcpy.Array()
+                                            array.add(point)
+                                            array.add(point0)
+                                            pl=arcpy.Polyline(array)
+                                            cursorY.insertRow([pl])
+                                        else:
+                                            numdis0 = listF[ii][0] - listF[ii - 1][0]
+                                            numdis1 = listF[ii][1] - listF[ii - 1][1]
+                                            numdis2 = math.sqrt((numdis0 * numdis0)+(numdis1*numdis1))
+                                            if numdis2 < 0.1:
+                                                pass
+                                            else:
+                                                zdh = zdh + 1
+                                                bsm = bsm + 1
+                                                # shape
+                                                point1 = arcpy.Point(listF[ii][0], listF[ii][1])
+                                                # 要素代码
+                                                ysdm = '6002010300'
+                                                # 界址点号
+                                                jzdh = 'J' + str(zdh)
+                                                # 宗地代码
+                                                zddm = curA[1]
+                                                ag = calcangle(listF[ii-1],listF[ii])
+                                                rlist = []
+                                                rlist.append(point1)
+                                                rlist.append(bsm)
+                                                rlist.append(ysdm)
+                                                rlist.append(jzdh)
+                                                rlist.append('')
+                                                rlist.append('')
+                                                rlist.append(zddm)
+                                                rlist.append(zdh)
+                                                rlist.append(mm0+1)
+                                                rlist.append(ag)
+                                                cursorZ.insertRow(rlist)
+                                                point = arcpy.Point(listF[ii][0], listF[ii][1])                        
+                                                if ii == len(listF) - 1:
+                                                    point0 = arcpy.Point(listF[0][0], listF[0][1])
+                                                else:
+                                                    point0 = arcpy.Point(listF[ii+1][0], listF[ii+1][1])
+                                                array=arcpy.Array()
+                                                array.add(point)
+                                                array.add(point0)
+                                                pl=arcpy.Polyline(array)
+                                                cursorY.insertRow([pl])
+                                        ii = ii - 1
+                                mm0 = mm0 + 1
+
+def pdlen(list1):
+    ii = 0
+    list2 = []
+    while ii < len(list1):
+        pts = list1[ii]
+        length1 = 0
+        mm = 0
+        while mm < len(pts):
+            if mm == len(pts) - 1:
+                pt1 = pts[mm]
+                pt2 = pts[0]
+                dis1 = math.sqrt(((pt1.X-pt2.X)*(pt1.X-pt2.X))+((pt1.Y-pt2.Y)*(pt1.Y-pt2.Y)))
+                length1 = length1 + dis1
+                mm = mm + 1
+            else:
+                pt1 = pts[mm]
+                pt2 = pts[mm + 1]
+                dis1 = math.sqrt(((pt1.X-pt2.X)*(pt1.X-pt2.X))+((pt1.Y-pt2.Y)*(pt1.Y-pt2.Y)))
+                length1 = length1 + dis1
+                mm = mm + 1
+        slist2 = []
+        slist2.append(length1)
+        slist2.append(pts)
+        list2.append(slist2)
+        ii = ii + 1
+    list2.sort(reverse=True)
+    nn = 0
+    list3 = []
+    while nn < len(list2):
+        list3.append(list2[nn][1])
+        nn = nn + 1
+    return list3
+                
+def calc_angle(lastp,p):
+    angle = 0
+    if p[0]-lastp[0]>0 and p[1]-lastp[1]>0:#↗
+        angle = 0
+    if p[0]-lastp[0]>0 and p[1]-lastp[1]<0:#↘
+        angle = 90
+    if p[0]-lastp[0]<0 and p[1]-lastp[1]<0:#↙
+        angle = 180
+    if p[0]-lastp[0]<0 and p[1]-lastp[1]>0:#↖
+        angle = 270
+    return angle
+
+def cal_stdangle(lastp,p): 
+    stdangle=0
+    dy= p[1]-lastp[1]
+    dx= p[0]-lastp[0]
+    if dx==0 and dy>0:
+        stdangle = 0
+    if dx==0 and dy<0:
+        stdangle = 180
+    if dy==0 and dx>0:
+        stdangle = 90
+    if dy==0 and dx<0:
+        stdangle = 270
+    if dx>0 and dy>0:
+       stdangle = math.atan(dx/dy)*180/math.pi
+    elif dx<0 and dy>0:
+       stdangle = 360 + math.atan(dx/dy)*180/math.pi
+    elif dx<0 and dy<0:
+       stdangle = 180 + math.atan(dx/dy)*180/math.pi
+    elif dx>0 and dy<0:
+       stdangle = 180 + math.atan(dx/dy)*180/math.pi
+    return stdangle
+    
+def calcangle(lastp,p): 
+    angle=0
+    stdangle = cal_stdangle(lastp,p)
+    if (stdangle < 45 and stdangle >= 0) or (stdangle <= 360 and stdangle >= 315):
+        angle = 270
+    if (stdangle < 135 and stdangle >= 45):
+        angle = 0
+    if (stdangle < 225 and stdangle >= 135):
+        angle = 90
+    if (stdangle < 315 and stdangle >= 225):
+        angle = 180
+    return angle
+    
+def addpoint(list1,pt):
+    ptx = round(pt.X,4)
+    pty = round(pt.Y,4)
+    ii = 0
+    bl = 1
+    while ii < len(list1):
+        if ptx == round(list1[ii].X,4) and pty == round(list1[ii].Y,4):
+            bl = -1
+        ii = ii + 1
+    return bl
+
+def linezd(line1,poly):
+    # 获取折点
+    mm = 0
+    pp = 0
+    list1 = []
+    while mm < len(line1):
+        plist = []
+        jzd = line1[mm]
+        try:
+            xx = jzd.X
+            yy = jzd.Y
+            plist.append(xx)
+            plist.append(yy)
+            # 初始顺序
+            plist.append(pp)
+            list1.append(plist)
+            pp = pp + 1
+            mm = mm + 1
+        except:
+            mm = mm + 1 
+    # 对折点排序（算法）
+    if len(list1) < 3:
+        listF = []
+    else:
+        # listF = zdsort(list1, zx)
+        listF = jzdsort(list1,poly)
+    return listF
+
+def jzdsort(list0,poly):
+    m = 0
+    n = 0
+    northwest = []
+    northwest.append(poly.extent.XMin)
+    northwest.append(poly.extent.YMax)
+    minDis = (northwest[1] - list0[0][1])*(northwest[1] - list0[0][1]) + (northwest[0] - list0[0][0])*(northwest[0] - list0[0][0])
+    maxStdangle = cal_stdangle(northwest,list0[0])
+    while m < len(list0):        
+        Dis = (northwest[1] - list0[m][1])*(northwest[1] - list0[m][1]) + (northwest[0] - list0[m][0])*(northwest[0] - list0[m][0])
+        if Dis < minDis:
+            minDis = Dis
+            maxStdangle = cal_stdangle(northwest,list0[m])
+            n = m
+        if abs(Dis-minDis) < 0.000001:
+            stdangle = cal_stdangle(northwest,list0[m])
+            if stdangle > maxStdangle:
+                maxStdangle = stdangle
+                n = m 
+        m = m + 1
+    i = 0
+    while i < len(list0):    
+        if n == 0:
+            vectangleN = cal_stdangle(list0[0], list0[1])
+            vectangleNl = cal_stdangle(list0[len(list0)-1], list0[0]) 
+            if abs(vectangleN-vectangleNl) < 3:
+                n = len(list0)-1          
+        else:
+            if n == len(list0)-1:
+                vectangleN = cal_stdangle(list0[n], list0[0])
+            else:            
+                vectangleN = cal_stdangle(list0[n], list0[n+1]) 
+            vectangleNl = cal_stdangle(list0[n-1], list0[n])    
+            if abs(vectangleN-vectangleNl) < 3:
+                n = n-1
+        i = i + 1
+    list4 = []     
+    a = n     
+    num = 0
+    while a < len(list0):
+        slist4 = []
+        num = num + 1
+        slist4.append(list0[a][0])
+        slist4.append(list0[a][1])
+        slist4.append(num)
+        list4.append(slist4)   
+        a = a + 1    
+    a = 0
+    while a < n:
+        slist4 = []
+        num = num + 1
+        slist4.append(list0[a][0])
+        slist4.append(list0[a][1])
+        slist4.append(num)
+        list4.append(slist4)   
+        a = a + 1
+    return list4
+    
+def mkdir(path):
+	folder = os.path.exists(path)
+	if not folder:                   #判断是否存在文件夹如果不存在则创建为文件夹
+		os.makedirs(path)            #makedirs 创建文件时如果路径不存在会创建这个路径
+
+def getScale(scale):
+	yushu = float(str(scale).split(".", 1)[0]) % 50
+	lastTWO = 0
+	if yushu < 25:
+		lastTWO = float(str(scale).split(".", 1)[0]) // 50 * 50
+	if yushu < 75 and yushu >= 25:
+		lastTWO = float(str(scale).split(".", 1)[0]) // 50 * 50 + 50
+	if yushu < 100 and yushu >= 75:
+		lastTWO = float(str(scale).split(".", 1)[0]) // 50 * 50 + 100
+	scale = "1:" + str(lastTWO).split(".",1)[0]
+	return scale
+
+class LayerObject:
+    currentLayer = ""
+
+mxd = arcpy.mapping.MapDocument('current')
+df = arcpy.mapping.ListDataFrames(mxd)[0]
+
+LayerObject.currentLayer = arcpy.GetParameterAsText(0)
+
+#设置保存路径
+savePath1 = arcpy.GetParameterAsText(1)
+#当前数据源               
+arcpy.env.workspace = arcpy.GetParameterAsText(2)
+#宗地添加面积字段并计算    
+arcpy.AddField_management(LayerObject.currentLayer, "Area", "DOUBLE", "", "", "", "", "NULLABLE", "NON_REQUIRED", "")
+arcpy.CalculateField_management(LayerObject.currentLayer, "Area", "round(!shape.area!,2)", "PYTHON_9.3")
+#面转线 
+line = arcpy.PolygonToLine_management("Copy", savePath1 +"\line.shp")
+
+#遍历宗地
+rows = arcpy.SearchCursor(LayerObject.currentLayer)
+for row in rows:
+        for lyr in arcpy.mapping.ListLayers(mxd, "", df):
+            if lyr.name == "dlclip":
+                arcpy.mapping.RemoveLayer(df, lyr)
+            if lyr.name == "JZD":
+                arcpy.mapping.RemoveLayer(df, lyr)
+            if lyr.name == "JZX":
+                arcpy.mapping.RemoveLayer(df, lyr)
+            if lyr.name == "lineclip":
+                arcpy.mapping.RemoveLayer(df, lyr)
+        filename = row.getValue(u"宗地编号")  
+        savePath = os.path.join(savePath1, filename)
+        mkdir(savePath)
+        arcpy.SelectLayerByAttribute_management(LayerObject.currentLayer, "CLEAR_SELECTION")
+        arcpy.SelectLayerByAttribute_management("Copy", "CLEAR_SELECTION")
+        OBJECTID_1 = row.getValue(u"OBJECTID_1")
+        query = "OBJECTID_1={0}".format(OBJECTID_1)
+        #
+        arcpy.SelectLayerByAttribute_management(LayerObject.currentLayer, "NEW_SELECTION", query)
+        #
+        df.zoomToSelectedFeatures()
+        df.scale *= 1.3
+        shape = row.shape
+        #编辑文本元素
+              
+        qlr = row.getValue(u"权利人")
+        title = filename + qlr + u"宗地图"
+        tfh = " "
+        zdmj = "{}".format(row.getValue(u"Area"))
+        
+            
+        # east = row.getValue(u"四至东")
+        # east =east.replace(")","/0301)")
+        # south = row.getValue(u"四至南")
+        # south =south.replace(")","/0301)")
+        # west = row.getValue(u"四至西")
+        # west =west.replace(")","/0301)")
+        # north = row.getValue(u"四至北")
+        # north =north.replace(")","/0301)")
+
+        time_tuple = time.localtime(time.time())
+        rq = "{}年{}月{}日".format(time_tuple[0],time_tuple[1],time_tuple[2]) 
+        ny = "{}年{}月".format(time_tuple[0],time_tuple[1])       
+        elemlist = arcpy.mapping.ListLayoutElements(mxd, "TEXT_ELEMENT")
+        for elem in elemlist:
+            if elem.name == "zddm":
+                elem.text = filename
+            if elem.name == "qlr":
+                elem.text = qlr
+            if elem.name == "tfh":
+                elem.text = tfh
+                #预先添加标准TF图层，计算得到图幅号    
+                TFtoTB(row.shape, elem)
+            if elem.name == "zdmj":
+                elem.text = zdmj
+            # if elem.name == "east":
+            #     elem.text = east           
+            # if elem.name == "south":
+            #     elem.text = south          
+            # if elem.name == "west":
+            #     elem.text = west
+            # if elem.name == "north":
+            #     elem.text = north
+            if elem.name == "scale":
+                elem.text = getScale(df.scale)
+            if elem.name == "ztz":
+                elem.text = random.choice(['王荣华','余思翰','阮梦妍','杨玉婧','赵芩','屈亚星'])
+            if elem.name == "shz":
+                elem.text = random.choice(['何杰','张学仪'])
+            if elem.name == "ztrq":
+                elem.text = rq
+            if elem.name == "shrq":
+                elem.text = rq
+            if elem.name == "jzdtjf":
+                elem.text = ny + "图解法测绘界址点"
+            if elem.name == "zlz":
+                title = filename + qlr + u"宗地草图"
+                elem.text = random.choice(['王荣华','余思翰','阮梦妍','杨玉婧','赵芩','屈亚星'])
+            if elem.name == "jcz":
+                elem.text = random.choice(['何杰','张学仪'])
+            if elem.name == "zlrq":
+                elem.text = rq
+            if elem.name == "jcrq":
+                elem.text = rq
+        
+
+        arcpy.SelectLayerByAttribute_management("TF", "CLEAR_SELECTION")
+        #生成当前宗地界址点线   
+        JZGenerate(savePath, filename)
+        arcpy.SelectLayerByAttribute_management(LayerObject.currentLayer, "NEW_SELECTION", query)
+        #界址线添加长度字段
+        arcpy.AddField_management("JZX", "LENGTH", "DOUBLE", "", "", "", "", "NULLABLE", "NON_REQUIRED", "")
+        arcpy.CalculateField_management("JZX", "LENGTH", "round(!shape.length!,2)", "PYTHON_9.3")
+
+        #建立缓冲区            
+        if df.scale > 1000:
+            shapebuffer = arcpy.Polygon.buffer(shape, 10)
+        elif df.scale > 900:
+            shapebuffer = arcpy.Polygon.buffer(shape, 9)
+        elif df.scale > 800:
+            shapebuffer = arcpy.Polygon.buffer(shape, 8)
+        elif df.scale > 700:
+            shapebuffer = arcpy.Polygon.buffer(shape, 7)            
+        elif df.scale > 600:
+            shapebuffer = arcpy.Polygon.buffer(shape, 6)
+        elif df.scale > 500:
+            shapebuffer = arcpy.Polygon.buffer(shape, 5)
+        elif df.scale > 400:
+            shapebuffer = arcpy.Polygon.buffer(shape, 4)
+        elif df.scale > 300:
+            shapebuffer = arcpy.Polygon.buffer(shape, 3)
+        elif df.scale > 200:
+            shapebuffer = arcpy.Polygon.buffer(shape, 2)
+        elif df.scale > 100:
+            shapebuffer = arcpy.Polygon.buffer(shape, 1)
+        else:
+            shapebuffer = arcpy.Polygon.buffer(shape, 0.5)
+        #裁剪线图层  
+        arcpy.Clip_analysis(line, shapebuffer, savePath + "\lineclip.shp")
+        lyrline = arcpy.mapping.Layer(savePath + "\lineclip.shp")
+        arcpy.mapping.AddLayer(df, lyrline)
+        
+        arcpy.SelectLayerByLocation_management(lyrline, "BOUNDARY_TOUCHES", shape)
+        arcpy.SelectLayerByAttribute_management(lyrline, "SWITCH_SELECTION")
+        arcpy.DeleteFeatures_management(lyrline)
+        
+        arcpy.SelectLayerByLocation_management("BCDW", "BOUNDARY_TOUCHES", shape)
+        arcpy.CopyFeatures_management("BCDW", savePath + "\BCDW.shp")
+        
+        arcpy.SelectLayerByLocation_management("ZJD", "BOUNDARY_TOUCHES", shape)
+        arcpy.CopyFeatures_management("ZJD", savePath + "\ZJD.shp")
+        
+        arcpy.SelectLayerByLocation_management("Copy", "SHARE_A_LINE_SEGMENT_WITH", shape)
+        neighlist = []
+        m = int(arcpy.GetCount_management("Copy").getOutput(0))
+        if m != 0:
+            with arcpy.da.SearchCursor("Copy", ['宗地编号']) as cursor:
+                for cur in cursor:
+                    f = cur[0]
+                    if f == filename:
+                        pass
+                    else:
+                        if neighlist.__contains__(f):
+                            pass
+                        else:
+                            neighlist.append(f)
+        txtfile = open(os.path.join(savePath1, "neighbourList.txt"),'a')
+        txtfile.write(filename + ':' + str(len(neighlist)) + str(tuple(neighlist)).replace("u","").replace("510811100205JE00","") + '\n')
+        
+        
+        arcpy.Clip_analysis("DLTB", shapebuffer, savePath + "\dlbfclip.shp")
+        shape1 = arcpy.Polygon.buffer(shape, 0.1)
+        #     
+        arcpy.Erase_analysis(savePath + "\dlbfclip.shp", shape1, savePath + "\dlclip.shp")
+
+        fcs = arcpy.ListFeatureClasses() 
+        for fc in fcs:            
+            if fc.__contains__("dlclip"):
+                arcpy.Delete_management(os.path.join(arcpy.env.workspace,fc))
+        arcpy.FeatureClassToGeodatabase_conversion([savePath + '\dlclip.shp'], arcpy.env.workspace)  
+        
+        target_lyr = arcpy.env.workspace + "\dlclip"
+        #     
+        arcpy.AddRepresentation_cartography(target_lyr,
+                                "DL_Rep",                                    
+                                import_rule_layer = "DLTB")
+        arcpy.CalculateField_management(target_lyr, "RuleID_1", '!RuleID!', "PYTHON_9.3")
+
+        lyrdl = arcpy.mapping.Layer(target_lyr)
+        refLayer = arcpy.mapping.ListLayers(mxd, "", df)
+        arcpy.mapping.InsertLayer(df, refLayer[len(refLayer) - 1], lyrdl, "AFTER")
+
+        arcpy.SetLayerRepresentation_cartography("dlclip", "DL_Rep")
+
+        for lyr in arcpy.mapping.ListLayers(mxd, "", df):
+            if lyr.name == "Point":
+                lyr.replaceDataSource(savePath, "SHAPEFILE_WORKSPACE", "JZD")
+                lyr.showLabels = True
+                lyr.labelClasses[0].SQLQuery  = "ANGLE = 0"
+                lyr.labelClasses[0].expression  = "[JZDH]"
+                lyr.labelClasses[1].SQLQuery  = "ANGLE = 90"
+                lyr.labelClasses[1].expression  = "[JZDH]"
+                lyr.labelClasses[2].SQLQuery  = "ANGLE = 180"
+                lyr.labelClasses[2].expression  = "[JZDH]"
+                lyr.labelClasses[3].SQLQuery  = "ANGLE = 270"
+                lyr.labelClasses[3].expression  = "[JZDH]"
+                lyr.visible = True                    
+            elif lyr.name == "Polyline":
+                lyr.replaceDataSource(savePath, "SHAPEFILE_WORKSPACE", "JZX")
+                lyr.showLabels = True
+                lyr.labelClasses[0].expression  = "[LENGTH]"                
+                lyr.visible = True
+            elif lyr.name == LayerObject.currentLayer:
+                lyr.showLabels = True
+                lyr.labelClasses[0].SQLQuery = '"OBJECTID_1" = ' + str(OBJECTID_1)
+                lyr.visible = True
+            elif lyr.name == "Copy":
+                lyr.showLabels = True
+                sqlquery = str(tuple(neighlist))
+                if sqlquery.endswith(",)"):
+                    query = sqlquery.replace(",)", ")")
+                else:
+                    query = sqlquery
+                lyr.labelClasses[0].SQLQuery = '"宗地编号" IN ' + query.replace("u","")   
+                lyr.visible = True
+            elif lyr.name == "line":
+                lyr.replaceDataSource(savePath, "SHAPEFILE_WORKSPACE", "lineclip")
+                lyr.visible = True                  
+            elif lyr.name == "dlclip":
+                lyr.visible = True
+            elif lyr.name == "BCDW":
+                lyr.replaceDataSource(savePath, "SHAPEFILE_WORKSPACE", "BCDW")
+                lyr.visible = True        
+            elif lyr.name == "ZJD":
+                lyr.replaceDataSource(savePath, "SHAPEFILE_WORKSPACE", "ZJD")
+                lyr.visible = True                                
+            else:
+                lyr.visible = False    
+        #saveMxdPath = savePath + "\\" + title + ".mxd"
+        #mxd.saveACopy(saveMxdPath)
+        arcpy.mapping.ExportToJPEG( mxd, savePath  + "\\" + title + ".jpg", resolution = 300)
+        arcpy.Delete_management(savePath +"\dlbfclip.shp")
+        arcpy.Delete_management(savePath +"\dlclip.shp") 
+        #arcpy.Delete_management(savePath +"\lineclip.shp")
+        #arcpy.Delete_management(savePath +"\JZD.shp")
+        #arcpy.Delete_management(savePath +"\JZX.shp")
+        arcpy.AddMessage (filename + ' Finish!')
+        txtfile.close() 
+arcpy.Delete_management(savePath1 +"\line.shp")
+     

代码/20221220林权/LQ/ZDT/exportZDT_Single.py

@@ -0,0 +1,953 @@
+# -*- coding: utf-8 -*-
+from cmath import e
+import os
+from re import L
+import arcpy
+import pythonaddins
+import math
+from multiprocessing import Process
+import random
+import fnmatch
+import time
+
+def TFtoTB(shape, elem):
+    list1 = []
+    # 相交，包含，被包含            
+    arcpy.SelectLayerByLocation_management('TF', "INTERSECT", shape)
+    ma1 = int(arcpy.GetCount_management('TF').getOutput(0))
+    if ma1 != 0:
+        with arcpy.da.SearchCursor('TF', ['TFH1']) as cursorB:
+            for curB in cursorB:
+                tfh1 = str(curB[0])
+                if list1.__contains__(tfh1):
+                    pass
+                else:
+                    list1.append(tfh1)
+    arcpy.SelectLayerByLocation_management('TF', "WITHIN", shape)
+    ma2 = int(arcpy.GetCount_management('TF').getOutput(0))
+    if ma2 != 0:
+        with arcpy.da.SearchCursor('TF', ['TFH1']) as cursorC:
+            for curC in cursorC:
+                tfh2 = str(curC[0])
+                if list1.__contains__(tfh2):
+                    pass
+                else:
+                    list1.append(tfh2)
+    arcpy.SelectLayerByLocation_management('TF', "COMPLETELY_CONTAINS", shape)
+    ma3 = int(arcpy.GetCount_management('TF').getOutput(0))
+    if ma3 != 0:
+        with arcpy.da.SearchCursor('TF', ['TFH1']) as cursorD:
+            for curD in cursorD:
+                tfh3 = str(curD[0])
+                if list1.__contains__(tfh3):
+                    pass
+                else:
+                    list1.append(tfh3)
+    if list1 == []:
+        pass
+    else:
+        ii = 0
+        while ii < len(list1):
+            # tfh.append(list1[ii])
+            elem.text = elem.text + list1[ii]
+            if ii == (len(list1) - 1):
+                pass
+            elif ( ii + 1 ) % 2 == 0:
+                elem.text = elem.text + '\n'+ ' '
+            else:
+                elem.text = elem.text + ','
+            ii = ii + 1
+
+def JZGenerate(outfileshp, zdbh):
+# def JZGenerate(outfileshp):
+    shpstr = 'JZD.shp'
+    shpstr1 = 'JZX.shp'
+    outpath = outfileshp + '\\' + shpstr
+    outpath1 = outfileshp + '\\' + shpstr1
+    try:
+        arcpy.CreateFeatureclass_management(outfileshp, shpstr, 'POINT', spatial_reference=4523) #"4507"
+    except:
+        arcpy.Delete_management(outpath)
+        arcpy.CreateFeatureclass_management(outfileshp, shpstr, 'POINT', spatial_reference=4523)
+    try:
+        arcpy.CreateFeatureclass_management(outfileshp, shpstr1, 'POLYLINE', spatial_reference=4523)
+    except:
+        arcpy.Delete_management(outpath1)
+        arcpy.CreateFeatureclass_management(outfileshp, shpstr1, 'POLYLINE', spatial_reference=4523)
+    sr = arcpy.Describe(LayerObject.currentLayer).spatialReference
+    #  加载   
+    lyrjzd = arcpy.mapping.Layer(outpath)
+    arcpy.mapping.AddLayer(df, lyrjzd)  
+    lyrjzx = arcpy.mapping.Layer(outpath1)
+    arcpy.mapping.AddLayer(df, lyrjzx)
+    # 添加一群字段
+    arcpy.AddField_management('JZD', '标识码', 'LONG')
+    arcpy.AddField_management('JZD', 'YSDM', 'TEXT')
+    arcpy.AddField_management('JZD', 'JZDH', 'TEXT')
+    arcpy.AddField_management('JZD', 'JBLX', 'TEXT')
+    arcpy.AddField_management('JZD', 'JZDLX', 'TEXT')
+    arcpy.AddField_management('JZD', 'ZDBH', 'TEXT')
+    arcpy.AddField_management('JZD', '顺序号', 'LONG')
+    arcpy.AddField_management('JZD', 'flag', 'LONG')
+    arcpy.AddField_management('JZD', 'ANGLE', 'LONG')
+    #float按理说应该符合的
+    bsm = 0
+    field1 = ['SHAPE@', '标识码', 'YSDM', 'JZDH', 'JBLX',
+              'JZDLX',  'ZDBH', '顺序号','flag','ANGLE']
+    # endregion
+    with arcpy.da.InsertCursor('JZD', field1) as cursorZ:
+        with arcpy.da.SearchCursor(LayerObject.currentLayer, ['SHAPE@', '宗地编号']) as cursorA:
+            for curA in cursorA:
+                # region [读折点]
+                poly1 = curA[0]
+                zdbh = curA[1]
+                if zdbh == None or zdbh == '' or zdbh == ' ':
+                    pass
+                else:
+                    # 获取折点
+                    points = poly1.getPart()
+                    pt = points[0]
+                    mm = 0
+                    linelist = []  
+                    indexp = 0
+                    #存的都是点
+                    while mm < pt.count:
+                        jzd = pt[mm]
+                        try:
+                            xx = round(jzd.X,4)
+                            yy = round(jzd.Y,4)
+                            if mm == 0 or mm == indexp:
+                                xx0 = xx
+                                yy0 = yy
+                                slist = []
+                                slist.append(pt[mm]) 
+                            else:
+                                numdis0 = xx - xx0
+                                numdis1 = yy - yy0 
+                                numdis = math.sqrt((numdis0 * numdis0)+(numdis1*numdis1))
+                                if xx == xx0 and yy == yy0:
+                                    #一个的结束
+                                    indexp = mm + 1
+                                    linelist.append(slist)  
+                                if numdis < 0.1:
+                                    pass
+                                else:
+                                    slist.append(pt[mm]) 
+                            mm = mm + 1
+                        except:
+                            if mm == indexp:
+                                indexp = mm + 1
+                                mm = mm + 1 
+                    llen = len(linelist)
+                    #判断下如果多环，排个序
+                    linelist1 = pdlen(linelist)
+                    linelist = linelist1
+                    # endregion
+                    #甭管有没有环，都是第一个来处理
+                    ln1 = linelist[0]
+                    list1 = []
+                    nn1 = 0
+                    while nn1 < len(ln1):
+                        if nn1 == len(ln1) - 1:
+                            fpx = round(ln1[nn1].X,4)
+                            fpy = round(ln1[nn1].Y,4)
+                            lpx = round(ln1[0].X,4)
+                            lpy = round(ln1[0].Y,4)
+                            fpoint = arcpy.Point(fpx, fpy)
+                            lpoint = arcpy.Point(lpx, lpy)
+                        else:
+                            fpx = round(ln1[nn1].X,4)
+                            fpy = round(ln1[nn1].Y,4)
+                            lpx = round(ln1[nn1 + 1].X,4)
+                            lpy = round(ln1[nn1 + 1].Y,4)
+                            fpoint = arcpy.Point(fpx, fpy)
+                            lpoint = arcpy.Point(lpx, lpy)
+                        new_array = arcpy.Array()
+                        new_array.append(fpoint)
+                        new_array.append(lpoint)
+                        ln2 = arcpy.Polyline(new_array,sr)
+                        #先把起始点加进去
+                        bl1 = addpoint(list1,fpoint)
+                        if bl1 == 1:
+                            list1.append(fpoint)
+                            # list1.append(lpoint)
+                        #插入点
+                        arcpy.SelectLayerByLocation_management(LayerObject.currentLayer,'INTERSECT',ln2)
+                        count0 = int(arcpy.GetCount_management(LayerObject.currentLayer).getOutput(0)) 
+                        if count0 < 2:
+                            bl4 = addpoint(list1,lpoint)
+                            if bl4 == 1:
+                                list1.append(lpoint)
+                            nn1 = nn1 + 1
+                        else:
+                            #对于同一个线段来说，把所有点的位置准确点
+                            listp1 = []
+                            with arcpy.da.SearchCursor(LayerObject.currentLayer, ['SHAPE@', '宗地编号']) as cursorB:
+                                for curB in cursorB:
+                                    zdbh1 = curB[1]
+                                    #排除自己
+                                    if zdbh1 == zdbh:
+                                        pass
+                                    else:
+                                        try:
+                                            shpB = curB[0]
+                                            lineB = shpB.boundary ()
+                                            rln = lineB.intersect (ln2, 2)
+                                            fpoint1 = rln.firstPoint
+                                            lpoint1 = rln.lastPoint
+                                            fx = round(fpoint1.X,4)
+                                            fy = round(fpoint1.Y,4)
+                                            lx = round(lpoint1.X,4)
+                                            ly = round(lpoint1.Y,4)
+                                            #判断这两个点是否都在里面
+                                            fp = arcpy.Point(fx, fy)
+                                            lp = arcpy.Point(lx, ly)
+                                            list2 = []
+                                            bl1 = addpoint(list1,fp)
+                                            if bl1 == 1:
+                                                #判断与起点的距离
+                                                dis1 = math.sqrt(((fpx - fx)*(fpx - fx)) + ((fpy-fy)*(fpy-fy)))
+                                                slist2 = []
+                                                slist2.append(dis1)
+                                                slist2.append(fp)
+                                                list2.append(slist2)
+                                            bl1 = addpoint(list1,lp)
+                                            if bl1 == 1:
+                                                dis1 = math.sqrt(((fpx - lx)*(fpx - lx)) + ((fpy-ly)*(fpy-ly)))
+                                                slist2 = []
+                                                slist2.append(dis1)
+                                                slist2.append(lp)
+                                                list2.append(slist2)
+                                            if len(list2) == 1:
+                                                listp1.append(list2[0][1])
+                                            elif len(list2) == 2:
+                                                #对2排序
+                                                if list2[0][0] < list2[1][0]:
+                                                    listp1.append(list2[0][1])
+                                                    listp1.append(list2[1][1])
+                                                else:
+                                                    listp1.append(list2[1][1])
+                                                    listp1.append(list2[0][1])
+                                        except:
+                                            pass
+                            #得到所有的点，进行一个与起点的排序
+                            nn2 = 0
+                            listp2 =[]
+                            while nn2 < len(listp1):
+                                num0 = fpx - listp1[nn2].X
+                                num1 = fpy - listp1[nn2].Y
+                                dis2 = math.sqrt((num0*num0)+(num1*num1))
+                                slistp2 = []
+                                slistp2.append(dis2)
+                                slistp2.append(listp1[nn2])
+                                listp2.append(slistp2)
+                                nn2 = nn2 + 1
+                            listp2.sort()
+                            nn3 = 0
+                            bl3 = 0
+                            while nn3 < len(listp2):
+                                #这里要看下要不要除重
+                                bl3 = addpoint(list1,listp2[nn3][1])
+                                if bl3 == 1:
+                                    list1.append(listp2[nn3][1])
+                                nn3 = nn3 + 1  
+                            bl4 = addpoint(list1,lpoint)
+                            if bl4 == 1:
+                                list1.append(lpoint)
+                        nn1 = nn1 + 1
+                    
+                    with arcpy.da.InsertCursor('JZX',  ['SHAPE@']) as cursorY:
+                        if len(linelist) == 1:
+                            listF = linezd(list1,poly1)
+                            #直接写
+                            ii = 0
+                            zdh = 0
+                            while ii < len(listF):
+                                if ii == 0:
+                                    zdh = zdh + 1
+                                    bsm = bsm + 1
+                                    # shape
+                                    point1 = arcpy.Point(listF[ii][0], listF[ii][1])
+                                    # 要素代码
+                                    ysdm = '6002010300'
+                                    # 界址点号
+                                    jzdh = 'J' + str(zdh)
+                                    # 宗地代码
+                                    zddm = curA[1]
+                                    ag = calcangle(listF[ii-1],listF[ii])
+                                    rlist = []
+                                    rlist.append(point1)
+                                    rlist.append(bsm)
+                                    rlist.append(ysdm)
+                                    rlist.append(jzdh)
+                                    rlist.append('')
+                                    rlist.append('')
+                                    rlist.append(zddm)
+                                    rlist.append(zdh)
+                                    rlist.append(1)
+                                    rlist.append(ag)
+                                    cursorZ.insertRow(rlist)
+                                    point = arcpy.Point(listF[ii][0], listF[ii][1])                        
+                                    if ii == len(listF) - 1:
+                                        point0 = arcpy.Point(listF[0][0], listF[0][1])
+                                    else:
+                                        point0 = arcpy.Point(listF[ii+1][0], listF[ii+1][1])
+                                    array=arcpy.Array()
+                                    array.add(point)
+                                    array.add(point0)
+                                    pl=arcpy.Polyline(array)
+                                    cursorY.insertRow([pl])
+                                else:
+                                    numdis0 = listF[ii][0] - listF[ii - 1][0]
+                                    numdis1 = listF[ii][1] - listF[ii - 1][1]
+                                    numdis2 = math.sqrt((numdis0 * numdis0)+(numdis1*numdis1))
+                                    if numdis2 < 0.1:
+                                        pass
+                                    else:
+                                        zdh = zdh + 1
+                                        bsm = bsm + 1
+                                        # shape
+                                        point1 = arcpy.Point(listF[ii][0], listF[ii][1])
+                                        # 要素代码
+                                        ysdm = '6002010300'
+                                        # 界址点号
+                                        jzdh = 'J' + str(zdh)
+                                        # 宗地代码
+                                        zddm = curA[1]
+                                        ag = calcangle(listF[ii-1],listF[ii])
+                                        rlist = []
+                                        rlist.append(point1)
+                                        rlist.append(bsm)
+                                        rlist.append(ysdm)
+                                        rlist.append(jzdh)
+                                        rlist.append('')
+                                        rlist.append('')
+                                        rlist.append(zddm)
+                                        rlist.append(zdh)
+                                        rlist.append(1)
+                                        rlist.append(ag)
+                                        cursorZ.insertRow(rlist)
+                                        point = arcpy.Point(listF[ii][0], listF[ii][1])                        
+                                        if ii == len(listF) - 1:
+                                            point0 = arcpy.Point(listF[0][0], listF[0][1])
+                                        else:
+                                            point0 = arcpy.Point(listF[ii+1][0], listF[ii+1][1])
+                                        array=arcpy.Array()
+                                        array.add(point)
+                                        array.add(point0)
+                                        pl=arcpy.Polyline(array)
+                                        cursorY.insertRow([pl])
+                                ii = ii + 1
+                        else:
+                            mm0 = 0
+                            zdh = 0
+                            while mm0 < len(linelist):
+                                if mm0 == 0:
+                                    listF = linezd(list1,poly1)
+                                    ii = 0
+                                    while ii < len(listF):
+                                        if ii == 0:
+                                            zdh = zdh + 1
+                                            bsm = bsm + 1
+                                            # shape
+                                            point1 = arcpy.Point(listF[ii][0], listF[ii][1])
+                                            # 要素代码
+                                            ysdm = '6002010300'
+                                            # 界址点号
+                                            jzdh = 'J' + str(zdh)
+                                            # 宗地代码
+                                            zddm = curA[1]
+                                            ag = calcangle(listF[ii-1],listF[ii])
+                                            rlist = []
+                                            rlist.append(point1)
+                                            rlist.append(bsm)
+                                            rlist.append(ysdm)
+                                            rlist.append(jzdh)
+                                            rlist.append('')
+                                            rlist.append('')
+                                            rlist.append(zddm)
+                                            rlist.append(zdh)
+                                            rlist.append(mm0+1)
+                                            rlist.append(ag)
+                                            cursorZ.insertRow(rlist)
+                                            point = arcpy.Point(listF[ii][0], listF[ii][1])                        
+                                            if ii == len(listF) - 1:
+                                                point0 = arcpy.Point(listF[0][0], listF[0][1])
+                                            else:
+                                                point0 = arcpy.Point(listF[ii+1][0], listF[ii+1][1])
+                                            array=arcpy.Array()
+                                            array.add(point)
+                                            array.add(point0)
+                                            pl=arcpy.Polyline(array)
+                                            cursorY.insertRow([pl])
+                                        else:
+                                            numdis0 = listF[ii][0] - listF[ii - 1][0]
+                                            numdis1 = listF[ii][1] - listF[ii - 1][1]
+                                            numdis2 = math.sqrt((numdis0 * numdis0)+(numdis1*numdis1))
+                                            if numdis2 < 0.1:
+                                                pass
+                                            else:
+                                                zdh = zdh + 1
+                                                bsm = bsm + 1
+                                                # shape
+                                                point1 = arcpy.Point(listF[ii][0], listF[ii][1])
+                                                # 要素代码
+                                                ysdm = '6002010300'
+                                                # 界址点号
+                                                jzdh = 'J' + str(zdh)
+                                                # 宗地代码
+                                                zddm = curA[1]
+                                                ag = calcangle(listF[ii-1],listF[ii])
+                                                rlist = []
+                                                rlist.append(point1)
+                                                rlist.append(bsm)
+                                                rlist.append(ysdm)
+                                                rlist.append(jzdh)
+                                                rlist.append('')
+                                                rlist.append('')
+                                                rlist.append(zddm)
+                                                rlist.append(zdh)
+                                                rlist.append(mm0+1)
+                                                rlist.append(ag)
+                                                cursorZ.insertRow(rlist)
+                                                point = arcpy.Point(listF[ii][0], listF[ii][1])                        
+                                                if ii == len(listF) - 1:
+                                                    point0 = arcpy.Point(listF[0][0], listF[0][1])
+                                                else:
+                                                    point0 = arcpy.Point(listF[ii+1][0], listF[ii+1][1])
+                                                array=arcpy.Array()
+                                                array.add(point)
+                                                array.add(point0)
+                                                pl=arcpy.Polyline(array)
+                                                cursorY.insertRow([pl])
+                                        ii = ii + 1
+                                else:
+                                    listF = linezd(linelist[mm0],poly1)
+                                    ii = len(listF) - 1
+                                    while ii >= 0:
+                                        if ii == len(listF) - 1:
+                                            zdh = zdh + 1
+                                            bsm = bsm + 1
+                                            # shape
+                                            point1 = arcpy.Point(listF[ii][0], listF[ii][1])
+                                            # 要素代码
+                                            ysdm = '6002010300'
+                                            # 界址点号
+                                            jzdh = 'J' + str(zdh)
+                                            # 宗地代码
+                                            zddm = curA[1]
+                                            ag = calcangle(listF[ii-1],listF[ii])
+                                            rlist = []
+                                            rlist.append(point1)
+                                            rlist.append(bsm)
+                                            rlist.append(ysdm)
+                                            rlist.append(jzdh)
+                                            rlist.append('')
+                                            rlist.append('')
+                                            rlist.append(zddm)
+                                            rlist.append(zdh)
+                                            rlist.append(mm0+1)
+                                            rlist.append(ag)
+                                            cursorZ.insertRow(rlist)
+                                            point = arcpy.Point(listF[ii][0], listF[ii][1])                        
+                                            if ii == len(listF) - 1:
+                                                point0 = arcpy.Point(listF[0][0], listF[0][1])
+                                            else:
+                                                point0 = arcpy.Point(listF[ii+1][0], listF[ii+1][1])
+                                            array=arcpy.Array()
+                                            array.add(point)
+                                            array.add(point0)
+                                            pl=arcpy.Polyline(array)
+                                            cursorY.insertRow([pl])
+                                        else:
+                                            numdis0 = listF[ii][0] - listF[ii - 1][0]
+                                            numdis1 = listF[ii][1] - listF[ii - 1][1]
+                                            numdis2 = math.sqrt((numdis0 * numdis0)+(numdis1*numdis1))
+                                            if numdis2 < 0.1:
+                                                pass
+                                            else:
+                                                zdh = zdh + 1
+                                                bsm = bsm + 1
+                                                # shape
+                                                point1 = arcpy.Point(listF[ii][0], listF[ii][1])
+                                                # 要素代码
+                                                ysdm = '6002010300'
+                                                # 界址点号
+                                                jzdh = 'J' + str(zdh)
+                                                # 宗地代码
+                                                zddm = curA[1]
+                                                ag = calcangle(listF[ii-1],listF[ii])
+                                                rlist = []
+                                                rlist.append(point1)
+                                                rlist.append(bsm)
+                                                rlist.append(ysdm)
+                                                rlist.append(jzdh)
+                                                rlist.append('')
+                                                rlist.append('')
+                                                rlist.append(zddm)
+                                                rlist.append(zdh)
+                                                rlist.append(mm0+1)
+                                                rlist.append(ag)
+                                                cursorZ.insertRow(rlist)
+                                                point = arcpy.Point(listF[ii][0], listF[ii][1])                        
+                                                if ii == len(listF) - 1:
+                                                    point0 = arcpy.Point(listF[0][0], listF[0][1])
+                                                else:
+                                                    point0 = arcpy.Point(listF[ii+1][0], listF[ii+1][1])
+                                                array=arcpy.Array()
+                                                array.add(point)
+                                                array.add(point0)
+                                                pl=arcpy.Polyline(array)
+                                                cursorY.insertRow([pl])
+                                        ii = ii - 1
+                                mm0 = mm0 + 1
+
+def pdlen(list1):
+    ii = 0
+    list2 = []
+    while ii < len(list1):
+        pts = list1[ii]
+        length1 = 0
+        mm = 0
+        while mm < len(pts):
+            if mm == len(pts) - 1:
+                pt1 = pts[mm]
+                pt2 = pts[0]
+                dis1 = math.sqrt(((pt1.X-pt2.X)*(pt1.X-pt2.X))+((pt1.Y-pt2.Y)*(pt1.Y-pt2.Y)))
+                length1 = length1 + dis1
+                mm = mm + 1
+            else:
+                pt1 = pts[mm]
+                pt2 = pts[mm + 1]
+                dis1 = math.sqrt(((pt1.X-pt2.X)*(pt1.X-pt2.X))+((pt1.Y-pt2.Y)*(pt1.Y-pt2.Y)))
+                length1 = length1 + dis1
+                mm = mm + 1
+        slist2 = []
+        slist2.append(length1)
+        slist2.append(pts)
+        list2.append(slist2)
+        ii = ii + 1
+    list2.sort(reverse=True)
+    nn = 0
+    list3 = []
+    while nn < len(list2):
+        list3.append(list2[nn][1])
+        nn = nn + 1
+    return list3
+                
+def calc_angle(lastp,p):
+    angle = 0
+    if p[0]-lastp[0]>0 and p[1]-lastp[1]>0:#↗
+        angle = 0
+    if p[0]-lastp[0]>0 and p[1]-lastp[1]<0:#↘
+        angle = 90
+    if p[0]-lastp[0]<0 and p[1]-lastp[1]<0:#↙
+        angle = 180
+    if p[0]-lastp[0]<0 and p[1]-lastp[1]>0:#↖
+        angle = 270
+    return angle
+
+def cal_stdangle(lastp,p): 
+    stdangle=0
+    dy= p[1]-lastp[1]
+    dx= p[0]-lastp[0]
+    if dx==0 and dy>0:
+        stdangle = 0
+    if dx==0 and dy<0:
+        stdangle = 180
+    if dy==0 and dx>0:
+        stdangle = 90
+    if dy==0 and dx<0:
+        stdangle = 270
+    if dx>0 and dy>0:
+       stdangle = math.atan(dx/dy)*180/math.pi
+    elif dx<0 and dy>0:
+       stdangle = 360 + math.atan(dx/dy)*180/math.pi
+    elif dx<0 and dy<0:
+       stdangle = 180 + math.atan(dx/dy)*180/math.pi
+    elif dx>0 and dy<0:
+       stdangle = 180 + math.atan(dx/dy)*180/math.pi
+    return stdangle
+    
+def calcangle(lastp,p): 
+    angle=0
+    stdangle = cal_stdangle(lastp,p)
+    if (stdangle < 45 and stdangle >= 0) or (stdangle <= 360 and stdangle >= 315):
+        angle = 270
+    if (stdangle < 135 and stdangle >= 45):
+        angle = 0
+    if (stdangle < 225 and stdangle >= 135):
+        angle = 90
+    if (stdangle < 315 and stdangle >= 225):
+        angle = 180
+    return angle
+    
+def addpoint(list1,pt):
+    ptx = round(pt.X,4)
+    pty = round(pt.Y,4)
+    ii = 0
+    bl = 1
+    while ii < len(list1):
+        if ptx == round(list1[ii].X,4) and pty == round(list1[ii].Y,4):
+            bl = -1
+        ii = ii + 1
+    return bl
+
+def linezd(line1,poly):
+    # 获取折点
+    mm = 0
+    pp = 0
+    list1 = []
+    while mm < len(line1):
+        plist = []
+        jzd = line1[mm]
+        try:
+            xx = jzd.X
+            yy = jzd.Y
+            plist.append(xx)
+            plist.append(yy)
+            # 初始顺序
+            plist.append(pp)
+            list1.append(plist)
+            pp = pp + 1
+            mm = mm + 1
+        except:
+            mm = mm + 1 
+    # 对折点排序（算法）
+    if len(list1) < 3:
+        listF = []
+    else:
+        # listF = zdsort(list1, zx)
+        listF = jzdsort(list1,poly)
+    return listF
+
+def jzdsort(list0,poly):
+    m = 0
+    n = 0
+    northwest = []
+    northwest.append(poly.extent.XMin)
+    northwest.append(poly.extent.YMax)
+    minDis = (northwest[1] - list0[0][1])*(northwest[1] - list0[0][1]) + (northwest[0] - list0[0][0])*(northwest[0] - list0[0][0])
+    maxStdangle = cal_stdangle(northwest,list0[0])
+    while m < len(list0):        
+        Dis = (northwest[1] - list0[m][1])*(northwest[1] - list0[m][1]) + (northwest[0] - list0[m][0])*(northwest[0] - list0[m][0])
+        if Dis < minDis:
+            minDis = Dis
+            maxStdangle = cal_stdangle(northwest,list0[m])
+            n = m
+        if abs(Dis-minDis) < 0.000001:
+            stdangle = cal_stdangle(northwest,list0[m])
+            if stdangle > maxStdangle:
+                maxStdangle = stdangle
+                n = m 
+        m = m + 1
+    i = 0
+    while i < len(list0):    
+        if n == 0:
+            vectangleN = cal_stdangle(list0[0], list0[1])
+            vectangleNl = cal_stdangle(list0[len(list0)-1], list0[0]) 
+            if abs(vectangleN-vectangleNl) < 3:
+                n = len(list0)-1          
+        else:
+            if n == len(list0)-1:
+                vectangleN = cal_stdangle(list0[n], list0[0])
+            else:            
+                vectangleN = cal_stdangle(list0[n], list0[n+1]) 
+            vectangleNl = cal_stdangle(list0[n-1], list0[n])    
+            if abs(vectangleN-vectangleNl) < 3:
+                n = n-1
+        i = i + 1
+    list4 = []     
+    a = n     
+    num = 0
+    while a < len(list0):
+        slist4 = []
+        num = num + 1
+        slist4.append(list0[a][0])
+        slist4.append(list0[a][1])
+        slist4.append(num)
+        list4.append(slist4)   
+        a = a + 1    
+    a = 0
+    while a < n:
+        slist4 = []
+        num = num + 1
+        slist4.append(list0[a][0])
+        slist4.append(list0[a][1])
+        slist4.append(num)
+        list4.append(slist4)   
+        a = a + 1
+    return list4
+    
+def mkdir(path):
+	folder = os.path.exists(path)
+	if not folder:                   #判断是否存在文件夹如果不存在则创建为文件夹
+		os.makedirs(path)            #makedirs 创建文件时如果路径不存在会创建这个路径
+
+def getScale(scale):
+	yushu = float(str(scale).split(".", 1)[0]) % 50
+	lastTWO = 0
+	if yushu < 25:
+		lastTWO = float(str(scale).split(".", 1)[0]) // 50 * 50
+	if yushu < 75 and yushu >= 25:
+		lastTWO = float(str(scale).split(".", 1)[0]) // 50 * 50 + 50
+	if yushu < 100 and yushu >= 75:
+		lastTWO = float(str(scale).split(".", 1)[0]) // 50 * 50 + 100
+	scale = "1:" + str(lastTWO).split(".",1)[0]
+	return scale
+
+class LayerObject:
+    currentLayer = ""
+
+mxd = arcpy.mapping.MapDocument('current')
+df = arcpy.mapping.ListDataFrames(mxd)[0]
+
+LayerObject.currentLayer = arcpy.GetParameterAsText(0)
+arcpy.SelectLayerByAttribute_management(LayerObject.currentLayer, "CLEAR_SELECTION")
+arcpy.SelectLayerByAttribute_management("Copy", "CLEAR_SELECTION")
+#设置保存路径
+savePath1 = arcpy.GetParameterAsText(1)
+singlelist = arcpy.GetParameterAsText(2).split(",")
+arcpy.env.workspace = arcpy.GetParameterAsText(3)
+times = 1
+if len(arcpy.GetParameterAsText(4)) > 0:
+    times = float(arcpy.GetParameterAsText(4))
+#宗地添加面积字段并计算    
+arcpy.AddField_management(LayerObject.currentLayer, "Area", "DOUBLE", "", "", "", "", "NULLABLE", "NON_REQUIRED", "")
+arcpy.CalculateField_management(LayerObject.currentLayer, "Area", "round(!shape.area!,2)", "PYTHON_9.3")
+#面转线 
+line = arcpy.PolygonToLine_management("Copy", savePath1 +"\line.shp")
+
+#遍历宗地
+rows = arcpy.SearchCursor(LayerObject.currentLayer)    
+for row in rows:
+    if row.getValue(u"宗地编号")[-3:] in singlelist:
+        for lyr in arcpy.mapping.ListLayers(mxd, "", df):
+            if lyr.name == "dlclip":
+                arcpy.mapping.RemoveLayer(df, lyr)
+            if lyr.name == "JZD":
+                arcpy.mapping.RemoveLayer(df, lyr)
+            if lyr.name == "JZX":
+                arcpy.mapping.RemoveLayer(df, lyr)
+            if lyr.name == "lineclip":
+                arcpy.mapping.RemoveLayer(df, lyr)
+        filename = row.getValue(u"宗地编号")  
+        savePath = os.path.join(savePath1, filename)
+        mkdir(savePath)
+        arcpy.SelectLayerByAttribute_management(LayerObject.currentLayer, "CLEAR_SELECTION")
+        arcpy.SelectLayerByAttribute_management("Copy", "CLEAR_SELECTION")
+        OBJECTID_1 = row.getValue(u"OBJECTID_1")
+        query = "OBJECTID_1={0}".format(OBJECTID_1)
+        #
+        arcpy.SelectLayerByAttribute_management(LayerObject.currentLayer, "NEW_SELECTION", query)
+        #
+        df.zoomToSelectedFeatures()
+        df.scale *= 1.1
+        shape = row.shape
+        #编辑文本元素
+              
+        qlr = row.getValue(u"权利人")
+        title = filename + qlr + u"宗地图"
+        tfh = " "
+        zdmj = "{}".format(row.getValue(u"Area"))
+        
+            
+        # east = row.getValue(u"四至东")
+        # east =east.replace(")","/0301)")
+        # south = row.getValue(u"四至南")
+        # south =south.replace(")","/0301)")
+        # west = row.getValue(u"四至西")
+        # west =west.replace(")","/0301)")
+        # north = row.getValue(u"四至北")
+        # north =north.replace(")","/0301)")
+        time_tuple = time.localtime(time.time())
+        rq = "{}年{}月{}日".format(time_tuple[0],time_tuple[1],time_tuple[2])
+        ny = "{}年{}月".format(time_tuple[0],time_tuple[1])
+        elemlist = arcpy.mapping.ListLayoutElements(mxd, "TEXT_ELEMENT")
+        for elem in elemlist:
+            if elem.name == "zddm":
+                elem.text = filename
+            if elem.name == "qlr":
+                elem.text = qlr
+            if elem.name == "tfh":
+                elem.text = tfh
+                #预先添加标准TF图层，计算得到图幅号    
+                TFtoTB(row.shape, elem)
+            if elem.name == "zdmj":
+                elem.text = zdmj
+            # if elem.name == "east":
+            #     elem.text = east           
+            # if elem.name == "south":
+            #     elem.text = south          
+            # if elem.name == "west":
+            #     elem.text = west
+            # if elem.name == "north":
+            #     elem.text = north
+            if elem.name == "scale":
+                elem.text = getScale(df.scale)
+            if elem.name == "ztz":
+                elem.text = random.choice(['王荣华','余思翰','阮梦妍','杨玉婧','赵芩','屈亚星'])
+            if elem.name == "shz":
+                elem.text = random.choice(['何杰','张学仪'])
+            if elem.name == "ztrq":
+                elem.text = rq
+            if elem.name == "shrq":
+                elem.text = rq
+            if elem.name == "jzdtjf":
+                elem.text = ny + "图解法测绘界址点"
+            if elem.name == "zlz":
+                title = filename + qlr + u"宗地草图"
+                elem.text = random.choice(['王荣华','余思翰','阮梦妍','杨玉婧','赵芩','屈亚星'])
+            if elem.name == "jcz":
+                elem.text = random.choice(['何杰','张学仪'])
+            if elem.name == "zlrq":
+                elem.text = rq
+            if elem.name == "jcrq":
+                elem.text = rq
+
+        arcpy.SelectLayerByAttribute_management("TF", "CLEAR_SELECTION")
+
+        #生成当前宗地界址点线   
+        JZGenerate(savePath, filename)
+        arcpy.SelectLayerByAttribute_management(LayerObject.currentLayer, "NEW_SELECTION", query)
+        #界址线添加长度字段
+        arcpy.AddField_management("JZX", "LENGTH", "DOUBLE", "", "", "", "", "NULLABLE", "NON_REQUIRED", "")
+        arcpy.CalculateField_management("JZX", "LENGTH", "round(!shape.length!,2)", "PYTHON_9.3")
+
+        
+        #建立缓冲区
+        if df.scale > 1000:
+            shapebuffer = arcpy.Polygon.buffer(shape, 10 * times)
+        elif df.scale > 900:
+            shapebuffer = arcpy.Polygon.buffer(shape, 9 * times)
+        elif df.scale > 800:
+            shapebuffer = arcpy.Polygon.buffer(shape, 8 * times)
+        elif df.scale > 700:
+            shapebuffer = arcpy.Polygon.buffer(shape, 7 * times)            
+        elif df.scale > 600:
+            shapebuffer = arcpy.Polygon.buffer(shape, 6 * times)
+        elif df.scale > 500:
+            shapebuffer = arcpy.Polygon.buffer(shape, 5 * times)
+        elif df.scale > 400:
+            shapebuffer = arcpy.Polygon.buffer(shape, 4 * times)
+        elif df.scale > 300:
+            shapebuffer = arcpy.Polygon.buffer(shape, 3 * times)
+        elif df.scale > 200:
+            shapebuffer = arcpy.Polygon.buffer(shape, 2 * times)
+        elif df.scale > 100:
+            shapebuffer = arcpy.Polygon.buffer(shape, 1 * times)
+        else:
+            shapebuffer = arcpy.Polygon.buffer(shape, 0.5 * times)
+        #裁剪线图层  
+        arcpy.Clip_analysis(line, shapebuffer, savePath + "\lineclip.shp")
+        lyrline = arcpy.mapping.Layer(savePath + "\lineclip.shp")
+        arcpy.mapping.AddLayer(df, lyrline)  
+        arcpy.SelectLayerByLocation_management(lyrline, "BOUNDARY_TOUCHES", shape)
+        arcpy.SelectLayerByAttribute_management(lyrline, "SWITCH_SELECTION")
+        arcpy.DeleteFeatures_management(lyrline)
+        
+        arcpy.SelectLayerByLocation_management("BCDW", "BOUNDARY_TOUCHES", shape)
+        arcpy.CopyFeatures_management("BCDW", savePath + "\BCDW.shp")
+        
+        arcpy.SelectLayerByLocation_management("ZJD", "BOUNDARY_TOUCHES", shape)
+        arcpy.CopyFeatures_management("ZJD", savePath + "\ZJD.shp")
+        
+        arcpy.SelectLayerByLocation_management("Copy", "SHARE_A_LINE_SEGMENT_WITH", shape)
+        neighlist = []
+        m = int(arcpy.GetCount_management("Copy").getOutput(0))
+        if m != 0:
+            with arcpy.da.SearchCursor("Copy", ['宗地编号']) as cursor:
+                for cur in cursor:
+                    f = cur[0]
+                    if f == filename:
+                        pass
+                    else:
+                        if neighlist.__contains__(f):
+                            pass
+                        else:
+                            neighlist.append(f)
+        txtfile = open(os.path.join(savePath1, "neighbourList.txt"),'a')
+        txtfile.write(filename + ':' + str(len(neighlist)) + str(tuple(neighlist)).replace("u","").replace("510811100205JE00","") + '\n')
+        
+        arcpy.Clip_analysis("DLTB", shapebuffer, savePath + "\dlbfclip.shp")
+        shape1 = arcpy.Polygon.buffer(shape, 0.1)
+        #     
+        arcpy.Erase_analysis(savePath + "\dlbfclip.shp", shape1, savePath + "\dlclip.shp")
+        #                
+
+        fcs = arcpy.ListFeatureClasses() 
+        for fc in fcs:            
+            if fc.__contains__("dlclip"):
+                arcpy.Delete_management(os.path.join(arcpy.env.workspace,fc))
+        #arcpy.env.workspace = savePath
+        arcpy.FeatureClassToGeodatabase_conversion([savePath + '\dlclip.shp'], arcpy.env.workspace)  
+        
+        target_lyr = arcpy.env.workspace + "\dlclip"
+        #     
+        arcpy.AddRepresentation_cartography(target_lyr,
+                                "DL_Rep",                                    
+                                import_rule_layer = "DLTB")
+        arcpy.CalculateField_management(target_lyr, "RuleID_1", '!RuleID!', "PYTHON_9.3")
+
+        lyrdl = arcpy.mapping.Layer(target_lyr)
+        refLayer = arcpy.mapping.ListLayers(mxd, "", df)
+        arcpy.mapping.InsertLayer(df, refLayer[len(refLayer) - 1], lyrdl, "AFTER")
+
+        arcpy.SetLayerRepresentation_cartography("dlclip", "DL_Rep")
+
+        for lyr in arcpy.mapping.ListLayers(mxd, "", df):
+            if lyr.name == "Point":
+                lyr.replaceDataSource(savePath, "SHAPEFILE_WORKSPACE", "JZD")
+                lyr.showLabels = True
+                lyr.labelClasses[0].SQLQuery  = "ANGLE = 0"
+                lyr.labelClasses[0].expression  = "[JZDH]"
+                lyr.labelClasses[1].SQLQuery  = "ANGLE = 90"
+                lyr.labelClasses[1].expression  = "[JZDH]"
+                lyr.labelClasses[2].SQLQuery  = "ANGLE = 180"
+                lyr.labelClasses[2].expression  = "[JZDH]"
+                lyr.labelClasses[3].SQLQuery  = "ANGLE = 270"
+                lyr.labelClasses[3].expression  = "[JZDH]"
+                lyr.visible = True                    
+            elif lyr.name == "Polyline":
+                lyr.replaceDataSource(savePath, "SHAPEFILE_WORKSPACE", "JZX")
+                lyr.showLabels = True
+                lyr.labelClasses[0].expression  = "[LENGTH]"                
+                lyr.visible = True
+            elif lyr.name == LayerObject.currentLayer:
+                lyr.showLabels = True
+                lyr.labelClasses[0].SQLQuery = '"OBJECTID_1" = ' + str(OBJECTID_1)
+                lyr.visible = True
+            elif lyr.name == "Copy":
+                lyr.showLabels = True
+                sqlquery = str(tuple(neighlist))
+                if sqlquery.endswith(",)"):
+                    query = sqlquery.replace(",)", ")")
+                else:
+                    query = sqlquery
+                lyr.labelClasses[0].SQLQuery = '"宗地编号" IN ' + query.replace("u","")   
+                lyr.visible = True
+            elif lyr.name == "line":
+                lyr.replaceDataSource(savePath, "SHAPEFILE_WORKSPACE", "lineclip")
+                lyr.visible = True                
+            elif lyr.name == "dlclip":
+                lyr.visible = True 
+            elif lyr.name == "BCDW":
+                lyr.replaceDataSource(savePath, "SHAPEFILE_WORKSPACE", "BCDW")
+                lyr.visible = True        
+            elif lyr.name == "ZJD":
+                lyr.replaceDataSource(savePath, "SHAPEFILE_WORKSPACE", "ZJD")
+                lyr.visible = True                  
+            else:
+                lyr.visible = False    
+        #saveMxdPath = savePath + "\\" + title + ".mxd"
+        #mxd.saveACopy(saveMxdPath)
+        arcpy.mapping.ExportToJPEG( mxd, savePath  + "\\" + title + ".jpg", resolution = 300)
+        arcpy.Delete_management(savePath +"\dlbfclip.shp")
+        arcpy.Delete_management(savePath +"\dlclip.shp")
+        #arcpy.Delete_management(savePath +"\lineclip.shp")
+        #arcpy.Delete_management(savePath +"\JZD.shp")
+        #arcpy.Delete_management(savePath +"\JZX.shp")
+        arcpy.AddMessage (filename + ' Finish!')
+        txtfile.close() 
+arcpy.Delete_management(savePath1 +"\line.shp")
+     

代码/20221220林权/LQ/dlCMM_1203.py

@@ -0,0 +1,28 @@
+import arcpy
+import math
+
+def LZDpoly(zdshp):
+    arcpy.MakeFeatureLayer_management(zdshp, 'ZD')
+    # 在外面写个字典
+    zd = {'公路用地': 'GLYD', '特殊用地': 'TSYD', '公用设施用地': 'GYSS', '交通服务场站用地': 'JTFW', '沟渠': 'GQ',
+          '灌木林地': 'GMLD', '其他林地': 'QTLD', '乔木林地': 'QMLD', '竹林地': 'ZLD', '果园': 'GY', '旱地': 'HD', 
+          '河流水面': 'HLSM', '坑塘水面': 'KTSM', '养殖坑塘': 'YZKT', '农村道路': 'NCDL', '农村宅基地': 'NCZJD', 
+          '其他草地': 'QTCD', '其他园地': 'QTYD', '设施农用地': 'SSNYD', '水田': 'ST'}
+    arcpy.AddField_management('ZD', 'dl', 'TEXT')
+    with arcpy.da.UpdateCursor('ZD', ['SHAPE@', '宗地编码','DLMC','dl']) as cursorA:
+        for curA in cursorA:
+            zdbh = curA[1]
+            dlmc = curA[2]
+            if dlmc == '' or dlmc == ' ' or dlmc == None:
+                curA[3] = zdbh
+            else:
+                str1 = zd[dlmc]
+                curA[3] = str1
+            cursorA.updateRow (curA)
+
+if __name__ == '__main__':
+    try:
+        # 输入宗地shp
+        LZDpoly(r'D:\2work_now\20221026\test\testLZD1.shp')
+    except arcpy.ExecuteError:
+        arcpy.AddMessage(arcpy.GetMessages())

代码/20231108黄河断面/DMljjs.py

@@ -0,0 +1,136 @@
+import os
+from posixpath import dirname
+import xlrd
+import xlwt
+import math
+import tkinter as tk
+import numpy as np
+from tkinter import filedialog as tkFileDialog
+from tkinter import messagebox
+
+def start():
+    window = tk.Tk() # 创建窗口对象的背景色
+    window.title('断面累距计算程序')  # 设置窗口的标题
+    window.geometry('400x200')     # 设置窗口的大小
+    title = tk.Label(window, text='断面累距计算程序',
+                     font=('微软雅黑', 12), width=40, height=3)
+    title.place(x=0, y=0, anchor='nw')
+    choosepath = tk.Label(window, text='断面表格文件夹：',
+                          font=('微软雅黑', 12), width=20, height=2)
+    choosepath.place(x=0, y=50, anchor='nw')
+    path_var1 = tk.StringVar() # 输入路径
+    entry1 = tk.Entry(window, textvariable=path_var1)
+    entry1.place(x=170, y=65, anchor='nw')
+
+    def choose1():
+        file_dir = tkFileDialog.askdirectory()
+        path_var1.set(file_dir)
+
+    def tuichu():
+        window.destroy()
+
+    def main():
+        inpath = entry1.get()
+        #遍历文件夹
+        for parent,dirname,filenames in os.walk(inpath):
+            for filename in filenames:
+                #排除其他文件的干扰
+                if '.xls' in filename:
+                    if '_100' in filename:
+                        pass
+                    else:
+                        #完整路径
+                        filepath = parent + '/' +filename
+                        #拆分出断面名字dmm
+                        dmm = filename.split('.',-1)[0]
+                        xls = xlrd.open_workbook(filepath)
+                        sheet1 = xls.sheets()[0]
+                        #存个list存放距离
+                        dislist = []
+                        rows = sheet1.nrows
+                        ii = 1
+                        fpx = 0
+                        fpy = 0
+                        while ii < rows:
+                            if sheet1.cell_value(ii,1) != '':
+                                if ii == 1:
+                                    #起点
+                                    fpx = sheet1.cell_value(ii,1)
+                                    fpy = sheet1.cell_value(ii,2)
+                                    list1 = []
+                                    list1.append(fpx)
+                                    list1.append(fpy)
+                                    list1.append(sheet1.cell_value(ii,3))
+                                    list1.append(sheet1.cell_value(ii,4))
+                                    list1.append(0)
+                                    dislist.append(list1)
+                                    ii = ii + 1
+                                else:
+                                    xx = sheet1.cell_value(ii,1)
+                                    yy = sheet1.cell_value(ii,2)
+                                    #距离公式
+                                    num1 = xx - fpx
+                                    num2 = yy - fpy
+                                    num3 = num1 * num1
+                                    num4 = num2 * num2
+                                    num5 = num3 + num4
+                                    dis1 = math.sqrt(num5)
+                                    list1 = []
+                                    list1.append(xx)
+                                    list1.append(yy)
+                                    list1.append(sheet1.cell_value(ii,3))
+                                    list1.append(sheet1.cell_value(ii,4))
+                                    list1.append(dis1)
+                                    dislist.append(list1)
+                                    ii = ii + 1
+                            else:
+                                break
+                        #写到xls上
+                        #重创一个地址，然后全部重命名
+                        filepath1 = parent + '/' + dmm + '_100.xls'
+                        workbook = xlwt.Workbook(filepath1)
+                        sheet = workbook.add_sheet("sheet1")
+                        #抬头
+                        sheet.write(0,0,'点号')
+                        sheet.write(0,1,'X')
+                        sheet.write(0,2,'Y')
+                        sheet.write(0,3,'Z')
+                        sheet.write(0,4,'备注')
+                        sheet.write(0,5,'累距')
+                        mm = 0
+                        while mm < len(dislist):
+                            sheet.write((mm + 1), 0, (mm + 1))
+                            sheet.write((mm + 1), 1, dislist[mm][0])
+                            sheet.write((mm + 1), 2, dislist[mm][1])
+                            sheet.write((mm + 1), 3, round(dislist[mm][2],3))
+                            sheet.write((mm + 1), 4, dislist[mm][3])
+                            sheet.write((mm + 1), 5, round(dislist[mm][4],3))
+                            mm = mm + 1
+                        #删除以前的
+                        os.remove(filepath)
+                        workbook.save(filepath1)
+                        print(filename + ' FINISH')
+        #全部重命名
+        for parent,dirname,filenames in os.walk(inpath):
+            for filename in filenames:
+                #排除其他文件的干扰
+                if '.xls' in filename:
+                    ori = parent + '/' +filename
+                    newfile = filename.replace('_100','')
+                    new = parent + '/' + newfile
+                    os.rename(ori,new)
+                    print(filename + ' RENAME')
+        messagebox.showinfo("消息","运行成功")
+        window.destroy()
+
+                                
+
+
+
+    tk.Button(window, text='选择', command=choose1).place(x=320, y=60, anchor='nw')
+    tk.Button(window,text='确认',command=main).place(x=120,y=110,anchor='nw')
+    tk.Button(window,text='取消',command=tuichu).place(x=220,y=110,anchor='nw')
+    window.mainloop()
+
+if __name__ == '__main__':
+    start()

代码/20231108黄河断面/DMzj.py

@@ -0,0 +1,104 @@
+from pyautocad import Autocad, APoint, aDouble
+import os
+from posixpath import dirname
+import xlrd
+import tkinter as tk
+from tkinter import filedialog as tkFileDialog
+from tkinter import messagebox
+import shutil
+
+def start():
+    window = tk.Tk() # 创建窗口对象的背景色
+    window.title('断面名注记程序')  # 设置窗口的标题
+    window.geometry('400x250')     # 设置窗口的大小
+    title = tk.Label(window, text='断面名注记程序',
+                     font=('微软雅黑', 12), width=40, height=3)
+    title.place(x=0, y=0, anchor='nw')
+    choosepath = tk.Label(window, text='选择表格文件夹：',
+                          font=('微软雅黑', 12), width=20, height=2)
+    choosepath.place(x=0, y=50, anchor='nw')
+    path_var1 = tk.StringVar() # 输入路径
+    entry1 = tk.Entry(window, textvariable=path_var1)
+    entry1.place(x=170, y=65, anchor='nw')
+    resultpath = tk.Label(window, text='选择dwg：',
+                          font=('微软雅黑', 12), width=20, height=2)
+    resultpath.place(x=10, y=100, anchor='nw')
+    path_var2 = tk.StringVar() # 输出路径
+    entry2 = tk.Entry(window, textvariable=path_var2)
+    entry2.place(x=170, y=115, anchor='nw')
+    lebel1 = tk.Label(window, text='请确保CAD已经打开。',
+                          font=('微软雅黑', 10), width=40, height=2)
+    lebel1.place(x=0, y=150, anchor='nw')
+
+    def choose1():
+            file_dir1 = tkFileDialog.askdirectory()
+            path_var1.set(file_dir1)
+
+    def choose2():
+            file_dir2 = tkFileDialog.askopenfilename(filetypes=[('DWG', '*.dwg'), ('DWG', '*.DWG'),('All Files', '*')])
+            path_var2.set(file_dir2)
+
+    def tuichu():
+        window.destroy()
+    
+    def main():
+        excelpath = entry1.get()
+        dwgpath = entry2.get()
+        #遍历文件，得到点的坐标和注记内容
+        list1 = []
+        for parent,dirname,filenames in os.walk(excelpath):
+            for filename in filenames:
+                #排一下其他文件
+                if '.xls' in filename:
+                    #得到表格的完整路径
+                    filepath = parent + '/' +filename
+                    #拆分出断面名字dmm
+                    dmm = filename.split('.',-1)[0]
+                    #只取excel的第一个端点
+                    xlr = xlrd.open_workbook(filepath)
+                    table = xlr.sheets()[0]
+                    list2 = []
+                    list2.append(dmm)
+                    list2.append(table.cell(1, 1).value)
+                    list2.append(table.cell(1, 2).value)
+                    list1.append(list2)
+        #打开cad
+        #首先链接cad
+        acad = Autocad(create_if_not_exists=True)
+        acad.Application.Documents.Open(dwgpath)
+        # 当前文件模型空间中所包含的图层总数
+        layernums = acad.ActiveDocument.Layers.count 
+        # 获取指定图层索引号
+        layernames = [acad.ActiveDocument.Layers.Item(i).Name for i in range(layernums)]
+        index = layernames.index("DMX") 
+        # 将指定图层设定当前
+        acad.ActiveDocument.ActiveLayer = acad.ActiveDocument.Layers.Item(index)
+        # 获取当前文档
+        doc = acad.doc
+        # 获取模型空间
+        msp = doc.ModelSpace
+        #先写上去，再看细节怎么调
+        # 定义文本的插入点坐标
+        ii = 0
+        while ii < len(list1):
+            # 定义文本的插入点坐标
+            insertion_point = APoint(list1[ii][1] - 1, list1[ii][2] + 1)
+            # 定义文本的高度和样式
+            text_height = 2.0
+            # 插入单行文本
+            text = msp.AddText(list1[ii][0], insertion_point, text_height)
+            ii = ii + 1
+        #关闭当前
+        acad.doc.Close()
+        messagebox.showinfo("消息","运行成功")
+        window.destroy()
+
+    tk.Button(window, text='选择', command=choose1).place(x=320, y=60, anchor='nw')
+    tk.Button(window, text='选择', command=choose2).place(x=320, y=110, anchor='nw')
+    tk.Button(window,text='确认',command=main).place(x=120,y=200,anchor='nw')
+    tk.Button(window,text='取消',command=tuichu).place(x=220,y=200,anchor='nw')
+
+    window.mainloop()
+
+if __name__ == '__main__':
+    start()

代码/20231108黄河断面/HBexcel.py

@@ -0,0 +1,84 @@
+import os
+import xlrd
+import tkinter as tk
+from tkinter import filedialog as tkFileDialog
+from tkinter import messagebox
+from openpyxl import load_workbook,workbook
+
+def start():
+    window = tk.Tk() # 创建窗口对象的背景色
+    window.title('excel合并程序')  # 设置窗口的标题
+    window.geometry('400x250')     # 设置窗口的大小
+    title = tk.Label(window, text='excel合并程序',
+                     font=('微软雅黑', 12), width=40, height=3)
+    title.place(x=0, y=0, anchor='nw')
+    choosepath = tk.Label(window, text='选择表格文件夹：',
+                          font=('微软雅黑', 12), width=20, height=2)
+    choosepath.place(x=0, y=50, anchor='nw')
+    path_var1 = tk.StringVar() # 输入路径
+    entry1 = tk.Entry(window, textvariable=path_var1)
+    entry1.place(x=170, y=65, anchor='nw')
+    resultpath = tk.Label(window, text='选择输出文件夹：',
+                          font=('微软雅黑', 12), width=20, height=2)
+    resultpath.place(x=8, y=100, anchor='nw')
+    path_var2 = tk.StringVar() # 输出路径
+    entry2 = tk.Entry(window, textvariable=path_var2)
+    entry2.place(x=170, y=115, anchor='nw')
+
+    def choose1():
+        file_dir = tkFileDialog.askdirectory()
+        path_var1.set(file_dir)
+
+    def choose2():
+        file_dir2 = tkFileDialog.askdirectory()
+        path_var2.set(file_dir2)
+
+    def tuichu():
+        window.destroy()
+
+    def main():
+        inpath = entry1.get()
+        outpath = entry2.get()
+        #输出路径
+        outfpath = outpath + '/UnionResult.xlsx'
+        new_wb = workbook()
+        ws2 = new_wb['Sheet']
+        new_wb.remove(ws2)
+        #遍历文件夹
+        for parent,dirname,filenames in os.walk(inpath):
+            for filename in filenames:
+                #排除其他文件的干扰
+                if '.xls' in filename:
+                    #完整路径
+                    filepath = parent + '/' +filename
+                    #记下名字
+                    fname = str(filename)
+                    dmm = fname.replace('.xls','')
+                    #读取
+                    xls = xlrd.open_workbook(filepath)
+                    sheet1 = xls.sheets()[0]
+                    rows = sheet1.nrows
+                    ii = 0
+                    while ii < rows:
+                        data = sheet1.row(ii)
+                if '.xlsx' in filename:
+                    #完整路径
+                    filepath = parent + '/' +filename
+                    #记下名字
+                    fname = str(filename)
+                    dmm = fname.replace('.xlsx','')
+                    old_wb = load_workbook(filepath)
+                    new_wb = load_workbook(outfpath)
+                    
+
+        messagebox.showinfo("消息","运行成功")
+        window.destroy()
+
+    tk.Button(window, text='选择', command=choose1).place(x=320, y=60, anchor='nw')
+    tk.Button(window, text='选择', command=choose2).place(x=320, y=110, anchor='nw')
+    tk.Button(window,text='确认',command=main).place(x=120,y=210,anchor='nw')
+    tk.Button(window,text='取消',command=tuichu).place(x=220,y=210,anchor='nw')
+    window.mainloop()
+
+if __name__ == '__main__':
+    start()

代码/20231108黄河断面/HBhhdmtable.py

@@ -0,0 +1,114 @@
+from pyautocad import Autocad, APoint, aDouble
+import os
+from posixpath import dirname
+import xlrd
+import tkinter as tk
+from tkinter import filedialog as tkFileDialog
+from tkinter import messagebox
+import shutil
+
+def start():
+    window = tk.Tk() # 创建窗口对象的背景色
+    window.title('断面线图表合并程序')  # 设置窗口的标题
+    window.geometry('400x250')     # 设置窗口的大小
+    title = tk.Label(window, text='断面线图表合并程序',
+                     font=('微软雅黑', 12), width=40, height=3)
+    title.place(x=0, y=0, anchor='nw')
+    choosepath = tk.Label(window, text='选择dwg文件夹：',
+                          font=('微软雅黑', 12), width=20, height=2)
+    choosepath.place(x=0, y=50, anchor='nw')
+    path_var1 = tk.StringVar() # 输入路径
+    entry1 = tk.Entry(window, textvariable=path_var1)
+    entry1.place(x=170, y=65, anchor='nw')
+    resultpath = tk.Label(window, text='选择输出文件夹：',
+                          font=('微软雅黑', 12), width=20, height=2)
+    resultpath.place(x=0, y=100, anchor='nw')
+    path_var2 = tk.StringVar() # 输出路径
+    entry2 = tk.Entry(window, textvariable=path_var2)
+    entry2.place(x=170, y=115, anchor='nw')
+    lebel1 = tk.Label(window, text='请确保CAD已经打开。',
+                          font=('微软雅黑', 10), width=40, height=2)
+    lebel1.place(x=0, y=145, anchor='nw')
+
+    def choose1():
+            file_dir1 = tkFileDialog.askdirectory()
+            path_var1.set(file_dir1)
+
+    def choose2():
+            file_dir2 = tkFileDialog.askdirectory()
+            path_var2.set(file_dir2)
+
+    def tuichu():
+        window.destroy()
+
+    def main():
+        excelpath = entry1.get()
+        outpath = entry2.get()
+        #首先链接cad
+        acad = Autocad(create_if_not_exists=True)
+        mm = 0
+        #遍历文件夹每个表格
+        for parent,dirname,filenames in os.walk(excelpath):
+            for filename in filenames:
+                #排一下其他文件
+                if '.dwg' in filename:
+                    #得到表格的完整路径
+                    filepath = parent + '/' +filename
+                    #拆分出断面名字dmm
+                    dmm = filename.split('.',-1)[0]
+                    #先复制，再打开，再另存覆盖？
+                    #判断下存在就删除
+                    #第一个点只需要z值,那么把断面名之类的信息也放在这里
+                    if mm == 0:
+                        outfpath = outpath + '\\合并断面.dwg'
+                        if os.path.exists(outfpath):
+                            os.remove(outfpath)
+                        shutil.copy(filepath, outfpath)
+                        acad.Application.Documents.Open(outfpath)
+                        target_doc = acad.ActiveDocument
+                    else:
+                        acad.Application.Documents.Open(filepath)
+                        doc = acad.ActiveDocument
+                        #把所有文字全部踢出来
+                        handle_string = 'select'
+                        text1 = list(acad.iter_objects(["Text", "Line","Circle"]))
+                        for t1 in text1:
+                            handle_string += ' (handent "'+t1.Handle+'")'
+                        #命令
+                        handle_string += '\n\n'
+                        doc.SendCommand(handle_string)
+                        #移动的距离做算法
+                        num1 = (1960 * mm) - 170
+                        str1 = 'move\n-170,-180,0\n' + str(num1) + ',-180,0\n'
+                        #移动
+                        # doc.SendCommand('move\n-80,-140,0\n760,-140,0\n')
+                        doc.SendCommand(str1)
+                        #再次选择
+                        doc.SendCommand(handle_string)
+                        #复制
+                        doc.SendCommand('copybase\n-170,-180,0\n')
+                        # target_doc.SendCommand('PASTEORIG\n')
+                        target_doc.SendCommand('PASTEORIG\n')
+                        #但不保存
+                        doc.Close(False)
+                    # #另存为
+                    # acad.doc.SaveAs(outfpath)
+                    #关闭当前
+                    print(dmm + ' FINISH')
+                    mm = mm + 1
+        #最后保存
+        target_doc.Close()
+
+
+        messagebox.showinfo("消息","运行成功")
+        window.destroy()
+    
+    tk.Button(window, text='选择', command=choose1).place(x=320, y=60, anchor='nw')
+    tk.Button(window, text='选择', command=choose2).place(x=320, y=110, anchor='nw')
+    tk.Button(window,text='确认',command=main).place(x=120,y=185,anchor='nw')
+    tk.Button(window,text='取消',command=tuichu).place(x=220,y=185,anchor='nw')
+    
+    window.mainloop()
+
+if __name__ == '__main__':
+    start()

代码/20231108黄河断面/HHdmExcel.py

@@ -0,0 +1,292 @@
+import os
+from posixpath import dirname
+import xlrd
+import math
+import tkinter as tk
+import numpy as np
+from tkinter import filedialog as tkFileDialog
+from tkinter import messagebox
+from xlrd.book import Name
+from openpyxl import Workbook
+from openpyxl.styles import Alignment
+from openpyxl.styles import Font
+from openpyxl.styles import Border, Side
+from datetime import datetime
+
+def start():
+    window = tk.Tk() # 创建窗口对象的背景色
+    window.title('断面填表程序')  # 设置窗口的标题
+    window.geometry('400x250')     # 设置窗口的大小
+    title = tk.Label(window, text='断面填表程序',
+                     font=('微软雅黑', 12), width=40, height=3)
+    title.place(x=0, y=0, anchor='nw')
+    choosepath = tk.Label(window, text='选择断面表格文件夹：',
+                          font=('微软雅黑', 12), width=20, height=2)
+    choosepath.place(x=0, y=50, anchor='nw')
+    path_var1 = tk.StringVar() # 输入路径
+    entry1 = tk.Entry(window, textvariable=path_var1)
+    entry1.place(x=170, y=65, anchor='nw')
+    resultpath = tk.Label(window, text='选择输出文件夹：',
+                          font=('微软雅黑', 12), width=20, height=2)
+    resultpath.place(x=8, y=100, anchor='nw')
+    path_var2 = tk.StringVar() # 输出路径
+    entry2 = tk.Entry(window, textvariable=path_var2)
+    entry2.place(x=170, y=115, anchor='nw')
+
+    def choose1():
+        file_dir = tkFileDialog.askdirectory()
+        path_var1.set(file_dir)
+
+    def choose2():
+        file_dir2 = tkFileDialog.askdirectory()
+        path_var2.set(file_dir2)
+
+    def tuichu():
+        window.destroy()
+
+    def main():
+        inpath = entry1.get()
+        outpath = entry2.get()
+        #遍历文件夹
+        for parent,dirname,filenames in os.walk(inpath):
+            for filename in filenames:
+                #排除其他文件的干扰
+                if '.xls' in filename:
+                    #完整路径
+                    filepath = parent + '/' +filename
+                    #记下断面名
+                    fname = str(filename)
+                    dmm = fname.replace('.xls','')
+                    #确定输出路径
+                    excelpath = outpath + '/' + dmm + '.xlsx'
+                    #判断下如果存在，则删除
+                    if os.path.exists(excelpath):
+                        os.remove(excelpath)
+                    #写一个方法来倒写(原本的表格，需写入的表格,断面名)
+                    excelwrite(filepath,excelpath,dmm)
+                    print(dmm + ' FINISH' )
+
+        messagebox.showinfo("消息","运行成功")
+        window.destroy()
+
+    def excelwrite(filepath,excelpath,dmm):
+        #先把抬头写好
+        wb = Workbook() # 新建工作簿
+        ws2 = wb['Sheet']
+        wb.remove(ws2)
+        sheet = wb.create_sheet("成果表")  # 获取工作表
+        #设置列宽（算了下大概有0.84的倍率换算）
+        sheet.column_dimensions['A'].width = 5.87
+        sheet.column_dimensions['B'].width = 11.82
+        sheet.column_dimensions['C'].width = 11.82
+        sheet.column_dimensions['D'].width = 14.93
+        sheet.column_dimensions['E'].width = 5.87
+        sheet.column_dimensions['F'].width = 11.82
+        sheet.column_dimensions['G'].width = 11.82
+        sheet.column_dimensions['H'].width = 18.8
+        #设置行高
+        sheet.row_dimensions[2].height = 20.1
+        sheet.row_dimensions[3].height = 20.1
+        sheet.row_dimensions[4].height = 20.1
+        sheet.row_dimensions[5].height = 20.1
+        #指定单元格居中显示
+        alignment_center = Alignment(horizontal='center', vertical='center')# 指定区域单元格居中
+        #右对齐
+        alignment_right = Alignment(horizontal='right', vertical='center')
+        #左对齐
+        alignment_left = Alignment(horizontal='left', vertical='center')
+        #自动换行
+        # ws1.cell(2, 13).alignment = Alignment(wrap_text=True)
+        #修改字体宋体,18,加粗
+        sheet['A1'].font = Font(u'宋体',size = 18,bold=True)
+        #修改字体，宋体，12
+        font1 = Font(u'宋体',size = 12)
+        #修改字体，宋体，12，下划线
+        sheet['G5'].font = Font(u'宋体',size = 12,underline='single')
+        #设置边框
+        # 设置该单元格边框和颜色
+        border1 = Border(
+            left=Side(style='thin', color='00000000'),
+            bottom=Side(style='thin', color='00000000'),
+            right=Side(style='thin', color='00000000'),
+            top=Side(style='thin', color='00000000'))
+        #标题
+        sheet.merge_cells(start_row=1, start_column=1, end_row=1, end_column=8)
+        sheet.cell(row=1, column=1, value='黄河四川段综合治理可行性研究项目测绘横断面(CGCS2000)')
+        sheet['A1'].alignment = alignment_center
+        #第2行
+        sheet.merge_cells(start_row=2, start_column=1, end_row=2, end_column=6)
+        str1 = '断面名称:' + dmm + '号断面'
+        sheet.cell(row=2, column=1, value=str1)
+        sheet['A2'].font = font1
+        sheet['A2'].alignment = alignment_left
+        sheet.cell(row=2, column=7, value='日期:')
+        sheet['G2'].font = font1
+        sheet['G2'].alignment = alignment_right
+        # 获取当前日期和时间
+        now = datetime.now()
+        yy = now.year
+        mm = now.month
+        dd = now.day
+        str2 = str(yy) + '年' + str(mm) + '月' + str(dd) + '日'
+        sheet['H2'] = str2
+        sheet['H2'].alignment = alignment_center
+        sheet['H2'].font = font1
+        #第3行
+        sheet.merge_cells(start_row=3, start_column=1, end_row=3, end_column=2)
+        sheet.merge_cells(start_row=3, start_column=4, end_row=3, end_column=8)
+        sheet.cell(row=3, column=1, value='断面端点编号:')
+        sheet['A3'].alignment = alignment_left
+        sheet['A3'].font = font1
+        sheet['C3'].font = font1
+        sheet['D3'].font = font1
+        sheet.cell(row=3, column=4, value='断面基点坐标: X=  Y= H=')
+        sheet['D3'].alignment = alignment_center
+        #第4行
+        sheet.merge_cells(start_row=4, start_column=4, end_row=4, end_column=8)
+        #第5行
+        sheet.merge_cells(start_row=5, start_column=1, end_row=5, end_column=2)
+        sheet.merge_cells(start_row=5, start_column=3, end_row=5, end_column=4)
+        sheet.merge_cells(start_row=5, start_column=5, end_row=5, end_column=6)
+        sheet.cell(row=5, column=1, value='断面方位角:')
+        sheet['A5'].font = font1
+        sheet['A5'].alignment = alignment_left
+        sheet['C5'].font = Font(u'宋体',size = 12,underline='single')
+        sheet.cell(row=5, column=5, value='测量比例尺:')
+        sheet['E5'].alignment = alignment_right
+        sheet['E5'].font = font1
+        sheet.cell(row=5, column=7, value='1:100')
+        sheet['G5'].alignment = alignment_center
+
+        #然后边读边写
+        #打开表格，从第二行开始读
+        xlr = xlrd.open_workbook(filepath)
+        table = xlr.sheets()[0]
+        rows = table.nrows
+        #为了排除最后的空行，先存list，再计算点数
+        list1 = []
+        ii = 1
+        while ii < rows:
+            if table.cell(ii, 4).value != '' and table.cell(ii, 0).value != '':
+                list2 = []
+                dh = table.cell(ii, 0).value
+                lj = table.cell(ii, 5).value
+                zz = table.cell(ii, 3).value
+                bz = table.cell(ii, 4).value
+                list2.append(dh)
+                list2.append(lj)
+                list2.append(zz)
+                list2.append(bz)
+                list1.append(list2)
+                ii = ii + 1
+            else:
+                ii = ii + 1
+        counts = len(list1)
+        #再看有多少组
+        num2 = counts // 27
+        num1 = counts % 27
+        if num1 != 0:
+            num2 = num2 + 1
+        #按页数展完
+        num3 = counts // 54
+        num4 = counts % 54
+        if num4 != 0:
+            num3 = num3 + 1
+        #按页数把格式全附上
+        mm1 = 6
+        while mm1 < num3 * 28 + 6:
+            #设置行高
+            sheet.row_dimensions[mm1].height = 20.1
+            sheet.cell(row=mm1, column=1).alignment = alignment_center
+            sheet.cell(row=mm1, column=2).alignment = alignment_center
+            sheet.cell(row=mm1, column=3).alignment = alignment_center
+            sheet.cell(row=mm1, column=4).alignment = alignment_center
+            sheet.cell(row=mm1, column=5).alignment = alignment_center
+            sheet.cell(row=mm1, column=6).alignment = alignment_center
+            sheet.cell(row=mm1, column=7).alignment = alignment_center
+            sheet.cell(row=mm1, column=8).alignment = alignment_center
+            sheet.cell(row=mm1, column=1).font = font1
+            sheet.cell(row=mm1, column=2).font = font1
+            sheet.cell(row=mm1, column=3).font = font1
+            sheet.cell(row=mm1, column=4).font = font1
+            sheet.cell(row=mm1, column=5).font = font1
+            sheet.cell(row=mm1, column=6).font = font1
+            sheet.cell(row=mm1, column=7).font = font1
+            sheet.cell(row=mm1, column=8).font = font1
+            #加边线框
+            sheet.cell(row=mm1, column=1).border = border1
+            sheet.cell(row=mm1, column=2).border = border1
+            sheet.cell(row=mm1, column=3).border = border1
+            sheet.cell(row=mm1, column=4).border = border1
+            sheet.cell(row=mm1, column=5).border = border1
+            sheet.cell(row=mm1, column=6).border = border1
+            sheet.cell(row=mm1, column=7).border = border1
+            sheet.cell(row=mm1, column=8).border = border1
+            mm1 = mm1 + 1
+        mm = 0
+        #每28行一增
+        row1 = 0
+        while mm < num2:
+            #分单双数
+            if mm == 0 or mm % 2 == 0:
+                #双数都在左边
+                #先写抬头
+                sheet.cell(row=(row1 * 28) + 6, column=1, value='点号')
+                sheet.cell(row=(row1 * 28) + 6, column=2, value='累距(m)')
+                sheet.cell(row=(row1 * 28) + 6, column=3, value='高程(m)')
+                sheet.cell(row=(row1 * 28) + 6, column=4, value='备注')
+                #能写入点的范围
+                start1 = mm * 27
+                end1 = start1 + 27
+                nn1 = start1
+                oo1 = 7
+                while nn1 < end1:
+                    #只写有的
+                    if nn1 < len(list1):
+                        #写入
+                        sheet.cell(row=(row1 * 28) + oo1, column=1, value=int(list1[nn1][0]))
+                        sheet.cell(row=(row1 * 28) + oo1, column=2, value=format(float(list1[nn1][1]), '.3f'))
+                        sheet.cell(row=(row1 * 28) + oo1, column=3, value=format(float(list1[nn1][2]), '.3f'))
+                        sheet.cell(row=(row1 * 28) + oo1, column=4, value=list1[nn1][3])
+                        nn1 = nn1 + 1
+                        oo1 = oo1 + 1
+                    else:
+                        break
+                mm = mm + 1
+            else:
+                #单数都在右边
+                #先写抬头
+                sheet.cell(row=(row1 * 28) + 6, column=5, value='点号')
+                sheet.cell(row=(row1 * 28) + 6, column=6, value='累距(m)')
+                sheet.cell(row=(row1 * 28) + 6, column=7, value='高程(m)')
+                sheet.cell(row=(row1 * 28) + 6, column=8, value='备注')
+                #能写入点的范围
+                start1 = mm * 27
+                end1 = start1 + 27
+                nn1 = start1
+                oo1 = 7
+                while nn1 < end1:
+                    #只写有的
+                    if nn1 < len(list1):
+                        #写入
+                        sheet.cell(row=(row1 * 28) + oo1, column=5, value=int(list1[nn1][0]))
+                        sheet.cell(row=(row1 * 28) + oo1, column=6, value=format(float(list1[nn1][1]), '.3f'))
+                        sheet.cell(row=(row1 * 28) + oo1, column=7, value=format(float(list1[nn1][2]), '.3f'))
+                        sheet.cell(row=(row1 * 28) + oo1, column=8, value=list1[nn1][3])
+                        nn1 = nn1 + 1
+                        oo1 = oo1 + 1
+                    else:
+                        break
+                mm = mm + 1
+                row1 = row1 + 1
+
+        wb.save(excelpath)
+        
+    tk.Button(window, text='选择', command=choose1).place(x=320, y=60, anchor='nw')
+    tk.Button(window, text='选择', command=choose2).place(x=320, y=110, anchor='nw')
+    tk.Button(window,text='确认',command=main).place(x=120,y=210,anchor='nw')
+    tk.Button(window,text='取消',command=tuichu).place(x=220,y=210,anchor='nw')
+    window.mainloop()
+
+if __name__ == '__main__':
+    start()

代码/20231108黄河断面/HHdmTable.py

@@ -0,0 +1,156 @@
+from pyautocad import Autocad, APoint, aDouble
+import os
+from posixpath import dirname
+import xlrd
+import tkinter as tk
+from tkinter import filedialog as tkFileDialog
+from tkinter import messagebox
+import shutil
+
+def start():
+    window = tk.Tk() # 创建窗口对象的背景色
+    window.title('断面线图表绘制程序')  # 设置窗口的标题
+    window.geometry('400x300')     # 设置窗口的大小
+    title = tk.Label(window, text='断面线图表绘制程序',
+                     font=('微软雅黑', 12), width=40, height=3)
+    title.place(x=0, y=0, anchor='nw')
+    choosepath = tk.Label(window, text='选择表格文件夹：',
+                          font=('微软雅黑', 12), width=20, height=2)
+    choosepath.place(x=0, y=50, anchor='nw')
+    path_var1 = tk.StringVar() # 输入路径
+    entry1 = tk.Entry(window, textvariable=path_var1)
+    entry1.place(x=170, y=65, anchor='nw')
+    resultpath = tk.Label(window, text='选择输出文件夹：',
+                          font=('微软雅黑', 12), width=20, height=2)
+    resultpath.place(x=0, y=100, anchor='nw')
+    path_var2 = tk.StringVar() # 输出路径
+    entry2 = tk.Entry(window, textvariable=path_var2)
+    entry2.place(x=170, y=115, anchor='nw')
+    oripath = tk.Label(window, text='选择原始模板：',
+                          font=('微软雅黑', 12), width=20, height=2)
+    oripath.place(x=0, y=150, anchor='nw')
+    path_var3 = tk.StringVar() # 输出路径
+    entry3 = tk.Entry(window, textvariable=path_var3)
+    entry3.place(x=170, y=165, anchor='nw')
+    lebel1 = tk.Label(window, text='请确保CAD已经打开。',
+                          font=('微软雅黑', 10), width=40, height=2)
+    lebel1.place(x=0, y=190, anchor='nw')
+
+    def choose1():
+            file_dir1 = tkFileDialog.askdirectory()
+            path_var1.set(file_dir1)
+
+    def choose2():
+            file_dir2 = tkFileDialog.askdirectory()
+            path_var2.set(file_dir2)
+
+    def choose3():
+            file_dir3 = tkFileDialog.askopenfilename(filetypes=[('DWG', '*.dwg'), ('DWG', '*.DWG'),('All Files', '*')])
+            path_var3.set(file_dir3)
+
+    def tuichu():
+        window.destroy()
+
+    def main():
+        excelpath = entry1.get()
+        outpath = entry2.get()
+        ori = entry3.get()
+        #首先链接cad
+        acad = Autocad(create_if_not_exists=True)
+        #遍历文件夹每个表格
+        for parent,dirname,filenames in os.walk(excelpath):
+            for filename in filenames:
+                #排一下其他文件
+                if '.xls' in filename:
+                    #得到表格的完整路径
+                    filepath = parent + '/' +filename
+                    #拆分出断面名字dmm
+                    dmm = filename.split('.',-1)[0]
+                    #先复制，再打开，再另存覆盖？
+                    #判断下存在就删除
+                    outfpath = outpath + '\\' + dmm + '号断面.dwg'
+                    if os.path.exists(outfpath):
+                        os.remove(outfpath)
+                    shutil.copy(ori, outfpath)
+                    acad.Application.Documents.Open(outfpath)
+                    #打开表格，从第二行开始读
+                    xlr = xlrd.open_workbook(filepath)
+                    table = xlr.sheets()[0]
+                    row = table.nrows
+                    #设置一条二位多段线line
+                    line1 = []
+                    ii = 1
+                    while ii < row:
+                        #第一个点只需要z值,那么把断面名之类的信息也放在这里
+                        if ii == 1:
+                            #两个标题的修改
+                            text1 = list(acad.iter_objects("Text"))
+                            for t1 in text1:
+                                if '号断面图' in t1.TextString:
+                                    t1.TextString = dmm + '号断面图'
+                                if '断面名称' in t1.TextString:
+                                    t1.TextString = '断面名称：' + dmm
+                                if t1.TextString == '左端点':
+                                    t2 = t1
+                            #Z值
+                            z1 = float(table.cell(ii, 3).value)
+                            #计算方式，（z-3400）*5
+                            num1 = z1 - 3400
+                            num2 = num1 * 10
+                            #设置dmlist[x,y,z]
+                            pt1 = [0,num2,0]
+                            line1 = line1 + pt1
+                            ii = ii + 1
+                        else:
+                            #判定下是否有值，没有就跳过
+                            try:
+                                #首先是文字
+                                str1 = table.cell(ii, 4).value
+                                dis1 = float(table.cell(ii, 5).value)
+                                #计算公式2 * dis1
+                                num3 = dis1 * 10                               
+                                #复制
+                                copy = t2.Copy()
+                                #移动
+                                center = APoint(0,-19.9995,0)
+                                pt = APoint(num3,-19.9995,0)
+                                copy.move(center,pt)
+                                #重新赋值
+                                copy.TextString = str1
+                                #然后是线
+                                #Z值
+                                z2 = float(table.cell(ii, 3).value)
+                                #计算方式，（z-3400）*5
+                                num4 = z2 - 3400
+                                num5 = num4 * 10
+                                #设置dmlist[x,y,z]
+                                pt2 = [num3,num5,0]
+                                line1 = line1 + pt2
+                                ii = ii + 1
+                            except:
+                                ii = ii + 1
+                    #把线绘制出来
+                    pnts = aDouble(line1)
+                    plineObj = acad.model.AddPolyLine(pnts)
+                    #指定图层
+                    plineObj.Layer = "DMX"
+                    # #另存为
+                    # acad.doc.SaveAs(outfpath)
+                    #关闭当前
+                    acad.doc.Close()
+                    print(dmm + ' FINISH')
+
+
+        messagebox.showinfo("消息","运行成功")
+        window.destroy()
+    
+    tk.Button(window, text='选择', command=choose1).place(x=320, y=60, anchor='nw')
+    tk.Button(window, text='选择', command=choose2).place(x=320, y=110, anchor='nw')
+    tk.Button(window, text='选择', command=choose3).place(x=320, y=160, anchor='nw')
+    tk.Button(window,text='确认',command=main).place(x=120,y=230,anchor='nw')
+    tk.Button(window,text='取消',command=tuichu).place(x=220,y=230,anchor='nw')
+    
+    window.mainloop()
+
+if __name__ == '__main__':
+    start()

代码/20231108黄河断面/HHdm_tbx_3.py

@@ -0,0 +1,883 @@
+import arcpy
+import xlwt
+import os
+import random
+
+def dmorder(dmxname,zxx,list1):
+    #循环一遍list1,找到交点和交点离起点的距离
+    ii = 0
+    #创建一个list，存放线形、距离,交点（point）
+    list2 = []
+    while ii < len(list1):
+        xjpg = zxx.intersect (list1[ii], 1)
+        xjp = xjpg.firstPoint
+        disxj = zxx.measureOnLine (xjp)
+        list3 = []
+        list3.append(list1[ii])
+        list3.append(disxj)
+        list3.append(xjp)
+        list2.append(list3)
+        ii = ii + 1
+    #排序(用第二个参数排序，排升序)
+    list2.sort(key=lambda x: x[1], reverse=False)
+    #再创建一个list，放线形、线名
+    list4 = []
+    mm = 0
+    while mm < len(list2):
+        list3 = []
+        list3.append(list2[mm][0])
+        num = mm + 1
+        #不足两位的用0填补
+        if mm < 9:
+            lname = dmxname + '#0' + str(num)
+        else:
+            lname = dmxname + '#' + str(num)
+        list3.append(lname)
+        list3.append(list2[mm][2])
+        list4.append(list3)
+        mm = mm + 1
+    return list4
+
+def diszd(zxx,zds):
+    ii = 0
+    #存放折点，距离
+    list1 = []
+    while ii < zds.count:
+        dis1 = zxx.measureOnLine (zds[ii])
+        list2 = []
+        list2.append(zds[ii])
+        list2.append(dis1)
+        list1.append(list2)
+        ii = ii + 1
+    return list1
+
+def jdpd(line,listzd,disxjp):
+    fp = line.firstPoint
+    #挨个和交点比对，得到距离刚好大于当前点，且小于下一个点的
+    ii = 0
+    #以防出现空的
+    strResult = ''
+    while ii < listzd.count:
+        disf = listzd[ii][1]
+        disl = listzd[ii + 1][1]
+        #有可能正好在某个点上，所以要细分情况
+        if disxjp > disf and disxjp < disl:
+            #获得A和B两个点，然后就是套用算法
+            lnfpx = listzd[ii][0].X
+            lnfpy = listzd[ii][0].Y
+            lnlpx = listzd[ii + 1][0].X
+            lnlpy = listzd[ii + 1][0].Y
+            ax = lnlpx - lnfpx
+            ay = lnlpy - lnfpy
+            bx = fp.X - lnfpx
+            by = fp.Y - lnfpy
+            judge = ax * by - ay * bx
+            if judge > 0 :
+                strResult= "LEFT"
+            else:
+                strResult = "RIGHT"
+            break
+        elif disxjp == disf and disxjp < disl:
+            #获得A和B两个点，然后就是套用算法
+            lnfpx = listzd[ii][0].X
+            lnfpy = listzd[ii][0].Y
+            lnlpx = listzd[ii + 1][0].X
+            lnlpy = listzd[ii + 1][0].Y
+            ax = lnlpx - lnfpx
+            ay = lnlpy - lnfpy
+            bx = fp.X - lnfpx
+            by = fp.Y - lnfpy
+            judge = ax * by - ay * bx
+            if judge > 0 :
+                strResult= "LEFT"
+            else:
+                strResult = "RIGHT"
+            break
+        elif disxjp > disf and disxjp == disl:
+            #获得A和B两个点，然后就是套用算法
+            lnfpx = listzd[ii][0].X
+            lnfpy = listzd[ii][0].Y
+            lnlpx = listzd[ii + 1][0].X
+            lnlpy = listzd[ii + 1][0].Y
+            ax = lnlpx - lnfpx
+            ay = lnlpy - lnfpy
+            bx = fp.X - lnfpx
+            by = fp.Y - lnfpy
+            judge = ax * by - ay * bx
+            if judge > 0 :
+                strResult= "LEFT"
+            else:
+                strResult = "RIGHT"
+            break
+        else:
+            ii = ii + 1
+    return strResult
+
+def tbclip(dxtgpath,dxtapath,outpath):
+    #创建一个shp文件
+    gcpath = outpath + '\\GCtb.shp'
+    try:
+        arcpy.CreateFeatureclass_management(outpath, 'GCtb.shp', 'POLYGON')
+    except:
+        arcpy.Delete_management(gcpath)
+        arcpy.CreateFeatureclass_management(outpath, 'GCtb.shp', 'POLYGON')
+    #读取
+    arcpy.MakeFeatureLayer_management(dxtgpath, 'dxtg')
+    arcpy.MakeFeatureLayer_management(dxtapath, 'dxta')
+    arcpy.MakeFeatureLayer_management(gcpath, 'gc')
+    #加图斑类型字段（英文）
+    arcpy.AddField_management('gc','LX','TEXT')
+    #先存图形，再更新图形，再赋值 
+    with arcpy.da.InsertCursor('gc', ['SHAPE@']) as cursorH:
+        with arcpy.da.SearchCursor('dxtg',['SHAPE@','Layer']) as cursorI:
+            for curI in cursorI:
+                if curI[1] == '9611':
+                    list1 = []
+                    list1.append(curI[0])
+                    cursorH.insertRow(list1)
+    with arcpy.da.UpdateCursor('gc',['SHAPE@','FID','LX']) as cursorJ:
+        for curJ in cursorJ:
+            pg4 = curJ[0]
+            id1 = curJ[1]
+            #判断是否有没有相交的
+            arcpy.SelectLayerByLocation_management('gc',"INTERSECT",pg4)
+            count1 = int(arcpy.GetCount_management('gc')[0])
+            if count1 != 0:
+                #其中小的裁大的
+                with arcpy.da.SearchCursor('gc',['SHAPE@','FID']) as cursorK:
+                    for curK in cursorK:
+                        pg5 = curK[0]
+                        id2 = curK[1]
+                        if id1 == id2:
+                            pass
+                        else:
+                            if pg4.area >= pg5.area:
+                                #再看下是否相交
+                                pg7 = pg4.intersect (pg5, 4)
+                                if pg7.area != 0:
+                                    #直接裁剪，再赋值
+                                    #如果差异没办法用的话，换成交集取反
+                                    pg6 = pg4.difference (pg5)
+                                    if pg6.area == 0:
+                                        pg8 = pg4.symmetricDifference (pg7)
+                                        if pg8.area != 0:
+                                            curJ[0] = pg8
+                                            pg4 = pg8
+                                            cursorJ.updateRow(curJ)
+                                    else:
+                                        curJ[0] = pg6
+                                        pg4 = pg6
+                                        cursorJ.updateRow(curJ)
+            #判断是否有包含的
+            arcpy.SelectLayerByLocation_management('gc',"WITHIN",pg4)   
+            count2 = int(arcpy.GetCount_management('gc')[0])
+            if count2 != 0:
+                with arcpy.da.SearchCursor('gc',['SHAPE@','FID']) as cursorL:
+                    for curL in cursorL:  
+                        pg7 = curL[0]
+                        id3 = curL[1]
+                        if id3 == id1:
+                            pass
+                        else:
+                            pg8 = pg4.symmetricDifference (pg7)   
+                            curJ[0] = pg8
+                            pg4 = pg8
+                            cursorJ.updateRow(curJ)
+            #在这里找赋值
+            arcpy.SelectLayerByLocation_management('dxta',"WITHIN",pg4)
+            count2 = int(arcpy.GetCount_management('dxta')[0])
+            if count2 != 0:
+                with arcpy.da.SearchCursor('dxta',['Layer','RefName']) as cursorG:
+                    for curG in cursorG:
+                        if curG[0] == '9611':
+                            if curG[1] == '0101' or curG[1] == '0102' or curG[1] == '0103':
+                                #耕地
+                                curJ[2] = 'GD'
+                                cursorJ.updateRow(curJ)
+                                break
+                            elif curG[1] == '0301' or curG[1] == '0302' or curG[1] == '0307':
+                                #林地
+                                curJ[2] = 'LD'
+                                cursorJ.updateRow(curJ)
+                                break
+                            elif curG[1] == '0401' or curG[1] == '0402' or curG[1] == '0403' or curG[1] == '0404':
+                                #都是草地
+                                curJ[2] = 'CD'
+                                cursorJ.updateRow(curJ)
+                                break
+                            elif curG[1] == '1101':
+                                #河流
+                                curJ[2] = 'HL'
+                                cursorJ.updateRow(curJ)
+                                break
+                            elif curG[1] == '1003':
+                                #公路
+                                curJ[2] = 'GL'
+                                cursorJ.updateRow(curJ)
+                                break
+                            elif curG[1] == '1004' or curG[1] == '1006':
+                                #道路
+                                curJ[2] = 'DL'
+                                cursorJ.updateRow(curJ)
+                                break
+                            elif curG[1] == '1107':
+                                #沟渠
+                                curJ[2] = 'GQ'
+                                cursorJ.updateRow(curJ)
+                                break
+                            elif curG[1] == '1106':
+                                #滩涂
+                                curJ[2] = 'TT'
+                                cursorJ.updateRow(curJ)
+                                break
+                            elif curG[1] == '1104':
+                                #坑塘
+                                curJ[2] = 'KT'
+                                cursorJ.updateRow(curJ)
+                                break
+                            elif curG[1] == '0701' or curG[1] == '0702':
+                                #房屋
+                                curJ[2] = 'FW'
+                                cursorJ.updateRow(curJ)      
+                                break      
+                            elif curG[1] == '1204':
+                                #盐碱地
+                                curJ[2] = 'YJD'
+                                cursorJ.updateRow(curJ)      
+                                break  
+                            elif curG[1] == '1205':
+                                #沙地
+                                curJ[2] = 'SD'
+                                cursorJ.updateRow(curJ)      
+                                break    
+                            elif curG[1] == '1206':
+                                #裸土地
+                                curJ[2] = 'LTD'
+                                cursorJ.updateRow(curJ)      
+                                break  
+                            elif curG[1] == '1207':
+                                #石砾地
+                                curJ[2] = 'SLD'
+                                cursorJ.updateRow(curJ)      
+                                break 
+                            elif curG[1] == '0305':
+                                #灌木
+                                curJ[2] = 'GM'
+                                cursorJ.updateRow(curJ)      
+                                break 
+    return gcpath             
+               
+def dwpd(lx):
+    dw = ''
+    if lx == 'GD':
+        dw = '耕地'
+    elif lx == 'LD':
+        dw = '林地'
+    elif lx == 'CD':
+        dw = '草地'  
+    elif lx == 'TT':
+        dw = '滩涂'
+    elif lx == 'KT':
+        dw = '坑塘'
+    elif lx == 'YJD':
+        dw = '盐碱地'
+    elif lx == 'SD':
+        dw = '沙地'
+    elif lx == 'LTD':
+        dw = '裸土地'
+    elif lx == 'SLD':
+        dw = '石砾地'
+    elif lx == 'GM':
+        dw = '灌木'
+    elif lx == '':
+        dw = 'XX'
+    return dw
+
+def randomjj(jjs,jjz):
+    #随机一个数
+    rand_num = round(random.uniform(jjs, jjz),3)
+    return rand_num
+
+
+def DM(dmxpath,dxtpath,dempath,jjs0,jjz0,outpath):
+    #间距
+    jjs = float(jjs0)
+    jjz = float(jjz0)
+    #把图名的开头提出来
+    dmxfile = dmxpath.split('\\',-1)[-1]
+    dmxname = dmxfile.split('.',-1)[0]
+    #读取断面线
+    dmxlpath = dmxpath + '\\Polyline'
+    arcpy.MakeFeatureLayer_management(dmxlpath,'dmx')
+    #读取水下点
+    sxdpath = dmxpath + '\\Point'
+    arcpy.MakeFeatureLayer_management(sxdpath,'sxd')
+    #读取地形图的线、面、注记
+    dxtlpath = dxtpath + '\\Polyline'
+    arcpy.MakeFeatureLayer_management(dxtlpath,'dxtl')
+    dxtgpath = dxtpath + '\\Polygon'
+    dxtapath = dxtpath + '\\Annotation'
+    #需要一个过程文件，把图斑裁出来
+    gcpath = tbclip(dxtgpath,dxtapath,outpath)
+    arcpy.MakeFeatureLayer_management(gcpath,'gcshp')
+    #找寻所有的断面线，生成一个包含断面线形状的list
+    #找到zzx
+    list1 = []
+    with arcpy.da.SearchCursor('dmx',['SHAPE@','Layer']) as cursorA:
+        for curA in cursorA:
+            layer = curA[1]
+            if layer == 'DMX':
+                list1.append(curA[0])
+            elif layer == 'zxx':
+                zxx = curA[0]
+    #通过中心线找到断面名(断面前缀、zxx、断面线list)
+    #list2包括线形和线名，交点
+    list2 = dmorder(dmxname,zxx,list1)
+    #对每根线做操作
+    ii = 0
+    #先得到zxx的所有折点
+    zds = zxx.getPart(0)
+    #把折点距起点的距离全部算出来，再存放为listzd（折点，距离）
+    listzd = diszd(zxx,zds)
+    while ii < len(list2):
+        line = list2[ii][0]
+        xjp = list2[ii][2]
+        disxjp = zxx.measureOnLine (xjp)
+        #首先判定线的起点是左基点还是右基点
+        bl = jdpd(line,listzd,disxjp)
+        #对应线的水下点，其距起点的距离,高程，地物类型搞出来
+        list4 = []
+        #这个是最终的不管左右的list
+        list40 = []
+        linebuf = line.buffer(0.1)
+        arcpy.SelectLayerByLocation_management('sxd',"WITHIN",linebuf)
+        with arcpy.da.SearchCursor('sxd',['SHAPE@','Layer','Elevation']) as cursorB:
+            for curB in cursorB:
+                layer1 = curB[1]
+                if layer1 == 'sxd':
+                    list3 = []
+                    #先把点挪到线上
+                    disp = line.distanceTo (curB[0])
+                    if disp == 0:
+                        #那就直接用
+                        list3.append(curB[0])
+                        dissxd = line.measureOnLine (curB[0])
+                        list3.append(dissxd)
+                        list3.append(curB[2])
+                        list3.append('水下')
+                        list4.append(list3)
+                    else:
+                        sxd1 = line.queryPointAndDistance(curB[0])
+                        sxd = sxd1[0].firstPoint
+                        list3.append(sxd)
+                        list3.append(sxd1[1])
+                        list3.append(curB[2])
+                        list3.append('水下')
+                        list4.append(list3)
+        #把河流图斑踢出来
+        #坎子、房子、沟渠、道路需要岔线上的先添加
+        #线地形图涉及到坎子
+        arcpy.SelectLayerByLocation_management('dxtl',"INTERSECT",line)
+        count1 = int(arcpy.GetCount_management('dxtl')[0])
+        if count1 != 0:
+            with arcpy.da.SearchCursor('dxtl',['SHAPE@','Layer','Linetype']) as cursorC:
+                for curC in cursorC:
+                    layer2 = curC[1]
+                    lt = curC[2]
+                    if layer2 == 'DMTZ' and lt == '10421':
+                        line1 = curC[0]
+                        kjdg = line.intersect (line1, 1)
+                        kjd = kjdg.firstPoint
+                        kjdx = kjd.X
+                        kjdy = kjd.Y
+                        kjdstr = str(kjdx) + ' ' + str(kjdy)
+                        list5 = []
+                        list5.append(kjd)
+                        #距起点的距离
+                        disk = line.measureOnLine (kjd)
+                        list5.append(disk)
+                        #z值
+                        kjz = arcpy.GetCellValue_management(dempath, kjdstr)
+                        try:
+                            list5.append(float(kjz.getOutput(0)))
+                        except:
+                            list5.append(0)
+                        # list5.append(-100)
+                        #地物类型
+                        list5.append('坎上')
+                        list4.append(list5)
+        #找出所有相交的图斑
+        arcpy.SelectLayerByLocation_management('gcshp',"INTERSECT",line)
+        with arcpy.da.SearchCursor('gcshp',['SHAPE@','LX']) as cursorD:
+            for curD in cursorD:
+                layer3 = curD[1]
+                if layer3 == 'FW':
+                    pg1 = curD[0]
+                    pgb = pg1.boundary ()
+                    pjdg = pgb.intersect (line, 1)
+                    pjdgc = pjdg.pointCount
+                    mm = 0
+                    while mm < pjdgc:
+                        list6 = []
+                        pjd = pjdg[mm]
+                        pjdx = pjd.X
+                        pjdy = pjd.Y
+                        pjdstr = str(pjdx) + ' ' + str(pjdy)
+                        list6.append(pjd)
+                        #距离
+                        dispj = line.measureOnLine (pjd)
+                        list6.append(dispj)
+                        #z值
+                        pjz = arcpy.GetCellValue_management(dempath, pjdstr)
+                        try:
+                            list6.append(float(pjz.getOutput(0)))
+                        except:
+                            list6.append(0)
+                        # list6.append(-100)
+                        #备注
+                        list6.append('房屋')
+                        list4.append(list6)
+                        mm = mm + 1
+                elif layer3 == 'GL':
+                    pg1 = curD[0]
+                    pgb = pg1.boundary ()
+                    pjdg = pgb.intersect (line, 1)
+                    pjdgc = pjdg.pointCount
+                    mm = 0
+                    while mm < pjdgc:
+                        list6 = []
+                        pjd = pjdg[mm]
+                        pjdx = pjd.X
+                        pjdy = pjd.Y
+                        pjdstr = str(pjdx) + ' ' + str(pjdy)
+                        list6.append(pjd)
+                        #距离
+                        dispj = line.measureOnLine (pjd)
+                        list6.append(dispj)
+                        #z值
+                        pjz = arcpy.GetCellValue_management(dempath, pjdstr)
+                        try:
+                            list6.append(float(pjz.getOutput(0)))
+                        except:
+                            list6.append(0)
+                        # list6.append(-100)
+                        #备注
+                        list6.append('公路')
+                        list4.append(list6)
+                        mm = mm + 1
+                elif layer3 == 'DL':
+                    pg1 = curD[0]
+                    pgb = pg1.boundary ()
+                    pjdg = pgb.intersect (line, 1)
+                    pjdgc = pjdg.pointCount
+                    mm = 0
+                    while mm < pjdgc:
+                        list6 = []
+                        pjd = pjdg[mm]
+                        pjdx = pjd.X
+                        pjdy = pjd.Y
+                        pjdstr = str(pjdx) + ' ' + str(pjdy)
+                        list6.append(pjd)
+                        #距离
+                        dispj = line.measureOnLine (pjd)
+                        list6.append(dispj)
+                        #z值
+                        pjz = arcpy.GetCellValue_management(dempath, pjdstr)
+                        try:
+                            list6.append(float(pjz.getOutput(0)))
+                        except:
+                            list6.append(0)
+                        # list6.append(-100)
+                        #备注
+                        list6.append('道路')
+                        list4.append(list6)
+                        mm = mm + 1
+                elif layer3 == 'GQ':
+                    pg1 = curD[0]
+                    pgb = pg1.boundary ()
+                    pjdg = pgb.intersect (line, 1)
+                    pjdgc = pjdg.pointCount
+                    mm = 0
+                    while mm < pjdgc:
+                        list6 = []
+                        pjd = pjdg[mm]
+                        pjdx = pjd.X
+                        pjdy = pjd.Y
+                        pjdstr = str(pjdx) + ' ' + str(pjdy)
+                        list6.append(pjd)
+                        #距离
+                        dispj = line.measureOnLine (pjd)
+                        list6.append(dispj)
+                        #z值
+                        pjz = arcpy.GetCellValue_management(dempath, pjdstr)
+                        try:
+                            list6.append(float(pjz.getOutput(0)))
+                        except:
+                            list6.append(0)
+                        # list6.append(-100)
+                        #备注
+                        list6.append('沟渠')
+                        list4.append(list6)
+                        mm = mm + 1
+        #一个布尔值，用于判断端点是否需要挪
+        bl1 = 0
+        #从左基点开始，每2.8m取一个点，避开上面已经剃过点的地方                
+        if bl == "LEFT":
+            #那么前面的距离顺序都是对的，直接找就成了
+            #先存放左基点
+            #判定是否在水里
+            fp = line.firstPoint
+            fpp = arcpy.PointGeometry(fp)
+            #首先看点落在哪个图斑里
+            arcpy.SelectLayerByLocation_management('gcshp',"CONTAINS",fpp)
+            with arcpy.da.SearchCursor('gcshp',['SHAPE@','LX']) as cursorF:
+                for curF in cursorF:
+                    lx = curF[1]
+                    dw = dwpd(lx)
+                    if dw != '':
+                        list6 = []
+                        pjdx = fp.X
+                        pjdy = fp.Y
+                        pjdstr = str(pjdx) + ' ' + str(pjdy)
+                        list6.append(fp)
+                        #距离
+                        list6.append(0)
+                        #z值
+                        pjz = arcpy.GetCellValue_management(dempath, pjdstr)
+                        try:
+                            list6.append(float(pjz.getOutput(0)))
+                        except:
+                            list6.append(0)
+                        # list6.append(-100)
+                        #备注
+                        list6.append(dw)
+                        list4.append(list6) 
+                    else:
+                        #如果不是就记录下它的坐标，到时候套第一个水下点的高程
+                        list6 = []
+                        pjdx = fp.X
+                        pjdy = fp.Y
+                        list6.append(fp)
+                        #距离
+                        list6.append(0)
+                        #z值
+                        pjz = -9999
+                        list6.append(float(pjz))
+                        #备注
+                        list6.append(dw)
+                        list4.append(list6) 
+                        bl1 = 1
+            #隔一定距离存一个点
+            length = line.length
+            #总长
+            zlen = 0
+            while length - zlen > jjz:
+                #如果比最大值小的话就直接取
+                jj1 = randomjj(jjs,jjz)
+                zlen = zlen + jj1
+                ptg2 = line.positionAlongLine(zlen)
+                pt2 = ptg2.firstPoint
+                list6 = []
+                arcpy.SelectLayerByLocation_management('gcshp',"CONTAINS",ptg2)
+                count2 = int(arcpy.GetCount_management('gcshp')[0])
+                with arcpy.da.SearchCursor('gcshp',['SHAPE@','LX']) as cursorG:
+                    for curG in cursorG:
+                        lx = curG[1]
+                        dw = dwpd(lx)
+                        if dw != '':
+                            list6 = []
+                            pjdx = pt2.X
+                            pjdy = pt2.Y
+                            pjdstr = str(pjdx) + ' ' + str(pjdy)
+                            list6.append(pt2)
+                            #距离
+                            list6.append(zlen)
+                            #z值
+                            pjz = arcpy.GetCellValue_management(dempath, pjdstr)
+                            try:
+                                list6.append(float(pjz.getOutput(0)))
+                            except:
+                                list6.append(0)
+                            # list6.append(-100)
+                            #备注
+                            list6.append(dw)
+                            list4.append(list6) 
+                
+            #右基点
+            fp = line.lastPoint
+            fpp = arcpy.PointGeometry(fp)
+            #首先看点落在哪个图斑里
+            arcpy.SelectLayerByLocation_management('gcshp',"CONTAINS",fpp)
+            with arcpy.da.SearchCursor('gcshp',['SHAPE@','LX']) as cursorF:
+                for curF in cursorF:
+                    lx = curF[1]
+                    dw = dwpd(lx)
+                    if dw != '':
+                        list6 = []
+                        pjdx = fp.X
+                        pjdy = fp.Y
+                        pjdstr = str(pjdx) + ' ' + str(pjdy)
+                        list6.append(fp)
+                        #距离
+                        list6.append(length)
+                        #z值
+                        pjz = arcpy.GetCellValue_management(dempath, pjdstr)
+                        try:
+                            list6.append(float(pjz.getOutput(0)))
+                        except:
+                            list6.append(0)
+                        # list6.append(-100)
+                        #备注
+                        list6.append(dw)
+                        list4.append(list6) 
+                    else:
+                        list6 = []
+                        list6.append(fp)
+                        #距离
+                        list6.append(length)
+                        #z值
+                        pjz = -9999
+                        list6.append(float(pjz))
+                        #备注
+                        list6.append(dw)
+                        list4.append(list6) 
+                        bl1 = -1
+            list40 = list4    
+        else:
+            fp = line.lastPoint
+            fpp = arcpy.PointGeometry(fp)
+            #首先看点落在哪个图斑里
+            arcpy.SelectLayerByLocation_management('gcshp',"CONTAINS",fpp)
+            with arcpy.da.SearchCursor('gcshp',['SHAPE@','LX']) as cursorF:
+                for curF in cursorF:
+                    lx = curF[1]
+                    dw = dwpd(lx)
+                    if dw != '':
+                        list6 = []
+                        pjdx = fp.X
+                        pjdy = fp.Y
+                        pjdstr = str(pjdx) + ' ' + str(pjdy)
+                        list6.append(fp)
+                        #距离
+                        list6.append(0)
+                        #z值
+                        pjz = arcpy.GetCellValue_management(dempath, pjdstr)
+                        try:
+                            list6.append(float(pjz.getOutput(0)))
+                        except:
+                            list6.append(0)
+                        # list6.append(-100)
+                        #备注
+                        list6.append(dw)
+                        list40.append(list6) 
+                    else:
+                        list6 = []
+                        list6.append(fp)
+                        #距离
+                        list6.append(0)
+                        #z值
+                        pjz = -9999
+                        list6.append(float(pjz))
+                        #备注
+                        list6.append(dw)
+                        list40.append(list6) 
+                        bl1 = 1
+            #隔一定距离存一个点
+            length = line.length
+            zlen = 0
+            while length - zlen > jjz:
+                jj1 = randomjj(jjs,jjz)
+                zlen = zlen + jj1
+                jj2 = length - zlen
+                ptg2 = line.positionAlongLine(jj2)
+                pt2 = ptg2.firstPoint
+                list6 = []
+                arcpy.SelectLayerByLocation_management('gcshp',"CONTAINS",ptg2)
+                with arcpy.da.SearchCursor('gcshp',['SHAPE@','LX']) as cursorG:
+                    for curG in cursorG:
+                        lx = curG[1]
+                        dw = dwpd(lx)
+                        if dw != '':
+                            list6 = []
+                            pjdx = pt2.X
+                            pjdy = pt2.Y
+                            pjdstr = str(pjdx) + ' ' + str(pjdy)
+                            list6.append(pt2)
+                            #距离
+                            list6.append(zlen)
+                            #z值
+                            pjz = arcpy.GetCellValue_management(dempath, pjdstr)
+                            try:
+                                list6.append(float(pjz.getOutput(0)))
+                            except:
+                                list6.append(0)
+                            # list6.append(-100)
+                            #备注
+                            list6.append(dw)
+                            list40.append(list6) 
+                
+            #右基点
+            fp = line.firstPoint
+            fpp = arcpy.PointGeometry(fp)
+            #首先看点落在哪个图斑里
+            arcpy.SelectLayerByLocation_management('gcshp',"CONTAINS",fpp)
+            with arcpy.da.SearchCursor('gcshp',['SHAPE@','LX']) as cursorF:
+                for curF in cursorF:
+                    lx = curF[1]
+                    dw = dwpd(lx)
+                    if dw != '':
+                        list6 = []
+                        pjdx = fp.X
+                        pjdy = fp.Y
+                        pjdstr = str(pjdx) + ' ' + str(pjdy)
+                        list6.append(fp)
+                        #距离
+                        list6.append(length)
+                        #z值
+                        pjz = arcpy.GetCellValue_management(dempath, pjdstr)
+                        try:
+                            list6.append(float(pjz.getOutput(0)))
+                        except:
+                            list6.append(0)
+                        # list6.append(-100)
+                        #备注
+                        list6.append(dw)
+                        list40.append(list6)  
+                    else:
+                        list6 = []
+                        list6.append(fp)
+                        #距离
+                        list6.append(length)
+                        #z值
+                        pjz = -9999
+                        list6.append(float(pjz))
+                        #备注
+                        list6.append(dw)
+                        list40.append(list6) 
+                        bl1 = -1
+            #把list4里的距离重新计算后放入40
+            oo = 0
+            while oo < len(list4):
+                list9 = []
+                list9.append(list4[oo][0])
+                dis1 = length - list4[oo][1]
+                list9.append(dis1)
+                list9.append(list4[oo][2])
+                list9.append(list4[oo][3])
+                list40.append(list9)  
+                oo = oo + 1 
+        #排序
+        list40.sort(key=lambda x: x[1], reverse=False)
+        #把起点或者终点的水下点挪到第一个
+        if bl1 == 1:
+            #左端点
+            if list40[0][1] == 0 and list40[0][2] == -9999:
+                fp1 = list40[0][0]
+                list40[1][0] = fp1
+                list40[1][1] = 0
+                del list40[0]
+            else:
+                fp1 = list40[1][0]
+                list40[0][0] = fp1
+                list40[0][1] = 0
+                del list40[1]
+        if bl1 == -1:
+            #右端点
+            len1 = len(list40)-1
+            if list40[len1][1] == length and list40[len1][2] == -9999:
+                fp1 = list40[len(list40)-1][0]
+                list40[len(list40)-2][0] = fp1
+                list40[len(list40)-2][1] = length
+                del list40[len(list40)-1]
+            else:
+                fp1 = list40[len(list40)-2][0]
+                list40[len(list40)-1][0] = fp1
+                list40[len(list40)-1][1] = length
+                del list40[len(list40)-2]
+        #排除距离相同的尾巴
+        if round(list40[len(list40)-1][1],3) == round(list40[len(list40)-2][1],3):
+            del list40[len(list40)-1]
+        if round(list40[0][1],3) == round(list40[1][1],3):
+            del list40[1]
+        #这里把地形变换的第一个水下，和最后一个水下写成水边线
+        qq = 0
+        while qq < (len(list40) - 1):
+            if list40[qq][3] == '水下':
+                #判断它的前后是否不是水下
+                if list40[qq-1][3] != '水下' and list40[qq-1][3] != '左端点' and list40[qq-1][3] != '水边线':
+                    list40[qq][3] = '水边线'
+                elif list40[qq+1][3] != '水下' and list40[qq+1][3] != '右端点' and list40[qq+1][3] != '水边线':
+                    list40[qq][3] = '水边线'
+                qq = qq + 1
+            else:
+                qq = qq + 1
+        #新建一个excel
+        expath = outpath + '\\' + list2[ii][1] + '.xls'
+        #判断下存不存在，存在则删除
+        if os.path.exists(expath):  
+            # 删除文件  
+            os.remove(expath)        
+        #写个抬头
+        workBook = xlwt.Workbook(encoding='utf-8')
+        sheet = workBook.add_sheet("sheet1")
+        sheet.write(0,0,'点号')
+        sheet.write(0,1,'X')
+        sheet.write(0,2,'Y')
+        sheet.write(0,3,'Z')
+        sheet.write(0,4,'备注')
+        sheet.write(0,5,'累距')
+        pp = 0
+        while pp < len(list40):
+            if pp == 0:
+                pp1 = pp + 1
+                sheet.write(pp1,0,(pp+1))
+                try:
+                    sheet.write(pp1,1,round(list40[pp][0].X,4))
+                    sheet.write(pp1,2,round(list40[pp][0].Y,4))
+                except:
+                    pt3 = list40[pp][0].firstPoint
+                    sheet.write(pp1,1,round(pt3.X,4))
+                    sheet.write(pp1,2,round(pt3.Y,4))
+                sheet.write(pp1,3,round(list40[pp][2],3))
+                sheet.write(pp1,4,'左端点')
+                sheet.write(pp1,5,round(list40[pp][1],3))
+                pp = pp + 1
+            elif pp == len(list40) - 1:
+                pp1 = pp + 1
+                sheet.write(pp1,0,(pp+1))
+                try:
+                    sheet.write(pp1,1,round(list40[pp][0].X,4))
+                    sheet.write(pp1,2,round(list40[pp][0].Y,4))
+                except:
+                    pt3 = list40[pp][0].firstPoint
+                    sheet.write(pp1,1,round(pt3.X,4))
+                    sheet.write(pp1,2,round(pt3.Y,4))
+                sheet.write(pp1,3,round(list40[pp][2],3))
+                sheet.write(pp1,4,'右端点')
+                sheet.write(pp1,5,round(list40[pp][1],3))
+                pp = pp + 1
+            else:
+                pp1 = pp + 1
+                sheet.write(pp1,0,(pp+1))
+                try:
+                    sheet.write(pp1,1,round(list40[pp][0].X,4))
+                    sheet.write(pp1,2,round(list40[pp][0].Y,4))
+                except:
+                    pt3 = list40[pp][0].firstPoint
+                    sheet.write(pp1,1,round(pt3.X,4))
+                    sheet.write(pp1,2,round(pt3.Y,4))
+                sheet.write(pp1,3,round(list40[pp][2],3))
+                sheet.write(pp1,4,list40[pp][3])
+                sheet.write(pp1,5,round(list40[pp][1],3))
+                pp = pp + 1
+        workBook.save(expath)
+        arcpy.AddMessage (list2[ii][1] + ' finish')
+        ii = ii + 1                  
+                                        
+if __name__ == '__main__':
+    try:
+        #断面线所在的dwg,地形图，dem，上间距，下间距，输出文件夹
+        DM(arcpy.GetParameterAsText(0),arcpy.GetParameterAsText(1),arcpy.GetParameterAsText(2),arcpy.GetParameterAsText(3),arcpy.GetParameterAsText(4),arcpy.GetParameterAsText(5))
+        # DM(r"D:\3work_now\20231108HHdm\1121\QJM2.dwg",r'D:\3work_now\20231108HHdm\1121\21求吉玛村2#护岸工程.dwg',r'D:\3work_now\20231108HHdm\1121\21.tif',2,3,r'D:\3work_now\20231108HHdm\1121\19')
+    except arcpy.ExecuteError:
+        arcpy.AddMessage (arcpy.GetMessages())

代码/20240112dwg右上角图框/.vs/ProjectSettings.json

@@ -0,0 +1,3 @@
+{
+  "CurrentProjectSetting": null
+}

代码/20240112dwg右上角图框/.vs/VSWorkspaceState.json

@@ -0,0 +1,9 @@
+{
+  "ExpandedNodes": [
+    "",
+    "\\T_cad",
+    "\\_UpgradeReport_Files"
+  ],
+  "SelectedNode": "\\T_cad\\Frame5000.cs",
+  "PreviewInSolutionExplorer": false
+}

代码/20240112dwg右上角图框/T_cad.sln

@@ -0,0 +1,20 @@
+
+Microsoft Visual Studio Solution File, Format Version 11.00
+# Visual Studio 2010
+Project("{FAE04EC0-301F-11D3-BF4B-00C04F79EFBC}") = "T_cad", "T_cad\T_cad.csproj", "{1110A1A3-576A-42FC-B84E-70A14C464BF7}"
+EndProject
+Global
+	GlobalSection(SolutionConfigurationPlatforms) = preSolution
+		Debug|Any CPU = Debug|Any CPU
+		Release|Any CPU = Release|Any CPU
+	EndGlobalSection
+	GlobalSection(ProjectConfigurationPlatforms) = postSolution
+		{1110A1A3-576A-42FC-B84E-70A14C464BF7}.Debug|Any CPU.ActiveCfg = Debug|Any CPU
+		{1110A1A3-576A-42FC-B84E-70A14C464BF7}.Debug|Any CPU.Build.0 = Debug|Any CPU
+		{1110A1A3-576A-42FC-B84E-70A14C464BF7}.Release|Any CPU.ActiveCfg = Release|Any CPU
+		{1110A1A3-576A-42FC-B84E-70A14C464BF7}.Release|Any CPU.Build.0 = Release|Any CPU
+	EndGlobalSection
+	GlobalSection(SolutionProperties) = preSolution
+		HideSolutionNode = FALSE
+	EndGlobalSection
+EndGlobal

代码/20240112dwg右上角图框/T_cad/.vs/ProjectSettings.json

@@ -0,0 +1,3 @@
+{
+  "CurrentProjectSetting": null
+}

代码/20240112dwg右上角图框/T_cad/LayerControl.cs

@@ -0,0 +1,192 @@
+using System;
+using System.Collections.Generic;
+using System.Linq;
+using System.Text;
+
+using Autodesk.AutoCAD.Runtime;
+using Autodesk.AutoCAD.ApplicationServices;
+using Autodesk.AutoCAD.EditorInput;
+using Autodesk.AutoCAD.Colors;
+using Autodesk.AutoCAD.Windows;
+using Autodesk.AutoCAD.Geometry;
+using Autodesk.AutoCAD.DatabaseServices;
+
+namespace T_cad
+{
+
+
+
+    /// <summary>
+    /// RGB三原色
+    /// </summary>
+    public struct colorgb
+    {
+        public byte red;
+        public byte green;
+        public byte blue;
+
+        public colorgb(byte r, byte g, byte b)
+        {
+            this.red = r;
+            this.green = g;
+            this.blue = b;
+        }
+    }
+
+
+
+    /// <summary>
+    /// 对图层的操作处理，包括新建图层、
+    /// 把指定图层设置为当前图层和检查是否包含某个图层名
+    /// </summary>
+    class LayerControl
+    {
+        /// <summary>
+        /// 创建高程点错误标记层
+        /// </summary>
+        /// <param name="layername">要创建的图层的名字</param>
+        /// <param name="colo">RGB三原色</param>
+        public void creatlayer(string layername, colorgb colo)
+        {
+            Database database = Autodesk.AutoCAD.DatabaseServices.HostApplicationServices.WorkingDatabase;
+            DocumentLock doclock = Autodesk.AutoCAD.ApplicationServices.Application.DocumentManager.MdiActiveDocument.LockDocument();
+            Transaction traction = database.TransactionManager.StartTransaction();
+            LayerTable lt = traction.GetObject(database.LayerTableId, OpenMode.ForWrite) as LayerTable;
+            try
+            {
+                LayerTableRecord layertablerecord = new LayerTableRecord();
+                layertablerecord.Name = layername;//设置层表记录的名字
+                layertablerecord.Color = Autodesk.AutoCAD.Colors.Color.FromRgb(colo.red, colo.green, colo.blue);//为层表记录赋颜色紫色
+                //layertablerecord.Color = Autodesk.AutoCAD.Colors.Color.FromColor(System.Drawing.Color.Magenta);
+
+
+                lt.Add(layertablerecord);
+                traction.AddNewlyCreatedDBObject(layertablerecord, true);
+                traction.Commit();
+            }
+            catch (Autodesk.AutoCAD.Runtime.Exception)
+            {
+                traction.Abort();
+            }
+            finally
+            {
+                traction.Dispose();
+                doclock.Dispose();
+            }
+        }
+
+
+        /// <summary>
+        /// 将指定图层设置为当前图层
+        /// </summary>
+        /// <param name="layername">要设置为当前图层的图层名字</param>
+        //public void movelayertofront(string layername)
+        //{
+        //    Database database = Autodesk.AutoCAD.DatabaseServices.HostApplicationServices.WorkingDatabase;
+        //    DocumentLock doclock = Autodesk.AutoCAD.ApplicationServices.Application.DocumentManager.MdiActiveDocument.LockDocument();
+        //    Transaction traction = database.TransactionManager.StartTransaction();
+        //    try
+        //    {
+        //        LayerTable layertable = traction.GetObject(database.LayerTableId, OpenMode.ForRead) as LayerTable;
+        //        database.Clayer = layertable[layername];//把图层选为当前图层
+        //        traction.Commit();
+        //    }
+        //    catch (Autodesk.AutoCAD.Runtime.Exception)
+        //    {
+        //        traction.Abort();
+        //    }
+        //    finally
+        //    {
+        //        traction.Dispose();
+        //        doclock.Dispose();
+        //    }
+        //}
+
+
+
+        /// <summary>
+        /// 判断所命图层名是否已经存在
+        /// </summary>
+        /// <param name="layername">要判断的图层名字</param>
+        /// <returns>返回true表示在层表中存在要判断的图层名，
+        /// 返回false表示层表中不存在判断的图层名</returns>
+        public bool haslayername(string layername)
+        {
+            Database database = Autodesk.AutoCAD.DatabaseServices.HostApplicationServices.WorkingDatabase;
+            using (Transaction traction = database.TransactionManager.StartTransaction())
+            {
+                LayerTable lt = traction.GetObject(database.LayerTableId, OpenMode.ForRead) as LayerTable;
+
+                if (lt.Has(layername))
+                {
+                    traction.Commit();
+                    return true;
+                }
+                else
+                {
+                    traction.Commit();
+                    return false;
+                }
+            }
+
+
+
+        }
+
+
+
+
+        public void clear(string layername)
+        {
+           
+            Document document = Autodesk.AutoCAD.ApplicationServices.Application.DocumentManager.MdiActiveDocument;
+            Database database = HostApplicationServices.WorkingDatabase;
+
+           
+            
+
+            DocumentLock documentlock = null;
+            Transaction traction = null;
+            try
+            {
+                traction = database.TransactionManager.StartTransaction();
+                documentlock = Autodesk.AutoCAD.ApplicationServices.Application.DocumentManager.MdiActiveDocument.LockDocument();
+
+                BlockTable blocktable = traction.GetObject(database.BlockTableId,
+                                          OpenMode.ForWrite) as BlockTable;
+
+                BlockTableRecord blocktablerecord = traction.GetObject(blocktable[BlockTableRecord.ModelSpace],
+                                                OpenMode.ForWrite) as BlockTableRecord;
+
+
+                Editor editor = Autodesk.AutoCAD.ApplicationServices.Application.DocumentManager.MdiActiveDocument.Editor;
+                TypedValue[] typedvalue = new TypedValue[2];
+
+                typedvalue.SetValue(new TypedValue((int)DxfCode.Start, "Circle"), 0);
+                typedvalue.SetValue(new TypedValue((int)DxfCode.LayerName, "Cir"), 1);
+
+                SelectionFilter selectionfilter = new SelectionFilter(typedvalue);
+                PromptSelectionResult select = editor.SelectAll(selectionfilter);
+
+                if (select.Status == PromptStatus.OK)
+                {
+                    SelectionSet set = select.Value;
+
+                    ObjectId[] obj = new ObjectId[set.Count];
+                    obj = set.GetObjectIds();
+                    for (int i = 0; i < obj.Length; i++)
+                    {
+                        ObjectId objid = obj[i];
+                        Entity entity = (Entity)traction.GetObject(objid, OpenMode.ForWrite);
+                        entity.Erase();
+                    }
+                }
+                traction.Commit();
+            }
+            catch (Autodesk.AutoCAD.Runtime.Exception)
+            {
+               
+            }
+        }
+    }
+}

代码/20240112dwg右上角图框/T_cad/OldCls2.cs

@@ -0,0 +1,134 @@
+using System;
+using System.Collections.Generic;
+using System.Text;
+
+using Autodesk.AutoCAD.Runtime;
+using Autodesk.AutoCAD.EditorInput;
+using Autodesk.AutoCAD.Geometry;
+using Autodesk.AutoCAD.DatabaseServices;
+using Autodesk.AutoCAD.ApplicationServices;
+
+
+
+namespace T_cad
+{
+    class OldCls2
+    {
+
+        [CommandMethod("CTK")]
+        public void ctk()
+        {
+
+            Document document = Autodesk.AutoCAD.ApplicationServices.Application.DocumentManager.MdiActiveDocument;
+            Database database = HostApplicationServices.WorkingDatabase;
+
+
+
+            using (Transaction traction = database.TransactionManager.StartTransaction())
+            {
+
+                DocumentLock documentlock = Autodesk.AutoCAD.ApplicationServices.Application.DocumentManager.MdiActiveDocument.LockDocument();
+
+
+                BlockTable blocktable = traction.GetObject(database.BlockTableId,
+                                          OpenMode.ForWrite) as BlockTable;
+
+                BlockTableRecord blocktablerecord = traction.GetObject(blocktable[BlockTableRecord.ModelSpace],
+                                               OpenMode.ForWrite) as BlockTableRecord;
+
+
+                // 获得当前文档的编辑器  
+                Editor editor = Autodesk.AutoCAD.ApplicationServices.Application.DocumentManager.MdiActiveDocument.Editor;
+                // 创建一个 TypedValue 数组，用于定义过滤条件
+                TypedValue[] typedvalue = new TypedValue[1];
+                typedvalue.SetValue(new TypedValue((int)DxfCode.LayerName, "VC"), 0);
+                // 赋值过滤条件给 SelectionFilter 对象
+                SelectionFilter selectionfilter = new SelectionFilter(typedvalue);
+                // 要求在图形区域中手动选择对象
+                PromptSelectionResult psr = editor.GetSelection(selectionfilter);
+
+
+                if (psr.Status == PromptStatus.OK)
+                {
+                    SelectionSet selectionset = psr.Value;
+
+                    ObjectId[] obj = new ObjectId[selectionset.Count];
+                    obj = selectionset.GetObjectIds();
+
+
+                    for (int i = 0; i < obj.Length; i++)
+                    {
+                        ObjectId objid = obj[i];
+                        Entity entity = (Entity)traction.GetObject(objid, OpenMode.ForRead);
+                        Polyline line = entity as Polyline;
+
+                        Point3dCollection coll = new Point3dCollection();
+                        line.GetStretchPoints(coll);
+
+                        double max_x = coll[0].X;
+                        double max_y = coll[0].Y;
+                        double min_x = coll[0].X;
+                        double min_y = coll[0].Y;
+
+
+                        for (int j = 1; j < coll.Count; j++)
+                        {
+                            if (coll[j].X > max_x)
+                            {
+                                max_x = coll[j].X;
+                            }
+
+                            if (coll[j].Y > max_y)
+                            {
+                                max_y = coll[j].Y;
+                            }
+
+                            if (coll[j].X < min_x)
+                            {
+                                min_x = coll[j].X;
+                            }
+
+                            if (coll[j].Y < min_y)
+                            {
+                                min_y = coll[j].Y;
+                            }
+
+                        }
+
+
+                        Point3dCollection coll2 = new Point3dCollection();
+
+                        Point3d p1 = new Point3d(min_x, min_y, 0);
+                        Point3d p2 = new Point3d(min_x, max_y, 0);
+
+                        Point3d p3 = new Point3d(max_x, max_y, 0);
+                        Point3d p4 = new Point3d(max_x, min_y, 0);
+
+                        coll2.Add(p1);
+                        coll2.Add(p2);
+                        coll2.Add(p3);
+                        coll2.Add(p4);
+
+                        Polyline2d pline = new Polyline2d(Poly2dType.SimplePoly, coll2, 0, true, 0, 0, null);
+                        pline.Layer = "qtk";
+
+                        pline.SetDatabaseDefaults();
+                        blocktablerecord.AppendEntity(pline);
+                        traction.AddNewlyCreatedDBObject(pline, true);
+                    }
+
+                }
+
+
+
+                traction.Commit();
+                documentlock.Dispose();
+                traction.Dispose();
+            }
+
+
+
+        }
+
+    }
+}

代码/20240112dwg右上角图框/T_cad/Properties/AssemblyInfo.cs

@@ -0,0 +1,36 @@
+using System.Reflection;
+using System.Runtime.CompilerServices;
+using System.Runtime.InteropServices;
+
+// 有关程序集的常规信息通过下列属性集
+// 控制。更改这些属性值可修改
+// 与程序集关联的信息。
+[assembly: AssemblyTitle("T_cad")]
+[assembly: AssemblyDescription("")]
+[assembly: AssemblyConfiguration("")]
+[assembly: AssemblyCompany("微软中国")]
+[assembly: AssemblyProduct("T_cad")]
+[assembly: AssemblyCopyright("Copyright © 微软中国 2013")]
+[assembly: AssemblyTrademark("")]
+[assembly: AssemblyCulture("")]
+
+// 将 ComVisible 设置为 false 使此程序集中的类型
+// 对 COM 组件不可见。如果需要从 COM 访问此程序集中的类型，
+// 则将该类型上的 ComVisible 属性设置为 true。
+[assembly: ComVisible(false)]
+
+// 如果此项目向 COM 公开，则下列 GUID 用于类型库的 ID
+[assembly: Guid("33a2fd36-6d93-4535-9e58-ebc333e1da3d")]
+
+// 程序集的版本信息由下面四个值组成:
+//
+//      主版本
+//      次版本 
+//      内部版本号
+//      修订号
+//
+// 可以指定所有这些值，也可以使用“内部版本号”和“修订号”的默认值，
+// 方法是按如下所示使用“*”:
+// [assembly: AssemblyVersion("1.0.*")]
+[assembly: AssemblyVersion("1.0.0.0")]
+[assembly: AssemblyFileVersion("1.0.0.0")]

代码/20240112dwg右上角图框/T_cad/T_cad.csproj

@@ -0,0 +1,111 @@
+<?xml version="1.0" encoding="utf-8"?>
+<Project ToolsVersion="4.0" DefaultTargets="Build" xmlns="http://schemas.microsoft.com/developer/msbuild/2003">
+  <PropertyGroup>
+    <Configuration Condition=" '$(Configuration)' == '' ">Debug</Configuration>
+    <Platform Condition=" '$(Platform)' == '' ">AnyCPU</Platform>
+    <ProductVersion>9.0.21022</ProductVersion>
+    <SchemaVersion>2.0</SchemaVersion>
+    <ProjectGuid>{1110A1A3-576A-42FC-B84E-70A14C464BF7}</ProjectGuid>
+    <OutputType>Library</OutputType>
+    <AppDesignerFolder>Properties</AppDesignerFolder>
+    <RootNamespace>T_cad</RootNamespace>
+    <AssemblyName>T_cad</AssemblyName>
+    <TargetFrameworkVersion>v3.5</TargetFrameworkVersion>
+    <FileAlignment>512</FileAlignment>
+    <FileUpgradeFlags>
+    </FileUpgradeFlags>
+    <OldToolsVersion>3.5</OldToolsVersion>
+    <UpgradeBackupLocation />
+    <PublishUrl>publish\</PublishUrl>
+    <Install>true</Install>
+    <InstallFrom>Disk</InstallFrom>
+    <UpdateEnabled>false</UpdateEnabled>
+    <UpdateMode>Foreground</UpdateMode>
+    <UpdateInterval>7</UpdateInterval>
+    <UpdateIntervalUnits>Days</UpdateIntervalUnits>
+    <UpdatePeriodically>false</UpdatePeriodically>
+    <UpdateRequired>false</UpdateRequired>
+    <MapFileExtensions>true</MapFileExtensions>
+    <ApplicationRevision>0</ApplicationRevision>
+    <ApplicationVersion>1.0.0.%2a</ApplicationVersion>
+    <IsWebBootstrapper>false</IsWebBootstrapper>
+    <UseApplicationTrust>false</UseApplicationTrust>
+    <BootstrapperEnabled>true</BootstrapperEnabled>
+  </PropertyGroup>
+  <PropertyGroup Condition=" '$(Configuration)|$(Platform)' == 'Debug|AnyCPU' ">
+    <DebugSymbols>true</DebugSymbols>
+    <DebugType>full</DebugType>
+    <Optimize>false</Optimize>
+    <OutputPath>bin\Debug\</OutputPath>
+    <DefineConstants>DEBUG;TRACE</DefineConstants>
+    <ErrorReport>prompt</ErrorReport>
+    <WarningLevel>4</WarningLevel>
+  </PropertyGroup>
+  <PropertyGroup Condition=" '$(Configuration)|$(Platform)' == 'Release|AnyCPU' ">
+    <DebugType>pdbonly</DebugType>
+    <Optimize>true</Optimize>
+    <OutputPath>bin\Release\</OutputPath>
+    <DefineConstants>TRACE</DefineConstants>
+    <ErrorReport>prompt</ErrorReport>
+    <WarningLevel>4</WarningLevel>
+  </PropertyGroup>
+  <ItemGroup>
+    <Reference Include="acdbmgd">
+      <HintPath>D:\Program Files (x86)\AutoCAD 2007\acdbmgd.dll</HintPath>
+      <Private>False</Private>
+    </Reference>
+    <Reference Include="acmgd">
+      <HintPath>D:\Program Files (x86)\AutoCAD 2007\acmgd.dll</HintPath>
+      <Private>False</Private>
+    </Reference>
+    <Reference Include="System" />
+    <Reference Include="System.Core">
+      <RequiredTargetFramework>3.5</RequiredTargetFramework>
+    </Reference>
+    <Reference Include="System.Windows.Forms" />
+    <Reference Include="System.Xml.Linq">
+      <RequiredTargetFramework>3.5</RequiredTargetFramework>
+    </Reference>
+    <Reference Include="System.Data.DataSetExtensions">
+      <RequiredTargetFramework>3.5</RequiredTargetFramework>
+    </Reference>
+    <Reference Include="System.Data" />
+    <Reference Include="System.Xml" />
+  </ItemGroup>
+  <ItemGroup>
+    <Compile Include="mainCls.cs" />
+    <Compile Include="OldCls2.cs" />
+    <Compile Include="Frame5000.cs" />
+    <Compile Include="LayerControl.cs" />
+    <Compile Include="LSTKAllCls.cs" />
+    <Compile Include="Properties\AssemblyInfo.cs" />
+  </ItemGroup>
+  <ItemGroup>
+    <None Include="app.config" />
+  </ItemGroup>
+  <ItemGroup>
+    <BootstrapperPackage Include="Microsoft.Net.Client.3.5">
+      <Visible>False</Visible>
+      <ProductName>.NET Framework 3.5 SP1 Client Profile</ProductName>
+      <Install>false</Install>
+    </BootstrapperPackage>
+    <BootstrapperPackage Include="Microsoft.Net.Framework.3.5.SP1">
+      <Visible>False</Visible>
+      <ProductName>.NET Framework 3.5 SP1</ProductName>
+      <Install>true</Install>
+    </BootstrapperPackage>
+    <BootstrapperPackage Include="Microsoft.Windows.Installer.3.1">
+      <Visible>False</Visible>
+      <ProductName>Windows Installer 3.1</ProductName>
+      <Install>true</Install>
+    </BootstrapperPackage>
+  </ItemGroup>
+  <Import Project="$(MSBuildToolsPath)\Microsoft.CSharp.targets" />
+  <!-- To modify your build process, add your task inside one of the targets below and uncomment it. 
+       Other similar extension points exist, see Microsoft.Common.targets.
+  <Target Name="BeforeBuild">
+  </Target>
+  <Target Name="AfterBuild">
+  </Target>
+  -->
+</Project>

代码/20240112dwg右上角图框/T_cad/T_cad.csproj.user

@@ -0,0 +1,17 @@
+<?xml version="1.0" encoding="utf-8"?>
+<Project xmlns="http://schemas.microsoft.com/developer/msbuild/2003" ToolsVersion="4.0">
+  <PropertyGroup Condition=" '$(Configuration)|$(Platform)' == 'Debug|AnyCPU' ">
+    <StartAction>Program</StartAction>
+    <StartProgram>C:\Program Files\AutoCAD 2007\acad.exe</StartProgram>
+  </PropertyGroup>
+  <PropertyGroup>
+    <PublishUrlHistory />
+    <InstallUrlHistory />
+    <SupportUrlHistory />
+    <UpdateUrlHistory />
+    <BootstrapperUrlHistory />
+    <ErrorReportUrlHistory />
+    <FallbackCulture>zh-CN</FallbackCulture>
+    <VerifyUploadedFiles>false</VerifyUploadedFiles>
+  </PropertyGroup>
+</Project>

代码/20240112dwg右上角图框/T_cad/app.config

@@ -0,0 +1,3 @@
+<?xml version="1.0"?>
+<configuration>
+	<startup/></configuration>

代码/20240112dwg右上角图框/T_cad/bin/Debug/T_cad.dll.config

@@ -0,0 +1,3 @@
+<?xml version="1.0"?>
+<configuration>
+	<startup/></configuration>

代码/20240112dwg右上角图框/T_cad/bin/Debug/acad.err

@@ -0,0 +1,30 @@
+
+
+ÖÂÃü´íÎó:  Unhandled Access Violation Writing 0x68100208 Exception at 74df6994h
+
+08/14/2020 at 13:44:14.921  ͼÐÎ: Drawing1.dwg
+-------------
+
+
+ÖÂÃü´íÎó:  Unhandled e0434f4dh Exception at 762b33d2h
+
+09/14/2020 at 15:11:26.568  ͼÐÎ: Drawing1.dwg
+-------------
+
+
+ÖÂÃü´íÎó:  Unhandled e0434f4dh Exception at 762b33d2h
+
+09/14/2020 at 15:21:54.017  ͼÐÎ: Drawing1.dwg
+-------------
+
+
+ÖÂÃü´íÎó:  Unhandled Access Violation Writing 0x1a03110 Exception at 74e16994h
+
+09/14/2020 at 15:42:03.406  ͼÐÎ: E:\2020\20200914TKLYY\gcjs01\384.dwg
+-------------
+
+
+ÖÂÃü´íÎó:  Unhandled e0434f4dh Exception at 752b33d2h
+
+09/22/2020 at 10:49:45.584  ͼÐÎ: Drawing1.dwg
+-------------

代码/20240112dwg右上角图框/T_cad/mainCls.cs

@@ -0,0 +1,66 @@
+using System;
+using System.Collections.Generic;
+using System.Text;
+
+using System.Windows.Forms;
+
+using Autodesk.AutoCAD.Runtime;
+using Autodesk.AutoCAD.EditorInput;
+using Autodesk.AutoCAD.Geometry;
+using Autodesk.AutoCAD.DatabaseServices;
+using Autodesk.AutoCAD.ApplicationServices;
+
+
+
+namespace T_cad
+{
+    public class mainCls
+    {
+
+        [CommandMethod("tk")]
+        public void creat()
+        {
+            Frame5000 frame = new Frame5000();
+            frame.Produce();
+        }
+
+
+        [CommandMethod("ls")]
+        public void LSTKxiugai()
+        {
+
+            LSTKAllCls lstkallCls = new LSTKAllCls();
+            //lstkallCls.Function();
+            lstkallCls.mianfunction();
+        }
+
+        [CommandMethod("xgls")]
+        public void LSTK1_1000()
+        {
+
+            LSTKAllCls lstkallCls = new LSTKAllCls();
+            //lstkallCls.Function();
+            lstkallCls.DWGXiugai();
+        }
+
+
+        [CommandMethod("tt")]
+        public void tt()
+        {
+            LSTKAllCls lstkallCls = new LSTKAllCls();
+            //MessageBox.Show("hha");
+            //lstkallCls.DGWTKfunctionnew();
+            lstkallCls.DGWTKfunction2020();
+            MessageBox.Show("OK!");
+        }
+        [CommandMethod("dd")]
+        public void dd()
+        {
+            LSTKAllCls lstkallCls = new LSTKAllCls();
+            //MessageBox.Show("hha");
+            //lstkallCls.DGWTKfunctionnew();
+            lstkallCls.InserDOMbatch2021();
+            MessageBox.Show("OK!");
+        }
+    }
+}

代码/20240112dwg右上角图框/T_cad/obj/Debug/T_cad.csproj.FileListAbsolute.txt

@@ -0,0 +1,29 @@
+C:\Documents and Settings\Administrator\桌面\T_cad\T_cad\bin\Debug\T_cad.dll
+C:\Documents and Settings\Administrator\桌面\T_cad\T_cad\bin\Debug\T_cad.pdb
+C:\Documents and Settings\Administrator\桌面\T_cad\T_cad\obj\Debug\ResolveAssemblyReference.cache
+C:\Documents and Settings\Administrator\桌面\T_cad\T_cad\obj\Debug\T_cad.dll
+C:\Documents and Settings\Administrator\桌面\T_cad\T_cad\obj\Debug\T_cad.pdb
+C:\Documents and Settings\Administrator\桌面\T_cad\T_cad\bin\Debug\T_cad.dll.config
+C:\Documents and Settings\Administrator\桌面\T_cad_5000\T_cad\bin\Debug\T_cad.dll.config
+C:\Documents and Settings\Administrator\桌面\T_cad_5000\T_cad\bin\Debug\T_cad.dll
+C:\Documents and Settings\Administrator\桌面\T_cad_5000\T_cad\bin\Debug\T_cad.pdb
+C:\Documents and Settings\Administrator\桌面\T_cad_5000\T_cad\obj\Debug\ResolveAssemblyReference.cache
+C:\Documents and Settings\Administrator\桌面\T_cad_5000\T_cad\obj\Debug\T_cad.dll
+C:\Documents and Settings\Administrator\桌面\T_cad_5000\T_cad\obj\Debug\T_cad.pdb
+E:\CODE\20150313-T_cad_5000\T_cad\obj\Debug\ResolveAssemblyReference.cache
+E:\CODE\20150313-T_cad_5000\T_cad\obj\Debug\T_cad.dll
+E:\CODE\20150313-T_cad_5000\T_cad\bin\Debug\T_cad.dll.config
+E:\CODE\20150313-T_cad_5000\T_cad\bin\Debug\T_cad.dll
+E:\CODE\20150313-T_cad_5000\T_cad\bin\Debug\T_cad.pdb
+E:\CODE\20150313-T_cad_5000\T_cad\obj\Debug\T_cad.pdb
+H:\CODE\20150313-T_cad_5000\T_cad\bin\Debug\T_cad.dll.config
+H:\CODE\20150313-T_cad_5000\T_cad\bin\Debug\T_cad.dll
+H:\CODE\20150313-T_cad_5000\T_cad\bin\Debug\T_cad.pdb
+H:\CODE\20150313-T_cad_5000\T_cad\obj\Debug\ResolveAssemblyReference.cache
+H:\CODE\20150313-T_cad_5000\T_cad\obj\Debug\T_cad.dll
+H:\CODE\20150313-T_cad_5000\T_cad\obj\Debug\T_cad.pdb
+E:\code2\20150313-T_cad_5000\T_cad\bin\Debug\T_cad.dll.config
+E:\code2\20150313-T_cad_5000\T_cad\bin\Debug\T_cad.dll
+E:\code2\20150313-T_cad_5000\T_cad\bin\Debug\T_cad.pdb
+E:\code2\20150313-T_cad_5000\T_cad\obj\Debug\T_cad.dll
+E:\code2\20150313-T_cad_5000\T_cad\obj\Debug\T_cad.pdb

代码/20240112dwg右上角图框/UpgradeLog.XML

@@ -0,0 +1,12 @@
+<?xml version="1.0" encoding="UTF-8"?><?xml-stylesheet type='text/xsl' href='_UpgradeReport_Files/UpgradeReport.xslt'?><UpgradeLog>
+<Properties><Property Name="Solution" Value="T_cad">
+</Property><Property Name="解决方案文件" Value="E:\code2\20150313-T_cad_5000\T_cad.sln">
+</Property><Property Name="Date" Value="2020年8月7日">
+</Property><Property Name="Time" Value="9:16">
+</Property></Properties><Event ErrorLevel="0" Project="T_cad" Source="T_cad\T_cad.csproj" Description="项目已成功转换">
+</Event><Event ErrorLevel="3" Project="T_cad" Source="T_cad\T_cad.csproj" Description="Converted">
+</Event><Event ErrorLevel="0" Project="" Source="T_cad.sln" Description="成功转换解决方案">
+</Event><Event ErrorLevel="3" Project="" Source="T_cad.sln" Description="Converted">
+</Event><Event ErrorLevel="0" Project="T_cad" Source="T_cad\app.config" Description="文件已成功转换。所有的 &lt;supportedRuntime&gt; 和 &lt;requiredRuntime&gt; 标记都已移除，以使项目能够用 Visual Studio 2005 生成并运行。">
+</Event><Event ErrorLevel="3" Project="T_cad" Source="T_cad\app.config" Description="Converted">
+</Event></UpgradeLog>

代码/20240112dwg右上角图框/_UpgradeReport_Files/UpgradeReport.css

@@ -0,0 +1,207 @@
+BODY
+{
+	BACKGROUND-COLOR: white;
+	FONT-FAMILY: "Verdana", sans-serif;
+	FONT-SIZE: 100%;
+	MARGIN-LEFT: 0px;
+	MARGIN-TOP: 0px
+}
+P
+{
+	FONT-FAMILY: "Verdana", sans-serif;
+	FONT-SIZE: 70%;
+	LINE-HEIGHT: 12pt;
+	MARGIN-BOTTOM: 0px;
+	MARGIN-LEFT: 10px;
+	MARGIN-TOP: 10px
+}
+.note
+{
+	BACKGROUND-COLOR:  #ffffff;
+	COLOR: #336699;
+	FONT-FAMILY: "Verdana", sans-serif;
+	FONT-SIZE: 100%;
+	MARGIN-BOTTOM: 0px;
+	MARGIN-LEFT: 0px;
+	MARGIN-TOP: 0px;
+	PADDING-RIGHT: 10px
+}
+.infotable
+{
+	BACKGROUND-COLOR: #f0f0e0;
+	BORDER-BOTTOM: #ffffff 0px solid;
+	BORDER-COLLAPSE: collapse;
+	BORDER-LEFT: #ffffff 0px solid;
+	BORDER-RIGHT: #ffffff 0px solid;
+	BORDER-TOP: #ffffff 0px solid;
+	FONT-SIZE: 70%;
+	MARGIN-LEFT: 10px
+}
+.issuetable
+{
+	BACKGROUND-COLOR: #ffffe8;
+	BORDER-COLLAPSE: collapse;
+	COLOR: #000000;
+	FONT-SIZE: 100%;
+	MARGIN-BOTTOM: 10px;
+	MARGIN-LEFT: 13px;
+	MARGIN-TOP: 0px
+}
+.issuetitle
+{
+	BACKGROUND-COLOR: #ffffff;
+	BORDER-BOTTOM: #dcdcdc 1px solid;
+	BORDER-TOP: #dcdcdc 1px;
+	COLOR: #003366;
+	FONT-WEIGHT: normal
+}
+.header
+{
+	BACKGROUND-COLOR: #cecf9c;
+	BORDER-BOTTOM: #ffffff 1px solid;
+	BORDER-LEFT: #ffffff 1px solid;
+	BORDER-RIGHT: #ffffff 1px solid;
+	BORDER-TOP: #ffffff 1px solid;
+	COLOR: #000000;
+	FONT-WEIGHT: bold
+}
+.issuehdr
+{
+	BACKGROUND-COLOR: #E0EBF5;
+	BORDER-BOTTOM: #dcdcdc 1px solid;
+	BORDER-TOP: #dcdcdc 1px solid;
+	COLOR: #000000;
+	FONT-WEIGHT: normal
+}
+.issuenone
+{
+	BACKGROUND-COLOR: #ffffff;
+	BORDER-BOTTOM: 0px;
+	BORDER-LEFT: 0px;
+	BORDER-RIGHT: 0px;
+	BORDER-TOP: 0px;
+	COLOR: #000000;
+	FONT-WEIGHT: normal
+}
+.content
+{
+	BACKGROUND-COLOR: #e7e7ce;
+	BORDER-BOTTOM: #ffffff 1px solid;
+	BORDER-LEFT: #ffffff 1px solid;
+	BORDER-RIGHT: #ffffff 1px solid;
+	BORDER-TOP: #ffffff 1px solid;
+	PADDING-LEFT: 3px
+}
+.issuecontent
+{
+	BACKGROUND-COLOR: #ffffff;
+	BORDER-BOTTOM: #dcdcdc 1px solid;
+	BORDER-TOP: #dcdcdc 1px solid;
+	PADDING-LEFT: 3px
+}
+A:link
+{
+	COLOR: #cc6633;
+	TEXT-DECORATION: underline
+}
+A:visited
+{
+	COLOR: #cc6633;
+}
+A:active
+{
+	COLOR: #cc6633;
+}
+A:hover
+{
+	COLOR: #cc3300;
+	TEXT-DECORATION: underline
+}
+H1
+{
+	BACKGROUND-COLOR: #003366;
+	BORDER-BOTTOM: #336699 6px solid;
+	COLOR: #ffffff;
+	FONT-SIZE: 130%;
+	FONT-WEIGHT: normal;
+	MARGIN: 0em 0em 0em -20px;
+	PADDING-BOTTOM: 8px;
+	PADDING-LEFT: 30px;
+	PADDING-TOP: 16px
+}
+H2
+{
+	COLOR: #000000;
+	FONT-SIZE: 80%;
+	FONT-WEIGHT: bold;
+	MARGIN-BOTTOM: 3px;
+	MARGIN-LEFT: 10px;
+	MARGIN-TOP: 20px;
+	PADDING-LEFT: 0px
+}
+H3
+{
+	COLOR: #000000;
+	FONT-SIZE: 80%;
+	FONT-WEIGHT: bold;
+	MARGIN-BOTTOM: -5px;
+	MARGIN-LEFT: 10px;
+	MARGIN-TOP: 20px
+}
+H4
+{
+	COLOR: #000000;
+	FONT-SIZE: 70%;
+	FONT-WEIGHT: bold;
+	MARGIN-BOTTOM: 0px;
+	MARGIN-TOP: 15px;
+	PADDING-BOTTOM: 0px
+}
+UL
+{
+	COLOR: #000000;
+	FONT-SIZE: 70%;
+	LIST-STYLE: square;
+	MARGIN-BOTTOM: 0pt;
+	MARGIN-TOP: 0pt
+}
+OL
+{
+	COLOR: #000000;
+	FONT-SIZE: 70%;
+	LIST-STYLE: square;
+	MARGIN-BOTTOM: 0pt;
+	MARGIN-TOP: 0pt
+}
+LI
+{
+	LIST-STYLE: square;
+	MARGIN-LEFT: 0px
+}
+.expandable
+{
+	CURSOR: hand
+}
+.expanded
+{
+	color: black
+}
+.collapsed
+{
+	DISPLAY: none
+}
+.foot
+{
+BACKGROUND-COLOR: #ffffff;
+BORDER-BOTTOM: #cecf9c 1px solid;
+BORDER-TOP: #cecf9c 2px solid
+}
+.settings
+{
+MARGIN-LEFT: 25PX;
+}
+.help
+{
+TEXT-ALIGN: right;
+margin-right: 10px;
+}

代码/20240112dwg右上角图框/_UpgradeReport_Files/UpgradeReport.xslt

@@ -0,0 +1,232 @@
+<?xml version="1.0" encoding="utf-8"?>
+<xsl:stylesheet version="1.0" xmlns:xsl="http://www.w3.org/1999/XSL/Transform" xmlns:msxsl="urn:schemas-microsoft-com:xslt">
+
+    <xsl:key name="ProjectKey" match="Event" use="@Project"/>
+
+    <xsl:template match="Events" mode="createProjects">
+        <projects>
+            <xsl:for-each select="Event">
+                <!--xsl:sort select="@Project" order="descending"/-->
+                <xsl:if test="(1=position()) or (preceding-sibling::*[1]/@Project != @Project)">
+
+                    <xsl:variable name="ProjectName" select="@Project"/>
+
+                    <project>
+                        <xsl:attribute name="name">
+                            <xsl:value-of select="@Project"/>
+                        </xsl:attribute> 
+
+                        <xsl:if test="@Project=''">
+                        <xsl:attribute name="solution">
+                            <xsl:value-of select="@Solution"/>
+                        </xsl:attribute> 
+                        </xsl:if>
+
+                        <xsl:for-each select="key('ProjectKey', $ProjectName)">
+                            <!--xsl:sort select="@Source" /-->
+                            <xsl:if test="(1=position()) or (preceding-sibling::*[1]/@Source != @Source)">
+
+                                <source>
+                                    <xsl:attribute name="name">
+                                        <xsl:value-of select="@Source"/>
+                                    </xsl:attribute>
+
+                                    <xsl:variable name="Source">
+                                        <xsl:value-of select="@Source"/>
+                                    </xsl:variable>
+
+                                    <xsl:for-each select="key('ProjectKey', $ProjectName)[ @Source = $Source ]">
+
+                                        <event>
+                                            <xsl:attribute name="error-level">
+                                                <xsl:value-of select="@ErrorLevel"/>
+                                            </xsl:attribute> 
+                                            <xsl:attribute name="description">
+                                                <xsl:value-of select="@Description"/>
+                                            </xsl:attribute> 
+                                        </event>
+                                    </xsl:for-each>
+                                </source>
+                            </xsl:if>
+                        </xsl:for-each>
+
+                    </project>
+                </xsl:if>
+            </xsl:for-each>
+        </projects>
+    </xsl:template>
+
+    <xsl:template match="projects">
+    <xsl:for-each select="project">
+    <xsl:sort select="@Name" order="ascending"/>
+        <h2>
+        <xsl:if test="@solution"><a _locID="Solution">解决方案</a>: <xsl:value-of select="@solution"/></xsl:if>
+        <xsl:if test="not(@solution)"><a _locID="Project">项目</a>: <xsl:value-of select="@name"/>
+            <xsl:for-each select="source">
+                <xsl:variable name="Hyperlink" select="@name"/>
+            <xsl:for-each select="event[@error-level='4']">
+             <A class="note"><xsl:attribute name="HREF"><xsl:value-of select="$Hyperlink"/></xsl:attribute><xsl:value-of select="@description"/></A>
+                </xsl:for-each>
+            </xsl:for-each>
+        </xsl:if>
+        </h2>
+
+        <table cellpadding="2" cellspacing="0" width="98%" border="1" bordercolor="white" class="infotable">
+            <tr>
+                <td nowrap="1" class="header" _locID="Filename">文件名</td>
+                <td nowrap="1" class="header" _locID="Status">状态</td>
+                <td nowrap="1" class="header" _locID="Errors">错误</td>
+                <td nowrap="1" class="header" _locID="Warnings">警告</td>
+            </tr>
+
+            <xsl:for-each select="source">
+                <xsl:sort select="@name" order="ascending"/>
+                <xsl:variable name="source-id" select="generate-id(.)"/>
+
+                <xsl:if test="count(event)!=count(event[@error-level='4'])">
+
+                <tr class="row">
+                    <td class="content">
+                        <A HREF="javascript:"><xsl:attribute name="onClick">javascript:document.images['<xsl:value-of select="$source-id"/>'].click()</xsl:attribute><IMG border="0" _locID="IMG.alt" _locAttrData="alt" alt="展开/折叠节" class="expandable" height="11" onclick="changepic()" src="_UpgradeReport_Files/UpgradeReport_Plus.gif" width="9"><xsl:attribute name="name"><xsl:value-of select="$source-id"/></xsl:attribute><xsl:attribute name="child">src<xsl:value-of select="$source-id"/></xsl:attribute></IMG></A> <xsl:value-of select="@name"/> 
+                    </td>
+                    <td class="content">
+                        <xsl:if test="count(event[@error-level='3'])=1">
+                            <xsl:for-each select="event[@error-level='3']">
+                            <xsl:if test="@description='Converted'"><a _locID="Converted1">已转换</a></xsl:if>
+                            <xsl:if test="@description!='Converted'"><xsl:value-of select="@description"/></xsl:if>
+                            </xsl:for-each>
+                        </xsl:if>
+                        <xsl:if test="count(event[@error-level='3'])!=1 and count(event[@error-level='3' and @description='Converted'])!=0"><a _locID="Converted2">已转换</a>
+                        </xsl:if>
+                    </td>
+                    <td class="content"><xsl:value-of select="count(event[@error-level='2'])"/></td>
+                    <td class="content"><xsl:value-of select="count(event[@error-level='1'])"/></td>
+                </tr>
+
+                <tr class="collapsed" bgcolor="#ffffff">
+                    <xsl:attribute name="id">src<xsl:value-of select="$source-id"/></xsl:attribute>
+
+                    <td colspan="7">
+                        <table width="97%" border="1" bordercolor="#dcdcdc" rules="cols" class="issuetable">
+                            <tr>
+                                <td colspan="7" class="issuetitle" _locID="ConversionIssues">转换报告 - <xsl:value-of select="@name"/>:</td>
+                            </tr>
+
+                            <xsl:for-each select="event[@error-level!='3']">
+                                <xsl:if test="@error-level!='4'">
+                                <tr>
+                                    <td class="issuenone" style="border-bottom:solid 1 lightgray">
+                                        <xsl:value-of select="@description"/>
+                                    </td>
+                                </tr>
+                                </xsl:if>
+                            </xsl:for-each>
+                        </table>
+                    </td>
+                </tr>
+                </xsl:if>
+            </xsl:for-each>
+
+            <tr valign="top">
+                <td class="foot">
+                    <xsl:if test="count(source)!=1">
+                        <xsl:value-of select="count(source)"/><a _locID="file1"> 个文件</a>
+                    </xsl:if>
+                    <xsl:if test="count(source)=1">
+                        <a _locID="file2">1 个文件</a>
+                    </xsl:if>
+                </td>
+                <td class="foot">
+					<a _locID="Converted3">已转换</a>: <xsl:value-of select="count(source/event[@error-level='3' and @description='Converted'])"/><BR/>
+					<a _locID="NotConverted">未转换</a>: <xsl:value-of select="count(source) - count(source/event[@error-level='3' and @description='Converted'])"/>
+                </td>
+                <td class="foot"><xsl:value-of select="count(source/event[@error-level='2'])"/></td>
+                <td class="foot"><xsl:value-of select="count(source/event[@error-level='1'])"/></td>
+            </tr>
+        </table>
+    </xsl:for-each>
+    </xsl:template>
+
+    <xsl:template match="Property">
+        <xsl:if test="@Name!='Date' and @Name!='Time' and @Name!='LogNumber' and @Name!='Solution'">
+        <tr><td nowrap="1"><b><xsl:value-of select="@Name"/>: </b><xsl:value-of select="@Value"/></td></tr>
+        </xsl:if>
+    </xsl:template>
+
+    <xsl:template match="UpgradeLog">
+        <html>
+            <head>
+                <META HTTP-EQUIV="Content-Type" content="text/html; charset=utf-8"/>
+                <link rel="stylesheet" href="_UpgradeReport_Files\UpgradeReport.css"/>
+                <title _locID="ConversionReport0">转换报告 
+                    <xsl:if test="Properties/Property[@Name='LogNumber']">
+                        <xsl:value-of select="Properties/Property[@Name='LogNumber']/@Value"/>
+                    </xsl:if>
+                </title>
+                <script language="javascript">
+                    function outliner () {
+                        oMe = window.event.srcElement
+                        //get child element
+                        var child = document.all[event.srcElement.getAttribute("child",false)];
+                        //if child element exists, expand or collapse it.
+                        if (null != child)
+                            child.className = child.className == "collapsed" ? "expanded" : "collapsed";
+                    }
+
+                    function changepic() {
+                        uMe = window.event.srcElement;
+                        var check = uMe.src.toLowerCase();
+                        if (check.lastIndexOf("upgradereport_plus.gif") != -1)
+                        {
+                            uMe.src = "_UpgradeReport_Files/UpgradeReport_Minus.gif"
+                        }
+                        else
+                        {
+                            uMe.src = "_UpgradeReport_Files/UpgradeReport_Plus.gif"
+                        }
+                    }
+                </script>
+            </head>
+            <body topmargin="0" leftmargin="0" rightmargin="0" onclick="outliner();">
+                <h1 _locID="ConversionReport">转换报告 - <xsl:value-of select="Properties/Property[@Name='Solution']/@Value"/></h1>
+
+                <p><span class="note">
+                <b _locID="TimeOfConversion">转换时间:</b>  <xsl:value-of select="Properties/Property[@Name='Date']/@Value"/>  <xsl:value-of select="Properties/Property[@Name='Time']/@Value"/><br/>
+                </span></p>
+
+                <xsl:variable name="SortedEvents">
+                    <Events>
+                        <xsl:for-each select="Event">
+                            <xsl:sort select="@Project" order="ascending"/>
+                            <xsl:sort select="@Source" order="ascending"/>
+                            <xsl:sort select="@ErrorLevel" order="ascending"/>
+                            <Event>
+                                <xsl:attribute name="Project"><xsl:value-of select="@Project"/> </xsl:attribute> 
+                                <xsl:attribute name="Solution"><xsl:value-of select="/UpgradeLog/Properties/Property[@Name='Solution']/@Value"/> </xsl:attribute> 
+                                <xsl:attribute name="Source"><xsl:value-of select="@Source"/> </xsl:attribute> 
+                                <xsl:attribute name="ErrorLevel"><xsl:value-of select="@ErrorLevel"/> </xsl:attribute> 
+                                <xsl:attribute name="Description"><xsl:value-of select="@Description"/> </xsl:attribute> 
+                            </Event>
+                        </xsl:for-each>     
+                    </Events>
+                </xsl:variable>
+                
+                <xsl:variable name="Projects">
+                    <xsl:apply-templates select="msxsl:node-set($SortedEvents)/*" mode="createProjects"/>
+                </xsl:variable>
+
+                <xsl:apply-templates select="msxsl:node-set($Projects)/*"/>
+
+                <p></p><p>
+                <table class="note">
+                    <tr>
+                        <td nowrap="1">
+                            <b _locID="ConversionSettings">转换设置</b>
+                        </td>
+                    </tr>
+                    <xsl:apply-templates select="Properties"/>
+                </table></p>
+            </body>
+        </html>
+    </xsl:template>
+</xsl:stylesheet>

代码/20240226桐梓林/实际在用的数据和代码/BP2024_cgcs2000.txt

@@ -0,0 +1,90 @@
+0,TP01-BD,34485301.081299997866154,2955223.545739999972284,1021.168159039999978
+1,TP02-BD,34485280.408200003206730,2955227.433960000053048,1021.085816099999988
+2,TP03-BD,34485258.683799996972084,2955231.585460000205785,1020.945290460000024
+3,TP04-BD,34485228.449000000953674,2955237.383080000057817,1020.945290460000024
+4,TP05-BD,34485199.474500000476837,2955242.808610000181943,1020.843441529999950
+5,TP06-BD,34485160.987300001084805,2955250.180900000035763,1020.970975169999974
+6,TP07-BD,34485122.458099998533726,2955257.520130000077188,1021.027699600000005
+7,TP08-BDZ,34485103.223399996757507,2955261.080229999963194,1020.962322960000051
+8,TP08-BDY,34485101.420000001788139,2955261.434580000117421,1021.040842440000006
+9,TP09-BD,34485079.014499999582767,2955265.498999999836087,1021.149470289999954
+10,TP10-BD,34485057.348999999463558,2955269.549509999807924,1021.128597460000037
+11,TP11-BD,34485036.384900003671646,2955273.562739999964833,1021.174869680000029
+12,TP12-BD,34485015.152500003576279,2955277.563860000111163,1021.134774790000051
+13,TP13-BD,34484929.877899996936321,2955293.708070000167936,1021.116641350000009
+14,TP14-BD,34484905.705700002610683,2955298.273039999883622,1021.142815749999954
+15,TP17-DQ,34484997.566500000655651,2954958.725519999861717,1004.983846240000048
+16,TP16-DQ,34484993.909599997103214,2954972.919369999784976,1005.191704220000020
+17,TP15-DQ,34484989.431699998676777,2954996.698530000168830,1005.118719090000013
+18,TP14-DQ,34484986.957500003278255,2955013.513269999995828,1005.129815740000026
+19,TP13-DQ,34484984.925300002098083,2955028.117169999983162,1005.088060530000007
+20,TP12-DQ,34484983.693000003695488,2955042.180860000196844,1005.034417709999957
+21,TP11-DQ,34484983.050599999725819,2955065.601170000154525,1004.683698209999989
+22,TP10-DQ,34484982.802699998021126,2955080.173849999904633,1004.683698209999989
+23,TP09-DQ,34484982.997900001704693,2955082.809549999888986,1004.683698209999989
+24,TP08-DQ,34484983.549099996685982,2955097.463669999968261,1004.833438770000043
+25,TP07-DQ,34484983.756499998271465,2955100.134730000048876,1004.787344159999975
+26,TP05-DQ,34484985.029600001871586,2955116.861149999778718,1004.735926279999944
+27,TP06-DQ,34484984.778800003230572,2955114.197769999969751,1004.859666139999945
+28,TP04-DQ,34484986.461699999868870,2955129.372729999944568,1004.242376110000009
+29,TP03-DQ,34484986.872699998319149,2955131.520060000009835,1004.242376110000009
+30,TP02-DQ,34484988.465700000524521,2955143.127830000128597,1004.231713639999953
+31,TP01-DQ,34484988.858400002121925,2955144.975459999870509,1004.231713639999953
+32,TP03-BPL,34485309.611900001764297,2955103.861200000159442,1039.687181360000068
+33,TP04-BPL,34485255.218699999153614,2955046.873339999932796,1034.675172239999938
+34,TP05-BPL,34485350.722199998795986,2955140.997700000181794,1062.301825849999886
+35,TP06-BPL,34485301.662500001490116,2955061.256260000169277,1059.548219459999927
+36,TP07-BPL,34485310.107400000095367,2955010.978550000116229,1098.883136960000002
+37,TP08-BPL,34485303.271899998188019,2955003.883899999782443,1098.887125949999927
+38,TP01-BPR,34484878.979199998080730,2955515.872349999845028,1089.566210339999998
+39,TP02-BPR,34484908.911899998784065,2955508.822929999791086,1065.499816849999888
+40,TP03-BPR,34484937.228500001132488,2955511.503579999785870,1035.584973819999959
+41,TP04-BPR,34484891.426399998366833,2955435.492860000114888,1065.406448149999960
+42,TP05-BPR,34484918.160599999129772,2955430.765209999866784,1035.304991559999962
+43,TP06-BPR,34484811.512199997901917,2955327.934599999804050,1097.654248450000068
+44,TP07-BPR,34484845.826499998569489,2955323.419830000028014,1065.372569950000070
+45,TP08-BPR,34484871.616599999368191,2955315.338090000208467,1035.354820349999954
+46,TP17-BPR,34484867.932099997997284,2955193.051059999968857,1035.265467429999944
+47,TP18-BPR,34484894.338600002229214,2955195.105529999826103,1020.911775000000034
+48,TP10-BPR,34484865.658299997448921,2955239.147369999904186,1035.324701049999931
+49,TP13-BPR,34484862.319799996912479,2955130.764640000183135,1035.324313750000101
+50,TP12-BPR,34484836.256899997591972,2955137.299959999974817,1065.273195120000082
+51,TP09-BPR,34484827.226099997758865,2955235.384730000048876,1076.977462210000112
+52,TP11-BPR,34484804.341700002551079,2955143.528450000099838,1096.841172579999920
+53,TP24-BPR,34484860.839599996805191,2954970.418949999846518,1035.278223199999957
+54,TP16-BPR,34484858.369000002741814,2954999.503260000143200,1035.091854009999906
+55,TP21-BPR,34484855.532200001180172,2955024.885749999899417,1035.800327169999946
+56,TP23-BPR,34484838.610600002110004,2954967.626720000058413,1065.251993189999894
+57,TP15-BPR,34484835.259000003337860,2955003.261340000201017,1065.299354609999909
+58,TP20-BPR,34484832.932700000703335,2955023.599770000204444,1065.457569670000112
+59,TP22-BPR,34484812.034599997103214,2954966.490730000194162,1095.858027230000062
+60,TP14-BPR,34484808.192500002682209,2955008.787930000107735,1095.339208469999903
+61,TP19-BPR,34484806.986900001764297,2955021.151490000076592,1095.250029909999967
+62,TP01-RFH,34484899.642599999904633,2954736.631430000066757,1017.912639150000018
+63,TP02-RFH,34484896.574199996888638,2954723.139570000115782,1017.699740379999980
+64,TP03-RFH,34484897.558399997651577,2954707.180430000182241,1017.873773700000015
+65,TP04-RFH,34484868.719300001859665,2954744.574450000189245,1042.403225510000084
+66,TP05-RFH,34484861.998599998652935,2954726.964439999777824,1042.403357950000100
+67,TP06-RFH,34484860.441299997270107,2954706.285240000113845,1042.508420410000099
+68,TP07-RFH,34484847.303499996662140,2954712.146069999784231,1060.535635530000036
+69,TP08-RFH,34484846.909100003540516,2954680.893999999854714,1060.133341420000079
+70,TP01-KHP,34485588.634300000965595,2955523.311129999812692,1125.639228049999929
+71,TP02-KHP,34485440.770199999213219,2955505.694600000046194,1033.598063859999911
+72,TP03-KHP,34485351.769699998199940,2955498.918899999931455,1019.138097489999950
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+89,TP09-THP,34485506.225100003182888,2956337.631060000043362,1046.775322060000008

代码/20240226桐梓林/实际在用的数据和代码/CGCS2000_3_Degree_GK_Zone_34.prj

@@ -0,0 +1 @@
+PROJCS["CGCS2000_3_Degree_GK_Zone_34",GEOGCS["GCS_China_Geodetic_Coordinate_System_2000",DATUM["D_China_2000",SPHEROID["CGCS2000",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Gauss_Kruger"],PARAMETER["False_Easting",34500000.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",102.0],PARAMETER["Scale_Factor",1.0],PARAMETER["Latitude_Of_Origin",0.0],UNIT["Meter",1.0],AUTHORITY["EPSG",4522]]

代码/20240226桐梓林/实际在用的数据和代码/GCS_WGS_1984.prj

@@ -0,0 +1 @@
+GEOGCS["GCS_WGS_1984",DATUM["D_WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],VERTCS["EGM96_Geoid",VDATUM["EGM96_Geoid"],PARAMETER["Vertical_Shift",0.0],PARAMETER["Direction",1.0],UNIT["Meter",1.0]]

代码/20240226桐梓林/实际在用的数据和代码/Memo.txt

@@ -0,0 +1,11 @@
+格式：
+2020/11/27Q184
+点号；首期与最后一期位移量；2016-2021位移量
+（首先临空面垂直，再临空面）
+（首先横河向，再顺河向）
+用,分割
+end
+
+前面两组数据不用夸张，只夸张后面
+
+3倍夸张

代码/20240226桐梓林/实际在用的数据和代码/Newjson2023.py

@@ -0,0 +1,678 @@
+import re
+import math
+import json
+import arcpy
+import os
+
+#基准点txt，位移list，夸张系数，输出txt（？），输出文件夹
+def drawline(shppath,linelist,ran1,outpath,txtpath,ran22):
+    ran0 = float(ran1)
+    ran2 = float(ran22)
+    mm = 0
+    nameA = ''
+    #结果点（？）
+    resultp = []
+    #坐标系文件
+    prjpath = r'D:\4work_now\20240226TZL\CGCS2000_3_Degree_GK_Zone_34.prj'
+    prjpath1 = r'D:\4work_now\20240226TZL\GCS_WGS_1984.prj'
+    #大概是先把计算结果写上
+    with open(outpath,'w') as files:
+        #循环列表 
+        while mm < len(linelist):
+            kk = 0
+            #读基准点文件
+            with open(shppath,'r') as filesA:      
+                for ppstr1 in filesA:
+                    #基准点的信息
+                    pname = ppstr1.split(',',-1)[1]
+                    #这里加一点，识别角度值
+                    angleA = readangle(pname)
+                    xP = float(ppstr1.split(',',-1)[2])
+                    yP = float(ppstr1.split(',',-1)[3])
+                    zP = float(ppstr1.split(',',-1)[4])
+                    #读位移是否有和这个匹配的
+                    str0 = linelist[mm]
+                    #把一些数据反过来写
+                    nameA = str0.split(',',-1)[0]
+                    nameP = nameA.split('-',-1)[-1]
+                    if  nameP == 'BPL':
+                        xA1= float(str0.split(',',-1)[2])
+                        yA1= float(str0.split(',',-1)[1])
+                        xA= float(str0.split(',',-1)[4])
+                        yA= float(str0.split(',',-1)[3])
+                        xA122= float(str0.split(',',-1)[2])
+                        yA122= float(str0.split(',',-1)[1])
+                        xA22= float(str0.split(',',-1)[4])
+                        yA22= float(str0.split(',',-1)[3])
+                    elif nameP == 'KHP':
+                        xA1= float(str0.split(',',-1)[1])* (-1)
+                        yA1= float(str0.split(',',-1)[2])* (-1)
+                        xA= float(str0.split(',',-1)[3])* (-1)
+                        yA= float(str0.split(',',-1)[4])* (-1)
+                        xA122= float(str0.split(',',-1)[1])
+                        yA122= float(str0.split(',',-1)[2])
+                        xA22= float(str0.split(',',-1)[3])
+                        yA22= float(str0.split(',',-1)[4])
+                    elif nameP == 'RFH':
+                        xA1= float(str0.split(',',-1)[1])
+                        yA1= float(str0.split(',',-1)[2])
+                        xA= float(str0.split(',',-1)[3])
+                        yA= float(str0.split(',',-1)[4])
+                        xA122= float(str0.split(',',-1)[1])
+                        yA122= float(str0.split(',',-1)[2])
+                        xA22= float(str0.split(',',-1)[3])
+                        yA22= float(str0.split(',',-1)[4])
+                    elif nameP == 'BPR':
+                        xA1= float(str0.split(',',-1)[2])*(-1)
+                        yA1= float(str0.split(',',-1)[1])
+                        xA= float(str0.split(',',-1)[4])*(-1)
+                        yA= float(str0.split(',',-1)[3])
+                        xA122= float(str0.split(',',-1)[2])
+                        yA122= float(str0.split(',',-1)[1])
+                        xA22= float(str0.split(',',-1)[4])
+                        yA22= float(str0.split(',',-1)[3])
+                    elif nameP == 'THP':
+                        xA1= float(str0.split(',',-1)[2])*(-1)
+                        yA1= float(str0.split(',',-1)[1])
+                        xA= float(str0.split(',',-1)[4])*(-1)
+                        yA= float(str0.split(',',-1)[3])
+                        xA122= float(str0.split(',',-1)[2])
+                        yA122= float(str0.split(',',-1)[1])
+                        xA22= float(str0.split(',',-1)[4])
+                        yA22= float(str0.split(',',-1)[3])
+                    else:
+                        xA1= float(str0.split(',',-1)[1])
+                        yA1= float(str0.split(',',-1)[2])
+                        xA= float(str0.split(',',-1)[3])
+                        yA= float(str0.split(',',-1)[4])
+                        xA122= float(str0.split(',',-1)[1])
+                        yA122= float(str0.split(',',-1)[2])
+                        xA22= float(str0.split(',',-1)[3])
+                        yA22= float(str0.split(',',-1)[4])
+                    if nameA == pname:
+                        #一些距离参数
+                        xB = (xA * ran0)
+                        yB = (yA * ran0)
+                        xB1 = (xA1 * ran2)
+                        yB1 = (yA1 * ran2)
+                        #总距离
+                        xA2 = xA * xA
+                        yA2 = yA * yA
+                        xA21 = xA1 * xA1
+                        yA21 = yA1 * yA1
+                        disA = math.sqrt(xA2 + yA2)
+                        disA1 = math.sqrt(xA21 + yA21)
+                        #这里分别对应x方向和y方向
+                        xpx = xP - xB
+                        xpy = yP
+                        ypx = xP
+                        ypy = yB + yP
+                        xpx1 = xP - xB1
+                        xpy1 = yP
+                        ypx1 = xP
+                        ypy1 = yB1 + yP
+                        #一同计算得到第二个点（大概）
+                        xangle = float(angleA)
+                        yangle = float(angleA)
+                        arrpointx = rotatecordiateX(xangle,xpx,xpy,xP,yP,xB)
+                        arrpointy = rotatecordiateY(yangle,ypx,ypy,xP,yP,yB)
+                        arrpointx1 = rotatecordiateX(xangle,xpx1,xpy1,xP,yP,xB1)
+                        arrpointy1 = rotatecordiateY(yangle,ypx1,ypy1,xP,yP,yB1)
+                        pppointx = float(arrpointx[0]) + float(arrpointy[0]) - xP
+                        pppointy = float(arrpointx[1]) + float(arrpointy[1]) - yP
+                        pppointx1 = float(arrpointx1[0]) + float(arrpointy1[0]) - xP
+                        pppointy1 = float(arrpointx1[1]) + float(arrpointy1[1]) - yP
+                        #写入
+                        files.write(pname + "," + "px," + str(arrpointx[0]) + "," + str(arrpointx[1]) + "," + str(zP) + "," +str(xA22)+ "\n")
+                        files.write(pname + "," + "py," + str(arrpointy[0]) + "," + str(arrpointy[1]) + "," + str(zP) + "," +str(yA22)+ "\n")
+                        files.write(pname + "," + "pp," + str(pppointx) + "," + str(pppointy) + "," + str(zP) + ","+ str(disA) + "\n")
+                        files.write(pname + "," + "px1," + str(arrpointx1[0]) + "," + str(arrpointx1[1]) + "," + str(zP) + "," +str(xA122)+ "\n")
+                        files.write(pname + "," + "py1," + str(arrpointy1[0]) + "," + str(arrpointy1[1]) + "," + str(zP) + "," +str(yA122)+ "\n")
+                        files.write(pname + "," + "pp1," + str(pppointx1) + "," + str(pppointy1) + "," + str(zP) + ","+ str(disA1) + "\n")
+                        mm = mm + 1
+                        kk = 1
+                        break
+                    else:
+                        #意思是继续寻找和位移匹配的点
+                        continue
+            if kk == 0 :
+                mm = mm + 1
+                # print(nameA)
+    #最后输出
+    resultp.append(outpath)
+    resultp.append(prjpath)
+    resultp.append(prjpath1)
+    resultp.append(txtpath)
+    return resultp
+
+def rotatecordiateX(rang,xpx,xpy,xP,yP,zf):
+    rx = float(xpx)
+    ry = float(xpy)
+    ox = float(xP)
+    oy = float(yP)
+    aa = 1
+    dis = math.sqrt((rx - ox)*(rx-ox) + (ry - oy)*(ry-oy))
+    if aa == 0:
+        if zf > 0:
+            if rang <= 90:
+                angle = math.radians(rang)
+                cosA = math.cos(angle)
+                sinA = math.sin(angle) 
+                x0 = dis * cosA
+                y0 = dis * sinA
+                x0n = ox +x0
+                y0n = oy +y0
+            elif rang > 90 and rang <= 180:
+                ang = 180 - rang
+                angle = math.radians(ang)
+                cosA = math.cos(angle)
+                sinA = math.sin(angle)  
+                x0 = dis * cosA
+                y0 = dis * sinA
+                x0n = ox-x0
+                y0n = oy+y0
+            elif rang > 180 and rang <=270:
+                ang = rang - 180
+                angle = math.radians(ang)
+                cosA = math.cos(angle)
+                sinA = math.sin(angle)
+                x0 = dis * cosA
+                y0 = dis * sinA
+                x0n =ox-x0
+                y0n = oy-y0
+            else:
+                ang = 360 - rang
+                angle = math.radians(ang)
+                cosA = math.cos(angle)
+                sinA = math.sin(angle)
+                x0 = dis * cosA
+                y0 = dis * sinA
+                x0n = ox + x0
+                y0n = oy-y0
+        else:
+            if rang <= 90:
+                angle = math.radians(rang)
+                cosA = math.cos(angle)
+                sinA = math.sin(angle) 
+                x0 = dis * cosA
+                y0 = dis * sinA
+                x0n = ox - x0
+                y0n = oy -y0
+            elif rang > 90 and rang <= 180:
+                ang = 180 - rang
+                angle = math.radians(ang)
+                cosA = math.cos(angle)
+                sinA = math.sin(angle)  
+                x0 = dis * cosA
+                y0 = dis * sinA
+                x0n = ox + x0
+                y0n = oy - y0
+            elif rang > 180 and rang <=270:
+                ang = rang - 180
+                angle = math.radians(ang)
+                cosA = math.cos(angle)
+                sinA = math.sin(angle)
+                x0 = dis * cosA
+                y0 = dis * sinA
+                x0n =ox + x0
+                y0n = oy + y0
+            else:
+                ang = 360 - rang
+                angle = math.radians(ang)
+                cosA = math.cos(angle)
+                sinA = math.sin(angle)
+                x0 = dis * cosA
+                y0 = dis * sinA
+                x0n = ox - x0
+                y0n = oy + y0
+    else:
+        if zf < 0:
+            if rang <= 90:
+                angle = math.radians(rang)
+                cosA = math.cos(angle)
+                sinA = math.sin(angle) 
+                x0 = dis * cosA
+                y0 = dis * sinA
+                x0n = ox +x0
+                y0n = oy +y0
+            elif rang > 90 and rang <= 180:
+                ang = 180 - rang
+                angle = math.radians(ang)
+                cosA = math.cos(angle)
+                sinA = math.sin(angle)  
+                x0 = dis * cosA
+                y0 = dis * sinA
+                x0n = ox-x0
+                y0n = oy+y0
+            elif rang > 180 and rang <=270:
+                ang = rang - 180
+                angle = math.radians(ang)
+                cosA = math.cos(angle)
+                sinA = math.sin(angle)
+                x0 = dis * cosA
+                y0 = dis * sinA
+                x0n =ox-x0
+                y0n = oy-y0
+            else:
+                ang = 360 - rang
+                angle = math.radians(ang)
+                cosA = math.cos(angle)
+                sinA = math.sin(angle)
+                x0 = dis * cosA
+                y0 = dis * sinA
+                x0n = ox + x0
+                y0n = oy-y0
+        else:
+            if rang <= 90:
+                angle = math.radians(rang)
+                cosA = math.cos(angle)
+                sinA = math.sin(angle) 
+                x0 = dis * cosA
+                y0 = dis * sinA
+                x0n = ox - x0
+                y0n = oy -y0
+            elif rang > 90 and rang <= 180:
+                ang = 180 - rang
+                angle = math.radians(ang)
+                cosA = math.cos(angle)
+                sinA = math.sin(angle)  
+                x0 = dis * cosA
+                y0 = dis * sinA
+                x0n = ox + x0
+                y0n = oy - y0
+            elif rang > 180 and rang <=270:
+                ang = rang - 180
+                angle = math.radians(ang)
+                cosA = math.cos(angle)
+                sinA = math.sin(angle)
+                x0 = dis * cosA
+                y0 = dis * sinA
+                x0n =ox + x0
+                y0n = oy + y0
+            else:
+                ang = 360 - rang
+                angle = math.radians(ang)
+                cosA = math.cos(angle)
+                sinA = math.sin(angle)
+                x0 = dis * cosA
+                y0 = dis * sinA
+                x0n = ox - x0
+                y0n = oy + y0
+    return [x0n,y0n]
+
+def rotatecordiateY(rang,xpx,xpy,xP,yP,zf):
+    rx = float(xpx)
+    ry = float(xpy)
+    ox = float(xP)
+    oy = float(yP)
+    bb = 1
+    dis = math.sqrt((rx - ox)*(rx-ox) + (ry - oy)*(ry-oy))
+    if bb == 0:
+        if zf > 0:
+            if rang <= 90:
+                 angle = math.radians(rang)
+                 cosA = math.cos(angle)
+                 sinA = math.sin(angle)
+                 x0 = dis * sinA
+                 y0 = dis * cosA
+                 x0n1 = ox+x0
+                 y0n1 = oy-y0
+            elif rang > 90 and rang <= 180:
+                 ang = 180 - rang
+                 angle = math.radians(ang)
+                 cosA = math.cos(angle)
+                 sinA = math.sin(angle) 
+                 x0 = dis * sinA
+                 y0 = dis * cosA
+                 x0n1 = ox+x0
+                 y0n1 = oy+y0
+            elif rang > 180 and rang <=270:
+                 ang = rang - 180
+                 angle = math.radians(ang)
+                 cosA = math.cos(angle)
+                 sinA = math.sin(angle) 
+                 x0 = dis * sinA
+                 y0 = dis * cosA 
+                 x0n1 = ox-x0
+                 y0n1 = oy+y0
+            else:
+                 ang = 360 - rang
+                 angle = math.radians(ang)
+                 cosA = math.cos(angle)
+                 sinA = math.sin(angle) 
+                 x0 = dis * sinA
+                 y0 = dis * cosA
+                 x0n1 = ox-x0
+                 y0n1 = oy-y0
+        else:
+            if rang <= 90:
+                angle = math.radians(rang)
+                cosA = math.cos(angle)
+                sinA = math.sin(angle)
+                x0 = dis * sinA
+                y0 = dis * cosA
+                x0n1 = ox-x0
+                y0n1 = oy+y0
+            elif rang > 90 and rang <= 180:
+                ang = 180 - rang
+                angle = math.radians(ang)
+                cosA = math.cos(angle)
+                sinA = math.sin(angle) 
+                x0 = dis * sinA
+                y0 = dis * cosA
+                x0n1 = ox-x0
+                y0n1 = oy-y0
+            elif rang > 180 and rang <=270:
+                ang = rang - 180
+                angle = math.radians(ang)
+                cosA = math.cos(angle)
+                sinA = math.sin(angle) 
+                x0 = dis * sinA
+                y0 = dis * cosA 
+                x0n1 = ox+x0
+                y0n1 = oy-y0
+            else:
+                ang = 360 - rang
+                angle = math.radians(ang)
+                cosA = math.cos(angle)
+                sinA = math.sin(angle) 
+                x0 = dis * sinA
+                y0 = dis * cosA
+                x0n1 = ox+x0
+                y0n1 = oy+y0
+    else:
+        if zf < 0:
+            if rang <= 90:
+                 angle = math.radians(rang)
+                 cosA = math.cos(angle)
+                 sinA = math.sin(angle)
+                 x0 = dis * sinA
+                 y0 = dis * cosA
+                 x0n1 = ox+x0
+                 y0n1 = oy-y0
+            elif rang > 90 and rang <= 180:
+                 ang = 180 - rang
+                 angle = math.radians(ang)
+                 cosA = math.cos(angle)
+                 sinA = math.sin(angle) 
+                 x0 = dis * sinA
+                 y0 = dis * cosA
+                 x0n1 = ox+x0
+                 y0n1 = oy+y0
+            elif rang > 180 and rang <=270:
+                 ang = rang - 180
+                 angle = math.radians(ang)
+                 cosA = math.cos(angle)
+                 sinA = math.sin(angle) 
+                 x0 = dis * sinA
+                 y0 = dis * cosA 
+                 x0n1 = ox-x0
+                 y0n1 = oy+y0
+            else:
+                 ang = 360 - rang
+                 angle = math.radians(ang)
+                 cosA = math.cos(angle)
+                 sinA = math.sin(angle) 
+                 x0 = dis * sinA
+                 y0 = dis * cosA
+                 x0n1 = ox-x0
+                 y0n1 = oy-y0
+        else:
+            if rang <= 90:
+                angle = math.radians(rang)
+                cosA = math.cos(angle)
+                sinA = math.sin(angle)
+                x0 = dis * sinA
+                y0 = dis * cosA
+                x0n1 = ox-x0
+                y0n1 = oy+y0
+            elif rang > 90 and rang <= 180:
+                ang = 180 - rang
+                angle = math.radians(ang)
+                cosA = math.cos(angle)
+                sinA = math.sin(angle) 
+                x0 = dis * sinA
+                y0 = dis * cosA
+                x0n1 = ox-x0
+                y0n1 = oy-y0
+            elif rang > 180 and rang <=270:
+                ang = rang - 180
+                angle = math.radians(ang)
+                cosA = math.cos(angle)
+                sinA = math.sin(angle) 
+                x0 = dis * sinA
+                y0 = dis * cosA 
+                x0n1 = ox+x0
+                y0n1 = oy-y0
+            else:
+                ang = 360 - rang
+                angle = math.radians(ang)
+                cosA = math.cos(angle)
+                sinA = math.sin(angle) 
+                x0 = dis * sinA
+                y0 = dis * cosA
+                x0n1 = ox+x0
+                y0n1 = oy+y0
+    return [x0n1,y0n1]
+
+def readangle(pname):
+    nameA = pname.split('-',-1)[-1]
+    #作个键值对
+    dict = {'BD':101, 'BDZ':101, 'BDY':101,'KHP':191, 'THP':191, 'BPR':11,'RFH':11,'BPL':210,'DQ':101}
+    ang1 = dict[nameA] 
+    if nameA == 'THP' or nameA == 'BPR':
+        ang2 = 360 - ang1
+    elif nameA == 'KHP':
+        ang2 = 90 - ang1
+    else:
+        ang2 = 270 - ang1
+    return ang2
+
+def readtxt(listp):
+    #输出和两个转换坐标文件
+    txtpath = listp[0]
+    prjpath = listp[1]
+    prjpath1 = listp[2]
+    outpath = listp[3]
+    #创建需要用的
+    gdbpath = outpath + '\\bd.mdb'
+    gdbpath1 = outpath + '\\result.mdb'
+    mdbpath = gdbpath1 + '\\BDp'
+    foutpath = gdbpath + '\\BDp'
+    try:
+        arcpy.CreatePersonalGDB_management (outpath, 'bd.mdb')
+    except:
+        arcpy.Delete_management(gdbpath)
+        arcpy.CreatePersonalGDB_management (outpath, 'bd.mdb')
+    try:
+        arcpy.CreatePersonalGDB_management (outpath, 'result.mdb')
+    except:
+        arcpy.Delete_management(gdbpath1)
+        arcpy.CreatePersonalGDB_management (outpath, 'result.mdb')
+    try:
+        arcpy.CreateFeatureclass_management(gdbpath,'BDp', 'POINT') 
+    except:
+        arcpy.Delete_management(foutpath)
+        arcpy.CreateFeatureclass_management(gdbpath,'BDp', 'POINT')  
+    arcpy.MakeFeatureLayer_management(foutpath, 'bd')
+    #cgcs2000的坐标系文件(务必放入输出文件夹)
+    arcpy.DefineProjection_management('bd', prjpath)
+    arcpy.AddField_management('bd','pname','TEXT')
+    arcpy.AddField_management('bd','pxyp','TEXT')
+    arcpy.AddField_management('bd','elevation','FLOAT')
+    arcpy.AddField_management('bd','dis','FLOAT')
+    with arcpy.da.InsertCursor('bd',['SHAPE@X','SHAPE@Y','elevation','pname','pxyp','dis']) as cursorZ:
+        with open(txtpath,'r') as filesA:      
+                for ppstr1 in filesA:
+                    str1 = ppstr1.split(',',-1)[0]
+                    str2 = ppstr1.split(',',-1)[1]
+                    str3 = float(ppstr1.split(',',-1)[2])
+                    str4 = float(ppstr1.split(',',-1)[3])
+                    str5 = float(ppstr1.split(',',-1)[4])
+                    str61 = ppstr1.split(',',-1)[5]
+                    str62 = str61.replace('\n','')
+                    str6 = float(str62)
+                    listp1 = []
+                    listp1.append(str3)
+                    listp1.append(str4)
+                    listp1.append(str5)
+                    listp1.append(str1)
+                    listp1.append(str2)
+                    listp1.append(str6)
+                    cursorZ.insertRow(listp1)
+    # print('3')
+    listp2 = []
+    listp2.append(foutpath)
+    listp2.append(mdbpath)
+    listp2.append(prjpath1)
+    return listp2
+
+def transzb(listp):
+    #原始点，转换点，转换文件
+    shppath = listp[0]
+    mdbpath = listp[1]
+    prjpath = listp[2]
+    try:
+        arcpy.Project_management(shppath, mdbpath, prjpath)
+    except:
+        #检查空几何
+        arcpy.MakeFeatureLayer_management(shppath, 'SHP2')
+        with arcpy.da.UpdateCursor('SHP2',['SHAPE@']) as cursorD:
+            for curD in cursorD:
+                shp1 = curD[0]
+                if shp1 == None:
+                    cursorD.deleteRow()
+        arcpy.Project_management(shppath, mdbpath, prjpath)
+    # print('4')
+    return mdbpath
+
+def rejson(inpath,outpath):
+    #这里的点就是位移两个点
+    foutpath = outpath + '\\Result.json'
+    arcpy.MakeFeatureLayer_management(inpath, 'bdlayer')
+    #根据属性归类
+    mm = 0
+    pxstr = ''
+    pystr = ''
+    ppstr = ''
+    pxstr1 = ''
+    pystr1 = ''
+    ppstr1 = ''
+    pname = ''
+    lx = ''
+    ly = ''
+    lp = ''
+    lx1 = ''
+    ly1 = ''
+    lp1 = ''
+    nameA = ''
+    resultp = []
+    with arcpy.da.SearchCursor('bdlayer',['SHAPE@X','SHAPE@Y','elevation','pname','pxyp','dis']) as cursorZ:
+        for curZ in cursorZ:
+            if mm == 0:
+                #px
+                pname = curZ[3]
+                nameA = pname.split('-',-1)[-1]
+                if nameA =='BPR' or nameA == 'THP':
+                    pystr = str(curZ[0]) + " ," + str(curZ[1]) + " ," + str(curZ[2])
+                    ly = str(round(curZ[5],1))
+                # pxstr = str(round(curZ[0],2)) + " ," + str(round(curZ[1],2)) + " ," + str(round(curZ[2]))
+                # lx = str(round(curZ[5],2))
+                else:
+                    pxstr = str(curZ[0]) + " ," + str(curZ[1]) + " ," + str(curZ[2])
+                    lx = str(round(curZ[5],1))
+                mm = mm + 1
+            elif mm == 1 and curZ[3] == pname:
+                if nameA =='BPR' or nameA == 'THP':
+                    pxstr = str(curZ[0]) + " ," + str(curZ[1]) + " ," + str(curZ[2])
+                    lx = str(round(curZ[5],1))
+                else:
+                #py
+                    pystr = str(curZ[0]) + " ," + str(curZ[1]) + " ," + str(curZ[2])
+                    ly = str(round(curZ[5],1))
+                mm = mm + 1
+            elif mm == 2 and curZ[3] == pname:
+                #pp
+                ppstr = str(curZ[0]) + " ," + str(curZ[1]) + " ," + str(curZ[2])
+                lp = str(round(curZ[5],1))
+                mm = mm + 1
+                
+            elif mm == 3 and curZ[3] == pname:
+                if nameA =='BPR' or nameA == 'THP':
+                    pystr1 = str(curZ[0]) + " ," + str(curZ[1]) + " ," + str(curZ[2])
+                    ly1 = str(round(curZ[5],1))
+                else:
+                    pxstr1 = str(curZ[0]) + " ," + str(curZ[1]) + " ," + str(curZ[2])
+                    lx1 = str(round(curZ[5],1))
+                mm = mm + 1
+            elif mm == 4 and curZ[3] == pname:
+                if nameA =='BPR' or nameA == 'THP':
+                    pxstr1 = str(curZ[0]) + " ," + str(curZ[1]) + " ," + str(curZ[2])
+                    lx1 = str(round(curZ[5],1))
+                else:
+                    pystr1 = str(curZ[0]) + " ," + str(curZ[1]) + " ," + str(curZ[2])
+                    ly1 = str(round(curZ[5],1))
+                mm = mm + 1
+            elif mm == 5 and curZ[3] == pname:
+                ppstr1 = str(curZ[0]) + " ," + str(curZ[1]) + " ," + str(curZ[2])
+                lp1 = str(round(curZ[5],1))
+                #此时加入item
+                item = {
+                            "name": pname,
+                            "px": pxstr,
+                            "lx": lx,
+                            "py": pystr,
+                            "ly": ly,
+                            "pp": ppstr,
+                            "lp": lp,
+                            "px1": pxstr1,
+                            "lx1": lx1,
+                            "py1": pystr1,
+                            "ly1": ly1,
+                            "pp1": ppstr1,
+                            "lp1": lp1 
+                        }
+                resultp.append(item)
+                mm = 0
+    # print('5')
+    with open(foutpath, 'w') as dump_f:
+        json.dump(resultp,dump_f) 
+
+
+def linew(bppath,inpath,outpath,ranA,ranB):
+    # ang1 = 270 - float(angle1) 
+    ran = float(ranA)
+    ran1 = float(ranB)
+    #存储位移array
+    txtarr = []
+    #获取位移量文件名字
+    txtfilename = inpath.split('\\',-1)[-1]
+    txtfile = txtfilename.split('.',-1)[0]
+    #读的是位移量文件
+    with open(inpath,'r+') as fileA:
+        for lineA in fileA:
+            #直接读
+            if lineA == '\n':
+                continue
+            elif 'end' in lineA:
+                fulloutpath = outpath + '\\Resulttxt.txt'
+                #进入第二步
+                # print('1')
+                #这里把所有的都理出来了
+                resultp = drawline(bppath,txtarr,ran,fulloutpath,outpath,ran1)
+                #这里读取
+                list2 = readtxt(resultp)
+                #坐标转换
+                mdbpath = transzb(list2)
+                #再输出为json
+                rejson(mdbpath,outpath)
+                # print('finish')
+                break
+            else:
+                txtarr.append(lineA)
+
+
+
+if __name__ == '__main__':
+    # 第一个是基准点，第二个是位移量，第三个是输出文件夹，夸张系数
+    linew(r"D:\4work_now\20240226TZL\BP2024_cgcs2000.txt",r"D:\4work_now\20240226TZL\TZL2023.txt",r"D:\4work_now\20240226TZL\result",2,2)

代码/20240226桐梓林/实际在用的数据和代码/TZL2023.txt

@@ -0,0 +1,91 @@
+TP01-BD,-1.5 ,2.9 ,-1.4 ,2.5 
+TP02-BD,-1.5 ,2.8 ,-0.1 ,1.7 
+TP03-BD,1.8 ,1.8 ,-0.1 ,1.7 
+TP04-BD,-0.4 ,1.9 ,-0.9 ,0.9 
+TP05-BD,-0.1 ,1.1 ,-0.4 ,1.0 
+TP06-BD,0.1 ,-2.5 ,0.3 ,2.1 
+TP07-BD,0.2 ,0.4 ,-0.5 ,2.2 
+TP08-BDZ,-1.5 ,-1.1 ,-1.0 ,1.5 
+TP08-BDY,-0.5 ,-2.6 ,0.0 ,1.5 
+TP09-BD,1.7 ,-0.8 ,-0.3 ,2.4 
+TP10-BD,-0.3 ,3.3 ,-0.4 ,2.1 
+TP11-BD,1.3 ,2.1 ,-0.1 ,1.9 
+TP12-BD,-2.0 ,0.8 ,-3.5 ,-3.0 
+TP13-BD,-1.1 ,2.7 ,-1.8 ,0.1 
+TP14-BD,0.1 ,2.7 ,-1.2 ,-0.1 
+TP01-DQ,0.1 ,0.4 ,0.5 ,1.7 
+TP02-DQ,-2.2 ,3.9 ,0.1 ,-0.3 
+TP03-DQ,-1.1 ,2.2 ,-0.3 ,0.4 
+TP04-DQ,1.6 ,3.4 ,1.8 ,1.9 
+TP05-DQ,-2.1 ,2.8 ,-2.1 ,-1.6 
+TP06-DQ,-0.6 ,0.7 ,0.0 ,1.7 
+TP07-DQ,-3.6 ,5.3 ,-2.3 ,1.0 
+TP08-DQ,-1.7 ,1.3 ,-0.6 ,0.3 
+TP09-DQ,-1.6 ,1.4 ,-1.1 ,-1.4 
+TP10-DQ,-3.2 ,3.3 ,-1.4 ,-0.5 
+TP11-DQ,-3.6 ,3.6 ,0.1 ,-0.5 
+TP12-DQ,-4.4 ,5.7 ,-1.0 ,0.4 
+TP13-DQ,-4.1 ,9.9 ,-0.8 ,0.0 
+TP14-DQ,-6.1 ,6.7 ,-0.7 ,-0.3 
+TP15-DQ,-4.4 ,4.9 ,-1.3 ,0.7 
+TP16-DQ,-5.5 ,6.6 ,-0.1 ,0.6 
+TP17-DQ,-5.2 ,4.0 ,0.4 ,-0.2 
+TP03-BPL,7.4 ,6.7 ,6.6 ,3.0 
+TP04-BPL,7.5 ,4.6 ,6.5 ,3.4 
+TP05-BPL,10.1 ,6.9 ,6.7 ,1.4 
+TP06-BPL,5.5 ,6.8 ,5.4 ,0.7 
+TP07-BPL,7.3 ,8.0 ,5.0 ,2.1 
+TP08-BPL,16.7 ,7.2 ,5.2 ,1.5 
+TP01-BPR,-2.5 ,-0.6 ,2.8 ,0.4 
+TP02-BPR,8.8 ,-0.6 ,3.2 ,0.7 
+TP03-BPR,0.9 ,4.3 ,1.3 ,-0.3 
+TP04-BPR,1.2 ,-1.7 ,3.5 ,-0.7 
+TP05-BPR,3.4 ,1.1 ,3.0 ,1.4 
+TP06-BPR,4.5 ,0.8 ,3.4 ,0.2 
+TP07-BPR,1.1 ,2.7 ,2.8 ,-0.6 
+TP08-BPR,3.2 ,5.7 ,4.5 ,2.0 
+TP09-BPR,14.6 ,9.7 ,2.8 ,1.1 
+TP10-BPR,1.2 ,5.7 ,3.1 ,-0.6 
+TP11-BPR,6.7 ,9.6 ,1.1 ,0.9 
+TP12-BPR,1.2 ,2.7 ,-0.1 ,0.7 
+TP13-BPR,9.5 ,2.8 ,3.5 ,0.4 
+TP14-BPR,2.1 ,-0.1 ,2.0 ,-2.5 
+TP15-BPR,9.6 ,11.0 ,5.3 ,-0.9 
+TP16-BPR,7.4 ,8.2 ,3.5 ,1.1 
+TP17-BPR,5.5 ,0.0 ,2.3 ,-0.4 
+TP18-BPR,0.6 ,2.4 ,3.3 ,-3.5 
+TP19-BPR,7.4 ,9.6 ,5.6 ,1.4 
+TP20-BPR,8.0 ,4.4 ,2.1 ,-0.1 
+TP21-BPR,4.8 ,12.5 ,5.7 ,3.0 
+TP22-BPR,3.1 ,10.1 ,1.7 ,-0.5 
+TP23-BPR,19.2 ,22.9 ,5.3 ,1.6 
+TP24-BPR,-0.2 ,-7.3 ,1.8 ,-0.9 
+TP01-RFH,10.8 ,6.9 ,1.8 ,1.7 
+TP02-RFH,10.3 ,5.4 ,2.4 ,-1.1 
+TP03-RFH,9.7 ,5.2 ,1.5 ,0.0 
+TP04-RFH,18.3 ,4.8 ,2.5 ,-1.7 
+TP05-RFH,11.9 ,9.6 ,1.5 ,-0.3 
+TP06-RFH,13.0 ,10.4 ,2.9 ,1.1 
+TP07-RFH,19.5 ,16.1 ,4.2 ,1.5 
+TP08-RFH,9.2 ,8.1 ,2.0 ,0.4 
+TP01-THP,-3.3 ,5.4 ,-2.2 ,1.1 
+TP02-THP,0.3 ,2.2 ,-4.4 ,1.8 
+TP03-THP,1.4 ,0.3 ,-4.7 ,1.5 
+TP04-THP,1.2 ,2.5 ,-3.7 ,3.1 
+TP05-THP,-0.8 ,-1.9 ,-4.2 ,0.5 
+TP06-THP,-0.8 ,4.1 ,-6.6 ,2.8 
+TP07-THP,0.8 ,2.0 ,-5.4 ,-0.3 
+TP08-THP,-0.9 ,1.5 ,-5.3 ,-1.1 
+TP09-THP,9.6 ,20.6 ,-4.5 ,3.9 
+TP10-THP,2.2 ,2.7 ,-3.5 ,1.2 
+TP01-KHP,13.2 ,-8.8 ,7.1 ,-2.5 
+TP02-KHP,10.1 ,3.8 ,5.1 ,0.1 
+TP03-KHP,6.5 ,-4.1 ,5.5 ,1.7 
+TP04-KHP,-11.2 ,27.7 ,4.9 ,3.5 
+TP05-KHP,14.5 ,6.3 ,7.5 ,-1.8 
+TP06-KHP,26.4 ,-2.9 ,8.5 ,2.0 
+TP07-KHP,6.5 ,6.4 ,7.5 ,-0.2 
+TP08-KHP,10.3 ,1.2 ,7.0 ,1.6 
+TP09-KHP,28.9 ,3.5 ,7.9 ,-1.2 
+TP10-KHP,8.8 ,-3.1 ,7.2 ,-1.8 
+end

代码/20241016断面自动生成/drawDMlineCOM1022_pan.py

@@ -0,0 +1,218 @@
+# -*- coding: utf-8 -*-
+import arcpy
+import math
+
+def drawDM(shppath,outpath,jj0,bj0):
+    jj = float(jj0)
+    bj = float(bj0)
+    szd = 'Sp'
+    mzd = 'Ep'
+    sx = 'SX'
+    sw = 'S_Weizhi'
+    arcpy.MakeFeatureLayer_management(shppath, 'DMshp')
+    shppath1 = outpath + '\\DMpoint.shp'
+    try:
+        arcpy.CreateFeatureclass_management(outpath, 'DMpoint.shp', 'POINT')
+    except:
+        arcpy.Delete_management(shppath1)
+        arcpy.CreateFeatureclass_management(outpath, 'DMpoint.shp', 'POINT')
+    arcpy.MakeFeatureLayer_management(shppath1, 'DMP')
+    shppath2 = outpath + '\\DMpolyline.shp'
+    try:
+        arcpy.CreateFeatureclass_management(outpath, 'DMpolyline.shp', 'POLYLINE')
+    except:
+        arcpy.Delete_management(shppath2)
+        arcpy.CreateFeatureclass_management(outpath, 'DMpolyline.shp', 'POLYLINE')
+    arcpy.MakeFeatureLayer_management(shppath2, 'DML')
+    arcpy.AddField_management('DMP','ZH','TEXT')
+    arcpy.AddField_management('DML','ZH','TEXT')
+    with arcpy.da.InsertCursor('DMP', ['SHAPE@','ZH']) as cursorA:
+        with arcpy.da.InsertCursor('DML', ['SHAPE@','ZH']) as cursorB:
+            with arcpy.da.SearchCursor('DMshp',['SHAPE@',szd,mzd,sw,sx,'length']) as cursorC:
+                for curC in cursorC:
+                    dm = curC[0]
+                    zf = curC[4]
+                    pts = dm.getPart(0)
+                    if zf == 1:
+                        sk = int(curC[1]) // 1000
+                        sj = int(curC[1]) % 1000
+                        len = curC[3]
+                        dmgeopt = dm.positionAlongLine(len)
+                        dmpt = dmgeopt.firstPoint
+                        zh = 'K' + str(sk) + '+' + str(str(sj).zfill(3))
+                        minp = findminp(dm,pts,len)
+                        pl = jsdp(dmpt,minp,bj)
+                        list1 = []
+                        list1.append(dmgeopt)
+                        list1.append(zh)
+                        cursorA.insertRow(list1)
+                        list2 = []
+                        list2.append(pl)
+                        list2.append(zh)
+                        cursorB.insertRow(list2)
+                        len = len + 50
+                        while len <= curC[5]:
+                            ptg1 = dm.positionAlongLine(len)
+                            pt1 = ptg1.firstPoint
+                            minp = findminp(dm,pts,len)
+                            pl = jsdp(pt1,minp,bj)
+                            sj = sj + 50
+                            if sj == 1000:
+                                sk = sk + 1
+                                sj = 0
+                            zh = 'K' + str(sk) + '+' + str(str(sj).zfill(3))
+                            listp1 = []
+                            listp1.append(ptg1)
+                            listp1.append(zh)
+                            cursorA.insertRow(listp1)
+                            listl1 = []
+                            listl1.append(pl)
+                            listl1.append(zh)
+                            cursorB.insertRow(listl1)
+                            len = len + 50
+                            print('B2')
+                        if curC[2] == -1:
+                            pass
+                        else:
+                            mk = int(curC[2]) // 1000
+                            mj = int(curC[2]) % 1000
+                            zh1 = 'K' + str(mk) + '+' + str(str(mj).zfill(3))
+                            if zh1 == zh:
+                                pass
+                            else:
+                                qd = dm.lastPoint
+                                plZ = jsdp(qd,pts[pts.count - 2],bj)
+                                lens = curC[5] - (len - 50)
+                                sj = sj + int(lens)
+                                zh = 'K' + str(sk) + '+' + str(str(sj).zfill(3))
+                                listp1 = []
+                                listp1.append(arcpy.PointGeometry(qd))
+                                listp1.append(zh)
+                                cursorA.insertRow(listp1)
+                                listl1 = []
+                                listl1.append(plZ)
+                                listl1.append(zh)
+                                cursorB.insertRow(listl1)
+                        print('B')                 
+                    else:
+                        sk = int(curC[1]) // 1000
+                        sj = int(curC[1]) % 1000
+                        len = curC[5] - curC[3]
+                        dmgeopt = dm.positionAlongLine(len)
+                        dmpt = dmgeopt.firstPoint
+                        zh = 'K' + str(sk) + '+' + str(str(sj).zfill(3))
+                        minp = findminp(dm,pts,len)
+                        pl = jsdp(dmpt,minp,bj)
+                        list1 = []
+                        list1.append(dmgeopt)
+                        list1.append(zh)
+                        cursorA.insertRow(list1)
+                        list2 = []
+                        list2.append(pl)
+                        list2.append(zh)
+                        cursorB.insertRow(list2)
+                        len = len - 50
+                        while len >= 0:
+                            ptg1 = dm.positionAlongLine(len)
+                            pt1 = ptg1.firstPoint
+                            minp = findminp(dm,pts,len)
+                            pl = jsdp(pt1,minp,bj)
+                            sj = sj + 50
+                            if sj == 1000:
+                                sk = sk + 1
+                                sj = 0
+                            zh = 'K' + str(sk) + '+' + str(str(sj).zfill(3))
+                            listp1 = []
+                            listp1.append(ptg1)
+                            listp1.append(zh)
+                            cursorA.insertRow(listp1)
+                            listl1 = []
+                            listl1.append(pl)
+                            listl1.append(zh)
+                            cursorB.insertRow(listl1)
+                            len = len - 50
+                            print('B2')
+                        if curC[2] == -1:
+                            pass
+                        else:
+                            mk = int(curC[2]) // 1000
+                            mj = int(curC[2]) % 1000
+                            zh1 = 'K' + str(mk) + '+' + str(str(mj).zfill(3))
+                            if zh1 == zh:
+                                pass
+                            else:
+                                qd = dm.firstPoint
+                                plZ = jsdp(qd,pts[1],bj)
+                                lens = len + 50
+                                sj = sj + int(lens)
+                                zh = 'K' + str(sk) + '+' + str(str(sj).zfill(3))
+                                listp1 = []
+                                listp1.append(arcpy.PointGeometry(qd))
+                                listp1.append(zh)
+                                cursorA.insertRow(listp1)
+                                listl1 = []
+                                listl1.append(plZ)
+                                listl1.append(zh)
+                                cursorB.insertRow(listl1)             
+                        print('C')
+
+def findminp(dm,pts,len):
+    mm = 1
+    disM = 9999
+    minp = pts[0]
+    while mm < (pts.count - 1):
+        dis2 = dm.measureOnLine(pts[mm])
+        dis = abs(dis2 - len)
+        if dis == 0:
+            minp = pts[mm - 1]
+            break
+        if dis < disM:
+            disM = dis
+            minp = pts[mm]
+        mm = mm + 1   
+    return minp
+
+def jsdp(pt1,pt2,bj):
+    qdx = pt1.X
+    qdy = pt1.Y
+    qdx1 = pt2.X
+    qdy1 = pt2.Y
+    qdk = (qdx1 - qdx) / (qdy1-qdy) * (-1) 
+    num0 = qdk * qdx
+    qdb = qdy - num0
+    numA = (qdk * qdk) + 1
+    num1 = qdb - qdy
+    num2 = 2 * qdk * num1
+    num3 = 2 * qdx
+    numB = num2 - num3
+    num4 = num1 * num1
+    num5 = qdx * qdx
+    num51 = bj * bj
+    numC = num4 + num5 - num51
+    num6 = numB * numB
+    num7 = 4 * numA * numC
+    num8 =  math.sqrt(num6 - num7)
+    num9 = (-1) * numB
+    num101 = num9 + num8
+    num102 = num9 - num8
+    num11 = 2 * numA
+    numX1 = num101 / num11
+    numX2 = num102 / num11
+    numY1 = qdk * numX1 + qdb
+    numY2 = qdk * numX2 + qdb
+    pt1 = arcpy.Point(numX1, numY1)
+    pt2 = arcpy.Point(numX2, numY2)
+    arr1 = arcpy.Array()
+    arr1.append(pt1)
+    arr1.append(pt2)
+    pl1 = arcpy.Polyline(arr1)
+    return pl1
+    
+                    
+
+
+if __name__ == '__main__':
+    try:
+        drawDM(r"D:\4work_now\20241017dm\P1.shp",r'D:\4work_now\20241017dm\1',50,30)
+    except arcpy.ExecuteError:
+        arcpy.AddMessage (arcpy.GetMessages())

代码/20241016断面自动生成/drawDMlineCOM1022_pan_1.py

@@ -0,0 +1,231 @@
+# -*- coding: utf-8 -*-
+import arcpy
+import math
+
+def drawDM(shppath,outpath,jj0,bj0):
+    jj = float(jj0)
+    bj = float(bj0)
+    szd = 'Sp'
+    sx = 'SX'
+    sw = 'S_Weizhi'
+    arcpy.MakeFeatureLayer_management(shppath, 'DMshp')
+    shppath1 = outpath + '\\DMpoint.shp'
+    try:
+        arcpy.CreateFeatureclass_management(outpath, 'DMpoint.shp', 'POINT')
+    except:
+        arcpy.Delete_management(shppath1)
+        arcpy.CreateFeatureclass_management(outpath, 'DMpoint.shp', 'POINT')
+    arcpy.MakeFeatureLayer_management(shppath1, 'DMP')
+    shppath2 = outpath + '\\DMpolyline.shp'
+    try:
+        arcpy.CreateFeatureclass_management(outpath, 'DMpolyline.shp', 'POLYLINE')
+    except:
+        arcpy.Delete_management(shppath2)
+        arcpy.CreateFeatureclass_management(outpath, 'DMpolyline.shp', 'POLYLINE')
+    arcpy.MakeFeatureLayer_management(shppath2, 'DML')
+    arcpy.AddField_management('DMP','ZH','TEXT')
+    arcpy.AddField_management('DML','ZH','TEXT')
+    with arcpy.da.InsertCursor('DMP', ['SHAPE@','ZH']) as cursorA:
+        with arcpy.da.InsertCursor('DML', ['SHAPE@','ZH']) as cursorB:
+            with arcpy.da.SearchCursor('DMshp',['SHAPE@',szd,sw,sx,'length']) as cursorC:
+                for curC in cursorC:
+                    dm = curC[0]
+                    zf = curC[3]
+                    pts = dm.getPart(0)
+                    if zf == 1:
+                        sk = int(curC[1]) // 1000
+                        sj = int(curC[1]) % 1000
+                        len = curC[2]
+                        dmgeopt = dm.positionAlongLine(len)
+                        dmpt = dmgeopt.firstPoint
+                        zh = 'K' + str(sk) + '+' + str(str(sj).zfill(3))
+                        minp = findminp(dm,pts,len)
+                        try:
+                            pl = jsdp(dmpt,minp,bj)
+                            list1 = []
+                            list1.append(dmgeopt)
+                            list1.append(zh)
+                            cursorA.insertRow(list1)
+                            list2 = []
+                            list2.append(pl)
+                            list2.append(zh)
+                            cursorB.insertRow(list2)
+                        except:
+                            pass
+                        len = len + 50
+                        while len <= curC[4]:
+                            ptg1 = dm.positionAlongLine(len)
+                            pt1 = ptg1.firstPoint
+                            minp = findminp(dm,pts,len)
+                            sj = sj + 50
+                            if sj == 1000:
+                                sk = sk + 1
+                                sj = 0
+                            zh = 'K' + str(sk) + '+' + str(str(sj).zfill(3))
+                            try:
+                                pl = jsdp(pt1,minp,bj)
+                                listp1 = []
+                                listp1.append(ptg1)
+                                listp1.append(zh)
+                                cursorA.insertRow(listp1)
+                                listl1 = []
+                                listl1.append(pl)
+                                listl1.append(zh)
+                                cursorB.insertRow(listl1)
+                            except:
+                                pass
+                            len = len + 50
+                            print('B2')
+
+                        mk = int(curC[2]) // 1000
+                        mj = int(curC[2]) % 1000
+                        zh1 = 'K' + str(mk) + '+' + str(str(mj).zfill(3))
+                        if zh1 == zh:
+                            pass
+                        else:
+                            qd = dm.lastPoint
+                            lens = curC[5] - (len - 50)
+                            sj = sj + int(lens)
+                            zh = 'K' + str(sk) + '+' + str(str(sj).zfill(3))
+                            try:
+                                plZ = jsdp(qd,pts[pts.count - 2],bj)
+                                listp1 = []
+                                listp1.append(arcpy.PointGeometry(qd))
+                                listp1.append(zh)
+                                cursorA.insertRow(listp1)
+                                listl1 = []
+                                listl1.append(plZ)
+                                listl1.append(zh)
+                                cursorB.insertRow(listl1)
+                            except:
+                                pass
+                        print('B')                 
+                    else:
+                        sk = int(curC[1]) // 1000
+                        sj = int(curC[1]) % 1000
+                        len = curC[4] - curC[2]
+                        dmgeopt = dm.positionAlongLine(len)
+                        dmpt = dmgeopt.firstPoint
+                        zh = 'K' + str(sk) + '+' + str(str(sj).zfill(3))
+                        minp = findminp(dm,pts,len)
+                        try:
+                            pl = jsdp(dmpt,minp,bj)
+                            list1 = []
+                            list1.append(dmgeopt)
+                            list1.append(zh)
+                            cursorA.insertRow(list1)
+                            list2 = []
+                            list2.append(pl)
+                            list2.append(zh)
+                            cursorB.insertRow(list2)
+                        except:
+                            pass
+                        len = len - 50
+                        while len >= 0:
+                            ptg1 = dm.positionAlongLine(len)
+                            pt1 = ptg1.firstPoint
+                            minp = findminp(dm,pts,len)
+                            sj = sj + 50
+                            if sj == 1000:
+                                sk = sk + 1
+                                sj = 0
+                            zh = 'K' + str(sk) + '+' + str(str(sj).zfill(3))
+                            try:
+                                pl = jsdp(pt1,minp,bj)
+                                listp1 = []
+                                listp1.append(ptg1)
+                                listp1.append(zh)
+                                cursorA.insertRow(listp1)
+                                listl1 = []
+                                listl1.append(pl)
+                                listl1.append(zh)
+                                cursorB.insertRow(listl1)
+                            except:
+                                pass
+                            len = len - 50
+                            print('C2')
+
+                        mk = int(curC[2]) // 1000
+                        mj = int(curC[2]) % 1000
+                        zh1 = 'K' + str(mk) + '+' + str(str(mj).zfill(3))
+                        if zh1 == zh:
+                            pass
+                        else:
+                            qd = dm.firstPoint
+                            lens = len + 50
+                            sj = sj + int(lens)
+                            zh = 'K' + str(sk) + '+' + str(str(sj).zfill(3))
+                            try:
+                                plZ = jsdp(qd, pts[1], bj)
+                                listp1 = []
+                                listp1.append(arcpy.PointGeometry(qd))
+                                listp1.append(zh)
+                                cursorA.insertRow(listp1)
+                                listl1 = []
+                                listl1.append(plZ)
+                                listl1.append(zh)
+                                cursorB.insertRow(listl1)
+                            except:
+                                pass
+                        print('C')
+
+def findminp(dm,pts,len):
+    mm = 1
+    disM = 9999
+    minp = pts[0]
+    while mm < (pts.count - 1):
+        dis2 = dm.measureOnLine(pts[mm])
+        dis = abs(dis2 - len)
+        if dis == 0:
+            minp = pts[mm - 1]
+            break
+        if dis < disM:
+            disM = dis
+            minp = pts[mm]
+        mm = mm + 1   
+    return minp
+
+def jsdp(pt1,pt2,bj):
+    qdx = pt1.X
+    qdy = pt1.Y
+    qdx1 = pt2.X
+    qdy1 = pt2.Y
+    qdk = (qdx1 - qdx) / (qdy1-qdy) * (-1) 
+    num0 = qdk * qdx
+    qdb = qdy - num0
+    numA = (qdk * qdk) + 1
+    num1 = qdb - qdy
+    num2 = 2 * qdk * num1
+    num3 = 2 * qdx
+    numB = num2 - num3
+    num4 = num1 * num1
+    num5 = qdx * qdx
+    num51 = bj * bj
+    numC = num4 + num5 - num51
+    num6 = numB * numB
+    num7 = 4 * numA * numC
+    num8 =  math.sqrt(num6 - num7)
+    num9 = (-1) * numB
+    num101 = num9 + num8
+    num102 = num9 - num8
+    num11 = 2 * numA
+    numX1 = num101 / num11
+    numX2 = num102 / num11
+    numY1 = qdk * numX1 + qdb
+    numY2 = qdk * numX2 + qdb
+    pt1 = arcpy.Point(numX1, numY1)
+    pt2 = arcpy.Point(numX2, numY2)
+    arr1 = arcpy.Array()
+    arr1.append(pt1)
+    arr1.append(pt2)
+    pl1 = arcpy.Polyline(arr1)
+    return pl1
+    
+                    
+
+
+if __name__ == '__main__':
+    try:
+        drawDM(r"D:\4work_now\20241017dm\1024gq\MYQ\1\myqzxx.shp",r'D:\4work_now\20241017dm\1024gq\MYQ\1',50,30)
+    except arcpy.ExecuteError:
+        arcpy.AddMessage (arcpy.GetMessages())

代码/20241017都江堰断面/DMzl20241023.py

@@ -0,0 +1,144 @@
+import arcpy
+import math
+
+def pp():
+    dmxpath = r'D:\4work_now\20241017dm\20241129\hltdm3\dmx.shp'
+    dmdpath = r'D:\4work_now\20241017dm\20241129\hltdm3\dmd.shp'
+    # zdpath = r'D:\4work_now\20241017dm\1024gq\RMQ7\rmq200zdmd.shp'
+    dwgpath = r'D:\4work_now\20241017dm\20241129\hltdm3\dm.dwg'
+    gqpath = r'D:\4work_now\20241017dm\20241129\hltdm3\zxx.shp'
+    roadpath = r'D:\4work_now\20241017dm\20241129\hltdm3\road.shp'
+    arcpy.MakeFeatureLayer_management(dmxpath, 'DMshp')
+    arcpy.MakeFeatureLayer_management(dmdpath, 'DMDshp')
+    # arcpy.MakeFeatureLayer_management(zdpath, 'ZDshp')
+    arcpy.MakeFeatureLayer_management(gqpath, 'GQshp')
+    arcpy.MakeFeatureLayer_management(roadpath, 'roadshp')
+    annopath = dwgpath + '\\Annotation'
+    arcpy.MakeFeatureLayer_management(annopath, 'ANNO')
+    arcpy.AddField_management('DMshp','KZ','LONG')
+    arcpy.AddField_management('DMshp','JZ','LONG')
+    arcpy.AddField_management('DMshp','ZH','TEXT')
+    # arcpy.AddField_management('DMshp', 'ZH_1', 'TEXT')
+    arcpy.AddField_management('DMDshp','ZH','TEXT')
+    arcpy.AddField_management('DMDshp','LJ','FLOAT')
+    arcpy.AddField_management('DMDshp','SFR','LONG')
+    arcpy.AddField_management('DMDshp', 'SFL', 'LONG')
+    nonehz = -1
+    with arcpy.da.SearchCursor('GQshp',['SHAPE@']) as cursorZ:
+        for curZ in cursorZ:
+            GQline = curZ[0]
+
+    # with arcpy.da.UpdateCursor('DMshp',['SHAPE@','KZ','JZ','ZH']) as cursorA:
+    #     for curA in cursorA:
+    #         zh = ''
+    #         line1 = curA[0]
+    #         buf1 = line1.buffer(10)
+    #         arcpy.SelectLayerByLocation_management('ANNO','WITHIN',buf1)
+    #         pc = int(arcpy.GetCount_management('ANNO')[0])
+    #         if pc == 0:
+    #             curA[1] = nonehz
+    #             curA[2] = nonehz
+    #             curA[3] = 'None' + str(nonehz)
+    #             cursorA.updateRow(curA)
+    #         elif pc == 1:
+    #             with arcpy.da.SearchCursor('ANNO',['SHAPE@','Text']) as cursorAA:
+    #                 for curAA in cursorAA:
+    #                     zh = curAA[1]
+    #                     try:
+    #                         kstr = zh.split('+',-1)[0]
+    #                         kz = kstr.replace('K','')
+    #                         jstr = zh.split('+',-1)[1]
+    #                         try:
+    #                             jz = jstr.split(' ',-1)[0]
+    #                         except:
+    #                             jz = jstr
+    #                         curA[1] = int(kz)
+    #                         curA[2] = int(float(jz))
+    #                         zh = 'K' + str(int(kz)) + '+' +str(str(int(float(jz))).zfill(3))
+    #                         curA[3] = zh
+    #                         cursorA.updateRow(curA)
+    #                     except:
+    #                         print(zh)
+    #         else:
+    #             dis1 = 99999
+    #             zh = ''
+    #             with arcpy.da.SearchCursor('ANNO',['SHAPE@','Text']) as cursorAA:
+    #                 for curAA in cursorAA:
+    #                     if 'K' in curAA[1]:
+    #                         annopt = curAA[0]
+    #                         dis2 = line1.distanceTo (annopt)
+    #                         if dis2 < dis1:
+    #                             dis1 = dis2
+    #                             zh = curAA[1]
+    #                     else:
+    #                         pass
+    #             try:
+    #                 kstr = zh.split('+',-1)[0]
+    #                 kz = kstr.replace('K','')
+    #                 jstr = zh.split('+', -1)[1]
+    #                 try:
+    #                     jz = jstr.split(' ', -1)[0]
+    #                 except:
+    #                     jz = jstr
+    #                 curA[1] = int(kz)
+    #                 curA[2] = int(float(jz))
+    #                 zh1 = 'K' + str(int(kz)) + '+' + str(str(int(float(jz))).zfill(3))
+    #                 curA[3] = zh1
+    #                 cursorA.updateRow(curA)
+    #             except:
+    #                 pass
+    #         print('A')
+    with arcpy.da.SearchCursor('DMshp', ['SHAPE@', 'KZ', 'JZ', 'ZH']) as cursorA:
+        for curA in cursorA:
+            line1 = curA[0]
+            # len = line1.length / 2
+            # cpt = line1.positionAlongLine (len)
+            buf1 = line1.buffer(1)
+            zh = curA[3]
+            arcpy.SelectLayerByLocation_management('DMDshp','WITHIN',buf1)
+            pc2 = int(arcpy.GetCount_management('DMDshp')[0])
+            if pc2 > 0:
+                min = 999
+                with arcpy.da.SearchCursor('DMDshp',['SHAPE@']) as cursorZ:
+                    for curZ in cursorZ:
+                        pt = curZ[0].firstPoint
+                        lj = round(GQline.distanceTo(pt), 4)
+                        if lj < min:
+                            min = lj
+                            cpt = curZ[0]
+                with arcpy.da.UpdateCursor('DMDshp',['SHAPE@','ZH','LJ','SFR','SFL']) as cursorB:
+                    for curB in cursorB:
+                        tuple1 = GQline.queryPointAndDistance(curB[0])
+                        lj = round(cpt.distanceTo(curB[0]),4)
+                        if tuple1[3] == False:
+                            curB[3] = -1
+                        else:
+                            curB[3] = 1
+                        pt = curB[0]
+                        buf2 = pt.buffer(1)
+                        arcpy.SelectLayerByLocation_management('roadshp', 'INTERSECT', buf2)
+                        pc3 = int(arcpy.GetCount_management('roadshp')[0])
+                        # arcpy.SelectLayerByLocation_management('roadshp', 'CONTAINS', buf2)
+                        # pc4 = int(arcpy.GetCount_management('roadshp')[0])
+                        if pc3 > 0 :
+                            curB[4] = 1
+                        curB[1] = zh
+                        curB[2] = lj
+                        cursorB.updateRow(curB)
+                        print('1')
+
+
+    
+
+
+
+
+
+if __name__ == '__main__':
+    try:
+        # arcpy.AddMessage ('start at {0}\n'.format(time.strftime('%Y-%m-%d %H:%M:%S', time.localtime())))
+        pp()
+        # Lake(arcpy.GetParameterAsText(0),arcpy.GetParameterAsText(1),arcpy.GetParameterAsText(2),arcpy.GetParameterAsText(3),arcpy.GetParameterAsText(4))
+        # arcpy.AddMessage ('end at {0}\n'.format(time.strftime('%Y-%m-%d %H:%M:%S', time.localtime())))
+    except arcpy.ExecuteError:
+        arcpy.AddMessage (arcpy.GetMessages())

代码/20241017都江堰断面/ZDMDexcel.py

@@ -0,0 +1,59 @@
+from shapefile import Reader
+from openpyxl import Workbook
+
+def start():
+    dmxpath = r'D:\4work_now\20241017dm\20241129\hltdm\dmxZ.shp'
+    outpath = r'D:\4work_now\20241017dm\20241129\hltdm\hlt_zdm.xlsx'
+    list1 = []
+    max1 = 0
+    with Reader(dmxpath) as dmx:
+        dmxrec = dmx.records()
+        for dmxr in dmxrec:
+            knum = dmxr.KZ
+            jnum = dmxr.JZ
+            zh = dmxr.ZH_1
+            if zh == '':
+                gc = -1
+            else:
+                try:
+                    gc = zh.split(' ',-1)[1]
+                except:
+                    gc = -1
+            lista = []
+            lista.append(knum)
+            lista.append(jnum)
+            lista.append(gc)
+            list1.append(lista)
+            if max1 < knum:
+                max1 = knum
+    wb = Workbook() # 新建工作簿
+    ws = wb.active
+    mm = 0
+    nn = 0
+    ii = 1
+    while mm <= max1:
+        while nn < 1000:
+            lj = mm * 1000 + nn
+            for re in list1:
+                if re[0] == mm and re[1] == nn:
+                    ws.cell(row=ii, column=1, value=ii)
+                    ws.cell(row=ii, column=3, value=1000000)
+                    ws.cell(row=ii, column=4, value=lj)
+                    if ii == 1:
+                        ws.cell(row=ii, column=2, value=1)
+                    else:
+                        ws.cell(row=ii, column=2, value='+')
+                    if re[2] == -1:
+                        pass
+                    else:
+                        ws.cell(row=ii, column=5, value=re[2])
+                    print(str(lj))
+                    ii = ii + 1
+            nn = nn + 10   
+        mm = mm + 1
+        nn = 0
+    wb.save(outpath)       
+    
+
+if __name__ == '__main__':
+    start()

代码/20241017都江堰断面/ZDMDexcel_1108.py

@@ -0,0 +1,70 @@
+from shapefile import Reader
+from openpyxl import Workbook
+
+def start():
+    dmxpath = r'D:\4work_now\20241017dm\20241129\dzgq\dmx.shp'
+    outpath = r'D:\4work_now\20241017dm\20241129\dzgq\DZGQzdm.xlsx'
+    list1 = []
+    max1 = 0
+    with Reader(dmxpath) as dmx:
+        dmxrec = dmx.records()
+        for dmxr in dmxrec:
+            knum = dmxr.KZ
+            jnum = dmxr.JZ
+            zh = dmxr.ZH_1
+            if zh == '':
+                gc = -1
+            else:
+                try:
+                    gc = zh.split(' ',-1)[1]
+                except:
+                    gc = -1
+            lista = []
+            lista.append(knum)
+            lista.append(jnum)
+            lista.append(gc)
+            list1.append(lista)
+            if max1 < knum:
+                max1 = knum
+    wb = Workbook() # 新建工作簿
+    ws = wb.active
+    mm = 0
+    nn = 0
+    ii = 1
+    while mm <= max1:
+        while nn < 1000:
+            lj = mm * 1000 + nn
+            fn = -1
+            for re in list1:
+                if re[0] == mm and re[1] == nn:
+                    ws.cell(row=ii, column=1, value=ii)
+                    ws.cell(row=ii, column=3, value=1000000)
+                    ws.cell(row=ii, column=4, value=lj)
+                    if ii == 1:
+                        ws.cell(row=ii, column=2, value=1)
+                    else:
+                        ws.cell(row=ii, column=2, value='+')
+                    if re[2] == -1:
+                        pass
+                    else:
+                        ws.cell(row=ii, column=5, value=re[2])
+                    print(str(lj))
+                    ii = ii + 1
+                    fn = 1
+            if fn == -1:
+                ws.cell(row=ii, column=1, value=ii)
+                ws.cell(row=ii, column=3, value=1000000)
+                ws.cell(row=ii, column=4, value=lj)
+                if ii == 1:
+                    ws.cell(row=ii, column=2, value=1)
+                else:
+                    ws.cell(row=ii, column=2, value='+')
+                ii = ii + 1
+            nn = nn + 50   
+        mm = mm + 1
+        nn = 0
+    wb.save(outpath)       
+    
+
+if __name__ == '__main__':
+    start()

代码/20241017都江堰断面/dmname.py

@@ -0,0 +1,55 @@
+import arcpy
+import math
+
+def zhname(gc,zh):
+    try:
+        zh1 = zh.replace('.000','')
+    except:
+        zh1 = zh
+    str1 = zh1 + ' ' + str(gc)
+    return str1
+
+def dmname():
+    dmxpath = r'D:\4work_now\20241017dm\20241129\hltdm2\dmx.shp'
+    dmdpath = r'D:\4work_now\20241017dm\20241129\hltdm2\dmd.shp'
+    arcpy.MakeFeatureLayer_management(dmxpath, 'DMshp')
+    arcpy.MakeFeatureLayer_management(dmdpath, 'DMDshp')
+
+    arcpy.AddField_management('DMshp', 'ZH_1', 'TEXT')
+    with arcpy.da.UpdateCursor('DMshp',['SHAPE@','ZH','ZH_1']) as cursorA:
+        for curA in cursorA:
+            zh = curA[1]
+            if ' ' in zh:
+                str2 = zh
+            else:
+                line1 = curA[0]
+                buf1 = line1.buffer(0.5)
+                arcpy.SelectLayerByLocation_management('DMDshp','WITHIN',buf1)
+                pc = int(arcpy.GetCount_management('DMDshp')[0])
+                if pc == 0:
+                    curA[2] = zh
+                    cursorA.updateRow(curA)
+                    print('2')
+                else:
+                    list1 = []
+                    minnum = 9999
+                    gc = 0
+                    with arcpy.da.SearchCursor('DMDshp',['SHAPE@','LJ','height']) as cursorAA:
+                        for curAA in cursorAA:
+                            lj = curAA[1]
+                            if lj < minnum:
+                                minnum = lj
+                                gc = curAA[2]
+
+                    str2 = zhname(gc,zh)
+                    curA[2] = str2
+                    cursorA.updateRow(curA)
+                    print('1')
+
+
+
+if __name__ == '__main__':
+    try:
+        dmname()
+    except arcpy.ExecuteError:
+        arcpy.AddMessage (arcpy.GetMessages())

代码/20241017都江堰断面/dmname_onZH.py

@@ -0,0 +1,139 @@
+import arcpy
+import math
+
+def fillzh(str1):
+    if len(str1) == 1:
+        str2 = '00' + str1
+    elif len(str1) == 2:
+        str2 = '0' + str1
+    elif len(str1) == 4:
+        str2 = '000'
+    else:
+        str2 = str1
+    return  str2
+
+def dmname():
+    dmxpath = r'D:\4work_now\20241017dm\20241129\dzgq1\dmx.shp'
+    dmdpath = r'D:\4work_now\20241017dm\20241129\dzgq1\dmd.shp'
+    gqpath = r'D:\4work_now\20241017dm\20241129\dzgq1\zxx.shp'
+    arcpy.MakeFeatureLayer_management(dmxpath, 'DMshp')
+    arcpy.MakeFeatureLayer_management(dmdpath, 'DMDshp')
+    arcpy.MakeFeatureLayer_management(gqpath, 'GQshp')
+    arcpy.AddField_management('DMshp', 'ZH', 'TEXT')
+    arcpy.AddField_management('DMshp','KZ','LONG')
+    arcpy.AddField_management('DMshp','JZ','LONG')
+    with arcpy.da.SearchCursor('GQshp',['SHAPE@']) as cursorZ:
+        for curZ in cursorZ:
+            GQline = curZ[0]
+            length = GQline.length
+    # mm = 0
+    # nn = 0
+    with arcpy.da.UpdateCursor('DMshp',['SHAPE@','ZH','KZ','JZ']) as cursorA:
+        for curA in cursorA:
+            line1 = curA[0]
+            buf1 = line1.buffer(1)
+            arcpy.SelectLayerByLocation_management('DMDshp', 'WITHIN', buf1)
+            pc = int(arcpy.GetCount_management('DMDshp')[0])
+            if pc == 0:
+                pass
+            else:
+                minnum = 9999
+                with arcpy.da.SearchCursor('DMDshp', ['SHAPE@']) as cursorAA:
+                    for curAA in cursorAA:
+                        tuple1 = GQline.queryPointAndDistance(curAA[0])
+                        lj = tuple1[2]
+                        if lj < minnum:
+                            minnum = lj
+                            pt = curAA[0]
+                len1 =GQline.measureOnLine(pt)
+                kz = int(len1 // 1000)
+                jz = int(len1 % 1000)
+                if jz % 10 <5:
+                    num1 = jz % 10
+                    jz = jz - num1
+                else:
+                    num1 = jz % 10
+                    num2 = 10 - num1
+                    jz = jz + num2
+                str2 = fillzh(str(jz))
+                if jz == 1000:
+                    kz = kz+1
+                    str1 = 'K' + str(kz) + '+' + str2 + ' '
+                    jz = 0
+                else:
+                    str1 = 'K' + str(kz) + '+' + str2 + ' '
+                curA[1] = str1
+                curA[2] = kz
+                curA[3] = jz
+                cursorA.updateRow(curA)
+                print(str1)
+    #         if curA[1] == '':
+    #             line1 = curA[0]
+    #             if nn < 1000:
+    #                 str1 = fillzh(str(nn))
+    #                 zh1 = 'K' + str(mm) + '+' + str1
+    #                 curA[2] = mm
+    #                 curA[3] = nn
+    #                 curA[1] = zh1
+    #                 cursorA.updateRow(curA)
+    #                 nn = nn + 50
+    #             else:
+    #                 nn = 0
+    #                 mm = mm + 1
+    #                 str1 = fillzh(str(nn))
+    #                 zh1 = 'K' + str(mm) + '+' + str1
+    #                 curA[2] = mm
+    #                 curA[3] = nn
+    #                 curA[1] = zh1
+    #                 cursorA.updateRow(curA)
+    #                 nn = nn + 50
+
+            # arcpy.SelectLayerByLocation_management('DMDshp','WITHIN',buf1)
+            # pc = int(arcpy.GetCount_management('DMDshp')[0])
+            # if pc == 0:
+            #     pass
+            # else:
+            #     with arcpy.da.SearchCursor('DMDshp',['SHAPE@','height']) as cursorAA:
+            #         for curAA in cursorAA:
+            #             len1 = GQline.measureOnLine(curAA[0])
+            #             len2 = round(length - len1)
+            #             kz = int(len2 // 1000)
+            #             jz = int(len2 % 1000)
+            #             if jz % 10 != 0:
+            #                 jz = jz + 1
+            #             gc = round(curAA[1],1)
+            #             str2 = fillzh(str(jz))
+            #             str1 = 'K' + str(kz) + '+' + str2 + ' '
+            #             curA[1] = str1
+            #             cursorA.updateRow(curA)
+            #     print('1')
+            # arcpy.SelectLayerByLocation_management('DMDshp', 'WITHIN', buf1)
+            # pc2 = int(arcpy.GetCount_management('DMDshp')[0])
+            # if pc2 > 0:
+            #     with arcpy.da.UpdateCursor('DMDshp', ['SHAPE@', 'ZH', 'LJ', 'SFR', 'SFL']) as cursorB:
+            #         for curB in cursorB:
+            #             tuple1 = GQline.queryPointAndDistance(curB[0])
+            #             lj = round(tuple1[2], 4)
+            #             if tuple1[3] == False:
+            #                 curB[3] = -1
+            #             else:
+            #                 curB[3] = 1
+            #             pt = curB[0]
+            #             buf2 = pt.buffer(1)
+            #             arcpy.SelectLayerByLocation_management('roadshp', 'INTERSECT', buf2)
+            #             pc3 = int(arcpy.GetCount_management('roadshp')[0])
+            #             # arcpy.SelectLayerByLocation_management('roadshp', 'CONTAINS', buf2)
+            #             # pc4 = int(arcpy.GetCount_management('roadshp')[0])
+            #             if pc3 > 0:
+            #                 curB[4] = 1
+            #             curB[1] = zh
+            #             curB[2] = lj
+            #             cursorB.updateRow(curB)
+
+
+
+if __name__ == '__main__':
+    try:
+        dmname()
+    except arcpy.ExecuteError:
+        arcpy.AddMessage (arcpy.GetMessages())

代码/20241017都江堰断面/dmname_onZH_rename.py

@@ -0,0 +1,108 @@
+import arcpy
+import math
+
+def fillzh(str1):
+    if len(str1) == 1:
+        str2 = '00' + str1
+    elif len(str1) == 2:
+        str2 = '0' + str1
+    else:
+        str2 = str1
+    return  str2
+
+def dmname():
+    dmxpath = r'D:\4work_now\20241017dm\1028gq\RMQ7\rmqdmx.shp'
+    # dmdpath = r'D:\4work_now\20241017dm\1028gq\PYH\PYH2\pyhzdmd.shp'
+    gqpath = r'D:\4work_now\20241017dm\1028gq\RMQ7\rmqzxx.shp'
+    arcpy.MakeFeatureLayer_management(dmxpath, 'DMshp')
+    # arcpy.MakeFeatureLayer_management(dmdpath, 'DMDshp')
+    arcpy.MakeFeatureLayer_management(gqpath, 'GQshp')
+    arcpy.AddField_management('DMshp', 'ZH', 'TEXT')
+    mm = 0
+    nn = 0
+    ii = 0
+    with arcpy.da.SearchCursor('GQshp',['SHAPE@']) as cursorZ:
+        for curZ in cursorZ:
+            GQline = curZ[0]
+            length = GQline.length
+    with arcpy.da.SearchCursor('DMshp', ['SHAPE@', 'KZ', 'JZ', 'ZH']) as cursorA:
+        for curA in cursorA:
+            line1 = curA[0]
+            # while ii <= GQline.length:
+            #     pt1 = GQline.positionAlongLine (ii)
+            #     buf1 = pt1.buffer(1)
+            #     arcpy.SelectLayerByLocation_management('DMshp', 'INTERSECT', buf1)
+            #     pc = int(arcpy.GetCount_management('DMshp')[0])
+            #     if pc != 0:
+            #         with arcpy.da.UpdateCursor('DMshp',['SHAPE@','ZH','KZ','JZ']) as cursorA:
+            #             for curA in cursorA:
+            #                 # if curA[1] == '':
+            #                     line1 = curA[0]
+            #                     if nn < 1000:
+            #                         str1 = fillzh(str(nn))
+            #                         zh1 = 'K' + str(mm) + '+' + str1
+            #                         curA[2] = mm
+            #                         curA[3] = nn
+            #                         curA[1] = zh1
+            #                         cursorA.updateRow(curA)
+            #                         nn = nn + 50
+            #                     else:
+            #                         nn = 0
+            #                         mm = mm + 1
+            #                         str1 = fillzh(str(nn))
+            #                         zh1 = 'K' + str(mm) + '+' + str1
+            #                         curA[2] = mm
+            #                         curA[3] = nn
+            #                         curA[1] = zh1
+            #                         cursorA.updateRow(curA)
+            #                         nn = nn + 50
+            #     ii = ii + 50
+            #     print('1')
+
+            arcpy.SelectLayerByLocation_management('DMDshp','WITHIN',buf1)
+            pc = int(arcpy.GetCount_management('DMDshp')[0])
+            if pc == 0:
+                pass
+            else:
+                with arcpy.da.SearchCursor('DMDshp',['SHAPE@','height']) as cursorAA:
+                    for curAA in cursorAA:
+                        len1 = GQline.measureOnLine(curAA[0])
+                        len2 = round(length - len1)
+                        kz = int(len2 // 1000)
+                        jz = int(len2 % 1000)
+                        gc = round(curAA[1],1)
+                        str2 = fillzh(str(jz))
+                        str1 = 'K' + str(kz) + '+' + str2 + ' '
+                        curA[1] = str1
+                        cursorA.updateRow(curA)
+                print('1')
+            # arcpy.SelectLayerByLocation_management('DMDshp', 'WITHIN', buf1)
+            # pc2 = int(arcpy.GetCount_management('DMDshp')[0])
+            # if pc2 > 0:
+            #     with arcpy.da.UpdateCursor('DMDshp', ['SHAPE@', 'ZH', 'LJ', 'SFR', 'SFL']) as cursorB:
+            #         for curB in cursorB:
+            #             tuple1 = GQline.queryPointAndDistance(curB[0])
+            #             lj = round(tuple1[2], 4)
+            #             if tuple1[3] == False:
+            #                 curB[3] = -1
+            #             else:
+            #                 curB[3] = 1
+            #             pt = curB[0]
+            #             buf2 = pt.buffer(1)
+            #             arcpy.SelectLayerByLocation_management('roadshp', 'INTERSECT', buf2)
+            #             pc3 = int(arcpy.GetCount_management('roadshp')[0])
+            #             # arcpy.SelectLayerByLocation_management('roadshp', 'CONTAINS', buf2)
+            #             # pc4 = int(arcpy.GetCount_management('roadshp')[0])
+            #             if pc3 > 0:
+            #                 curB[4] = 1
+            #             curB[1] = zh
+            #             curB[2] = lj
+            #             cursorB.updateRow(curB)
+
+
+
+if __name__ == '__main__':
+    try:
+        dmname()
+    except arcpy.ExecuteError:
+        arcpy.AddMessage (arcpy.GetMessages())

代码/20241017都江堰断面/drawDMtable_20241202_QT.py

@@ -0,0 +1,614 @@
+from pyautocad import Autocad, APoint, aDouble
+import shapefile
+from shapefile import Reader
+
+def takeSec(elem):
+    return elem[1]
+
+def fill3(str1):
+    if len(str1) == 5:
+        str2 = str1
+    elif len(str1) == 4:
+        str2 = '0' + str1
+    elif len(str1) == 3:
+        str2 = '00' + str1
+    else:
+        str2 = '000' + str1
+    return str2
+
+def start():
+    dmdpath = r'D:\4work_now\20241017dm\20241129\hltdm3\dmd.shp'
+    dmxpath = r'D:\4work_now\20241017dm\20241129\hltdm3\dmx.shp'
+    mbpath = r'D:\4work_now\20241017dm\20241129\hltdm3\mb.dwg'
+    #要手动建
+    outpath = r'D:\4work_now\20241017dm\20241129\hltdm3\HLT.dwg'
+    txtpath = r'D:\4work_now\20241017dm\20241129\hltdm3\log.txt'
+
+    #读取shapefile
+    #线用来索引
+    max1 = 0
+    dmxdict = dict()
+    with Reader(dmdpath) as dmd:
+        dmdrec = dmd.records()
+    with Reader(dmxpath) as dmx:
+        dmxrec = dmx.records()
+        for dmxr in dmxrec:
+            knum = dmxr.KZ
+            kzh = dmxr.ZH
+            try:
+                zzh = kzh.split('.',-1)[0]
+            except:
+                zzh = kzh
+            if knum > max1:
+                max1 = knum
+            list1 = []
+            #记录要删除的index，统一删
+            index1 = []
+            id = 0
+            for dmdr in dmdrec:
+                dzh = dmdr.ZH
+                if dzh == kzh:
+                    lista = []
+                    #这里就计算累距
+                    lj1 = dmdr.LJ * dmdr.SFR
+                    lista.append(dmdr.height)
+                    lista.append(lj1)
+                    lista.append(dmdr.SFL)
+                    list1.append(lista)
+                    index1.append(id)
+                id = id + 1
+            # #因为会有区别，所以要用个值
+            # zz = 0
+            # for ind in index1:
+            #     num0 = ind - zz
+            #     dmdrec.pop(num0)
+            #     zz = zz + 1 
+            dmxdict[zzh] = list1
+    kk = max1
+    #链接cad
+    acad = Autocad(create_if_not_exists=True)
+    acad.Application.Documents.Open(outpath)
+    target_doc = acad.ActiveDocument
+    if kk > 20:
+        #要那个大框的
+        num1 = kk // 20
+        nn = 0
+        while nn <= num1:
+            yy = 0
+            if nn == num1:
+                max2 = kk
+                num2 = kk % 20
+                min2 = max2 - num2
+                numa1 = (nn*4200) + 10
+                numa2 = ((nn+1) * 4200) + 120
+                numa3 = (num2 * 200) + 270
+                jx1 = [numa1,-10,0]
+                jx2 = [numa2,-10,0]
+                jx3 = [numa2,numa3,0]
+                jx4 = [numa1,numa3,0]
+                line1 = jx1 + jx2 + jx3 + jx4 + jx1
+                pnts1 = aDouble(line1)
+                plineObj1 = acad.model.AddPolyLine(pnts1)
+                #文字
+                stra1 = 'K' + str(min2) +'+000 - K' + str(max2) + '+950'
+                numa5 = (numa1 + numa2) / 2
+                numa6 = (num2 * 200) + 210
+                p1 = APoint(numa5,numa6)
+                text1 = acad.model.AddText(stra1,p1,30)
+                text1.Color = 1
+            else:
+                max2 = 19 + (nn * 20)
+                min2 = nn * 20
+                numa1 = (nn*4200) + 10
+                numa2 = ((nn+1) * 4200) +120
+                numa3 = 4070
+                jx1 = [numa1,-10,0]
+                jx2 = [numa2,-10,0]
+                jx3 = [numa2,numa3,0]
+                jx4 = [numa1,numa3,0]
+                line1 = jx1 + jx2 + jx3 + jx4 + jx1
+                pnts1 = aDouble(line1)
+                plineObj1 = acad.model.AddPolyLine(pnts1)
+                #文字
+                stra1 = 'K' + str(min2) +'+000 - K' + str(max2) + '+950'
+                numa5 = (numa1 + numa2) / 2
+                numa6 = 4010
+                p1 = APoint(numa5,numa6)
+                text1 = acad.model.AddText(stra1,p1,30)
+                text1.Color = 1
+            mm = max2
+            x0 = (nn * 4220) + 300
+            while mm >= min2:
+                xx = x0
+                jj = 0
+                jj1 = 0
+                while jj < 1000:
+                    zhA = 'K' + str(mm) + '+' + str(str(jj).zfill(3))
+                    key1 = dmxdict.get(zhA, 'none')
+                    if key1 == 'none':
+                        # pass
+                        xx = xx + 210
+                    else:
+                        if len(key1) == 0:
+                            dmxdict.pop(zhA,'nonevalue')
+                            xx = xx + 210
+                        else:
+                            list2 = key1
+                            list2.sort(key=takeSec)
+                            slj = 0
+                            list3 = []
+                            for li4 in list2:
+                                if li4[1] == list2[0][1]:
+                                    slj = li4[1]
+                                    xs = 1
+                                    listb1 = []
+                                    listb1.append(li4[0])
+                                    listb1.append(li4[1])
+                                    listb1.append(xs)
+                                    listb1.append(li4[2])
+                                    list3.append(listb1)
+                                else:
+                                    listb1 = []
+                                    #区分下正负交替的部分
+                                    if slj < 0 and li4[1] >=0:
+                                        dis = 5
+                                        slj = li4[1]
+                                    else:
+                                        dis = abs(abs(slj) - abs(li4[1]))
+                                    if dis >= 3:
+                                        xs = 1
+                                        slj = li4[1]
+                                    else:
+                                        xs = -1 
+                                    listb1.append(li4[0])
+                                    listb1.append(li4[1])
+                                    listb1.append(xs)
+                                    listb1.append(li4[2])
+                                    list3.append(listb1)
+                            #只对模板进行开关
+                            acad.Application.Documents.Open(mbpath)
+                            doc = acad.ActiveDocument
+                            #先写，再移动
+                            text1 = list(acad.iter_objects("Text"))
+                            #防止重复
+                            k1 = 1
+                            k2 = 1
+                            minnum = 0
+                            pd1 = -1
+                            if abs(list3[0][1])>=28.7 or abs(list3[len(list3)-1][1])>=28.7:
+                                pd1 = 1
+                            for t2 in text1:
+                                if 'K' in t2.TextString:
+                                    #最下面那个桩号
+                                    t2.TextString = zhA
+                                if '+' in t2.TextString and 'K' not in t2.TextString:
+                                    if k1 == -1:
+                                        pass
+                                    else:
+                                        for li1 in list3:
+                                            if li1[2] == -1:
+                                                pass
+                                            else: 
+                                                #找到相对位置进行位移并赋值
+                                                if li1[1] == list3[0][1]:
+                                                    if pd1 ==1:
+                                                        #就以那个为起点
+                                                        num4 = str(format(li1[1], '.1f')).replace('-','')
+                                                        str5 = fill3(num4)
+                                                        str2 = '-0+' + str5
+                                                        t2.TextString = str2
+                                                    else:
+                                                        # jl1 = abs(abs(li1[1]) - 28.7)
+                                                        # center = APoint(0,0,0)
+                                                        # pt = APoint(jl1,0,0)
+                                                        # t2.move(center,pt)
+                                                        num4 = str(format(li1[1], '.1f')).replace('-','')
+                                                        str5 = fill3(num4)
+                                                        str2 = '-0+' + str5
+                                                        t2.TextString = str2
+                                                    minnum = abs(li1[1])
+                                                else:
+                                                    #复制
+                                                    copy = t2.Copy()  
+                                                    #移动
+                                                    jl1 = minnum + li1[1]
+                                                    center = APoint(0,0,0)
+                                                    pt = APoint(jl1,0,0)
+                                                    copy.move(center,pt)
+                                                    #重新赋值
+                                                    if li1[1] < 0:
+                                                        num4 = str(format(li1[1], '.1f')).replace('-','')
+                                                        str5 = fill3(num4)
+                                                        str2 = '-0+' + str5
+                                                    else:
+                                                        try:
+                                                            num4 = str(format(li1[1], '.1f')).replace('-','')
+                                                        except:
+                                                            num4 = str(format(li1[1], '.1f'))
+                                                        str5 = fill3(num4)
+                                                        str2 = '0+' + str5
+                                                    copy.TextString = str2
+                                    k1 = -1
+                                if '.' in t2.TextString and '+' not in t2.TextString:
+                                    if k2 == -1:
+                                        pass
+                                    else:
+                                        for li1 in list3:
+                                            if li1[2] == -1:
+                                                pass
+                                            else: 
+                                                #找到相对位置进行位移并赋值
+                                                if li1[1] == list3[0][1]:
+                                                    if pd1 == 1:
+                                                        #就以那个为起点
+                                                        str2 = str(format(li1[0], '.1f'))
+                                                        t2.TextString = str2
+                                                    else:
+                                                        # jl1 = abs(abs(li1[1]) - 28.7)
+                                                        # center = APoint(0,0,0)
+                                                        # pt = APoint(jl1,0,0)
+                                                        # t2.move(center,pt)
+                                                        str2 = str(format(li1[0], '.1f'))
+                                                        t2.TextString = str2
+                                                else:
+                                                    #复制
+                                                    copy = t2.Copy()  
+                                                    #移动
+                                                    jl1 = minnum + li1[1]
+                                                    center = APoint(0,0,0)
+                                                    pt = APoint(jl1,0,0)
+                                                    copy.move(center,pt)
+                                                    #重新赋值
+                                                    str2 = str(format(li1[0], '.1f'))
+                                                    copy.TextString = str2
+                                    k2 = -1
+                            print('B')
+                            #设置一条二位多段线line
+                            line1 = []
+                            road = -1
+                            mn = 0
+                            for li3 in list3:
+                                hh = li3[0]    
+                #-----------------------------------------------------------------------------------------------------------------------
+                                gc = abs(410 - hh)
+                #-----------------------------------------------------------------------------------------------------------------------
+                                # gc = abs(670 - hh)
+                                lj4 = minnum + li3[1]
+                                lj5 = 0
+                                # if pd1 == 1:
+                                #     zbx = 91.6 + lj4
+                                # else:
+                                #     lj5 = abs(abs(li3[1]) - 28.7)
+                                #     zbx = 91.6 + lj4+lj5
+                                zbx = 91.6 + lj4
+                                zby = gc + 56.7
+                                pt1 = [zbx,zby,0]
+                                line1 = line1 + pt1
+                                if li3[2] ==-1:
+                                    #那个竖线
+                                    ptA = APoint(zbx,zby)
+                                    ptB = APoint(zbx,57)
+                                    # ptB = APoint(zbx,(yy+25+37))
+                                    lnobj2 = acad.model.AddLine(ptA,ptB)
+                                    #这个要调一下
+                                    lnobj2.Color = 3
+                                else:
+                                    #那个竖线
+                                    ptA = APoint(zbx,zby)
+                                    ptB = APoint(zbx,22)
+                                    # ptB = APoint(zbx,(yy+27))
+                                    lnobj2 = acad.model.AddLine(ptA,ptB)
+                                    #这个要调一下
+                                    lnobj2.Color = 3
+                                #单独看下需要写出路的部分
+                                try:
+                                    if li3[3] == 1 and list3[mn+1][3] == 1 and abs(list3[mn+1][0] -li3[0]) <1:
+                                        if road == -1:
+                                            # str6 = '水泥路'
+                                            # text3 = acad.model.AddText(str6,ptA,1)
+                                            # text3.Color = 1
+                                            text3 = list(acad.iter_objects("Text"))
+                                            for t3 in text3:
+                                                if '路' in t3.TextString:
+                                                    center = APoint(0,0)
+                                                    numb1 = 91.5+lj4
+                                                    # if pd1 == 1:
+                                                    #     numb1 = 91.5+lj4
+                                                    # else:
+                                                    #     numb1 = 91.5 + lj4+lj5
+                                                    numb2 = 58+gc
+                                                    pt3 = APoint(numb1,numb2)
+                                                    t3.move(center,pt3)
+                                            road = 1
+                                except:
+                                    pass
+                                mn = mn + 1
+                            if road == -1:
+                                #删除标注
+                                text3 = list(acad.iter_objects("Text"))
+                                for t3 in text3:
+                                    if '路' in t3.TextString:
+                                        t3.Delete()
+                            #把线绘制出来
+                            pnts = aDouble(line1)
+                            try:
+                                plineObj = acad.model.AddPolyLine(pnts)
+                            except:
+                                with open(txtpath,'a+')as line1:
+                                    line1.write(zhA)
+                                    line1.flush()
+                            print('C')
+                            handle_string = 'select'
+                            text1 = list(acad.iter_objects(["Text", "Line","Circle"]))
+                            for t1 in text1:
+                                handle_string += ' (handent "'+t1.Handle+'")'
+                            #命令
+                            handle_string += '\n\n'
+                            doc.SendCommand(handle_string)
+                            #移动的距离
+                            str1 = 'move\n0,0,0\n' + str(xx) + ','+ str(yy) + ',0\n'
+                            #移动
+                            # doc.SendCommand('move\n-80,-140,0\n760,-140,0\n')
+                            doc.SendCommand(str1)
+                            #再次选择
+                            doc.SendCommand(handle_string)
+                            doc.SendCommand('copybase\n0,0,0\n')
+                            # target_doc.SendCommand('PASTEORIG\n')
+                            target_doc.SendCommand('PASTEORIG\n')
+                            #过程的不保存(删除所有要素)
+                            doc.Close(False)
+                            print(zhA + 'Finish')
+                            xx = xx + 210
+                            dmxdict.pop(zhA,'nonevalue')
+                    jj = jj + 50
+                mm = mm - 1
+                yy =yy + 200
+            nn = nn + 1
+
+    else:
+        yy = 0
+        while kk >= 0:
+            xx = 0
+            jj = 0
+            while jj < 1000:
+                zhA = 'K' + str(kk) + '+' + str(str(jj).zfill(3))
+                key1 = dmxdict.get(zhA, 'none')
+                if key1 == 'none':
+                    # xx = xx + 210 
+                    pass
+                else:
+                    if len(key1) == 0:
+                        dmxdict.pop(zhA,'nonevalue')
+                        xx = xx + 210
+                    else:
+                        list2 = key1
+                        list2.sort(key=takeSec)
+                        slj = 0
+                        list3 = []
+                        for li4 in list2:
+                            if li4[1] == list2[0][1]:
+                                slj = li4[1]
+                                xs = 1
+                                listb1 = []
+                                listb1.append(li4[0])
+                                listb1.append(li4[1])
+                                listb1.append(xs)
+                                listb1.append(li4[2])
+                                list3.append(listb1)
+                            else:
+                                listb1 = []
+                                #区分下正负交替的部分
+                                if slj < 0 and li4[1] >=0:
+                                    dis = 5
+                                    slj = li4[1]
+                                else:
+                                    dis = abs(abs(slj) - abs(li4[1]))
+                                if dis >= 3:
+                                    xs = 1
+                                    slj = li4[1]
+                                else:
+                                    xs = -1 
+                                listb1.append(li4[0])
+                                listb1.append(li4[1])
+                                listb1.append(xs)
+                                listb1.append(li4[2])
+                                list3.append(listb1)
+                        #只对模板进行开关
+                        acad.Application.Documents.Open(mbpath)
+                        doc = acad.ActiveDocument
+                        #先写，再移动
+                        text1 = list(acad.iter_objects("Text"))
+                        #防止重复
+                        k1 = 1
+                        k2 = 1
+                        minnum = 0
+                        pd1 = -1
+                        if abs(list3[0][1])>=28.7 or abs(list3[len(list3)-1][1])>=28.7:
+                            pd1 = 1
+                        for t2 in text1:
+                            if 'K' in t2.TextString:
+                                #最下面那个桩号
+                                t2.TextString = zhA
+                            if '+' in t2.TextString and 'K' not in t2.TextString:
+                                if k1 == -1:
+                                    pass
+                                else:
+                                    for li1 in list3:
+                                        if li1[2] == -1:
+                                            pass
+                                        else: 
+                                            #找到相对位置进行位移并赋值
+                                            if li1[1] == list3[0][1]:
+                                                if pd1 ==1:
+                                                    #就以那个为起点
+                                                    num4 = str(format(li1[1], '.1f')).replace('-','')
+                                                    str5 = fill3(num4)
+                                                    str2 = '-0+' + str5
+                                                    t2.TextString = str2
+                                                else:
+                                                    jl1 = abs(abs(li1[1]) - 28.7)
+                                                    center = APoint(0,0,0)
+                                                    pt = APoint(jl1,0,0)
+                                                    t2.move(center,pt)
+                                                    num4 = str(format(li1[1], '.1f')).replace('-','')
+                                                    str5 = fill3(num4)
+                                                    str2 = '-0+' + str5
+                                                    t2.TextString = str2
+                                                minnum = abs(li1[1])
+                                            else:
+                                                #复制
+                                                copy = t2.Copy()  
+                                                #移动
+                                                jl1 = minnum + li1[1]
+                                                center = APoint(0,0,0)
+                                                pt = APoint(jl1,0,0)
+                                                copy.move(center,pt)
+                                                #重新赋值
+                                                if li1[1] < 0:
+                                                    num4 = str(format(li1[1], '.1f')).replace('-','')
+                                                    str5 = fill3(num4)
+                                                    str2 = '-0+' + str5
+                                                else:
+                                                    try:
+                                                        num4 = str(format(li1[1], '.1f')).replace('-','')
+                                                    except:
+                                                        num4 = str(format(li1[1], '.1f'))
+                                                    str5 = fill3(num4)
+                                                    str2 = '0+' + str5
+                                                copy.TextString = str2
+                                k1 = -1
+                            if '.' in t2.TextString and '+' not in t2.TextString:
+                                if k2 == -1:
+                                    pass
+                                else:
+                                    for li1 in list3:
+                                        if li1[2] == -1:
+                                            pass
+                                        else: 
+                                            #找到相对位置进行位移并赋值
+                                            if li1[1] == list3[0][1]:
+                                                if pd1 == 1:
+                                                    #就以那个为起点
+                                                    str2 = str(format(li1[0], '.1f'))
+                                                    t2.TextString = str2
+                                                else:
+                                                    jl1 = abs(abs(li1[1]) - 28.7)
+                                                    center = APoint(0,0,0)
+                                                    pt = APoint(jl1,0,0)
+                                                    t2.move(center,pt)
+                                                    str2 = str(format(li1[0], '.1f'))
+                                                    t2.TextString = str2
+                                            else:
+                                                #复制
+                                                copy = t2.Copy()  
+                                                #移动
+                                                jl1 = minnum + li1[1]
+                                                center = APoint(0,0,0)
+                                                pt = APoint(jl1,0,0)
+                                                copy.move(center,pt)
+                                                #重新赋值
+                                                str2 = str(format(li1[0], '.1f'))
+                                                copy.TextString = str2
+                                k2 = -1
+                        print('B')
+                        #设置一条二位多段线line
+                        line1 = []
+                        road = -1
+                        mn = 0
+                        for li3 in list3:
+                            hh = li3[0]    
+            #-----------------------------------------------------------------------------------------------------------------------
+                            gc = abs(420- hh)
+            #-----------------------------------------------------------------------------------------------------------------------
+                            # gc = abs(670 - hh)
+                            lj4 = minnum + li3[1]
+                            zbx = 91.6 + lj4 
+                            zby = gc + 56.7
+                            pt1 = [zbx,zby,0]
+                            line1 = line1 + pt1
+                            if li3[2] ==-1:
+                                #那个竖线
+                                ptA = APoint(zbx,zby)
+                                ptB = APoint(zbx,56.7)
+                                # ptB = APoint(zbx,(yy+25+37))
+                                lnobj2 = acad.model.AddLine(ptA,ptB)
+                                #这个要调一下
+                                lnobj2.Color = 3
+                            else:
+                                #那个竖线
+                                ptA = APoint(zbx,zby)
+                                ptB = APoint(zbx,22)
+                                # ptB = APoint(zbx,(yy+27))
+                                lnobj2 = acad.model.AddLine(ptA,ptB)
+                                #这个要调一下
+                                lnobj2.Color = 3
+                            #单独看下需要写出路的部分
+                            try:
+                                if li3[3] == 1 and list3[mn+1][3] == 1 and abs(list3[mn+1][0] -li3[0]) <1:
+                                    if road == -1:
+                                        # str6 = '水泥路'
+                                        # text3 = acad.model.AddText(str6,ptA,1)
+                                        # text3.Color = 1
+                                        text3 = list(acad.iter_objects("Text"))
+                                        for t3 in text3:
+                                            if '路' in t3.TextString:
+                                                center = APoint(0,0)
+                                                numb1 = 91.5+lj4
+                                                numb2 = 58+gc
+                                                pt3 = APoint(numb1,numb2)
+                                                t3.move(center,pt3)
+                                                gc1 = hh
+                                        road = 1
+                            except:
+                                pass
+                            mn = mn + 1
+                        if road == -1:
+                            #删除标注
+                            text3 = list(acad.iter_objects("Text"))
+                            for t3 in text3:
+                                if '路' in t3.TextString:
+                                    t3.Delete()
+                        #把线绘制出来
+                        pnts = aDouble(line1)
+                        try:
+                            plineObj = acad.model.AddPolyLine(pnts)
+                        except:
+                            with open(txtpath,'a+')as line1:
+                                line1.write(zhA)
+                                line1.flush()
+                        print('C')
+                        handle_string = 'select'
+                        text1 = list(acad.iter_objects(["Text", "Line","Circle"]))
+                        for t1 in text1:
+                            handle_string += ' (handent "'+t1.Handle+'")'
+                        #命令
+                        handle_string += '\n\n'
+                        doc.SendCommand(handle_string)
+                        #移动的距离
+                        str1 = 'move\n0,0,0\n' + str(xx) + ','+ str(yy) + ',0\n'
+                        #移动
+                        # doc.SendCommand('move\n-80,-140,0\n760,-140,0\n')
+                        doc.SendCommand(str1)
+                        #再次选择
+                        doc.SendCommand(handle_string)
+                        doc.SendCommand('copybase\n0,0,0\n')
+                        # target_doc.SendCommand('PASTEORIG\n')
+                        target_doc.SendCommand('PASTEORIG\n')
+                        #过程的不保存(删除所有要素)
+                        doc.Close(False)
+                        print(zhA + 'Finish')
+                        xx = xx + 210
+                        dmxdict.pop(zhA,'nonevalue')
+                jj = jj + 10
+            kk = kk - 1
+            yy =yy + 200
+    target_doc.Close()
+
+                     
+
+if __name__ == '__main__':
+    start()
+        
+
+
+    

未加密软件工具/CAD插件工具/右上角图框方位/更新命令部分.txt

@@ -0,0 +1,2 @@
+tt2024 未加带号，接图表8列成16列，其他和原来的tt无差。
+tt2020 也就是原来的tt。

未加密软件工具/CAD插件工具/右上角图框方位/最老版本/cass/Debug2w/T_cad.dll.config

@@ -0,0 +1,3 @@
+<?xml version="1.0"?>
+<configuration>
+	<startup/></configuration>

未加密软件工具/CAD插件工具/右上角图框方位/最老版本/示例数据/需求模板.dwl

@@ -0,0 +1,3 @@
+10445
+LAPTOP-DPUTUM3D 
+2024定1埖12晩  10:58:25

未加密软件工具/CAD插件工具/右上角图框方位/最老版本/示例数据/需求模板.dwl2

@@ -0,0 +1,7 @@
+<?xml version="1.0" encoding="UTF-8">
+<whprops>
+<username>10445</username>
+<machinename>LAPTOP-DPUTUM3D </machinename>
+<fullname></fullname>
+<datetime>2024年1月12日  10:58:25</datetime>
+</whprops>