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各位大哥好,有个问题想请教一下,不知道能不能帮忙看看啊,谢谢。我想在VB.net编制的程序(独立的exe文件)中实现这么一个功能:程序自动根据excel表格的数据,调取对应的图块,并把图块插入cad文件中,然后图块中的各个属性需根据excel表格的内容进行修改,有的属性修改后文字超出了图块的范围,为保证美观需要对该文字进行缩放。这个功能已经在VBA中实现了,但是VBA需要依靠CAD 才能运行,因此单独编制了基于VB.net的程序。VBA代码拷贝到VB.net中基本能用,只是无法实现文字缩放,问题截图及代码如下,麻烦帮忙看看是哪里的问题啊,谢谢!(代码有所简化,个别不需要缩放的属性对应的代码没贴)
调试中发现这句代码:attVars(k).GetBoundingBox(minExt, maxExt),对某一个块的第一个属性修改后,它能计算出修改后的文字的坐标,但是后面修改的其他属性的坐标无法计算,结果始终保持为第一个属性的文字的坐标,在VBA中没有这个问题。
代码如下:
- Imports System.Windows.Forms
- Imports Microsoft.Office.Interop
- Imports System.IO
- Imports System.Threading '导入命名空间
- Imports AutoCAD
- Public Class Form1
- Private Sub Button1_Click_1(sender As System.Object, e As System.EventArgs) Handles Button1.Click
- '读取excel负荷表
- Dim ExcelApp As Microsoft.Office.Interop.Excel.Application '声明Excel对象
- Dim ExcelWorkBook As Excel.Workbook '声明工作簿对象
- Dim ExcelWorkSheet As Excel.Worksheet '声明工作表对象
- Dim arr_FuHeBiao
- ExcelApp = New Microsoft.Office.Interop.Excel.Application '实例化Excel对象
- ExcelWorkBook = ExcelApp.Workbooks.Open("D:\桌面文件\VB.net测试\output1.xlsx")
- ExcelApp.Visible = False '隐藏Excel文件
- ExcelWorkBook = ExcelApp.Workbooks(1)
- arr_FuHeBiao = ExcelWorkBook.Sheets("sheet1").UsedRange.value '负荷表读入数组
- ExcelWorkBook.Close(True) '关闭工作簿
- ExcelApp.Quit() '结束EXCEL对象
- ExcelApp = Nothing '释放xlApp对象
- ExcelWorkBook = Nothing
- ExcelWorkSheet = Nothing
- '关闭excel进程
- Dim arrProcesses As Process() = Process.GetProcessesByName("excel")
- Dim objNewExcelProcess As Process = (From objProcess As Process In Process.GetProcessesByName("excel")
- Where Not arrProcesses.Contains(objProcess))(0)
- objNewExcelProcess.Kill()
- Dim xx As Integer
- Dim yy As Integer
- xx = UBound(arr_FuHeBiao, 2) 'excel表格列数
- yy = UBound(arr_FuHeBiao, 1) 'excel表格行数
- Dim AcadApp As AcadApplication
- Dim AcadDoc As AcadDocument
- On Error Resume Next
- AcadApp = GetObject(, "AutoCAD.Application") '如果CAD已经运行,则返回对CAD应用程序对象的引用,否则发生一个错误
- If Err.Number Then '如果Err.Number非零(为真)
- Err.Clear()
- AcadApp = CreateObject("AutoCAD.Application")
- If Err.Number Then
- MsgBox(Err.Description)
- Exit Sub
- End If
- End If
- AcadApp.Visible = True '设置界面可视
- AcadApp.WindowState = AutoCAD.AcWindowState.acMax '设置界面最大化
- AppActivate(AcadApp.Caption) '显示AutoCAD界面
- Dim count As Integer
- Dim i As Integer
- Dim dir_dwg As String
- dir_dwg = "d:\400V\shigong"
- Dim j As Integer
- Dim blk As String
- Dim blk_obj As Object
- Dim startp(0 To 2) As Double
- Dim countg As Integer
- Dim attVars As Object
- Dim k As Integer
- Dim mulian As Integer
- Dim guihao As Integer '1、柜号
- Dim xinghao As Integer '2、型号
- Dim chicun As Integer '3、尺寸
- Dim huiluhao As Integer '4、回路号
- Dim xiaoshiguige As Integer '5、模数
- Dim kaiguanhao As Integer '6、开关号
- Dim duanluqi As Integer '7、断路器型号
- Dim tuokouqi As Integer '8、脱扣器型号
- Dim liuhu As Integer '9、流互
- Dim dianliubiao As Integer '10、电流表
- Dim diandubiao As Integer '11、电度表
- Dim langyong As Integer '浪涌保护器
- Dim mingcheng As Integer '17、回路名称
- Dim shebeirongliang As Integer '18、设备容量
- Dim jisuanrongliang As Integer '19、计算容量
- Dim jisuandianliu As Integer '20、计算电流
- Dim zhengding As Integer '21、整定
- Dim peidianxiang As Integer '22、配电箱
- Dim dianlan As Integer '23、电缆
- Dim xiajizhengding As Integer '24、下级整定
- Dim fuhedengji As Integer '25、负荷等级
- Dim sanyao As Integer '26、三遥
- Dim jiankong As Integer '27、监控
- Dim fujian As Integer '28、接地保护及定值
- Dim xiaofang As Integer '29、负荷类型
- Dim beizhu As Integer '30、备注
- Dim muxianduan As Integer '31、母线段
- Dim duanyanshi As Integer '32、短延时整定值
- Dim shundong As Integer '33、瞬动整定值
- Dim xiangxian As Integer '34、相线截面
- Dim nxian As Integer '35、N线截面
- Dim pexian As Integer '36、PE线截面
- Dim m As Integer
- Dim deng As Integer
- count = yy '行数
- For i = 1 To xx
- Select Case arr_FuHeBiao(1, i)
- Case "开关柜编号"
- guihao = i
- Case "开关柜型号"
- xinghao = i
- Case "外型尺寸"
- chicun = i
- Case "回路编号"
- huiluhao = i
- Case "模数"
- xiaoshiguige = i
- Case "主回路开关编号"
- kaiguanhao = i
- Case "断路器型号"
- duanluqi = i
- Case "脱扣器型号"
- tuokouqi = i
- Case "电流互感器"
- liuhu = i
- Case "电流表"
- dianliubiao = i
- Case "电度表"
- diandubiao = i
- Case "浪涌保护器"
- langyong = i
- Case "回路名称"
- mingcheng = i
- Case "设备容量"
- shebeirongliang = i
- Case "计算容量"
- jisuanrongliang = i
- Case "计算电流"
- jisuandianliu = i
- Case "长延时整定值"
- zhengding = i
- Case "下级配电箱编号"
- peidianxiang = i
- Case "馈线电缆截面"
- dianlan = i
- Case "下级配电箱整定值"
- xiajizhengding = i
- Case "负荷等级"
- fuhedengji = i
- Case "操作机构"
- sanyao = i
- Case "电气火灾监控模块"
- jiankong = i
- Case "接地保护及定值"
- fujian = i
- Case "负荷类型"
- xiaofang = i
- Case "备注"
- beizhu = i
- Case "母线段"
- muxianduan = i
- Case "短延时整定值"
- duanyanshi = i
- Case "瞬动整定值"
- shundong = i
- Case "相线截面"
- xiangxian = i
- Case "N线截面"
- nxian = i
- Case "PE线截面"
- pexian = i
- End Select
- Next i
- Me.Visible = False
- AcadDoc = AcadApp.ActiveDocument
- Dim intp(0 To 2) As Double
- 'CAD中块插入的初始坐标
- intp(0) = 0
- intp(1) = 0
- intp(2) = 0
- Dim fitPoint(0 To 2) As Double
- Dim minExt As Object
- Dim maxExt As Object
- Dim intp_gui(0 To 2) As Double
- mulian = 0
- Dim ij As Integer
- Dim gui As String
- Dim guishu As Integer
- Dim kk As Integer
- blk = dir_dwg + "表头" + ".dwg" '图块路径及图块名称
- blk_obj = AcadApp.ActiveDocument.ModelSpace.InsertBlock(intp, blk, 1, 1, 1, 0) '插入块InsertBlock(插入点,名称,1,1,1,0)
- intp(0) = intp(0) + 20 '下一个图块插入点的x坐标
- i = 2
- While i <= count
- Select Case LTrim(RTrim(arr_FuHeBiao(i, mingcheng)))
- Case "变压器" '表格总名称为变压器时,插入变压器图块
- blk = dir_dwg + "变压器(左-右)" + ".dwg"
- blk_obj = AcadApp.ActiveDocument.ModelSpace.InsertBlock(intp, blk, 1, 1, 1, 0)
- attVars = blk_obj.GetAttributes '获取图块属性
- For k = 0 To UBound(attVars)
- Select Case attVars(k).TagString
- Case "回路编号"
- attVars(k).TextString = arr_FuHeBiao(i, huiluhao) '将图块属性修改为表格中的数据
- Case "回路名称"
- attVars(k).TextString = arr_FuHeBiao(i, mingcheng)
- Case "设备容量"
- attVars(k).TextString = arr_FuHeBiao(i, shebeirongliang) + "kVA"
- Case "计算电流"
- If arr_FuHeBiao(i, jisuandianliu) <> "" Then
- attVars(k).TextString = System.Math.Round(arr_FuHeBiao(i, jisuandianliu), 2)
- Else
- attVars(k).TextString = ""
- End If
- End Select
- Next k
- Case "进线"
- blk = dir_dwg + "进线" + ".dwg" '图块路径及图块名称
- blk_obj = AcadApp.ActiveDocument.ModelSpace.InsertBlock(intp, blk, 1, 1, 1, 0) '插入图块InsertBlock(插入点,名称,1,1,1,0)
- attVars = blk_obj.GetAttributes 'GetAttributes获得图块的属性
- For k = 0 To UBound(attVars)
- Select Case attVars(k).TagString
- Case "断路器型号"
- attVars(k).TextString = arr_FuHeBiao(i, duanluqi)
- attVars(k).GetBoundingBox(minExt, maxExt) 'GetBoundingBox(minExt, maxExt)获取文字的左端和右端的坐标
- If minExt(0) < intp(0) Or maxExt(0) > (intp(0) + 20) Then '文字左端坐标小于方框的左端坐标,或者文字右端坐标大于方框右端的坐标,即可判断为文字已超出方框
- attVars(k).Alignment = acAlignmentFit() '文字对齐方式:调整
- fitPoint(0) = intp(0) + 0.5 : fitPoint(1) = minExt(1) : fitPoint(2) = minExt(2)
- attVars(k).InsertPoint = fitPoint
- fitPoint(0) = intp(0) + 19.5 : fitPoint(1) = minExt(1) : fitPoint(2) = minExt(2)
- attVars(k).TextAlignmentPoint = fitPoint
- End If
- Case "脱扣器型号"
- attVars(k).TextString = arr_FuHeBiao(i, tuokouqi)
- attVars(k).GetBoundingBox(minExt, maxExt)
- If minExt(0) < intp(0) Or maxExt(0) > (intp(0) + 20) Then
- attVars(k).Alignment = acAlignmentFit
- fitPoint(0) = intp(0) + 0.5 : fitPoint(1) = minExt(1) : fitPoint(2) = minExt(2)
- attVars(k).InsertPoint = fitPoint
- fitPoint(0) = intp(0) + 19.5 : fitPoint(1) = minExt(1) : fitPoint(2) = minExt(2)
- attVars(k).TextAlignmentPoint = fitPoint
- End If
- Case "电流互感器"
- attVars(k).TextString = arr_FuHeBiao(i, liuhu)
- attVars(k).GetBoundingBox(minExt, maxExt)
- If minExt(0) < intp(0) Or maxExt(0) > (intp(0) + 20) Then
- attVars(k).Alignment = acAlignmentFit
- fitPoint(0) = intp(0) + 0.5 : fitPoint(1) = minExt(1) : fitPoint(2) = minExt(2)
- attVars(k).InsertPoint = fitPoint
- fitPoint(0) = intp(0) + 19.5 : fitPoint(1) = minExt(1) : fitPoint(2) = minExt(2)
- attVars(k).TextAlignmentPoint = fitPoint
- End If
- Case "馈线电缆截面"
- attVars(k).TextString = arr_FuHeBiao(i, dianlan)
- attVars(k).GetBoundingBox(minExt, maxExt)
- If minExt(0) < intp(0) Or maxExt(0) > (intp(0) + 20) Then
- attVars(k).Alignment = acAlignmentFit()
- fitPoint(0) = intp(0) + 0.5 : fitPoint(1) = minExt(1) : fitPoint(2) = minExt(2)
- attVars(k).InsertPoint = fitPoint
- fitPoint(0) = intp(0) + 19.5 : fitPoint(1) = minExt(1) : fitPoint(2) = minExt(2)
- attVars(k).TextAlignmentPoint = fitPoint
- End If
- End Select
- Next k
- Case "有源滤波"
- blk = dir_dwg + "有源滤波" + ".dwg"
- blk_obj = AcadApp.ActiveDocument.ModelSpace.InsertBlock(intp, blk, 1, 1, 1, 0)
- attVars = blk_obj.GetAttributes
- For k = 0 To UBound(attVars)
- Select Case attVars(k).TagString
- Case "断路器型号"
- attVars(k).TextString = arr_FuHeBiao(i, duanluqi)
- attVars(k).GetBoundingBox(minExt, maxExt)
- If minExt(0) < intp(0) Or maxExt(0) > (intp(0) + 20) Then
- attVars(k).Alignment = acAlignmentFit
- fitPoint(0) = intp(0) + 0.5 : fitPoint(1) = minExt(1) : fitPoint(2) = minExt(2)
- attVars(k).InsertionPoint = fitPoint
- fitPoint(0) = intp(0) + 19.5 : fitPoint(1) = minExt(1) : fitPoint(2) = minExt(2)
- attVars(k).TextAlignmentPoint = fitPoint
- End If
- Case "脱扣器型号"
- attVars(k).TextString = arr_FuHeBiao(i, tuokouqi)
- attVars(k).GetBoundingBox(minExt, maxExt)
- If minExt(0) < intp(0) Or maxExt(0) > (intp(0) + 20) Then
- attVars(k).Alignment = acAlignmentFit
- fitPoint(0) = intp(0) + 0.5 : fitPoint(1) = minExt(1) : fitPoint(2) = minExt(2)
- attVars(k).InsertionPoint = fitPoint
- fitPoint(0) = intp(0) + 19.5 : fitPoint(1) = minExt(1) : fitPoint(2) = minExt(2)
- attVars(k).TextAlignmentPoint = fitPoint
- End If
- Case "电流互感器"
- attVars(k).TextString = arr_FuHeBiao(i, liuhu)
- attVars(k).GetBoundingBox(minExt, maxExt)
- If minExt(0) < intp(0) Or maxExt(0) > (intp(0) + 20) Then
- attVars(k).Alignment = acAlignmentFit
- fitPoint(0) = intp(0) + 0.5 : fitPoint(1) = minExt(1) : fitPoint(2) = minExt(2)
- attVars(k).InsertionPoint = fitPoint
- fitPoint(0) = intp(0) + 19.5 : fitPoint(1) = minExt(1) : fitPoint(2) = minExt(2)
- attVars(k).TextAlignmentPoint = fitPoint
- End If
- Case "馈线电缆截面"
- attVars(k).TextString = arr_FuHeBiao(i, dianlan)
- attVars(k).GetBoundingBox(minExt, maxExt)
- If minExt(0) < intp(0) Or maxExt(0) > (intp(0) + 20) Then
- attVars(k).Alignment = acAlignmentFit
- fitPoint(0) = intp(0) + 0.5 : fitPoint(1) = minExt(1) : fitPoint(2) = minExt(2)
- attVars(k).InsertionPoint = fitPoint
- fitPoint(0) = intp(0) + 19.5 : fitPoint(1) = minExt(1) : fitPoint(2) = minExt(2)
- attVars(k).TextAlignmentPoint = fitPoint
- End If
- End Select
- Next k
- Case "母联"
- blk = dir_dwg + "母联1" + ".dwg"
- blk_obj = AcadApp.ActiveDocument.ModelSpace.InsertBlock(intp, blk, 1, 1, 1, 0)
- attVars = blk_obj.GetAttributes
- For k = 0 To UBound(attVars)
- Select Case attVars(k).TagString
- Case "断路器型号"
- attVars(k).TextString = arr_FuHeBiao(i, duanluqi)
- attVars(k).GetBoundingBox(minExt, maxExt)
- If minExt(0) < intp(0) Or maxExt(0) > (intp(0) + 20) Then
- attVars(k).Alignment = acAlignmentFit()
- fitPoint(0) = intp(0) + 0.5 : fitPoint(1) = minExt(1) : fitPoint(2) = minExt(2)
- attVars(k).InsertPoint = fitPoint
- fitPoint(0) = intp(0) + 19.5 : fitPoint(1) = minExt(1) : fitPoint(2) = minExt(2)
- attVars(k).TextAlignmentPoint = fitPoint
- End If
- Case "脱扣器型号"
- attVars(k).TextString = arr_FuHeBiao(i, tuokouqi)
- attVars(k).GetBoundingBox(minExt, maxExt)
- If minExt(0) < intp(0) Or maxExt(0) > (intp(0) + 20) Then
- attVars(k).Alignment = acAlignmentFit()
- fitPoint(0) = intp(0) + 0.5 : fitPoint(1) = minExt(1) : fitPoint(2) = minExt(2)
- attVars(k).InsertPoint = fitPoint
- fitPoint(0) = intp(0) + 19.5 : fitPoint(1) = minExt(1) : fitPoint(2) = minExt(2)
- attVars(k).TextAlignmentPoint = fitPoint
- End If
- Case "电流互感器"
- attVars(k).TextString = arr_FuHeBiao(i, liuhu)
- attVars(k).GetBoundingBox(minExt, maxExt)
- If minExt(0) < intp(0) Or maxExt(0) > (intp(0) + 20) Then
- attVars(k).Alignment = acAlignmentFit()
- fitPoint(0) = intp(0) + 0.5 : fitPoint(1) = minExt(1) : fitPoint(2) = minExt(2)
- attVars(k).InsertPoint = fitPoint
- fitPoint(0) = intp(0) + 19.5 : fitPoint(1) = minExt(1) : fitPoint(2) = minExt(2)
- attVars(k).TextAlignmentPoint = fitPoint
- End If
- Case "馈线电缆截面"
- attVars(k).TextString = arr_FuHeBiao(i, dianlan)
- attVars(k).GetBoundingBox(minExt, maxExt)
- If minExt(0) < intp(0) Or maxExt(0) > (intp(0) + 20) Then
- attVars(k).Alignment = acAlignmentFit()
- fitPoint(0) = intp(0) + 0.5 : fitPoint(1) = minExt(1) : fitPoint(2) = minExt(2)
- attVars(k).InsertPoint = fitPoint
- fitPoint(0) = intp(0) + 19.5 : fitPoint(1) = minExt(1) : fitPoint(2) = minExt(2)
- attVars(k).TextAlignmentPoint = fitPoint
- End If
- End Select
- Next k
- Case Else
- Select Case arr_FuHeBiao(i, muxianduan)
- Case "11"
- blk = dir_dwg + "12级馈线" + ".dwg"
- blk_obj = AcadApp.ActiveDocument.ModelSpace.InsertBlock(intp, blk, 1, 1, 1, 0)
- Case "111"
- blk = dir_dwg + "12级馈线(三相流互)" + ".dwg"
- blk_obj = AcadApp.ActiveDocument.ModelSpace.InsertBlock(intp, blk, 1, 1, 1, 0)
- Case "12"
- blk = dir_dwg + "照明馈线" + ".dwg"
- blk_obj = AcadApp.ActiveDocument.ModelSpace.InsertBlock(intp, blk, 1, 1, 1, 0)
- Case "121"
- blk = dir_dwg + "照明馈线(三相流互)" + ".dwg"
- blk_obj = AcadApp.ActiveDocument.ModelSpace.InsertBlock(intp, blk, 1, 1, 1, 0)
- Case "14"
- blk = dir_dwg + "照明总开关(左-右)" + ".dwg"
- blk_obj = AcadApp.ActiveDocument.ModelSpace.InsertBlock(intp, blk, 1, 1, 1, 0)
- Case "141"
- blk = dir_dwg + "照明总开关(三相流互)(左-右)" + ".dwg"
- blk_obj = AcadApp.ActiveDocument.ModelSpace.InsertBlock(intp, blk, 1, 1, 1, 0)
- Case "15"
- blk = dir_dwg + "照明总计量(左-右)" + ".dwg"
- blk_obj = AcadApp.ActiveDocument.ModelSpace.InsertBlock(intp, blk, 1, 1, 1, 0)
- Case "151"
- blk = dir_dwg + "照明总计量(三相流互)(左-右)" + ".dwg"
- blk_obj = AcadApp.ActiveDocument.ModelSpace.InsertBlock(intp, blk, 1, 1, 1, 0)
- End Select
- attVars = blk_obj.GetAttributes
- For k = 0 To UBound(attVars)
- Select Case attVars(k).TagString
- Case "断路器型号"
- attVars(k).TextString = arr_FuHeBiao(i, duanluqi)
- attVars(k).GetBoundingBox(minExt, maxExt)
- If minExt(0) < intp(0) Or maxExt(0) > (intp(0) + 20) Then
- attVars(k).Alignment = acAlignmentFit()
- fitPoint(0) = intp(0) + 0.5 : fitPoint(1) = minExt(1) : fitPoint(2) = minExt(2)
- attVars(k).InsertionPoint = fitPoint
- fitPoint(0) = intp(0) + 19.5 : fitPoint(1) = minExt(1) : fitPoint(2) = minExt(2)
- attVars(k).TextAlignmentPoint = fitPoint
- End If
- Case "脱扣器型号"
- attVars(k).TextString = arr_FuHeBiao(i, tuokouqi)
- attVars(k).GetBoundingBox(minExt, maxExt)
- If minExt(0) < intp(0) Or maxExt(0) > (intp(0) + 20) Then
- attVars(k).Alignment = acAlignmentFit()
- fitPoint(0) = intp(0) + 0.5 : fitPoint(1) = minExt(1) : fitPoint(2) = minExt(2)
- attVars(k).InsertionPoint = fitPoint
- fitPoint(0) = intp(0) + 19.5 : fitPoint(1) = minExt(1) : fitPoint(2) = minExt(2)
- attVars(k).TextAlignmentPoint = fitPoint
- End If
- Case "电流互感器"
- attVars(k).TextString = arr_FuHeBiao(i, liuhu)
- attVars(k).GetBoundingBox(minExt, maxExt)
- If minExt(0) < intp(0) Or maxExt(0) > (intp(0) + 20) Then
- attVars(k).Alignment = acAlignmentFit()
- fitPoint(0) = intp(0) + 0.5 : fitPoint(1) = minExt(1) : fitPoint(2) = minExt(2)
- attVars(k).InsertionPoint = fitPoint
- fitPoint(0) = intp(0) + 19.5 : fitPoint(1) = minExt(1) : fitPoint(2) = minExt(2)
- attVars(k).TextAlignmentPoint = fitPoint
- End If
- Case "回路名称"
- attVars(k).TextString = arr_FuHeBiao(i, mingcheng)
- attVars(k).GetBoundingBox(minExt, maxExt)
- If minExt(0) < intp(0) Or maxExt(0) > (intp(0) + 20) Then
- attVars(k).Alignment = acAlignmentFit()
- fitPoint(0) = intp(0) + 0.5 : fitPoint(1) = minExt(1) : fitPoint(2) = minExt(2)
- attVars(k).InsertionPoint = fitPoint
- fitPoint(0) = intp(0) + 19.5 : fitPoint(1) = minExt(1) : fitPoint(2) = minExt(2)
- attVars(k).TextAlignmentPoint = fitPoint
- End If
- Case "馈线电缆截面"
- attVars(k).TextString = arr_FuHeBiao(i, dianlan)
- attVars(k).GetBoundingBox(minExt, maxExt)
- If minExt(0) < intp(0) Or maxExt(0) > (intp(0) + 20) Then
- attVars(k).Alignment = acAlignmentFit()
- fitPoint(0) = intp(0) + 0.5 : fitPoint(1) = minExt(1) : fitPoint(2) = minExt(2)
- attVars(k).InsertionPoint = fitPoint
- fitPoint(0) = intp(0) + 19.5 : fitPoint(1) = minExt(1) : fitPoint(2) = minExt(2)
- attVars(k).TextAlignmentPoint = fitPoint
- End If
- End Select
- Next k
- End Select
- intp(0) = intp(0) + 20
- i = i + 1
- End While
- MsgBox("已完成排列图绘制,请核查!")
- Me.Visible = True
- End Sub
- Private Function acAlignmentFit() As Object
- Throw New NotImplementedException
- End Function
- End Class
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