https://stackoverflow.com/questions/152319
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02-07-2019 - |
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我在寻找一个体面的排序实施为数组在VBA。一个快速排序将是首选。或任何其他 排序的算法 比其他的泡沫或合并就足够了。
请注意，这是与MS项目2003年，所以应该避免任何的Excel地的职能和任何东西。净相关。
解决方案
查看此处 ：结果
编辑：引用来源（allexperts.com）已关闭，但这里是相关的作者评论：
Web上有许多可用于排序的算法。最通用，通常最快的是 Quicksort算法 。以下是它的功能。
通过传递一个值数组（字符串或数字;无关紧要）并使用下部数组边界（通常为
0）和来调用它>上部数组边界（即UBound（myArray）。）示例 ：
调用QuickSort（myArray，0，UBound（myArray））完成后，
myArray将被排序，你可以用它做你想做的事。
（来源： archive.org ）
Public Sub QuickSort(vArray As Variant, inLow As Long, inHi As Long)
Dim pivot As Variant
Dim tmpSwap As Variant
Dim tmpLow As Long
Dim tmpHi As Long
tmpLow = inLow
tmpHi = inHi
pivot = vArray((inLow + inHi) \ 2)
While (tmpLow <= tmpHi)
While (vArray(tmpLow) < pivot And tmpLow < inHi)
tmpLow = tmpLow + 1
Wend
While (pivot < vArray(tmpHi) And tmpHi > inLow)
tmpHi = tmpHi - 1
Wend
If (tmpLow <= tmpHi) Then
tmpSwap = vArray(tmpLow)
vArray(tmpLow) = vArray(tmpHi)
vArray(tmpHi) = tmpSwap
tmpLow = tmpLow + 1
tmpHi = tmpHi - 1
End If
Wend
If (inLow < tmpHi) Then QuickSort vArray, inLow, tmpHi
If (tmpLow < inHi) Then QuickSort vArray, tmpLow, inHi
End Sub
其他提示
如果其他人想要的话，我将'快速快速排序'算法转换为VBA。
我已将其优化为在Int / Longs数组上运行，但将其转换为适用于任意可比元素的数组应该很简单。
Private Sub QuickSort(ByRef a() As Long, ByVal l As Long, ByVal r As Long)
Dim M As Long, i As Long, j As Long, v As Long
M = 4
If ((r - l) > M) Then
i = (r + l) / 2
If (a(l) > a(i)) Then swap a, l, i '// Tri-Median Methode!'
If (a(l) > a(r)) Then swap a, l, r
If (a(i) > a(r)) Then swap a, i, r
j = r - 1
swap a, i, j
i = l
v = a(j)
Do
Do: i = i + 1: Loop While (a(i) < v)
Do: j = j - 1: Loop While (a(j) > v)
If (j < i) Then Exit Do
swap a, i, j
Loop
swap a, i, r - 1
QuickSort a, l, j
QuickSort a, i + 1, r
End If
End Sub
Private Sub swap(ByRef a() As Long, ByVal i As Long, ByVal j As Long)
Dim T As Long
T = a(i)
a(i) = a(j)
a(j) = T
End Sub
Private Sub InsertionSort(ByRef a(), ByVal lo0 As Long, ByVal hi0 As Long)
Dim i As Long, j As Long, v As Long
For i = lo0 + 1 To hi0
v = a(i)
j = i
Do While j > lo0
If Not a(j - 1) > v Then Exit Do
a(j) = a(j - 1)
j = j - 1
Loop
a(j) = v
Next i
End Sub
Public Sub sort(ByRef a() As Long)
QuickSort a, LBound(a), UBound(a)
InsertionSort a, LBound(a), UBound(a)
End Sub
以德语解释，但该代码经过充分测试 - 实施地点：
Private Sub QuickSort(ByRef Field() As String, ByVal LB As Long, ByVal UB As Long)
Dim P1 As Long, P2 As Long, Ref As String, TEMP As String
P1 = LB
P2 = UB
Ref = Field((P1 + P2) / 2)
Do
Do While (Field(P1) < Ref)
P1 = P1 + 1
Loop
Do While (Field(P2) > Ref)
P2 = P2 - 1
Loop
If P1 <= P2 Then
TEMP = Field(P1)
Field(P1) = Field(P2)
Field(P2) = TEMP
P1 = P1 + 1
P2 = P2 - 1
End If
Loop Until (P1 > P2)
If LB < P2 Then Call QuickSort(Field, LB, P2)
If P1 < UB Then Call QuickSort(Field, P1, UB)
End Sub
像这样调用：
Call QuickSort(MyArray, LBound(MyArray), UBound(MyArray))
我发表一些代码在回答一个相关的问题上的计算器:
代码样本在线程包括：
- 一矢量的阵列的快速排序;
- 多列阵列的快速排序;
- 一BubbleSort.
阿兰的最优化的快速排序是非常闪亮的:我只是做了一个基本的分割和recurse，但是代码样本上面有一个'门的功能，以减少冗余的比较重复的价值观。另一方面，我的代码Excel，并有更多一点的防御性的编码-被警告，你会需要它如果你阵列包含的有害'Empty()'变，这将打破你的话...Wend比较运营商和捕获你的代码无限循环。
注意，快速排序algorthms和任何递归算法以填补堆和崩溃。如果你阵少于1024成员，我使用一个基本BubbleSort.
Public Sub QuickSortArray(ByRef SortArray As Variant, _
Optional lngMin As Long = -1, _
Optional lngMax As Long = -1, _
Optional lngColumn As Long = 0)
On Error Resume Next
'Sort a 2-Dimensional array
' Sample Usage: sort arrData by the contents of column 3
'
' QuickSortArray arrData, , , 3
'
'Posted by Jim Rech 10/20/98 Excel.Programming
'Modifications, Nigel Heffernan:
' ' Escape failed comparison with empty variant
' ' Defensive coding: check inputs
Dim i As Long
Dim j As Long
Dim varMid As Variant
Dim arrRowTemp As Variant
Dim lngColTemp As Long
If IsEmpty(SortArray) Then
Exit Sub
End If
If InStr(TypeName(SortArray), "()") < 1 Then 'IsArray() is somewhat broken: Look for brackets in the type name
Exit Sub
End If
If lngMin = -1 Then
lngMin = LBound(SortArray, 1)
End If
If lngMax = -1 Then
lngMax = UBound(SortArray, 1)
End If
If lngMin >= lngMax Then ' no sorting required
Exit Sub
End If
i = lngMin
j = lngMax
varMid = Empty
varMid = SortArray((lngMin + lngMax) \ 2, lngColumn)
' We send 'Empty' and invalid data items to the end of the list:
If IsObject(varMid) Then ' note that we don't check isObject(SortArray(n)) - varMid 可能会 pick up a valid default member or property
i = lngMax
j = lngMin
ElseIf IsEmpty(varMid) Then
i = lngMax
j = lngMin
ElseIf IsNull(varMid) Then
i = lngMax
j = lngMin
ElseIf varMid = "" Then
i = lngMax
j = lngMin
ElseIf varType(varMid) = vbError Then
i = lngMax
j = lngMin
ElseIf varType(varMid) > 17 Then
i = lngMax
j = lngMin
End If
While i <= j
While SortArray(i, lngColumn) < varMid And i < lngMax
i = i + 1
Wend
While varMid < SortArray(j, lngColumn) And j > lngMin
j = j - 1
Wend
If i <= j Then
' Swap the rows
ReDim arrRowTemp(LBound(SortArray, 2) To UBound(SortArray, 2))
For lngColTemp = LBound(SortArray, 2) To UBound(SortArray, 2)
arrRowTemp(lngColTemp) = SortArray(i, lngColTemp)
SortArray(i, lngColTemp) = SortArray(j, lngColTemp)
SortArray(j, lngColTemp) = arrRowTemp(lngColTemp)
Next lngColTemp
Erase arrRowTemp
i = i + 1
j = j - 1
End If
Wend
If (lngMin < j) Then Call QuickSortArray(SortArray, lngMin, j, lngColumn)
If (i < lngMax) Then Call QuickSortArray(SortArray, i, lngMax, lngColumn)
End Sub
自然数(Strings)快速进行排序
只是堆积到的主题。通常情况下，如果排序串号码，你会得到这样的事情：
Text1
Text10
Text100
Text11
Text2
Text20
但你真的想要它认识到的数值和被排喜欢
Text1
Text2
Text10
Text11
Text20
Text100
这里是如何做到这一点...
注：
- 我偷了快速进行排序从互联网上的一个长时间以前不知道现在在哪里...
- 我翻译的CompareNaturalNum功能，这是原来编写C从互联网上。
- 差从其他Q类：我不要交换的价值如果BottomTemp=TopTemp
自然的数量快速进行排序
Public Sub QuickSortNaturalNum(strArray() As String, intBottom As Integer, intTop As Integer)
Dim strPivot As String, strTemp As String
Dim intBottomTemp As Integer, intTopTemp As Integer
intBottomTemp = intBottom
intTopTemp = intTop
strPivot = strArray((intBottom + intTop) \ 2)
Do While (intBottomTemp <= intTopTemp)
' < comparison of the values is a descending sort
Do While (CompareNaturalNum(strArray(intBottomTemp), strPivot) < 0 And intBottomTemp < intTop)
intBottomTemp = intBottomTemp + 1
Loop
Do While (CompareNaturalNum(strPivot, strArray(intTopTemp)) < 0 And intTopTemp > intBottom) '
intTopTemp = intTopTemp - 1
Loop
If intBottomTemp < intTopTemp Then
strTemp = strArray(intBottomTemp)
strArray(intBottomTemp) = strArray(intTopTemp)
strArray(intTopTemp) = strTemp
End If
If intBottomTemp <= intTopTemp Then
intBottomTemp = intBottomTemp + 1
intTopTemp = intTopTemp - 1
End If
Loop
'the function calls itself until everything is in good order
If (intBottom < intTopTemp) Then QuickSortNaturalNum strArray, intBottom, intTopTemp
If (intBottomTemp < intTop) Then QuickSortNaturalNum strArray, intBottomTemp, intTop
End Sub
自然数目比较(用于快速进行排序)
Function CompareNaturalNum(string1 As Variant, string2 As Variant) As Integer
'string1 is less than string2 -1
'string1 is equal to string2 0
'string1 is greater than string2 1
Dim n1 As Long, n2 As Long
Dim iPosOrig1 As Integer, iPosOrig2 As Integer
Dim iPos1 As Integer, iPos2 As Integer
Dim nOffset1 As Integer, nOffset2 As Integer
If Not (IsNull(string1) Or IsNull(string2)) Then
iPos1 = 1
iPos2 = 1
Do While iPos1 <= Len(string1)
If iPos2 > Len(string2) Then
CompareNaturalNum = 1
Exit Function
End If
If isDigit(string1, iPos1) Then
If Not isDigit(string2, iPos2) Then
CompareNaturalNum = -1
Exit Function
End If
iPosOrig1 = iPos1
iPosOrig2 = iPos2
Do While isDigit(string1, iPos1)
iPos1 = iPos1 + 1
Loop
Do While isDigit(string2, iPos2)
iPos2 = iPos2 + 1
Loop
nOffset1 = (iPos1 - iPosOrig1)
nOffset2 = (iPos2 - iPosOrig2)
n1 = Val(Mid(string1, iPosOrig1, nOffset1))
n2 = Val(Mid(string2, iPosOrig2, nOffset2))
If (n1 < n2) Then
CompareNaturalNum = -1
Exit Function
ElseIf (n1 > n2) Then
CompareNaturalNum = 1
Exit Function
End If
' front padded zeros (put 01 before 1)
If (n1 = n2) Then
If (nOffset1 > nOffset2) Then
CompareNaturalNum = -1
Exit Function
ElseIf (nOffset1 < nOffset2) Then
CompareNaturalNum = 1
Exit Function
End If
End If
ElseIf isDigit(string2, iPos2) Then
CompareNaturalNum = 1
Exit Function
Else
If (Mid(string1, iPos1, 1) < Mid(string2, iPos2, 1)) Then
CompareNaturalNum = -1
Exit Function
ElseIf (Mid(string1, iPos1, 1) > Mid(string2, iPos2, 1)) Then
CompareNaturalNum = 1
Exit Function
End If
iPos1 = iPos1 + 1
iPos2 = iPos2 + 1
End If
Loop
' Everything was the same so far, check if Len(string2) > Len(String1)
' If so, then string1 < string2
If Len(string2) > Len(string1) Then
CompareNaturalNum = -1
Exit Function
End If
Else
If IsNull(string1) And Not IsNull(string2) Then
CompareNaturalNum = -1
Exit Function
ElseIf IsNull(string1) And IsNull(string2) Then
CompareNaturalNum = 0
Exit Function
ElseIf Not IsNull(string1) And IsNull(string2) Then
CompareNaturalNum = 1
Exit Function
End If
End If
End Function
isDigit(用于CompareNaturalNum)
Function isDigit(ByVal str As String, pos As Integer) As Boolean
Dim iCode As Integer
If pos <= Len(str) Then
iCode = Asc(Mid(str, pos, 1))
If iCode >= 48 And iCode <= 57 Then isDigit = True
End If
End Function
Dim arr As Object
Dim InputArray
'Creating a array list
Set arr = CreateObject("System.Collections.ArrayList")
'String
InputArray = Array("d", "c", "b", "a", "f", "e", "g")
'number
'InputArray = Array(6, 5, 3, 4, 2, 1)
' adding the elements in the array to array_list
For Each element In InputArray
arr.Add element
Next
'sorting happens
arr.Sort
'Converting ArrayList to an array
'so now a sorted array of elements is stored in the array sorted_array.
sorted_array = arr.toarray
你不希望一个基于Excel的解决方案，但由于我有同样的问题今天，想要试验使用的其他办公室应用程序的功能是我写的功能如下。
限制：
- 2维阵列；
- 最大的3列作为排序键；
- 取决于Excel;
测试调用Excel2010年，从2010年Visio
Option Base 1
Private Function sort_array_2D_excel(array_2D, array_sortkeys, Optional array_sortorders, Optional tag_header As String = "Guess", Optional tag_matchcase As String = "False")
' Dependencies: Excel; Tools > References > Microsoft Excel [Version] Object Library
Dim excel_application As Excel.Application
Dim excel_workbook As Excel.Workbook
Dim excel_worksheet As Excel.Worksheet
Set excel_application = CreateObject("Excel.Application")
excel_application.Visible = True
excel_application.ScreenUpdating = False
excel_application.WindowState = xlNormal
Set excel_workbook = excel_application.Workbooks.Add
excel_workbook.Activate
Set excel_worksheet = excel_workbook.Worksheets.Add
excel_worksheet.Activate
excel_worksheet.Visible = xlSheetVisible
Dim excel_range As Excel.Range
Set excel_range = excel_worksheet.Range("A1").Resize(UBound(array_2D, 1) - LBound(array_2D, 1) + 1, UBound(array_2D, 2) - LBound(array_2D, 2) + 1)
excel_range = array_2D
For i_sortkey = LBound(array_sortkeys) To UBound(array_sortkeys)
If IsNumeric(array_sortkeys(i_sortkey)) Then
sortkey_range = Chr(array_sortkeys(i_sortkey) + 65 - 1) & "1"
Set array_sortkeys(i_sortkey) = excel_worksheet.Range(sortkey_range)
Else
MsgBox "Error in sortkey parameter:" & vbLf & "array_sortkeys(" & i_sortkey & ") = " & array_sortkeys(i_sortkey) & vbLf & "Terminating..."
End
End If
Next i_sortkey
For i_sortorder = LBound(array_sortorders) To UBound(array_sortorders)
Select Case LCase(array_sortorders(i_sortorder))
Case "asc"
array_sortorders(i_sortorder) = XlSortOrder.xlAscending
Case "desc"
array_sortorders(i_sortorder) = XlSortOrder.xlDescending
Case Else
array_sortorders(i_sortorder) = XlSortOrder.xlAscending
End Select
Next i_sortorder
Select Case LCase(tag_header)
Case "yes"
tag_header = Excel.xlYes
Case "no"
tag_header = Excel.xlNo
Case "guess"
tag_header = Excel.xlGuess
Case Else
tag_header = Excel.xlGuess
End Select
Select Case LCase(tag_matchcase)
Case "true"
tag_matchcase = True
Case "false"
tag_matchcase = False
Case Else
tag_matchcase = False
End Select
Select Case (UBound(array_sortkeys) - LBound(array_sortkeys) + 1)
Case 1
Call excel_range.Sort(Key1:=array_sortkeys(1), Order1:=array_sortorders(1), Header:=tag_header, MatchCase:=tag_matchcase)
Case 2
Call excel_range.Sort(Key1:=array_sortkeys(1), Order1:=array_sortorders(1), Key2:=array_sortkeys(2), Order2:=array_sortorders(2), Header:=tag_header, MatchCase:=tag_matchcase)
Case 3
Call excel_range.Sort(Key1:=array_sortkeys(1), Order1:=array_sortorders(1), Key2:=array_sortkeys(2), Order2:=array_sortorders(2), Key3:=array_sortkeys(3), Order3:=array_sortorders(3), Header:=tag_header, MatchCase:=tag_matchcase)
Case Else
MsgBox "Error in sortkey parameter:" & vbLf & "Maximum number of sort columns is 3!" & vbLf & "Currently passed: " & (UBound(array_sortkeys) - LBound(array_sortkeys) + 1)
End
End Select
For i_row = 1 To excel_range.Rows.Count
For i_column = 1 To excel_range.Columns.Count
array_2D(i_row, i_column) = excel_range(i_row, i_column)
Next i_column
Next i_row
excel_workbook.Close False
excel_application.Quit
Set excel_worksheet = Nothing
Set excel_workbook = Nothing
Set excel_application = Nothing
sort_array_2D_excel = array_2D
End Function
这是一个例子如何测试的功能：
Private Sub test_sort()
array_unsorted = dim_sort_array()
Call msgbox_array(array_unsorted)
array_sorted = sort_array_2D_excel(array_unsorted, Array(2, 1, 3), Array("desc", "", "asdas"), "yes", "False")
Call msgbox_array(array_sorted)
End Sub
Private Function dim_sort_array()
Dim array_unsorted(1 To 5, 1 To 3) As String
i_row = 0
i_row = i_row + 1
array_unsorted(i_row, 1) = "Column1": array_unsorted(i_row, 2) = "Column2": array_unsorted(i_row, 3) = "Column3"
i_row = i_row + 1
array_unsorted(i_row, 1) = "OR": array_unsorted(i_row, 2) = "A": array_unsorted(i_row, 3) = array_unsorted(i_row, 1) & "_" & array_unsorted(i_row, 2)
i_row = i_row + 1
array_unsorted(i_row, 1) = "XOR": array_unsorted(i_row, 2) = "A": array_unsorted(i_row, 3) = array_unsorted(i_row, 1) & "_" & array_unsorted(i_row, 2)
i_row = i_row + 1
array_unsorted(i_row, 1) = "NOT": array_unsorted(i_row, 2) = "B": array_unsorted(i_row, 3) = array_unsorted(i_row, 1) & "_" & array_unsorted(i_row, 2)
i_row = i_row + 1
array_unsorted(i_row, 1) = "AND": array_unsorted(i_row, 2) = "A": array_unsorted(i_row, 3) = array_unsorted(i_row, 1) & "_" & array_unsorted(i_row, 2)
dim_sort_array = array_unsorted
End Function
Sub msgbox_array(array_2D, Optional string_info As String = "2D array content:")
msgbox_string = string_info & vbLf
For i_row = LBound(array_2D, 1) To UBound(array_2D, 1)
msgbox_string = msgbox_string & vbLf & i_row & vbTab
For i_column = LBound(array_2D, 2) To UBound(array_2D, 2)
msgbox_string = msgbox_string & array_2D(i_row, i_column) & vbTab
Next i_column
Next i_row
MsgBox msgbox_string
End Sub
如果任何人试验使用的其他版本办公室请帖在这里，如果有任何问题。
我想知道你对这个数组排序代码有什么看法。它很快就可以实现并完成工作......还没有测试过大型阵列。它适用于一维数组，对于多维附加值，需要构建重新定位矩阵（比初始数组少一个维度）。
For AR1 = LBound(eArray, 1) To UBound(eArray, 1)
eValue = eArray(AR1)
For AR2 = LBound(eArray, 1) To UBound(eArray, 1)
If eArray(AR2) < eValue Then
eArray(AR1) = eArray(AR2)
eArray(AR2) = eValue
eValue = eArray(AR1)
End If
Next AR2
Next AR1
我认为我的代码（经过测试）更加“受过教育”，假设越简单越好。
Option Base 1
'Function to sort an array decscending
Function SORT(Rango As Range) As Variant
Dim check As Boolean
check = True
If IsNull(Rango) Then
check = False
End If
If check Then
Application.Volatile
Dim x() As Variant, n As Double, m As Double, i As Double, j As Double, k As Double
n = Rango.Rows.Count: m = Rango.Columns.Count: k = n * m
ReDim x(n, m)
For i = 1 To n Step 1
For j = 1 To m Step 1
x(i, j) = Application.Large(Rango, k)
k = k - 1
Next j
Next i
SORT = x
Else
Exit Function
End If
End Function
这是我用来在内存中排序的东西 - 它可以很容易地扩展为对数组进行排序。
Sub sortlist()
Dim xarr As Variant
Dim yarr As Variant
Dim zarr As Variant
xarr = Sheets("sheet").Range("sing col range")
ReDim yarr(1 To UBound(xarr), 1 To 1)
ReDim zarr(1 To UBound(xarr), 1 To 1)
For n = 1 To UBound(xarr)
zarr(n, 1) = 1
Next n
For n = 1 To UBound(xarr) - 1
y = zarr(n, 1)
For a = n + 1 To UBound(xarr)
If xarr(n, 1) > xarr(a, 1) Then
y = y + 1
Else
zarr(a, 1) = zarr(a, 1) + 1
End If
Next a
yarr(y, 1) = xarr(n, 1)
Next n
y = zarr(UBound(xarr), 1)
yarr(y, 1) = xarr(UBound(xarr), 1)
yrng = "A1:A" & UBound(yarr)
Sheets("sheet").Range(yrng) = yarr
End Sub
Heapsort 实施。一个O（n log（n））（平均和最差的情况）到位， unstable 排序算法。
使用：调用HeapSort（A），其中 A 是一个变量的一维数组，其中 Option Base 1 。
Sub SiftUp(A() As Variant, I As Long)
Dim K As Long, P As Long, S As Variant
K = I
While K > 1
P = K \ 2
If A(K) > A(P) Then
S = A(P): A(P) = A(K): A(K) = S
K = P
Else
Exit Sub
End If
Wend
End Sub
Sub SiftDown(A() As Variant, I As Long)
Dim K As Long, L As Long, S As Variant
K = 1
Do
L = K + K
If L > I Then Exit Sub
If L + 1 <= I Then
If A(L + 1) > A(L) Then L = L + 1
End If
If A(K) < A(L) Then
S = A(K): A(K) = A(L): A(L) = S
K = L
Else
Exit Sub
End If
Loop
End Sub
Sub HeapSort(A() As Variant)
Dim N As Long, I As Long, S As Variant
N = UBound(A)
For I = 2 To N
Call SiftUp(A, I)
Next I
For I = N To 2 Step -1
S = A(I): A(I) = A(1): A(1) = S
Call SiftDown(A, I - 1)
Next
End Sub
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