EXCEL のワークシートに挿入されたテーブルにはデフォルトでオートフィルターが設定されています．このテーブルに対してオートフィルターをかけた結果を VBA で取得する方法は難解で，従来の考え方とは少し異なります．
より抽象度の高い考え方をする必要があります．リレーショナルデータベースの概念である集合論を理解する必要があります．
タグ: EXCEL
複数のデータ系列をもつEXCELの散布図をマクロ記録する
EXCEL は散布図を描く際によく用いています．散布図のデータ系列の指定は奥深く，非常に難しいものがあり，少し凝ったことをしようとすると大変な目に遭います．
手動では設定不可能なほどの数のデータ系列の設定を VBA から行えないか，試行錯誤しました．今回はマクロの記録にとどめます．
EXCEL VBAのWeb Queryを用いて気象庁の過去のデータをダウンロードし温量指数および夏枯れ指数を求めるには
森林を構成する樹木の分布と積算温度には対応が見られます．暖かい地方では冬の寒さが，寒い地方では夏の暑さが植物の分布を制約するためです．吉良竜夫はこの点に注目し，暖かさの指数warmth indexおよび寒さの指数coldness indexという温量指数を考案しました．
暖かさの指数とは『月平均気温が５℃を越す月の平均気温から５℃を引いた値の合計』です．寒さの指数とは『月平均気温が５℃未満の月について，月の平均気温と５℃との差の合計』でマイナスをつけて表現します．温量指数と言う場合，普通は暖かさの指数を指します．
日本の植生帯を特徴づける樹木の分布帯と暖かさの指数との関係をみると，180, 85, 45, 15のところにそれぞれの植生帯の上端（すなわち低温側の分布限界）が集中していると言われます．それに基づいて日本の気候は次のように分類されます．
- 亜熱帯240から180
- 暖温帯（丘陵帯）180から85
- 冷温帯（山地帯）85から45
- 亜寒帯（亜高山帯）45から15
- 高山帯15未満
気象庁のサイトでは日本全国の過去の気象データを蓄積しており，それらをダウンロードすることができます．今回は EXCEL VBA を用いて Web Query によりデータをダウンロードし，温量指数を計算する方法を述べます．
方法はこちらのページ（EXCEL VBAで気象庁ホームページから風向風速，降水量，気温，日照時間のデータをダウンロードする）に詳しいですが，同ページのコードが動かなかったため，再度マクロの記録から接続文字列などを検証しました．
まずは手動でダウンロードする場合です．気象庁の過去の気象データ検索ページを開きます．地点，年月日，データの種類で絞り込みます．任意の地点を選択します．ここで必要なのは月平均気温ですので，年月日は年を指定し，月と日は指定せずにおきます．データの種類は『****年の月ごとの値を表示』です．
ここでブラウザのURLを取得します．
https://www.data.jma.go.jp/obd/stats/etrn/view/monthly_a1.php?prec_no=55&block_no=0552&year=1977&month=&day=&view=p1
year= で年を指定しており，ここを変数化してループすればEXCELでデータを自動抽出できます．以下コードです．
Option Explicit
Sub WarmthIndex()
Dim mySht As Worksheet
Dim myWeather(1048574, 15) As Variant
Dim myURL As String
Dim myYear As Integer
Dim myMonth As Integer
Dim myDate As Date
Dim myRng As Range
Dim myPlace As String
Dim i As Integer
Dim j As Long
Dim myTime As Single
Application.ScreenUpdating = False
j = 0
myDate = Date
myPlace = "**"
myTime = Timer
For myYear = 1977 To Year(myDate) - 1
myURL = "URL;https://www.data.jma.go.jp/obd/stats/etrn/view/monthly_a1.php?prec_no=55&block_no=0552&year=" & myYear & "&month=&day=&view=p1"
Set mySht = Worksheets.Add
Set myRng = mySht.Range("$A$1")
With mySht.QueryTables.Add(Connection:=myURL, Destination:=myRng)
.WebSelectionType = xlSpecifiedTables
.WebFormatting = xlWebFormattingNone
.WebTables = """tablefix1"""
.Refresh BackgroundQuery:=False
End With
Set myRng = myRng.CurrentRegion
With myRng
.Replace What:=" ", Replacement:=""
.Replace What:="]", Replacement:=""
.Replace What:=")", Replacement:=""
.Replace What:="/", Replacement:=""
End With
For i = 0 To myRng.Rows.Count - 4
myWeather(j, 0) = myPlace
myWeather(j, 1) = myYear
myWeather(j, 2) = myRng(i + 4, 1)
myWeather(j, 3) = myRng(i + 4, 2)
myWeather(j, 4) = myRng(i + 4, 3)
myWeather(j, 5) = myRng(i + 4, 4)
myWeather(j, 6) = myRng(i + 4, 6)
myWeather(j, 7) = myRng(i + 4, 7)
myWeather(j, 8) = myRng(i + 4, 8)
myWeather(j, 9) = myRng(i + 4, 9)
myWeather(j, 10) = myRng(i + 4, 10)
myWeather(j, 11) = myRng(i + 4, 11)
myWeather(j, 12) = myRng(i + 4, 12)
myWeather(j, 13) = myRng(i + 4, 13)
myWeather(j, 14) = myRng(i + 4, 16)
Select Case True
Case myRng(i + 4, 6) - 5 <= 0
myWeather(j, 15) = 0
Case Else
myWeather(j, 15) = myRng(i + 4, 6) - 5
End Select
j = j + 1
Next i
Application.DisplayAlerts = False
mySht.Delete
Application.DisplayAlerts = True
Next myYear
Set mySht = Worksheets.Add
With mySht
.Name = myYear & myPlace & "温量指数"
.Range("$A$1") = "地点"
.Range("$B$1") = "年"
.Range("$C$1") = "月"
.Range("$D$1") = "降水量合計"
.Range("$E$1") = "日最大降水量"
.Range("$F$1") = "1時間最大降水量"
.Range("$G$1") = "日平均気温"
.Range("$H$1") = "日最高気温"
.Range("$I$1") = "日最低気温"
.Range("$J$1") = "最高気温"
.Range("$K$1") = "最低気温"
.Range("$L$1") = "平均風速"
.Range("$M$1") = "最大風速"
.Range("$N$1") = "最大風向"
.Range("$O$1") = "日照時間"
.Range("$P$1") = "温量指数"
.Range("$A$2:$P$1048576") = myWeather
End With
Debug.Print Round(Timer - myTime, 2)
Set myRng = Nothing
Set mySht = Nothing
Application.ScreenUpdating = True
End Sub
ピボットテーブルを挿入します．設定はデフォルトで結構です．『行』には年をドラッグします．『値』には温量指数をドラッグします．『集計方法』はデータの合計です．これで温量指数が算出されます．
グラフを追加するなら折れ線グラフが良いでしょう．下図は当地の温量指数の推移ですが，1987年までは95から105の範囲を推移していたのが，1988年から2004年までは95から115までの範囲を乱高下を繰り返し，2005年以降は110近辺の範囲に収まってきているように見えます．全体として温暖化傾向が見られます．
次に，夏枯れ指数を算出します．夏枯れ指数とは『日最高気温が25℃を超えた日について25℃との差を年間で合計した値』（武井和久）のことです．基準とした25℃は寒地型芝草が弱り始める温度です．コードのみ載せます．
Option Explicit
Sub SummerSlumpIndex()
Dim mySht As Worksheet
Dim myWeather(1048574, 13) As Variant
Dim myURL As String
Dim myYear As Integer
Dim myMonth As Integer
Dim myDate As Date
Dim myRng As Range
Dim myPlace As String
Dim i As Integer
Dim j As Long
Dim myTime As Single
Application.ScreenUpdating = False
j = 0
myDate = Date
myPlace = "**"
myTime = Timer
For myYear = 1977 To Year(myDate) - 1
On Error Resume Next
If DateSerial(myYear, myMonth, 1) - DateSerial(Year(myDate), Month(myDate), 1) >= 0 Then
Exit For
End If
On Error GoTo 0
For myMonth = 1 To 12
myURL = "URL;https://www.data.jma.go.jp/obd/stats/etrn/view/daily_a1.php?prec_no=55&block_no=0552&year=" & myYear & "&month=" & myMonth & "&day=&view=p1"
Set mySht = Worksheets.Add
Set myRng = mySht.Range("$A$1")
With mySht.QueryTables.Add(Connection:=myURL, Destination:=myRng)
.WebSelectionType = xlSpecifiedTables
.WebFormatting = xlWebFormattingNone
.WebTables = """tablefix1"""
.Refresh BackgroundQuery:=False
End With
Set myRng = myRng.CurrentRegion
With myRng
.Replace What:=" ", Replacement:=""
.Replace What:="]", Replacement:=""
.Replace What:=")", Replacement:=""
.Replace What:="/", Replacement:=""
End With
For i = 0 To myRng.Rows.Count - 4
myWeather(j, 0) = myPlace
myWeather(j, 1) = DateSerial(myYear, myMonth, myRng(i + 4, 1))
myWeather(j, 2) = myRng(i + 4, 2)
myWeather(j, 3) = myRng(i + 4, 3)
myWeather(j, 4) = myRng(i + 4, 5)
myWeather(j, 5) = myRng(i + 4, 6)
myWeather(j, 6) = myRng(i + 4, 7)
myWeather(j, 7) = myRng(i + 4, 8)
myWeather(j, 8) = myRng(i + 4, 9)
myWeather(j, 9) = myRng(i + 4, 10)
myWeather(j, 10) = myRng(i + 4, 13)
myWeather(j, 11) = myRng(i + 4, 14)
Select Case True
Case myRng(i + 4, 5) - 5 <= 0
myWeather(j, 12) = 0
Case Else
myWeather(j, 12) = myRng(i + 4, 5) - 5
End Select
Select Case True
Case myRng(i + 4, 6) - 25 <= 0
myWeather(j, 13) = 0
Case Else
myWeather(j, 13) = myRng(i + 4, 6) - 25
End Select
j = j + 1
Next i
Application.DisplayAlerts = False
mySht.Delete
Application.DisplayAlerts = True
Next myMonth
Next myYear
Set mySht = Worksheets.Add
With mySht
.Name = myYear & myPlace
.Range("$A$1") = "地点"
.Range("$B$1") = "年月日"
.Range("$C$1") = "降水量合計"
.Range("$D$1") = "1時間最大降水量"
.Range("$E$1") = "平均気温"
.Range("$F$1") = "最高気温"
.Range("$G$1") = "最低気温"
.Range("$H$1") = "平均風速"
.Range("$I$1") = "最大風速"
.Range("$J$1") = "最大風向"
.Range("$K$1") = "最多風向"
.Range("$L$1") = "日照時間"
.Range("$M$1") = "温量指数"
.Range("$N$1") = "夏枯れ指数"
.Range("$A$2:$N$1048576") = myWeather
End With
Debug.Print Round(Timer - myTime, 2)
Set myRng = Nothing
Set mySht = Nothing
Application.ScreenUpdating = True
End Sub
ピボットテーブルを挿入します．『行』には年月日をドラッグします．『値』には夏枯れ指数をドラッグします．『集計方法』はデータの合計です．更に『分析』タブの『グループの選択』コマンドをクリックし，『グループ化』ウィンドウで『年』のみを選択して年月日を集約します．これで夏枯れ指数が算出されます．同様に温暖化傾向が見られます．
How to fix the text file of the food composition of the diet recipes to the first normal form?
In this article, I’d like to describe how to fix the text file of the food composition of the diet recipes, which a facility have provided for one year, to the first normal form in order to insert into database.
Option Explicit
Sub LoopProcedure()
Dim Sh As Worksheet
For Each Sh In Worksheets
If Sh.Name Like "Sheet" & "*" Then
Call TransportFromTxtToCSV(Sh)
End If
Next Sh
End Sub
Sub TransportFromTxtToCSV()
Dim mySht As Worksheet
Dim myRng As Range
Dim myAr As Variant
Dim RecAr() As String
Dim i As Long
Dim j As Long
Dim k As Long
Dim Date_Serving_Meal As Date
Dim Menu_Name As String
Dim tmpStart As Long
Dim Meal_Time As String
Dim Dish As String
Dim RecordNumber As Long
set mysht = sh
RecordNumber = Count_Record(mySht)
ReDim RecAr(RecordNumber - 1, 51)
Set myRng = mySht.UsedRange
myAr = myRng
k = 0
Date_Serving_Meal = "2011/1/1"
Menu_Name = myAr(1, 11) & myAr(1, 12) & myAr(1, 13)
tmpStart = InStr(Menu_Name, ")")
Menu_Name = Mid(Menu_Name, tmpStart + 1)
Meal_Time = "朝食"
For i = LBound(myAr) To UBound(myAr)
Select Case True
Case myAr(i, 2) = "合 計"
Date_Serving_Meal = DateAdd("d", 1, Date_Serving_Meal)
Case myAr(i, 2) = "《朝食》"
Meal_Time = "朝食"
Case myAr(i, 2) = "《昼食》"
Meal_Time = "昼食"
Case myAr(i, 2) = "《夕食》"
Meal_Time = "夕食"
Case myAr(i, 2) = "小 計"
Case myAr(i, 2) = "^e12【献立"
Case myAr(i, 2) Like "動蛋比" & "*"
Case myAr(i, 2) = "・・・・・・・・・・"
Case myAr(i, 2) = "料理名"
Case myAr(i, 2) = ""
Case Else
Dish = myAr(i, 2)
End Select
Select Case True
Case myAr(i, 3) = "・・・・・・・・・・・"
Case myAr(i, 3) Like "EN比" & "*"
Case myAr(i, 3) = "食品名"
Case myAr(i, 3) Like "一覧表】 ^e11" & "*"
Case myAr(i, 3) = ""
Case Else
RecAr(k, 0) = Date_Serving_Meal
RecAr(k, 1) = Menu_Name
RecAr(k, 2) = Meal_Time
RecAr(k, 3) = Dish
RecAr(k, 4) = myAr(i, 3)
For j = 5 To 22
RecAr(k, j) = myAr(i, j - 1)
Next j
For j = 23 To 39
RecAr(k, j) = myAr(i + 1, j - 18)
Next j
For j = 40 To 51
RecAr(k, j) = myAr(i + 2, j - 35)
Next j
k = k + 1
End Select
Next i
Set mySht = Worksheets.Add
With mySht
.Name = Menu_Name
.Range(Cells(1, 1), Cells(RecordNumber, 52)) = RecAr
End With
Set mySht = Nothing
Set myRng = Nothing
Erase RecAr
End Sub
Function Count_Record(ByRef Sh As Worksheet) As Long
Dim mySht As Worksheet
Dim myAr As Variant
Dim i As Long
Dim j As Long
Dim k As Long
Set mySht = Sh
myAr = mySht.UsedRange
j = 0
k = 0
For i = LBound(myAr) To UBound(myAr)
Select Case True
Case myAr(i, 2) = "合 計"
Case myAr(i, 2) = "小 計"
Case myAr(i, 2) = "《朝食》"
Case myAr(i, 2) = "《昼食》"
Case myAr(i, 2) = "《夕食》"
Case myAr(i, 2) = "^e12【献立"
Case myAr(i, 2) Like "動蛋比" & "*"
Case myAr(i, 2) = "・・・・・・・・・・"
Case myAr(i, 2) = "料理名"
Case myAr(i, 2) = ""
Case Else
j = j + 1
End Select
Select Case True
Case myAr(i, 3) = "・・・・・・・・・・・"
Case myAr(i, 3) Like "EN比" & "*"
Case myAr(i, 3) = "食品名"
Case myAr(i, 3) Like "一覧表】 ^e11" & "*"
Case myAr(i, 3) = ""
Case Else
k = k + 1
End Select
Next i
Count_Record = k
End Function
提供食レシピの食品成分のテキストファイルを第1正規形にするEXCEL VBAコード
ある施設の1年間で提供した食事のレシピの食品成分のテキストファイルから，データベースに取り込むための前処置としてデータを第1正規形に整形する EXCEL VBA コードです．個人的な備忘録です．
94行目以降の関数 Count_Record は，アクティブシートをループして必要なレコード数を計測する関数です．104行目以降で料理名の数（B列），119行目以降で食品名の数（C列）に注目しています．サブルーチン TransportFromTxtToCSV から呼び出して，動的配列の要素数を後で決定するのに用います．
Option Explicit
Sub LoopProcedure()
Dim Sh As Worksheet
For Each Sh In Worksheets
If Sh.Name Like "Sheet" & "*" Then
Call TransportFromTxtToCSV(Sh)
End If
Next Sh
End Sub
Sub TransportFromTxtToCSV()
Dim mySht As Worksheet
Dim myRng As Range
Dim myAr As Variant
Dim RecAr() As String
Dim i As Long
Dim j As Long
Dim k As Long
Dim Date_Serving_Meal As Date
Dim Menu_Name As String
Dim tmpStart As Long
Dim Meal_Time As String
Dim Dish As String
Dim RecordNumber As Long
set mysht = sh
RecordNumber = Count_Record(mySht)
ReDim RecAr(RecordNumber - 1, 51)
Set myRng = mySht.UsedRange
myAr = myRng
k = 0
Date_Serving_Meal = "2011/1/1"
Menu_Name = myAr(1, 11) & myAr(1, 12) & myAr(1, 13)
tmpStart = InStr(Menu_Name, ")")
Menu_Name = Mid(Menu_Name, tmpStart + 1)
Meal_Time = "朝食"
For i = LBound(myAr) To UBound(myAr)
Select Case True
Case myAr(i, 2) = "合 計"
Date_Serving_Meal = DateAdd("d", 1, Date_Serving_Meal)
Case myAr(i, 2) = "《朝食》"
Meal_Time = "朝食"
Case myAr(i, 2) = "《昼食》"
Meal_Time = "昼食"
Case myAr(i, 2) = "《夕食》"
Meal_Time = "夕食"
Case myAr(i, 2) = "小 計"
Case myAr(i, 2) = "^e12【献立"
Case myAr(i, 2) Like "動蛋比" & "*"
Case myAr(i, 2) = "・・・・・・・・・・"
Case myAr(i, 2) = "料理名"
Case myAr(i, 2) = ""
Case Else
Dish = myAr(i, 2)
End Select
Select Case True
Case myAr(i, 3) = "・・・・・・・・・・・"
Case myAr(i, 3) Like "EN比" & "*"
Case myAr(i, 3) = "食品名"
Case myAr(i, 3) Like "一覧表】 ^e11" & "*"
Case myAr(i, 3) = ""
Case Else
RecAr(k, 0) = Date_Serving_Meal
RecAr(k, 1) = Menu_Name
RecAr(k, 2) = Meal_Time
RecAr(k, 3) = Dish
RecAr(k, 4) = myAr(i, 3)
For j = 5 To 22
RecAr(k, j) = myAr(i, j - 1)
Next j
For j = 23 To 39
RecAr(k, j) = myAr(i + 1, j - 18)
Next j
For j = 40 To 51
RecAr(k, j) = myAr(i + 2, j - 35)
Next j
k = k + 1
End Select
Next i
Set mySht = Worksheets.Add
With mySht
.Name = Menu_Name
.Range(Cells(1, 1), Cells(RecordNumber, 52)) = RecAr
End With
Set mySht = Nothing
Set myRng = Nothing
Erase RecAr
End Sub
Function Count_Record(ByRef Sh As Worksheet) As Long
Dim mySht As Worksheet
Dim myAr As Variant
Dim i As Long
Dim j As Long
Dim k As Long
Set mySht = Sh
myAr = mySht.UsedRange
j = 0
k = 0
For i = LBound(myAr) To UBound(myAr)
Select Case True
Case myAr(i, 2) = "合 計"
Case myAr(i, 2) = "小 計"
Case myAr(i, 2) = "《朝食》"
Case myAr(i, 2) = "《昼食》"
Case myAr(i, 2) = "《夕食》"
Case myAr(i, 2) = "^e12【献立"
Case myAr(i, 2) Like "動蛋比" & "*"
Case myAr(i, 2) = "・・・・・・・・・・"
Case myAr(i, 2) = "料理名"
Case myAr(i, 2) = ""
Case Else
j = j + 1
End Select
Select Case True
Case myAr(i, 3) = "・・・・・・・・・・・"
Case myAr(i, 3) Like "EN比" & "*"
Case myAr(i, 3) = "食品名"
Case myAr(i, 3) Like "一覧表】 ^e11" & "*"
Case myAr(i, 3) = ""
Case Else
k = k + 1
End Select
Next i
Count_Record = k
End Function
EXCEL VBAで2つの1次元配列が等しいか調べ，配列の差分を求める
EXCEL VBA において，2 つの配列が等しいか否か調べたいことはよくあります．更に2つの配列の差分，つまり互いに重複しない要素を取り出したいという需要もあります．今回は配列の差分を求めるコードを紹介します．
2つの配列が等しいかをまず調べ，等しくない場合に次に一方が他方の真部分集合であるか否かを調べます．最後に配列の差分を求めます．この順になっているのは全く同じ2つの配列の差分は空集合となって解が求まらないためであり，引き算される配列が引き算する配列の真部分集合の場合にも結果が空集合となり解が求まらないためです．
Array1 の配列要素全体を A, Array2 の配列要素全体を B とすると Array1 から Array2 を差し引いた差分は下式で表現されます．
二重ループによりそれぞれの要素を比較して一致した数を求めていますが，これは積集合を取っていることに他なりません．EXCELワークシートにおいて数式の参照元の最初のセルおよび参照先の最後のセルを取得するでも述べましたが，2つの集合の和集合と積集合の要素数が等しければ元の2つの集合は全く同じです．ここでのロジックは積集合の要素数と元の集合の要素数が等しければ元の2つの集合は等しい筈であるとの前提に立っています．
Option Explicit
Function COMPARE_ARRAY(ByRef Array1() As String, ByRef Array2() As String) As Boolean
Dim i As Long
Dim j As Long
Dim k As Long
k = 0
For i = LBound(Array1) To UBound(Array1)
For j = LBound(Array2) To UBound(Array2)
If Array1(i) = Array2(j) Then
k = k + 1
End If
Next j
Next i
If i = j And i = k Then
COMPARE_ARRAY = True
Else
COMPARE_ARRAY = False
End If
End Function
Function PROPERSUBSET_ARRAY(ByRef Array1() As String, ByRef Array2() As String) As Boolean
Dim i As Long
Dim j As Long
Dim k As Long
k = 0
For i = LBound(Array1) To UBound(Array1)
For j = LBound(Array2) To UBound(Array2)
If Array1(i) = Array2(j) Then
k = k + 1
End If
Next j
Next i
If k = i Then
PROPERSUBSET_ARRAY = True
Else
PROPERSUBSET_ARRAY = False
End If
End Function
下記関数では第 3 引数の Compare の指定により Array1 から Array2 の差分を求めるか，Array2 から Array1 の差分を求めるかを指定しています．但し，配列内の要素にもともと空白文字列があった場合にはうまく動作しません．
Function EXCEPT_ARRAY(ByRef Array1() As String, ByRef Array2() As String, ByVal Compare As Boolean) As String()
Dim i As Long
Dim j As Long
Dim k As Long
Dim InternalAr1() As String
Dim InternalAr2() As String
Dim Ar1Ar() As String
Dim Ar2Ar() As String
InternalAr1 = Array1
InternalAr2 = Array2
For i = LBound(InternalAr1) To UBound(InternalAr1)
For j = LBound(InternalAr2) To UBound(InternalAr2)
If InternalAr1(i) = InternalAr2(j) Then
InternalAr1(i) = ""
InternalAr2(j) = ""
k = k + 1
End If
Next j
Next i
k = 0
For i = LBound(InternalAr1) To UBound(InternalAr1)
If InternalAr1(i) = "" Then
Else
ReDim Preserve Ar1Ar(k)
Ar1Ar(k) = InternalAr1(i)
k = k + 1
End If
Next i
k = 0
For j = LBound(InternalAr2) To UBound(InternalAr2)
If InternalAr2(j) = "" Then
Else
ReDim Preserve Ar2Ar(k)
Ar2Ar(k) = InternalAr2(j)
k = k + 1
End If
Next j
If Compare Then
EXCEPT_ARRAY = Ar1Ar
Else
EXCEPT_ARRAY = Ar2Ar
End If
End Function
参照：
EXCELワークシートにおいて数式の参照元の最初のセルおよび参照先の最後のセルを取得する
How to compare and get differences between 2 arrays in EXCEL VBA?
When you’d like to compare 2 arrays in EXCEL VBA whether they are equal or not, what would you do? Furthermore, you might get different elements that don’t overlap each other. I’d like to describe the code that how to get differences of 2 arrays.
At first, you would have to check whether they are equal each other or not because the difference of equal arrays is empty set. Next, you would have to check whether an array is proper subset of another array or not. At last, you could get difference between 2 arrays.
See formula as below, it is shown all elements of Array1 as “A”, all elements of Array2 as “B” and differences elements from Array1 and Array2 as “A And (not B)”.
The following code compares elements between two set and get number of equal elements with double loop, that means to get intersection of 2 sets.
Option Explicit
Function COMPARE_ARRAY(ByRef Array1() As String, ByRef Array2() As String) As Boolean
Dim i As Long
Dim j As Long
Dim k As Long
k = 0
For i = LBound(Array1) To UBound(Array1)
For j = LBound(Array2) To UBound(Array2)
If Array1(i) = Array2(j) Then
k = k + 1
End If
Next j
Next i
If i = j And i = k Then
COMPARE_ARRAY = True
Else
COMPARE_ARRAY = False
End If
End Function
Function PROPERSUBSET_ARRAY(ByRef Array1() As String, ByRef Array2() As String) As Boolean
Dim i As Long
Dim j As Long
Dim k As Long
k = 0
For i = LBound(Array1) To UBound(Array1)
For j = LBound(Array2) To UBound(Array2)
If Array1(i) = Array2(j) Then
k = k + 1
End If
Next j
Next i
If k = i Then
PROPERSUBSET_ARRAY = True
Else
PROPERSUBSET_ARRAY = False
End If
End Function
Configuration of the 3rd argument “Compare” specifies which array should be excepted, when it was TRUE the function would except the latter from the former, when it was FALSE then it would except the former from the latter, respectively. It’s assumed that the elements of arrays has no empty string.
Function EXCEPT_ARRAY(ByRef Array1() As String, ByRef Array2() As String, ByVal Compare As Boolean) As String()
Dim i As Long
Dim j As Long
Dim k As Long
Dim InternalAr1() As String
Dim InternalAr2() As String
Dim Ar1Ar() As String
Dim Ar2Ar() As String
InternalAr1 = Array1
InternalAr2 = Array2
For i = LBound(InternalAr1) To UBound(InternalAr1)
For j = LBound(InternalAr2) To UBound(InternalAr2)
If InternalAr1(i) = InternalAr2(j) Then
InternalAr1(i) = ""
InternalAr2(j) = ""
k = k + 1
End If
Next j
Next i
k = 0
For i = LBound(InternalAr1) To UBound(InternalAr1)
If InternalAr1(i) = "" Then
Else
ReDim Preserve Ar1Ar(k)
Ar1Ar(k) = InternalAr1(i)
k = k + 1
End If
Next i
k = 0
For j = LBound(InternalAr2) To UBound(InternalAr2)
If InternalAr2(j) = "" Then
Else
ReDim Preserve Ar2Ar(k)
Ar2Ar(k) = InternalAr2(j)
k = k + 1
End If
Next j
If Compare Then
EXCEPT_ARRAY = Ar1Ar
Else
EXCEPT_ARRAY = Ar2Ar
End If
End Function
How to validate password with regular expression which requires single-byte alphanumeric characters and symbols?
It’s needed to enter password which requires a character, a number and a symbol at least, respectively. I’d like to describe how to validate password with VBScript®. It’s assumed that the length of password is 8 or greater.
In 23 line, the constraint is shown. In 22 line with comment, it’s shown that constrains password to require both a single-byte character and number at least and 8 or greater character length.
Option Explicit
Private Sub CommandButton1_Click()
With TextBox1
If Not CheckPassword(.Text) Then
.SetFocus
.SelStart = 0
.SelLength = Len(.Text)
Exit Sub
Else
End If
End With
Unload Me
End Sub
Function CheckPassword(InputString As String) As Boolean
Dim myReg As Object
CheckPassword = False
Set myReg = CreateObject("VBScript.RegExp")
With myReg
'.Pattern = "(?!^[0-9]*$)(?!^[a-zA-Z]*$)^([a-zA-Z0-9]{8,})$"
.Pattern = "(?!^[0-9]*$)(?!^[a-zA-Z]*$)(?!^[!-/:-@[-`{-~]*$)(?!^[a-zA-Z0-9]*$)(?!^[!-@[-`{-~]*$)(?!^[!-/:-~]*$)^([!-~]{8,})$"
.IgnoreCase = False
.Global = True
End With
If myReg.Test(InputString) Then
CheckPassword = True
End If
Set myReg = Nothing
End Function
Private Sub UserForm_Initialize()
With TextBox1
.IMEMode = fmIMEModeDisable
.PasswordChar = "*"
End With
End Sub
You might need description here. The pattern (?!pattern) means such negative lookahead as EXCEPT operator effects in SQL. To seek area three circles overlap, it’s needed to remove areas around. After filtering out not required patterns with negative lookahead, it validates length of the password. The number of required pattern, which verifies n types of letter, is 2n – 2.
| Not Needed | Negative Lookahead Pattern |
| Number | (?!^[0-9]*$) |
| Character | (?!^[a-zA-Z]*$) |
| Symbol | (?!^[!-/:-@[-`{-~]*$) |
| Character and number | (?!^[a-zA-Z0-9]*$) |
| Number and symbol | (?!^[!-@[-`{-~]*$) |
| Character and symbol | (?!^[!-/:-~]*$) |
References:
Regular Expression Language – Quick Reference
How To: Use Regular Expressions to Constrain Input in ASP.NET
ASCII character code list (0-127)
Userform of Excel VBA as user interface
VBScriptの正規表現でパスワードに半角英数字と半角記号が使用されているか検証する
パスワード設定の際に半角数字，半角英字，半角記号をそれぞれ最低でも 1 文字使用するよう求められるケースは多いと思います．今回は VBScript の正規表現を用いてパスワードをチェックする方法を紹介します．
制約条件を半角英数字，半角記号を最低でも 1 文字用いることとし，文字列長を 8 文字以上とします．下図のようにユーザーフォーム上にラベルとテキストボックスとコマンドボタンを配置します．それぞれ Label1, TextBox1, CommandButton1 とします．
下記コードの 23 行目で制約条件を表現します．コメントアウトした 22 行目は半角英数字のみを 8 文字以上用いる場合の正規表現です．文字クラス内でエスケープが必要なメタ文字は \ と ] の 2 種類です．
Option Explicit
Private Sub CommandButton1_Click()
With TextBox1
If Not CheckPassword(.Text) Then
.SetFocus
.SelStart = 0
.SelLength = Len(.Text)
Exit Sub
Else
End If
End With
Unload Me
End Sub
Function CheckPassword(InputString As String) As Boolean
Dim myReg As Object
CheckPassword = False
Set myReg = CreateObject("VBScript.RegExp")
With myReg
'.Pattern = "(?!^[0-9]*$)(?!^[a-zA-Z]*$)^([a-zA-Z0-9]{8,})$"
.Pattern = "(?!^[0-9]*$)(?!^[a-zA-Z]*$)(?!^[!-/:-@[-`{-~]*$)(?!^[a-zA-Z0-9]*$)(?!^[!-@[-`{-~]*$)(?!^[!-/:-~]*$)^([!-~]{8,})$"
.IgnoreCase = False
.Global = True
End With
If myReg.Test(InputString) Then
CheckPassword = True
End If
Set myReg = Nothing
End Function
Private Sub UserForm_Initialize()
With TextBox1
.IMEMode = fmIMEModeDisable
.PasswordChar = "*"
End With
End Sub
ここで解説が必要かと思います．(?!pattern) は否定先読みを示し，SQL で言うところの EXCEPT 演算子と同じ働きをします．半角英数字と半角記号を最低でも 1 文字以上使用するとは，下表の文字の組み合わせを許可しないということです．下図の 3 つの円の重なる領域を求めるには，その周辺の領域を引き算して求めます．許可しないパターンを否定先読みで予めフィルタリングしておき，最後に全種類の文字クラスの文字列長をチェックしています．集合論とも考え方の重なる領域です．ちなみに，n 種類の文字種を検証するのに必要な否定先読みのパターン数は 2n – 2 です．
| Not Needed | Negative Lookahead Pattern |
| Number | (?!^[0-9]*$) |
| Character | (?!^[a-zA-Z]*$) |
| Symbol | (?!^[!-/:-@[-`{-~]*$) |
| Character and number | (?!^[a-zA-Z0-9]*$) |
| Number and symbol | (?!^[!-@[-`{-~]*$) |
| Character and symbol | (?!^[!-/:-~]*$) |
参照：
ASP.NET への入力を制約するために正規表現を使用する方法
正規表現の構文
ASCII文字コード(0-127)一覧表
インターフェースとしてのEXCEL VBAによるユーザーフォーム
The text file revised edition of “METs table of Physical Activities”
I have asked National Institute of Health and Nutrition if I could publish the text file revised edition of “METs table of Physical Activities” on this blog on July 3rd, 2012. I have received e-mail from staff on July 12, 2012, they consent that I publish the text file.
The file has 4 columns and 826 rows. First row shows data structure. First column shows code, second column METS value, third column major heading, and fourth column specific activities. I couldn’t separate English from Japanese.
The source is this PDF file. Although you don’t have to contact National Institute of Health and Nutrition when you would like to use for yourself, you would be asked to contact National Institute of Health and Nutrition when you would like to publish the file or create a web service with the file.
改訂版『身体活動のメッツ表』のテキストファイル
2012年7月3日の記事で国立健康・栄養研究所に『身体活動メッツ表』から抽出したテキストファイルを公開して良いか問い合わせていましたが，7月12日回答があり，公開を許可して頂けましたので公開いたします．
下記ファイルのデータ構造は4列826行となっています．1行目はデータ構造を示しており，2行目以降がデータです．1列目はコード，2列目はMETs，3列目は大分類，4列目は個別活動となっています．日本語と英語の切り分けはできていません．
当ファイルは国立健康・栄養研究所の改訂版『身体活動メッツ表』を元に 作成したものです．個人利用においては特に連絡の必要はございませんが，ウェブサービス等，第三者が利用するサービスに当ファイルを使用する場合には国立健康・栄養研究所に確認のご連絡をお願いします．
2014 年 11 月 7 日，指摘を受け METS2011.csv ファイルを訂正しました．
Extract from text revised edition of “METs table of Physical Activities”
National Institute of Health and Nutrition has revised ‘METs table of Physical Activities’ 2011 edition. Because it’s difficult to use as PDF file, I have extracted text data from it. I have asked if I could publish the file on this blog on July 3rd, 2012.
1. Open the file and copy all text.
2. Create new EXCEL book and paste with ‘Text File Wizard’. In the second tab, you have to remove all check mark of delimiters. In the third tab, select ‘String’ data type of column.
3. Press ‘Alt’ key and ‘F11’ key to launch VBE, insert module, and run the following code.
Option Explicit
Sub METS()
Dim mySht As Worksheet
Dim myRng As Range
Dim myAr As Variant
Dim i As Long
Dim j As Long
Dim myReg As Object
Dim myMatches As Object
Dim myMatch As Object
Const strReg As String = "^[0-9]{5}$"
Dim CODE() As String
Dim METS() As Single
Dim MajorHeading() As String
Dim SpecificActivities() As String
Dim myArray() As Variant
Set myReg = CreateObject("VBScript.RegExp")
With myReg
.Pattern = strReg
.IgnoreCase = True
.Global = True
End With
Set mySht = ActiveSheet
Set myRng = mySht.UsedRange
myAr = myRng
j = 0
For i = LBound(myAr) To UBound(myAr)
If myReg.Test(myAr(i, 1)) Then
Set myMatches = myReg.Execute(myAr(i, 1))
ReDim Preserve CODE(j)
ReDim Preserve METS(j)
ReDim Preserve MajorHeading(j)
ReDim Preserve SpecificActivities(j)
CODE(j) = myAr(i, 1)
METS(j) = myAr(i + 1, 1)
MajorHeading(j) = myAr(i + 2, 1)
SpecificActivities(j) = myAr(i + 3, 1)
j = j + 1
End If
Next i
ReDim myArray(j, 3)
For j = LBound(myArray) To UBound(myArray) - 1
myArray(j, 0) = CODE(j)
myArray(j, 1) = METS(j)
myArray(j, 2) = MajorHeading(j)
myArray(j, 3) = SpecificActivities(j)
Next j
Set mySht = Worksheets.Add
mySht.Range("A1").Value = "CODE"
mySht.Range("B1").Value = "METS"
mySht.Range("C1").Value = "MajorHeading"
mySht.Range("D1").Value = "SpecificActivities"
mySht.Range("A2:D827") = myArray
End Sub
改訂版『身体活動のメッツ表』からテキストを抽出する
国立健康・栄養研究所が2011年版『身体活動のメッツ表』を改訂しました．下記リンクはPDFファイルですが，そのままでは使いにくいためEXCELでテキスト情報を抽出しました．2012年7月3日，国立健康・栄養研究所に抽出したテキストファイルを公開して良いか問い合わせました．
1. PDFファイルを開き，全てを選択してコピーします．
2. EXCELの新規ブックを作成し，テキストファイルウィザードを使用して貼り付けます．この際，テキストファイルウィザードの2番目のタブで区切り文字の全てのチェックを外して下さい．3番目のタブでは列のデータ形式を『文字列』に変更して下さい．
3. ‘Alt’ キーと ‘F11’ キーを押下して VBE を起動し，標準モジュールを挿入して下記コードを実行して下さい．
Option Explicit
Sub METS()
Dim mySht As Worksheet
Dim myRng As Range
Dim myAr As Variant
Dim i As Long
Dim j As Long
Dim myReg As Object
Dim myMatches As Object
Dim myMatch As Object
Const strReg As String = "^[0-9]{5}$"
Dim CODE() As String
Dim METS() As Single
Dim MajorHeading() As String
Dim SpecificActivities() As String
Dim myArray() As Variant
Set myReg = CreateObject("VBScript.RegExp")
With myReg
.Pattern = strReg
.IgnoreCase = True
.Global = True
End With
Set mySht = ActiveSheet
Set myRng = mySht.UsedRange
myAr = myRng
j = 0
For i = LBound(myAr) To UBound(myAr)
If myReg.Test(myAr(i, 1)) Then
Set myMatches = myReg.Execute(myAr(i, 1))
ReDim Preserve CODE(j)
ReDim Preserve METS(j)
ReDim Preserve MajorHeading(j)
ReDim Preserve SpecificActivities(j)
CODE(j) = myAr(i, 1)
METS(j) = myAr(i + 1, 1)
MajorHeading(j) = myAr(i + 2, 1)
SpecificActivities(j) = myAr(i + 3, 1)
j = j + 1
End If
Next i
ReDim myArray(j, 3)
For j = LBound(myArray) To UBound(myArray) - 1
myArray(j, 0) = CODE(j)
myArray(j, 1) = METS(j)
myArray(j, 2) = MajorHeading(j)
myArray(j, 3) = SpecificActivities(j)
Next j
Set mySht = Worksheets.Add
mySht.Range("A1").Value = "CODE"
mySht.Range("B1").Value = "METS"
mySht.Range("C1").Value = "MajorHeading"
mySht.Range("D1").Value = "SpecificActivities"
mySht.Range("A2:D827") = myArray
End Sub
Classify the Item_Number of the ‘Standard Tables of Food Composition in Japan 2010′, Part 2
According to the article, download the PDF files ‘1299012_1.pdf’ to ‘1299012_18.pdf’. Corresponding to each PDF file in PDF files, copy all text from one file and option paste to one worksheet. As a result, you would make 18 worksheets in a book. In the first tab of ‘Text File Wizard’, select option ‘The data field separated by delimiters such as comma or tab’. Go to the last tab without any change in second tab. In the last tab, change option data type of the first column to ‘String’. Mainly in column A of all worksheets, you have to fix cell value by yourself. Save the book as ‘Category.xlsm’. Furthermore, download the EXCEL book from this site, copy worksheet from it to ‘Category.xlsm’ which you previously prepared, and change the sheet name to ‘Sheet0’.
Copy or move the worksheet, which you made at Classify the Item_Number of the ‘Standard Tables of Food Composition in Japan 2010′, Part 1, to ‘Category.xlsm’. As a result, ‘Category.xlsm’ book has 20 worksheets. Press ‘Alt’ key and ‘F11’ key to launch VBE, insert module and run the code below. The code makes ‘M_CATEGORY’ sheet.
Option Explicit
Sub Select_Class()
Dim tmpSht As Worksheet
Dim tmpRng As Range
Dim tmpArray As Variant
Dim workArray As Variant
Dim h As Long
Dim i As Long
Dim j As Long
Dim k As Long
Dim l As Long
Dim m As Long
Dim n As Long
Dim p As Long
Dim q As Long
Dim r As Long
Dim RegExp_Japanese As Object
Dim RegExp_English As Object
Dim RegExp_ItemNum As Object
Const PtnJPN As String = "[^A-Za-z0-9'\.\-\*]{2,}"
Const PtnENG As String = "^[A-Za-z0-9'\,\.\-\%]+$"
Const PtnItemNum As String = "^[0-9]{5}$"
Dim Item_Number() As String
Dim JapaneseItem() As String
Dim EnglishItem() As String
Dim EnglishString As String
Dim JapaneseClass() As String
Dim English_Class() As String
Dim ClassStringEN As String
Dim ItemNumArray() As String
Dim ItemENGArray() As String
Dim ClassArrayJP() As String
Dim ClassArrayEN() As String
Dim RegExp_AngleBracket As Object
Dim RegExp_RoundStartJP As Object
Dim RegExp_RoundStartEN As Object
Dim RegExp_RoundExitEN As Object
Const Ptn_Round_Start As String = "^(\(|（)"
Const Ptn_Round_Exit As String = "(\)|）)$"
Dim StringRoundEnglish As String
Dim SubClassJapanese() As String
Dim SubClass_English() As String
Dim RegExp_Square_Start As Object
Dim RegExp_SquareExitEN As Object
Const Ptn_Angle_Start As String = "^[<＜]"
Const Ptn_SquareStart As String = "^\["
Const Ptn_Square_Exit As String = "\]$"
Dim MidleClassJP() As String
Dim MidleClassEN() As String
Dim StrMidClassENG As String
Dim SubClass_JPN() As String
Dim SubClass_ENG() As String
Dim mySht As Worksheet
Dim myRng As Range
Dim myAr As Variant
Dim workArray2() As String
Dim workArray3() As String
Dim mySht2 As Worksheet
Dim myRng2 As Range
Dim myAr2 As Variant
Dim CEREALS As Long
Dim POTATOES As Long
Dim SUGARS As Long
Dim PULSES As Long
Dim NUTS As Long
Dim VEGETABLES As Long
Dim FRUITS As Long
Dim MUSHROOMS As Long
Dim ALGAE As Long
Dim FISHES As Long
Dim MEATS As Long
Dim EGGS As Long
Dim MILK As Long
Dim OIL As Long
Dim CONFECTIONERIES As Long
Dim BEVERAGES As Long
Dim SEASONINGS As Long
Dim PREPARED As Long
Set RegExp_Japanese = CreateObject("VBScript.RegExp")
With RegExp_Japanese
.Pattern = PtnJPN
.IgnoreCase = True
.Global = True
End With
Set RegExp_English = CreateObject("VBScript.RegExp")
With RegExp_English
.Pattern = PtnENG
.IgnoreCase = True
.Global = True
End With
Set RegExp_ItemNum = CreateObject("VBScript.RegExp")
With RegExp_ItemNum
.Pattern = PtnItemNum
.IgnoreCase = True
.Global = True
End With
Set RegExp_Square_Start = CreateObject("VBScript.RegExp")
With RegExp_Square_Start
.Pattern = Ptn_SquareStart
.IgnoreCase = True
.Global = True
End With
Set RegExp_SquareExitEN = CreateObject("VBScript.RegExp")
With RegExp_SquareExitEN
.Pattern = "[A-Za-z0-9'\,\.\-\%]+" & Ptn_Square_Exit
.IgnoreCase = True
.Global = True
End With
Set RegExp_RoundStartJP = CreateObject("VBScript.RegExp")
With RegExp_RoundStartJP
.Pattern = Ptn_Round_Start & "[^A-Za-z0-9'\.\-\*]{2,}"
.IgnoreCase = True
.Global = True
End With
Set RegExp_RoundStartEN = CreateObject("VBScript.RegExp")
With RegExp_RoundStartEN
.Pattern = Ptn_Round_Start & "[A-Za-z'\,\.\-\%]+"
End With
Set RegExp_RoundExitEN = CreateObject("VBScript.RegExp")
With RegExp_RoundExitEN
.Pattern = "[A-Za-z0-9'\,\.\-\%]+" & Ptn_Round_Exit
.IgnoreCase = True
.Global = True
End With
j = 0
k = 0
l = 0
m = 0
q = 0
For Each tmpSht In Worksheets
If tmpSht.Name = "M_CATEGORY" Then
MsgBox prompt:="This book already has M_CATEGORY sheet." & vbCrLf & _
"Exit procedure.", _
Buttons:=vbOKOnly, _
Title:="Internal Error"
Exit Sub
End If
If tmpSht.Name <> "Sheet0" And _
tmpSht.Name <> "Sheet00" And _
tmpSht.Name <> "Result" Then
Set tmpRng = tmpSht.UsedRange
tmpArray = tmpRng
workArray = NoCancelArray(tmpArray)
For h = LBound(workArray) To UBound(workArray)
For i = workArray(h, 0) To workArray(h, 1)
On Error Resume Next
If RegExp_ItemNum.Test(tmpArray(i, 1)) And _
tmpArray(i, 2) <> "（欠番）" Then
EnglishString = ""
ReDim Preserve Item_Number(j)
ReDim Preserve JapaneseItem(j)
ReDim Preserve EnglishItem(j)
For p = 1 To 6
If RegExp_English.Test(tmpArray(i + 1, p)) Then
EnglishString = EnglishString & " " & tmpArray(i + 1, p)
EnglishString = Trim(EnglishString)
Else
Exit For
End If
Next p
Item_Number(j) = tmpArray(i, 1)
JapaneseItem(j) = tmpArray(i, 2)
EnglishItem(j) = EnglishString
j = j + 1
End If
On Error GoTo 0
If RegExp_Japanese.Test(tmpArray(i, 1)) And _
RegExp_English.Test(tmpArray(i + 1, 1)) Then
ClassStringEN = ""
ReDim Preserve JapaneseClass(k)
ReDim Preserve English_Class(k)
For p = 1 To 6
If RegExp_English.Test(tmpArray(i + 1, p)) Then
ClassStringEN = ClassStringEN & " " & tmpArray(i + 1, p)
ClassStringEN = Trim(ClassStringEN)
Else
Exit For
End If
Next p
JapaneseClass(k) = tmpArray(i, 1)
English_Class(k) = ClassStringEN
k = k + 1
End If
If RegExp_Square_Start.Test(tmpArray(i, 1)) And _
RegExp_Square_Start.Test(tmpArray(i + 1, 1)) Then
StrMidClassENG = ""
ReDim Preserve MidleClassJP(l)
ReDim Preserve MidleClassEN(l)
For p = 1 To 6
StrMidClassENG = StrMidClassENG + " " + tmpArray(i + 1, p)
StrMidClassENG = Trim(StrMidClassENG)
If RegExp_SquareExitEN.Test(tmpArray(i + 1, p)) Then Exit For
Next p
MidleClassJP(l) = tmpArray(i, 1)
MidleClassEN(l) = StrMidClassENG
l = l + 1
End If
If RegExp_RoundStartJP.Test(tmpArray(i, 1)) And _
RegExp_RoundStartEN.Test(tmpArray(i + 1, 1)) Then
StringRoundEnglish = ""
ReDim Preserve SubClassJapanese(m)
ReDim Preserve SubClass_English(m)
For p = 1 To 6
StringRoundEnglish = StringRoundEnglish & " " & tmpArray(i + 1, p)
StringRoundEnglish = Trim(StringRoundEnglish)
If RegExp_RoundExitEN.Test(tmpArray(i + 1, p)) Then Exit For
Next p
tmpArray(i, 1) = Replace(tmpArray(i, 1), "(", "（")
tmpArray(i, 1) = Replace(tmpArray(i, 1), ")", "）")
SubClassJapanese(m) = tmpArray(i, 1)
StringRoundEnglish = Replace(StringRoundEnglish, "（", "(")
StringRoundEnglish = Replace(StringRoundEnglish, "）", ")")
SubClass_English(m) = StringRoundEnglish
m = m + 1
End If
Next i
Next h
q = q + 1
End If
Next tmpSht
Set mySht = Worksheets("Sheet0")
Set myRng = Intersect(mySht.Range("A:H"), mySht.UsedRange)
myAr = myRng
ReDim workArray2(UBound(myAr) - 1, 16)
For i = LBound(workArray2) To UBound(workArray2)
workArray2(i, 0) = myAr(i + 1, 1)
workArray2(i, 1) = myAr(i + 1, 2)
workArray2(i, 2) = myAr(i + 1, 3)
myAr(i + 1, 4) = Replace(myAr(i + 1, 4), "(", "（")
myAr(i + 1, 4) = Replace(myAr(i + 1, 4), ")", "）")
workArray2(i, 6) = myAr(i + 1, 4)
workArray2(i, 8) = myAr(i + 1, 5)
workArray2(i, 10) = myAr(i + 1, 6)
workArray2(i, 12) = myAr(i + 1, 7)
workArray2(i, 14) = myAr(i + 1, 8)
Next i
Set mySht2 = Worksheets("Result")
Set myRng2 = mySht2.UsedRange
myAr2 = myRng2
For i = LBound(workArray2) To UBound(workArray2)
For k = LBound(JapaneseClass) To UBound(JapaneseClass)
If workArray2(i, 2) = JapaneseClass(k) Then
workArray2(i, 3) = English_Class(k)
End If
If workArray2(i, 4) = JapaneseClass(k) Then
workArray2(i, 5) = English_Class(k)
End If
If workArray2(i, 8) = JapaneseClass(k) Then
workArray2(i, 9) = English_Class(k)
End If
If workArray2(i, 12) = JapaneseClass(k) Then
workArray2(i, 13) = English_Class(k)
End If
Next k
For m = LBound(SubClassJapanese) To UBound(SubClassJapanese)
If workArray2(i, 6) = SubClassJapanese(m) Then
workArray2(i, 7) = SubClass_English(m)
End If
Next m
For l = UBound(MidleClassJP) To LBound(MidleClassJP) Step -1
If workArray2(i, 10) = MidleClassJP(l) Then
workArray2(i, 11) = MidleClassEN(l)
End If
Next l
For r = LBound(myAr2) To UBound(myAr2)
If workArray2(i, 0) = myAr2(r, 1) Then
workArray2(i, 4) = myAr2(r, 5)
On Error Resume Next
Select Case True
Case workArray2(i, 0) >= "10001" And workArray2(i, 0) <= "10278"
workArray2(i, 4) = "＜魚類＞"
Case workArray2(i, 0) >= "10319" And workArray2(i, 0) <= "10341"
workArray2(i, 4) = "＜えび・かに類＞"
Case workArray2(i, 0) >= "10342" And workArray2(i, 0) <= "10362"
workArray2(i, 4) = "＜いか・たこ類＞"
Case workArray2(i, 0) >= "10376" And workArray2(i, 0) <= "10388"
workArray2(i, 4) = "＜水産練り製品＞"
Case workArray2(i, 0) >= "11205" And workArray2(i, 0) <= "11240"
workArray2(i, 4) = "＜鳥肉類＞"
Case workArray2(i, 0) >= "11245" And workArray2(i, 0) <= "11246"
workArray2(i, 4) = "＜獣肉類＞"
Case workArray2(i, 0) >= "11247" And workArray2(i, 0) <= "11247"
workArray2(i, 4) = "＜鳥肉類＞"
Case workArray2(i, 0) >= "13001" And workArray2(i, 0) <= "13050"
workArray2(i, 4) = "＜牛乳及び乳製品＞"
Case workArray2(i, 0) >= "15001" And workArray2(i, 0) <= "15040"
workArray2(i, 4) = "＜和生菓子・和半生菓子類＞"
Case workArray2(i, 0) >= "15041" And workArray2(i, 0) <= "15068"
workArray2(i, 4) = "＜和干菓子類＞"
Case workArray2(i, 0) >= "15069" And workArray2(i, 0) <= "15072"
workArray2(i, 4) = "＜菓子パン類＞"
Case workArray2(i, 0) >= "15073" And workArray2(i, 0) <= "15085"
workArray2(i, 4) = "＜ケーキ・ペストリー類＞"
Case workArray2(i, 0) >= "15086" And workArray2(i, 0) <= "15091"
workArray2(i, 4) = "＜デザート菓子類＞"
Case workArray2(i, 0) >= "15092" And workArray2(i, 0) <= "15100"
workArray2(i, 4) = "＜ビスケット類＞"
Case workArray2(i, 0) >= "15101" And workArray2(i, 0) <= "15104"
workArray2(i, 4) = "＜スナック類＞"
Case workArray2(i, 0) >= "15105" And workArray2(i, 0) <= "15113"
workArray2(i, 4) = "＜キャンデー類＞"
Case workArray2(i, 0) >= "15114" And workArray2(i, 0) <= "15116"
workArray2(i, 4) = "＜チョコレート類＞"
Case workArray2(i, 0) >= "15117" And workArray2(i, 0) <= "15117"
workArray2(i, 4) = "＜果実菓子類＞"
Case workArray2(i, 0) >= "15118" And workArray2(i, 0) <= "15120"
workArray2(i, 4) = "＜チューインガム類＞"
Case workArray2(i, 0) >= "16001" And workArray2(i, 0) <= "16032"
workArray2(i, 4) = "＜アルコール飲料類＞"
Case workArray2(i, 0) >= "16033" And workArray2(i, 0) <= "16044"
workArray2(i, 4) = "＜茶類＞"
Case workArray2(i, 0) >= "16045" And workArray2(i, 0) <= "16049"
workArray2(i, 4) = "＜コーヒー・ココア類＞"
Case workArray2(i, 0) >= "16050" And workArray2(i, 0) <= "16055"
workArray2(i, 4) = "＜その他＞"
Case workArray2(i, 0) >= "17001" And workArray2(i, 0) <= "17054"
workArray2(i, 4) = "＜調味料類＞"
Case workArray2(i, 0) >= "17055" And workArray2(i, 0) <= "17081"
workArray2(i, 4) = "＜香辛料類＞"
Case workArray2(i, 0) >= "17082" And workArray2(i, 0) <= "17084"
workArray2(i, 4) = "＜その他＞"
End Select
On Error GoTo 0
workArray2(i, 5) = myAr2(r, 6)
On Error Resume Next
Select Case True
Case workArray2(i, 0) >= "10001" And workArray2(i, 0) <= "10278"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "10319" And workArray2(i, 0) <= "10341"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "10342" And workArray2(i, 0) <= "10362"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "10376" And workArray2(i, 0) <= "10388"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "11205" And workArray2(i, 0) <= "11240"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "11245" And workArray2(i, 0) <= "11246"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "11247" And workArray2(i, 0) <= "11247"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "13001" And workArray2(i, 0) <= "13050"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "15001" And workArray2(i, 0) <= "15040"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "15041" And workArray2(i, 0) <= "15068"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "15069" And workArray2(i, 0) <= "15072"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "15073" And workArray2(i, 0) <= "15085"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "15086" And workArray2(i, 0) <= "15091"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "15092" And workArray2(i, 0) <= "15100"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "15101" And workArray2(i, 0) <= "15104"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "15105" And workArray2(i, 0) <= "15113"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "15114" And workArray2(i, 0) <= "15116"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "15117" And workArray2(i, 0) <= "15117"
workArray2(i, 5) = "＜CANDIED FRUITS＞"
Case workArray2(i, 0) >= "15118" And workArray2(i, 0) <= "15120"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "16001" And workArray2(i, 0) <= "16032"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "16033" And workArray2(i, 0) <= "16044"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "16045" And workArray2(i, 0) <= "16049"
workArray2(i, 5) = "COFFEES AND COCOAS>"
Case workArray2(i, 0) >= "16050" And workArray2(i, 0) <= "16055"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "17001" And workArray2(i, 0) <= "17054"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "17055" And workArray2(i, 0) <= "17081"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "17082" And workArray2(i, 0) <= "17084"
workArray2(i, 5) = ""
End Select
On Error GoTo 0
If workArray2(i, 6) <> "" And _
workArray2(i, 7) = "" Then
workArray2(i, 7) = myAr2(r, 8)
End If
If workArray2(i, 8) <> "" And _
workArray2(i, 9) = "" Then
If myAr2(r, 10) = "" Then
workArray2(i, 9) = myAr2(r, 15)
Else
workArray2(i, 9) = myAr2(r, 10)
End If
End If
If workArray2(i, 12) <> "" And _
workArray2(i, 13) = "" Then
workArray2(i, 13) = myAr2(r, 15)
End If
If workArray2(i, 14) <> "" Then
workArray2(i, 15) = myAr2(r, 15)
End If
workArray2(i, 16) = myAr2(r, 11)
End If
Select Case True
Case workArray2(i, 0) = "14004a"
workArray2(i, 9) = "Safflower oil"
Case workArray2(i, 0) = "14011a"
workArray2(i, 9) = "Sunflower oil"
Case workArray2(i, 0) = "14011b"
workArray2(i, 9) = "Sunflower oil"
End Select
Next r
Next i
ReDim workArray3(UBound(workArray2), UBound(workArray2, 2))
For i = LBound(workArray3) To UBound(workArray3)
workArray3(i, 0) = workArray2(i, 0)
workArray3(i, 1) = workArray2(i, 1)
workArray3(i, 2) = workArray2(i, 2)
workArray3(i, 3) = workArray2(i, 4)
workArray3(i, 4) = workArray2(i, 6)
workArray3(i, 5) = workArray2(i, 8)
workArray3(i, 6) = workArray2(i, 10)
workArray3(i, 7) = workArray2(i, 12)
workArray3(i, 8) = workArray2(i, 14)
workArray3(i, 9) = workArray2(i, 3)
workArray3(i, 10) = workArray2(i, 5)
workArray3(i, 11) = workArray2(i, 7)
workArray3(i, 12) = workArray2(i, 16)
workArray3(i, 13) = workArray2(i, 9)
workArray3(i, 14) = workArray2(i, 11)
workArray3(i, 15) = workArray2(i, 13)
workArray3(i, 16) = workArray2(i, 15)
Next i
Set mySht = Worksheets.Add
With mySht
.Name = "M_CATEGORY"
.Range("A1").Value = "ItemNumber"
.Range("B1").Value = "FoodGroupNumber"
.Range("C1").Value = "FoodGroupJP"
.Range("D1").Value = "SubGroupJP"
.Range("E1").Value = "SubCategoryJP"
.Range("F1").Value = "MajorCategoryJP"
.Range("G1").Value = "MediumCategoryJP"
.Range("H1").Value = "MinorCategoryJP"
.Range("I1").Value = "DetailsJP"
.Range("J1").Value = "FoodGroupEN"
.Range("K1").Value = "SubGroupEN"
.Range("L1").Value = "SubCategoryEN"
.Range("M1").Value = "AcademicName"
.Range("N1").Value = "MajorCategoryEN"
.Range("O1").Value = "MediumCategoryEN"
.Range("P1").Value = "MinorCategoryEN"
.Range("Q1").Value = "DetailsEN"
.Range("A2:Q1892") = workArray3
End With
Set tmpSht = Nothing
Set tmpRng = Nothing
Set tmpArray = Nothing
Set workArray = Nothing
Set RegExp_Japanese = Nothing
Set RegExp_English = Nothing
Set RegExp_ItemNum = Nothing
Set RegExp_Square_Start = Nothing
Set RegExp_SquareExitEN = Nothing
Set RegExp_RoundStartJP = Nothing
Set RegExp_RoundStartEN = Nothing
Set RegExp_RoundExitEN = Nothing
Erase Item_Number()
Erase JapaneseItem()
Erase EnglishItem()
Erase JapaneseClass()
Erase English_Class()
Erase ItemNumArray()
Erase ItemENGArray()
Erase ClassArrayJP()
Erase ClassArrayEN()
Erase SubClassJapanese()
Erase SubClass_English()
Erase MidleClassJP()
Erase MidleClassEN()
Erase SubClass_JPN()
Erase SubClass_ENG()
Erase workArray2()
Erase workArray3()
Set mySht = Nothing
Set myRng = Nothing
Set myAr = Nothing
Set mySht2 = Nothing
Set myRng2 = Nothing
Set myAr2 = Nothing
End Sub
Function NoCancelArray(ByRef Sh As Variant) As Variant
Dim mySht As Variant
Dim myRng As Range
Dim tmpAr As Variant
Dim i As Long
Dim j As Long
Dim RegExpCancel As Object
Dim RegExp_Exit As Object
Const StrCancel As String = "^(1\)|residues)$"
Dim CancelItem() As String
Dim CancelRow1() As String
Dim CancelRow2() As String
Dim myCancelAr() As String
Dim Cancel_Array() As String
Set RegExpCancel = CreateObject("VBScript.RegExp")
With RegExpCancel
.Pattern = StrCancel
.IgnoreCase = True
.Global = True
End With
tmpAr = Sh
j = 0
For i = LBound(tmpAr) To UBound(tmpAr)
If RegExpCancel.Test(tmpAr(i, 1)) Then
ReDim Preserve CancelItem(j)
ReDim Preserve CancelRow1(i)
CancelItem(j) = tmpAr(i, 1)
CancelRow1(j) = i
j = j + 1
End If
Next i
ReDim myCancelAr(UBound(CancelItem), 1)
For j = LBound(myCancelAr) To UBound(myCancelAr)
myCancelAr(j, 0) = CancelItem(j)
myCancelAr(j, 1) = CancelRow1(j)
Next j
ReDim Preserve myCancelAr(UBound(myCancelAr), 2)
j = 0
For i = LBound(myCancelAr) To UBound(myCancelAr) - 1
If myCancelAr(i, 0) = "1)" Then
If UBound(myCancelAr) >= 2 Then
If myCancelAr(i + 2, 0) = "residues" Then
myCancelAr(i, 2) = myCancelAr(i + 2, 1)
Else
myCancelAr(i, 2) = myCancelAr(i + 1, 1)
End If
Else
myCancelAr(i, 2) = myCancelAr(i + 1, 1)
End If
j = j + 1
End If
Next i
Erase CancelRow1
j = 0
ReDim CancelRow1(j)
ReDim CancelRow2(j)
CancelRow1(j) = myCancelAr(j, 1)
CancelRow2(j) = myCancelAr(j, 2)
For i = LBound(myCancelAr) + 1 To UBound(myCancelAr)
If myCancelAr(i, 0) = "1)" And _
myCancelAr(i - 1, 0) <> "1)" Then
j = j + 1
ReDim Preserve CancelRow1(j)
ReDim Preserve CancelRow2(j)
CancelRow1(j) = myCancelAr(i, 1)
CancelRow2(j) = myCancelAr(i, 2)
End If
Next i
ReDim Cancel_Array(UBound(CancelRow1), 1)
j = 0
For j = LBound(Cancel_Array) To UBound(Cancel_Array)
Cancel_Array(j, 0) = CancelRow1(j)
Cancel_Array(j, 1) = CancelRow2(j)
Next j
j = 0
Cancel_Array(j, 0) = 1
Cancel_Array(j, 1) = CancelRow1(j)
For j = LBound(Cancel_Array) + 1 To UBound(Cancel_Array)
Cancel_Array(j, 0) = CancelRow2(j - 1) + 1
Cancel_Array(j, 1) = CancelRow1(j) - 1
Next j
NoCancelArray = Cancel_Array
End Function
I have counted number of modified cells. It was more than 2400. I could not write complete code without manual processing. It is the responsibility of the Ministry of Education, Culture, Sports, Science & Technology in Japan (MEXT).
References:
CSV file of the ‘Standard Tables of Food Composition in Japan 2010′
Classify the Item_Number of the ‘Standard Tables of Food Composition in Japan 2010′, Part 1
日本食品標準成分表2010の食品番号をカテゴリー分類する その2
日本食品標準成分表2010』のPDFを.txtファイルに変換するの記事を参考に，ファイル名 “1299012_1.pdf” から “1299012_18.pdf” までのファイルをダウンロードします．PDF1ファイルの全テキストをコピーしてワークシート1枚に貼り付けのオプションでペーストします．テキストファイルウィザード1/3では元のデータ形式で『カンマやタブなどの区切り文字によってフィールドごとに区切られたデータ』を選択します．テキストファイルウィザード2/3では特に変更なく次へ進みます．テキストファイルウィザード3/3では最初のカラムの列のデータ形式のみ『文字列』に変更して完了をクリックします．この作業をPDFファイル分繰り返します．主にA列に対して若干の修正を施します．さらに Ｗｅｂテク実験室 からダウンロードしたブック “成分表2010.xls” のワークシートをコピーし，シート名を “Sheet0” に変更します．このEXCELのブックに “Category.xlsm” と名前を付けて保存します．
日本食品標準成分表2010の食品番号をカテゴリー分類する その1で作成した ”Sample.xlsm” ブックから ”Result” シートを “Category.xlsm” ブックに移動又はコピーします．AltキーとF11キーを押下してVBEを起動します．標準モジュールを挿入し，下記コードを貼り付けて実行して下さい．結果として “M_CATEGORY” という名のシートが生成します．
Option Explicit
Sub Select_Class()
Dim tmpSht As Worksheet
Dim tmpRng As Range
Dim tmpArray As Variant
Dim workArray As Variant
Dim h As Long
Dim i As Long
Dim j As Long
Dim k As Long
Dim l As Long
Dim m As Long
Dim n As Long
Dim p As Long
Dim q As Long
Dim r As Long
Dim RegExp_Japanese As Object
Dim RegExp_English As Object
Dim RegExp_ItemNum As Object
Const PtnJPN As String = "[^A-Za-z0-9'\.\-\*]{2,}"
Const PtnENG As String = "^[A-Za-z0-9'\,\.\-\%]+$"
Const PtnItemNum As String = "^[0-9]{5}$"
Dim Item_Number() As String
Dim JapaneseItem() As String
Dim EnglishItem() As String
Dim EnglishString As String
Dim JapaneseClass() As String
Dim English_Class() As String
Dim ClassStringEN As String
Dim ItemNumArray() As String
Dim ItemENGArray() As String
Dim ClassArrayJP() As String
Dim ClassArrayEN() As String
Dim RegExp_AngleBracket As Object
Dim RegExp_RoundStartJP As Object
Dim RegExp_RoundStartEN As Object
Dim RegExp_RoundExitEN As Object
Const Ptn_Round_Start As String = "^(\(|（)"
Const Ptn_Round_Exit As String = "(\)|）)$"
Dim StringRoundEnglish As String
Dim SubClassJapanese() As String
Dim SubClass_English() As String
Dim RegExp_Square_Start As Object
Dim RegExp_SquareExitEN As Object
Const Ptn_Angle_Start As String = "^[<＜]"
Const Ptn_SquareStart As String = "^\["
Const Ptn_Square_Exit As String = "\]$"
Dim MidleClassJP() As String
Dim MidleClassEN() As String
Dim StrMidClassENG As String
Dim SubClass_JPN() As String
Dim SubClass_ENG() As String
Dim mySht As Worksheet
Dim myRng As Range
Dim myAr As Variant
Dim workArray2() As String
Dim workArray3() As String
Dim mySht2 As Worksheet
Dim myRng2 As Range
Dim myAr2 As Variant
Dim CEREALS As Long
Dim POTATOES As Long
Dim SUGARS As Long
Dim PULSES As Long
Dim NUTS As Long
Dim VEGETABLES As Long
Dim FRUITS As Long
Dim MUSHROOMS As Long
Dim ALGAE As Long
Dim FISHES As Long
Dim MEATS As Long
Dim EGGS As Long
Dim MILK As Long
Dim OIL As Long
Dim CONFECTIONERIES As Long
Dim BEVERAGES As Long
Dim SEASONINGS As Long
Dim PREPARED As Long
Set RegExp_Japanese = CreateObject("VBScript.RegExp")
With RegExp_Japanese
.Pattern = PtnJPN
.IgnoreCase = True
.Global = True
End With
Set RegExp_English = CreateObject("VBScript.RegExp")
With RegExp_English
.Pattern = PtnENG
.IgnoreCase = True
.Global = True
End With
Set RegExp_ItemNum = CreateObject("VBScript.RegExp")
With RegExp_ItemNum
.Pattern = PtnItemNum
.IgnoreCase = True
.Global = True
End With
Set RegExp_Square_Start = CreateObject("VBScript.RegExp")
With RegExp_Square_Start
.Pattern = Ptn_SquareStart
.IgnoreCase = True
.Global = True
End With
Set RegExp_SquareExitEN = CreateObject("VBScript.RegExp")
With RegExp_SquareExitEN
.Pattern = "[A-Za-z0-9'\,\.\-\%]+" & Ptn_Square_Exit
.IgnoreCase = True
.Global = True
End With
Set RegExp_RoundStartJP = CreateObject("VBScript.RegExp")
With RegExp_RoundStartJP
.Pattern = Ptn_Round_Start & "[^A-Za-z0-9'\.\-\*]{2,}"
.IgnoreCase = True
.Global = True
End With
Set RegExp_RoundStartEN = CreateObject("VBScript.RegExp")
With RegExp_RoundStartEN
.Pattern = Ptn_Round_Start & "[A-Za-z'\,\.\-\%]+"
End With
Set RegExp_RoundExitEN = CreateObject("VBScript.RegExp")
With RegExp_RoundExitEN
.Pattern = "[A-Za-z0-9'\,\.\-\%]+" & Ptn_Round_Exit
.IgnoreCase = True
.Global = True
End With
j = 0
k = 0
l = 0
m = 0
q = 0
For Each tmpSht In Worksheets
If tmpSht.Name = "M_CATEGORY" Then
MsgBox prompt:="M_CATEGORYと同名のシートがあります．" & vbCrLf & _
"処理を終了します", _
Buttons:=vbOKOnly, _
Title:="内部エラー"
Exit Sub
End If
If tmpSht.Name <> "Sheet0" And _
tmpSht.Name <> "Sheet00" And _
tmpSht.Name <> "Result" Then
Set tmpRng = tmpSht.UsedRange
tmpArray = tmpRng
workArray = NoCancelArray(tmpArray)
For h = LBound(workArray) To UBound(workArray)
For i = workArray(h, 0) To workArray(h, 1)
On Error Resume Next
If RegExp_ItemNum.Test(tmpArray(i, 1)) And _
tmpArray(i, 2) <> "（欠番）" Then
EnglishString = ""
ReDim Preserve Item_Number(j)
ReDim Preserve JapaneseItem(j)
ReDim Preserve EnglishItem(j)
For p = 1 To 6
If RegExp_English.Test(tmpArray(i + 1, p)) Then
EnglishString = EnglishString & " " & tmpArray(i + 1, p)
EnglishString = Trim(EnglishString)
Else
Exit For
End If
Next p
Item_Number(j) = tmpArray(i, 1)
JapaneseItem(j) = tmpArray(i, 2)
EnglishItem(j) = EnglishString
j = j + 1
End If
On Error GoTo 0
If RegExp_Japanese.Test(tmpArray(i, 1)) And _
RegExp_English.Test(tmpArray(i + 1, 1)) Then
ClassStringEN = ""
ReDim Preserve JapaneseClass(k)
ReDim Preserve English_Class(k)
For p = 1 To 6
If RegExp_English.Test(tmpArray(i + 1, p)) Then
ClassStringEN = ClassStringEN & " " & tmpArray(i + 1, p)
ClassStringEN = Trim(ClassStringEN)
Else
Exit For
End If
Next p
JapaneseClass(k) = tmpArray(i, 1)
English_Class(k) = ClassStringEN
k = k + 1
End If
If RegExp_Square_Start.Test(tmpArray(i, 1)) And _
RegExp_Square_Start.Test(tmpArray(i + 1, 1)) Then
StrMidClassENG = ""
ReDim Preserve MidleClassJP(l)
ReDim Preserve MidleClassEN(l)
For p = 1 To 6
StrMidClassENG = StrMidClassENG + " " + tmpArray(i + 1, p)
StrMidClassENG = Trim(StrMidClassENG)
If RegExp_SquareExitEN.Test(tmpArray(i + 1, p)) Then Exit For
Next p
MidleClassJP(l) = tmpArray(i, 1)
MidleClassEN(l) = StrMidClassENG
l = l + 1
End If
If RegExp_RoundStartJP.Test(tmpArray(i, 1)) And _
RegExp_RoundStartEN.Test(tmpArray(i + 1, 1)) Then
StringRoundEnglish = ""
ReDim Preserve SubClassJapanese(m)
ReDim Preserve SubClass_English(m)
For p = 1 To 6
StringRoundEnglish = StringRoundEnglish & " " & tmpArray(i + 1, p)
StringRoundEnglish = Trim(StringRoundEnglish)
If RegExp_RoundExitEN.Test(tmpArray(i + 1, p)) Then Exit For
Next p
tmpArray(i, 1) = Replace(tmpArray(i, 1), "(", "（")
tmpArray(i, 1) = Replace(tmpArray(i, 1), ")", "）")
SubClassJapanese(m) = tmpArray(i, 1)
StringRoundEnglish = Replace(StringRoundEnglish, "（", "(")
StringRoundEnglish = Replace(StringRoundEnglish, "）", ")")
SubClass_English(m) = StringRoundEnglish
m = m + 1
End If
Next i
Next h
q = q + 1
End If
Next tmpSht
Set mySht = Worksheets("Sheet0")
Set myRng = Intersect(mySht.Range("A:H"), mySht.UsedRange)
myAr = myRng
ReDim workArray2(UBound(myAr) - 1, 16)
For i = LBound(workArray2) To UBound(workArray2)
workArray2(i, 0) = myAr(i + 1, 1)
workArray2(i, 1) = myAr(i + 1, 2)
workArray2(i, 2) = myAr(i + 1, 3)
myAr(i + 1, 4) = Replace(myAr(i + 1, 4), "(", "（")
myAr(i + 1, 4) = Replace(myAr(i + 1, 4), ")", "）")
workArray2(i, 6) = myAr(i + 1, 4)
workArray2(i, 8) = myAr(i + 1, 5)
workArray2(i, 10) = myAr(i + 1, 6)
workArray2(i, 12) = myAr(i + 1, 7)
workArray2(i, 14) = myAr(i + 1, 8)
Next i
Set mySht2 = Worksheets("Result")
Set myRng2 = mySht2.UsedRange
myAr2 = myRng2
For i = LBound(workArray2) To UBound(workArray2)
For k = LBound(JapaneseClass) To UBound(JapaneseClass)
If workArray2(i, 2) = JapaneseClass(k) Then
workArray2(i, 3) = English_Class(k)
End If
If workArray2(i, 4) = JapaneseClass(k) Then
workArray2(i, 5) = English_Class(k)
End If
If workArray2(i, 8) = JapaneseClass(k) Then
workArray2(i, 9) = English_Class(k)
End If
If workArray2(i, 12) = JapaneseClass(k) Then
workArray2(i, 13) = English_Class(k)
End If
Next k
For m = LBound(SubClassJapanese) To UBound(SubClassJapanese)
If workArray2(i, 6) = SubClassJapanese(m) Then
workArray2(i, 7) = SubClass_English(m)
End If
Next m
For l = UBound(MidleClassJP) To LBound(MidleClassJP) Step -1
If workArray2(i, 10) = MidleClassJP(l) Then
workArray2(i, 11) = MidleClassEN(l)
End If
Next l
For r = LBound(myAr2) To UBound(myAr2)
If workArray2(i, 0) = myAr2(r, 1) Then
workArray2(i, 4) = myAr2(r, 5)
On Error Resume Next
Select Case True
Case workArray2(i, 0) >= "10001" And workArray2(i, 0) <= "10278"
workArray2(i, 4) = "＜魚類＞"
Case workArray2(i, 0) >= "10319" And workArray2(i, 0) <= "10341"
workArray2(i, 4) = "＜えび・かに類＞"
Case workArray2(i, 0) >= "10342" And workArray2(i, 0) <= "10362"
workArray2(i, 4) = "＜いか・たこ類＞"
Case workArray2(i, 0) >= "10376" And workArray2(i, 0) <= "10388"
workArray2(i, 4) = "＜水産練り製品＞"
Case workArray2(i, 0) >= "11205" And workArray2(i, 0) <= "11240"
workArray2(i, 4) = "＜鳥肉類＞"
Case workArray2(i, 0) >= "11245" And workArray2(i, 0) <= "11246"
workArray2(i, 4) = "＜獣肉類＞"
Case workArray2(i, 0) >= "11247" And workArray2(i, 0) <= "11247"
workArray2(i, 4) = "＜鳥肉類＞"
Case workArray2(i, 0) >= "13001" And workArray2(i, 0) <= "13050"
workArray2(i, 4) = "＜牛乳及び乳製品＞"
Case workArray2(i, 0) >= "15001" And workArray2(i, 0) <= "15040"
workArray2(i, 4) = "＜和生菓子・和半生菓子類＞"
Case workArray2(i, 0) >= "15041" And workArray2(i, 0) <= "15068"
workArray2(i, 4) = "＜和干菓子類＞"
Case workArray2(i, 0) >= "15069" And workArray2(i, 0) <= "15072"
workArray2(i, 4) = "＜菓子パン類＞"
Case workArray2(i, 0) >= "15073" And workArray2(i, 0) <= "15085"
workArray2(i, 4) = "＜ケーキ・ペストリー類＞"
Case workArray2(i, 0) >= "15086" And workArray2(i, 0) <= "15091"
workArray2(i, 4) = "＜デザート菓子類＞"
Case workArray2(i, 0) >= "15092" And workArray2(i, 0) <= "15100"
workArray2(i, 4) = "＜ビスケット類＞"
Case workArray2(i, 0) >= "15101" And workArray2(i, 0) <= "15104"
workArray2(i, 4) = "＜スナック類＞"
Case workArray2(i, 0) >= "15105" And workArray2(i, 0) <= "15113"
workArray2(i, 4) = "＜キャンデー類＞"
Case workArray2(i, 0) >= "15114" And workArray2(i, 0) <= "15116"
workArray2(i, 4) = "＜チョコレート類＞"
Case workArray2(i, 0) >= "15117" And workArray2(i, 0) <= "15117"
workArray2(i, 4) = "＜果実菓子類＞"
Case workArray2(i, 0) >= "15118" And workArray2(i, 0) <= "15120"
workArray2(i, 4) = "＜チューインガム類＞"
Case workArray2(i, 0) >= "16001" And workArray2(i, 0) <= "16032"
workArray2(i, 4) = "＜アルコール飲料類＞"
Case workArray2(i, 0) >= "16033" And workArray2(i, 0) <= "16044"
workArray2(i, 4) = "＜茶類＞"
Case workArray2(i, 0) >= "16045" And workArray2(i, 0) <= "16049"
workArray2(i, 4) = "＜コーヒー・ココア類＞"
Case workArray2(i, 0) >= "16050" And workArray2(i, 0) <= "16055"
workArray2(i, 4) = "＜その他＞"
Case workArray2(i, 0) >= "17001" And workArray2(i, 0) <= "17054"
workArray2(i, 4) = "＜調味料類＞"
Case workArray2(i, 0) >= "17055" And workArray2(i, 0) <= "17081"
workArray2(i, 4) = "＜香辛料類＞"
Case workArray2(i, 0) >= "17082" And workArray2(i, 0) <= "17084"
workArray2(i, 4) = "＜その他＞"
End Select
On Error GoTo 0
workArray2(i, 5) = myAr2(r, 6)
On Error Resume Next
Select Case True
Case workArray2(i, 0) >= "10001" And workArray2(i, 0) <= "10278"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "10319" And workArray2(i, 0) <= "10341"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "10342" And workArray2(i, 0) <= "10362"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "10376" And workArray2(i, 0) <= "10388"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "11205" And workArray2(i, 0) <= "11240"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "11245" And workArray2(i, 0) <= "11246"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "11247" And workArray2(i, 0) <= "11247"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "13001" And workArray2(i, 0) <= "13050"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "15001" And workArray2(i, 0) <= "15040"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "15041" And workArray2(i, 0) <= "15068"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "15069" And workArray2(i, 0) <= "15072"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "15073" And workArray2(i, 0) <= "15085"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "15086" And workArray2(i, 0) <= "15091"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "15092" And workArray2(i, 0) <= "15100"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "15101" And workArray2(i, 0) <= "15104"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "15105" And workArray2(i, 0) <= "15113"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "15114" And workArray2(i, 0) <= "15116"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "15117" And workArray2(i, 0) <= "15117"
workArray2(i, 5) = "＜CANDIED FRUITS＞"
Case workArray2(i, 0) >= "15118" And workArray2(i, 0) <= "15120"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "16001" And workArray2(i, 0) <= "16032"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "16033" And workArray2(i, 0) <= "16044"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "16045" And workArray2(i, 0) <= "16049"
workArray2(i, 5) = "COFFEES AND COCOAS>"
Case workArray2(i, 0) >= "16050" And workArray2(i, 0) <= "16055"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "17001" And workArray2(i, 0) <= "17054"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "17055" And workArray2(i, 0) <= "17081"
workArray2(i, 5) = ""
Case workArray2(i, 0) >= "17082" And workArray2(i, 0) <= "17084"
workArray2(i, 5) = ""
End Select
On Error GoTo 0
If workArray2(i, 6) <> "" And _
workArray2(i, 7) = "" Then
workArray2(i, 7) = myAr2(r, 8)
End If
If workArray2(i, 8) <> "" And _
workArray2(i, 9) = "" Then
If myAr2(r, 10) = "" Then
workArray2(i, 9) = myAr2(r, 15)
Else
workArray2(i, 9) = myAr2(r, 10)
End If
End If
If workArray2(i, 12) <> "" And _
workArray2(i, 13) = "" Then
workArray2(i, 13) = myAr2(r, 15)
End If
If workArray2(i, 14) <> "" Then
workArray2(i, 15) = myAr2(r, 15)
End If
workArray2(i, 16) = myAr2(r, 11)
End If
Select Case True
Case workArray2(i, 0) = "14004a"
workArray2(i, 9) = "Safflower oil"
Case workArray2(i, 0) = "14011a"
workArray2(i, 9) = "Sunflower oil"
Case workArray2(i, 0) = "14011b"
workArray2(i, 9) = "Sunflower oil"
End Select
Next r
Next i
ReDim workArray3(UBound(workArray2), UBound(workArray2, 2))
For i = LBound(workArray3) To UBound(workArray3)
workArray3(i, 0) = workArray2(i, 0)
workArray3(i, 1) = workArray2(i, 1)
workArray3(i, 2) = workArray2(i, 2)
workArray3(i, 3) = workArray2(i, 4)
workArray3(i, 4) = workArray2(i, 6)
workArray3(i, 5) = workArray2(i, 8)
workArray3(i, 6) = workArray2(i, 10)
workArray3(i, 7) = workArray2(i, 12)
workArray3(i, 8) = workArray2(i, 14)
workArray3(i, 9) = workArray2(i, 3)
workArray3(i, 10) = workArray2(i, 5)
workArray3(i, 11) = workArray2(i, 7)
workArray3(i, 12) = workArray2(i, 16)
workArray3(i, 13) = workArray2(i, 9)
workArray3(i, 14) = workArray2(i, 11)
workArray3(i, 15) = workArray2(i, 13)
workArray3(i, 16) = workArray2(i, 15)
Next i
Set mySht = Worksheets.Add
With mySht
.Name = "M_CATEGORY"
.Range("A1").Value = "ItemNumber"
.Range("B1").Value = "FoodGroupNumber"
.Range("C1").Value = "FoodGroupJP"
.Range("D1").Value = "SubGroupJP"
.Range("E1").Value = "SubCategoryJP"
.Range("F1").Value = "MajorCategoryJP"
.Range("G1").Value = "MediumCategoryJP"
.Range("H1").Value = "MinorCategoryJP"
.Range("I1").Value = "DetailsJP"
.Range("J1").Value = "FoodGroupEN"
.Range("K1").Value = "SubGroupEN"
.Range("L1").Value = "SubCategoryEN"
.Range("M1").Value = "AcademicName"
.Range("N1").Value = "MajorCategoryEN"
.Range("O1").Value = "MediumCategoryEN"
.Range("P1").Value = "MinorCategoryEN"
.Range("Q1").Value = "DetailsEN"
.Range("A2:Q1892") = workArray3
End With
Set tmpSht = Nothing
Set tmpRng = Nothing
Set tmpArray = Nothing
Set workArray = Nothing
Set RegExp_Japanese = Nothing
Set RegExp_English = Nothing
Set RegExp_ItemNum = Nothing
Set RegExp_Square_Start = Nothing
Set RegExp_SquareExitEN = Nothing
Set RegExp_RoundStartJP = Nothing
Set RegExp_RoundStartEN = Nothing
Set RegExp_RoundExitEN = Nothing
Erase Item_Number()
Erase JapaneseItem()
Erase EnglishItem()
Erase JapaneseClass()
Erase English_Class()
Erase ItemNumArray()
Erase ItemENGArray()
Erase ClassArrayJP()
Erase ClassArrayEN()
Erase SubClassJapanese()
Erase SubClass_English()
Erase MidleClassJP()
Erase MidleClassEN()
Erase SubClass_JPN()
Erase SubClass_ENG()
Erase workArray2()
Erase workArray3()
Set mySht = Nothing
Set myRng = Nothing
Set myAr = Nothing
Set mySht2 = Nothing
Set myRng2 = Nothing
Set myAr2 = Nothing
End Sub
Function NoCancelArray(ByRef Sh As Variant) As Variant
Dim mySht As Variant
Dim myRng As Range
Dim tmpAr As Variant
Dim i As Long
Dim j As Long
Dim RegExpCancel As Object
Dim RegExp_Exit As Object
Const StrCancel As String = "^(1\)|residues)$"
Dim CancelItem() As String
Dim CancelRow1() As String
Dim CancelRow2() As String
Dim myCancelAr() As String
Dim Cancel_Array() As String
Set RegExpCancel = CreateObject("VBScript.RegExp")
With RegExpCancel
.Pattern = StrCancel
.IgnoreCase = True
.Global = True
End With
tmpAr = Sh
j = 0
For i = LBound(tmpAr) To UBound(tmpAr)
If RegExpCancel.Test(tmpAr(i, 1)) Then
ReDim Preserve CancelItem(j)
ReDim Preserve CancelRow1(i)
CancelItem(j) = tmpAr(i, 1)
CancelRow1(j) = i
j = j + 1
End If
Next i
ReDim myCancelAr(UBound(CancelItem), 1)
For j = LBound(myCancelAr) To UBound(myCancelAr)
myCancelAr(j, 0) = CancelItem(j)
myCancelAr(j, 1) = CancelRow1(j)
Next j
ReDim Preserve myCancelAr(UBound(myCancelAr), 2)
j = 0
For i = LBound(myCancelAr) To UBound(myCancelAr) - 1
If myCancelAr(i, 0) = "1)" Then
If UBound(myCancelAr) >= 2 Then
If myCancelAr(i + 2, 0) = "residues" Then
myCancelAr(i, 2) = myCancelAr(i + 2, 1)
Else
myCancelAr(i, 2) = myCancelAr(i + 1, 1)
End If
Else
myCancelAr(i, 2) = myCancelAr(i + 1, 1)
End If
j = j + 1
End If
Next i
Erase CancelRow1
j = 0
ReDim CancelRow1(j)
ReDim CancelRow2(j)
CancelRow1(j) = myCancelAr(j, 1)
CancelRow2(j) = myCancelAr(j, 2)
For i = LBound(myCancelAr) + 1 To UBound(myCancelAr)
If myCancelAr(i, 0) = "1)" And _
myCancelAr(i - 1, 0) <> "1)" Then
j = j + 1
ReDim Preserve CancelRow1(j)
ReDim Preserve CancelRow2(j)
CancelRow1(j) = myCancelAr(i, 1)
CancelRow2(j) = myCancelAr(i, 2)
End If
Next i
ReDim Cancel_Array(UBound(CancelRow1), 1)
j = 0
For j = LBound(Cancel_Array) To UBound(Cancel_Array)
Cancel_Array(j, 0) = CancelRow1(j)
Cancel_Array(j, 1) = CancelRow2(j)
Next j
j = 0
Cancel_Array(j, 0) = 1
Cancel_Array(j, 1) = CancelRow1(j)
For j = LBound(Cancel_Array) + 1 To UBound(Cancel_Array)
Cancel_Array(j, 0) = CancelRow2(j - 1) + 1
Cancel_Array(j, 1) = CancelRow1(j) - 1
Next j
NoCancelArray = Cancel_Array
End Function
参照:
日本食品標準成分表2010の食品番号をカテゴリー分類する その1
日本食品標準成分表2010のcsvファイル
Classify the Item_Number of the ‘Standard Tables of Food Composition in Japan 2010′, Part 1
I have posted the article Classify the Item_Number of the ‘Standard Tables of Food Composition in Japan 2010′ that caused incomplete result. After post it, I have found good article in Japanese. Therefore, I gave it additional value in English.
Standard Tables of Food Composition in Japan 2010
Make a new EXCEL Book. Copy text from the PDF files (‘1299012_1.pdf’ to ‘1299012_18.pdf’) and option paste to EXCEL worksheet ‘Sheet1’ continuously without blank line between the last line of previous text and the first line of next text. With ‘Text File Wizard’, change option data type of the first column to ‘String’. Download Academic name of food materials, select all text and paste to Sheet2. In the first tab of ‘Text File Wizard’, select option ‘The data field separated by delimiters such as comma or tab’. In second tab, remove check mark ‘Consider continuous delimiters as one’. In the last tab, change option data type of the first column to ‘String’. Save as ‘Sample.xlsm’.
Press ‘Alt’ key and ‘F11’ key to launch VBE. Insert module and paste following code. Run ‘Separate_by_Parent’ procedure.
Option Explicit
Function MajorCategoryAr(ByRef Sh As Worksheet) As String()
Dim mySht As Worksheet
Dim myRng As Range
Dim tmpAr As Variant
Dim StartEnd As Variant
Dim strFoodGroup As String
Dim strFoodGroupJP As String
Dim strFoodGroupEN As String
Dim strSubFoodGroup As String
Dim strSubFoodGroupJP As String
Dim strSubFoodGroupEN As String
Dim strSub_Category As String
Dim strSub_CategoryJP As String
Dim strSub_CategoryEN As String
Dim strMajor_Category As String
Dim StartNumber() As String
Dim Exit_Number() As String
Dim FoodGroupJP() As String
Dim FoodGroupEN() As String
Dim Sub_FoodGroup_JP() As String
Dim Sub_FoodGroup_EN() As String
Dim Sub_Category_JPN() As String
Dim Sub_Category_ENG() As String
Dim Major_CategoryJP() As String
Dim Major_CategoryEN() As String
Dim Major_CategoryLT() As String
Dim myArray() As String
Dim i As Long
Dim j As Long
Dim k As Long
Dim n As Long
Dim RegExp_3_Digit_Num As Object
Dim RegExp_Item_Number As Object
Dim RegExp_SentakuHanni As Object
Dim RegExp_SubCategory1 As Object
Dim RegExp_SubCategory2 As Object
Dim RegExp_MedCategory As Object
Dim RegExp_Foods_Group As Object
Dim RegExp_Jpn_Eng_Mix As Object
Dim RegExp_JapaneseOnly As Object
Dim RegExp_Upper_Lower As Object
Dim RegExp_Upper_Only As Object
Dim RegExp_Lower_Only As Object
Dim RegExp_RoundBracket As Object
Dim RegExp_SquareBracket As Object
Dim RegExp_AngleBracket As Object
Dim myMatches As Object
Dim myMatch As Object
Const Ptn_3_Digit_Num As String = "[0-9]{3}$"
Const Ptn_Item_Number As String = "^[0-9]{5}$"
Const Ptn_SentakuHanni As String = "(，|～)"
Const Ptn_SubCategory1 As String = "^(（|\().(）|\))$"
Const Ptn_SubCategory2 As String = "^(＜|＞)$"
Const Ptn_MedCategory As String = "^\[.\]$"
Const Ptn_FoodGroupNum As String = "^([０-９]|[0-9]{2})$"
Const Ptn_Jpn_Eng_Mix As String = "^[^A-Za-z0-9]+(\([^A-Za-z0-9]+\))?([A-Za-z])"
Const Ptn_JapaneseOnly As String = "^[^A-Za-z0-9]+(\([^A-Za-z0-9]+\))?$"
Const Ptn_Upper_Lower As String = "[A-Z][a-z]+"
Const Ptn_Upper_Only As String = "[A-Z]+"
Const Ptn_Lower_Only As String = "^[a-z]+$"
Const Ptn_RoundStart As String = "^[\(（]"
Const Ptn_Round_Exit As String = "[\(（][^A-Za-z0-9]+[\)）]"
Const Ptn_SquareStart As String = "^\["
Const Ptn_Square_Exit As String = "\[[^A-Za-z0-9]+\]"
Const Ptn_AngleStart As String = "^[\<＜]"
Const Ptn_Angle_Exit As String = "[\<＜][^A-Za-z0-9]+[\>＞]"
Set mySht = Sh
Set myRng = mySht.UsedRange
tmpAr = myRng
Set RegExp_3_Digit_Num = CreateObject("VBScript.RegExp")
Set RegExp_Item_Number = CreateObject("VBScript.RegExp")
Set RegExp_SentakuHanni = CreateObject("VBScript.RegExp")
Set RegExp_SubCategory1 = CreateObject("VBScript.RegExp")
Set RegExp_SubCategory2 = CreateObject("VBScript.RegExp")
Set RegExp_MedCategory = CreateObject("VBScript.RegExp")
Set RegExp_Foods_Group = CreateObject("VBScript.RegExp")
Set RegExp_Jpn_Eng_Mix = CreateObject("VBScript.RegExp")
Set RegExp_JapaneseOnly = CreateObject("VBScript.RegExp")
Set RegExp_Upper_Lower = CreateObject("VBScript.RegExp")
Set RegExp_Upper_Only = CreateObject("VBScript.RegExp")
Set RegExp_Lower_Only = CreateObject("VBScript.RegExp")
Set RegExp_RoundBracket = CreateObject("VBScript.RegExp")
Set RegExp_SquareBracket = CreateObject("VBScript.RegExp")
Set RegExp_AngleBracket = CreateObject("VBScript.RegExp")
With RegExp_3_Digit_Num
.Pattern = "[0-9]{3}$"
.IgnoreCase = True
.Global = True
End With
With RegExp_Item_Number
.Pattern = "^[0-9]{5}$"
.IgnoreCase = True
.Global = True
End With
With RegExp_SentakuHanni
.Pattern = "(，|～)"
.IgnoreCase = True
.Global = True
End With
With RegExp_SubCategory1
.Pattern = "^(（|\().(）|\))$"
.IgnoreCase = True
.Global = True
End With
With RegExp_SubCategory2
.Pattern = "^(＜|＞)$"
.IgnoreCase = True
.Global = True
End With
With RegExp_MedCategory
.Pattern = "^\[.\]$"
.IgnoreCase = True
.Global = True
End With
With RegExp_Foods_Group
.Pattern = "^([０-９]|[0-9]{2})$"
.IgnoreCase = True
.Global = True
End With
With RegExp_Jpn_Eng_Mix
.Pattern = "^[^A-Za-z0-9]+(\([^A-Za-z0-9]+\))?([A-Za-z])"
.IgnoreCase = True
.Global = True
End With
With RegExp_JapaneseOnly
.Pattern = "^[^A-Za-z0-9]+(\([^A-Za-z0-9]+\))?$"
.IgnoreCase = True
.Global = True
End With
With RegExp_Upper_Lower
.Pattern = "[A-Z][a-z]+"
.IgnoreCase = False
.Global = True
End With
With RegExp_Upper_Only
.Pattern = "[A-Z]+"
.IgnoreCase = False
.Global = True
End With
With RegExp_Lower_Only
.Pattern = "^[a-z]+$"
.IgnoreCase = False
.Global = True
End With
j = 0
For i = LBound(tmpAr) + 1 To UBound(tmpAr)
With RegExp_RoundBracket
.Pattern = Ptn_RoundStart
.IgnoreCase = True
.Global = True
End With
With RegExp_SquareBracket
.Pattern = Ptn_SquareStart
.IgnoreCase = True
.Global = True
End With
With RegExp_AngleBracket
.Pattern = Ptn_AngleStart
.IgnoreCase = True
.Global = True
End With
strFoodGroup = ""
strSubFoodGroup = ""
strSub_Category = ""
strMajor_Category = ""
ReDim Preserve StartNumber(j)
ReDim Preserve Exit_Number(j)
ReDim Preserve FoodGroupJP(j)
ReDim Preserve FoodGroupEN(j)
ReDim Preserve Sub_FoodGroup_JP(j)
ReDim Preserve Sub_FoodGroup_EN(j)
ReDim Preserve Sub_Category_JPN(j)
ReDim Preserve Sub_Category_ENG(j)
ReDim Preserve Major_CategoryJP(j)
ReDim Preserve Major_CategoryEN(j)
ReDim Preserve Major_CategoryLT(j)
If RegExp_3_Digit_Num.Test(tmpAr(i, 1)) Then
Select Case True
Case RegExp_Item_Number.Test(tmpAr(i, 1))
StartNumber(j) = tmpAr(i, 1)
Exit_Number(j) = tmpAr(i, 1)
Case RegExp_SentakuHanni.Test(tmpAr(i, 1))
StartEnd = StartExit(tmpAr(i, 1))
StartNumber(j) = StartEnd(0)
Exit_Number(j) = StartEnd(1)
Erase StartEnd
End Select
FoodGroupJP(j) = strFoodGroupJP
FoodGroupEN(j) = strFoodGroupEN
If (i >= 19 And i <= 27) _
Or (i >= 370 And i <= 596) _
Or (i >= 599 And i <= 626) _
Or (i >= 635 And i <= 639) _
Or (i >= 646 And i <= 668) _
Then
Sub_FoodGroup_JP(j) = strSubFoodGroupJP
Sub_FoodGroup_EN(j) = strSubFoodGroupEN
End If
If tmpAr(i, 2) = "" Then
Sub_Category_JPN(j) = strSub_CategoryJP
Sub_Category_ENG(j) = strSub_CategoryEN
End If
For k = 2 To 8
strMajor_Category = strMajor_Category & " " & tmpAr(i, k)
Next k
strMajor_Category = Trim(strMajor_Category)
On Error Resume Next
For k = 1 To 8
If RegExp_Lower_Only.Test(tmpAr(i + 1, 1)) _
And Not RegExp_SubCategory1.Test(tmpAr(i + 1, 1)) _
And Not RegExp_SubCategory2.Test(tmpAr(i + 1, 1)) _
And Not RegExp_Foods_Group.Test(tmpAr(i + 1, 1)) _
And Not RegExp_3_Digit_Num.Test(tmpAr(i + 1, 1)) _
Then
strMajor_Category = strMajor_Category & " " & tmpAr(i + 1, k)
End If
Next k
On Error GoTo 0
strMajor_Category = Trim(strMajor_Category)
If RegExp_Jpn_Eng_Mix.Test(strMajor_Category) Then
StartEnd = Separate_Jpn_Eng(strMajor_Category)
Major_CategoryJP(j) = StartEnd(0)
Erase StartEnd
Set myMatches = RegExp_Upper_Lower.Execute(strMajor_Category)
Major_CategoryEN(j) = Mid(strMajor_Category, _
myMatches.Item(0).firstindex + 1, _
myMatches.Item(myMatches.Count - 1).firstindex _
- myMatches.Item(0).firstindex - 1)
Set myMatch = myMatches.Item(myMatches.Count - 1)
Major_CategoryLT(j) = Mid(strMajor_Category, myMatch.firstindex + 1)
Else
End If
Else
Select Case True
Case RegExp_Foods_Group.Test(tmpAr(i, 1))
For k = 2 To 8
strFoodGroup = strFoodGroup & " " & tmpAr(i, k)
Next k
strFoodGroup = Trim(strFoodGroup)
Select Case True
Case RegExp_Jpn_Eng_Mix.Test(strFoodGroup)
Set myMatches = RegExp_Jpn_Eng_Mix.Execute(strFoodGroup)
Set myMatch = myMatches.Item(0)
strFoodGroupJP = Left(strFoodGroup, myMatches.Item(0).Length - 1)
strFoodGroupEN = Mid(strFoodGroup, myMatches.Item(0).Length)
Case RegExp_JapaneseOnly.Test(strFoodGroup)
Set myMatches = RegExp_JapaneseOnly.Execute(strFoodGroup)
Set myMatch = myMatches.Item(0)
strFoodGroupJP = Left(strFoodGroup, myMatches.Item(0).Length - 1)
strFoodGroupEN = Mid(strFoodGroup, myMatches.Item(0).Length)
Case Else
End Select
Case RegExp_AngleBracket.Test(tmpAr(i, 1))
For k = 1 To 8
strSubFoodGroup = strSubFoodGroup & " " & tmpAr(i, k)
Next k
strSubFoodGroup = Trim(strSubFoodGroup)
With RegExp_AngleBracket
.Pattern = Ptn_Angle_Exit
.IgnoreCase = True
.Global = True
End With
Set myMatches = RegExp_AngleBracket.Execute(strSubFoodGroup)
strSubFoodGroupJP = myMatches.Item(0).Value
strSubFoodGroupEN = Mid(strSubFoodGroup, myMatches.Item(0).Length + 2)
strSubFoodGroupEN = Replace(strSubFoodGroupEN, "＜", "<")
strSubFoodGroupEN = Replace(strSubFoodGroupEN, "＞", ">")
Case RegExp_RoundBracket.Test(tmpAr(i, 1))
For k = 1 To 8
strSub_Category = strSub_Category & " " & tmpAr(i, k)
Next k
strSub_Category = Trim(strSub_Category)
With RegExp_RoundBracket
.Pattern = Ptn_Round_Exit
.IgnoreCase = True
.Global = True
End With
Set myMatches = RegExp_RoundBracket.Execute(strSub_Category)
On Error Resume Next
strSub_CategoryJP = myMatches.Item(0).Value
strSub_CategoryJP = Replace(strSub_CategoryJP, "(", "（")
strSub_CategoryJP = Replace(strSub_CategoryJP, ")", "）")
strSub_CategoryEN = Mid(strSub_Category, myMatches.Item(0).Length + 2)
strSub_CategoryEN = Replace(strSub_CategoryEN, "（", "(")
strSub_CategoryEN = Replace(strSub_CategoryEN, "）", ")")
On Error GoTo 0
Case Else
End Select
j = j - 1
End If
j = j + 1
Next i
ReDim myArray(UBound(StartNumber), 10)
For n = LBound(myArray) To UBound(myArray)
myArray(n, 0) = StartNumber(n)
myArray(n, 1) = Exit_Number(n)
myArray(n, 2) = FoodGroupJP(n)
myArray(n, 3) = FoodGroupEN(n)
myArray(n, 4) = Sub_FoodGroup_JP(n)
myArray(n, 5) = Sub_FoodGroup_EN(n)
myArray(n, 6) = Sub_Category_JPN(n)
myArray(n, 7) = Sub_Category_ENG(n)
myArray(n, 8) = Major_CategoryJP(n)
myArray(n, 9) = Major_CategoryEN(n)
myArray(n, 10) = Major_CategoryLT(n)
Next n
MajorCategoryAr = myArray
End Function
Function StartExit(ByVal InputStr As String) As String()
Dim str As String
Dim Ar() As String
str = InputStr
ReDim Ar(1)
Ar(0) = Left(str, 5)
Ar(1) = Left(str, 2) & Right(str, 3)
StartExit = Ar
End Function
Function Separate_Jpn_Eng(ByVal InputStr As String) As String()
Dim str As String
Dim Ar() As String
Dim RegExp_Jpn_Eng_Mix As Object
Dim myMatches As Object
Dim myMatch As Object
Const Ptn_Jpn_Eng_Mix As String = "^[^A-Za-z0-9]+(\([^A-Za-z0-9]+\))?([A-Za-z])"
str = InputStr
ReDim Ar(1)
Set RegExp_Jpn_Eng_Mix = CreateObject("VBScript.RegExp")
With RegExp_Jpn_Eng_Mix
.Pattern = Ptn_Jpn_Eng_Mix
.IgnoreCase = True
.Global = True
End With
Set myMatches = RegExp_Jpn_Eng_Mix.Execute(str)
For Each myMatch In myMatches
If myMatches.Count > 0 Then
Ar(0) = Left(str, myMatches.Item(0).Length - 1)
Ar(1) = Mid(str, myMatches.Item(0).Length)
End If
Next myMatch
Separate_Jpn_Eng = Ar
End Function
Sub Separate_by_Parent()
Dim mySht1 As Worksheet
Dim mySht2 As Worksheet
Dim mySht3 As Worksheet
Dim myRng As Range
Dim tmpAr As Variant
Dim Major_CategoryAr As Variant
Dim No_Cancel_Ar As Variant
Dim ItemNamAr() As String
Dim ItemNumAr() As String
Dim JapaneseName() As String
Dim English_Name() As String
Dim ItemArray() As String
Dim Residual_JPN() As String
Dim Residual_ENG() As String
Dim Residual_Row() As String
Dim i As Long
Dim j As Long
Dim k As Long
Dim m As Long
Dim n As Long
Dim p As Long
Dim q As Long
Dim r As Long
Dim s As Long
Dim t As Long
Dim str_JPN_Analyse As String
Dim str_ENG_Analyse As String
Dim strFoodGroup As String
Dim strFoodGroupJP As String
Dim strFoodGroupEN As String
Dim strSubFoodGroup As String
Dim strSubFoodGroupJP As String
Dim strSubFoodGroupEN As String
Dim strSub_Category As String
Dim strSub_CategoryJP As String
Dim strSub_CategoryEN As String
Dim strMajor_Category As String
Dim strMajor_CategoryJP As String
Dim strMajor_CategoryEN As String
Dim strMediumCategory As String
Dim strMediumCategoryJP As String
Dim strMediumCategoryEN As String
Dim strMinor_Category As String
Dim strMinor_CategoryJP As String
Dim strMinor_CategoryEN As String
Dim strDetailCategory As String
Dim strDetailCategoryJP As String
Dim strDetailCategoryEN As String
Dim FoodGrouNum() As String
Dim FoodGroupJP() As String
Dim FoodGroupEN() As String
Dim Sub_FoodGroup_JP() As String
Dim Sub_FoodGroup_EN() As String
Dim Sub_Group_JP_Row() As String
Dim Sub_Group_EN_Row() As String
Dim Sub_Category_JPN() As String
Dim Sub_Category_ENG() As String
Dim SubCategory_RowJ() As String
Dim SubCategory_RowE() As String
Dim Major_CategoryJP() As String
Dim Major_CategoryEN() As String
Dim Major_CategoryLT() As String
Dim Major_JPN_RowNum() As String
Dim Major_ENG_RowNum() As String
Dim Major_Temp_Array() As String
Dim MediumCategoryJP() As String
Dim MediumCategoryEN() As String
Dim Med_JP_RowNumber() As Long
Dim Med_EN_RowNumber() As Long
Dim Med_Category_JPN() As String
Dim Med_Category_ENG() As String
Dim MediumCategoryAr() As String
Dim Minor_CategoryJP() As String
Dim Minor_CategoryEN() As String
Dim Min_JP_RowNumber() As Long
Dim Min_EN_RowNumber() As Long
Dim Min_Category_JPN() As String
Dim Min_Category_ENG() As String
Dim Minor_CategoryAr() As String
Dim DetailCategoryJP() As String
Dim DetailCategoryEN() As String
Const Ptn_FoodGroupNum As String = "^([０-９]|[0-9]{2})$"
Const Ptn_Jpn_Eng_Mix As String = "^[^A-Za-z0-9]+(\([^A-Za-z0-9]+\))?([A-Za-z])"
Const Ptn_JapaneseOnly As String = "^[^A-Za-z0-9\*]+(\([^A-Za-z0-9]+\))?$"
Const Ptn_Upper_Lower As String = "[A-Za-z\s:\-,]+" '"[A-Za-z,\s]+"
Const Ptn_Upper_Only As String = "[A-Z]+"
Const Ptn_Lower_Only As String = "^[a-z]+$"
Const Ptn_AngleStart As String = "^[\<＜]"
Const Ptn_Angle_JPN As String = "[<＜].+[>＞]"
Const Ptn_Angle_ENG As String = "[<＜].+[>＞]"
Const Ptn_RoundStart As String = "^[\(（][^0-9]+"
Const Ptn_Round_JPN As String = "[\(（][^A-Za-z0-9]+[\)）]"
Const Ptn_Round_ENG As String = "[\(（][A-Za-z\s]+[\)）]"
Const Ptn_SquareStart As String = "^\["
Const Ptn_Square_JPN As String = "\[[^A-Za-z0-9]+\]"
Const Ptn_Square_ENG As String = "\[[A-Za-z\s:\-,]+(\]|］)"
Dim RegExp_MedCategory As Object
Dim RegExp_Foods_Group As Object
Dim RegExp_Jpn_Eng_Mix As Object
Dim RegExp_JapaneseOnly As Object
Dim RegExp_English_Only As Object
Dim RegExp_Upper_Lower As Object
Dim RegExp_Upper_Only As Object
Dim RegExp_Lower_Only As Object
Dim RegExp_Angle_Bracket As Object
Dim RegExp_Angle_Bracket_JP As Object
Dim RegExp_Angle_Bracket_EN As Object
Dim RegExp_Round_Bracket As Object
Dim RegExp_Round_Bracket_JP As Object
Dim RegExp_Round_Bracket_EN As Object
Dim RegExp_SquareBracket As Object
Dim RegExp_SquareBracket_JP As Object
Dim RegExp_SquareBracket_EN As Object
Dim RegExp_5_Number As Object
Dim RegExp_Japanese As Object
Dim RegExp_Alphabet As Object
Dim myMatches As Object
Dim myMatch As Object
Const Ptn_5_Number As String = "^[0-9]{5}$"
Const Ptn_Japanese As String = "[^A-Za-z0-9]{2,}"
Const Ptn_Alphabet As String = "^[A-Za-z]{2,}"
Dim CEREALS As Long
Dim POTATOES As Long
Dim SUGARS As Long
Dim PULSES As Long
Dim NUTS As Long
Dim VEGETABLES As Long
Dim FRUITS As Long
Dim MUSHROOMS As Long
Dim ALGAE As Long
Dim FISHES As Long
Dim MEATS As Long
Dim EGGS As Long
Dim MILK As Long
Dim OIL As Long
Dim CONFECTIONERIES As Long
Dim BEVERAGES As Long
Dim SEASONINGS As Long
Dim PREPARED As Long
Dim RegExpJapaneseName As Object
Const Ptn_JapaneseName As String = "^([0-9%]{1,3})?[^A-Za-z0-9]+"
Set RegExpJapaneseName = CreateObject("VBScript.RegExp")
With RegExpJapaneseName
.Pattern = Ptn_JapaneseName
.IgnoreCase = True
.Global = True
End With
Dim RegExp_EnglishName As Object
Dim Ptn_EnglishName As String
Ptn_EnglishName = "^[A-Za-z0-9%\.,\-'" & ChrW(&HC0) & "-" & ChrW(&HFF) & "]+$"
Set RegExp_EnglishName = CreateObject("VBScript.RegExp")
With RegExp_EnglishName
.Pattern = Ptn_EnglishName
.IgnoreCase = True
.Global = True
End With
Set RegExp_5_Number = CreateObject("VBScript.RegExp")
Set RegExp_MedCategory = CreateObject("VBScript.RegExp")
Set RegExp_Foods_Group = CreateObject("VBScript.RegExp")
Set RegExp_Jpn_Eng_Mix = CreateObject("VBScript.RegExp")
Set RegExp_JapaneseOnly = CreateObject("VBScript.RegExp")
Set RegExp_English_Only = CreateObject("VBScript.RegExp")
Set RegExp_Upper_Lower = CreateObject("VBScript.RegExp")
Set RegExp_Upper_Only = CreateObject("VBScript.RegExp")
Set RegExp_Lower_Only = CreateObject("VBScript.RegExp")
Set RegExp_Angle_Bracket = CreateObject("VBScript.RegExp")
Set RegExp_Angle_Bracket_JP = CreateObject("VBScript.RegExp")
Set RegExp_Angle_Bracket_EN = CreateObject("VBScript.RegExp")
Set RegExp_Round_Bracket = CreateObject("VBScript.RegExp")
Set RegExp_Round_Bracket_JP = CreateObject("VBScript.RegExp")
Set RegExp_Round_Bracket_EN = CreateObject("VBScript.RegExp")
Set RegExp_SquareBracket = CreateObject("VBScript.RegExp")
Set RegExp_SquareBracket_JP = CreateObject("VBScript.RegExp")
Set RegExp_SquareBracket_EN = CreateObject("VBScript.RegExp")
Set RegExp_Japanese = CreateObject("VBScript.RegExp")
Set RegExp_Alphabet = CreateObject("VBScript.RegExp")
With RegExp_5_Number
.Pattern = Ptn_5_Number
.IgnoreCase = True
.Global = True
End With
With RegExp_Angle_Bracket
.Pattern = Ptn_AngleStart
.IgnoreCase = True
.Global = True
End With
With RegExp_Angle_Bracket_JP
.Pattern = Ptn_Angle_JPN
.IgnoreCase = True
.Global = True
End With
With RegExp_Angle_Bracket_EN
.Pattern = Ptn_Angle_ENG
.IgnoreCase = True
.Global = True
End With
With RegExp_Round_Bracket
.Pattern = Ptn_RoundStart
.IgnoreCase = True
.Global = True
End With
With RegExp_Round_Bracket_JP
.Pattern = Ptn_Round_JPN
.IgnoreCase = True
.Global = True
End With
With RegExp_Round_Bracket_EN
.Pattern = Ptn_Round_ENG
.IgnoreCase = True
.Global = True
End With
With RegExp_SquareBracket
.Pattern = Ptn_SquareStart
.IgnoreCase = True
.Global = True
End With
With RegExp_SquareBracket_JP
.Pattern = Ptn_Square_JPN
.IgnoreCase = True
.Global = True
End With
With RegExp_SquareBracket_EN
.Pattern = Ptn_Square_ENG
.IgnoreCase = True
.Global = True
End With
With RegExp_Japanese
.Pattern = Ptn_Japanese
.IgnoreCase = True
.Global = True
End With
With RegExp_Alphabet
.Pattern = Ptn_Alphabet
.IgnoreCase = False
.Global = True
End With
With RegExp_JapaneseOnly
.Pattern = Ptn_JapaneseOnly
.IgnoreCase = True
.Global = True
End With
Set mySht1 = Worksheets("Sheet1")
Set mySht2 = Worksheets("Sheet2")
Set myRng = mySht1.UsedRange
tmpAr = myRng
Major_CategoryAr = MajorCategoryAr(mySht2)
ReDim Preserve Major_CategoryAr(UBound(Major_CategoryAr), UBound(Major_CategoryAr, 2) + 2)
m = 0
For i = LBound(tmpAr) To UBound(tmpAr)
For n = LBound(Major_CategoryAr) To UBound(Major_CategoryAr)
If Major_CategoryAr(n, 0) = tmpAr(i, 1) Then
Major_CategoryAr(n, 11) = i
End If
If Major_CategoryAr(n, 1) = tmpAr(i, 1) Then
Major_CategoryAr(n, 12) = i
End If
Next n
Next i
m = 0
n = 0
p = 0
q = 0
No_Cancel_Ar = NoCancelArray(mySht1)
For r = LBound(No_Cancel_Ar) To UBound(No_Cancel_Ar)
For i = No_Cancel_Ar(r, 0) To No_Cancel_Ar(r, 1)
str_JPN_Analyse = ""
str_ENG_Analyse = ""
On Error Resume Next
For k = 1 To 5
str_JPN_Analyse = str_JPN_Analyse & tmpAr(i, k)
str_ENG_Analyse = str_ENG_Analyse & " " & tmpAr(i + 1, k)
str_ENG_Analyse = Replace(str_ENG_Analyse, " ", " ")
Next k
For k = 1 To 3
str_ENG_Analyse = str_ENG_Analyse & " " & tmpAr(i + 2, k)
str_ENG_Analyse = Replace(str_ENG_Analyse, " ", " ")
Next k
On Error GoTo 0
str_ENG_Analyse = Trim(str_ENG_Analyse)
Select Case True
Case RegExp_Angle_Bracket.Test(str_JPN_Analyse) And _
RegExp_Angle_Bracket.Test(str_ENG_Analyse)
ReDim Preserve Sub_FoodGroup_JP(p)
ReDim Preserve Sub_FoodGroup_EN(p)
ReDim Preserve Sub_Group_JP_Row(p)
ReDim Preserve Sub_Group_EN_Row(p)
Set myMatches = RegExp_Angle_Bracket_JP.Execute(str_JPN_Analyse)
Sub_FoodGroup_JP(p) = myMatches.Item(0).Value
Sub_Group_JP_Row(p) = i
Set myMatches = RegExp_Angle_Bracket_EN.Execute(str_ENG_Analyse)
Sub_FoodGroup_EN(p) = myMatches.Item(0).Value
Sub_FoodGroup_EN(p) = Replace(Sub_FoodGroup_EN(p), "＜", "<")
Sub_FoodGroup_EN(p) = Replace(Sub_FoodGroup_EN(p), "＞", ">")
Sub_Group_EN_Row(p) = i + 1
p = p + 1
Case RegExp_Round_Bracket_JP.Test(str_JPN_Analyse) And _
RegExp_Round_Bracket_EN.Test(str_ENG_Analyse)
ReDim Preserve Sub_Category_JPN(n)
ReDim Preserve Sub_Category_ENG(n)
ReDim Preserve SubCategory_RowJ(n)
ReDim Preserve SubCategory_RowE(n)
Set myMatches = RegExp_Round_Bracket_JP.Execute(str_JPN_Analyse)
Sub_Category_JPN(n) = myMatches.Item(0).Value
Sub_Category_JPN(n) = Replace(Sub_Category_JPN(n), "(", "（")
Sub_Category_JPN(n) = Replace(Sub_Category_JPN(n), ")", "）")
SubCategory_RowJ(n) = i
Set myMatches = RegExp_Round_Bracket_EN.Execute(str_ENG_Analyse)
Sub_Category_ENG(n) = myMatches.Item(0).Value
Sub_Category_ENG(n) = Replace(Sub_Category_ENG(n), "（", "(")
Sub_Category_ENG(n) = Replace(Sub_Category_ENG(n), "）", ")")
SubCategory_RowE(n) = i + 1
n = n + 1
Case RegExp_SquareBracket_JP.Test(str_JPN_Analyse) And _
RegExp_SquareBracket_EN.Test(str_ENG_Analyse)
ReDim Preserve MediumCategoryJP(m)
ReDim Preserve Med_JP_RowNumber(m)
ReDim Preserve MediumCategoryEN(m)
ReDim Preserve Med_EN_RowNumber(m)
Set myMatches = RegExp_SquareBracket_JP.Execute(str_JPN_Analyse)
MediumCategoryJP(m) = myMatches.Item(0).Value
Med_JP_RowNumber(m) = i
Set myMatches = RegExp_SquareBracket_EN.Execute(str_ENG_Analyse)
MediumCategoryEN(m) = myMatches.Item(0).Value
Med_EN_RowNumber(m) = i + 1
m = m + 1
Case RegExp_Japanese.Test(str_JPN_Analyse) And _
RegExp_Alphabet.Test(str_ENG_Analyse)
ReDim Preserve Major_CategoryJP(q)
ReDim Preserve Major_CategoryEN(q)
ReDim Preserve Major_JPN_RowNum(q)
ReDim Preserve Major_ENG_RowNum(q)
Set myMatches = RegExp_Japanese.Execute(str_JPN_Analyse)
Major_CategoryJP(q) = myMatches.Item(0).Value
Major_JPN_RowNum(q) = i
Set myMatches = RegExp_Alphabet.Execute(str_ENG_Analyse)
Major_CategoryEN(q) = myMatches.Item(0).Value
Major_ENG_RowNum(q) = i + 1
q = q + 1
Case Else
End Select
Next i
Next r
ReDim Major_Temp_Array(UBound(Major_CategoryJP), 5)
For q = LBound(Major_Temp_Array) To UBound(Major_Temp_Array) - 1
Major_Temp_Array(q, 0) = Major_CategoryJP(q)
Major_Temp_Array(q, 1) = Major_JPN_RowNum(q)
Major_Temp_Array(q, 2) = Major_JPN_RowNum(q + 1)
Major_Temp_Array(q, 3) = Major_CategoryEN(q)
Major_Temp_Array(q, 4) = Major_ENG_RowNum(q)
Major_Temp_Array(q, 5) = Major_ENG_RowNum(q + 1)
Next q
Major_Temp_Array(q, 0) = Major_CategoryJP(UBound(Major_Temp_Array))
Major_Temp_Array(q, 1) = Major_JPN_RowNum(UBound(Major_Temp_Array))
Major_Temp_Array(q, 2) = 32757
Major_Temp_Array(q, 3) = Major_CategoryEN(UBound(Major_Temp_Array))
Major_Temp_Array(q, 4) = Major_ENG_RowNum(UBound(Major_Temp_Array))
Major_Temp_Array(q, 5) = 32757
ReDim MediumCategoryAr(UBound(MediumCategoryJP), 5)
For m = LBound(MediumCategoryAr) To UBound(MediumCategoryAr) - 1
MediumCategoryAr(m, 0) = MediumCategoryJP(m)
MediumCategoryAr(m, 1) = Med_JP_RowNumber(m)
MediumCategoryAr(m, 2) = Med_JP_RowNumber(m + 1)
MediumCategoryAr(m, 3) = MediumCategoryEN(m)
MediumCategoryAr(m, 4) = Med_EN_RowNumber(m)
MediumCategoryAr(m, 5) = Med_EN_RowNumber(m + 1)
Next m
MediumCategoryAr(m, 0) = MediumCategoryJP(UBound(MediumCategoryAr))
MediumCategoryAr(m, 1) = Med_JP_RowNumber(UBound(MediumCategoryAr))
MediumCategoryAr(m, 2) = 26271
MediumCategoryAr(m, 3) = MediumCategoryEN(UBound(MediumCategoryAr))
MediumCategoryAr(m, 4) = Med_EN_RowNumber(UBound(MediumCategoryAr))
MediumCategoryAr(m, 5) = 26271
For m = LBound(MediumCategoryAr) To UBound(MediumCategoryAr)
For n = LBound(Major_CategoryAr) To UBound(Major_CategoryAr)
If CLng(MediumCategoryAr(m, 1)) > CLng(Major_CategoryAr(n, 11)) And _
CLng(MediumCategoryAr(m, 1)) < CLng(Major_CategoryAr(n, 12)) And _
CLng(Major_CategoryAr(n, 12)) < CLng(MediumCategoryAr(m, 2)) Then
MediumCategoryAr(m, 2) = Major_CategoryAr(n, 12)
End If
If CLng(MediumCategoryAr(m, 4)) > CLng(Major_CategoryAr(n, 11)) And _
CLng(MediumCategoryAr(m, 4)) < CLng(Major_CategoryAr(n, 12)) And _
CLng(Major_CategoryAr(n, 12)) < CLng(MediumCategoryAr(m, 5)) Then
MediumCategoryAr(m, 5) = Major_CategoryAr(n, 12)
Exit For
End If
Next n
Next m
p = 0
For i = LBound(tmpAr) To UBound(tmpAr) - 1
strMinor_CategoryJP = ""
strMinor_CategoryEN = ""
For n = LBound(Major_CategoryAr) To UBound(Major_CategoryAr)
If RegExp_JapaneseOnly.Test(tmpAr(i, 1)) And _
Not RegExp_5_Number.Test(tmpAr(i, 1)) And _
Not RegExp_Round_Bracket.Test(tmpAr(i, 1)) And _
Not RegExp_SquareBracket.Test(tmpAr(i, 1)) And _
Not RegExp_Angle_Bracket.Test(tmpAr(i, 1)) And _
InStr(tmpAr(i, 1), Major_CategoryAr(n, 8)) <> 0 And _
InStr(tmpAr(i + 1, 1), Major_CategoryAr(n, 9)) <> 0 And _
i >= Major_CategoryAr(n, 11) And _
i <= Major_CategoryAr(n, 12) Then
ReDim Preserve Minor_CategoryJP(p)
ReDim Preserve Minor_CategoryEN(p)
ReDim Preserve Min_JP_RowNumber(p)
ReDim Preserve Min_EN_RowNumber(p)
For k = 1 To 2
strMinor_CategoryJP = strMinor_CategoryJP & tmpAr(i, k)
strMinor_CategoryEN = strMinor_CategoryEN & " " & tmpAr(i + 1, k)
strMinor_CategoryEN = Trim(strMinor_CategoryEN)
Next k
Set myMatches = RegExp_JapaneseOnly.Execute(strMinor_CategoryJP)
Minor_CategoryJP(p) = strMinor_CategoryJP
Min_JP_RowNumber(p) = i
Set myMatches = RegExp_Upper_Lower.Execute(strMinor_CategoryEN)
Minor_CategoryEN(p) = strMinor_CategoryEN
Min_EN_RowNumber(p) = i + 1
p = p + 1
Else
End If
Next n
Next i
j = 0
For i = LBound(tmpAr) To UBound(tmpAr)
strFoodGroup = ""
strSubFoodGroup = ""
strSub_Category = ""
strMajor_Category = ""
strMinor_Category = ""
strDetailCategory = ""
If RegExp_5_Number.Test(tmpAr(i, 1)) And tmpAr(i, 2) <> "（欠番）" Then
ReDim Preserve ItemNamAr(j)
ReDim Preserve ItemNumAr(j)
ReDim Preserve FoodGrouNum(j)
ReDim Preserve FoodGroupJP(j)
ReDim Preserve FoodGroupEN(j)
ReDim Preserve Sub_FoodGroup_JP(j)
ReDim Preserve Sub_FoodGroup_EN(j)
ReDim Preserve Sub_Category_JPN(j)
ReDim Preserve Sub_Category_ENG(j)
ReDim Preserve Major_CategoryJP(j)
ReDim Preserve Major_CategoryEN(j)
ReDim Preserve Major_CategoryLT(j)
ReDim Preserve Med_Category_JPN(j)
ReDim Preserve Med_Category_ENG(j)
ReDim Preserve Minor_CategoryJP(j)
ReDim Preserve Minor_CategoryEN(j)
ReDim Preserve DetailCategoryJP(j)
ReDim Preserve DetailCategoryEN(j)
ReDim Preserve JapaneseName(j)
ReDim Preserve English_Name(j)
ItemNamAr(j) = tmpAr(i, 1)
ItemNumAr(j) = i
Select Case True
Case Left(tmpAr(i, 1), 2) = "01"
FoodGrouNum(j) = Left(tmpAr(i, 1), 2)
FoodGroupJP(j) = "穀類"
FoodGroupEN(j) = "CEREALS"
CEREALS = CEREALS + 1
Case Left(tmpAr(i, 1), 2) = "02"
FoodGrouNum(j) = Left(tmpAr(i, 1), 2)
FoodGroupJP(j) = "いも及びでん粉類"
FoodGroupEN(j) = "POTATOES AND STARCHES"
POTATOES = POTATOES + 1
Case Left(tmpAr(i, 1), 2) = "03"
FoodGrouNum(j) = Left(tmpAr(i, 1), 2)
FoodGroupJP(j) = "砂糖及び甘味類"
FoodGroupEN(j) = "SUGARS"
SUGARS = SUGARS + 1
Case Left(tmpAr(i, 1), 2) = "04"
FoodGrouNum(j) = Left(tmpAr(i, 1), 2)
FoodGroupJP(j) = "豆類"
FoodGroupEN(j) = "PULSES"
PULSES = PULSES + 1
Case Left(tmpAr(i, 1), 2) = "05"
FoodGrouNum(j) = Left(tmpAr(i, 1), 2)
FoodGroupJP(j) = "種実類"
FoodGroupEN(j) = "NUTS AND SEEDS"
NUTS = NUTS + 1
Case Left(tmpAr(i, 1), 2) = "06"
FoodGrouNum(j) = Left(tmpAr(i, 1), 2)
FoodGroupJP(j) = "野菜類"
FoodGroupEN(j) = "VEGETABLES"
VEGETABLES = VEGETABLES + 1
Case Left(tmpAr(i, 1), 2) = "07"
FoodGrouNum(j) = Left(tmpAr(i, 1), 2)
FoodGroupJP(j) = "果実類"
FoodGroupEN(j) = "FRUITS"
FRUITS = FRUITS + 1
Case Left(tmpAr(i, 1), 2) = "08"
FoodGrouNum(j) = Left(tmpAr(i, 1), 2)
FoodGroupJP(j) = "きのこ類"
FoodGroupEN(j) = "MUSHROOMS"
MUSHROOMS = MUSHROOMS + 1
Case Left(tmpAr(i, 1), 2) = "09"
FoodGrouNum(j) = Left(tmpAr(i, 1), 2)
FoodGroupJP(j) = "藻類"
FoodGroupEN(j) = "ALGAE"
ALGAE = ALGAE + 1
Case Left(tmpAr(i, 1), 2) = "10"
FoodGrouNum(j) = Left(tmpAr(i, 1), 2)
FoodGroupJP(j) = "魚介類"
FoodGroupEN(j) = "FISHES AND SHELLFISHES"
FISHES = FISHES + 1
Case Left(tmpAr(i, 1), 2) = "11"
FoodGrouNum(j) = Left(tmpAr(i, 1), 2)
FoodGroupJP(j) = "肉類"
FoodGroupEN(j) = "MEATS"
MEATS = MEATS + 1
Case Left(tmpAr(i, 1), 2) = "12"
FoodGrouNum(j) = Left(tmpAr(i, 1), 2)
FoodGroupJP(j) = "卵類"
FoodGroupEN(j) = "EGGS"
EGGS = EGGS + 1
Case Left(tmpAr(i, 1), 2) = "13"
FoodGrouNum(j) = Left(tmpAr(i, 1), 2)
FoodGroupJP(j) = "乳類"
FoodGroupEN(j) = "MILKS"
MILK = MILK + 1
Case Left(tmpAr(i, 1), 2) = "14"
FoodGrouNum(j) = Left(tmpAr(i, 1), 2)
FoodGroupJP(j) = "油脂類"
FoodGroupEN(j) = "FATS AND OILS"
OIL = OIL + 1
Case Left(tmpAr(i, 1), 2) = "15"
FoodGrouNum(j) = Left(tmpAr(i, 1), 2)
FoodGroupJP(j) = "菓子類"
FoodGroupEN(j) = "CONFECTIONERIES"
CONFECTIONERIES = CONFECTIONERIES + 1
Case Left(tmpAr(i, 1), 2) = "16"
FoodGrouNum(j) = Left(tmpAr(i, 1), 2)
FoodGroupJP(j) = "し好飲料類"
FoodGroupEN(j) = "BEVERAGES"
BEVERAGES = BEVERAGES + 1
Case Left(tmpAr(i, 1), 2) = "17"
FoodGrouNum(j) = Left(tmpAr(i, 1), 2)
FoodGroupJP(j) = "調味料及び香辛料類"
FoodGroupEN(j) = "SEASONINGS AND SPICES"
SEASONINGS = SEASONINGS + 1
Case Left(tmpAr(i, 1), 2) = "18"
FoodGrouNum(j) = Left(tmpAr(i, 1), 2)
FoodGroupJP(j) = "調理加工食品類"
FoodGroupEN(j) = "PREPARED FOODS"
PREPARED = PREPARED + 1
Case Else
End Select
If RegExpJapaneseName.Test(tmpAr(i, 2)) Then
Set myMatches = RegExpJapaneseName.Execute(tmpAr(i, 2))
JapaneseName(j) = myMatches.Item(0).Value
End If
For t = 1 To 6
If RegExp_EnglishName.Test(tmpAr(i + 1, t)) Then
English_Name(j) = English_Name(j) & " " & tmpAr(i + 1, t)
English_Name(j) = Trim(English_Name(j))
Else
Exit For
End If
Next t
For k = LBound(Major_CategoryAr) To UBound(Major_CategoryAr)
If CLng(tmpAr(i, 1)) >= CLng(Major_CategoryAr(k, 0)) _
And CLng(tmpAr(i, 1)) <= CLng(Major_CategoryAr(k, 1)) Then
Sub_FoodGroup_JP(j) = Major_CategoryAr(k, 4)
Sub_FoodGroup_EN(j) = Major_CategoryAr(k, 5)
Sub_Category_JPN(j) = Major_CategoryAr(k, 6)
Sub_Category_ENG(j) = Major_CategoryAr(k, 7)
Major_CategoryJP(j) = Major_CategoryAr(k, 8)
Major_CategoryEN(j) = Major_CategoryAr(k, 9)
Major_CategoryLT(j) = Major_CategoryAr(k, 10)
For m = LBound(MediumCategoryAr) To UBound(MediumCategoryAr)
If i >= CLng(MediumCategoryAr(m, 1)) And _
i <= CLng(MediumCategoryAr(m, 2)) Then
Med_Category_JPN(j) = MediumCategoryAr(m, 0)
End If
If i >= CLng(MediumCategoryAr(m, 4)) And _
i <= CLng(MediumCategoryAr(m, 5)) Then
Med_Category_ENG(j) = MediumCategoryAr(m, 3)
End If
Next m
Else
End If
Next k
Else
j = j - 1
End If
j = j + 1
Next i
ReDim ItemArray(UBound(ItemNamAr), 14)
For i = LBound(ItemArray) To UBound(ItemArray)
ItemArray(i, 0) = ItemNamAr(i)
ItemArray(i, 1) = FoodGrouNum(i)
ItemArray(i, 2) = FoodGroupJP(i)
ItemArray(i, 3) = FoodGroupEN(i)
ItemArray(i, 4) = Sub_FoodGroup_JP(i)
ItemArray(i, 5) = Sub_FoodGroup_EN(i)
ItemArray(i, 6) = Sub_Category_JPN(i)
ItemArray(i, 7) = Sub_Category_ENG(i)
ItemArray(i, 8) = Major_CategoryJP(i)
ItemArray(i, 9) = Major_CategoryEN(i)
ItemArray(i, 10) = Major_CategoryLT(i)
ItemArray(i, 11) = Med_Category_JPN(i)
ItemArray(i, 12) = Med_Category_ENG(i)
ItemArray(i, 13) = JapaneseName(i)
ItemArray(i, 14) = English_Name(i)
Next i
Set mySht3 = Worksheets.Add
With mySht3
.Name = "Result"
.Range("A1").Value = "ItemNumber"
.Range("B1").Value = "食品群番号"
.Range("C1").Value = "食品群"
.Range("D1").Value = "FoodGroup"
.Range("E1").Value = "副分類"
.Range("F1").Value = "SubFoodGroup"
.Range("G1").Value = "区分"
.Range("H1").Value = "SubCategory"
.Range("I1").Value = "大分類"
.Range("J1").Value = "MajorCategory"
.Range("K1").Value = "AcademicName"
.Range("L1").Value = "中分類"
.Range("M1").Value = "MediumCategory"
.Range("N1").Value = "小分類・細分"
.Range("O1").Value = "MinorCategory_Details"
.Range("A2:O1879").Value = ItemArray
End With
End Sub
Function NoCancelArray(ByRef Sh As Worksheet) As Variant
Dim mySht As Worksheet
Dim myRng As Range
Dim tmpAr As Variant
Dim i As Long
Dim j As Long
Dim RegExpCancel As Object
Dim RegExp_Exit As Object
Const StrCancel As String = "^(1\)|residues)$"
Dim CancelItem() As String
Dim CancelRow1() As String
Dim CancelRow2() As String
Dim myCancelAr() As String
Dim Cancel_Array() As String
Set RegExpCancel = CreateObject("VBScript.RegExp")
With RegExpCancel
.Pattern = StrCancel
.IgnoreCase = True
.Global = True
End With
Set mySht = Sh
Set myRng = mySht.UsedRange
tmpAr = myRng
j = 0
For i = LBound(tmpAr) To UBound(tmpAr)
If RegExpCancel.Test(tmpAr(i, 1)) Then
ReDim Preserve CancelItem(j)
ReDim Preserve CancelRow1(i)
CancelItem(j) = tmpAr(i, 1)
CancelRow1(j) = i
j = j + 1
End If
Next i
ReDim myCancelAr(UBound(CancelItem), 1)
For j = LBound(myCancelAr) To UBound(myCancelAr)
myCancelAr(j, 0) = CancelItem(j)
myCancelAr(j, 1) = CancelRow1(j)
Next j
ReDim Preserve myCancelAr(UBound(myCancelAr), 2)
j = 0
For i = LBound(myCancelAr) To UBound(myCancelAr) - 1
If myCancelAr(i, 0) = "1)" Then
If myCancelAr(i + 2, 0) = "residues" Then
myCancelAr(i, 2) = myCancelAr(i + 2, 1)
Else
myCancelAr(i, 2) = myCancelAr(i + 1, 1)
End If
j = j + 1
End If
Next i
Erase CancelRow1
j = 0
ReDim CancelRow1(j)
ReDim CancelRow2(j)
CancelRow1(j) = myCancelAr(j, 1)
CancelRow2(j) = myCancelAr(j, 2)
For i = LBound(myCancelAr) + 1 To UBound(myCancelAr)
If myCancelAr(i, 0) = "1)" And _
myCancelAr(i - 1, 0) <> "1)" Then
j = j + 1
ReDim Preserve CancelRow1(j)
ReDim Preserve CancelRow2(j)
CancelRow1(j) = myCancelAr(i, 1)
CancelRow2(j) = myCancelAr(i, 2)
End If
Next i
ReDim Cancel_Array(UBound(CancelRow1), 1)
j = 0
For j = LBound(Cancel_Array) To UBound(Cancel_Array)
Cancel_Array(j, 0) = CancelRow1(j)
Cancel_Array(j, 1) = CancelRow2(j)
Next j
j = 0
Cancel_Array(j, 0) = 1
Cancel_Array(j, 1) = CancelRow1(j)
For j = LBound(Cancel_Array) + 1 To UBound(Cancel_Array)
Cancel_Array(j, 0) = CancelRow2(j - 1)
Cancel_Array(j, 1) = CancelRow1(j)
Next j
NoCancelArray = Cancel_Array
End Function
References:
CSV file of the ‘Standard Tables of Food Composition in Japan 2010′
Classify the Item_Number of the ‘Standard Tables of Food Composition in Japan 2010′, Part 2
日本食品標準成分表2010の食品番号をカテゴリー分類する その1
日本食品標準成分表2010の食品番号を分類するの記事で食品番号を分類する記事を掲載しましたが，不十分な分類しか出来ておりませんでした．今回は既に日本語の完成した分類を見つけましたので，それを元に英語もつけて分類しました．参考にしたのは以下のファイルです．
新しいブックを用意します．”1299012_1.pdf”から”1299012_18.pdf”までのPDFの全テキストをSheet1にオプションでペーストします．その際，下の行方向に行の間隔を空けずに貼り付けます．テキストファイルウィザードで最初のカラムのデータ形式を『文字列』に変更します．原材料的食品のもととなる生物の学名でダウンロードしたPDFの全テキストを選択し，Sheet2にオプションでペーストします．テキストファイルウィザードが開くので，1/3では元のデータ形式で『カンマやタブなどの区切り文字によってフィールドごとに区切られたデータ』を選択します．テキストファイルウィザード2/3では『連続した区切り文字は1文字とみなす』のチェックを外して次に進みます．テキストファイルウィザード3/3では最初の列のデータ形式を『文字列』に変更して完了をクリックします．このEXCELブックに”Sample.xlsm”と名前を付けて保存します．
“Sample.xlsm”ブックを開き，Alt+F11キーを押下してVBEを起動します．挿入メニューから標準モジュールを選択し，下記のコードを貼り付けます．Separate_by_Parentプロシージャを実行すると”Result”という名前のシートが出来ます．
Option Explicit
Function MajorCategoryAr(ByRef Sh As Worksheet) As String()
Dim mySht As Worksheet
Dim myRng As Range
Dim tmpAr As Variant
Dim StartEnd As Variant
Dim strFoodGroup As String
Dim strFoodGroupJP As String
Dim strFoodGroupEN As String
Dim strSubFoodGroup As String
Dim strSubFoodGroupJP As String
Dim strSubFoodGroupEN As String
Dim strSub_Category As String
Dim strSub_CategoryJP As String
Dim strSub_CategoryEN As String
Dim strMajor_Category As String
Dim StartNumber() As String
Dim Exit_Number() As String
Dim FoodGroupJP() As String
Dim FoodGroupEN() As String
Dim Sub_FoodGroup_JP() As String
Dim Sub_FoodGroup_EN() As String
Dim Sub_Category_JPN() As String
Dim Sub_Category_ENG() As String
Dim Major_CategoryJP() As String
Dim Major_CategoryEN() As String
Dim Major_CategoryLT() As String
Dim myArray() As String
Dim i As Long
Dim j As Long
Dim k As Long
Dim n As Long
Dim RegExp_3_Digit_Num As Object
Dim RegExp_Item_Number As Object
Dim RegExp_SentakuHanni As Object
Dim RegExp_SubCategory1 As Object
Dim RegExp_SubCategory2 As Object
Dim RegExp_MedCategory As Object
Dim RegExp_Foods_Group As Object
Dim RegExp_Jpn_Eng_Mix As Object
Dim RegExp_JapaneseOnly As Object
Dim RegExp_Upper_Lower As Object
Dim RegExp_Upper_Only As Object
Dim RegExp_Lower_Only As Object
Dim RegExp_RoundBracket As Object
Dim RegExp_SquareBracket As Object
Dim RegExp_AngleBracket As Object
Dim myMatches As Object
Dim myMatch As Object
Const Ptn_3_Digit_Num As String = "[0-9]{3}$"
Const Ptn_Item_Number As String = "^[0-9]{5}$"
Const Ptn_SentakuHanni As String = "(，|～)"
Const Ptn_SubCategory1 As String = "^(（|\().(）|\))$"
Const Ptn_SubCategory2 As String = "^(＜|＞)$"
Const Ptn_MedCategory As String = "^\[.\]$"
Const Ptn_FoodGroupNum As String = "^([０-９]|[0-9]{2})$"
Const Ptn_Jpn_Eng_Mix As String = "^[^A-Za-z0-9]+(\([^A-Za-z0-9]+\))?([A-Za-z])"
Const Ptn_JapaneseOnly As String = "^[^A-Za-z0-9]+(\([^A-Za-z0-9]+\))?$"
Const Ptn_Upper_Lower As String = "[A-Z][a-z]+"
Const Ptn_Upper_Only As String = "[A-Z]+"
Const Ptn_Lower_Only As String = "^[a-z]+$"
Const Ptn_RoundStart As String = "^[\(（]"
Const Ptn_Round_Exit As String = "[\(（][^A-Za-z0-9]+[\)）]"
Const Ptn_SquareStart As String = "^\["
Const Ptn_Square_Exit As String = "\[[^A-Za-z0-9]+\]"
Const Ptn_AngleStart As String = "^[\<＜]"
Const Ptn_Angle_Exit As String = "[\<＜][^A-Za-z0-9]+[\>＞]"
Set mySht = Sh
Set myRng = mySht.UsedRange
tmpAr = myRng
Set RegExp_3_Digit_Num = CreateObject("VBScript.RegExp")
Set RegExp_Item_Number = CreateObject("VBScript.RegExp")
Set RegExp_SentakuHanni = CreateObject("VBScript.RegExp")
Set RegExp_SubCategory1 = CreateObject("VBScript.RegExp")
Set RegExp_SubCategory2 = CreateObject("VBScript.RegExp")
Set RegExp_MedCategory = CreateObject("VBScript.RegExp")
Set RegExp_Foods_Group = CreateObject("VBScript.RegExp")
Set RegExp_Jpn_Eng_Mix = CreateObject("VBScript.RegExp")
Set RegExp_JapaneseOnly = CreateObject("VBScript.RegExp")
Set RegExp_Upper_Lower = CreateObject("VBScript.RegExp")
Set RegExp_Upper_Only = CreateObject("VBScript.RegExp")
Set RegExp_Lower_Only = CreateObject("VBScript.RegExp")
Set RegExp_RoundBracket = CreateObject("VBScript.RegExp")
Set RegExp_SquareBracket = CreateObject("VBScript.RegExp")
Set RegExp_AngleBracket = CreateObject("VBScript.RegExp")
With RegExp_3_Digit_Num
.Pattern = "[0-9]{3}$"
.IgnoreCase = True
.Global = True
End With
With RegExp_Item_Number
.Pattern = "^[0-9]{5}$"
.IgnoreCase = True
.Global = True
End With
With RegExp_SentakuHanni
.Pattern = "(，|～)"
.IgnoreCase = True
.Global = True
End With
With RegExp_SubCategory1
.Pattern = "^(（|\().(）|\))$"
.IgnoreCase = True
.Global = True
End With
With RegExp_SubCategory2
.Pattern = "^(＜|＞)$"
.IgnoreCase = True
.Global = True
End With
With RegExp_MedCategory
.Pattern = "^\[.\]$"
.IgnoreCase = True
.Global = True
End With
With RegExp_Foods_Group
.Pattern = "^([０-９]|[0-9]{2})$"
.IgnoreCase = True
.Global = True
End With
With RegExp_Jpn_Eng_Mix
.Pattern = "^[^A-Za-z0-9]+(\([^A-Za-z0-9]+\))?([A-Za-z])"
.IgnoreCase = True
.Global = True
End With
With RegExp_JapaneseOnly
.Pattern = "^[^A-Za-z0-9]+(\([^A-Za-z0-9]+\))?$"
.IgnoreCase = True
.Global = True
End With
With RegExp_Upper_Lower
.Pattern = "[A-Z][a-z]+"
.IgnoreCase = False
.Global = True
End With
With RegExp_Upper_Only
.Pattern = "[A-Z]+"
.IgnoreCase = False
.Global = True
End With
With RegExp_Lower_Only
.Pattern = "^[a-z]+$"
.IgnoreCase = False
.Global = True
End With
j = 0
For i = LBound(tmpAr) + 1 To UBound(tmpAr)
With RegExp_RoundBracket
.Pattern = Ptn_RoundStart
.IgnoreCase = True
.Global = True
End With
With RegExp_SquareBracket
.Pattern = Ptn_SquareStart
.IgnoreCase = True
.Global = True
End With
With RegExp_AngleBracket
.Pattern = Ptn_AngleStart
.IgnoreCase = True
.Global = True
End With
strFoodGroup = ""
strSubFoodGroup = ""
strSub_Category = ""
strMajor_Category = ""
ReDim Preserve StartNumber(j)
ReDim Preserve Exit_Number(j)
ReDim Preserve FoodGroupJP(j)
ReDim Preserve FoodGroupEN(j)
ReDim Preserve Sub_FoodGroup_JP(j)
ReDim Preserve Sub_FoodGroup_EN(j)
ReDim Preserve Sub_Category_JPN(j)
ReDim Preserve Sub_Category_ENG(j)
ReDim Preserve Major_CategoryJP(j)
ReDim Preserve Major_CategoryEN(j)
ReDim Preserve Major_CategoryLT(j)
If RegExp_3_Digit_Num.Test(tmpAr(i, 1)) Then
Select Case True
Case RegExp_Item_Number.Test(tmpAr(i, 1))
StartNumber(j) = tmpAr(i, 1)
Exit_Number(j) = tmpAr(i, 1)
Case RegExp_SentakuHanni.Test(tmpAr(i, 1))
StartEnd = StartExit(tmpAr(i, 1))
StartNumber(j) = StartEnd(0)
Exit_Number(j) = StartEnd(1)
Erase StartEnd
End Select
FoodGroupJP(j) = strFoodGroupJP
FoodGroupEN(j) = strFoodGroupEN
If (i >= 19 And i <= 27) _
Or (i >= 370 And i <= 596) _
Or (i >= 599 And i <= 626) _
Or (i >= 635 And i <= 639) _
Or (i >= 646 And i <= 668) _
Then
Sub_FoodGroup_JP(j) = strSubFoodGroupJP
Sub_FoodGroup_EN(j) = strSubFoodGroupEN
End If
If tmpAr(i, 2) = "" Then
Sub_Category_JPN(j) = strSub_CategoryJP
Sub_Category_ENG(j) = strSub_CategoryEN
End If
For k = 2 To 8
strMajor_Category = strMajor_Category & " " & tmpAr(i, k)
Next k
strMajor_Category = Trim(strMajor_Category)
On Error Resume Next
For k = 1 To 8
If RegExp_Lower_Only.Test(tmpAr(i + 1, 1)) _
And Not RegExp_SubCategory1.Test(tmpAr(i + 1, 1)) _
And Not RegExp_SubCategory2.Test(tmpAr(i + 1, 1)) _
And Not RegExp_Foods_Group.Test(tmpAr(i + 1, 1)) _
And Not RegExp_3_Digit_Num.Test(tmpAr(i + 1, 1)) _
Then
strMajor_Category = strMajor_Category & " " & tmpAr(i + 1, k)
End If
Next k
On Error GoTo 0
strMajor_Category = Trim(strMajor_Category)
If RegExp_Jpn_Eng_Mix.Test(strMajor_Category) Then
StartEnd = Separate_Jpn_Eng(strMajor_Category)
Major_CategoryJP(j) = StartEnd(0)
Erase StartEnd
Set myMatches = RegExp_Upper_Lower.Execute(strMajor_Category)
Major_CategoryEN(j) = Mid(strMajor_Category, _
myMatches.Item(0).firstindex + 1, _
myMatches.Item(myMatches.Count - 1).firstindex _
- myMatches.Item(0).firstindex - 1)
Set myMatch = myMatches.Item(myMatches.Count - 1)
Major_CategoryLT(j) = Mid(strMajor_Category, myMatch.firstindex + 1)
Else
End If
Else
Select Case True
Case RegExp_Foods_Group.Test(tmpAr(i, 1))
For k = 2 To 8
strFoodGroup = strFoodGroup & " " & tmpAr(i, k)
Next k
strFoodGroup = Trim(strFoodGroup)
Select Case True
Case RegExp_Jpn_Eng_Mix.Test(strFoodGroup)
Set myMatches = RegExp_Jpn_Eng_Mix.Execute(strFoodGroup)
Set myMatch = myMatches.Item(0)
strFoodGroupJP = Left(strFoodGroup, myMatches.Item(0).Length - 1)
strFoodGroupEN = Mid(strFoodGroup, myMatches.Item(0).Length)
Case RegExp_JapaneseOnly.Test(strFoodGroup)
Set myMatches = RegExp_JapaneseOnly.Execute(strFoodGroup)
Set myMatch = myMatches.Item(0)
strFoodGroupJP = Left(strFoodGroup, myMatches.Item(0).Length - 1)
strFoodGroupEN = Mid(strFoodGroup, myMatches.Item(0).Length)
Case Else
End Select
Case RegExp_AngleBracket.Test(tmpAr(i, 1))
For k = 1 To 8
strSubFoodGroup = strSubFoodGroup & " " & tmpAr(i, k)
Next k
strSubFoodGroup = Trim(strSubFoodGroup)
With RegExp_AngleBracket
.Pattern = Ptn_Angle_Exit
.IgnoreCase = True
.Global = True
End With
Set myMatches = RegExp_AngleBracket.Execute(strSubFoodGroup)
strSubFoodGroupJP = myMatches.Item(0).Value
strSubFoodGroupEN = Mid(strSubFoodGroup, myMatches.Item(0).Length + 2)
strSubFoodGroupEN = Replace(strSubFoodGroupEN, "＜", "<")
strSubFoodGroupEN = Replace(strSubFoodGroupEN, "＞", ">")
Case RegExp_RoundBracket.Test(tmpAr(i, 1))
For k = 1 To 8
strSub_Category = strSub_Category & " " & tmpAr(i, k)
Next k
strSub_Category = Trim(strSub_Category)
With RegExp_RoundBracket
.Pattern = Ptn_Round_Exit
.IgnoreCase = True
.Global = True
End With
Set myMatches = RegExp_RoundBracket.Execute(strSub_Category)
On Error Resume Next
strSub_CategoryJP = myMatches.Item(0).Value
strSub_CategoryJP = Replace(strSub_CategoryJP, "(", "（")
strSub_CategoryJP = Replace(strSub_CategoryJP, ")", "）")
strSub_CategoryEN = Mid(strSub_Category, myMatches.Item(0).Length + 2)
strSub_CategoryEN = Replace(strSub_CategoryEN, "（", "(")
strSub_CategoryEN = Replace(strSub_CategoryEN, "）", ")")
On Error GoTo 0
Case Else
End Select
j = j - 1
End If
j = j + 1
Next i
ReDim myArray(UBound(StartNumber), 10)
For n = LBound(myArray) To UBound(myArray)
myArray(n, 0) = StartNumber(n)
myArray(n, 1) = Exit_Number(n)
myArray(n, 2) = FoodGroupJP(n)
myArray(n, 3) = FoodGroupEN(n)
myArray(n, 4) = Sub_FoodGroup_JP(n)
myArray(n, 5) = Sub_FoodGroup_EN(n)
myArray(n, 6) = Sub_Category_JPN(n)
myArray(n, 7) = Sub_Category_ENG(n)
myArray(n, 8) = Major_CategoryJP(n)
myArray(n, 9) = Major_CategoryEN(n)
myArray(n, 10) = Major_CategoryLT(n)
Next n
MajorCategoryAr = myArray
End Function
Function StartExit(ByVal InputStr As String) As String()
Dim str As String
Dim Ar() As String
str = InputStr
ReDim Ar(1)
Ar(0) = Left(str, 5)
Ar(1) = Left(str, 2) & Right(str, 3)
StartExit = Ar
End Function
Function Separate_Jpn_Eng(ByVal InputStr As String) As String()
Dim str As String
Dim Ar() As String
Dim RegExp_Jpn_Eng_Mix As Object
Dim myMatches As Object
Dim myMatch As Object
Const Ptn_Jpn_Eng_Mix As String = "^[^A-Za-z0-9]+(\([^A-Za-z0-9]+\))?([A-Za-z])"
str = InputStr
ReDim Ar(1)
Set RegExp_Jpn_Eng_Mix = CreateObject("VBScript.RegExp")
With RegExp_Jpn_Eng_Mix
.Pattern = Ptn_Jpn_Eng_Mix
.IgnoreCase = True
.Global = True
End With
Set myMatches = RegExp_Jpn_Eng_Mix.Execute(str)
For Each myMatch In myMatches
If myMatches.Count > 0 Then
Ar(0) = Left(str, myMatches.Item(0).Length - 1)
Ar(1) = Mid(str, myMatches.Item(0).Length)
End If
Next myMatch
Separate_Jpn_Eng = Ar
End Function
Sub Separate_by_Parent()
Dim mySht1 As Worksheet
Dim mySht2 As Worksheet
Dim mySht3 As Worksheet
Dim myRng As Range
Dim tmpAr As Variant
Dim Major_CategoryAr As Variant
Dim No_Cancel_Ar As Variant
Dim ItemNamAr() As String
Dim ItemNumAr() As String
Dim JapaneseName() As String
Dim English_Name() As String
Dim ItemArray() As String
Dim Residual_JPN() As String
Dim Residual_ENG() As String
Dim Residual_Row() As String
Dim i As Long
Dim j As Long
Dim k As Long
Dim m As Long
Dim n As Long
Dim p As Long
Dim q As Long
Dim r As Long
Dim s As Long
Dim t As Long
Dim str_JPN_Analyse As String
Dim str_ENG_Analyse As String
Dim strFoodGroup As String
Dim strFoodGroupJP As String
Dim strFoodGroupEN As String
Dim strSubFoodGroup As String
Dim strSubFoodGroupJP As String
Dim strSubFoodGroupEN As String
Dim strSub_Category As String
Dim strSub_CategoryJP As String
Dim strSub_CategoryEN As String
Dim strMajor_Category As String
Dim strMajor_CategoryJP As String
Dim strMajor_CategoryEN As String
Dim strMediumCategory As String
Dim strMediumCategoryJP As String
Dim strMediumCategoryEN As String
Dim strMinor_Category As String
Dim strMinor_CategoryJP As String
Dim strMinor_CategoryEN As String
Dim strDetailCategory As String
Dim strDetailCategoryJP As String
Dim strDetailCategoryEN As String
Dim FoodGrouNum() As String
Dim FoodGroupJP() As String
Dim FoodGroupEN() As String
Dim Sub_FoodGroup_JP() As String
Dim Sub_FoodGroup_EN() As String
Dim Sub_Group_JP_Row() As String
Dim Sub_Group_EN_Row() As String
Dim Sub_Category_JPN() As String
Dim Sub_Category_ENG() As String
Dim SubCategory_RowJ() As String
Dim SubCategory_RowE() As String
Dim Major_CategoryJP() As String
Dim Major_CategoryEN() As String
Dim Major_CategoryLT() As String
Dim Major_JPN_RowNum() As String
Dim Major_ENG_RowNum() As String
Dim Major_Temp_Array() As String
Dim MediumCategoryJP() As String
Dim MediumCategoryEN() As String
Dim Med_JP_RowNumber() As Long
Dim Med_EN_RowNumber() As Long
Dim Med_Category_JPN() As String
Dim Med_Category_ENG() As String
Dim MediumCategoryAr() As String
Dim Minor_CategoryJP() As String
Dim Minor_CategoryEN() As String
Dim Min_JP_RowNumber() As Long
Dim Min_EN_RowNumber() As Long
Dim Min_Category_JPN() As String
Dim Min_Category_ENG() As String
Dim Minor_CategoryAr() As String
Dim DetailCategoryJP() As String
Dim DetailCategoryEN() As String
Const Ptn_FoodGroupNum As String = "^([０-９]|[0-9]{2})$"
Const Ptn_Jpn_Eng_Mix As String = "^[^A-Za-z0-9]+(\([^A-Za-z0-9]+\))?([A-Za-z])"
Const Ptn_JapaneseOnly As String = "^[^A-Za-z0-9\*]+(\([^A-Za-z0-9]+\))?$"
Const Ptn_Upper_Lower As String = "[A-Za-z\s:\-,]+" '"[A-Za-z,\s]+"
Const Ptn_Upper_Only As String = "[A-Z]+"
Const Ptn_Lower_Only As String = "^[a-z]+$"
Const Ptn_AngleStart As String = "^[\<＜]"
Const Ptn_Angle_JPN As String = "[<＜].+[>＞]"
Const Ptn_Angle_ENG As String = "[<＜].+[>＞]"
Const Ptn_RoundStart As String = "^[\(（][^0-9]+"
Const Ptn_Round_JPN As String = "[\(（][^A-Za-z0-9]+[\)）]"
Const Ptn_Round_ENG As String = "[\(（][A-Za-z\s]+[\)）]"
Const Ptn_SquareStart As String = "^\["
Const Ptn_Square_JPN As String = "\[[^A-Za-z0-9]+\]"
Const Ptn_Square_ENG As String = "\[[A-Za-z\s:\-,]+(\]|］)"
Dim RegExp_MedCategory As Object
Dim RegExp_Foods_Group As Object
Dim RegExp_Jpn_Eng_Mix As Object
Dim RegExp_JapaneseOnly As Object
Dim RegExp_English_Only As Object
Dim RegExp_Upper_Lower As Object
Dim RegExp_Upper_Only As Object
Dim RegExp_Lower_Only As Object
Dim RegExp_Angle_Bracket As Object
Dim RegExp_Angle_Bracket_JP As Object
Dim RegExp_Angle_Bracket_EN As Object
Dim RegExp_Round_Bracket As Object
Dim RegExp_Round_Bracket_JP As Object
Dim RegExp_Round_Bracket_EN As Object
Dim RegExp_SquareBracket As Object
Dim RegExp_SquareBracket_JP As Object
Dim RegExp_SquareBracket_EN As Object
Dim RegExp_5_Number As Object
Dim RegExp_Japanese As Object
Dim RegExp_Alphabet As Object
Dim myMatches As Object
Dim myMatch As Object
Const Ptn_5_Number As String = "^[0-9]{5}$"
Const Ptn_Japanese As String = "[^A-Za-z0-9]{2,}"
Const Ptn_Alphabet As String = "^[A-Za-z]{2,}"
Dim CEREALS As Long
Dim POTATOES As Long
Dim SUGARS As Long
Dim PULSES As Long
Dim NUTS As Long
Dim VEGETABLES As Long
Dim FRUITS As Long
Dim MUSHROOMS As Long
Dim ALGAE As Long
Dim FISHES As Long
Dim MEATS As Long
Dim EGGS As Long
Dim MILK As Long
Dim OIL As Long
Dim CONFECTIONERIES As Long
Dim BEVERAGES As Long
Dim SEASONINGS As Long
Dim PREPARED As Long
Dim RegExpJapaneseName As Object
Const Ptn_JapaneseName As String = "^([0-9%]{1,3})?[^A-Za-z0-9]+"
Set RegExpJapaneseName = CreateObject("VBScript.RegExp")
With RegExpJapaneseName
.Pattern = Ptn_JapaneseName
.IgnoreCase = True
.Global = True
End With
Dim RegExp_EnglishName As Object
Dim Ptn_EnglishName As String
Ptn_EnglishName = "^[A-Za-z0-9%\.,\-'" & ChrW(&HC0) & "-" & ChrW(&HFF) & "]+$"
Set RegExp_EnglishName = CreateObject("VBScript.RegExp")
With RegExp_EnglishName
.Pattern = Ptn_EnglishName
.IgnoreCase = True
.Global = True
End With
Set RegExp_5_Number = CreateObject("VBScript.RegExp")
Set RegExp_MedCategory = CreateObject("VBScript.RegExp")
Set RegExp_Foods_Group = CreateObject("VBScript.RegExp")
Set RegExp_Jpn_Eng_Mix = CreateObject("VBScript.RegExp")
Set RegExp_JapaneseOnly = CreateObject("VBScript.RegExp")
Set RegExp_English_Only = CreateObject("VBScript.RegExp")
Set RegExp_Upper_Lower = CreateObject("VBScript.RegExp")
Set RegExp_Upper_Only = CreateObject("VBScript.RegExp")
Set RegExp_Lower_Only = CreateObject("VBScript.RegExp")
Set RegExp_Angle_Bracket = CreateObject("VBScript.RegExp")
Set RegExp_Angle_Bracket_JP = CreateObject("VBScript.RegExp")
Set RegExp_Angle_Bracket_EN = CreateObject("VBScript.RegExp")
Set RegExp_Round_Bracket = CreateObject("VBScript.RegExp")
Set RegExp_Round_Bracket_JP = CreateObject("VBScript.RegExp")
Set RegExp_Round_Bracket_EN = CreateObject("VBScript.RegExp")
Set RegExp_SquareBracket = CreateObject("VBScript.RegExp")
Set RegExp_SquareBracket_JP = CreateObject("VBScript.RegExp")
Set RegExp_SquareBracket_EN = CreateObject("VBScript.RegExp")
Set RegExp_Japanese = CreateObject("VBScript.RegExp")
Set RegExp_Alphabet = CreateObject("VBScript.RegExp")
With RegExp_5_Number
.Pattern = Ptn_5_Number
.IgnoreCase = True
.Global = True
End With
With RegExp_Angle_Bracket
.Pattern = Ptn_AngleStart
.IgnoreCase = True
.Global = True
End With
With RegExp_Angle_Bracket_JP
.Pattern = Ptn_Angle_JPN
.IgnoreCase = True
.Global = True
End With
With RegExp_Angle_Bracket_EN
.Pattern = Ptn_Angle_ENG
.IgnoreCase = True
.Global = True
End With
With RegExp_Round_Bracket
.Pattern = Ptn_RoundStart
.IgnoreCase = True
.Global = True
End With
With RegExp_Round_Bracket_JP
.Pattern = Ptn_Round_JPN
.IgnoreCase = True
.Global = True
End With
With RegExp_Round_Bracket_EN
.Pattern = Ptn_Round_ENG
.IgnoreCase = True
.Global = True
End With
With RegExp_SquareBracket
.Pattern = Ptn_SquareStart
.IgnoreCase = True
.Global = True
End With
With RegExp_SquareBracket_JP
.Pattern = Ptn_Square_JPN
.IgnoreCase = True
.Global = True
End With
With RegExp_SquareBracket_EN
.Pattern = Ptn_Square_ENG
.IgnoreCase = True
.Global = True
End With
With RegExp_Japanese
.Pattern = Ptn_Japanese
.IgnoreCase = True
.Global = True
End With
With RegExp_Alphabet
.Pattern = Ptn_Alphabet
.IgnoreCase = False
.Global = True
End With
With RegExp_JapaneseOnly
.Pattern = Ptn_JapaneseOnly
.IgnoreCase = True
.Global = True
End With
Set mySht1 = Worksheets("Sheet1")
Set mySht2 = Worksheets("Sheet2")
Set myRng = mySht1.UsedRange
tmpAr = myRng
Major_CategoryAr = MajorCategoryAr(mySht2)
ReDim Preserve Major_CategoryAr(UBound(Major_CategoryAr), UBound(Major_CategoryAr, 2) + 2)
m = 0
For i = LBound(tmpAr) To UBound(tmpAr)
For n = LBound(Major_CategoryAr) To UBound(Major_CategoryAr)
If Major_CategoryAr(n, 0) = tmpAr(i, 1) Then
Major_CategoryAr(n, 11) = i
End If
If Major_CategoryAr(n, 1) = tmpAr(i, 1) Then
Major_CategoryAr(n, 12) = i
End If
Next n
Next i
m = 0
n = 0
p = 0
q = 0
No_Cancel_Ar = NoCancelArray(mySht1)
For r = LBound(No_Cancel_Ar) To UBound(No_Cancel_Ar)
For i = No_Cancel_Ar(r, 0) To No_Cancel_Ar(r, 1)
str_JPN_Analyse = ""
str_ENG_Analyse = ""
On Error Resume Next
For k = 1 To 5
str_JPN_Analyse = str_JPN_Analyse & tmpAr(i, k)
str_ENG_Analyse = str_ENG_Analyse & " " & tmpAr(i + 1, k)
str_ENG_Analyse = Replace(str_ENG_Analyse, " ", " ")
Next k
For k = 1 To 3
str_ENG_Analyse = str_ENG_Analyse & " " & tmpAr(i + 2, k)
str_ENG_Analyse = Replace(str_ENG_Analyse, " ", " ")
Next k
On Error GoTo 0
str_ENG_Analyse = Trim(str_ENG_Analyse)
Select Case True
Case RegExp_Angle_Bracket.Test(str_JPN_Analyse) And _
RegExp_Angle_Bracket.Test(str_ENG_Analyse)
ReDim Preserve Sub_FoodGroup_JP(p)
ReDim Preserve Sub_FoodGroup_EN(p)
ReDim Preserve Sub_Group_JP_Row(p)
ReDim Preserve Sub_Group_EN_Row(p)
Set myMatches = RegExp_Angle_Bracket_JP.Execute(str_JPN_Analyse)
Sub_FoodGroup_JP(p) = myMatches.Item(0).Value
Sub_Group_JP_Row(p) = i
Set myMatches = RegExp_Angle_Bracket_EN.Execute(str_ENG_Analyse)
Sub_FoodGroup_EN(p) = myMatches.Item(0).Value
Sub_FoodGroup_EN(p) = Replace(Sub_FoodGroup_EN(p), "＜", "<")
Sub_FoodGroup_EN(p) = Replace(Sub_FoodGroup_EN(p), "＞", ">")
Sub_Group_EN_Row(p) = i + 1
p = p + 1
Case RegExp_Round_Bracket_JP.Test(str_JPN_Analyse) And _
RegExp_Round_Bracket_EN.Test(str_ENG_Analyse)
ReDim Preserve Sub_Category_JPN(n)
ReDim Preserve Sub_Category_ENG(n)
ReDim Preserve SubCategory_RowJ(n)
ReDim Preserve SubCategory_RowE(n)
Set myMatches = RegExp_Round_Bracket_JP.Execute(str_JPN_Analyse)
Sub_Category_JPN(n) = myMatches.Item(0).Value
Sub_Category_JPN(n) = Replace(Sub_Category_JPN(n), "(", "（")
Sub_Category_JPN(n) = Replace(Sub_Category_JPN(n), ")", "）")
SubCategory_RowJ(n) = i
Set myMatches = RegExp_Round_Bracket_EN.Execute(str_ENG_Analyse)
Sub_Category_ENG(n) = myMatches.Item(0).Value
Sub_Category_ENG(n) = Replace(Sub_Category_ENG(n), "（", "(")
Sub_Category_ENG(n) = Replace(Sub_Category_ENG(n), "）", ")")
SubCategory_RowE(n) = i + 1
n = n + 1
Case RegExp_SquareBracket_JP.Test(str_JPN_Analyse) And _
RegExp_SquareBracket_EN.Test(str_ENG_Analyse)
ReDim Preserve MediumCategoryJP(m)
ReDim Preserve Med_JP_RowNumber(m)
ReDim Preserve MediumCategoryEN(m)
ReDim Preserve Med_EN_RowNumber(m)
Set myMatches = RegExp_SquareBracket_JP.Execute(str_JPN_Analyse)
MediumCategoryJP(m) = myMatches.Item(0).Value
Med_JP_RowNumber(m) = i
Set myMatches = RegExp_SquareBracket_EN.Execute(str_ENG_Analyse)
MediumCategoryEN(m) = myMatches.Item(0).Value
Med_EN_RowNumber(m) = i + 1
m = m + 1
Case RegExp_Japanese.Test(str_JPN_Analyse) And _
RegExp_Alphabet.Test(str_ENG_Analyse)
ReDim Preserve Major_CategoryJP(q)
ReDim Preserve Major_CategoryEN(q)
ReDim Preserve Major_JPN_RowNum(q)
ReDim Preserve Major_ENG_RowNum(q)
Set myMatches = RegExp_Japanese.Execute(str_JPN_Analyse)
Major_CategoryJP(q) = myMatches.Item(0).Value
Major_JPN_RowNum(q) = i
Set myMatches = RegExp_Alphabet.Execute(str_ENG_Analyse)
Major_CategoryEN(q) = myMatches.Item(0).Value
Major_ENG_RowNum(q) = i + 1
q = q + 1
Case Else
End Select
Next i
Next r
ReDim Major_Temp_Array(UBound(Major_CategoryJP), 5)
For q = LBound(Major_Temp_Array) To UBound(Major_Temp_Array) - 1
Major_Temp_Array(q, 0) = Major_CategoryJP(q)
Major_Temp_Array(q, 1) = Major_JPN_RowNum(q)
Major_Temp_Array(q, 2) = Major_JPN_RowNum(q + 1)
Major_Temp_Array(q, 3) = Major_CategoryEN(q)
Major_Temp_Array(q, 4) = Major_ENG_RowNum(q)
Major_Temp_Array(q, 5) = Major_ENG_RowNum(q + 1)
Next q
Major_Temp_Array(q, 0) = Major_CategoryJP(UBound(Major_Temp_Array))
Major_Temp_Array(q, 1) = Major_JPN_RowNum(UBound(Major_Temp_Array))
Major_Temp_Array(q, 2) = 32757
Major_Temp_Array(q, 3) = Major_CategoryEN(UBound(Major_Temp_Array))
Major_Temp_Array(q, 4) = Major_ENG_RowNum(UBound(Major_Temp_Array))
Major_Temp_Array(q, 5) = 32757
ReDim MediumCategoryAr(UBound(MediumCategoryJP), 5)
For m = LBound(MediumCategoryAr) To UBound(MediumCategoryAr) - 1
MediumCategoryAr(m, 0) = MediumCategoryJP(m)
MediumCategoryAr(m, 1) = Med_JP_RowNumber(m)
MediumCategoryAr(m, 2) = Med_JP_RowNumber(m + 1)
MediumCategoryAr(m, 3) = MediumCategoryEN(m)
MediumCategoryAr(m, 4) = Med_EN_RowNumber(m)
MediumCategoryAr(m, 5) = Med_EN_RowNumber(m + 1)
Next m
MediumCategoryAr(m, 0) = MediumCategoryJP(UBound(MediumCategoryAr))
MediumCategoryAr(m, 1) = Med_JP_RowNumber(UBound(MediumCategoryAr))
MediumCategoryAr(m, 2) = 26271
MediumCategoryAr(m, 3) = MediumCategoryEN(UBound(MediumCategoryAr))
MediumCategoryAr(m, 4) = Med_EN_RowNumber(UBound(MediumCategoryAr))
MediumCategoryAr(m, 5) = 26271
For m = LBound(MediumCategoryAr) To UBound(MediumCategoryAr)
For n = LBound(Major_CategoryAr) To UBound(Major_CategoryAr)
If CLng(MediumCategoryAr(m, 1)) > CLng(Major_CategoryAr(n, 11)) And _
CLng(MediumCategoryAr(m, 1)) < CLng(Major_CategoryAr(n, 12)) And _
CLng(Major_CategoryAr(n, 12)) < CLng(MediumCategoryAr(m, 2)) Then
MediumCategoryAr(m, 2) = Major_CategoryAr(n, 12)
End If
If CLng(MediumCategoryAr(m, 4)) > CLng(Major_CategoryAr(n, 11)) And _
CLng(MediumCategoryAr(m, 4)) < CLng(Major_CategoryAr(n, 12)) And _
CLng(Major_CategoryAr(n, 12)) < CLng(MediumCategoryAr(m, 5)) Then
MediumCategoryAr(m, 5) = Major_CategoryAr(n, 12)
Exit For
End If
Next n
Next m
p = 0
For i = LBound(tmpAr) To UBound(tmpAr) - 1
strMinor_CategoryJP = ""
strMinor_CategoryEN = ""
For n = LBound(Major_CategoryAr) To UBound(Major_CategoryAr)
If RegExp_JapaneseOnly.Test(tmpAr(i, 1)) And _
Not RegExp_5_Number.Test(tmpAr(i, 1)) And _
Not RegExp_Round_Bracket.Test(tmpAr(i, 1)) And _
Not RegExp_SquareBracket.Test(tmpAr(i, 1)) And _
Not RegExp_Angle_Bracket.Test(tmpAr(i, 1)) And _
InStr(tmpAr(i, 1), Major_CategoryAr(n, 8)) <> 0 And _
InStr(tmpAr(i + 1, 1), Major_CategoryAr(n, 9)) <> 0 And _
i >= Major_CategoryAr(n, 11) And _
i <= Major_CategoryAr(n, 12) Then
ReDim Preserve Minor_CategoryJP(p)
ReDim Preserve Minor_CategoryEN(p)
ReDim Preserve Min_JP_RowNumber(p)
ReDim Preserve Min_EN_RowNumber(p)
For k = 1 To 2
strMinor_CategoryJP = strMinor_CategoryJP & tmpAr(i, k)
strMinor_CategoryEN = strMinor_CategoryEN & " " & tmpAr(i + 1, k)
strMinor_CategoryEN = Trim(strMinor_CategoryEN)
Next k
Set myMatches = RegExp_JapaneseOnly.Execute(strMinor_CategoryJP)
Minor_CategoryJP(p) = strMinor_CategoryJP
Min_JP_RowNumber(p) = i
Set myMatches = RegExp_Upper_Lower.Execute(strMinor_CategoryEN)
Minor_CategoryEN(p) = strMinor_CategoryEN
Min_EN_RowNumber(p) = i + 1
p = p + 1
Else
End If
Next n
Next i
j = 0
For i = LBound(tmpAr) To UBound(tmpAr)
strFoodGroup = ""
strSubFoodGroup = ""
strSub_Category = ""
strMajor_Category = ""
strMinor_Category = ""
strDetailCategory = ""
If RegExp_5_Number.Test(tmpAr(i, 1)) And tmpAr(i, 2) <> "（欠番）" Then
ReDim Preserve ItemNamAr(j)
ReDim Preserve ItemNumAr(j)
ReDim Preserve FoodGrouNum(j)
ReDim Preserve FoodGroupJP(j)
ReDim Preserve FoodGroupEN(j)
ReDim Preserve Sub_FoodGroup_JP(j)
ReDim Preserve Sub_FoodGroup_EN(j)
ReDim Preserve Sub_Category_JPN(j)
ReDim Preserve Sub_Category_ENG(j)
ReDim Preserve Major_CategoryJP(j)
ReDim Preserve Major_CategoryEN(j)
ReDim Preserve Major_CategoryLT(j)
ReDim Preserve Med_Category_JPN(j)
ReDim Preserve Med_Category_ENG(j)
ReDim Preserve Minor_CategoryJP(j)
ReDim Preserve Minor_CategoryEN(j)
ReDim Preserve DetailCategoryJP(j)
ReDim Preserve DetailCategoryEN(j)
ReDim Preserve JapaneseName(j)
ReDim Preserve English_Name(j)
ItemNamAr(j) = tmpAr(i, 1)
ItemNumAr(j) = i
Select Case True
Case Left(tmpAr(i, 1), 2) = "01"
FoodGrouNum(j) = Left(tmpAr(i, 1), 2)
FoodGroupJP(j) = "穀類"
FoodGroupEN(j) = "CEREALS"
CEREALS = CEREALS + 1
Case Left(tmpAr(i, 1), 2) = "02"
FoodGrouNum(j) = Left(tmpAr(i, 1), 2)
FoodGroupJP(j) = "いも及びでん粉類"
FoodGroupEN(j) = "POTATOES AND STARCHES"
POTATOES = POTATOES + 1
Case Left(tmpAr(i, 1), 2) = "03"
FoodGrouNum(j) = Left(tmpAr(i, 1), 2)
FoodGroupJP(j) = "砂糖及び甘味類"
FoodGroupEN(j) = "SUGARS"
SUGARS = SUGARS + 1
Case Left(tmpAr(i, 1), 2) = "04"
FoodGrouNum(j) = Left(tmpAr(i, 1), 2)
FoodGroupJP(j) = "豆類"
FoodGroupEN(j) = "PULSES"
PULSES = PULSES + 1
Case Left(tmpAr(i, 1), 2) = "05"
FoodGrouNum(j) = Left(tmpAr(i, 1), 2)
FoodGroupJP(j) = "種実類"
FoodGroupEN(j) = "NUTS AND SEEDS"
NUTS = NUTS + 1
Case Left(tmpAr(i, 1), 2) = "06"
FoodGrouNum(j) = Left(tmpAr(i, 1), 2)
FoodGroupJP(j) = "野菜類"
FoodGroupEN(j) = "VEGETABLES"
VEGETABLES = VEGETABLES + 1
Case Left(tmpAr(i, 1), 2) = "07"
FoodGrouNum(j) = Left(tmpAr(i, 1), 2)
FoodGroupJP(j) = "果実類"
FoodGroupEN(j) = "FRUITS"
FRUITS = FRUITS + 1
Case Left(tmpAr(i, 1), 2) = "08"
FoodGrouNum(j) = Left(tmpAr(i, 1), 2)
FoodGroupJP(j) = "きのこ類"
FoodGroupEN(j) = "MUSHROOMS"
MUSHROOMS = MUSHROOMS + 1
Case Left(tmpAr(i, 1), 2) = "09"
FoodGrouNum(j) = Left(tmpAr(i, 1), 2)
FoodGroupJP(j) = "藻類"
FoodGroupEN(j) = "ALGAE"
ALGAE = ALGAE + 1
Case Left(tmpAr(i, 1), 2) = "10"
FoodGrouNum(j) = Left(tmpAr(i, 1), 2)
FoodGroupJP(j) = "魚介類"
FoodGroupEN(j) = "FISHES AND SHELLFISHES"
FISHES = FISHES + 1
Case Left(tmpAr(i, 1), 2) = "11"
FoodGrouNum(j) = Left(tmpAr(i, 1), 2)
FoodGroupJP(j) = "肉類"
FoodGroupEN(j) = "MEATS"
MEATS = MEATS + 1
Case Left(tmpAr(i, 1), 2) = "12"
FoodGrouNum(j) = Left(tmpAr(i, 1), 2)
FoodGroupJP(j) = "卵類"
FoodGroupEN(j) = "EGGS"
EGGS = EGGS + 1
Case Left(tmpAr(i, 1), 2) = "13"
FoodGrouNum(j) = Left(tmpAr(i, 1), 2)
FoodGroupJP(j) = "乳類"
FoodGroupEN(j) = "MILKS"
MILK = MILK + 1
Case Left(tmpAr(i, 1), 2) = "14"
FoodGrouNum(j) = Left(tmpAr(i, 1), 2)
FoodGroupJP(j) = "油脂類"
FoodGroupEN(j) = "FATS AND OILS"
OIL = OIL + 1
Case Left(tmpAr(i, 1), 2) = "15"
FoodGrouNum(j) = Left(tmpAr(i, 1), 2)
FoodGroupJP(j) = "菓子類"
FoodGroupEN(j) = "CONFECTIONERIES"
CONFECTIONERIES = CONFECTIONERIES + 1
Case Left(tmpAr(i, 1), 2) = "16"
FoodGrouNum(j) = Left(tmpAr(i, 1), 2)
FoodGroupJP(j) = "し好飲料類"
FoodGroupEN(j) = "BEVERAGES"
BEVERAGES = BEVERAGES + 1
Case Left(tmpAr(i, 1), 2) = "17"
FoodGrouNum(j) = Left(tmpAr(i, 1), 2)
FoodGroupJP(j) = "調味料及び香辛料類"
FoodGroupEN(j) = "SEASONINGS AND SPICES"
SEASONINGS = SEASONINGS + 1
Case Left(tmpAr(i, 1), 2) = "18"
FoodGrouNum(j) = Left(tmpAr(i, 1), 2)
FoodGroupJP(j) = "調理加工食品類"
FoodGroupEN(j) = "PREPARED FOODS"
PREPARED = PREPARED + 1
Case Else
End Select
If RegExpJapaneseName.Test(tmpAr(i, 2)) Then
Set myMatches = RegExpJapaneseName.Execute(tmpAr(i, 2))
JapaneseName(j) = myMatches.Item(0).Value
End If
For t = 1 To 6
If RegExp_EnglishName.Test(tmpAr(i + 1, t)) Then
English_Name(j) = English_Name(j) & " " & tmpAr(i + 1, t)
English_Name(j) = Trim(English_Name(j))
Else
Exit For
End If
Next t
For k = LBound(Major_CategoryAr) To UBound(Major_CategoryAr)
If CLng(tmpAr(i, 1)) >= CLng(Major_CategoryAr(k, 0)) _
And CLng(tmpAr(i, 1)) <= CLng(Major_CategoryAr(k, 1)) Then
Sub_FoodGroup_JP(j) = Major_CategoryAr(k, 4)
Sub_FoodGroup_EN(j) = Major_CategoryAr(k, 5)
Sub_Category_JPN(j) = Major_CategoryAr(k, 6)
Sub_Category_ENG(j) = Major_CategoryAr(k, 7)
Major_CategoryJP(j) = Major_CategoryAr(k, 8)
Major_CategoryEN(j) = Major_CategoryAr(k, 9)
Major_CategoryLT(j) = Major_CategoryAr(k, 10)
For m = LBound(MediumCategoryAr) To UBound(MediumCategoryAr)
If i >= CLng(MediumCategoryAr(m, 1)) And _
i <= CLng(MediumCategoryAr(m, 2)) Then
Med_Category_JPN(j) = MediumCategoryAr(m, 0)
End If
If i >= CLng(MediumCategoryAr(m, 4)) And _
i <= CLng(MediumCategoryAr(m, 5)) Then
Med_Category_ENG(j) = MediumCategoryAr(m, 3)
End If
Next m
Else
End If
Next k
Else
j = j - 1
End If
j = j + 1
Next i
ReDim ItemArray(UBound(ItemNamAr), 14)
For i = LBound(ItemArray) To UBound(ItemArray)
ItemArray(i, 0) = ItemNamAr(i)
ItemArray(i, 1) = FoodGrouNum(i)
ItemArray(i, 2) = FoodGroupJP(i)
ItemArray(i, 3) = FoodGroupEN(i)
ItemArray(i, 4) = Sub_FoodGroup_JP(i)
ItemArray(i, 5) = Sub_FoodGroup_EN(i)
ItemArray(i, 6) = Sub_Category_JPN(i)
ItemArray(i, 7) = Sub_Category_ENG(i)
ItemArray(i, 8) = Major_CategoryJP(i)
ItemArray(i, 9) = Major_CategoryEN(i)
ItemArray(i, 10) = Major_CategoryLT(i)
ItemArray(i, 11) = Med_Category_JPN(i)
ItemArray(i, 12) = Med_Category_ENG(i)
ItemArray(i, 13) = JapaneseName(i)
ItemArray(i, 14) = English_Name(i)
Next i
Set mySht3 = Worksheets.Add
With mySht3
.Name = "Result"
.Range("A1").Value = "ItemNumber"
.Range("B1").Value = "食品群番号"
.Range("C1").Value = "食品群"
.Range("D1").Value = "FoodGroup"
.Range("E1").Value = "副分類"
.Range("F1").Value = "SubFoodGroup"
.Range("G1").Value = "区分"
.Range("H1").Value = "SubCategory"
.Range("I1").Value = "大分類"
.Range("J1").Value = "MajorCategory"
.Range("K1").Value = "AcademicName"
.Range("L1").Value = "中分類"
.Range("M1").Value = "MediumCategory"
.Range("N1").Value = "小分類・細分"
.Range("O1").Value = "MinorCategory_Details"
.Range("A2:O1879").Value = ItemArray
End With
End Sub
Function NoCancelArray(ByRef Sh As Worksheet) As Variant
Dim mySht As Worksheet
Dim myRng As Range
Dim tmpAr As Variant
Dim i As Long
Dim j As Long
Dim RegExpCancel As Object
Dim RegExp_Exit As Object
Const StrCancel As String = "^(1\)|residues)$"
Dim CancelItem() As String
Dim CancelRow1() As String
Dim CancelRow2() As String
Dim myCancelAr() As String
Dim Cancel_Array() As String
Set RegExpCancel = CreateObject("VBScript.RegExp")
With RegExpCancel
.Pattern = StrCancel
.IgnoreCase = True
.Global = True
End With
Set mySht = Sh
Set myRng = mySht.UsedRange
tmpAr = myRng
j = 0
For i = LBound(tmpAr) To UBound(tmpAr)
If RegExpCancel.Test(tmpAr(i, 1)) Then
ReDim Preserve CancelItem(j)
ReDim Preserve CancelRow1(i)
CancelItem(j) = tmpAr(i, 1)
CancelRow1(j) = i
j = j + 1
End If
Next i
ReDim myCancelAr(UBound(CancelItem), 1)
For j = LBound(myCancelAr) To UBound(myCancelAr)
myCancelAr(j, 0) = CancelItem(j)
myCancelAr(j, 1) = CancelRow1(j)
Next j
ReDim Preserve myCancelAr(UBound(myCancelAr), 2)
j = 0
For i = LBound(myCancelAr) To UBound(myCancelAr) - 1
If myCancelAr(i, 0) = "1)" Then
If myCancelAr(i + 2, 0) = "residues" Then
myCancelAr(i, 2) = myCancelAr(i + 2, 1)
Else
myCancelAr(i, 2) = myCancelAr(i + 1, 1)
End If
j = j + 1
End If
Next i
Erase CancelRow1
j = 0
ReDim CancelRow1(j)
ReDim CancelRow2(j)
CancelRow1(j) = myCancelAr(j, 1)
CancelRow2(j) = myCancelAr(j, 2)
For i = LBound(myCancelAr) + 1 To UBound(myCancelAr)
If myCancelAr(i, 0) = "1)" And _
myCancelAr(i - 1, 0) <> "1)" Then
j = j + 1
ReDim Preserve CancelRow1(j)
ReDim Preserve CancelRow2(j)
CancelRow1(j) = myCancelAr(i, 1)
CancelRow2(j) = myCancelAr(i, 2)
End If
Next i
ReDim Cancel_Array(UBound(CancelRow1), 1)
j = 0
For j = LBound(Cancel_Array) To UBound(Cancel_Array)
Cancel_Array(j, 0) = CancelRow1(j)
Cancel_Array(j, 1) = CancelRow2(j)
Next j
j = 0
Cancel_Array(j, 0) = 1
Cancel_Array(j, 1) = CancelRow1(j)
For j = LBound(Cancel_Array) + 1 To UBound(Cancel_Array)
Cancel_Array(j, 0) = CancelRow2(j - 1)
Cancel_Array(j, 1) = CancelRow1(j)
Next j
NoCancelArray = Cancel_Array
End Function
参照：
日本食品標準成分表2010のcsvファイル
日本食品標準成分表2010の食品番号をカテゴリー分類する その2
EXCEL VBA で2次元動的配列の第1次元の要素数を変更する
EXCEL VBAでの2次元動的配列には最終次元，つまり第2次元の要素数の変更しかできないという制約があります．しかし現実問題として第1次元の要素数を変更したいという需要はあります．今回は2次元動的配列の第1次元の要素数の変更方法を述べます．下記のコードで2次元配列の全要素を一旦1次元動的配列に書き出し，1次元配列の要素数を増やしてから再度2次元配列に書き戻しています．
Option Explicit
Sub DynamicArray_Sample()
Dim mySht As Worksheet
Dim myRng As Range
Dim tmpAr As Variant
Dim myAr() As String
Dim myID() As String
Dim myStr() As String
Dim i As Long
Set mySht = Worksheets.Add
With mySht
.Range("A1").Value = "10001"
.Range("A2").Value = "10002"
.Range("A3").Value = "10003"
.Range("A4").Value = "10004"
.Range("A5").Value = "10005"
.Range("B1").Value = "aaaaa"
.Range("B2").Value = "bbbbb"
.Range("B3").Value = "ccccc"
.Range("B4").Value = "ddddd"
.Range("B5").Value = "eeeee"
End With
Set myRng = mySht.UsedRange
tmpAr = myRng
For i = LBound(tmpAr) To UBound(tmpAr)
ReDim Preserve myID(i)
ReDim Preserve myStr(i)
myID(i) = myAr(i, 0)
myStr(i) = myAr(i, 1)
Next i
ReDim Preserve myID(UBound(myID) + 1)
ReDim Preserve myStr(UBound(myStr) + 1)
myID(UBound(myID)) = "10006"
myStr(UBound(myStr)) = "fffff"
ReDim myAr(UBound(myID), 1)
For i = LBound(myAr) To UBound(myAr)
myAr(i, 0) = myID(i)
myAr(i, 1) = myStr(i)
Next i
Set mySht = Worksheets.Add
With mySht
.Range("A1:B6") = myAr
End With
Set mySht = Nothing
End Sub