property NSString : a reference to current application’s NSString
property NSNumber : a reference to current application’s NSNumber
property NSDictionary : a reference to current application’s NSDictionary
property NSCountedSet : a reference to current application’s NSCountedSet
property NSMutableArray : a reference to current application’s NSMutableArray
property NSNumberFormatter : a reference to current application’s NSNumberFormatter
property NSRegularExpressionSearch : a reference to current application’s NSRegularExpressionSearch
property NSNumberFormatterRoundUp : a reference to current application’s NSNumberFormatterRoundUp

set aRes to getEditorText() of me
if aRes = false then return

set myPath to retFrontDocsPath() of me
if myPath = missing value then return

set aRec to detectCharKindRatio(aRes) of me
set bRes to retFormattedStr(aRec) of me
makeNewDocument of me given parameter:(myPath & return & return & bRes)

on detectCharKindRatio(aStr as string)
　　set theCountedSet to NSCountedSet’s alloc()’s initWithArray:(characters of aStr)
　　set theEnumerator to theCountedSet’s objectEnumerator()
　　
　　set cCount to 0
　　set hCount to 0
　　set kCount to 0
　　set oCount to 0
　　set lfCount to 0
　　set scCount to 0
　　set anCount to 0
　　
　　set totalC to length of aStr
　　set otherList to {}
　　
　　repeat
　　　　set aValue to theEnumerator’s nextObject()
　　　　if aValue is missing value then exit repeat
　　　　
　　　　set aStr to aValue as string
　　　　set tmpCount to (theCountedSet’s countForObject:aValue)
　　　　
　　　　set s1Res to chkKanji(aStr) of me
　　　　set s2Res to chkKatakana(aStr) of me
　　　　set s3Res to chkHiragana(aStr) of me
　　　　set s4Res to chkLineFeed(aStr) of me
　　　　set s5Res to chkSpecialSign(aStr) of me
　　　　set s6Res to chkAlphaNumeric(aStr)
　　　　
　　　　if s1Res = true then
　　　　　　set cCount to cCount + tmpCount
　　　　else if s2Res = true then
　　　　　　set kCount to kCount + tmpCount
　　　　else if s3Res = true then
　　　　　　set hCount to hCount + tmpCount
　　　　else if s4Res = true then
　　　　　　set lfCount to lfCount + tmpCount
　　　　else if s5Res = true then
　　　　　　set scCount to scCount + tmpCount
　　　　else if s6Res = true then
　　　　　　set anCount to anCount + tmpCount
　　　　else
　　　　　　set oCount to oCount + tmpCount
　　　　　　set the end of otherList to aStr
　　　　end if
　　end repeat
　　
　　set ckRes to roundingUp((cCount / totalC) * 100, 1) of me
　　set kkRes to roundingUp((kCount / totalC) * 100, 1) of me
　　set hgRes to roundingUp((hCount / totalC) * 100, 1) of me
　　set otRes to roundingUp((oCount / totalC) * 100, 1) of me
　　set lfRes to roundingUp((lfCount / totalC) * 100, 1) of me
　　set scRes to roundingUp((scCount / totalC) * 100, 1) of me
　　set anRes to roundingUp((anCount / totalC) * 100, 1) of me
　　
　　return {kanjiNum:cCount, kanjiRatio:ckRes, hiraganaNum:hCount, hiraganaRatio:hgRes, katakanaNum:kCount, katakanaRatio:kkRes, otherNum:oCount, otherRatio:otRes, otherContent:otherList, lineFeedCount:lfCount, lineFeedRatio:lfRes, specialSignNum:scCount, specialSignRatio:scRes, alphaNumericNum:anCount, alphaNumericRatio:anRes, totalCount:totalC}
end detectCharKindRatio

on chkKanji(aChar)
　　return detectCharKind(aChar, "[一-龠]") of me
end chkKanji

on chkHiragana(aChar)
　　return detectCharKind(aChar, "[ぁ-ん]") of me
end chkHiragana

on chkKatakana(aChar)
　　return detectCharKind(aChar, "[ァ-ヶ]") of me
end chkKatakana

on chkLineFeed(aChar)
　　return aChar is in {string id 10, string id 13, string id 13 & string id 10}
end chkLineFeed

on chkSpecialSign(aChar)
　　return aChar is in {"「", "」", "『", "』", "ー", "―", "〜", "～", "！", "？", "&", "/", "《", "》", "#", "…", "・", "♪", "。", "、", ".", "々", "“", "”", "*", "（", "）", "（", "）", " ", "　", "§", "【", "】", "■", "％", "≒"}
end chkSpecialSign

on chkAlphaNumeric(aChar)
　　return detectCharKind(aChar, "[a-zA-Z0-9ａ-ｚＡ-Ｚ０-９]") of me –半角全角英数字
end chkAlphaNumeric

on detectCharKind(aChar, aPattern)
　　set aChar to NSString’s stringWithString:aChar
　　set searchStr to NSString’s stringWithString:aPattern
　　set matchRes to aChar’s rangeOfString:searchStr options:(NSRegularExpressionSearch)
　　if matchRes’s location() = (current application’s NSNotFound) or (matchRes’s location() as number) > 9.99999999E+8 then
　　　　return false
　　else
　　　　return true
　　end if
end detectCharKind

on roundingUp(aNum, aDigit as integer)
　　set a to aNum as real
　　set aFormatter to NSNumberFormatter’s alloc()’s init()
　　aFormatter’s setMaximumFractionDigits:aDigit
　　aFormatter’s setRoundingMode:(NSNumberFormatterRoundUp)
　　set aStr to aFormatter’s stringFromNumber:(NSNumber’s numberWithFloat:a)
　　return (aStr as text) as real
end roundingUp

on getEditorText()
　　tell application id "jp.co.artman21.JeditOmega"
　　　　if (count every document) = 0 then return false
　　　　tell front document
　　　　　　return text of it
　　　　end tell
　　end tell
end getEditorText

–処理結果から出力データの組み立て
on retFormattedStr(aRec)
　　set a to "漢字　　：" & (repChar("■", ((kanjiRatio of aRec) div 10)) of me & "　 " & (kanjiRatio of aRec) as string) & "％" & return
　　set b to "ひらがな：" & (repChar("■", ((hiraganaRatio of aRec) div 10)) of me & "　 " & (hiraganaRatio of aRec) as string) & "％" & return
　　set c to "カタカナ：" & (repChar("■", ((katakanaRatio of aRec) div 10)) of me & "　 " & (katakanaRatio of aRec) as string) & "％" & return
　　set d to "改行文字：" & (repChar("■", ((lineFeedRatio of aRec) div 10)) of me & "　 " & (lineFeedRatio of aRec) as string) & "％" & return
　　set e to "特殊記号：" & (repChar("■", ((specialSignRatio of aRec) div 10)) of me & "　 " & (specialSignRatio of aRec) as string) & "％" & return
　　set f to "英数字　：" & (repChar("■", ((alphaNumericRatio of aRec) div 10)) of me & "　 " & (alphaNumericRatio of aRec) as string) & "％" & return & return
　　set g to ("総文字数：" & encodeJapaneseNumText(totalCount of aRec) & " 文字。 400字詰め原稿用紙で約 " & ((totalCount of aRec) div 400) as string) & " 枚分" & return
　　set all to a & b & c & d & e & f & g
　　return all
end retFormattedStr

on repChar(aChar, aTimes)
　　set outStr to ""
　　repeat aTimes times
　　　　set outStr to outStr & aChar
　　end repeat
　　return outStr
end repChar

–数字文字列を日本語数値表現文字列に変換
on encodeJapaneseNumText(aText as string)
　　set dotText to "." as string
　　set upperDigit to ""
　　set lowerDigit to ""
　　
　　–小数点の処理
　　if dotText is in aText then
　　　　set b to offset of dotText in aText
　　　　set upperDigit to characters 1 thru (b – 1) of aText
　　　　set upperDigit to upperDigit as string
　　　　set lowerDigit to characters b thru -1 of aText
　　　　set lowerDigit to lowerDigit as string
　　else
　　　　set upperDigit to aText
　　end if
　　
　　set scaleList3 to {"", "万", "億", "兆", "京", "垓", "丈", "壌", "溝", "砂", "正", "載", "極", "恒河沙", "阿僧梢", "那由他", "不可思議", "無量大数"}
　　set splitDigit to 4
　　set nList to splitByDigit(upperDigit, splitDigit) of me
　　set nList to reverse of nList
　　
　　set resText to ""
　　set digCount to 1
　　repeat with i in nList
　　　　set b to (contents of i) as number
　　　　if b is not equal to 0 then
　　　　　　set resText to (b as text) & item digCount of scaleList3 & resText
　　　　end if
　　　　set digCount to digCount + 1
　　end repeat
　　
　　return resText & lowerDigit
　　
end encodeJapaneseNumText

–指定桁数で区切る
on splitByDigit(a, splitDigit)
　　set aList to characters of a
　　set aList to reverse of aList
　　
　　set resList to {}
　　set tempT to ""
　　set tempC to 1
　　repeat with i in aList
　　　　set tempT to contents of i & tempT
　　　　if tempC mod splitDigit = 0 then
　　　　　　set resList to {tempT} & resList
　　　　　　set tempT to ""
　　　　end if
　　　　set tempC to tempC + 1
　　end repeat
　　
　　if tempT is not equal to "" then
　　　　set resList to {tempT} & resList
　　end if
　　
　　resList
　　
end splitByDigit

on makeNewDocument given parameter:aStr
　　tell application id "jp.co.artman21.JeditOmega"
　　　　set aDoc to make new document with properties {text:aStr}
　　end tell
end makeNewDocument

on retFrontDocsPath()
　　tell application id "jp.co.artman21.JeditOmega"
　　　　tell front document
　　　　　　return path
　　　　end tell
　　end tell
end retFrontDocsPath