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benizara190317a.ahk
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;-----------------------------------------------------------------------
; 名称：benizara / 紅皿
; 機能：Yet another NICOLA Emulaton Software
; キーボード配列エミュレーションソフト
; ver.0.1.3.1 .... 2019/3/17
; 作者：Ken'ichiro Ayaki
;-----------------------------------------------------------------------
#InstallKeybdHook
#MaxhotkeysPerInterval 200
#KeyHistory
SetWorkingDir, %A_ScriptDir%
idxLogs := 0
aLogCnt := 0
loop, 64
{
_idx := A_Index - 1
aLog%_idx% := "_"
}
full_command_line := DllCall("GetCommandLine", "str")
if (RegExMatch(full_command_line, " /create(?!\S)"))
{
thisCmd = schtasks.exe /create /tn benizara /tr `"%A_ScriptFullPath%`" /sc onlogon /rl highest /F
Run *Runas %thisCmd%
ExitApp
}
if (RegExMatch(full_command_line, " /delete(?!\S)"))
{
thisCmd = schtasks.exe /delete /tn \benizara /F
Run *Runas %thisCmd%
ExitApp
}
if (RegExMatch(full_command_line, " /admin(?!\S)"))
{
Run *Runas %A_ScriptFullPath%
ExitApp
}
g_Romaji = A
g_Oya = N
g_Koyubi = N
g_Modifier = 0
g_LayoutFile =.\NICOLA配列.bnz
g_Continue = 1
g_Threshold = 150 ;
g_Overlap = 50
g_ZeroDelay = 1 ; 零遅延モード
g_ZeroDelayOut =
g_Offset = 20
g_OyaR = 0
g_OyaL = 0
vLayoutFile := g_LayoutFile
g_Tau = 0
Gosub,ReadLayout
g_allTheLayout := vAllTheLayout
g_LayoutFile := vLayoutFile
g_SendTick =
Menu, Tray, Add, 紅皿設定,Settings
Menu, Tray, Add, ログ,Logs
Menu, Tray, Icon
SetBatchLines, -1
fPf := Pf_Init()
g_OyaRTick := Pf_Count() ;A_TickCount
g_OyaLTick := Pf_Count() ;A_TickCount
g_MojiTick := Pf_Count() ;A_TickCount
VarSetCapacity(lpKeyState,256,0)
SetTimer Interrupt10,10
vIntKeyUp = 0
vIntKeyDn = 0
/*
Hotkey,Space,gSpace
Hotkey,Space up,gSpaceUp
Hotkey,Space,off
Hotkey,Space up,off
Hotkey,*sc079,gOyaR
Hotkey,*sc079 up,gOyaRUp
kOyaR := "sc079" ; 単独打鍵
Hotkey,*sc07B,gOyaL
Hotkey,*sc07B up,gOyaLUp
kOyaL := "sc07B" ; 単独打鍵
fKeySingle = 0 ; 単独打鍵無しモード
*/
GoSub,Init
return
#include IME.ahk
#include ReadLayout6.ahk
#include Settings7.ahk
#include PfCount.ahk
#include Logs1.ahk
;-----------------------------------------------------------------------
; 機能：モディファイアキー
;-----------------------------------------------------------------------
LCtrl::
kName = LCtrl
MojiCode = 0
;g_Modifier := g_Modifier | 1
Goto, keydown
LCtrl up::
kName = LCtrl
MojiCode = 0
;g_Modifier := g_Modifier & 254 ; 0xFE
Goto, keyup
RCtrl::
kName = RCtrl
MojiCode = 0
;g_Modifier := g_Modifier | 2
Goto, keydown
RCtrl up::
kName = RCtrl
MojiCode = 0
;g_Modifier := g_Modifier & 253 ; 0xFD
Goto, keyup
LShift::
kName = LShift
MojiCode = 0
;g_Koyubi = K
Goto, keydown
LShift up::
kName = LShift
MojiCode = 0
;g_Koyubi = N
Goto, keyup
RShift::
kName = RShift
MojiCode = 0
;g_Koyubi = K
Goto, keydown
RShift up::
kName = RShift
MojiCode = 0
;g_Koyubi = N
Goto, keyup
;WindowsキーとAltキーをホットキー登録すると、WindowsキーやAltキーの単体押しが効かなくなるのでコメントアウトする。
;代わりにInterrupt10 でA_Priorkeyを見て、Windowsキーを監視する。
;但し、WindowsキーやAltキーを離したことを感知できないことに留意。
;ver.0.1.3 にて、GetKeyState でWindowsキーとAltキーとを監視
;LAlt::
kName = LAlt
MojiCode = 0
g_Modifier = Alt
Goto, keydown
;LAlt up::
kName = LAlt
MojiCode = 0
g_Modifier =
Goto, keyup
;RAlt::
kName = RAlt
MojiCode = 0
g_Modifier = Alt
Goto, keydown
;RAlt up::
kName = RAlt
MojiCode = 0
g_Modifier =
Goto, keyup
;LWin::
kName = LWin
MojiCode = 0
g_Modifier = Win
Goto, keydown
;LWin up::
kName = LWin
MojiCode = 0
g_Modifier =
Goto, keyup
;RWin::
kName = RWin
MojiCode = 0
g_Modifier = Win
Goto, keydown
;RWin up::
kName = RWin
MojiCode = 0
g_Modifier =
Goto, keyup
;*sc079:: ; 変換
gOyaR:
Critical
gosub,Interrupt10
RegLogs("R down")
if(g_KeyRepeat == 1 && g_KeyInPtn == "R")
{
g_OyaR = 1
g_OyaRTick := Pf_Count() ;A_TickCount
g_MRInterval := g_OyaRTick - g_MojiTick ; 文字キー押しから右親指キー押しまでの期間
g_Oya = R
Gosub, SendOnHoldO ; 保留キーの打鍵
g_OyaOnHold := g_Oya
g_SendTick := g_OyaRTick + g_Threshold
g_KeyInPtn := g_Oya
}
if g_OyaR <> 1 ; キーリピートの抑止
{
g_OyaR = 1
g_OyaRTick := Pf_Count() ;A_TickCount
g_MRInterval := g_OyaRTick - g_MojiTick ; 文字キー押しから右親指キー押しまでの期間
g_Oya = R
if g_KeyInPtn = ;初期状態
{
g_OyaOnHold := g_Oya
g_SendTick := g_OyaRTick + g_Threshold
g_KeyInPtn := g_KeyInPtn . g_Oya
}
else if g_KeyInPtn = M ;Mオン状態
{
g_OyaOnHold := g_Oya
g_SendTick := g_OyaRTick + g_MRInterval
g_KeyInPtn := g_KeyInPtn . g_Oya
}
else if g_KeyInPtn = L ;Oオン状態
{
Gosub, SendOnHoldO ; 保留キーの打鍵
g_OyaOnHold := g_Oya
g_SendTick := g_OyaRTick + g_Threshold
g_KeyInPtn := g_KeyInPtn . g_Oya
}
else if g_KeyInPtn = ML ; M-Oオン状態
{
Gosub, SendOnHoldMO ; 保留キーの打鍵
g_OyaOnHold := g_Oya
g_SendTick := g_OyaRTick + g_Threshold
g_KeyInPtn := g_KeyInPtn . g_Oya
}
else if g_KeyInPtn = LM ; O-Mオン状態
{
; 処理B 3キー判定
g_LMInterval := g_MojiTick - g_OyaLTick ; 左親指キー押しから文字キー押しまでの期間
g_MRInterval := g_OyaRTick - g_MojiTick ; 文字キー押しから右親指キー押しまでの期間
if g_MRInterval > %g_LMInterval%
{
Gosub, SendOnHoldMO ; 保留キーの打鍵
g_OyaOnHold := g_Oya
g_SendTick := g_OyaRTick + g_Threshold
g_KeyInPtn := g_KeyInPtn . g_Oya
}
else
{
if g_Continue = 0
{
Gosub, SendOnHoldO ; 保留キーの打鍵
}
g_OyaOnHold := g_Oya
g_SendTick := g_OyaRTick + g_MRInterval
g_KeyInPtn := g_KeyInPtn . g_Oya
}
}
else if g_KeyInPtn in RMr,LMl ; O-M-Oオフ状態
{
if g_Continue = 0
{
Gosub, SendOnHoldO ; 保留キーの打鍵
}
g_OyaOnHold := g_Oya
g_SendTick := g_OyaRTick + g_MRInterval
g_KeyInPtn := g_KeyInPtn . g_Oya
}
}
return
;*sc079 up::
gOyaRUp:
Critical
gosub,Interrupt10
if g_OyaR = 1 ; 右親指シフトキーの単独シフト
{
RegLogs("R up")
g_OyaR = 0
g_OyarTick := Pf_Count() ;A_TickCount
g_MrInterval := g_OyarTick - g_MojiTick ; 文字キー押しから右親指キー解除までの期間
g_RrInterval := g_OyarTick - g_OyaRTick ; 右親指キー押しから右親指キー解除までの期間
if g_OyaL = 1
g_Oya = L
else
g_Oya = N
if g_KeyInPtn = R ; Oオン状態
{
Gosub, SendOnHoldO ; 保留親指キーの打鍵
}
else if g_KeyInPtn = MR ; M-Oオン状態
{
if g_RrInterval > %g_Threshold%
{
; タイムアウト状態：親指シフト文字の出力
Gosub, SendOnHoldMO ; 保留キーの打鍵
} else {
; 処理F
vOverlap := 100*g_RrInterval/g_MrInterval
if vOverlap >= %g_Overlap%
{
if g_RrInterval <= %g_Tau%
{
Gosub, SendOnHoldM ; 保留キーの単独打鍵
Gosub, SendOnHoldO ; 保留キーの単独打鍵
} else {
Gosub, SendOnHoldMO ; 保留キーの同時打鍵
}
} else {
Gosub, SendOnHoldMO ; 保留キーの同時打鍵
}
}
}
else if g_KeyInPtn = RM ; O-Mオン状態
{
if g_MrInterval > %g_Threshold%
{
; タイムアウト状態：親指シフト文字の出力
Gosub, SendOnHoldMO ; 保留キーの打鍵
} else {
; 処理D
vOverlap := 100*g_MrInterval/g_RrInterval
if vOverlap >= %g_Overlap%
{
if g_MrInterval <= %g_Tau%
{
Gosub, SendOnHoldO ; 保留キーの単独打鍵
} else {
;g_MrTimeout := g_MrInterval*(100-g_Overlap)/g_Overlap
g_MrTimeout := g_MrInterval/2
g_SendTick := g_OyarTick + g_MrTimeout
g_KeyInPtn = RMr
}
} else {
;g_MrTimeout := g_MrInterval*(100-g_Overlap)/g_Overlap
g_MrTimeout := g_MrInterval/2
g_SendTick := g_OyarTick + g_MrTimeout
g_KeyInPtn = RMr
}
}
}
else if g_KeyInPtn in M,RMr,LMl ; O-M-Oオフ状態
{
; 何もしない
}
}
return
;*sc07B:: ; 無変換
gOyaL:
Critical
gosub,Interrupt10
RegLogs("L down")
if(g_KeyRepeat == 1 && g_KeyInPtn == "L")
{
g_OyaL = 1
g_OyaLTick := Pf_Count() ;A_TickCount
g_MLInterval := g_OyaLTick - g_MojiTick ; 文字キー押しから左親指キー押しまでの期間
g_Oya = L
Gosub, SendOnHoldO ; 保留キーの打鍵
g_OyaOnHold := g_Oya
g_SendTick := g_OyaLTick + g_Threshold
g_KeyInPtn := g_Oya
}
if g_OyaL <> 1 ; キーリピートの抑止
{
g_OyaL = 1
g_OyaLTick := Pf_Count() ;A_TickCount
g_MLInterval := g_OyaLTick - g_MojiTick ; 文字キー押しから左親指キー押しまでの期間
g_Oya = L
if g_KeyInPtn = ; 初期状態
{
g_OyaOnHold := g_Oya
g_SendTick := g_OyaLTick + g_Threshold
g_KeyInPtn := g_Oya
}
else if g_KeyInPtn = M ; Mオン状態
{
g_OyaOnHold := g_Oya
g_SendTick := g_OyaLTick + g_MLInterval
g_KeyInPtn := g_KeyInPtn . g_Oya
}
else if g_KeyInPtn = R ; Oオン状態
{
Gosub, SendOnHoldO ; 保留キーの打鍵
g_OyaOnHold := g_Oya
g_SendTick := g_OyaLTick + g_Threshold
g_KeyInPtn := g_KeyInPtn . g_Oya
}
else if g_KeyInPtn = MR ; M-Oオン状態
{
Gosub, SendOnHoldMO ; 保留キーの打鍵
g_OyaOnHold := g_Oya
g_SendTick := g_OyaLTick + g_Threshold
g_KeyInPtn := g_KeyInPtn . g_Oya
}
else if g_KeyInPtn = RM ; O-Mオン状態
{
; 処理B 3キー判定
g_RMInterval := g_MojiTick - g_OyaRTick ; 右親指キー押しから文字キー押しまでの期間
g_MLInterval := g_OyaLTick - g_MojiTick ; 文字キー押しから左親指キー押しまでの期間
if g_MRInterval > %g_LMInterval%
{
Gosub, SendOnHoldMO ; 保留キーの打鍵
g_OyaOnHold := g_Oya
g_SendTick := g_OyaLTick + g_Threshold
g_KeyInPtn := g_KeyInPtn . g_Oya
} else {
if g_Continue = 0
{
Gosub, SendOnHoldO ; 保留キーの打鍵
}
g_OyaOnHold := g_Oya
g_SendTick := g_OyaLTick + g_MLInterval
g_KeyInPtn := g_KeyInPtn . g_Oya
}
}
else if g_KeyInPtn in RMr,LMl ; O-M-Oオフ状態
{
if g_Continue = 0
{
Gosub, SendOnHoldO ; 保留キーの打鍵
}
g_OyaOnHold := g_Oya
g_SendTick := g_OyaLTick + g_MLInterval
g_KeyInPtn := g_KeyInPtn . g_Oya
}
}
return
;*sc07B up::
gOyaLUp:
Critical
gosub,Interrupt10
if g_OyaL <> 0 ; 右親指シフトキーの単独シフト
{
RegLogs("L up")
g_OyaL = 0
g_OyalTick := Pf_Count() ;A_TickCount
g_MlInterval := g_OyalTick - g_MojiTick ; 文字キー押しから左親指キー解除までの期間
g_LlInterval := g_OyalTick - g_OyaLTick ; 右親指キー押しから右親指キー解除までの期間
if g_OyaR = 1
g_Oya = R
else
g_Oya = N
if g_KeyInPtn = L ; Oオン状態
{
Gosub, SendOnHoldO ; 保留親指キーの打鍵
}
else if g_KeyInPtn = ML ;M-Oオン状態
{
if g_LlInterval > %g_Threshold%
{
; タイムアウト
Gosub, SendOnHoldMO ; 保留キーの打鍵
} else {
; 処理F
vOverlap := 100*g_LlInterval/g_MlInterval
if vOverlap <= %g_Overlap%
{
if g_LlInterval <= %g_Tau%
{
Gosub, SendOnHoldM ; 保留キーの単独打鍵
Gosub, SendOnHoldO ; 保留キーの単独打鍵
} else {
Gosub, SendOnHoldMO ; 保留キーの同時打鍵
}
} else {
Gosub, SendOnHoldMO ; 保留キーの同時打鍵
}
}
}
else if g_KeyInPtn = LM ;O-Mオン状態
{
if g_MlInterval > %g_Threshold%
{
; タイムアウト
Gosub, SendOnHoldMO ; 保留キーの打鍵
} else {
; 処理D
vOverlap := 100*g_MlInterval/g_LlInterval
if vOverlap >= %g_Overlap%
{
if g_MlInterval <= %g_Tau%
{
Gosub, SendOnHoldO ; 保留キーの単独打鍵
g_KeyInPtn = M
} else {
;g_MlTimeout := g_MlInterval*(100-g_Overlap)/g_Overlap
g_MlTimeout := g_MlInterval/2
g_SendTick := g_OyaUpTick + g_MlTimeout
g_KeyInPtn = LMl
}
} else {
;g_MlTimeout := g_MlInterval*(100-g_Overlap)/g_Overlap
g_MlTimeout := g_MlInterval/2
g_SendTick := g_OyaUpTick + g_MlTimeout
g_KeyInPtn = LMl
}
}
}
else if g_KeyInPtn in M, RMr,LMl
{
; 何もしない
}
}
return
;Space::
gSpace:
kName = Space
MojiCode = 0
Goto, keydown
;Space up::
gSpaceUp:
kName = Space
MojiCode = 0
Goto, keyup
minimum(val0, val1) {
if val0 > %val1%
{
return val1
}
else
{
return val0
}
}
;----------------------------------------------------------------------
; 通常のキーダウン時にSendする引数の文字列を設定する
; 引数 ：aStr：対応するキー入力
; 戻り値：Sendの引数
;----------------------------------------------------------------------
MnDown(aStr) {
vOut =
if aStr<>
vOut = {Blind}{%aStr% down}
return vOut
}
;----------------------------------------------------------------------
; 通常のキーアップ時にSendする引数の文字列を設定する
; 引数 ：aStr：対応するキー入力
; 戻り値：Sendの引数
;----------------------------------------------------------------------
MnUp(aStr) {
vOut =
if aStr<>
vOut = {Blind}{%aStr% up}
return vOut
}
;--------------------------------------------------------------------y-
; キー出力
;----------------------------------------------------------------------
SubSend(vOut)
{
global aLog,idxLogs, aLogCnt, g_KeyInPtn
if vOut<>
{
SetKeyDelay -1
Send %vOut%
RegLogs(" " . substr(g_KeyInPtn . " ",1,3) . vOut)
}
return
}
;--------------------------------------------------------------------y-
; ログ保存
;----------------------------------------------------------------------
RegLogs(thisLog)
{
global aLog,idxLogs, aLogCnt
static tickLast
tickCount := Pf_Count() ;A_TickCount
;SetFormat Integer,D
_timeSinceLastLog := tickCount - tickLast
_tmp := SubStr(" ",1,6-StrLen(_timeSinceLastLog)) . _timeSinceLastLog
aLog%idxLogs% := _tmp . " " . thisLog
idxLogs := idxLogs + 1
idxLogs := idxLogs & 63
if(aLogCnt < 64)
{
aLogCnt := aLogCnt + 1
} else {
aLogCnt := 64
}
tickLast := tickCount
}
;----------------------------------------------------------------------
; 保留キーの出力：セットされた文字のセットされた親指の出力
;----------------------------------------------------------------------
SendOnHoldMO:
vOut := kdn%g_RomajiOnHold%%g_OyaOnHold%%g_KoyubiOnHold%%g_MojiOnHold%
kup_save%g_MojiOnHold% := kup%g_RomajiOnHold%%g_OyaOnHold%%g_KoyubiOnHold%%g_MojiOnHold%
if g_ZeroDelay = 1
{
if vOut <> %g_ZeroDelayOut%
{
_save := g_KeyInPtn
vOut1 := "{Blind}{Backspace down}{Backspace up}"
SubSend(vOut1)
SubSend(vOut)
}
g_ZeroDelayOut =
} else {
SubSend(vOut)
}
g_MojiOnHold =
g_OyaOnHold = N
g_KoyubiOnHold = N
g_SendTick =
g_KeyInPtn =
return
;----------------------------------------------------------------------
; 保留キーの出力：セットされた文字の出力
;----------------------------------------------------------------------
SendOnHoldM:
vOut := kdn%g_RomajiOnHold%N%g_KoyubiOnHold%%g_MojiOnHold%
kup_save%g_MojiOnHold% := kup%g_RomajiOnHold%N%g_KoyubiOnHold%%g_MojiOnHold%
if g_ZeroDelay = 1
{
if vOut <> %g_ZeroDelayOut%
{
_save := g_KeyInPtn
vOut1 := "{Blind}{Backspace down}{Backspace up}"
SubSend(vOut1)
SubSend(vOut)
}
g_ZeroDelayOut =
} else {
SubSend(vOut)
}
g_MojiOnHold =
g_KoyubiOnHold = N
g_SendTick =
if g_KeyInPtn in MR
{
g_keyInPtn = R
}
else if g_KeyInPtn in ML
{
g_keyInPtn = L
}
else if g_KeyInPtn in M
{
g_keyInPtn =
}
return
;----------------------------------------------------------------------
; 保留された親指キーの出力
;----------------------------------------------------------------------
SendOnHoldO:
if g_OyaOnHold = R
{
if g_KeySingle = 有効
{
vOut = {Blind}{%kOyaR%}{Blind}{%kOyaR% up}
SubSend(vOut)
}
if g_KeyInPtn in RM,RMr
{
g_keyInPtn = M
}
else if g_KeyInPtn in R
{
g_keyInPtn =
}
}
else if g_OyaOnHold = L
{
if g_KeySingle = 有効
{
vOut = {Blind}{%kOyaL%}{Blind}{%kOyaL% up}
SubSend(vOut)
}
if g_KeyInPtn in LM,LMl
{
g_keyInPtn = M
}
else if g_KeyInPtn in L
{
g_keyInPtn =
}
}
g_OyaOnHold = N
return
;----------------------------------------------------------------------
; キー押下
;----------------------------------------------------------------------
keydown:
Critical
RegLogs(kName . " down")
gosub,Interrupt10
if g_MojiOnHold<>
{
if g_KeyInPtn in M
{
Gosub, SendOnHoldM
}
else if g_KeyInPtn in ML,MR
{
; 処理A 3キー判定
if g_KeyInPtn in MR
{
g_OMInterval := g_MojiTick - g_OyaRTick
g_MOInterval := g_MRInterval
}
else if g_KeyInPtn in ML
{
g_OMInterval := g_MojiTick - g_OyaLTick
g_MOInterval := g_MLInterval
}
if g_OMInterval <= %g_MOInterval% ; 文字キーaから親指キーsまでの時間は、親指キーsから文字キーbまでの時間よりも長い
{
Gosub, SendOnHoldM ; 保留キーの単独打鍵
} else {
Gosub, SendOnHoldMO ; 保留キーの同時打鍵
}
}
else if g_KeyInPtn in RM,LM
{
Gosub, SendOnHoldMO
}
else if g_KeyInPtn in RMr,LMl
{
Gosub, SendOnHoldO
Gosub, SendOnHoldM
}
}
if(MojiCode = 0) ; 文字キー以外(space,tab,Enter)
{
g_ModifierTick := Pf_Count() ;A_TickCount
vOut := MnDown(kName)
SubSend(vOut)
g_KeyInPtn =
return
}
g_MojiTick := Pf_Count() ;A_TickCount
SetKeyDelay -1
if(g_Modifier != 0) ; 修飾キー
{
vOut := mdnANN%MojiCode%
SubSend(vOut)
g_MojiOnHold =
g_OyaOnHold = N
g_KoyubiOnHold = N
g_SendTick =
g_KeyInPtn =
return
}
Gosub,ChkIME
if g_Oya = N
{
; 当該キーを単独打鍵として保留
g_MojiOnHold := MojiCode
g_RomajiOnHold := g_Romaji
g_OyaOnHold := g_Oya
g_KoyubiOnHold := g_Koyubi
g_SendTick := g_MojiTick + g_Threshold
g_KeyInPtn = M
}
else
{
if g_Oya = R
{
g_OMInterval := g_MojiTick - g_OyaRTick
}
else if g_Oya = L
{
g_OMInterval := g_MojiTick - g_OyaLTick
}
g_MojiOnHold := MojiCode
g_RomajiOnHold := g_Romaji
g_OyaOnHold := g_Oya
g_KoyubiOnHold := g_Koyubi
if g_Continue = 0 ; 連続モードではない
{
g_SendTick := g_MojiTick + g_OMInterval
g_KeyInPtn := g_Oya . "M"
g_Oya = N ; 親指シフトが押されていない状態に遷移
} else {
g_SendTick := g_MojiTick + g_Threshold
g_KeyInPtn := g_Oya . "M"
}
}
if g_MojiOnHold<> ; 当該キーの保留
{
; 左右親指シフト面と非シフト面の文字キーが同一ならば、保留しない
_cn := key%g_RomajiOnHold%N%g_KoyubiOnHold%%g_MojiOnHold%
_cr := key%g_RomajiOnHold%R%g_KoyubiOnHold%%g_MojiOnHold%
if _cn = %_cr%
{
_cl := key%g_RomajiOnHold%L%g_KoyubiOnHold%%g_MojiOnHold%
if _cn = %_cl%
{
vOut := kdn%g_RomajiOnHold%%g_OyaOnHold%%g_KoyubiOnHold%%g_MojiOnHold%
SubSend(vOut)
g_MojiOnHold =
g_OyaOnHold = N
g_KoyubiOnHold = N
g_SendTick =
g_KeyInPtn =
}
}
}
if g_MojiOnHold<> ; 保留キー有り
{
if g_ZeroDelay = 1
{
; 保留キーがあれば先行出力（零遅延モード）
vOut := kdn%g_RomajiOnHold%%g_OyaOnHold%%g_KoyubiOnHold%%g_MojiOnHold%
kup_save%g_MojiOnHold% := kup%g_RomajiOnHold%%g_OyaOnHold%%g_KoyubiOnHold%%g_MojiOnHold%
g_ZeroDelayOut := vOut
SubSend(vOut)
}
else
{
g_ZeroDelayOut =
}
}
return
;----------------------------------------------------------------------
; キーアップ（押下終了）
;----------------------------------------------------------------------
keyup:
Critical
RegLogs(kName . " up")
gosub,Interrupt10
g_MojiUpTick := Pf_Count() ;A_TickCount
if MojiCode = %g_MojiOnHold% ; 保留キーがアップされた
{
if g_KeyInPtn in M ; Mオン状態
{
Gosub, SendOnHoldM
}
if g_KeyInPtn in MR,ML ; M-Oオン状態
{
; 処理C
g_MmInterval := g_MojiUpTick - g_MojiTick
if g_KeyInPtn in MR
{
g_OmInterval := g_MojiUpTick - g_OyaRTick
} else {
g_OmInterval := g_MojiUpTick - g_OyaLTick
}
vOverlap := 100*g_OmInterval/g_MmInterval
if vOverlap <= %g_Overlap%
{
if g_OmInterval < %g_Tau%
{
Gosub, SendOnHoldM
} else {
Gosub, SendOnHoldMO
}
} else {
Gosub, SendOnHoldMO
}
}
if g_KeyInPtn in RM,LM ; O-Mオン状態
{
if g_Continue = 0 ; 連続モードではない
{
; 処理E
g_MmInterval := g_MojiUpTick - g_MojiTick
if g_KeyInPtn in RM
{
g_OmInterval := g_MojiUpTick - g_OyaRTick
} else {
g_OmInterval := g_MojiUpTick - g_OyaLTick
}
vOverlap := 100*(g_MmInterval)/g_OmInterval
if vOverlap <= %g_Overlap%
{
if g_MmInterval <= %g_Tau%
{
Gosub, SendOnHoldO
Gosub, SendOnHoldM
} else {
Gosub, SendOnHoldMO
}
} else {
Gosub, SendOnHoldMO
}
} else {
Gosub, SendOnHoldMO
}
}
else if g_KeyInPtn in RMr,LMl ;O-M-Oオフ状態
{
Gosub, SendOnHoldMO
}
}
if(MojiCode = 0) ; 文字キー以外（Space,Tab,Insert,...)
{
vOut := MnUp(kName)
SubSend(vOut)
return
}
if(g_Modifier != 0) ; 修飾キー
{
vOut := mupANN%MojiCode%
SubSend(vOut)
g_MojiOnHold =
g_OyaOnHold = N
g_KoyubiOnHold = N
g_SendTick =
return
}
vOut := kup_save%MojiCode%
SubSend(vOut)
kup_save%MojiCode% =
return
;----------------------------------------------------------------------
; 10[mSEC]ごとの割込処理
;----------------------------------------------------------------------
Interrupt10:
if g_SendTick <>
{
_TickCount := Pf_Count() ;A_TickCount
if _TickCount >%g_SendTick% ; タイムアウト
{
if g_KeyInPtn in M ; Mオン状態
{
Gosub, SendOnHoldM
}
else if g_KeyInPtn in L,R ; Oオン状態
{
if g_Continue = 0 ; 連続モードてはない
{
Gosub, SendOnHoldO
}
}
else if g_KeyInPtn in ML,MR,RM,LM ; M-Oオン状態、O-Mオン状態
{
Gosub, SendOnHoldMO ; 保留キーの同時打鍵
}
else if g_KeyInPtn in RMr,LMl ; O-M-Oオフ状態
{
if g_Continue = 0 ; 連続モードてはない
{
Gosub, SendOnHoldO ; 保留親指キーの単独打鍵
}
Gosub, SendOnHoldM ; 保留文字キーの単独打鍵
}
}
}
g_Koyubi := ShiftState()
stWin := ModifierState(4,stWin, 91, 92)
stCtrl := ModifierState(8,stCtrl, 162, 163)
stAlt := ModifierState(16,stAlt, 164, 165)
stApp := ModifierState(32,stApp, 93, 93)
return
;-----------------------------------------------------------------------
; モディファイアキーの状態取得
;-----------------------------------------------------------------------
ModifierState(bMod, stLast, vkey0, vkey1) {
global g_Modifier
global g_MojiOnHold, g_RomajiOnHold, g_OyaOnHold
global g_KoyubiOnHold, g_SendTick, g_KeyInPtn
stCurr := DllCall("GetKeyState", "UInt", vkey0) & 128
stCurr :=(DllCall("GetKeyState", "UInt", vkey1) & 128) | stCurr
if(stCurr = 128 && stLast = 0) ; keydown
{