MEmu := "Final Burn Alpha"
MEmuV := "v0.2.97.42"
MURL := ["http://www.barryharris.me.uk/"]
MAuthor := ["djvj"]
MVersion := "2.0.4"
MCRC := ""
iCRC := ""
MID := ""
MSystem := ["Capcom Play System","Capcom Play System II","Capcom Play System III","Cave","Data East","Psikyo","Technos Arcade","Toaplan","Irem M62","Kaneko","NMK16","Konami","PolyGame Master IGS","SNK Neo Geo MVS"]
;----------------------------------------------------------------------------
StartModule()
FadeInStart()
primaryExe := new Process(emuPath . "\" . executable) ; instantiate emulator executable object
emuPrimaryWindow := new Window(new WindowTitle(,"FB Alpha")) ; instantiate primary emulator window object
emuLoadingWindow := new Window(new WindowTitle(,"32770"))
If StringUtils.Contains(systemname,"NEC TurboGrafx-16|NEC PC Engine|NEC SuperGrafx|Sega Mega Drive")
{ ; The object controls how the module reacts to different systems. FBA can play a lot of systems, but the romName changes slightly so this module has to adapt
mType := Object("NEC TurboGrafx-16","tg_","NEC PC Engine","pce_","NEC SuperGrafx","sgx_","Sega Mega Drive","md_")
ident := mType[systemName] ; search 1st array for the systemName identifier mednafen uses
If !ident
ScriptError("Your systemName is: " . systemName . "`nIt is not one of the known supported systems for this FBA module: " . moduleName)
}
fbaRomName := (If ident ? ident : "") . romName ; FBA requires an identifier prefix attached to the romName which tells FBA what system to run
hideEmuObj := Object(emuLoadingWindow,0,emuPrimaryWindow,1)
HideAppStart(hideEmuObj,hideEmu)
primaryExe.Run(" """ . fbaRomName . """")
emuPrimaryWindow.Wait()
emuPrimaryWindow.WaitActive()
; This loops detects the rom loading window and breaks when it's done. Only here to avoid using too many WinWait commands from all the odd flashing the emu does.
Loop {
If emuLoadingWindow.Active()
Break
TimerUtils.Sleep(50,0)
}
; This loop detects when the emu window is done flashing back and forth between your FE and the emu window and is actually in the game.
Loop {
If (x = 10)
Break
If emuPrimaryWindow.Active()
x++
emuPrimaryWindow.Activate()
TimerUtils.Sleep(50,0)
}
HideAppEnd(hideEmuObj,hideEmu)
FadeInExit()
emuPrimaryWindow.Activate()
CloseProcess:
FadeOutStart()
emuPrimaryWindow.Close()
TimerUtils.Sleep(50,0)
Run, wmic process where name='RocketLauncher.exe' delete
ExitModule()
~Escape::
Process, Close, fba64.exe
ExitAPP
return
Final Burn Alpha "config keys"
1) Pour définir une configuration par défaut, nous allons prendre un jeu « modèle ». Nous allons définir les touches pour ce jeu et les recopier pour tout notre set. Dans mon cas, j'ai choisi Street Fighter 2, car ce jeu utilise 6 boutons, soit le grand maximum dans 99 % des jeux d'arcades. Mais si vous prévoyez de ne jouer qu'à des jeux utilisant trois boutons, vous pouvez choisir un jeu n'utilisant que trois boutons.
Ouvrez la rom de Street Fighter 2, allez dans game>map game input et définissez les contrôles comme suit :
P1 up: Joystick haut
P1 down: Joystick bas
P1 left: Joystick gauche
P1 droite: Joystick droit
P1 weak punch : bouton 1
P1 medium punch : bouton 2
P1 strong punch : bouton 3
P1 weak kick : bouton 4
P1 medium kick : bouton 5
P1 strong kick : bouton 6
Coin1 bouton 7
P1 start bouton 8
Notez bien que les �bouton 1�, �bouton 2�, etc.� seront les futurs paramètres par défaut de votre émulateur !
Ne TOUCHEZ SURTOUT PAS aux trois menus du bas (laissez les en « blanc ») et cliquez sur ok
Testez le jeu pour voir si votre configuration a bien été prise en compte et fermez la rom et l'émulateur.
2) Rendez vous dans le dossier config>games et trouvez le fichier correspondant à Street Fighter 2 (normalement c'est sf2). Copiez ce fichier dans le dossier preset et renommez le en « défaut » par exemple.
Ouvrez ensuite ce fichier et modifiez le comme suit :
Remplacez tous les noms propres au jeu comme bouton 1 pour « weak punch », bouton 4 pour « medium kick » par « fire 1 », « fire 4 » etc� « fire » étant une dénomination générique reconnue par tous les jeux et tous les systèmes. Ne touchez SURTOUT PAS aux valeurs hexadécimales (les « switch »), sinon c'est comme si vous n'aviez rien fait� Vous devriez avoir à la fin un fichier qui se présente comme ceci :
input "P1 Coin" switch 0x4085
input "P1 Start" switch 0x4084
input "P1 Up" switch 0x4012
input "P1 Down" switch 0x4013
input "P1 Left" switch 0x4010
input "P1 Right" switch 0x4011
input "P1 fire 1" switch 0x4080
input "P1 fire 2" switch 0x4083
input "P1 fire 3" switch 0x4089
input "P1 fire 4" switch 0x4081
input "P1 fire 5" switch 0x4082
input "P1 fire 6" switch 0x4088
Sauvegardez votre fichier et retournez dans l'émulateur, chargez un jeu au hasard.
3) Dans « map game inputs », dans les boites du bas choisissez « player 1 » dans la seconde boite il devrait apparaître dans le menu déroulant le fichier « défaut » que vous avez crée juste avant dans les presets. Sélectionnez le. Dans la fenêtre de droite, si on vous le propose, choisissez une option. Perso, je prends toujours « auto-center » ça marche très bien.. Cliquez sur « make default » et les valeurs que vous avez définies sont attribuées. Vérifiez si les contrôles sont conformes à vos souhaits en testant le jeu ; si vous avez bien tout suivis jusque la et que vous étiez sûr de votre config ça devrait être bon. Sinon le cas échéant rééditez « map game input » avec un jeu qui vous convient mieux que Street Fighter 2 et recommencez la procédure depuis l'étape 1�
4) Ensuite rechargez un autre jeu et vérifiez dans « map game input ». Théoriquement, les contrôles devraient être ceux que vous avez définis par défaut et vous ne devriez rien avoir à toucher : les contrôles par défaut sont configurés !
Même si ces réglages conviennent à la plupart des jeux se jouant au joystick, certains jeux particuliers n'en tiendront pas compte. Les jeux neo-geo par exemple. Mais il suffit simplement pour ceux-ci de répeter l'étape 3 une seule fois. Pour les jeux de course et utilisant « volant » et/ou « pédales » c'est un peu plus compliqué ; et je ne peux que vous conseiller dans ces cas la d'utiliser les « preset » proposés par défaut par l'émulateur ou d'éditer les jeux un par un�Mais les plus courageux peuvent faire un nouvel ini spécial « jeux de courses» en suivant la procédure.
Capcom CPS1 (1988–1995): https://youtu.be/3Dhev0IFop8 Capcom CPS2 (1993–2003): https://youtu.be/1cpznsRrkz4 Capcom CPS3 (1996–1999): https://youtu.be/uUDSLZfYoM4 Cave (First generation: 1994–2001): https://youtu.be/QZYq0GfT5IA Data East DEC-0 (1980–1985), DEC-8 (1986-1988) and DECO IC16 (1987-1990): https://youtu.be/Rk4_GJ0VXr4 Galaxian based hardware (1979-1982) Irem M62 (1984-1986), M63 (1984-1985), M72 (1987-1990), M90 (1991), M92 (1991-1994) and M107 hardware (1993-1995) Kaneko 16 (Kaneko AX System. 1991-1995.)
Neo Geo (MVS hardware: 1990–2004): https://youtu.be/Tii7q0XIxrw
NMK16 (Nihon Maicom Kaihatsu. 1989-2001): https://youtu.be/byi-48cFb24 Pacman based hardware (1980-1983) PGM (PolyGame Master. 1997–2005): https://youtu.be/22scpU-20wg Psikyo 68EC020 (1st Generation: https://youtu.be/etUWGa48oa0 1993–1996) and SH-2 (1997–2002) based hardware Sega System 1 (1983–1987), System 16 (And similar. 1985–1994), System 18 (1989–1992), X-Board (1987–1990), Y-Board (1988–1991) Super Kaneko Nova System (1996–2002): https://youtu.be/Xm90a1R5xaY Toaplan (Company: 1984-1994. V1 hardware: 1988-1991; V2: 1991-1999.): https://youtu.be/GJamPY-DPR8
MEmu := "Final Burn Alpha"
MEmuV := "v0.2.97.42"
MURL := ["http://www.barryharris.me.uk/"]
MAuthor := ["djvj"]
MVersion := "2.0.4"
MCRC := ""
iCRC := ""
MID := ""
MSystem := ["Capcom Play System","Capcom Play System II","Capcom Play System III","Cave","Data East","Psikyo Arcade","Technos","Toaplan","Irem","Kaneko","Konami","PolyGame Master IGS","SNK Neo Geo AES","The King of Fighters Collection"]
;----------------------------------------------------------------------------
StartModule()
FadeInStart()
primaryExe := new Process(emuPath . "\" . executable) ; instantiate emulator executable object
emuPrimaryWindow := new Window(new WindowTitle(,"FB Alpha")) ; instantiate primary emulator window object
emuLoadingWindow := new Window(new WindowTitle(,"32770"))
If StringUtils.Contains(systemname,"NEC TurboGrafx-16|NEC PC Engine|NEC SuperGrafx|Sega Mega Drive")
{ ; The object controls how the module reacts to different systems. FBA can play a lot of systems, but the romName changes slightly so this module has to adapt
mType := Object("NEC TurboGrafx-16","tg_","NEC PC Engine","pce_","NEC SuperGrafx","sgx_","Sega Mega Drive","md_")
ident := mType[systemName] ; search 1st array for the systemName identifier mednafen uses
If !ident
ScriptError("Your systemName is: " . systemName . "`nIt is not one of the known supported systems for this FBA module: " . moduleName)
}
fbaRomName := (If ident ? ident : "") . romName ; FBA requires an identifier prefix attached to the romName which tells FBA what system to run
hideEmuObj := Object(emuLoadingWindow,0,emuPrimaryWindow,1)
HideAppStart(hideEmuObj,hideEmu)
primaryExe.Run(" """ . fbaRomName . """")
emuPrimaryWindow.Wait()
emuPrimaryWindow.WaitActive()
; This loops detects the rom loading window and breaks when it's done. Only here to avoid using too many WinWait commands from all the odd flashing the emu does.
Loop {
If emuLoadingWindow.Active()
Break
TimerUtils.Sleep(50,0)
}
; This loop detects when the emu window is done flashing back and forth between your FE and the emu window and is actually in the game.
Loop {
If (x = 10)
Break
If emuPrimaryWindow.Active()
x++
emuPrimaryWindow.Activate()
TimerUtils.Sleep(50,0)
}
HideAppEnd(hideEmuObj,hideEmu)
FadeInExit()
emuPrimaryWindow.Activate()
CloseProcess:
FadeOutStart()
emuPrimaryWindow.Close()
TimerUtils.Sleep(50,0)
Run, wmic process where name='RocketLauncher.exe' delete
ExitModule()
~Escape::
Process, Close, fba64.exe
ExitAPP
return
Final Burn Alpha (x64 NT6) v0.2.97.43 destiné à Windows Vista/7/8/8.1/10/11 ... (NT6.X)est un émulateur de jeu vidéo d'arcade basé sur l'émulateur Final Burn, qui émule différents systèmes tels que l'
Arcades
Atari
Capcom
Capcom Play System, CPS-2 et CPS-3
Cave
Galaxian:
Le Galaxian est un système d'arcade, destiné aux salles d'arcade, créé par la société Namco en 1979 et similaires
Irem
Kaneko 16
Konami
Neo-Geo MVS
Pacman et similaires
PGM
Psikyo 68EC020 et similaires
Sega: System 1, 16, 18 et 32, X-Board et Y-Board
Toaplan 1 et 2
Taito F2, X et Z
support.zip
7.47 Go
https://1fichier.com/?vz5ldaln6jzw4rcg7xuu
et les Consoles
Fairchild Channel F
ColecoVision
Neo-Geo AES (Advanced Entertaiment System)
Neo-Geo CD
Neo-Geo Pocket
Nintendo NES
Nintendo Famicom Disk System
Mega Drive
Sega SG-1000
Sega Game Gear
Sega Master System
Super NES (préliminaire et en mode debug)
PC Engine
TurboGrafx-16
SuperGrafx
Ordinateurs
MSX
Sinclair ZX Spectrum
Il fonctionne également sous les dépendances Linux (distro Ubuntu, Debian, Kali Linux,Pengwin, Fedora Remix, OpenSuse & Alpine WSL) / OSX via QT
Informations
Créateur
Haavard Nord et Eirik Chambe-Eng
Développé par
Trolltech (1991–2008)
Nokia (2008–2011)
Qt Project (2011–présent)
Digia (2012–2014)
The Qt Company (2014–présent)
Première version
20 mai 1995
Dernière version
6.8.1 (2 décembre 2024)
Dépôt
code.qt.io/cgit/qt/qtbase.git
État du projet
Actif
Écrit en
C++
Système d'exploitation
GNU/Linux, Microsoft Windows, macOS, BSD, Android et iOS
Environnement
GNU/Linux, Windows,
Windows CE, Mac OS X, BSD, Unix, Symbian OS, Maemo, Tizen, Genode
Formats lus
Qt Message, Qt User Interface, Qt Translation source file, Qt Assistant Documentation Profile, Qt Assistant Content File, Qt Resource Collection et Qt Jambi User Interface
Formats écrits
Qt Message, Qt User Interface, Qt Translation source file , Qt Assistant Documentation Profile, Qt Assistant Content File, Qt Resource Collection et Qt Jambi User Interface
Type
création d'interfaces graphique
Licence
GNU GPL v2, GNU LGPL 3 à partir de Qt 5.7
Documentation
doc.qt.io
Site web
www.qt.io
ainsi que des portages sur Android et
Dingux - Écran de démarrage
Promoteur
Boubou
Architectures
mips x86
Modèle de développement
Logiciel gratuit
Sorti en
25 juin 2009 (15 ans)
Famille
Rockbox
Cœur
Linux
Licence
GNU GPL / Autres
État de développement
Actuel
Site web
www.dingux.com
Origine commune
Espagne
Une histoire de licences libres… et de gros sous.
Le panel arcade de la discorde…
Capcom n’y est pour pas grand chose dans cette histoire : ils ont cédé les droits de leurs jeux à Koch Media, qui eux, ont décidé de s’appuyer sur le formidable travail de l’équipe de FinalBurn Alpha
Seulement voilà : comme beaucoup de projets dits « Open Source », FinalBurn Alpha est libre et gratuit, oui… mais pas dans le cadre d’une utilisation commerciale. Or, avec le Capcom Home Arcade, Koch Media est en plein dans ce cas de figure…
Sauf que… si Koch Media dispose bien de la licence des jeux Capcom, c’est un peu plus compliqué concernant la licence de FinalBurn Alpha… car c’est ce point qui pose problème. Koch Media, voulant probablement bien faire, a acheté la licence et les droits à Barry Harris, le « chef de projet »/développeur de FinalBurn Alpha. Sauf que :
la licence de FinalBurn Alpha aurait été vendue dans la plus grande discrétion, sous le manteau, au nez et à la barbe des autres développeurs (bénévoles, faut-il le rappeler…) du projet…
… sans aucun accord avec l’équipe même de FinalBurn Alpha, ni même avec les projets MAME (« Multiple Arcade Machine Emulator ») ou Final Burn, dont FBalpha tire une partie du code (et hérite donc de leurs licences d’utilisation…)…
…et en totale violation des licences même du propre projet Final Burn Alpha !
Car oui, ce sont donc bien 3 licences qui ont été ouvertement violées, celle de FinalBurn, celle de FinalBurn Alpha et celle de MAME, toutes trois dites « libres et open source », mais uniquement dans le cadre d’une utilisation personnelle et non commerciale... « FB Alpha est un émulateur distribué sous une licence stipulant spécifiquement que l’on ne peut ni le vendre, ni le louer. »
MEmu := "Demul"
MEmuV := "v0.7a 221215"
MURL := ["http://demul.emulation64.com/"]
MAuthor := ["djvj","bleasby"]
MVersion := "2.1.10"
MCRC :=
iCRC :=
MID := "636025126320548084"
MSystem := ["Cave 3rd","Gaelco","Gaelco 3D","Sammy Atomiswave","Sega System SP","Sega Dreamcast","Sega Hikaru","Sega Naomi","Sega Naomi 2"]
;----------------------------------------------------------------------------
; Notes:
; Required - control and nvram files setup for each game/control type
; Required - moduleName ini example can be found on GIT in the Demul module folder
; moduleName ini must be placed in same folder as this module if you use the provided example, just be sure to rename it to just Demul.ini first so it matches the module's name
; GDI images must match mame zip names and be extracted and have a .dat extension
; Rom_Extension should include 7z|zip|gdi|cue|cdi|chd|mds|ccd|nrg
; Module will automatically set your rom path for you on first launch
;
; Make sure the awbios, dc, hikaru, naomi, naomi2, saturn.zip bios archives are in any of your rom paths as they are needed to play all the games.
; Set your Video Plugin to gpuDX11 and set your desired resolution there
; In case your control codes do not match mine, set your desired control type in demul, then open the demul.ini and find section PORTB and look for the device key. Use this number instead of the one I provided
; gpuDX10 and gpuDX11 are the only supported plugins. You can define what plugin you want to use for each game in the module settings in RocketLauncherUI
; Read the tooltip for the Fullscreen module setting in RocketLauncherUI on how to control windowed fullscreen, true fullscreen, or windowed mode
; Windowed fullscreen will take effect the 2nd time you run the emu. It has to calculate your resolution on first run.
;
; Controls:
; Start a game of each control type (look in the RocketLauncherUI's module settings for these types, they all have their own tabs) and configure your controls to play the game. After configuring your controls manually in Demul, open padDemul.ini and Copy/paste the JAMMA0_0 and JAMMA0_1 (for naomi) or the ATOMISWAVE0_0 and ATOMISWAVE0_1 (for atomiswave) into RocketLauncherUI's module settings for each controls tab (standard, sfstyle, etc).
; Each pair of control tabs designates another real arcade control schema for a grouping of games. Demul does not handle this like MAME, so the module does instead.
;
; Gaelco:
; There is no known way to launch the desired Gaelco rom from CLI. You will always be presented with the rom selection window on launch.
; GPUDX11 does not yet support Gaelco in true fullscreen mode. Either use DX10 which does support fullscreen for Gaelco
; or if using DX11, choose fullscreen in the video options and then match the windows resolution to your desktop. This will give a pseudo fullscreen mode.
;
; Sega Hikaru:
; Windowed Fullscreen doesn't seem to work as demul does not allow stretching of its window
;
; Troubleshooting:
; For some reason demul's ini files can get corrupted and ahk can't read/write to them correctly.
; If your ini keys are not being read or not writing to their existing keys in the demul inis, create a new file and copy/paste everything from the old ini into the new one and save.
; If you use Fade_Out, the module will disable it. Demul crashes when Fade tries to draw on top of it in windowed and fullscreen modes.
;
;Bezel:
;If the game has the wrong aspect ratio, go to demul module settings, rom settings, and set the aspect ratio option to stretch. The game will follow the aspect ratio defined by the bezel.
;----------------------------------------------------------------------------
StartModule()
BezelGUI()
ExtraFixedResBezelGUI()
FadeInStart()
primaryExe := new Emulator(emuPath . "\" . executable) ; instantiate emulator executable object
emuPrimaryWindow := new Window(new WindowTitle("","window")) ; instantiate primary emulator window object
emuLCD0Window := new Window(new WindowTitle("LCD 0","LCD 0"))
-run=%2% -rom=%1%
sleep 4000
MouseMove, 1920,1080
; This object controls how the module reacts to different systems. Demul can play a few systems, but needs to know what system you want to run, so this module has to adapt.
mType := Object("Cave 3rd","cave3rd","Gaelco","gaelco","Gaelco 3D","gaelco","Sammy Atomiswave","awave","Sega System SP","naomi","Sega Dreamcast","dc","Sega Hikaru","hikaru","Sega Naomi","naomi","Sega Naomi 2","naomi2","Demul Gun Games","awave")
ident := mType[systemName] ; search object for the systemName identifier Demul uses
If !ident
ScriptError("Your systemName is: " . systemName . "`nIt is not one of the known supported systems for this Demul module: " . moduleName)
DemuleIni := new IniFile(emuPath . "\Demul.ini")
demuleIniEncoding := RLObject.getFileEncoding(DemuleIni.FileFullPath)
If demuleIniEncoding {
If (demuleIniEncoding = "ERROR")
RLLog.Warning("Module - Demul.ini set to Read-only and BOM cannot be changed. Check the DLL log for further details: " . DemuleIni.FileFullPath)
Else {
RLLog.Info("Module - Recreating " . DemuleIni.FileFullPath . " as ANSI because UTF-8 format cannot be read")
If RLObject.removeBOM(DemuleIni.FileFullPath)
RLLog.Info("Module - Successfully converted " . DemuleIni.FileFullPath . " to ANSI")
Else
RLLog.Error("Module - Failed to convert " . DemuleIni.FileFullPath . " to ANSI")
}
}
maxHideTaskbar := moduleIni.Read("Settings", "MaxHideTaskbar", "true",,1)
controllerCode := moduleIni.Read("Settings", "ControllerCode", "16777216",,1)
mouseCode := moduleIni.Read("Settings", "MouseCode", "131072",,1)
keyboardCode := moduleIni.Read("Settings", "KeyboardCode", "1073741824",,1)
lightgunCode := moduleIni.Read("Settings", "LightgunCode", "-2147483648",,1)
hideDemulGUI := moduleIni.Read("Settings", "HideDemulGUI", "true",,1)
PerGameMemoryCards := moduleIni.Read("Settings", "PerGameMemoryCards", "true",,1)
memCardPath := moduleIni.Read("Settings", "MemCardPath", emuPath . "\memsaves",,1)
memCardPath := AbsoluteFromRelative(emuPath, memCardPath)
fullscreen := moduleIni.Read(romName . "|Settings", "Fullscreen", "windowedfullscreen",,1)
plugin := moduleIni.Read(romName . "|Settings", "Plugin", "gpuDX11",,1)
shaderUsePass1 := moduleIni.Read(romName . "|Settings", "ShaderUsePass1", "false",,1)
shaderUsePass2 := moduleIni.Read(romName . "|Settings", "ShaderUsePass2", "false",,1)
shaderNamePass1 := moduleIni.Read(romName . "|Settings", "ShaderNamePass1",,,1)
shaderNamePass2 := moduleIni.Read(romName . "|Settings", "ShaderNamePass2",,,1)
listSorting := moduleIni.Read(romName . "|Settings", "ListSorting", "true",,1)
OpaqueMod := moduleIni.Read(romName . "|Settings", "OModifier", "true",,1)
TransMod := moduleIni.Read(romName . "|Settings", "TModifier", "true",,1)
internalResolutionScale := moduleIni.Read(romName . "|Settings", "InternalResolutionScale", "1",,1)
videomode := moduleIni.Read(romName . "|Settings", "VideoMode", "0",,1)
aspectRatio := moduleIni.Read(romName . "|Settings", "AspectRatio", "1",,1)
MaxLayers := moduleIni.Read(romName . "|Settings", "MaxLayers", "32",,1)
demulShooterEnabled := moduleIni.Read(romName . "|Settings", "DemulShooterEnabled", "false",,1)
showVMU := moduleIni.Read("Settings", "showVMU", "true",,1)
VMU1Pos := moduleIni.Read("Settings", "VMU1Pos", "topLeft",,1) ; topRight, topCenter, topLeft, leftCenter, bottomLeft, bottomCenter, bottomRight, rightCenter
VMU2Pos := moduleIni.Read("Settings", "VMU2Pos", "topRight",,1) ; topRight, topCenter, topLeft, leftCenter, bottomLeft, bottomCenter, bottomRight, rightCenter
VMU3Pos := moduleIni.Read("Settings", "VMU3Pos", "bottomLeft",,1) ; topRight, topCenter, topLeft, leftCenter, bottomLeft, bottomCenter, bottomRight, rightCenter
VMU4Pos := moduleIni.Read("Settings", "VMU4Pos", "bottomRight",,1) ; topRight, topCenter, topLeft, leftCenter, bottomLeft, bottomCenter, bottomRight, rightCenter
VMUHideKey := moduleIni.Read("Settings", "VMUHideKey","F10",,1)
Bios := moduleIni.Read(romName, "Bios",,,1)
LoadDecrypted := moduleIni.Read(romName, "LoadDecrypted",,,1) ; not currently supported
; Read all the control values
controls := moduleIni.Read(romname, "Controls", "standard",,1) ; have to read this first so the below ini reads work
push1_0 := moduleIni.Read(controls . "_JAMMA0_0", "push1",,,1)
push2_0 := moduleIni.Read(controls . "_JAMMA0_0", "push2",,,1)
push3_0 := moduleIni.Read(controls . "_JAMMA0_0", "push3",,,1)
push4_0 := moduleIni.Read(controls . "_JAMMA0_0", "push4",,,1)
push5_0 := moduleIni.Read(controls . "_JAMMA0_0", "push5",,,1)
push6_0 := moduleIni.Read(controls . "_JAMMA0_0", "push6",,,1)
push7_0 := moduleIni.Read(controls . "_JAMMA0_0", "push7",,,1)
push8_0 := moduleIni.Read(controls . "_JAMMA0_0", "push8",,,1)
service_0 := moduleIni.Read(controls . "_JAMMA0_0", "SERVICE",,,1)
start_0 := moduleIni.Read(controls . "_JAMMA0_0", "START",,,1)
coin_0 := moduleIni.Read(controls . "_JAMMA0_0", "COIN",,,1)
digitalup_0 := moduleIni.Read(controls . "_JAMMA0_0", "DIGITALUP",,,1)
digitaldown_0 := moduleIni.Read(controls . "_JAMMA0_0", "DIGITALDOWN",,,1)
digitalleft_0 := moduleIni.Read(controls . "_JAMMA0_0", "DIGITALLEFT",,,1)
digitalright_0 := moduleIni.Read(controls . "_JAMMA0_0", "DIGITALRIGHT",,,1)
analogup_0 := moduleIni.Read(controls . "_JAMMA0_0", "ANALOGUP",,,1)
analogdown_0 := moduleIni.Read(controls . "_JAMMA0_0", "ANALOGDOWN",,,1)
analogleft_0 := moduleIni.Read(controls . "_JAMMA0_0", "ANALOGLEFT",,,1)
analogright_0 := moduleIni.Read(controls . "_JAMMA0_0", "ANALOGRIGHT",,,1)
analogup2_0 := moduleIni.Read(controls . "_JAMMA0_0", "ANALOGUP2",,,1)
analogdown2_0 := moduleIni.Read(controls . "_JAMMA0_0", "ANALOGDOWN2",,,1)
analogleft2_0 := moduleIni.Read(controls . "_JAMMA0_0", "ANALOGLEFT2",,,1)
analogright2_0 := moduleIni.Read(controls . "_JAMMA0_0", "ANALOGRIGHT2",,,1)
push1_1 := moduleIni.Read(controls . "_JAMMA0_1", "push1",,,1)
push2_1 := moduleIni.Read(controls . "_JAMMA0_1", "push2",,,1)
push3_1 := moduleIni.Read(controls . "_JAMMA0_1", "push3",,,1)
push4_1 := moduleIni.Read(controls . "_JAMMA0_1", "push4",,,1)
push5_1 := moduleIni.Read(controls . "_JAMMA0_1", "push5",,,1)
push6_1 := moduleIni.Read(controls . "_JAMMA0_1", "push6",,,1)
push7_1 := moduleIni.Read(controls . "_JAMMA0_1", "push7",,,1)
push8_1 := moduleIni.Read(controls . "_JAMMA0_1", "push8",,,1)
service_1 := moduleIni.Read(controls . "_JAMMA0_1", "SERVICE",,,1)
start_1 := moduleIni.Read(controls . "_JAMMA0_1", "START",,,1)
coin_1 := moduleIni.Read(controls . "_JAMMA0_1", "COIN",,,1)
digitalup_1 := moduleIni.Read(controls . "_JAMMA0_1", "DIGITALUP",,,1)
digitaldown_1 := moduleIni.Read(controls . "_JAMMA0_1", "DIGITALDOWN",,,1)
digitalleft_1 := moduleIni.Read(controls . "_JAMMA0_1", "DIGITALLEFT",,,1)
digitalright_1 := moduleIni.Read(controls . "_JAMMA0_1", "DIGITALRIGHT",,,1)
analogup_1 := moduleIni.Read(controls . "_JAMMA0_1", "ANALOGUP",,,1)
analogdown_1 := moduleIni.Read(controls . "_JAMMA0_1", "ANALOGDOWN",,,1)
analogleft_1 := moduleIni.Read(controls . "_JAMMA0_1", "ANALOGLEFT",,,1)
analogright_1 := moduleIni.Read(controls . "_JAMMA0_1", "ANALOGRIGHT",,,1)
analogup2_1 := moduleIni.Read(controls . "_JAMMA0_1", "ANALOGUP2",,,1)
analogdown2_1 := moduleIni.Read(controls . "_JAMMA0_1", "ANALOGDOWN2",,,1)
analogleft2_1 := moduleIni.Read(controls . "_JAMMA0_1", "ANALOGLEFT2",,,1)
analogright2_1 := moduleIni.Read(controls . "_JAMMA0_1", "ANALOGRIGHT2",,,1)
;Bezel settings
bezelTopOffset := moduleIni.Read(romName . "|Settings", "Bezel_Top_Offset","0",,1)
bezelBottomOffset := moduleIni.Read(romName . "|Settings", "Bezel_Bottom_Offset","0",,1)
bezelRightOffset := moduleIni.Read(romName . "|Settings", "Bezel_Right_Offset", "0",,1)
bezelLeftOffset := moduleIni.Read(romName . "|Settings", "Bezel_Left_Offset", "0",,1)
If (plugin = "gpuDX11ng") ; this is for legacy support. Original demul 0.7 used gpuDX11ng
plugin := "gpuDX11old"
If (InStr(systemName, "Hikaru") && plugin != "gpuDX11")
plugin := "gpuDX11" ; Hikaru does not work with gpuDX10 gpu plugin, setting it dumps an error
; Verify user set desired gpu plugin name correctly
If (plugin != "gpuDX11old" && plugin != "gpuDX11" && plugin != "gpuDX10" && plugin != "")
ScriptError(plugin . " is not a supported gpu plugin.`nLeave the plugin blank to use the default ""gpuDX11"".`nValid options are gpuDX11old, gpuDX11 or gpuDX10.")
; Read and write videomode value for cable type
rvideomode := DemuleIni.Read("main", "videomode")
RLLog.Info("Module - Demul is reading the config with videomode = " . rvideomode)
DemuleIni.Write(videomode, "main", "videomode")
RLLog.Info("Module - Demul is updating the config with videomode = " . videomode)
; Handle Demul's rom paths so the user doesn't have to
romPathCount := DemuleIni.Read("files", "romsPathsCount")
RLLog.Info("Module - Demul is configured with " . romPathCount . " rom path(s). Scanning these for a romPath to this rom.")
Loop % romPathCount
{ demulRomPath := A_Index - 1 ; rompaths in demul start with 0
path%A_Index% := DemuleIni.Read("files", "roms" . demulRomPath)
RLLog.Info("Module - Path" . demulRomPath . ": " . path%A_Index%)
; msgbox % path%A_Index%
If (path%A_Index% = romPath . "\") ; demul tacks on the backslash at the end
{ romPathFound := 1 ; flag that demul has this romPath in its config and no need to add it
RLLog.Info("Module - Stopping search because Demul is already configured with the correct romPath to this rom: " . path%A_Index%)
Break ; stop looking for a correct romPath
}
}
If !romPathFound ; if demul doesn't have the romPath in its ini, add it
{ RLLog.Warning("Module - Demul does not have this romPath in Demul.ini, adding it for you.")
nextPath := romPathCount + 1 ; add 1 to the romPathCount and write that to the ini
DemuleIni.Write(nextPath, "files", "romsPathsCount")
DemuleIni.Write(romPath . "\", "files", "roms" . romPathCount) ; write the rompath to the ini
}
; Force Fade_Out to disabled as it causes demul to not close properly
; fadeOut = false
; RLLog.Warning("Module - Turning off Fade_Out because it doesn't let Demul exit properly.")
GpuIni := new IniFile(emuPath . "\" . plugin . ".ini")
GpuIni.CheckFile("Please run Demul manually first and select the " . plugin . " gpu plugin so it creates this file for you: " . GpuIni.FileFullPath)
demulFileEncoding := RLObject.getFileEncoding(GpuIni.FileFullPath)
If demulFileEncoding {
If (demulFileEncoding = "ERROR")
RLLog.Warning("Module - GPU ini set to Read-only and BOM cannot be changed. Check the DLL log for further details: " . GpuIni.FileFullPath)
Else {
RLLog.Info("Module - Recreating " . GpuIni.FileFullPath . " as ANSI because UTF-8 format cannot be read")
If RLObject.removeBOM(GpuIni.FileFullPath)
RLLog.Info("Module - Successfully converted " . GpuIni.FileFullPath . " to ANSI")
Else
RLLog.Error("Module - Failed to convert " . GpuIni.FileFullPath . " to ANSI")
}
}
BezelStart()
; Setting emu resolution if bezel is enabled
If (BezelPath)
{ If (plugin = "gpuDX11" || plugin = "gpuDX11old") {
GpuIni.Write(bezelScreenWidth, "resolution", "Width")
GpuIni.Write(bezelScreenHeight, "resolution", "Height")
} Else {
GpuIni.Write(bezelScreenWidth, "resolution", "wWidth")
GpuIni.Write(bezelScreenHeight, "resolution", "wHeight")
}
}
; This updates the DX11gpu ini file to turn List Sorting on or off. Depending on the games, turning this on for some games may remedy missing graphics, having it off on other games may fix corrupted graphics. Untill they improve the DX11gpu, this is the best it's gonna get.
If (ListSorting = "true")
GpuIni.Write(0, "main", "AutoSort")
Else
GpuIni.Write(1, "main", "AutoSort")
; This will set the Opaque or Trans modifier for each game
If (OpaqueMod = "true")
GpuIni.Write(0, "main", "OModifier")
Else
GpuIni.Write(1, "main", "OModifier")
If (TransMod = "true")
GpuIni.Write(0, "main", "TModifier")
Else
GpuIni.Write(1, "main", "TModifier")
; This updates the DX10gpu or DX11gpu ini file to the ratio and scale you want to use for this game
GpuIni.Write(aspectRatio, "main", "aspect")
GpuIni.Write(InternalResolutionScale, "main", "scaling")
If (plugin = "gpuDX11" || plugin = "gpuDX11old") {
GpuIni.Write(MaxLayers, "main", "MaxLayers")
}
; This updates the demul.ini with your gpu plugin choice for the selected rom
DemuleIni.Write(plugin . ".dll", "plugins", "gpu")
; This updates the demul.ini with your VMU display choice
VMUscreendisable := If (showVMU = "true") ? "false" : "true"
DemuleIni.Write(VMUscreendisable, "main", "VMUscreendisable")
; Shader Effects
Loop, 2 {
shaderUsePass%A_Index% := If (ShaderUsePass%A_Index% != "" and ShaderUsePass%A_Index% != "ERROR" ? (ShaderUsePass%A_Index%) : (GlobalShaderUsePass%A_Index%)) ; determine what shaderUsePass to use
currentusePass%A_Index% := GpuIni.Read("shaders", "usePass" . A_Index)
If (shaderUsePass%A_Index% = "true")
{
shaderNamePass%A_Index% := If (ShaderNamePass%A_Index% != "" and ShaderNamePass%A_Index% != "ERROR" ? (ShaderNamePass%A_Index%) : (GlobalShaderNamePass%A_Index%)) ; determine what shaderNamePass to use
If !StringUtils.Contains(shaderNamePass%A_Index%,"FXAA|HDR-TV|SCANLINES|CARTOON|RGB DOT\(MICRO\)|RGB DOT\(TINY\)|BLUR")
ScriptError(shaderNamePass%A_Index% . " is not a valid choice for a shader. Your options are FXAA, HDR-TV, SCANLINES, CARTOON, RGB DOT(MICRO), RGB DOT(TINY), or BLUR.")
If (currentusePass%A_Index% = 0)
GpuIni.Write(1, "shaders", "usePass" . A_Index) ; turn shader on in gpuDX11 ini
GpuIni.Write(shaderNamePass%A_Index%, "shaders", "shaderPass" . A_Index) ; update gpuDX11 ini with the shader name to use
}Else If (shaderUsePass%A_Index% != "true" and currentusePass%A_Index% = 1)
GpuIni.Write(0, "shaders", "usePass" . A_Index) ; turn shader off in gpuDX11 ini
}
If (ident = "dc")
{
7z(romPath, romName, romExtension, sevenZExtractPath)
defaultIni := "[main]`r`nimageFileName = `r`nopenDialog = false"
If (romExtension = ".cdi" || romExtension = ".mds" || romExtension = ".ccd" || romExtension = ".nrg" || romExtension = ".gdi" || romExtension = ".cue") {
GdrImageIni := new IniFile(emuPath . "\gdrImage.ini")
If !GdrImageIni.Exist() {
GdrImageIni.Append(defaultIni) ; Create a default gdrImage.ini in your emu folder if one does not exist already.
; GdrImageIni.Delete(gdrImageFile) ; don't know why this was in the old module, no point in deleting the file I just made
}
TimerUtils.Sleep(500)
DemuleIni.Write("gdrImage.dll", "plugins", "gdr")
GdrImageIni.Write("false", "Main", "openDialog")
GdrImageIni.Write(romPath . "\" . romName . romExtension, "Main", "imagefilename")
} Else If (romExtension = ".chd")
{
GdrCHDIni := new IniFile(emuPath . "\gdrCHD.ini")
If !GdrCHDIni.Exist() {
GdrCHDIni.Append(defaultIni) ; Create a default gdrCHD.ini in your emu folder if one does not exist already.
; GdrCHDIni.Delete(gdrCHDFile) ; don't know why this was in the old module, no point in deleting the file I just made
}
TimerUtils.Sleep(500)
GdrCHDIni.Write("false", "Main", "openDialog")
DemuleIni.Write("gdrCHD.dll", "plugins", "gdr")
GdrCHDIni.Write(romPath . "\" . romName . romExtension, "Main", "imagefilename")
} Else
ScriptError(romExtension . " is not a supported file type for this " . moduleName . " module.")
DemuleIni.Write(1, "main", "region") ; Set BIOS to Auto Region
} Else { ; all other systems, Naomi and Atomiswave
; This updates the demul.ini with your Bios choice for the selected rom
If (Bios != "" && Bios != "ERROR") {
Bios := StringUtils.RegExReplace(Bios,"\s.*") ; Cleans off the added text from the key's value so only the number is left
DemuleIni.Write("false", "main", "naomiBiosAuto") ; turning auto bios off so we can use a specific one instead
DemuleIni.Write(Bios, "main", "naomiBios") ; setting specific bios user has set from the moduleName ini
} Else
DemuleIni.Write("true", "main", "naomiBiosAuto") ; turning auto bios on if user did not specify a specific one
}
; This section writes your custom keys to the padDemul.ini. Naomi games had many control panel layouts. The only way we can accomodate these differing controls, is to keep track of them all and write them to the ini at the launch of each game.
; First we check if the last controls used are the same as the game we want to play, so we don't waste time updating the ini if it is not necessary. For example playing 2 sfstyle type games in a row, we wouldn't need to write to the ini.
; This section tells demul what arcade control type should be connected to the game. Options are standard (aka controller), mouse, lightgun, or keyboard
If (controls = "lightgun" || controls = "mouse") {
RLLog.Info("Module - This game uses a Mouse or Lightgun control type.")
DemuleIni.Write(MouseCode, "PORTB", "device")
} Else If (controls = "keyboard") {
RLLog.Info("Module - This game uses a Keyboard control type.")
DemuleIni.Write(KeyboardCode, "PORTB", "device")
} Else { ; accounts for all other control types
RLLog.Info("Module - This game uses a standard (controller) control type.")
DemuleIni.Write(ControllerCode, "PORTB", "device")
}
WriteControls(0,push1_0,push2_0,push3_0,push4_0,push5_0,push6_0,push7_0,push8_0,SERVICE_0,START_0,COIN_0,DIGITALUP_0,DIGITALDOWN_0,DIGITALLEFT_0,DIGITALRIGHT_0,ANALOGUP_0,ANALOGDOWN_0,ANALOGLEFT_0,ANALOGRIGHT_0,ANALOGUP2_0,ANALOGDOWN2_0,ANALOGLEFT2_0,ANALOGRIGHT2_0)
WriteControls(1,push1_1,push2_1,push3_1,push4_1,push5_1,push6_1,push7_1,push8_1,SERVICE_1,START_1,COIN_1,DIGITALUP_1,DIGITALDOWN_1,DIGITALLEFT_1,DIGITALRIGHT_1,ANALOGUP_1,ANALOGDOWN_1,ANALOGLEFT_1,ANALOGRIGHT_1,ANALOGUP2_1,ANALOGDOWN2_1,ANALOGLEFT2_1,ANALOGRIGHT2_1)
RLLog.Info("Module - Wrote " . controls . " controls to padDemul.ini.")
; This will check the save game files and create per game ones if enabled.
If (PerGameMemoryCards = "true")
{
MemCardFolder := new Folder(memCardPath)
DefaultMemCard := new File(memCardPath . "\default_vms.bin") ; defining default blank VMU file
If !DefaultMemCard.Exist("Folder")
DefaultMemCard.CreateDir() ; create memcard folder if it doesn't exist
If defaultMemCard.Exist()
{
RLLog.Info("VMU - Default VMU file location - " . defaultMemCard.FileFullPath)
Loop, 4
{
outerLoop := A_Index
If (A_Index = 1)
contrPort := "A"
Else If (A_Index = 2)
contrPort := "B"
Else If (A_Index = 3)
contrPort := "C"
Else If (A_Index = 4)
contrPort := "D"
controllerPort%contrPort% := DemuleIni.Read("PORT" . contrPort, "device")
RLLog.Info("VMU - Config for controller PORT" . contrPort . " = " . controllerPort%contrPort%)
If (controllerPort%contrPort% = -1)
Continue
Loop, 2
{
SubCount := A_Index - 1
VMUPort%SubCount% := DemuleIni.Read("PORT" . contrPort, "port" . SubCount)
RLLog.Info("VMU - Config Plugin VMUPort" . contrPort . SubCount . " for controller PORT" . contrPort . " = " . VMUPort%SubCount%)
If (VMUPort%SubCount% <> -1)
{
VMUPortFile%SubCount% := DemuleIni.Read("VMS", "VMS" . contrPort . SubCount)
RLLog.Info("VMU - VMUPortFile" . contrPort . SubCount . " controllerVMU" . contrPort . SubCount . " " . "VMS" . contrPort . SubCount . " = " . VMUPortFile%SubCount%)
memCardName := If romTable[1,5] ? romTable[1,4] : romName ; defining rom name for multi disc rom
PerGameVMUBin%A_Index% := new File(memCardPath . "\" . memCardName . "_vms_" . contrPort . SubCount . ".bin")
RLLog.Info("VMU - PerGameVMUBin = " . PerGameVMUBin%A_Index%.FileFullPath)
If PerGameVMUBin%A_Index%.Exist()
{
RLLog.Info("VMU - PerGameVMU file exists at " . PerGameVMUBin%A_Index%.FileFullPath)
} Else {
RLLog.Info("VMU - PerGameVMU file does not exist. So we will create one at " . PerGameVMUBin%A_Index%.FileFullPath)
DefaultMemCard.Copy(PerGameVMUBin%A_Index%.FileFullPath)
}
DemuleIni.Write(PerGameVMUBin%A_Index%.FileFullPath, "VMS", "VMS" . contrPort . SubCount)
RLLog.Info("VMU - PerGameVMU file written to " . DemuleIni.FileFullPath . " at section VMS to variable VMS" . contrPort . SubCount . " as " . PerGameVMUBin%A_Index%.FileFullPath)
} Else {
RLLog.Info("VMU - No VMU Plugged In.")
}
}
}
} Else {
RLLog.Info("VMU - No default VMU file at " . DefaultMemCard.FileFullPath)
}
}
; Setting demul to use true fullscreen if defined in settings.ini, otherwise sets demul to run windowed. This is for gpuDX11 plugin only
If (plugin = "gpuDX11" || plugin = "gpuDX11old")
If (fullscreen = "truefullscreen")
GpuIni.Write(1, "main", "UseFullscreen")
Else
GpuIni.Write(0, "main", "UseFullscreen")
If (fullscreen = "windowedfullscreen")
{
If (plugin = "gpuDX11" || plugin = "gpuDX11old") {
GpuIni.Write(appWidthNew, "resolution", "Width")
GpuIni.Write(appHeightNew, "resolution", "Height")
} Else {
GpuIni.Write(appWidthNew, "resolution", "wWidth")
GpuIni.Write(appHeightNew, "resolution", "wHeight")
}
If (maxHideTaskbar = "true") {
RLLog.Info("Module - Hiding Taskbar and Start Button.")
MiscUtils.TaskBar("off")
}
; Create black background to give the emu the fullscreen look
RLLog.Info("Module - Creating black background to simulate a fullscreen look.")
Gui demulGUI: -Caption +ToolWindow +0x08000000
Gui demulGUI: Color, Black
Gui demulGUI: Show, x0 y0 h%A_ScreenHeight% w%A_ScreenWidth%
}
If (ident != "dc" && demulShooterEnabled = "true") { ; If demulshooter is enabled for this game, launch it with relevant options
DemulShooterExe := New DemulShooter()
DemulShooterExe.Launch("demul07a",romName,"-noresize")
}
TimerUtils.Sleep(250)
; Construct the CLI for demul and send romName if naomi or atomiswave. Dreamcast needs a full path and romName.
If (LoadDecrypted = "true") ; decrypted naomi rom
romCLI := "-customrom=" . """" . romPath . "\" . romName . ".bin"""
Else If (ident = "dc") ; dreamcast game
romCLI := " -image=" . """" . romPath . "\" . romName . romExtension . """"
Else ; standard naomi rom
romCLI := "-rom=" . romName
hideEmuObj := Object(emuLCD0Window,0,emuPrimaryWindow,1)
HideAppStart(hideEmuObj,hideEmu)
primaryExe.Run(" -run=" . ident . " " . romCLI, (If hideDemulGUI = "true" ? "min" : "")) ; launching minimized, then restoring later hides the launch completely
TimerUtils.Sleep(1000) ; Need a second for demul to launch, increase if yours takes longer and the emu is NOT appearing and staying minimized. This is required otherwise bezel backgrounds do not appear
DetectHiddenWindows, On
If (hideDemulGUI = "true")
{
emuPrimaryWindow.Restore()
emuPrimaryWindow.Activate()
}
RLLog.Info("Module - Waiting for Demul to finish loading game.")
winTextSplit := []
Loop { ; looping until demul is done loading rom and gpu starts showing frames
TimerUtils.Sleep(200,0)
winTitle := emuPrimaryWindow.GetTitle(0) ; do not update the wintitle otherwise emu won't close on exit
winTextSplit := StringUtils.Split(winTitle, A_Space)
If (winTextSplit[5] = "gpu:" And winTextSplit[6] != "0" And winTextSplit[6] != "1")
Break
}
RLLog.Info("Module - Demul finished loading game.")
If (StringUtils.Contains(systemName, "Gaelco|Hikaru") && fullscreen = "truefullscreen")
KeyUtils.Send("!{Enter}") ; Automatic fullscreen seems to be broken in the Gaelco driver, must alt+Enter to get fullscreen
; This is where we calculate and maximize demul's window using our pseudo fullscreen code
If (fullscreen = "windowedfullscreen")
{
emuPrimaryWindow.Maximize() ; this will take effect after you run demul once because we cannot stretch demul's screen while it is running.
}
BezelDraw()
If (showVMU = "true"){
ExtraFixedResBezel := new Window(new WindowTitle("ahk_ID " . extraFixedRes_Bezel_hwnd))
SetTimer, CheckforVMU, 5000
}
HideAppEnd(hideEmuObj,hideEmu)
FadeInExit()
primaryExe.Process("WaitClose")
If (fullscreen = "windowedfullscreen")
{ Gui demulGUI: Destroy
RLLog.Info("Module - Destroyed black gui background.")
}
If (ident = "dc")
7zCleanUp()
BezelExit()
ExtraFixedResBezelExit()
FadeOutExit()
If (fullscreen = "windowedfullscreen" && maxHideTaskbar = "true") {
RLLog.Info("Module - Showing Taskbar and Start Button.")
MiscUtils.TaskBar("on")
}
ExitModule()
; Write new controls to padDemul.ini
WriteControls(player,push1,push2,push3,push4,push5,push6,push7,push8,service,start,coin,digitalup,digitaldown,digitalleft,digitalright,analogup,analogdown,analogleft,analogright,analogup2,analogdown2,analogleft2,analogright2) {
Global PadIni
PadIni.Write(push1, "JAMMA0_" . player, "PUSH1")
PadIni.Write(push2, "JAMMA0_" . player, "PUSH2")
PadIni.Write(push3, "JAMMA0_" . player, "PUSH3")
PadIni.Write(push4, "JAMMA0_" . player, "PUSH4")
PadIni.Write(push5, "JAMMA0_" . player, "PUSH5")
PadIni.Write(push6, "JAMMA0_" . player, "PUSH6")
PadIni.Write(push7, "JAMMA0_" . player, "PUSH7")
PadIni.Write(push8, "JAMMA0_" . player, "PUSH8")
PadIni.Write(service, "JAMMA0_" . player, "SERVICE")
PadIni.Write(start, "JAMMA0_" . player, "START")
PadIni.Write(coin, "JAMMA0_" . player, "COIN")
PadIni.Write(digitalup, "JAMMA0_" . player, "DIGITALUP")
PadIni.Write(digitaldown, "JAMMA0_" . player, "DIGITALDOWN")
PadIni.Write(digitalleft, "JAMMA0_" . player, "DIGITALLEFT")
PadIni.Write(digitalright, "JAMMA0_" . player, "DIGITALRIGHT")
PadIni.Write(analogup, "JAMMA0_" . player, "ANALOGUP")
PadIni.Write(analogdown, "JAMMA0_" . player, "ANALOGDOWN")
PadIni.Write(analogleft, "JAMMA0_" . player, "ANALOGLEFT")
PadIni.Write(analogright, "JAMMA0_" . player, "ANALOGRIGHT")
PadIni.Write(analogup2, "JAMMA0_" . player, "ANALOGUP2")
PadIni.Write(analogdown2, "JAMMA0_" . player, "ANALOGDOWN2")
PadIni.Write(analogleft2, "JAMMA0_" . player, "ANALOGLEFT2")
PadIni.Write(analogright2, "JAMMA0_" . player, "ANALOGRIGHT2")
}
HaltEmu:
If (fullscreen = "truefullscreen")
KeyUtils.Send("!{Enter}")
If VMUHideKey
XHotKeywrapper(VMUHideKey,"VMUHide","OFF")
Return
RestoreEmu:
If (fullscreen = "truefullscreen")
KeyUtils.Send("!{Enter}")
If (showVMU = "true") {
Loop, 4
{ VMUWindow%A_Index%.Set("Transparent", 0)
VMUWindow%A_Index%.Activate()
VMUWindow%A_Index%.Set("AlwaysOnTop", "On")
ExtraFixedResBezel.Set("AlwaysOnTop", "On")
If !(VMUHidden)
VMUWindow%A_Index%.Set("Transparent", "off")
}
emuPrimaryWindow.Activate()
}
If VMUHideKey
XHotKeywrapper(VMUHideKey,"VMUHide","ON")
Return
HideGUIWindow:
emuPrimaryWindow.Set("Transparent", "On")
emuPrimaryWindow.Activate() ; once activated, demul starts loading the rom
Return
CheckforVMU:
Loop, 4
{ Transform, letter, Chr, % A_Index + asc("A") - 1 ; transform number to letter
If ((!(VMUWindow%A_Index%)) and (VMUScreenID%A_Index%:=WinExist("PORT " . letter . " VMU 0 ahk_class PORT " . letter . " VMU 0")))
{ VMUWindow%A_Index% := new Window(new WindowTitle("ahk_ID " . VMUScreenID%A_Index%))
VMUWindow%A_Index%.Set("Transparent", 0)
ExtraFixedResBezelDraw(VMUScreenID%A_Index%, "VMU",VMU%A_Index%Pos, 144, 96, 8, 8, 28, 😎
VMUWindow%A_Index%.Activate()
VMUWindow%A_Index%.Set("AlwaysOnTop", "On")
ExtraFixedResBezel.Set("AlwaysOnTop", "On")
VMU%A_Index%Draw := true
If !(VMUHidden)
VMUWindow%A_Index%.Set("Transparent", "off")
If !(VMULoaded){
VMUHideKey := xHotKeyVarEdit(VMUHideKey,"VMUHideKey","~","Add")
xHotKeywrapper(VMUHideKey,"VMUHide")
VMULoaded := true
}
emuPrimaryWindow.Activate()
}
}
If ((VMU1Draw) and (VMU2Draw) and (VMU3Draw) and (VMU4Draw))
SetTimer, CheckforVMU, off
Return
VMUHide:
If VMUHidden {
Loop, 4
VMUWindow%a_index%.Set("Transparent", "off")
UpdateLayeredWindow(extraFixedRes_Bezel_hwnd, extraFixedRes_Bezel_hdc,0,0, A_ScreenWidth, A_ScreenHeight,255)
VMUHidden := false
} Else {
Loop, 4
VMUWindow%a_index%.Set("Transparent", 0)
UpdateLayeredWindow(extraFixedRes_Bezel_hwnd, extraFixedRes_Bezel_hdc,0,0, A_ScreenWidth, A_ScreenHeight,0)
VMUHidden := true
}
Return
CloseProcess:
FadeOutStart()
If (demulShooterEnabled = "true") {
DemulShooterExe.Close()
}
emuPrimaryWindow.PostMessage("0x111", "40085") ; Stop emulation first for a clean exit
TimerUtils.Sleep(5) ; just like to give a little time before closing
emuPrimaryWindow.PostMessage("0x111", "40080") ; Exit
~Escape::
Process, Close, demul.exe
ExitAPP
return