Uso resoluciones 15khz y refrescos nativos Ati/Hypersin/driver Calamity, Ampliación tutorial Nickelo para Hyperspin y trucos

« Older Newer »

Cosgarion

Posted on 20/4/2013, 12:01

Group:: Member

Posts:: 469

Location:: Murcia

Status:

Buenas,

Si no tienes WindowsXP de aquí para abajo no sirve para mucho.

Enlaces de interes:

Tutorial original Calamity - descarga de drivers y vmmaker

Tutorial ZonaArcade driver Calamity generando INI´s (no optimizado Hyperspin)

Foro Groovymame (en inglés)

Hilo oficial de información de instalación y configuración de todo esto (en inglés)

Repositorio Groovymame en Googlecode

Información técnica - nivel avanzado ehh

Drivers modificados por mi para Sapphire HD4770 (Catalyst 9.3 y Windows XP32)

¿Por qué?:

Todos tenemos claro que los 15khz son necesarios para el uso de monitores arcade/TV CRT pero muchos no tienen en cuenta la importancia del refresco, de los Hz de cada juego arcade.

Un romset tiene unos 600 modelines únicos entre resoluciones y refrescos. Esta cifra excede por mucho la capacidad de cualquier driver de video. Por dicho motivo hay que reducirlos a los más importantes o usar unos modos que crean dinamicamente la resolución.

Creo que podemos clasificar a los usuarios de mame en diversos grupos según como tienen ajustado el video/refresco:

- 15khz con CRT y mame configurado todo a 640x480 entrelazado
- 15khz con CRT y soft15
- LCD con mame a lowres
- LCD con mame a 1080p (con o sin strech)
- 15 a 31khz CRT con Groovymame
- LCD con mame a 1080p + scanlines / hlsl

Esto es a grandes rasgos, hay LCD que adminten 15khz, por ejemplo. Luego los Trifecuencia o PC monitor pueden estar dentro de cualquier de estas categorías.

Esta claro que hay usuarios más o menos puristas pero no todo se basa en eso, también está la calidad. En ejecutables MAME habituales no tienes capacidad de ajustar los refrescos dinamicamente, normalmente solo estaticamente las resoluciones mediante inis. Esto hace que muchos juegos de 59 o 61hz se fuercen a 60hz. Cuando esto ocurre los scroll no son suaves. Como ejemplo 1944 donde aparece en el degradado del mar lineas raras derivadas del cambio de refresco.

Para evitar esto se suele activar el triplebuffer y ya es cuando terminamos de fastidiar el asunto entre la sincronización audio y video.

Tomemos un caso más extremo, MORTAL KOMBAT. MK necesita una resolución de 400x254 y un refresco de 54.815170. Por tanto jugándolo en sistemas 15khz o LCD a 60hz hace que el juego tenga que ser ACELERADO hasta 60hz. Eso quiere decir que el juego funciona al 110% de velocidad y no al 100% requerido. Todo estará acelerado un 10% respecto al arcade original.

La otra manera que tiene Mame de subir los 54hz hasta 60hz seria sin acelerar el juego pero repitiendo 6 fotogramas cada segundo. En esta configuración (no Throthle) el juego va a su velocidad normal pero debido a la repetición de fotogramas tenemos unos scroll a saltos y una nefasta experiencia de juego.

Por tanto se haga lo que se haga arreglamos una cosa y empeoramos otra. La única solución perfecta es correr el juego a su refresco nativo.

¿Que diferencian los drivers modificados por Calamity de los drivers originales de ATI?

Principalmente tres cosas:
1.- soportan más modelines.
2.- durante la instalación incluyen de serie modelines "base (esto último similar a soft15khz).
3.- parcheados para soportar nativamente modos de baja resolución.

¿Entonces por qué es tan bueno?
Al tener más modelines disponibles si usamos cualquier mame podemos tener más ini´s estáticos y por tanto más juegos se podrán jugar a sus resoluciones y refrescos nativos.

Se integran perfectamente con el software VMMaker + la versión Groovymame que nos permite hacer funcionar el romset con cientos de modelines reducidas a decenas de manera "mágica". Este sistema es muuuucho mejor que usar cualquier otro mame con unos pocos modelines estaticos.

Nos saltamos el bug de hyperspin de no querer funcionar si tenemos muchos modelines. Ni siquiera arranca, hyperspin no da error alguno pero no se ejecuta si encuentra demasiados modelines en el registro. Esto es así con versiones 1.0 y 1.3

¿Entonces esto solo funciona con ATI?
La respuesta fácil es decir SI.

¿Y estoy obligado a usar Groovymame?
No, pero es una tonteria no usarlo por las ventajas que da.

¿Y solo funciona con Hyperspin?
No, funciona con cualquier frontend que soporte ejecutar mame por línea de comandos. ¿Te gusta mala? Pues mala.

¿Que hardware necesito?

Hay muchas más pero voy a poner las que seguro funcionan y no dan problemas para obtener 15khz.

Ati Radeon 9000, 9100, 9200, 9250, 9500, 9550, 9600, 9700, 9800, ArcadeVGA 9200/9250, 9500, 9550, 9600, 9700, 9800, X300, X550, X600, X700SE, HD 4230, HD 4250, HD 4350, HD 4550, HD 4570, HD 4580, HD 4650, HD 4670, HD 4730, HD 4750, HD 4800, HD 4850, HD 4870, HD 4890

y luego modificando los drivers se incluyen HD 4770 y la HD 4850x2 y HD 4870 x2.

En negrita las que yo he probado y van al 100% y en rojo negrita las que son tomadas como "referencia".

¿Que software necesito?

Driver Calamity. Los tenemos para XP32 y XP64. Para HD4770 usar los que yo he modificado (ver arriba)
VMMaker 1.3C

¿Entonces no necesito el software 15khz?
No, no lo necesitas.

¿Entonces no necesito el software Winmodelines?
No, no lo necesitas.

¿Entones no necesito el software Quickres?
No, no lo necesitas.

Proceso de instalación:

Tener XP instalado.
Eliminar del menu "inicio" el software soft15khz, quickres o cualquier otro que esté relacionado con el video.
Desinstalar el driver de video actual que tengamos.
Nos pedirá reinciar. Decirle que no y apagar el ordenador.
Colocar la tarjeta en su ranura correspondiente.
Dejar solo la tarjeta de video ATI. De momento no tener dos tarjetas en el PC.
Opcional -> Si controlamos la BIOS entra en la misma y seleccionar que se arranque primero la tarjeta de video ATI (bien escoger en INIT DISPLAY FIRST: PCIe, AGP según nuestro tipo de tarjeta)
Conectamos un LCD al puerto VGA/DVI de la ATI.
Encender el ordenador.
Windows detecta la nueva tarjeta y sale el instalador de drivers. Le damos a cancelar.
Vamos a donde tengamos el driver de calamity ejecutamos el instalador.
Al terminar nos pide reiniciar. Le decimos que NO.
Apagamos el ordenador.
Quitamos el LCD, repito, quitamos el LCD.
Conectamos nuestro monitor Arcade o TV CRT via RGB a la salida VGA de la tarjeta. Si la tarjeta es de la serie HD4xxx puede no tener salida VGA y nos toca usar un adaptador DVI-VGA.
¿Si solo tengo DVI a que puerto conecto? ufff si hay dos... a uno y si no se ve al otro (es lo que hay)
Encendemos el ordenador y ya tenemos que tener 15khz con unas resoluciones tipo.

No funciona ¿y ahora que?
Siempre funciona pero a veces se puede poner tonto. Asegurate de haber realizado TODOS los pasos. Si no ves nada en el CRT conecta el LCD via DVI y verás el escritorio de windows.
Pon la resolución en 800x600.
Apaga el ordenador.
Conecta el CRT via VGA o con el adaptador DVI-VGA y enciende el ordenador.
Listo.

Que no, que no funciona ¿y ahora?
Si no ves nada en el CRT conecta el LCD via DVI y verás el escritorio de windows.
En la carpeta del driver de Calamity ejecuta ArcadeOSD.
Selecciona la resolución 640x480 y "set as desktop".
Apaga el ordenador.
Conecta el CRT via VGA o con el adaptador DVI-VGA y enciende el ordenador.
Listo.

Sigue sin funcionar ¿me tiro por un puente?
Algo has hecho mal, pregunta por aquí.

FIN DE LA PRIMERA PARTE - OBTENER 15KHZ

SEGUNDA PARTE - GROOVYMAME / VMMAKER

Ya tenemos los 15khz de una manera similar al software Soft15khz pero sin uso de dicho programa. Ya podemos jugar pero no pares aquí.... continua hacia la luz :rolleyes:

Ahora toca optimizar y sacar partido al driver modificado y nuestra ati.

¿Que es VMMaker?:
Que mejor que citar la info original

QUOTE

VideoModeMaker (VMMaker.exe), es una utilidad de configuración que nos permitirá personalizar la lista de modos de vídeo disponibles (modelines) de acuerdo con nuestras necesidades, así como configurar correctamente el emulador MAME (cualquier versión que soporte XML) para asignar los modos de vídeo particulares de cada juego / sistema de forma automática. El configurador no trabaja con modelines precalculados, sino que los genera para cada situación, en función de parámetros editables por el usuario.

Actualizar VMMaker:
Buscamos la carpeta donde descomprimimos el driver de calamity y pegamos encima la actualización de VMMaker 1.3C(ver software necesario). Este punto es importante. Si lo hemos hecho bien nos dirá que vamos a reemplazar algunos ficheros. OK.

Entender VMMaker:
Hay varios métodos, cito la info original

QUOTE

[Tabla estática vs tabla dinámica vs tabla mágica]

VideoModeMaker soporta tres modos de funcionamiento, según queramos generar una tabla de modos de vídeo estática, dinámica o mágica. Esta función se controla desde la variables "ModeTableMethod_XML" y "ModeTableMethod_custom", que se aplican a los modos de vídeo obtenidos de MAME.xml y ReslList.txt, respectivamente.

La tabla de modos dinámica está pensada para usarse con GroovyMAME.
La tabla de modos mágica está pensada para usarse con GroovyMAME + Hyperspin.
Para cualquier otra versión de Mame, usaremos la tabla estática.

La tabla de modos estática respeta la resolución y el refresco original de cada modo de vídeo. La desventaja es que esto genera cientos de modos de vídeo diferentes por lo que hay que reducir la lista para que no se supere la capacidad del driver de vídeo.

La tabla de modos dinámica respeta la resolución pero ignora el refresco, asignándole el más cercano posible a 60 Hz. Luego GroovyMAME recalcula cada modo de vídeo con el refresco correcto para el juego seleccionado, en tiempo de ejecución. Esto reduce drásticamente la tabla de modos de vídeo requerida eliminando duplicidades.

La tabla de modos mágica ignora la resolución horizontal y el refresco, y sólo conserva la resolución vertical, produciendo de este modo resoluciones "comodín" del tipo 1234x. Luego GroovyMAME genera el modeline correcto en tiempo de ejecución, siendo el resultado indistinguible del método anterior, con la ventaja de que redicimos increíblemente la cantidad de modos de vídeo necesarios. Mediante este método podemos generar todas las resoluciones y refrescos necesarios para emular correctamente la totalidad de los juegos de MAME a partir de unas pocas decenas de modos de vídeo (los necesarios para definir correctamente la resolución vertical). Este método es de carácter experimental, por lo que puede fallar en determinados sistemas.

Por tanto si no se quiere usar Hyperspin basta con leerse el tutorial que esta en Zona Arcade usando INI´s estáticos (ver links de interés). Esto nos permite usar cualquier versión de ejecutable mame pero ¿y si queremos usar Hyperspin?

Hasta que no llegue HS 2.0 vamos a estar con el bug del número de modelines. Hyperspin no arranca si detecta más de 70 u 80 modos de vídeo distintos. La solución es fácil.... reducir el número de modos pero recordemos:

- El romset tiene casi 600 modos de video distintos
- Los drivers ati modificados nos permiten usar bien 200 o bien 120 modos (según versión escogida).
- Ya estamos descartando y reduciendo la lista de 600 a 120
- Si hyperspin nos obliga a tener unos 80 modos hay que descartar otros 40 modos.
- En total habremos descartado 540 modos de video distintos.
- Mame deberá usar modos cercanos, refrescos cercanos, modos entrelazados, etc.... para todos los juegos donde no dispongamos de modos y refrescos nativos. Volvemos a generar problemas y perder la extrema suavidad de los modos/refrescos nativos.

Para solucionar esto tenemos dos posibilidades con VMMaker junto al uso de la version Groovymame:

Tabla dinámica: En mi caso con romset 148u2 puedo tener todos los modos con unos 120 o 130 modelines.

Tabla mágica: En mi caso con romset 148u2 puedo tener todos los modos desde 27 a 42 modelines, según configure.

Vemos que la tabla dinámica es excepcional al agrupar 600 en 130 pero no es suficiente: hay que usar la tabla mágica.

Nos pasamos a Groovymame:

Lo primero es ir a nuestra carpeta de HYPERSPIN\emulators\mame\ y hacer una copia de seguridad de nuestro mame.exe y nuestro mame.ini. Una vez los tengamos guardados en lugar seguro procedemos a borrarlos de la carpeta emulators\mame.

Ahora hay que borrar todos los archivos ini que se hayan generado en la carpeta INI (uno para rom), asi nos quitamos problemas.

Luego bajamos al repositorio de Groovymame/Groovyarcade que está disponible en Googlecode (ver arriba links interés) y nos bajamos el groovymame windows correspondiente a nuestra versión de romset. Si no existiera tenemos la opción de compilarlo nosotros mismos o de actualizar nuestro romset, a gusto del consumidor.

Una vez bajado el archivo lo descomprimimos y copiamos el exe en la carpeta hyperspin/emulators/mame.
Para evitar complicaciones lo renombramos a mame.exe.

Creamos mame.ini nuevo:
Este mame tiene opciones propias por lo que no podemos usar nuestro archivo mame.ini antiguo (de hecho si has seguido los pasos ya lo has borrado de la carpeta... borralo si no lo has hecho)

clic INICIO --> EJECUTAR --> escribimos CMD y damos enter.

nos abre la "ventana dos" del sistema.
Ahora hay que ir a la carpeta donde tenemos mame.exe
Si teneís el pack Hyperspin de Arda escribis

QUOTE

cd c:\hyperspin1.0\emulators\mame

y enter.
una vez en dicha carpeta ejecutamos

QUOTE

mame -cc

Esto nos crea un archivo mame.ini nuevo y optimizado para Groovymame.
Listo. Ya podemos cerrar la ventana dos y verificamos en el explorador de archivos que tenemos un nuevo mame.ini en la carpeta.

Configurar VMMaker para Hyperspin:
En la carpeta donde descomprimimos vmmaker editamos con el bloc de notas el archivo vmmaker.ini

Lo primero es decirle donde está el ejecutable del mame, lo configuramos con nuestros datos:

QUOTE

; Path for Mame executable, in case we want to extract xml information from it.

MameExe = "C:\Hyperspin1.0\emulators\mame\mame.exe"

Mame options lo dejamos sin tocar:

QUOTE

; Mame options.

ListFromXML = 1 ; Processes Mame XML and get video mode list from it
GenerateXML = 1 ; Extracts XML from Mame (only needed once)
OnlyListMain = 0 ; Only list resolutions for games contained in MameMain.txt
GenerateInis = 0 ; Creates an ini file for each Mame game, in the IniPath folder
SDLMame = 0 ; Use SDLMame specific options

En MONITOR ORIENTATION lo normal es dejarlo sin tocar a no ser que tengamos monitor vertical:

QUOTE

; Monitor orientation

MonitorHorizontal = 1 ; 0 = Rotating monitor: horizontal and vertical games at their native resolution
; Suitable for users that physically rotate their CRTs
; 1 = Horizontal monitor: horizontal games run at their native resolution and
; vertical games are rotated to fit in horizontal monitor

RotatingDesktop = 0 ; Specifies if both desktop and monitor are rotated

; Aspect ratio for vertical games on horizontal monitor
; 4:3 (keeps original aspect ratio)
; 3:3 (stretches to square format)
; 3:4 (stretches to full screen)
; h:v (custom aspect ratio)

VerticalAspect = "4:3"

En punto MONITOR inicialmente no vamos a tocar nada, eso irá para el próximo mensaje. Debe estar puesto en CUSTOM

En MODELINE GENERATOR buscamos las dos líneas siguientes y las dejamos así:

QUOTE

ModeTableMethod_Custom = 0
ModeTableMethod_XML = 2

Cerramos y guardamos vmmaker.ini
Ejecutamos vmmaker.exe y escaneará nuestra version de mame para averiguar todos los modos y refrescos de video del romset. Genera los modelines mágicos. Y nos hace un resumen al final.

Todo el proceso lleva unos 30 segundos.

Pide reiniciar. Le hacemos caso.

-----

Abrimos el explorador de archivos y nos vamos otra vez a la carpeta Hyperspin\Emulators\mame y editamos con el bloc de notas el archivo mame.ini que hemos generado antes, que está virgen.

No hay que tocar mucho ya que viene muy optimizado. Lo más importante seria dejarlo de esta manera:

QUOTE

#
# CORE SWITCHRES OPTIONS
#
modeline 1
monitor custom
orientation horizontal
connector auto
interlace 1
doublescan 0
cleanstretch 0
changeres 1
powerstrip 0
lock_system_modes 1
lock_unsupported_modes 1
refresh_dont_care 0
dotclock_min 0
sync_refresh_tolerance 2.0
frame_delay 0
lcd_range auto
crt_range0 15625-16200, 49.50-61.00, 2.000, 4.700, 8.000, 0.064, 0.160, 1.056, 0, 0, 192, 288, 448, 576
crt_range1 auto
crt_range2 auto
crt_range3 auto
crt_range4 auto
crt_range5 auto
crt_range6 auto
crt_range7 auto
crt_range8 auto
crt_range9 auto

Nota Pro: ¿Por qué varios CRT Range? Pues porque podemos tener monitores multifrecuencia o incluso TV normales que sean problematicos en frecuencias entre NTSC y PAL. Por eso, y tomando un ejemplo de Calamity, podemos dividir nuestro CRT Range en varios trozos. De esta manera podemos ajustar la geometria especifica de algún refresco problemático o incluso anular refrescos que no queramos que se usen.

monitor_specs0 15625-16200, 49.50-54.90, 2.000, 4.700, 8.000, 0.064, 0.160, 1.056, 0, 0, 288, 448
monitor_specs1 15625-16200, 54.90-56.00, 2.000, 4.700, 8.000, 0.064, 0.160, 0.896, 0, 0, 288, 448
monitor_specs2 15625-16200, 56.00-65.00, 2.000, 4.700, 8.000, 0.064, 0.160, 1.056, 0, 0, 288, 448

QUOTE

#
# WINDOWS PERFORMANCE OPTIONS
#
priority 0
multithreading 1
numprocessors auto
profile 0
bench 0

QUOTE

#
# WINDOWS VIDEO OPTIONS
#
video d3d
numscreens 1
window 0
maximize 1
keepaspect 0
prescale 1
waitvsync 0
menu 0

#
# DIRECTDRAW-SPECIFIC OPTIONS
#
hwstretch 0

#
# DIRECT3D-SPECIFIC OPTIONS
#
d3dversion 9
filter 0

QUOTE

#
# FULL SCREEN OPTIONS
#
triplebuffer 0
switchres 1
full_screen_brightness 1.0
full_screen_contrast 1.0
full_screen_gamma 1.0

Y para las mentes inquietas las opciones explicadas:

QUOTE

#
# CORE SWITCHRES OPTIONS
#
-modeline Generate modelines for arcade monitors
-monitor Monitor type, e.g.: generic_15, arcade_15, lcd, custom, etc.
-orientation Monitor orientation (horizontal|vertical|rotate)
-connector [Linux] video card output (VGA-0|VGA-1|DVI-0|DVI-1)
-interlace Enable interlaced scanning when necessary
-doublescan Enable double scanning when necessary (unsupported under Windows)
-cleanstretch Force integer scaling, 0 means automatic selection
-changeres Enable dynamic in-game video mode switching
-powerstrip Use Powerstrip API for dynamic setting of custom video timings
-lock_system_modes Lock system (non-custom) video modes, only use modes created by us
-lock_unsupported_modes Lock video modes reported as unsupported by your monitor's EDID
-refresh_dont_care Ignore video mode's refresh reported by OS when checking ranges
-dotclock_min Lowest pixel clock supported by video card, in MHz, default is 0
-sync_refresh_tolerance Maximum refresh difference, in Hz, allowed in order to synchronize
-frame_delay Delays the start of each frame to minimize input lag (0-9)
-lcd_range Add custom LCD range, VfreqMin-VfreqMax, in Hz, e.g.: 55.50-61.00
-crt_range0 Add custom CRT range, see documentation for details.
-crt_range1 Add custom CRT range
-crt_range2 Add custom CRT range
-crt_range3 Add custom CRT range
-crt_range4 Add custom CRT range
-crt_range5 Add custom CRT range
-crt_range6 Add custom CRT range
-crt_range7 Add custom CRT range
-crt_range8 Add custom CRT range
-crt_range9 Add custom CRT range

Grabamos los cambios y listo. Hemos terminado (es mentira

)

que siiii....... que ya podemos jugar

pero no hemos terminado.

Llegados hasta aquí lo mejor es jugar un rato a diversos juegos que al final de esto se trata ¿no?

Cada vez que arranquemos un juego en mame nos va a mostrar en la ventana azul de información la resolución y refresco originales del juego y la resolución y refresco escogidos por groovymame.

FIN DE LA INSTALACION Y CONFIGURACION

Edited by Cosgarion - 21/4/2013, 12:53

Cosgarion

Posted on 20/4/2013, 14:21

Group:: Member

Posts:: 469

Location:: Murcia

Status:

PARTE DOS - OPTIMIZACION DE LA PANTALLA

Si os habeís leido toda la parte anterior os sonará que en dos archivos ini hemos hablado de monitor CUSTOM, concretamente en vmmaker.ini y en mame.ini

VMMAKER.INI

El monitor "CUSTOM" es donde podemos poner nuestros valores personalizados respecto al monitor que tengamos en nuestra maca. Calamity indica un monitor genérico con estos valores:

Dentro del archivo VMMAKER.INI

QUOTE

MonitorType = "CUSTOM"

QUOTE

monitor_specs_0 = "15625-16200, 49.50-61.00, 2.000, 4.700, 8.000, 0.064, 0.160, 1.056, 0, 0, 288, 448"

Pero a lo mejor nuestro monitor es distinto, es capaz de subir por encima de 16200khz, o quizás no, o quizás pasa de 61hz..... esto no se puede saber sin prueba error. Lo que yo puedo confirmar es que con tres monitores los valores "Custom" genericos me han funcionado sin tener que modificarlos.

¿modificarlos? Si claro, no es sencillo pero se puede.

QUOTE

; monitor_specs0-6 HfreqMin-HfreqMax, VfreqMin,VfreqMax, HFrontPorch, HSyncPulse, HBackPorch, VfrontPorch, VSyncPulse, VBackPorch, HSyncPol, VSyncPol, ActiveLinesLimit, VirtualLinesLimit
;
; * HfreqMin-HfreqMax: Minimum and maximum horizontal frequency, in Hz. Defines the range of horizontal frequencies the monitor is capable to sync.
; The higher the horizontal frequency, the higher the vertical resolution available for the same vertical refresh.
; The higher the horizontal frequency, the higher the vertical refresh available for the same vertical resolution.
; The higher the horizontal frequency, the lower the horizontal amplitude of active video (narrower picture).
;
; * VFreqMin-VfreqMax: Minimum and maximum vertical frequency, in Hz, Defines the range of vertical frequencies the monitor is capable to sync.
;
; * HFrontPorch, HSyncPulse, HBackPorch: Horizontal timing and geometry, values in µs
;
; * VfrontPorch, VSyncPulse, VBackPorch: Vertical timing and geometry, values in ms
;
; * HSyncPol,VSyncPol: sync polarities, 0 = negative, 1 = positive.
;
; * ActiveLinesLimit: Vertical resolutions until ActiveLinesLimit value included, are generated as progressive, regardless the possibility
; of obtaining the required vertical refresh value.
;
; * VirtualLinesLimit: Vertical resolutions above ActiveLinesLimit and below VirtualLinesLimit are virtualized, that is, an interlaced resolution
; bigger that the native one is generated, with the right refresh, and "hardware stretch" is applied.
; Vertical resolutions above VirtulaLinesLimit are generated as interlaced, without any stretching.

Si tenemos problemas con dichos valores, o tenemos un monitor que esté listado, aconsejo ir bajando de flexibilidad de monitor y eso se hace cambiando la palabra custom por una de las siguientes:

D9800, D9400, D9200, EGA, VGA, MULTI, H9110, ~~PAL~~, NTSC, GENERIC, CUSTOM

El orden de prioridad para los que usamos TV seria:

CUSTOM
GENERIC
NTSC

Aunque nuestra TV sea PAL no aconsejo poner PAL bajo ningún concepto.

MAME.INI
Al igual que en vmmaker.ini también hay que describir nuestro monitor en mame.ini. Podremos poner los datos "CUSTOM" que he colocado yo arriba y que repito:

Buscamos CORE SWITCHRES OPTIONS

QUOTE

monitor custom
crt_range0 15625-16200, 49.50-61.00, 2.000, 4.700, 8.000, 0.064, 0.160, 1.056, 0, 0, 192, 288, 448, 576
crt_range1 auto
crt_range2 auto

Como vemos hay que repetir lo mismo que en VMMAKER.ini, sin comillas, pero cambiando las dos últimas cifras (en verde) por los valores rojo y azul que pongo.

¿que son?
Las rojas son el número mínimo y máximo de líneas de modos progresivos
Las azules son el número mínimo y máximo de líneas de modos entrelazados

Si da la casualidad que sabemos que monitor tenemos y está dentro de los listados pues en vez de poner CUSTOM en mame.ini colocamos uno de los del listado de abajo. Si tenemos problemas con los valores custom pues hacemos lo mismo que con vmmaker.ini, el ir bajando de "calidad de monitor" en este orden:

CUSTOM
ARCADE_15
GENERIC_15
NTSC

Si somos los suertudos de tener un monitor que admite más frecuencias pues en vez de bajar subimos:
ARCADE_15ex

¿Tenemos un bifrecuencia automatico?
ARCADE_15_25

¿Trifecuencia automatico?
arcade_15_25_31

¿Un monitor de PC?
Nos vamos a VESA
vesa_480 VESA GTF
vesa_600 VESA GTF
vesa_768 VESA GTF
vesa_1024 VESA GTF

Monitores preestablecidos dentro de mame.ini (groovymame):

QUOTE

custom Define your own custom by means of -crt_range lines
pal PAL TV - 50 Hz/625
ntsc NTSC TV - 60 Hz/525
generic_15 Generic 15.7 kHz
arcade_15 Arcade 15.7 kHz - standard resolution
arcade_15ex Arcade 15.7-16.5 kHz - extended resolution
arcade_25 Arcade 25.0 kHz - medium resolution
arcade_31 Arcade 31.5 kHz - high resolution
arcade_15_25 Arcade 15.7/25.0 kHz - dual-sync
arcade_15_25_31 Arcade 15.7/25.0/31.5 kHz - tri-sync
m2929 Makvision 2929D
d9200 Wells Gardner D9200
d9400 Wells Gardner D9400
d9800 Wells Gardner D9800
k7000 Wells Gardner K7000
k7131 Wells Gardner 25K7131
m3129 Wei-Ya M3129
h9110 Hantarex MTC 9110
polo Hantarex Polo
pstar Hantarex Polostar 25
ms2930 Nanao MS-2930, MS-2931
ms929 Nanao MS9-29
vesa_480 VESA GTF
vesa_600 VESA GTF
vesa_768 VESA GTF
vesa_1024 VESA GTF

Note: labels are no longer case sensitive

Edited by Cosgarion - 21/4/2013, 04:07

Cosgarion

Posted on 21/4/2013, 01:13

Group:: Member

Posts:: 469

Location:: Murcia

Status:

En resumen:

1.- INSTALAR TARJETA
2.- INSTALAR DRIVER
3.- CONFIGURAR VMMAKER.INI PARA RESOLUCIONES MAGICAS o ESTATICAS (según el mame escogido)
4.- EJECUTAR VMMAKER.EXE

OPCIONAL GROOVYMAME PARA HYPERSPIN:
5.- DESCARGAR GROOVYMAME
6.- CREAR MAME.INI NUEVO
7.- CONFIGURAR MAME.INI

¿Que os ha parecido extremadamente difícil?
Pues os bajaís mi MAME.INI y VMMAKER.INI ya configurados para Hyperspin de Arda en ruta c:\HYPERSPIN1.0\emulators\mame\mame.exe

Hay que ver el rollo que os he soltado si luego lo iba a dar todo mascadito ehhh

EDIT: Parece que a Mediafire no le gusta que suba un archivo llamado mame.ini. Si veo que en unas horas/mañana no se la solucionado lo subiré a otro sitio.

FAQ:

Veo 240 lineas en vez de las nativas 224
Los juegos NEOGEO y similares que iban a 224 lineas verticales son pasados a 240. Esto no quiere decir que perdemos el "pixel perfect" ya que nos añade líneas que no afectan al refresco. La explicación del por qué lo hace es larga y complicada pero solo decir que cuando veamos 224 --> 240 será lo correcto.

¿es importante el Hyperthreading?
Si, hay que activarlo.

¿cuantos núcleos de CPU usa mame?
Que yo sepa, solo dos como máximo.

DUDAS:

¿Por qué duermo poco?

Edited by Cosgarion - 21/4/2013, 17:28

Cosgarion

Posted on 21/4/2013, 03:18

Group:: Member

Posts:: 469

Location:: Murcia

Status:

Ahora hay que demostrar que lo que se dice es verdad ¿no?

Ejecutando mame con salida log.

STREET FIGHTER II
Extracto:

CODE

SwitchRes: Monitor range 15625.00-16200.00,49.50-65.00,2.000,4.700,8.000,0.064,0.160,1.056,0,0,192,288,448,576
SwitchRes: Monitor: custom Orientation: horizontal
SwitchRes: v0.014a:[sf2] Calculating best video mode for 384x224@59.629402 orientation: normal
SwitchRes: [sf2] (1) horizontal (384x224@59.63)->(384x240@59.63)
rng(0): 384 x 240_59.629p 15.683 [integ] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.000, 1.071)
SwitchRes: Modeline "384x240_60 15.68KHz 59.63Hz" 7.90 384 400 440 504 240 243 246 263 -hsync -vsync
Switchres: saving DALDTMCRTBCD384x240x0x60 - Modeline "384x240_60 15.62KHz 59.60Hz" 7.87 384 400 440 504 240 242 244 262 -hsync -vsync
Switchres: updating DALDTMCRTBCD384x240x0x60 - Modeline "384x240_60 15.68KHz 59.63Hz" 7.90 384 400 440 504 240 243 246 263 -hsync -vsync
Average speed: 100.00% (13 seconds)

Explicando lo anterior.

Street Fighter 2 funciona en arcade realmente a un refresco de 59,629402. Ni 59, ni 60.... 59,629402hz. Ese refresco, junto sus cientos de compañeros del romset, es IMPOSIBLE que esté de manera automática en Soft15 con un par de decenas de modelines.

Lo que ha hecho Groovymame es:

Estamos en resolución entrelazada de escritorio 640x480 a 60.0 hz.
Ejecuta el juego y ve que necesita 384x224 a 59,629402 hz.
Coge un modeline correcto en resolución, concretamente el 384x240 a 59,60hz y lo modifica al vuelo a 384x240 a 59,63hz.
Ejecuta el juego a resolución nativa y con solo una diferencia de 0,000598 Hz respecto al arcade original.

A mi me vale la diferencia :rolleyes:

GHOST AND GOBLINS

CODE

SwitchRes: v0.014a:[gng] Calculating best video mode for 256x224@59.590000 orientation: normal
SwitchRes: [gng] (1) horizontal (256x224@59.59)->(256x224@59.59)
rng(0): 256 x 224_59.590p 15.672 [integ] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.000, 1.000)
SwitchRes: Modeline "256x224_60 15.67KHz 59.59Hz" 5.27 256 272 296 336 224 235 238 263 -hsync -vsync
Switchres: saving DALDTMCRTBCD256x224x0x60 - Modeline "256x224_60 15.65KHz 59.97Hz" 5.51 256 272 304 352 224 234 237 261 -hsync -vsync
Switchres: updating DALDTMCRTBCD256x224x0x60 - Modeline "256x224_60 15.67KHz 59.59Hz" 5.27 256 272 296 336 224 235 238 263 -hsync -vsync

GHOST AND SHOULS

CODE

SwitchRes: v0.014a:[ghouls] Calculating best video mode for 384x224@59.629402 orientation: normal
SwitchRes: [ghouls] (1) horizontal (384x224@59.63)->(384x240@59.63)
rng(0): 384 x 240_59.629p 15.683 [integ] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.000, 1.071)
SwitchRes: Modeline "384x240_60 15.68KHz 59.63Hz" 7.90 384 400 440 504 240 243 246 263 -hsync -vsync
Switchres: saving DALDTMCRTBCD384x240x0x60 - Modeline "384x240_60 15.62KHz 59.60Hz" 7.87 384 400 440 504 240 242 244 262 -hsync -vsync
Switchres: updating DALDTMCRTBCD384x240x0x60 - Modeline "384x240_60 15.68KHz 59.63Hz" 7.90 384 400 440 504 240 243 246 263 -hsync -vsync

LOG COMPLETOS:

STREET FIGHTER II

SPOILER (click to view)

Parsing mame.ini
Parsing mame.ini
SwitchRes: Monitor range 15625.00-16200.00,49.50-65.00,2.000,4.700,8.000,0.064,0.160,1.056,0,0,192,288,448,576
SwitchRes: Monitor: custom Orientation: horizontal
SwitchRes: DefaultVideo 'System\CurrentControlSet\Control\Video\{918A9432-BB28-4A60-9BC1-77BD2C393F0C}\0000'
Switchres: Searching for custom video modes...
Switchres: [ 1] 240x 160 @ 60: DALDTMCRTBCD240x160x0x60 - Modeline "240x160_60 15.66KHz 59.76Hz" 5.01 240 256 280 320 160 202 205 262 -hsync -vsync
Switchres: [ 2] 240x 200 @ 60: DALDTMCRTBCD240x200x0x60 - Modeline "240x200_60 15.66KHz 59.76Hz" 5.01 240 256 280 320 200 222 225 262 -hsync -vsync
Switchres: [ 3] 248x 192 @ 60: DALDTMCRTBCD248x192x0x60 - Modeline "248x192_60 15.65KHz 59.98Hz" 5.26 248 264 288 336 192 218 221 261 -hsync -vsync
Switchres: [ 4] 256x 192 @ 60: DALDTMCRTBCD256x192x0x60 - Modeline "256x192_60 15.65KHz 59.97Hz" 5.51 256 272 304 352 192 218 221 261 -hsync -vsync
Switchres: [ 5] 256x 224 @ 60: DALDTMCRTBCD256x224x0x60 - Modeline "256x224_60 15.65KHz 59.97Hz" 5.51 256 272 304 352 224 234 237 261 -hsync -vsync
Switchres: [ 6] 256x 239 @ 50: DALDTMCRTBCD256x239x0x50 - Modeline "256x239_50 15.63KHz 49.92Hz" 5.50 256 272 304 352 239 267 270 313 -hsync -vsync
Switchres: [ 7] 256x 240 @ 55: DALDTMCRTBCD256x240x0x55 - Modeline "256x240_55 15.63KHz 55.41Hz" 5.50 256 272 304 352 240 252 255 282 -hsync -vsync
Switchres: [ 8] 256x 240 @ 60: DALDTMCRTBCD256x240x0x60 - Modeline "256x240_60 15.60KHz 59.98Hz" 5.49 256 272 304 352 240 241 244 260 -hsync -vsync
Switchres: [ 9] 256x 244 @ 60: DALDTMCRTBCD256x244x0x60 - Modeline "256x244_60 15.82KHz 59.94Hz" 5.57 256 272 304 352 244 245 248 264 -hsync -vsync
Switchres: [ 10] 256x 256 @ 55: DALDTMCRTBCD256x256x0x55 - Modeline "256x256_55 15.63KHz 55.41Hz" 5.50 256 272 304 352 256 260 263 282 -hsync -vsync
Switchres: [ 11] 257x 224 @ 60: DALDTMCRTBCD257x224x0x60 - Modeline "256x224_60 15.60KHz 59.98Hz" 5.49 256 272 304 352 224 233 236 260 -hsync -vsync
Switchres: [ 12] 320x 200 @ 60: system mode
Switchres: [ 13] 320x 200 @ 75: system mode
Switchres: [ 14] 320x 224 @ 60: DALDTMCRTBCD320x224x0x60 - Modeline "320x224_60 15.64KHz 59.91Hz" 6.63 320 336 368 424 224 234 237 261 -hsync -vsync
Switchres: [ 15] 320x 240 @ 54: DALDTMCRTBCD320x240x0x54 - Modeline "320x240_54 15.64KHz 54.10Hz" 6.63 320 336 368 424 240 256 259 289 -hsync -vsync
Switchres: [ 16] 320x 240 @ 60: system mode
Switchres: [ 17] 320x 240 @ 75: system mode
Switchres: [ 18] 320x 244 @ 59: DALDTMCRTBCD320x244x0x59 - Modeline "320x244_59 15.68KHz 59.41Hz" 6.65 320 336 368 424 244 245 248 264 -hsync -vsync
Switchres: [ 19] 320x 256 @ 50: DALDTMCRTBCD320x256x0x50 - Modeline "320x256_50 15.64KHz 49.96Hz" 6.63 320 336 368 424 256 276 279 313 -hsync -vsync
Switchres: [ 20] 336x 224 @ 60: DALDTMCRTBCD336x224x0x60 - Modeline "336x224_60 15.66KHz 60.00Hz" 6.89 336 352 384 440 224 234 237 261 -hsync -vsync
Switchres: [ 21] 384x 240 @ 60: DALDTMCRTBCD384x240x0x60 - Modeline "384x240_60 15.62KHz 59.60Hz" 7.87 384 400 440 504 240 242 244 262 -hsync -vsync
Switchres: [ 22] 400x 300 @ 60: system mode
Switchres: [ 23] 400x 300 @ 75: system mode
Switchres: [ 24] 512x 384 @ 60: system mode
Switchres: [ 25] 512x 448 @ 60: DALDTMCRTBCD512x448x0x60 - Modeline "512x448_60 15.64KHz 60.03Hz" 10.51 512 536 584 672 448 466 471 521 interlace -hsync -vsync
Switchres: [ 26] 512x 478 @ 50: DALDTMCRTBCD512x478x0x50 - Modeline "512x478_50 15.64KHz 50.04Hz" 10.51 512 536 584 672 478 534 539 625 interlace -hsync -vsync
Switchres: [ 27] 512x 480 @ 55: DALDTMCRTBCD512x480x0x55 - Modeline "512x480_55 15.65KHz 55.41Hz" 10.52 512 536 584 672 480 504 509 565 interlace -hsync -vsync
Switchres: [ 28] 512x 512 @ 55: DALDTMCRTBCD512x512x0x55 - Modeline "512x512_55 15.65KHz 55.41Hz" 10.52 512 536 584 672 512 520 525 565 interlace -hsync -vsync
Switchres: [ 29] 544x 242 @ 60: DALDTMCRTBCD544x242x0x60 - Modeline "544x242_60 15.67KHz 59.82Hz" 11.16 544 568 624 712 242 243 246 262 -hsync -vsync
Switchres: [ 30] 640x 200 @ 60: DALDTMCRTBCD640x200x0x60 - Modeline "640x200_60 15.67KHz 60.05Hz" 13.04 640 664 728 832 200 222 225 261 -hsync -vsync
Switchres: [ 31] 640x 400 @ 60: system mode
Switchres: [ 32] 640x 400 @ 75: system mode
Switchres: [ 33] 640x 480 @ 60*: DALDTMCRTBCD640x480x0x60 - Modeline "640x480_60 15.60KHz 59.88Hz" 12.98 640 664 728 832 480 482 487 521 interlace -hsync -vsync
Switchres: [ 34] 640x 480 @ 72: system mode
Switchres: [ 35] 640x 480 @ 75: system mode
Switchres: [ 36] 640x 480 @ 85: system mode
Switchres: [ 37] 640x 480 @ 90: system mode
Switchres: [ 38] 640x 480 @100: system mode
Switchres: [ 39] 640x 480 @120: system mode
Switchres: [ 40] 640x 480 @160: system mode
Switchres: [ 41] 640x 480 @200: system mode
Switchres: [ 42] 664x 496 @ 60: DALDTMCRTBCD664x496x0x60 - Modeline "664x496_60 16.16KHz 59.96Hz" 14.09 664 696 760 872 496 499 504 539 interlace -hsync -vsync
Switchres: [ 43] 720x 480 @ 60: system mode
Switchres: [ 44] 720x 576 @ 60: system mode
Switchres: [ 45] 768x 512 @ 55: DALDTMCRTBCD768x512x0x55 - Modeline "768x512_55 15.64KHz 55.36Hz" 15.64 768 800 872 1000 512 520 525 565 interlace -hsync -vsync
Switchres: [ 46] 800x 600 @ 47: system mode
Switchres: [ 47] 800x 600 @ 56: system mode
Switchres: [ 48] 800x 600 @ 60: system mode
Switchres: [ 49] 800x 600 @ 70: system mode
Switchres: [ 50] 800x 600 @ 72: system mode
Switchres: [ 51] 800x 600 @ 75: system mode
Switchres: [ 52] 800x 600 @ 85: system mode
Switchres: [ 53] 800x 600 @ 90: system mode
Switchres: [ 54] 800x 600 @100: system mode
Switchres: [ 55] 800x 600 @120: system mode
Switchres: [ 56] 800x 600 @160: system mode
Switchres: [ 57] 800x 600 @200: system mode
Switchres: [ 58] 848x 480 @ 60: system mode
Switchres: [ 59] 1024x 480 @ 60: system mode
Switchres: [ 60] 1024x 768 @ 60: system mode
Switchres: [ 61] 1024x 768 @ 70: system mode
Switchres: [ 62] 1024x 768 @ 72: system mode
Switchres: [ 63] 1024x 768 @ 75: system mode
Switchres: [ 64] 1024x 768 @ 85: system mode
Switchres: [ 65] 1024x 768 @ 90: system mode
Switchres: [ 66] 1024x 768 @100: system mode
Switchres: [ 67] 1024x 768 @120: system mode
Switchres: [ 68] 1024x 768 @150: system mode
Switchres: [ 69] 1024x 768 @160: system mode
Switchres: [ 70] 1024x 768 @200: system mode
Switchres: [ 71] 1152x 864 @ 43: system mode
Switchres: [ 72] 1152x 864 @ 47: system mode
Switchres: [ 73] 1152x 864 @ 60: system mode
Switchres: [ 74] 1152x 864 @ 70: system mode
Switchres: [ 75] 1152x 864 @ 75: system mode
Switchres: [ 76] 1152x 864 @ 85: system mode
Switchres: [ 77] 1152x 864 @100: system mode
Switchres: [ 78] 1234x 184 @ 60: DALDTMCRTBCD1234x184x0x60 - Modeline "1232x184_60 15.68KHz 60.08Hz" 25.09 1232 1280 1400 1600 184 214 217 261 -hsync -vsync
Switchres: [ 79] 1234x 192 @ 60: DALDTMCRTBCD1234x192x0x60 - Modeline "1232x192_60 15.68KHz 60.08Hz" 25.09 1232 1280 1400 1600 192 218 221 261 -hsync -vsync
Switchres: [ 80] 1234x 208 @ 60: DALDTMCRTBCD1234x208x0x60 - Modeline "1232x208_60 15.68KHz 60.08Hz" 25.09 1232 1280 1400 1600 208 226 229 261 -hsync -vsync
Switchres: [ 81] 1234x 224 @ 60: DALDTMCRTBCD1234x224x0x60 - Modeline "1232x224_60 15.68KHz 60.08Hz" 25.09 1232 1280 1400 1600 224 234 237 261 -hsync -vsync
Switchres: [ 82] 1234x 232 @ 60: DALDTMCRTBCD1234x232x0x60 - Modeline "1232x232_60 15.68KHz 60.08Hz" 25.09 1232 1280 1400 1600 232 238 241 261 -hsync -vsync
Switchres: [ 83] 1234x 240 @ 60: DALDTMCRTBCD1234x240x0x60 - Modeline "1232x240_60 15.68KHz 60.08Hz" 25.09 1232 1280 1400 1600 240 242 245 261 -hsync -vsync
Switchres: [ 84] 1234x 248 @ 60: DALDTMCRTBCD1234x248x0x60 - Modeline "1232x248_60 16.14KHz 59.99Hz" 25.95 1232 1280 1400 1608 248 250 253 269 -hsync -vsync
Switchres: [ 85] 1234x 256 @ 58: DALDTMCRTBCD1234x256x0x58 - Modeline "1232x256_58 16.20KHz 58.48Hz" 26.18 1232 1288 1408 1616 256 258 261 277 -hsync -vsync
Switchres: [ 86] 1234x 264 @ 57: DALDTMCRTBCD1234x264x0x57 - Modeline "1232x264_57 16.20KHz 56.84Hz" 26.18 1232 1288 1408 1616 264 266 269 285 -hsync -vsync
Switchres: [ 87] 1234x 272 @ 55: DALDTMCRTBCD1234x272x0x55 - Modeline "1232x272_55 16.20KHz 55.29Hz" 26.18 1232 1288 1408 1616 272 274 277 293 -hsync -vsync
Switchres: [ 88] 1234x 280 @ 54: DALDTMCRTBCD1234x280x0x54 - Modeline "1232x280_54 16.20KHz 53.82Hz" 26.18 1232 1288 1408 1616 280 282 285 301 -hsync -vsync
Switchres: [ 89] 1234x 288 @ 52: DALDTMCRTBCD1234x288x0x52 - Modeline "1232x288_52 16.20KHz 52.43Hz" 26.18 1232 1288 1408 1616 288 290 293 309 -hsync -vsync
Switchres: [ 90] 1234x 448 @ 60: DALDTMCRTBCD1234x448x0x60 - Modeline "1232x448_60 15.64KHz 60.05Hz" 25.03 1232 1280 1400 1600 448 466 471 521 interlace -hsync -vsync
Switchres: [ 91] 1234x 464 @ 60: DALDTMCRTBCD1234x464x0x60 - Modeline "1232x464_60 15.64KHz 60.05Hz" 25.03 1232 1280 1400 1600 464 474 479 521 interlace -hsync -vsync
Switchres: [ 92] 1234x 480 @ 60: DALDTMCRTBCD1234x480x0x60 - Modeline "1232x480_60 15.64KHz 60.05Hz" 25.03 1232 1280 1400 1600 480 482 487 521 interlace -hsync -vsync
Switchres: [ 93] 1234x 496 @ 60: DALDTMCRTBCD1234x496x0x60 - Modeline "1232x496_60 16.17KHz 60.00Hz" 26.13 1232 1288 1408 1616 496 499 504 539 interlace -hsync -vsync
Switchres: [ 94] 1234x 512 @ 58: DALDTMCRTBCD1234x512x0x58 - Modeline "1232x512_58 16.20KHz 58.38Hz" 26.18 1232 1288 1408 1616 512 515 520 555 interlace -hsync -vsync
Switchres: [ 95] 1234x 528 @ 57: DALDTMCRTBCD1234x528x0x57 - Modeline "1232x528_57 16.19KHz 56.72Hz" 26.17 1232 1288 1408 1616 528 531 536 571 interlace -hsync -vsync
Switchres: [ 96] 1234x 544 @ 55: DALDTMCRTBCD1234x544x0x55 - Modeline "1232x544_55 16.19KHz 55.18Hz" 26.17 1232 1288 1408 1616 544 547 552 587 interlace -hsync -vsync
Switchres: [ 97] 1234x 560 @ 54: DALDTMCRTBCD1234x560x0x54 - Modeline "1232x560_54 16.19KHz 53.71Hz" 26.17 1232 1288 1408 1616 560 563 568 603 interlace -hsync -vsync
Switchres: [ 98] 1234x 576 @ 52: DALDTMCRTBCD1234x576x0x52 - Modeline "1232x576_52 16.19KHz 52.32Hz" 26.17 1232 1288 1408 1616 576 579 584 619 interlace -hsync -vsync
Switchres: [ 99] 1280x 720 @ 50: system mode
Switchres: [100] 1280x1024 @ 43: system mode
Switchres: [101] 1280x1024 @ 47: system mode
Switchres: [102] 1280x1024 @ 60: system mode
Switchres: [103] 1280x1024 @ 70: system mode
Switchres: [104] 1280x1024 @ 75: system mode
Switchres: [105] 1280x1024 @ 85: system mode
Switchres: [106] 1280x1024 @ 90: system mode
Switchres: [107] 1280x1024 @100: system mode
Switchres: [108] 1280x1024 @120: system mode
Switchres: [109] 1280x1024 @160: system mode
Switchres: [110] 1280x1024 @180: system mode
Switchres: [111] 1600x1200 @ 60: system mode
Switchres: [112] 1600x1200 @ 75: system mode
Switchres: [113] 1600x1200 @ 85: system mode
Switchres: [114] 1600x1200 @100: system mode
Switchres: [115] 1600x1200 @120: system mode
Switchres: [116] 1792x1344 @ 60: system mode
Switchres: [117] 1792x1344 @ 75: system mode
Switchres: [118] 1792x1344 @ 90: system mode
Switchres: [119] 1792x1344 @100: system mode
Switchres: [120] 1800x1440 @ 60: system mode
Switchres: [121] 1800x1440 @ 70: system mode
Switchres: [122] 1800x1440 @ 90: system mode
Switchres: [123] 1800x1440 @100: system mode
Switchres: [124] 1920x1080 @ 60: system mode
Switchres: [125] 1920x1080 @ 75: system mode
Switchres: [126] 1920x1080 @100: system mode
Switchres: [127] 1920x1080 @120: system mode
Switchres: [128] 1920x1200 @ 60: system mode
Switchres: [129] 1920x1200 @ 75: system mode
Switchres: [130] 1920x1200 @ 85: system mode
Switchres: [131] 1920x1200 @100: system mode
Switchres: [132] 1920x1440 @ 60: system mode
Switchres: [133] 1920x1440 @ 75: system mode
Switchres: [134] 1920x1440 @ 85: system mode
Switchres: [135] 1920x1440 @ 90: system mode
Switchres: [136] 2048x1536 @ 60: system mode
Switchres: [137] 2048x1536 @ 66: system mode
Switchres: [138] 2048x1536 @ 70: system mode
Switchres: [139] 2048x1536 @ 75: system mode
Switchres: [140] 2048x1536 @ 85: system mode
SwitchRes: Found 47 custom of 140 active video modes

SwitchRes: Entering switchres_modeline_setup
SwitchRes: v0.014a:[sf2] Calculating best video mode for [email protected] orientation: normal

SwitchRes: [ 240]x[ 160]_(60=59.7557Hz)
rng(0): out of range

SwitchRes: [ 240]x[ 200]_(60=59.7557Hz)
rng(0): 240 x 200_59.629p 15.683 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.625, 0.893)

SwitchRes: [ 248]x[ 192]_(60=59.9770Hz)
rng(0): 248 x 192_59.629p 15.683 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.646, 0.857)

SwitchRes: [ 256]x[ 192]_(60=59.9732Hz)
rng(0): 256 x 192_59.629p 15.683 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.667, 0.857)

SwitchRes: [ 256]x[ 224]_(60=59.9732Hz)
rng(0): 256 x 224_59.629p 15.683 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.667, 1.000)

SwitchRes: [ 256]x[ 239]_(50=49.9201Hz)
rng(0): 256 x 239_59.629p 15.683 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.667, 1.067)

SwitchRes: [ 256]x[ 240]_(55=55.4078Hz)
rng(0): 256 x 240_59.629p 15.683 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.667, 1.071)

SwitchRes: [ 256]x[ 240]_(60=59.9846Hz)
rng(0): 256 x 240_59.629p 15.683 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.667, 1.071)

SwitchRes: [ 256]x[ 244]_(60=59.9356Hz)
rng(0): 256 x 244_59.629p 15.742 [fract] scale(1, 1, 1) diff(0.00, 0.38, 0.0000) ratio(0.667, 1.089)

SwitchRes: [ 256]x[ 256]_(55=55.4078Hz)
rng(0): 256 x 256_58.484p 16.200 [fract] scale(1, 1, 1) diff(0.00, 3.25, -1.1456) ratio(0.667, 1.143)

SwitchRes: [ 257]x[ 224]_(60=59.9846Hz)
rng(0): 256 x 224_59.629p 15.683 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.667, 1.000)

SwitchRes: [ 320]x[ 200]_[60=60.0000Hz] - locked

SwitchRes: [ 320]x[ 200]_[75=75.0000Hz] - locked

SwitchRes: [ 320]x[ 224]_(60=59.9080Hz)
rng(0): 320 x 224_59.629p 15.683 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.833, 1.000)

SwitchRes: [ 320]x[ 240]_(54=54.1038Hz)
rng(0): 320 x 240_59.629p 15.683 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.833, 1.071)

SwitchRes: [ 320]x[ 240]_[60=60.0000Hz] - locked

SwitchRes: [ 320]x[ 240]_[75=75.0000Hz] - locked

SwitchRes: [ 320]x[ 244]_(59=59.4053Hz)
rng(0): 320 x 244_59.629p 15.742 [fract] scale(1, 1, 1) diff(0.00, 0.38, 0.0000) ratio(0.833, 1.089)

SwitchRes: [ 320]x[ 256]_(50=49.9553Hz)
rng(0): 320 x 256_58.484p 16.200 [fract] scale(1, 1, 1) diff(0.00, 3.25, -1.1456) ratio(0.833, 1.143)

SwitchRes: [ 336]x[ 224]_(60=59.9962Hz)
rng(0): 336 x 224_59.629p 15.683 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.875, 1.000)

SwitchRes: [ 384]x[ 240]_(60=59.5992Hz)
rng(0): 384 x 240_59.629p 15.683 [integ] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.000, 1.071)

SwitchRes: [ 400]x[ 300]_[60=60.0000Hz] - locked

SwitchRes: [ 400]x[ 300]_[75=75.0000Hz] - locked

SwitchRes: [ 512]x[ 384]_[60=60.0000Hz] - locked

SwitchRes: [ 512]x[ 448]_(60=60.0345Hz)
rng(0): 512 x 448_59.629i 15.712 [fract] scale(1, 2, 1) diff(0.44, 0.00, 0.0000) ratio(1.333, 2.000)

SwitchRes: [ 512]x[ 478]_(50=50.0448Hz)
rng(0): 512 x 478_59.629i 15.712 [fract] scale(1, 2, 1) diff(0.44, 0.00, 0.0000) ratio(1.333, 2.134)

SwitchRes: [ 512]x[ 480]_(55=55.4124Hz)
rng(0): 512 x 480_59.629i 15.712 [fract] scale(1, 2, 1) diff(0.44, 0.00, 0.0000) ratio(1.333, 2.143)

SwitchRes: [ 512]x[ 512]_(55=55.4124Hz)
rng(0): 512 x 512_58.484i 16.229 [fract] scale(1, 2, 1) diff(0.44, 3.25, -1.1456) ratio(1.333, 2.286)

SwitchRes: [ 544]x[ 242]_(60=59.8244Hz)
rng(0): 544 x 242_59.629p 15.683 [fract] scale(1, 1, 1) diff(0.56, 0.00, 0.0000) ratio(1.417, 1.080)

SwitchRes: [ 640]x[ 200]_(60=60.0498Hz)
rng(0): 640 x 200_59.629p 15.683 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.667, 0.893)

SwitchRes: [ 640]x[ 400]_[60=60.0000Hz] - locked

SwitchRes: [ 640]x[ 400]_[75=75.0000Hz] - locked

SwitchRes: [ 640]x[ 480]_[60=59.8848Hz]
rng(0): 640 x 480_59.885i 15.660 [fract] scale(1, 2, 1) diff(0.89, 0.00, 0.2554) ratio(1.667, 2.143)

SwitchRes: [ 640]x[ 480]_[72=72.0000Hz] - locked

SwitchRes: [ 640]x[ 480]_[75=75.0000Hz] - locked

SwitchRes: [ 640]x[ 480]_[85=85.0000Hz] - locked

SwitchRes: [ 640]x[ 480]_[90=90.0000Hz] - locked

SwitchRes: [ 640]x[ 480]_[100=100.0000Hz] - locked

SwitchRes: [ 640]x[ 480]_[120=120.0000Hz] - locked

SwitchRes: [ 640]x[ 480]_[160=160.0000Hz] - locked

SwitchRes: [ 640]x[ 480]_[200=200.0000Hz] - locked

SwitchRes: [ 664]x[ 496]_(60=59.9555Hz)
rng(0): 664 x 496_59.629i 16.010 [fract] scale(1, 2, 1) diff(0.97, 1.87, 0.0000) ratio(1.729, 2.214)

SwitchRes: [ 720]x[ 480]_[60=60.0000Hz] - locked

SwitchRes: [ 720]x[ 576]_[60=60.0000Hz] - locked

SwitchRes: [ 768]x[ 512]_(55=55.3628Hz)
rng(0): 768 x 512_58.484i 16.229 [integ] scale(2, 2, 1) diff(0.00, 3.25, -1.1456) ratio(2.000, 2.286)

SwitchRes: [ 800]x[ 600]_[47=47.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[56=56.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[60=60.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[70=70.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[72=72.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[75=75.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[85=85.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[90=90.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[100=100.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[120=120.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[160=160.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[200=200.0000Hz] - locked

SwitchRes: [ 848]x[ 480]_[60=60.0000Hz] - locked

SwitchRes: [1024]x[ 480]_[60=60.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[60=60.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[70=70.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[72=72.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[75=75.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[85=85.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[90=90.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[100=100.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[120=120.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[150=150.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[160=160.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[200=200.0000Hz] - locked

SwitchRes: [1152]x[ 864]_[43=43.0000Hz] - locked

SwitchRes: [1152]x[ 864]_[47=47.0000Hz] - locked

SwitchRes: [1152]x[ 864]_[60=60.0000Hz] - locked

SwitchRes: [1152]x[ 864]_[70=70.0000Hz] - locked

SwitchRes: [1152]x[ 864]_[75=75.0000Hz] - locked

SwitchRes: [1152]x[ 864]_[85=85.0000Hz] - locked

SwitchRes: [1152]x[ 864]_[100=100.0000Hz] - locked

SwitchRes: (1234)x[ 184]_(60=60.0805Hz)
rng(0): out of range

SwitchRes: (1234)x[ 192]_(60=60.0805Hz)
rng(0): 384 x 192_59.629p 15.683 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.000, 0.857)

SwitchRes: (1234)x[ 208]_(60=60.0805Hz)
rng(0): 384 x 208_59.629p 15.683 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.000, 0.929)

SwitchRes: (1234)x[ 224]_(60=60.0805Hz)
rng(0): 384 x 224_59.629p 15.683 [integ] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.000, 1.000)

SwitchRes: (1234)x[ 232]_(60=60.0805Hz)
rng(0): 384 x 232_59.629p 15.683 [integ] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.000, 1.036)

SwitchRes: (1234)x[ 240]_(60=60.0805Hz)
rng(0): 384 x 240_59.629p 15.683 [integ] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.000, 1.071)

SwitchRes: (1234)x[ 248]_(60=59.9926Hz)
rng(0): 384 x 248_59.629p 15.981 [integ] scale(1, 1, 1) diff(0.00, 1.87, 0.0000) ratio(1.000, 1.107)

SwitchRes: (1234)x[ 256]_(58=58.4838Hz)
rng(0): 384 x 256_58.484p 16.200 [integ] scale(1, 1, 1) diff(0.00, 3.25, -1.1456) ratio(1.000, 1.143)

SwitchRes: (1234)x[ 264]_(57=56.8421Hz)
rng(0): 384 x 264_56.842p 16.200 [integ] scale(1, 1, 1) diff(0.00, 3.51, -2.7873) ratio(1.000, 1.179)

SwitchRes: (1234)x[ 272]_(55=55.2901Hz)
rng(0): 384 x 272_55.290p 16.200 [integ] scale(1, 1, 1) diff(0.00, 3.41, -4.3393) ratio(1.000, 1.214)

SwitchRes: (1234)x[ 280]_(54=53.8206Hz)
rng(0): 384 x 280_53.821p 16.200 [integ] scale(1, 1, 1) diff(0.00, 3.32, -5.8088) ratio(1.000, 1.250)

SwitchRes: (1234)x[ 288]_(52=52.4272Hz)
rng(0): 384 x 288_52.427p 16.200 [integ] scale(1, 1, 1) diff(0.00, 3.24, -7.2022) ratio(1.000, 1.286)

SwitchRes: (1234)x[ 448]_(60=60.0499Hz)
rng(0): 768 x 448_59.629i 15.712 [integ] scale(2, 2, 1) diff(0.00, 0.00, 0.0000) ratio(2.000, 2.000)

SwitchRes: (1234)x[ 464]_(60=60.0499Hz)
rng(0): 768 x 464_59.629i 15.712 [integ] scale(2, 2, 1) diff(0.00, 0.00, 0.0000) ratio(2.000, 2.071)

SwitchRes: (1234)x[ 480]_(60=60.0499Hz)
rng(0): 768 x 480_59.629i 15.712 [integ] scale(2, 2, 1) diff(0.00, 0.00, 0.0000) ratio(2.000, 2.143)

SwitchRes: (1234)x[ 496]_(60=59.9963Hz)
rng(0): 768 x 496_59.629i 16.010 [integ] scale(2, 2, 1) diff(0.00, 1.87, 0.0000) ratio(2.000, 2.214)

SwitchRes: (1234)x[ 512]_(58=58.3784Hz)
rng(0): 768 x 512_58.484i 16.229 [integ] scale(2, 2, 1) diff(0.00, 3.25, -1.1456) ratio(2.000, 2.286)

SwitchRes: (1234)x[ 528]_(57=56.7215Hz)
rng(0): 768 x 528_56.842i 16.228 [integ] scale(2, 2, 1) diff(0.00, 3.51, -2.7873) ratio(2.000, 2.357)

SwitchRes: (1234)x[ 544]_(55=55.1755Hz)
rng(0): 768 x 544_55.290i 16.228 [integ] scale(2, 2, 1) diff(0.00, 3.41, -4.3393) ratio(2.000, 2.429)

SwitchRes: (1234)x[ 560]_(54=53.7114Hz)
rng(0): 768 x 560_53.821i 16.227 [integ] scale(2, 2, 1) diff(0.00, 3.32, -5.8088) ratio(2.000, 2.500)

SwitchRes: (1234)x[ 576]_(52=52.3231Hz)
rng(0): 768 x 576_52.427i 16.226 [integ] scale(2, 2, 1) diff(0.00, 3.24, -7.2022) ratio(2.000, 2.571)

SwitchRes: [1280]x[ 720]_[50=50.0000Hz] - locked

SwitchRes: [1280]x[1024]_[43=43.0000Hz] - locked

SwitchRes: [1280]x[1024]_[47=47.0000Hz] - locked

SwitchRes: [1280]x[1024]_[60=60.0000Hz] - locked

SwitchRes: [1280]x[1024]_[70=70.0000Hz] - locked

SwitchRes: [1280]x[1024]_[75=75.0000Hz] - locked

SwitchRes: [1280]x[1024]_[85=85.0000Hz] - locked

SwitchRes: [1280]x[1024]_[90=90.0000Hz] - locked

SwitchRes: [1280]x[1024]_[100=100.0000Hz] - locked

SwitchRes: [1280]x[1024]_[120=120.0000Hz] - locked

SwitchRes: [1280]x[1024]_[160=160.0000Hz] - locked

SwitchRes: [1280]x[1024]_[180=180.0000Hz] - locked

SwitchRes: [1600]x[1200]_[60=60.0000Hz] - locked

SwitchRes: [1600]x[1200]_[75=75.0000Hz] - locked

SwitchRes: [1600]x[1200]_[85=85.0000Hz] - locked

SwitchRes: [1600]x[1200]_[100=100.0000Hz] - locked

SwitchRes: [1600]x[1200]_[120=120.0000Hz] - locked

SwitchRes: [1792]x[1344]_[60=60.0000Hz] - locked

SwitchRes: [1792]x[1344]_[75=75.0000Hz] - locked

SwitchRes: [1792]x[1344]_[90=90.0000Hz] - locked

SwitchRes: [1792]x[1344]_[100=100.0000Hz] - locked

SwitchRes: [1800]x[1440]_[60=60.0000Hz] - locked

SwitchRes: [1800]x[1440]_[70=70.0000Hz] - locked

SwitchRes: [1800]x[1440]_[90=90.0000Hz] - locked

SwitchRes: [1800]x[1440]_[100=100.0000Hz] - locked

SwitchRes: [1920]x[1080]_[60=60.0000Hz] - locked

SwitchRes: [1920]x[1080]_[75=75.0000Hz] - locked

SwitchRes: [1920]x[1080]_[100=100.0000Hz] - locked

SwitchRes: [1920]x[1080]_[120=120.0000Hz] - locked

SwitchRes: [1920]x[1200]_[60=60.0000Hz] - locked

SwitchRes: [1920]x[1200]_[75=75.0000Hz] - locked

SwitchRes: [1920]x[1200]_[85=85.0000Hz] - locked

SwitchRes: [1920]x[1200]_[100=100.0000Hz] - locked

SwitchRes: [1920]x[1440]_[60=60.0000Hz] - locked

SwitchRes: [1920]x[1440]_[75=75.0000Hz] - locked

SwitchRes: [1920]x[1440]_[85=85.0000Hz] - locked

SwitchRes: [1920]x[1440]_[90=90.0000Hz] - locked

SwitchRes: [2048]x[1536]_[60=60.0000Hz] - locked

SwitchRes: [2048]x[1536]_[66=66.0000Hz] - locked

SwitchRes: [2048]x[1536]_[70=70.0000Hz] - locked

SwitchRes: [2048]x[1536]_[75=75.0000Hz] - locked

SwitchRes: [2048]x[1536]_[85=85.0000Hz] - locked

SwitchRes: [sf2] (1) horizontal ([email protected])->([email protected])
rng(0): 384 x 240_59.629p 15.683 [integ] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.000, 1.071)
SwitchRes: Modeline "384x240_60 15.68KHz 59.63Hz" 7.90 384 400 440 504 240 243 246 263 -hsync -vsync
Switchres: saving DALDTMCRTBCD384x240x0x60 - Modeline "384x240_60 15.62KHz 59.60Hz" 7.87 384 400 440 504 240 242 244 262 -hsync -vsync
Switchres: updating DALDTMCRTBCD384x240x0x60 - Modeline "384x240_60 15.68KHz 59.63Hz" 7.90 384 400 440 504 240 243 246 263 -hsync -vsync
SwitchRes: Setting option -rotate
SwitchRes: Setting option -noror
SwitchRes: Setting option -autoror
SwitchRes: Setting option -norol
SwitchRes: Setting option -noautorol
SwitchRes: Setting option -notriplebuffer
SwitchRes: Setting option -syncrefresh
SwitchRes: Setting option -waitvsync
SwitchRes: Setting option -nohwstretch
SwitchRes: Setting option -nofilter
SwitchRes: Setting option -cleanstretch
SwitchRes: Setting option -keepaspect
SwitchRes: Setting option -prescale 1
Video: Monitor 00010001 = "\\.\DISPLAY1" (primary)
DirectDraw: Using DirectDraw 7
Blitting thread created
winwindow_video_window_create: blit_lock = TRUE
Blitting thread started
window_proc: WM_NCACTIVATE
DirectDraw: Configuring device RADEON X700 SE
DirectDraw: primary surface created: 384x240x32 (R=00FF0000 G=0000FF00 B=000000FF)
DirectDraw: New blit size = 384x224
DirectDraw: blit surface created: 384x224x32 (R=00FF0000 G=0000FF00 B=000000FF)
blit_unlock = TRUE
window_proc: WM_PAINT
blit_lock = FALSE
window_proc: WM_PAINT:END
DirectSound: Primary buffer: 48000 Hz, 16 bits, 2 channels
RawInput: APIs detected
Input: Adding Mouse #0: Logitech USB Cordless Mouse
Input: Adding Gun #0: Logitech USB Cordless Mouse
Input: Adding Kbd #0: Teclado estándar de 101/102 teclas o Microsoft Natural PS/2 Keyboard
DirectInput: Using DirectInput 7
Input: Adding Joy #0: Xin-Mo Dual Arcade
Input: Adding Joy #1: Xin-Mo Dual Arcade
Region ':maincpu' created
Region ':gfx' created
Region ':audiocpu' created
Region ':oki' created
Region ':aboardplds' created
Region ':bboardplds' created
Region ':cboardplds' created
Starting Street Fighter II: The World Warrior (World 910522) ':'
Optional shared pointer 'output' not found
Optional shared pointer 'objram2' not found
Optional shared pointer 'objram1' not found
Optional shared pointer 'qsound_ram2' not found
Optional shared pointer 'qsound_ram1' not found
Optional shared pointer 'paletteram2' not found
Optional shared pointer 'paletteram' not found
Optional shared pointer 'paletteram2' not found
Optional shared pointer 'paletteram' not found
Optional shared pointer 'paletteram2' not found
Optional shared pointer 'paletteram' not found
(missing dependencies; rescheduling)
Starting 68000 ':maincpu'
Starting Z80 ':audiocpu'
Starting Video Screen ':screen'
Starting Speaker ':mono'
(missing dependencies; rescheduling)
Starting YM2151 ':2151'
Starting OKI6295 ':oki'
Starting Street Fighter II: The World Warrior (World 910522) ':'
Optional shared pointer 'output' not found
Optional shared pointer 'objram2' not found
Optional shared pointer 'objram1' not found
Optional shared pointer 'qsound_ram2' not found
Optional shared pointer 'qsound_ram1' not found
Optional shared pointer 'paletteram2' not found
Optional shared pointer 'paletteram' not found
Optional shared pointer 'paletteram2' not found
Optional shared pointer 'paletteram' not found
Optional shared pointer 'paletteram2' not found
Optional shared pointer 'paletteram' not found
(missing dependencies; rescheduling)
Starting Speaker ':mono'
Starting Street Fighter II: The World Warrior (World 910522) ':'
Optional shared pointer 'output' not found
Optional shared pointer 'objram2' not found
Optional shared pointer 'objram1' not found
Optional shared pointer 'qsound_ram2' not found
Optional shared pointer 'qsound_ram1' not found
Optional shared pointer 'paletteram2' not found
Optional shared pointer 'paletteram' not found
Optional shared pointer 'paletteram2' not found
Optional shared pointer 'paletteram' not found
Optional shared pointer 'paletteram2' not found
Optional shared pointer 'paletteram' not found
Average speed: 100.00% (13 seconds)
Sound: buffer overflows=0 underflows=2
window_proc: WM_NCACTIVATE
blit_lock = TRUE
window_proc: WM_DESTROY
blit_lock = TRUE
Blitting thread ended
Blitting thread destroyed
Switchres: restoring DALDTMCRTBCD384x240x0x60 - Modeline "384x240_60 15.62KHz 59.60Hz" 7.87 384 400 440 504 240 242 244 262 -hsync -vsync

GHOST AND GOBLINS

SPOILER (click to view)

GHOST AND SHOULS

SPOILER (click to view)

Edited by Cosgarion - 21/4/2013, 11:11

Cosgarion

Posted on 21/4/2013, 03:54

Group:: Member

Posts:: 469

Location:: Murcia

Status:

MORTAL KOMBAT

CODE

SwitchRes: v0.014a:[mk] Calculating best video mode for 399x253@54.815170 orientation: normal
SwitchRes: [mk] (1) horizontal (399x253@54.82)->(400x256@54.82)
rng(0): 400 x 256_54.815p 15.677 [integ] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.000, 1.012)
SwitchRes: Modeline "400x256_58 15.68KHz 54.82Hz" 8.15 400 416 456 520 256 262 265 286 -hsync -vsync
Switchres: saving DALDTMCRTBCD1234x256x0x58 - Modeline "1232x256_58 16.20KHz 58.48Hz" 26.18 1232 1288 1408 1616 256 258 261 277 -hsync -vsync
Switchres: updating DALDTMCRTBCD1234x256x0x58 - Modeline "400x256_58 15.68KHz 54.82Hz" 8.15 400 416 456 520 256 262 265 286 -hsync -vsync

Y ¿que ocurre con un juego de orientación vertical en un monitor horizontal? Pues que hace lo mejor posible. Nos lo pasa a entrelazado pero nos mantiene el refresco correcto, no los típicos 640x480 a 60,0 Hz del escritorio de windows. La velocidad de los SHUMPS verticales será como en el arcade, el scroll será muy suave.

19XX: The War Against Destiny

CODE

SwitchRes: v0.014a:[19xx] Calculating best video mode for 224x384@59.629402 orientation: rotated
SwitchRes: [19xx] (1) vertical (224x384@59.63)->(664x496@59.63)
rng(0): 664 x 496_59.629i 16.010 [fract] scale(2, 1, 1) diff(0.00, 25.75, 0.0000) ratio(2.964, 1.292)
SwitchRes: Modeline "664x496_60 16.01KHz 59.63Hz" 13.96 664 696 760 872 496 498 503 537 interlace -hsync -vsync
Switchres: saving DALDTMCRTBCD664x496x0x60 - Modeline "664x496_60 16.16KHz 59.96Hz" 14.09 664 696 760 872 496 499 504 539 interlace -hsync -vsync
Switchres: updating DALDTMCRTBCD664x496x0x60 - Modeline "664x496_60 16.01KHz 59.63Hz" 13.96 664 696 760 872 496 498 503 537 interlace -hsync -vsync

LOG COMPLETOS:

MORTAL KOMBAT

SPOILER (click to view)

Parsing mame.ini
Parsing mame.ini
SwitchRes: Monitor range 15625.00-16200.00,49.50-65.00,2.000,4.700,8.000,0.064,0.160,1.056,0,0,192,288,448,576
SwitchRes: Monitor: custom Orientation: horizontal
SwitchRes: DefaultVideo 'System\CurrentControlSet\Control\Video\{918A9432-BB28-4A60-9BC1-77BD2C393F0C}\0000'
Switchres: Searching for custom video modes...
Switchres: [ 1] 240x 160 @ 60: DALDTMCRTBCD240x160x0x60 - Modeline "240x160_60 15.66KHz 59.76Hz" 5.01 240 256 280 320 160 202 205 262 -hsync -vsync
Switchres: [ 2] 240x 200 @ 60: DALDTMCRTBCD240x200x0x60 - Modeline "240x200_60 15.66KHz 59.76Hz" 5.01 240 256 280 320 200 222 225 262 -hsync -vsync
Switchres: [ 3] 248x 192 @ 60: DALDTMCRTBCD248x192x0x60 - Modeline "248x192_60 15.65KHz 59.98Hz" 5.26 248 264 288 336 192 218 221 261 -hsync -vsync
Switchres: [ 4] 256x 192 @ 60: DALDTMCRTBCD256x192x0x60 - Modeline "256x192_60 15.65KHz 59.97Hz" 5.51 256 272 304 352 192 218 221 261 -hsync -vsync
Switchres: [ 5] 256x 224 @ 60: DALDTMCRTBCD256x224x0x60 - Modeline "256x224_60 15.65KHz 59.97Hz" 5.51 256 272 304 352 224 234 237 261 -hsync -vsync
Switchres: [ 6] 256x 239 @ 50: DALDTMCRTBCD256x239x0x50 - Modeline "256x239_50 15.63KHz 49.92Hz" 5.50 256 272 304 352 239 267 270 313 -hsync -vsync
Switchres: [ 7] 256x 240 @ 55: DALDTMCRTBCD256x240x0x55 - Modeline "256x240_55 15.63KHz 55.41Hz" 5.50 256 272 304 352 240 252 255 282 -hsync -vsync
Switchres: [ 8] 256x 240 @ 60: DALDTMCRTBCD256x240x0x60 - Modeline "256x240_60 15.60KHz 59.98Hz" 5.49 256 272 304 352 240 241 244 260 -hsync -vsync
Switchres: [ 9] 256x 244 @ 60: DALDTMCRTBCD256x244x0x60 - Modeline "256x244_60 15.82KHz 59.94Hz" 5.57 256 272 304 352 244 245 248 264 -hsync -vsync
Switchres: [ 10] 256x 256 @ 55: DALDTMCRTBCD256x256x0x55 - Modeline "256x256_55 15.63KHz 55.41Hz" 5.50 256 272 304 352 256 260 263 282 -hsync -vsync
Switchres: [ 11] 257x 224 @ 60: DALDTMCRTBCD257x224x0x60 - Modeline "256x224_60 15.60KHz 59.98Hz" 5.49 256 272 304 352 224 233 236 260 -hsync -vsync
Switchres: [ 12] 320x 200 @ 60: system mode
Switchres: [ 13] 320x 200 @ 75: system mode
Switchres: [ 14] 320x 224 @ 60: DALDTMCRTBCD320x224x0x60 - Modeline "320x224_60 15.64KHz 59.91Hz" 6.63 320 336 368 424 224 234 237 261 -hsync -vsync
Switchres: [ 15] 320x 240 @ 54: DALDTMCRTBCD320x240x0x54 - Modeline "320x240_54 15.64KHz 54.10Hz" 6.63 320 336 368 424 240 256 259 289 -hsync -vsync
Switchres: [ 16] 320x 240 @ 60: system mode
Switchres: [ 17] 320x 240 @ 75: system mode
Switchres: [ 18] 320x 244 @ 59: DALDTMCRTBCD320x244x0x59 - Modeline "320x244_59 15.68KHz 59.41Hz" 6.65 320 336 368 424 244 245 248 264 -hsync -vsync
Switchres: [ 19] 320x 256 @ 50: DALDTMCRTBCD320x256x0x50 - Modeline "320x256_50 15.64KHz 49.96Hz" 6.63 320 336 368 424 256 276 279 313 -hsync -vsync
Switchres: [ 20] 336x 224 @ 60: DALDTMCRTBCD336x224x0x60 - Modeline "336x224_60 15.66KHz 60.00Hz" 6.89 336 352 384 440 224 234 237 261 -hsync -vsync
Switchres: [ 21] 384x 240 @ 60: DALDTMCRTBCD384x240x0x60 - Modeline "384x240_60 15.62KHz 59.60Hz" 7.87 384 400 440 504 240 242 244 262 -hsync -vsync
Switchres: [ 22] 400x 300 @ 60: system mode
Switchres: [ 23] 400x 300 @ 75: system mode
Switchres: [ 24] 512x 384 @ 60: system mode
Switchres: [ 25] 512x 448 @ 60: DALDTMCRTBCD512x448x0x60 - Modeline "512x448_60 15.64KHz 60.03Hz" 10.51 512 536 584 672 448 466 471 521 interlace -hsync -vsync
Switchres: [ 26] 512x 478 @ 50: DALDTMCRTBCD512x478x0x50 - Modeline "512x478_50 15.64KHz 50.04Hz" 10.51 512 536 584 672 478 534 539 625 interlace -hsync -vsync
Switchres: [ 27] 512x 480 @ 55: DALDTMCRTBCD512x480x0x55 - Modeline "512x480_55 15.65KHz 55.41Hz" 10.52 512 536 584 672 480 504 509 565 interlace -hsync -vsync
Switchres: [ 28] 512x 512 @ 55: DALDTMCRTBCD512x512x0x55 - Modeline "512x512_55 15.65KHz 55.41Hz" 10.52 512 536 584 672 512 520 525 565 interlace -hsync -vsync
Switchres: [ 29] 544x 242 @ 60: DALDTMCRTBCD544x242x0x60 - Modeline "544x242_60 15.67KHz 59.82Hz" 11.16 544 568 624 712 242 243 246 262 -hsync -vsync
Switchres: [ 30] 640x 200 @ 60: DALDTMCRTBCD640x200x0x60 - Modeline "640x200_60 15.67KHz 60.05Hz" 13.04 640 664 728 832 200 222 225 261 -hsync -vsync
Switchres: [ 31] 640x 400 @ 60: system mode
Switchres: [ 32] 640x 400 @ 75: system mode
Switchres: [ 33] 640x 480 @ 60*: DALDTMCRTBCD640x480x0x60 - Modeline "640x480_60 15.60KHz 59.88Hz" 12.98 640 664 728 832 480 482 487 521 interlace -hsync -vsync
Switchres: [ 34] 640x 480 @ 72: system mode
Switchres: [ 35] 640x 480 @ 75: system mode
Switchres: [ 36] 640x 480 @ 85: system mode
Switchres: [ 37] 640x 480 @ 90: system mode
Switchres: [ 38] 640x 480 @100: system mode
Switchres: [ 39] 640x 480 @120: system mode
Switchres: [ 40] 640x 480 @160: system mode
Switchres: [ 41] 640x 480 @200: system mode
Switchres: [ 42] 664x 496 @ 60: DALDTMCRTBCD664x496x0x60 - Modeline "664x496_60 16.16KHz 59.96Hz" 14.09 664 696 760 872 496 499 504 539 interlace -hsync -vsync
Switchres: [ 43] 720x 480 @ 60: system mode
Switchres: [ 44] 720x 576 @ 60: system mode
Switchres: [ 45] 768x 512 @ 55: DALDTMCRTBCD768x512x0x55 - Modeline "768x512_55 15.64KHz 55.36Hz" 15.64 768 800 872 1000 512 520 525 565 interlace -hsync -vsync
Switchres: [ 46] 800x 600 @ 47: system mode
Switchres: [ 47] 800x 600 @ 56: system mode
Switchres: [ 48] 800x 600 @ 60: system mode
Switchres: [ 49] 800x 600 @ 70: system mode
Switchres: [ 50] 800x 600 @ 72: system mode
Switchres: [ 51] 800x 600 @ 75: system mode
Switchres: [ 52] 800x 600 @ 85: system mode
Switchres: [ 53] 800x 600 @ 90: system mode
Switchres: [ 54] 800x 600 @100: system mode
Switchres: [ 55] 800x 600 @120: system mode
Switchres: [ 56] 800x 600 @160: system mode
Switchres: [ 57] 800x 600 @200: system mode
Switchres: [ 58] 848x 480 @ 60: system mode
Switchres: [ 59] 1024x 480 @ 60: system mode
Switchres: [ 60] 1024x 768 @ 60: system mode
Switchres: [ 61] 1024x 768 @ 70: system mode
Switchres: [ 62] 1024x 768 @ 72: system mode
Switchres: [ 63] 1024x 768 @ 75: system mode
Switchres: [ 64] 1024x 768 @ 85: system mode
Switchres: [ 65] 1024x 768 @ 90: system mode
Switchres: [ 66] 1024x 768 @100: system mode
Switchres: [ 67] 1024x 768 @120: system mode
Switchres: [ 68] 1024x 768 @150: system mode
Switchres: [ 69] 1024x 768 @160: system mode
Switchres: [ 70] 1024x 768 @200: system mode
Switchres: [ 71] 1152x 864 @ 43: system mode
Switchres: [ 72] 1152x 864 @ 47: system mode
Switchres: [ 73] 1152x 864 @ 60: system mode
Switchres: [ 74] 1152x 864 @ 70: system mode
Switchres: [ 75] 1152x 864 @ 75: system mode
Switchres: [ 76] 1152x 864 @ 85: system mode
Switchres: [ 77] 1152x 864 @100: system mode
Switchres: [ 78] 1234x 184 @ 60: DALDTMCRTBCD1234x184x0x60 - Modeline "1232x184_60 15.68KHz 60.08Hz" 25.09 1232 1280 1400 1600 184 214 217 261 -hsync -vsync
Switchres: [ 79] 1234x 192 @ 60: DALDTMCRTBCD1234x192x0x60 - Modeline "1232x192_60 15.68KHz 60.08Hz" 25.09 1232 1280 1400 1600 192 218 221 261 -hsync -vsync
Switchres: [ 80] 1234x 208 @ 60: DALDTMCRTBCD1234x208x0x60 - Modeline "1232x208_60 15.68KHz 60.08Hz" 25.09 1232 1280 1400 1600 208 226 229 261 -hsync -vsync
Switchres: [ 81] 1234x 224 @ 60: DALDTMCRTBCD1234x224x0x60 - Modeline "1232x224_60 15.68KHz 60.08Hz" 25.09 1232 1280 1400 1600 224 234 237 261 -hsync -vsync
Switchres: [ 82] 1234x 232 @ 60: DALDTMCRTBCD1234x232x0x60 - Modeline "1232x232_60 15.68KHz 60.08Hz" 25.09 1232 1280 1400 1600 232 238 241 261 -hsync -vsync
Switchres: [ 83] 1234x 240 @ 60: DALDTMCRTBCD1234x240x0x60 - Modeline "1232x240_60 15.68KHz 60.08Hz" 25.09 1232 1280 1400 1600 240 242 245 261 -hsync -vsync
Switchres: [ 84] 1234x 248 @ 60: DALDTMCRTBCD1234x248x0x60 - Modeline "1232x248_60 16.14KHz 59.99Hz" 25.95 1232 1280 1400 1608 248 250 253 269 -hsync -vsync
Switchres: [ 85] 1234x 256 @ 58: DALDTMCRTBCD1234x256x0x58 - Modeline "1232x256_58 16.20KHz 58.48Hz" 26.18 1232 1288 1408 1616 256 258 261 277 -hsync -vsync
Switchres: [ 86] 1234x 264 @ 57: DALDTMCRTBCD1234x264x0x57 - Modeline "1232x264_57 16.20KHz 56.84Hz" 26.18 1232 1288 1408 1616 264 266 269 285 -hsync -vsync
Switchres: [ 87] 1234x 272 @ 55: DALDTMCRTBCD1234x272x0x55 - Modeline "1232x272_55 16.20KHz 55.29Hz" 26.18 1232 1288 1408 1616 272 274 277 293 -hsync -vsync
Switchres: [ 88] 1234x 280 @ 54: DALDTMCRTBCD1234x280x0x54 - Modeline "1232x280_54 16.20KHz 53.82Hz" 26.18 1232 1288 1408 1616 280 282 285 301 -hsync -vsync
Switchres: [ 89] 1234x 288 @ 52: DALDTMCRTBCD1234x288x0x52 - Modeline "1232x288_52 16.20KHz 52.43Hz" 26.18 1232 1288 1408 1616 288 290 293 309 -hsync -vsync
Switchres: [ 90] 1234x 448 @ 60: DALDTMCRTBCD1234x448x0x60 - Modeline "1232x448_60 15.64KHz 60.05Hz" 25.03 1232 1280 1400 1600 448 466 471 521 interlace -hsync -vsync
Switchres: [ 91] 1234x 464 @ 60: DALDTMCRTBCD1234x464x0x60 - Modeline "1232x464_60 15.64KHz 60.05Hz" 25.03 1232 1280 1400 1600 464 474 479 521 interlace -hsync -vsync
Switchres: [ 92] 1234x 480 @ 60: DALDTMCRTBCD1234x480x0x60 - Modeline "1232x480_60 15.64KHz 60.05Hz" 25.03 1232 1280 1400 1600 480 482 487 521 interlace -hsync -vsync
Switchres: [ 93] 1234x 496 @ 60: DALDTMCRTBCD1234x496x0x60 - Modeline "1232x496_60 16.17KHz 60.00Hz" 26.13 1232 1288 1408 1616 496 499 504 539 interlace -hsync -vsync
Switchres: [ 94] 1234x 512 @ 58: DALDTMCRTBCD1234x512x0x58 - Modeline "1232x512_58 16.20KHz 58.38Hz" 26.18 1232 1288 1408 1616 512 515 520 555 interlace -hsync -vsync
Switchres: [ 95] 1234x 528 @ 57: DALDTMCRTBCD1234x528x0x57 - Modeline "1232x528_57 16.19KHz 56.72Hz" 26.17 1232 1288 1408 1616 528 531 536 571 interlace -hsync -vsync
Switchres: [ 96] 1234x 544 @ 55: DALDTMCRTBCD1234x544x0x55 - Modeline "1232x544_55 16.19KHz 55.18Hz" 26.17 1232 1288 1408 1616 544 547 552 587 interlace -hsync -vsync
Switchres: [ 97] 1234x 560 @ 54: DALDTMCRTBCD1234x560x0x54 - Modeline "1232x560_54 16.19KHz 53.71Hz" 26.17 1232 1288 1408 1616 560 563 568 603 interlace -hsync -vsync
Switchres: [ 98] 1234x 576 @ 52: DALDTMCRTBCD1234x576x0x52 - Modeline "1232x576_52 16.19KHz 52.32Hz" 26.17 1232 1288 1408 1616 576 579 584 619 interlace -hsync -vsync
Switchres: [ 99] 1280x 720 @ 50: system mode
Switchres: [100] 1280x1024 @ 43: system mode
Switchres: [101] 1280x1024 @ 47: system mode
Switchres: [102] 1280x1024 @ 60: system mode
Switchres: [103] 1280x1024 @ 70: system mode
Switchres: [104] 1280x1024 @ 75: system mode
Switchres: [105] 1280x1024 @ 85: system mode
Switchres: [106] 1280x1024 @ 90: system mode
Switchres: [107] 1280x1024 @100: system mode
Switchres: [108] 1280x1024 @120: system mode
Switchres: [109] 1280x1024 @160: system mode
Switchres: [110] 1280x1024 @180: system mode
Switchres: [111] 1600x1200 @ 60: system mode
Switchres: [112] 1600x1200 @ 75: system mode
Switchres: [113] 1600x1200 @ 85: system mode
Switchres: [114] 1600x1200 @100: system mode
Switchres: [115] 1600x1200 @120: system mode
Switchres: [116] 1792x1344 @ 60: system mode
Switchres: [117] 1792x1344 @ 75: system mode
Switchres: [118] 1792x1344 @ 90: system mode
Switchres: [119] 1792x1344 @100: system mode
Switchres: [120] 1800x1440 @ 60: system mode
Switchres: [121] 1800x1440 @ 70: system mode
Switchres: [122] 1800x1440 @ 90: system mode
Switchres: [123] 1800x1440 @100: system mode
Switchres: [124] 1920x1080 @ 60: system mode
Switchres: [125] 1920x1080 @ 75: system mode
Switchres: [126] 1920x1080 @100: system mode
Switchres: [127] 1920x1080 @120: system mode
Switchres: [128] 1920x1200 @ 60: system mode
Switchres: [129] 1920x1200 @ 75: system mode
Switchres: [130] 1920x1200 @ 85: system mode
Switchres: [131] 1920x1200 @100: system mode
Switchres: [132] 1920x1440 @ 60: system mode
Switchres: [133] 1920x1440 @ 75: system mode
Switchres: [134] 1920x1440 @ 85: system mode
Switchres: [135] 1920x1440 @ 90: system mode
Switchres: [136] 2048x1536 @ 60: system mode
Switchres: [137] 2048x1536 @ 66: system mode
Switchres: [138] 2048x1536 @ 70: system mode
Switchres: [139] 2048x1536 @ 75: system mode
Switchres: [140] 2048x1536 @ 85: system mode
SwitchRes: Found 47 custom of 140 active video modes

SwitchRes: Entering switchres_modeline_setup
SwitchRes: v0.014a:[mk] Calculating best video mode for [email protected] orientation: normal

SwitchRes: [ 240]x[ 160]_(60=59.7557Hz)
rng(0): out of range

SwitchRes: [ 240]x[ 200]_(60=59.7557Hz)
rng(0): 240 x 200_54.815p 15.677 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.600, 0.791)

SwitchRes: [ 248]x[ 192]_(60=59.9770Hz)
rng(0): 248 x 192_54.815p 15.677 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.620, 0.759)

SwitchRes: [ 256]x[ 192]_(60=59.9732Hz)
rng(0): 256 x 192_54.815p 15.677 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.640, 0.759)

SwitchRes: [ 256]x[ 224]_(60=59.9732Hz)
rng(0): 256 x 224_54.815p 15.677 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.640, 0.885)

SwitchRes: [ 256]x[ 239]_(50=49.9201Hz)
rng(0): 256 x 239_54.815p 15.677 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.640, 0.945)

SwitchRes: [ 256]x[ 240]_(55=55.4078Hz)
rng(0): 256 x 240_54.815p 15.677 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.640, 0.949)

SwitchRes: [ 256]x[ 240]_(60=59.9846Hz)
rng(0): 256 x 240_54.815p 15.677 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.640, 0.949)

SwitchRes: [ 256]x[ 244]_(60=59.9356Hz)
rng(0): 256 x 244_54.815p 15.677 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.640, 0.964)

SwitchRes: [ 256]x[ 256]_(55=55.4078Hz)
rng(0): 256 x 256_54.815p 15.677 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.640, 1.012)

SwitchRes: [ 257]x[ 224]_(60=59.9846Hz)
rng(0): 256 x 224_54.815p 15.677 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.640, 0.885)

SwitchRes: [ 320]x[ 200]_[60=60.0000Hz] - locked

SwitchRes: [ 320]x[ 200]_[75=75.0000Hz] - locked

SwitchRes: [ 320]x[ 224]_(60=59.9080Hz)
rng(0): 320 x 224_54.815p 15.677 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.800, 0.885)

SwitchRes: [ 320]x[ 240]_(54=54.1038Hz)
rng(0): 320 x 240_54.815p 15.677 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.800, 0.949)

SwitchRes: [ 320]x[ 240]_[60=60.0000Hz] - locked

SwitchRes: [ 320]x[ 240]_[75=75.0000Hz] - locked

SwitchRes: [ 320]x[ 244]_(59=59.4053Hz)
rng(0): 320 x 244_54.815p 15.677 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.800, 0.964)

SwitchRes: [ 320]x[ 256]_(50=49.9553Hz)
rng(0): 320 x 256_54.815p 15.677 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.800, 1.012)

SwitchRes: [ 336]x[ 224]_(60=59.9962Hz)
rng(0): 336 x 224_54.815p 15.677 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.840, 0.885)

SwitchRes: [ 384]x[ 240]_(60=59.5992Hz)
rng(0): 384 x 240_54.815p 15.677 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.960, 0.949)

SwitchRes: [ 400]x[ 300]_[60=60.0000Hz] - locked

SwitchRes: [ 400]x[ 300]_[75=75.0000Hz] - locked

SwitchRes: [ 512]x[ 384]_[60=60.0000Hz] - locked

SwitchRes: [ 512]x[ 448]_(60=60.0345Hz)
rng(0): out of range

SwitchRes: [ 512]x[ 478]_(50=50.0448Hz)
rng(0): out of range

SwitchRes: [ 512]x[ 480]_(55=55.4124Hz)
rng(0): out of range

SwitchRes: [ 512]x[ 512]_(55=55.4124Hz)
rng(0): out of range

SwitchRes: [ 544]x[ 242]_(60=59.8244Hz)
rng(0): 544 x 242_54.815p 15.677 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.360, 0.957)

SwitchRes: [ 640]x[ 200]_(60=60.0498Hz)
rng(0): 640 x 200_54.815p 15.677 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.600, 0.791)

SwitchRes: [ 640]x[ 400]_[60=60.0000Hz] - locked

SwitchRes: [ 640]x[ 400]_[75=75.0000Hz] - locked

SwitchRes: [ 640]x[ 480]_[60=59.8848Hz]
rng(0): out of range

SwitchRes: [ 640]x[ 480]_[72=72.0000Hz] - locked

SwitchRes: [ 640]x[ 480]_[75=75.0000Hz] - locked

SwitchRes: [ 640]x[ 480]_[85=85.0000Hz] - locked

SwitchRes: [ 640]x[ 480]_[90=90.0000Hz] - locked

SwitchRes: [ 640]x[ 480]_[100=100.0000Hz] - locked

SwitchRes: [ 640]x[ 480]_[120=120.0000Hz] - locked

SwitchRes: [ 640]x[ 480]_[160=160.0000Hz] - locked

SwitchRes: [ 640]x[ 480]_[200=200.0000Hz] - locked

SwitchRes: [ 664]x[ 496]_(60=59.9555Hz)
rng(0): out of range

SwitchRes: [ 720]x[ 480]_[60=60.0000Hz] - locked

SwitchRes: [ 720]x[ 576]_[60=60.0000Hz] - locked

SwitchRes: [ 768]x[ 512]_(55=55.3628Hz)
rng(0): out of range

SwitchRes: [ 800]x[ 600]_[47=47.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[56=56.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[60=60.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[70=70.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[72=72.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[75=75.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[85=85.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[90=90.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[100=100.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[120=120.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[160=160.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[200=200.0000Hz] - locked

SwitchRes: [ 848]x[ 480]_[60=60.0000Hz] - locked

SwitchRes: [1024]x[ 480]_[60=60.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[60=60.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[70=70.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[72=72.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[75=75.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[85=85.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[90=90.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[100=100.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[120=120.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[150=150.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[160=160.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[200=200.0000Hz] - locked

SwitchRes: [1152]x[ 864]_[43=43.0000Hz] - locked

SwitchRes: [1152]x[ 864]_[47=47.0000Hz] - locked

SwitchRes: [1152]x[ 864]_[60=60.0000Hz] - locked

SwitchRes: [1152]x[ 864]_[70=70.0000Hz] - locked

SwitchRes: [1152]x[ 864]_[75=75.0000Hz] - locked

SwitchRes: [1152]x[ 864]_[85=85.0000Hz] - locked

SwitchRes: [1152]x[ 864]_[100=100.0000Hz] - locked

SwitchRes: (1234)x[ 184]_(60=60.0805Hz)
rng(0): out of range

SwitchRes: (1234)x[ 192]_(60=60.0805Hz)
rng(0): 400 x 192_54.815p 15.677 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.000, 0.759)

SwitchRes: (1234)x[ 208]_(60=60.0805Hz)
rng(0): 400 x 208_54.815p 15.677 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.000, 0.822)

SwitchRes: (1234)x[ 224]_(60=60.0805Hz)
rng(0): 400 x 224_54.815p 15.677 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.000, 0.885)

SwitchRes: (1234)x[ 232]_(60=60.0805Hz)
rng(0): 400 x 232_54.815p 15.677 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.000, 0.917)

SwitchRes: (1234)x[ 240]_(60=60.0805Hz)
rng(0): 400 x 240_54.815p 15.677 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.000, 0.949)

SwitchRes: (1234)x[ 248]_(60=59.9926Hz)
rng(0): 400 x 248_54.815p 15.677 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.000, 0.980)

SwitchRes: (1234)x[ 256]_(58=58.4838Hz)
rng(0): 400 x 256_54.815p 15.677 [integ] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.000, 1.012)

SwitchRes: (1234)x[ 264]_(57=56.8421Hz)
rng(0): 400 x 264_54.815p 15.677 [integ] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.000, 1.043)

SwitchRes: (1234)x[ 272]_(55=55.2901Hz)
rng(0): 400 x 272_54.815p 16.061 [integ] scale(1, 1, 1) diff(0.00, 2.39, 0.0000) ratio(1.000, 1.075)

SwitchRes: (1234)x[ 280]_(54=53.8206Hz)
rng(0): 400 x 280_53.821p 16.200 [integ] scale(1, 1, 1) diff(0.00, 3.32, -0.9946) ratio(1.000, 1.107)

SwitchRes: (1234)x[ 288]_(52=52.4272Hz)
rng(0): 400 x 288_52.427p 16.200 [integ] scale(1, 1, 1) diff(0.00, 3.24, -2.3880) ratio(1.000, 1.138)

SwitchRes: (1234)x[ 448]_(60=60.0499Hz)
rng(0): out of range

SwitchRes: (1234)x[ 464]_(60=60.0499Hz)
rng(0): out of range

SwitchRes: (1234)x[ 480]_(60=60.0499Hz)
rng(0): out of range

SwitchRes: (1234)x[ 496]_(60=59.9963Hz)
rng(0): out of range

SwitchRes: (1234)x[ 512]_(58=58.3784Hz)
rng(0): out of range

SwitchRes: (1234)x[ 528]_(57=56.7215Hz)
rng(0): out of range

SwitchRes: (1234)x[ 544]_(55=55.1755Hz)
rng(0): out of range

SwitchRes: (1234)x[ 560]_(54=53.7114Hz)
rng(0): out of range

SwitchRes: (1234)x[ 576]_(52=52.3231Hz)
rng(0): out of range

SwitchRes: [1280]x[ 720]_[50=50.0000Hz] - locked

SwitchRes: [1280]x[1024]_[43=43.0000Hz] - locked

SwitchRes: [1280]x[1024]_[47=47.0000Hz] - locked

SwitchRes: [1280]x[1024]_[60=60.0000Hz] - locked

SwitchRes: [1280]x[1024]_[70=70.0000Hz] - locked

SwitchRes: [1280]x[1024]_[75=75.0000Hz] - locked

SwitchRes: [1280]x[1024]_[85=85.0000Hz] - locked

SwitchRes: [1280]x[1024]_[90=90.0000Hz] - locked

SwitchRes: [1280]x[1024]_[100=100.0000Hz] - locked

SwitchRes: [1280]x[1024]_[120=120.0000Hz] - locked

SwitchRes: [1280]x[1024]_[160=160.0000Hz] - locked

SwitchRes: [1280]x[1024]_[180=180.0000Hz] - locked

SwitchRes: [1600]x[1200]_[60=60.0000Hz] - locked

SwitchRes: [1600]x[1200]_[75=75.0000Hz] - locked

SwitchRes: [1600]x[1200]_[85=85.0000Hz] - locked

SwitchRes: [1600]x[1200]_[100=100.0000Hz] - locked

SwitchRes: [1600]x[1200]_[120=120.0000Hz] - locked

SwitchRes: [1792]x[1344]_[60=60.0000Hz] - locked

SwitchRes: [1792]x[1344]_[75=75.0000Hz] - locked

SwitchRes: [1792]x[1344]_[90=90.0000Hz] - locked

SwitchRes: [1792]x[1344]_[100=100.0000Hz] - locked

SwitchRes: [1800]x[1440]_[60=60.0000Hz] - locked

SwitchRes: [1800]x[1440]_[70=70.0000Hz] - locked

SwitchRes: [1800]x[1440]_[90=90.0000Hz] - locked

SwitchRes: [1800]x[1440]_[100=100.0000Hz] - locked

SwitchRes: [1920]x[1080]_[60=60.0000Hz] - locked

SwitchRes: [1920]x[1080]_[75=75.0000Hz] - locked

SwitchRes: [1920]x[1080]_[100=100.0000Hz] - locked

SwitchRes: [1920]x[1080]_[120=120.0000Hz] - locked

SwitchRes: [1920]x[1200]_[60=60.0000Hz] - locked

SwitchRes: [1920]x[1200]_[75=75.0000Hz] - locked

SwitchRes: [1920]x[1200]_[85=85.0000Hz] - locked

SwitchRes: [1920]x[1200]_[100=100.0000Hz] - locked

SwitchRes: [1920]x[1440]_[60=60.0000Hz] - locked

SwitchRes: [1920]x[1440]_[75=75.0000Hz] - locked

SwitchRes: [1920]x[1440]_[85=85.0000Hz] - locked

SwitchRes: [1920]x[1440]_[90=90.0000Hz] - locked

SwitchRes: [2048]x[1536]_[60=60.0000Hz] - locked

SwitchRes: [2048]x[1536]_[66=66.0000Hz] - locked

SwitchRes: [2048]x[1536]_[70=70.0000Hz] - locked

SwitchRes: [2048]x[1536]_[75=75.0000Hz] - locked

SwitchRes: [2048]x[1536]_[85=85.0000Hz] - locked

SwitchRes: [mk] (1) horizontal ([email protected])->([email protected])
rng(0): 400 x 256_54.815p 15.677 [integ] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.000, 1.012)
SwitchRes: Modeline "400x256_58 15.68KHz 54.82Hz" 8.15 400 416 456 520 256 262 265 286 -hsync -vsync
Switchres: saving DALDTMCRTBCD1234x256x0x58 - Modeline "1232x256_58 16.20KHz 58.48Hz" 26.18 1232 1288 1408 1616 256 258 261 277 -hsync -vsync
Switchres: updating DALDTMCRTBCD1234x256x0x58 - Modeline "400x256_58 15.68KHz 54.82Hz" 8.15 400 416 456 520 256 262 265 286 -hsync -vsync
SwitchRes: Setting option -rotate
SwitchRes: Setting option -noror
SwitchRes: Setting option -autoror
SwitchRes: Setting option -norol
SwitchRes: Setting option -noautorol
SwitchRes: Setting option -notriplebuffer
SwitchRes: Setting option -syncrefresh
SwitchRes: Setting option -waitvsync
SwitchRes: Setting option -nohwstretch
SwitchRes: Setting option -nofilter
SwitchRes: Setting option -cleanstretch
SwitchRes: Setting option -keepaspect
SwitchRes: Setting option -prescale 1
Video: Monitor 00010001 = "\\.\DISPLAY1" (primary)
DirectDraw: Using DirectDraw 7
Blitting thread created
winwindow_video_window_create: blit_lock = TRUE
Blitting thread started
window_proc: WM_NCACTIVATE
DirectDraw: Configuring device RADEON X700 SE
DirectDraw: primary surface created: 1234x256x32 (R=00FF0000 G=0000FF00 B=000000FF)
DirectDraw: New blit size = 399x253
DirectDraw: blit surface created: 399x253x32 (R=00FF0000 G=0000FF00 B=000000FF)
blit_unlock = TRUE
window_proc: WM_PAINT
blit_lock = FALSE
window_proc: WM_PAINT:END
DirectSound: Primary buffer: 48000 Hz, 16 bits, 2 channels
RawInput: APIs detected
Input: Adding Mouse #0: Logitech USB Cordless Mouse
Input: Adding Gun #0: Logitech USB Cordless Mouse
Input: Adding Kbd #0: Teclado estándar de 101/102 teclas o Microsoft Natural PS/2 Keyboard
DirectInput: Using DirectInput 7
Input: Adding Joy #0: Xin-Mo Dual Arcade
Input: Adding Joy #1: Xin-Mo Dual Arcade
Region ':adpcm:cpu' created
Region ':adpcm:oki' created
Region ':maincpu' created
Region ':gfxrom' created
Starting Mortal Kombat (rev 5.0 T-Unit 03/19/93) ':'
Optional device 'cvsd' not found
Optional shared pointer 'paletteram2' not found
Optional shared pointer 'paletteram' not found
Optional shared pointer 'paletteram2' not found
Optional shared pointer 'paletteram2' not found
Optional shared pointer 'paletteram' not found
(missing dependencies; rescheduling)
Starting TMS34010 ':maincpu'
Starting NVRAM ':nvram'
Starting Video Screen ':screen'
Starting Speaker ':mono'
(missing dependencies; rescheduling)
Starting Williams ADPCM Sound Board ':adpcm'
(missing dependencies; rescheduling)
Starting M6809E ':adpcm:cpu'
Starting YM2151 ':adpcm:ym2151'
Starting DAC ':adpcm:dac'
Starting OKI6295 ':adpcm:oki'
Starting Mortal Kombat (rev 5.0 T-Unit 03/19/93) ':'
Optional device 'cvsd' not found
Optional shared pointer 'paletteram2' not found
Optional shared pointer 'paletteram' not found
Optional shared pointer 'paletteram2' not found
Optional shared pointer 'paletteram2' not found
Optional shared pointer 'paletteram' not found
(missing dependencies; rescheduling)
Starting Speaker ':mono'
(missing dependencies; rescheduling)
Starting Williams ADPCM Sound Board ':adpcm'
Starting Mortal Kombat (rev 5.0 T-Unit 03/19/93) ':'
Optional device 'cvsd' not found
Optional shared pointer 'paletteram2' not found
Optional shared pointer 'paletteram' not found
Optional shared pointer 'paletteram2' not found
Optional shared pointer 'paletteram2' not found
Optional shared pointer 'paletteram' not found
(missing dependencies; rescheduling)
Starting Speaker ':mono'
Starting Mortal Kombat (rev 5.0 T-Unit 03/19/93) ':'
Optional device 'cvsd' not found
Optional shared pointer 'paletteram2' not found
Optional shared pointer 'paletteram' not found
Optional shared pointer 'paletteram2' not found
Optional shared pointer 'paletteram2' not found
Optional shared pointer 'paletteram' not found
window_proc: WM_PAINT
window_proc: WM_PAINT:END
DirectDraw: New blit size = 400x254
SwitchRes: Resolution change from [email protected] to [email protected]
window_proc: WM_PAINT
DirectDraw: primary surface created: 1234x256x32 (R=00FF0000 G=0000FF00 B=000000FF)
DirectDraw: blit surface created: 400x254x32 (R=00FF0000 G=0000FF00 B=000000FF)
window_proc: WM_PAINT:END
SwitchRes: Resolution change to 400x254@54
Switchres: restoring DALDTMCRTBCD1234x256x0x58 - Modeline "1232x256_58 16.20KHz 58.48Hz" 26.18 1232 1288 1408 1616 256 258 261 277 -hsync -vsync

SwitchRes: Entering switchres_modeline_setup
SwitchRes: v0.014a:[mk] Calculating best video mode for [email protected] orientation: normal

SwitchRes: [ 240]x[ 160]_(60=59.7557Hz)
rng(0): out of range

SwitchRes: [ 240]x[ 200]_(60=59.7557Hz)
rng(0): 240 x 200_54.707p 15.646 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.600, 0.787)

SwitchRes: [ 248]x[ 192]_(60=59.9770Hz)
rng(0): 248 x 192_54.707p 15.646 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.620, 0.756)

SwitchRes: [ 256]x[ 192]_(60=59.9732Hz)
rng(0): 256 x 192_54.707p 15.646 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.640, 0.756)

SwitchRes: [ 256]x[ 224]_(60=59.9732Hz)
rng(0): 256 x 224_54.707p 15.646 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.640, 0.882)

SwitchRes: [ 256]x[ 239]_(50=49.9201Hz)
rng(0): 256 x 239_54.707p 15.646 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.640, 0.941)

SwitchRes: [ 256]x[ 240]_(55=55.4078Hz)
rng(0): 256 x 240_54.707p 15.646 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.640, 0.945)

SwitchRes: [ 256]x[ 240]_(60=59.9846Hz)
rng(0): 256 x 240_54.707p 15.646 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.640, 0.945)

SwitchRes: [ 256]x[ 244]_(60=59.9356Hz)
rng(0): 256 x 244_54.707p 15.646 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.640, 0.961)

SwitchRes: [ 256]x[ 256]_(55=55.4078Hz)
rng(0): 256 x 256_54.707p 15.646 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.640, 1.008)

SwitchRes: [ 257]x[ 224]_(60=59.9846Hz)
rng(0): 256 x 224_54.707p 15.646 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.640, 0.882)

SwitchRes: [ 320]x[ 200]_[60=60.0000Hz] - locked

SwitchRes: [ 320]x[ 200]_[75=75.0000Hz] - locked

SwitchRes: [ 320]x[ 224]_(60=59.9080Hz)
rng(0): 320 x 224_54.707p 15.646 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.800, 0.882)

SwitchRes: [ 320]x[ 240]_(54=54.1038Hz)
rng(0): 320 x 240_54.707p 15.646 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.800, 0.945)

SwitchRes: [ 320]x[ 240]_[60=60.0000Hz] - locked

SwitchRes: [ 320]x[ 240]_[75=75.0000Hz] - locked

SwitchRes: [ 320]x[ 244]_(59=59.4053Hz)
rng(0): 320 x 244_54.707p 15.646 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.800, 0.961)

SwitchRes: [ 320]x[ 256]_(50=49.9553Hz)
rng(0): 320 x 256_54.707p 15.646 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.800, 1.008)

SwitchRes: [ 336]x[ 224]_(60=59.9962Hz)
rng(0): 336 x 224_54.707p 15.646 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.840, 0.882)

SwitchRes: [ 384]x[ 240]_(60=59.5992Hz)
rng(0): 384 x 240_54.707p 15.646 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(0.960, 0.945)

SwitchRes: [ 400]x[ 300]_[60=60.0000Hz] - locked

SwitchRes: [ 400]x[ 300]_[75=75.0000Hz] - locked

SwitchRes: [ 512]x[ 384]_[60=60.0000Hz] - locked

SwitchRes: [ 512]x[ 448]_(60=60.0345Hz)
rng(0): out of range

SwitchRes: [ 512]x[ 478]_(50=50.0448Hz)
rng(0): out of range

SwitchRes: [ 512]x[ 480]_(55=55.4124Hz)
rng(0): out of range

SwitchRes: [ 512]x[ 512]_(55=55.4124Hz)
rng(0): out of range

SwitchRes: [ 544]x[ 242]_(60=59.8244Hz)
rng(0): 544 x 242_54.707p 15.646 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.360, 0.953)

SwitchRes: [ 640]x[ 200]_(60=60.0498Hz)
rng(0): 640 x 200_54.707p 15.646 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.600, 0.787)

SwitchRes: [ 640]x[ 400]_[60=60.0000Hz] - locked

SwitchRes: [ 640]x[ 400]_[75=75.0000Hz] - locked

SwitchRes: [ 640]x[ 480]_[60=59.8848Hz]
rng(0): out of range

SwitchRes: [ 640]x[ 480]_[72=72.0000Hz] - locked

SwitchRes: [ 640]x[ 480]_[75=75.0000Hz] - locked

SwitchRes: [ 640]x[ 480]_[85=85.0000Hz] - locked

SwitchRes: [ 640]x[ 480]_[90=90.0000Hz] - locked

SwitchRes: [ 640]x[ 480]_[100=100.0000Hz] - locked

SwitchRes: [ 640]x[ 480]_[120=120.0000Hz] - locked

SwitchRes: [ 640]x[ 480]_[160=160.0000Hz] - locked

SwitchRes: [ 640]x[ 480]_[200=200.0000Hz] - locked

SwitchRes: [ 664]x[ 496]_(60=59.9555Hz)
rng(0): out of range

SwitchRes: [ 720]x[ 480]_[60=60.0000Hz] - locked

SwitchRes: [ 720]x[ 576]_[60=60.0000Hz] - locked

SwitchRes: [ 768]x[ 512]_(55=55.3628Hz)
rng(0): out of range

SwitchRes: [ 800]x[ 600]_[47=47.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[56=56.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[60=60.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[70=70.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[72=72.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[75=75.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[85=85.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[90=90.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[100=100.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[120=120.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[160=160.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[200=200.0000Hz] - locked

SwitchRes: [ 848]x[ 480]_[60=60.0000Hz] - locked

SwitchRes: [1024]x[ 480]_[60=60.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[60=60.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[70=70.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[72=72.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[75=75.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[85=85.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[90=90.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[100=100.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[120=120.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[150=150.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[160=160.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[200=200.0000Hz] - locked

SwitchRes: [1152]x[ 864]_[43=43.0000Hz] - locked

SwitchRes: [1152]x[ 864]_[47=47.0000Hz] - locked

SwitchRes: [1152]x[ 864]_[60=60.0000Hz] - locked

SwitchRes: [1152]x[ 864]_[70=70.0000Hz] - locked

SwitchRes: [1152]x[ 864]_[75=75.0000Hz] - locked

SwitchRes: [1152]x[ 864]_[85=85.0000Hz] - locked

SwitchRes: [1152]x[ 864]_[100=100.0000Hz] - locked

SwitchRes: (1234)x[ 184]_(60=60.0805Hz)
rng(0): out of range

SwitchRes: (1234)x[ 192]_(60=60.0805Hz)
rng(0): 400 x 192_54.707p 15.646 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.000, 0.756)

SwitchRes: (1234)x[ 208]_(60=60.0805Hz)
rng(0): 400 x 208_54.707p 15.646 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.000, 0.819)

SwitchRes: (1234)x[ 224]_(60=60.0805Hz)
rng(0): 400 x 224_54.707p 15.646 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.000, 0.882)

SwitchRes: (1234)x[ 232]_(60=60.0805Hz)
rng(0): 400 x 232_54.707p 15.646 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.000, 0.913)

SwitchRes: (1234)x[ 240]_(60=60.0805Hz)
rng(0): 400 x 240_54.707p 15.646 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.000, 0.945)

SwitchRes: (1234)x[ 248]_(60=59.9926Hz)
rng(0): 400 x 248_54.707p 15.646 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.000, 0.976)

SwitchRes: (1234)x[ 256]_(58=58.4838Hz)
rng(0): 400 x 256_54.707p 15.646 [integ] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.000, 1.008)

SwitchRes: (1234)x[ 264]_(57=56.8421Hz)
rng(0): 400 x 264_54.707p 15.646 [integ] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.000, 1.039)

SwitchRes: (1234)x[ 272]_(55=55.2901Hz)
rng(0): 400 x 272_54.707p 15.974 [integ] scale(1, 1, 1) diff(0.00, 2.05, 0.0000) ratio(1.000, 1.071)

SwitchRes: (1234)x[ 280]_(54=53.8206Hz)
rng(0): 400 x 280_53.821p 16.200 [integ] scale(1, 1, 1) diff(0.00, 3.32, -0.8862) ratio(1.000, 1.102)

SwitchRes: (1234)x[ 288]_(52=52.4272Hz)
rng(0): 400 x 288_52.427p 16.200 [integ] scale(1, 1, 1) diff(0.00, 3.24, -2.2797) ratio(1.000, 1.134)

SwitchRes: (1234)x[ 448]_(60=60.0499Hz)
rng(0): out of range

SwitchRes: (1234)x[ 464]_(60=60.0499Hz)
rng(0): out of range

SwitchRes: (1234)x[ 480]_(60=60.0499Hz)
rng(0): out of range

SwitchRes: (1234)x[ 496]_(60=59.9963Hz)
rng(0): out of range

SwitchRes: (1234)x[ 512]_(58=58.3784Hz)
rng(0): out of range

SwitchRes: (1234)x[ 528]_(57=56.7215Hz)
rng(0): out of range

SwitchRes: (1234)x[ 544]_(55=55.1755Hz)
rng(0): out of range

SwitchRes: (1234)x[ 560]_(54=53.7114Hz)
rng(0): out of range

SwitchRes: (1234)x[ 576]_(52=52.3231Hz)
rng(0): out of range

SwitchRes: [1280]x[ 720]_[50=50.0000Hz] - locked

SwitchRes: [1280]x[1024]_[43=43.0000Hz] - locked

SwitchRes: [1280]x[1024]_[47=47.0000Hz] - locked

SwitchRes: [1280]x[1024]_[60=60.0000Hz] - locked

SwitchRes: [1280]x[1024]_[70=70.0000Hz] - locked

SwitchRes: [1280]x[1024]_[75=75.0000Hz] - locked

SwitchRes: [1280]x[1024]_[85=85.0000Hz] - locked

SwitchRes: [1280]x[1024]_[90=90.0000Hz] - locked

SwitchRes: [1280]x[1024]_[100=100.0000Hz] - locked

SwitchRes: [1280]x[1024]_[120=120.0000Hz] - locked

SwitchRes: [1280]x[1024]_[160=160.0000Hz] - locked

SwitchRes: [1280]x[1024]_[180=180.0000Hz] - locked

SwitchRes: [1600]x[1200]_[60=60.0000Hz] - locked

SwitchRes: [1600]x[1200]_[75=75.0000Hz] - locked

SwitchRes: [1600]x[1200]_[85=85.0000Hz] - locked

SwitchRes: [1600]x[1200]_[100=100.0000Hz] - locked

SwitchRes: [1600]x[1200]_[120=120.0000Hz] - locked

SwitchRes: [1792]x[1344]_[60=60.0000Hz] - locked

SwitchRes: [1792]x[1344]_[75=75.0000Hz] - locked

SwitchRes: [1792]x[1344]_[90=90.0000Hz] - locked

SwitchRes: [1792]x[1344]_[100=100.0000Hz] - locked

SwitchRes: [1800]x[1440]_[60=60.0000Hz] - locked

SwitchRes: [1800]x[1440]_[70=70.0000Hz] - locked

SwitchRes: [1800]x[1440]_[90=90.0000Hz] - locked

SwitchRes: [1800]x[1440]_[100=100.0000Hz] - locked

SwitchRes: [1920]x[1080]_[60=60.0000Hz] - locked

SwitchRes: [1920]x[1080]_[75=75.0000Hz] - locked

SwitchRes: [1920]x[1080]_[100=100.0000Hz] - locked

SwitchRes: [1920]x[1080]_[120=120.0000Hz] - locked

SwitchRes: [1920]x[1200]_[60=60.0000Hz] - locked

SwitchRes: [1920]x[1200]_[75=75.0000Hz] - locked

SwitchRes: [1920]x[1200]_[85=85.0000Hz] - locked

SwitchRes: [1920]x[1200]_[100=100.0000Hz] - locked

SwitchRes: [1920]x[1440]_[60=60.0000Hz] - locked

SwitchRes: [1920]x[1440]_[75=75.0000Hz] - locked

SwitchRes: [1920]x[1440]_[85=85.0000Hz] - locked

SwitchRes: [1920]x[1440]_[90=90.0000Hz] - locked

SwitchRes: [2048]x[1536]_[60=60.0000Hz] - locked

SwitchRes: [2048]x[1536]_[66=66.0000Hz] - locked

SwitchRes: [2048]x[1536]_[70=70.0000Hz] - locked

SwitchRes: [2048]x[1536]_[75=75.0000Hz] - locked

SwitchRes: [2048]x[1536]_[85=85.0000Hz] - locked

SwitchRes: [mk] (1) horizontal ([email protected])->([email protected])
rng(0): 400 x 256_54.707p 15.646 [integ] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.000, 1.008)
SwitchRes: Modeline "400x256_58 15.65KHz 54.71Hz" 8.14 400 416 456 520 256 262 265 286 -hsync -vsync
Switchres: restoring DALDTMCRTBCD1234x256x0x58 - Modeline "1232x256_58 16.20KHz 58.48Hz" 26.18 1232 1288 1408 1616 256 258 261 277 -hsync -vsync
Switchres: saving DALDTMCRTBCD1234x256x0x58 - Modeline "1232x256_58 16.20KHz 58.48Hz" 26.18 1232 1288 1408 1616 256 258 261 277 -hsync -vsync
Switchres: updating DALDTMCRTBCD1234x256x0x58 - Modeline "400x256_58 15.65KHz 54.71Hz" 8.14 400 416 456 520 256 262 265 286 -hsync -vsync
SwitchRes: Setting option -rotate
SwitchRes: Setting option -noror
SwitchRes: Setting option -autoror
SwitchRes: Setting option -norol
SwitchRes: Setting option -noautorol
SwitchRes: Setting option -notriplebuffer
SwitchRes: Setting option -syncrefresh
SwitchRes: Setting option -waitvsync
SwitchRes: Setting option -nohwstretch
SwitchRes: Setting option -nofilter
SwitchRes: Setting option -cleanstretch
SwitchRes: Setting option -keepaspect
SwitchRes: Setting option -prescale 1
window_proc: WM_USER_CHANGERES
blit_lock = TRUE
DirectDraw: Configuring device RADEON X700 SE
DirectDraw: primary surface created: 1234x256x32 (R=00FF0000 G=0000FF00 B=000000FF)
DirectDraw: New blit size = 400x254
DirectDraw: blit surface created: 400x254x32 (R=00FF0000 G=0000FF00 B=000000FF)
blit_unlock = TRUE
window_proc: WM_PAINT
blit_lock = FALSE
window_proc: WM_PAINT:END
Average speed: 99.88% (74 seconds)
Sound: buffer overflows=12 underflows=0
window_proc: WM_NCACTIVATE
blit_lock = TRUE
window_proc: WM_DESTROY
blit_lock = TRUE
Blitting thread ended
Blitting thread destroyed
Switchres: restoring DALDTMCRTBCD1234x256x0x58 - Modeline "1232x256_58 16.20KHz 58.48Hz" 26.18 1232 1288 1408 1616 256 258 261 277 -hsync -vsync

19XX

SPOILER (click to view)

Parsing mame.ini
Parsing mame.ini
SwitchRes: Monitor range 15625.00-16200.00,49.50-65.00,2.000,4.700,8.000,0.064,0.160,1.056,0,0,192,288,448,576
SwitchRes: Monitor: custom Orientation: vertical
SwitchRes: DefaultVideo 'System\CurrentControlSet\Control\Video\{918A9432-BB28-4A60-9BC1-77BD2C393F0C}\0000'
Switchres: Searching for custom video modes...
Switchres: [ 1] 240x 160 @ 60: DALDTMCRTBCD240x160x0x60 - Modeline "240x160_60 15.66KHz 59.76Hz" 5.01 240 256 280 320 160 202 205 262 -hsync -vsync
Switchres: [ 2] 240x 200 @ 60: DALDTMCRTBCD240x200x0x60 - Modeline "240x200_60 15.66KHz 59.76Hz" 5.01 240 256 280 320 200 222 225 262 -hsync -vsync
Switchres: [ 3] 248x 192 @ 60: DALDTMCRTBCD248x192x0x60 - Modeline "248x192_60 15.65KHz 59.98Hz" 5.26 248 264 288 336 192 218 221 261 -hsync -vsync
Switchres: [ 4] 256x 192 @ 60: DALDTMCRTBCD256x192x0x60 - Modeline "256x192_60 15.65KHz 59.97Hz" 5.51 256 272 304 352 192 218 221 261 -hsync -vsync
Switchres: [ 5] 256x 224 @ 60: DALDTMCRTBCD256x224x0x60 - Modeline "256x224_60 15.65KHz 59.97Hz" 5.51 256 272 304 352 224 234 237 261 -hsync -vsync
Switchres: [ 6] 256x 239 @ 50: DALDTMCRTBCD256x239x0x50 - Modeline "256x239_50 15.63KHz 49.92Hz" 5.50 256 272 304 352 239 267 270 313 -hsync -vsync
Switchres: [ 7] 256x 240 @ 55: DALDTMCRTBCD256x240x0x55 - Modeline "256x240_55 15.63KHz 55.41Hz" 5.50 256 272 304 352 240 252 255 282 -hsync -vsync
Switchres: [ 8] 256x 240 @ 60: DALDTMCRTBCD256x240x0x60 - Modeline "256x240_60 15.60KHz 59.98Hz" 5.49 256 272 304 352 240 241 244 260 -hsync -vsync
Switchres: [ 9] 256x 244 @ 60: DALDTMCRTBCD256x244x0x60 - Modeline "256x244_60 15.82KHz 59.94Hz" 5.57 256 272 304 352 244 245 248 264 -hsync -vsync
Switchres: [ 10] 256x 256 @ 55: DALDTMCRTBCD256x256x0x55 - Modeline "256x256_55 15.63KHz 55.41Hz" 5.50 256 272 304 352 256 260 263 282 -hsync -vsync
Switchres: [ 11] 257x 224 @ 60: DALDTMCRTBCD257x224x0x60 - Modeline "256x224_60 15.60KHz 59.98Hz" 5.49 256 272 304 352 224 233 236 260 -hsync -vsync
Switchres: [ 12] 320x 200 @ 60: system mode
Switchres: [ 13] 320x 200 @ 75: system mode
Switchres: [ 14] 320x 224 @ 60: DALDTMCRTBCD320x224x0x60 - Modeline "320x224_60 15.64KHz 59.91Hz" 6.63 320 336 368 424 224 234 237 261 -hsync -vsync
Switchres: [ 15] 320x 240 @ 54: DALDTMCRTBCD320x240x0x54 - Modeline "320x240_54 15.64KHz 54.10Hz" 6.63 320 336 368 424 240 256 259 289 -hsync -vsync
Switchres: [ 16] 320x 240 @ 60: system mode
Switchres: [ 17] 320x 240 @ 75: system mode
Switchres: [ 18] 320x 244 @ 59: DALDTMCRTBCD320x244x0x59 - Modeline "320x244_59 15.68KHz 59.41Hz" 6.65 320 336 368 424 244 245 248 264 -hsync -vsync
Switchres: [ 19] 320x 256 @ 50: DALDTMCRTBCD320x256x0x50 - Modeline "320x256_50 15.64KHz 49.96Hz" 6.63 320 336 368 424 256 276 279 313 -hsync -vsync
Switchres: [ 20] 336x 224 @ 60: DALDTMCRTBCD336x224x0x60 - Modeline "336x224_60 15.66KHz 60.00Hz" 6.89 336 352 384 440 224 234 237 261 -hsync -vsync
Switchres: [ 21] 384x 240 @ 60: DALDTMCRTBCD384x240x0x60 - Modeline "384x240_60 15.62KHz 59.60Hz" 7.87 384 400 440 504 240 242 244 262 -hsync -vsync
Switchres: [ 22] 400x 300 @ 60: system mode
Switchres: [ 23] 400x 300 @ 75: system mode
Switchres: [ 24] 512x 384 @ 60: system mode
Switchres: [ 25] 512x 448 @ 60: DALDTMCRTBCD512x448x0x60 - Modeline "512x448_60 15.64KHz 60.03Hz" 10.51 512 536 584 672 448 466 471 521 interlace -hsync -vsync
Switchres: [ 26] 512x 478 @ 50: DALDTMCRTBCD512x478x0x50 - Modeline "512x478_50 15.64KHz 50.04Hz" 10.51 512 536 584 672 478 534 539 625 interlace -hsync -vsync
Switchres: [ 27] 512x 480 @ 55: DALDTMCRTBCD512x480x0x55 - Modeline "512x480_55 15.65KHz 55.41Hz" 10.52 512 536 584 672 480 504 509 565 interlace -hsync -vsync
Switchres: [ 28] 512x 512 @ 55: DALDTMCRTBCD512x512x0x55 - Modeline "512x512_55 15.65KHz 55.41Hz" 10.52 512 536 584 672 512 520 525 565 interlace -hsync -vsync
Switchres: [ 29] 544x 242 @ 60: DALDTMCRTBCD544x242x0x60 - Modeline "544x242_60 15.67KHz 59.82Hz" 11.16 544 568 624 712 242 243 246 262 -hsync -vsync
Switchres: [ 30] 640x 200 @ 60: DALDTMCRTBCD640x200x0x60 - Modeline "640x200_60 15.67KHz 60.05Hz" 13.04 640 664 728 832 200 222 225 261 -hsync -vsync
Switchres: [ 31] 640x 400 @ 60: system mode
Switchres: [ 32] 640x 400 @ 75: system mode
Switchres: [ 33] 640x 480 @ 60*: DALDTMCRTBCD640x480x0x60 - Modeline "640x480_60 15.60KHz 59.88Hz" 12.98 640 664 728 832 480 482 487 521 interlace -hsync -vsync
Switchres: [ 34] 640x 480 @ 72: system mode
Switchres: [ 35] 640x 480 @ 75: system mode
Switchres: [ 36] 640x 480 @ 85: system mode
Switchres: [ 37] 640x 480 @ 90: system mode
Switchres: [ 38] 640x 480 @100: system mode
Switchres: [ 39] 640x 480 @120: system mode
Switchres: [ 40] 640x 480 @160: system mode
Switchres: [ 41] 640x 480 @200: system mode
Switchres: [ 42] 664x 496 @ 60: DALDTMCRTBCD664x496x0x60 - Modeline "664x496_60 16.16KHz 59.96Hz" 14.09 664 696 760 872 496 499 504 539 interlace -hsync -vsync
Switchres: [ 43] 720x 480 @ 60: system mode
Switchres: [ 44] 720x 576 @ 60: system mode
Switchres: [ 45] 768x 512 @ 55: DALDTMCRTBCD768x512x0x55 - Modeline "768x512_55 15.64KHz 55.36Hz" 15.64 768 800 872 1000 512 520 525 565 interlace -hsync -vsync
Switchres: [ 46] 800x 600 @ 47: system mode
Switchres: [ 47] 800x 600 @ 56: system mode
Switchres: [ 48] 800x 600 @ 60: system mode
Switchres: [ 49] 800x 600 @ 70: system mode
Switchres: [ 50] 800x 600 @ 72: system mode
Switchres: [ 51] 800x 600 @ 75: system mode
Switchres: [ 52] 800x 600 @ 85: system mode
Switchres: [ 53] 800x 600 @ 90: system mode
Switchres: [ 54] 800x 600 @100: system mode
Switchres: [ 55] 800x 600 @120: system mode
Switchres: [ 56] 800x 600 @160: system mode
Switchres: [ 57] 800x 600 @200: system mode
Switchres: [ 58] 848x 480 @ 60: system mode
Switchres: [ 59] 1024x 480 @ 60: system mode
Switchres: [ 60] 1024x 768 @ 60: system mode
Switchres: [ 61] 1024x 768 @ 70: system mode
Switchres: [ 62] 1024x 768 @ 72: system mode
Switchres: [ 63] 1024x 768 @ 75: system mode
Switchres: [ 64] 1024x 768 @ 85: system mode
Switchres: [ 65] 1024x 768 @ 90: system mode
Switchres: [ 66] 1024x 768 @100: system mode
Switchres: [ 67] 1024x 768 @120: system mode
Switchres: [ 68] 1024x 768 @150: system mode
Switchres: [ 69] 1024x 768 @160: system mode
Switchres: [ 70] 1024x 768 @200: system mode
Switchres: [ 71] 1152x 864 @ 43: system mode
Switchres: [ 72] 1152x 864 @ 47: system mode
Switchres: [ 73] 1152x 864 @ 60: system mode
Switchres: [ 74] 1152x 864 @ 70: system mode
Switchres: [ 75] 1152x 864 @ 75: system mode
Switchres: [ 76] 1152x 864 @ 85: system mode
Switchres: [ 77] 1152x 864 @100: system mode
Switchres: [ 78] 1234x 184 @ 60: DALDTMCRTBCD1234x184x0x60 - Modeline "1232x184_60 15.68KHz 60.08Hz" 25.09 1232 1280 1400 1600 184 214 217 261 -hsync -vsync
Switchres: [ 79] 1234x 192 @ 60: DALDTMCRTBCD1234x192x0x60 - Modeline "1232x192_60 15.68KHz 60.08Hz" 25.09 1232 1280 1400 1600 192 218 221 261 -hsync -vsync
Switchres: [ 80] 1234x 208 @ 60: DALDTMCRTBCD1234x208x0x60 - Modeline "1232x208_60 15.68KHz 60.08Hz" 25.09 1232 1280 1400 1600 208 226 229 261 -hsync -vsync
Switchres: [ 81] 1234x 224 @ 60: DALDTMCRTBCD1234x224x0x60 - Modeline "1232x224_60 15.68KHz 60.08Hz" 25.09 1232 1280 1400 1600 224 234 237 261 -hsync -vsync
Switchres: [ 82] 1234x 232 @ 60: DALDTMCRTBCD1234x232x0x60 - Modeline "1232x232_60 15.68KHz 60.08Hz" 25.09 1232 1280 1400 1600 232 238 241 261 -hsync -vsync
Switchres: [ 83] 1234x 240 @ 60: DALDTMCRTBCD1234x240x0x60 - Modeline "1232x240_60 15.68KHz 60.08Hz" 25.09 1232 1280 1400 1600 240 242 245 261 -hsync -vsync
Switchres: [ 84] 1234x 248 @ 60: DALDTMCRTBCD1234x248x0x60 - Modeline "1232x248_60 16.14KHz 59.99Hz" 25.95 1232 1280 1400 1608 248 250 253 269 -hsync -vsync
Switchres: [ 85] 1234x 256 @ 58: DALDTMCRTBCD1234x256x0x58 - Modeline "1232x256_58 16.20KHz 58.48Hz" 26.18 1232 1288 1408 1616 256 258 261 277 -hsync -vsync
Switchres: [ 86] 1234x 264 @ 57: DALDTMCRTBCD1234x264x0x57 - Modeline "1232x264_57 16.20KHz 56.84Hz" 26.18 1232 1288 1408 1616 264 266 269 285 -hsync -vsync
Switchres: [ 87] 1234x 272 @ 55: DALDTMCRTBCD1234x272x0x55 - Modeline "1232x272_55 16.20KHz 55.29Hz" 26.18 1232 1288 1408 1616 272 274 277 293 -hsync -vsync
Switchres: [ 88] 1234x 280 @ 54: DALDTMCRTBCD1234x280x0x54 - Modeline "1232x280_54 16.20KHz 53.82Hz" 26.18 1232 1288 1408 1616 280 282 285 301 -hsync -vsync
Switchres: [ 89] 1234x 288 @ 52: DALDTMCRTBCD1234x288x0x52 - Modeline "1232x288_52 16.20KHz 52.43Hz" 26.18 1232 1288 1408 1616 288 290 293 309 -hsync -vsync
Switchres: [ 90] 1234x 448 @ 60: DALDTMCRTBCD1234x448x0x60 - Modeline "1232x448_60 15.64KHz 60.05Hz" 25.03 1232 1280 1400 1600 448 466 471 521 interlace -hsync -vsync
Switchres: [ 91] 1234x 464 @ 60: DALDTMCRTBCD1234x464x0x60 - Modeline "1232x464_60 15.64KHz 60.05Hz" 25.03 1232 1280 1400 1600 464 474 479 521 interlace -hsync -vsync
Switchres: [ 92] 1234x 480 @ 60: DALDTMCRTBCD1234x480x0x60 - Modeline "1232x480_60 15.64KHz 60.05Hz" 25.03 1232 1280 1400 1600 480 482 487 521 interlace -hsync -vsync
Switchres: [ 93] 1234x 496 @ 60: DALDTMCRTBCD1234x496x0x60 - Modeline "1232x496_60 16.17KHz 60.00Hz" 26.13 1232 1288 1408 1616 496 499 504 539 interlace -hsync -vsync
Switchres: [ 94] 1234x 512 @ 58: DALDTMCRTBCD1234x512x0x58 - Modeline "1232x512_58 16.20KHz 58.38Hz" 26.18 1232 1288 1408 1616 512 515 520 555 interlace -hsync -vsync
Switchres: [ 95] 1234x 528 @ 57: DALDTMCRTBCD1234x528x0x57 - Modeline "1232x528_57 16.19KHz 56.72Hz" 26.17 1232 1288 1408 1616 528 531 536 571 interlace -hsync -vsync
Switchres: [ 96] 1234x 544 @ 55: DALDTMCRTBCD1234x544x0x55 - Modeline "1232x544_55 16.19KHz 55.18Hz" 26.17 1232 1288 1408 1616 544 547 552 587 interlace -hsync -vsync
Switchres: [ 97] 1234x 560 @ 54: DALDTMCRTBCD1234x560x0x54 - Modeline "1232x560_54 16.19KHz 53.71Hz" 26.17 1232 1288 1408 1616 560 563 568 603 interlace -hsync -vsync
Switchres: [ 98] 1234x 576 @ 52: DALDTMCRTBCD1234x576x0x52 - Modeline "1232x576_52 16.19KHz 52.32Hz" 26.17 1232 1288 1408 1616 576 579 584 619 interlace -hsync -vsync
Switchres: [ 99] 1280x 720 @ 50: system mode
Switchres: [100] 1280x1024 @ 43: system mode
Switchres: [101] 1280x1024 @ 47: system mode
Switchres: [102] 1280x1024 @ 60: system mode
Switchres: [103] 1280x1024 @ 70: system mode
Switchres: [104] 1280x1024 @ 75: system mode
Switchres: [105] 1280x1024 @ 85: system mode
Switchres: [106] 1280x1024 @ 90: system mode
Switchres: [107] 1280x1024 @100: system mode
Switchres: [108] 1280x1024 @120: system mode
Switchres: [109] 1280x1024 @160: system mode
Switchres: [110] 1280x1024 @180: system mode
Switchres: [111] 1600x1200 @ 60: system mode
Switchres: [112] 1600x1200 @ 75: system mode
Switchres: [113] 1600x1200 @ 85: system mode
Switchres: [114] 1600x1200 @100: system mode
Switchres: [115] 1600x1200 @120: system mode
Switchres: [116] 1792x1344 @ 60: system mode
Switchres: [117] 1792x1344 @ 75: system mode
Switchres: [118] 1792x1344 @ 90: system mode
Switchres: [119] 1792x1344 @100: system mode
Switchres: [120] 1800x1440 @ 60: system mode
Switchres: [121] 1800x1440 @ 70: system mode
Switchres: [122] 1800x1440 @ 90: system mode
Switchres: [123] 1800x1440 @100: system mode
Switchres: [124] 1920x1080 @ 60: system mode
Switchres: [125] 1920x1080 @ 75: system mode
Switchres: [126] 1920x1080 @100: system mode
Switchres: [127] 1920x1080 @120: system mode
Switchres: [128] 1920x1200 @ 60: system mode
Switchres: [129] 1920x1200 @ 75: system mode
Switchres: [130] 1920x1200 @ 85: system mode
Switchres: [131] 1920x1200 @100: system mode
Switchres: [132] 1920x1440 @ 60: system mode
Switchres: [133] 1920x1440 @ 75: system mode
Switchres: [134] 1920x1440 @ 85: system mode
Switchres: [135] 1920x1440 @ 90: system mode
Switchres: [136] 2048x1536 @ 60: system mode
Switchres: [137] 2048x1536 @ 66: system mode
Switchres: [138] 2048x1536 @ 70: system mode
Switchres: [139] 2048x1536 @ 75: system mode
Switchres: [140] 2048x1536 @ 85: system mode
SwitchRes: Found 47 custom of 140 active video modes

SwitchRes: Entering switchres_modeline_setup
SwitchRes: v0.014a:[19xx] Calculating best video mode for [email protected] orientation: rotated

SwitchRes: [ 240]x[ 160]_(60=59.7557Hz)
rng(0): out of range

SwitchRes: [ 240]x[ 200]_(60=59.7557Hz)
rng(0): 240 x 200_59.629p 15.683 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.071, 0.521)

SwitchRes: [ 248]x[ 192]_(60=59.9770Hz)
rng(0): 248 x 192_59.629p 15.683 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.107, 0.500)

SwitchRes: [ 256]x[ 192]_(60=59.9732Hz)
rng(0): 256 x 192_59.629p 15.683 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.143, 0.500)

SwitchRes: [ 256]x[ 224]_(60=59.9732Hz)
rng(0): 256 x 224_59.629p 15.683 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.143, 0.583)

SwitchRes: [ 256]x[ 239]_(50=49.9201Hz)
rng(0): 256 x 239_59.629p 15.683 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.143, 0.622)

SwitchRes: [ 256]x[ 240]_(55=55.4078Hz)
rng(0): 256 x 240_59.629p 15.683 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.143, 0.625)

SwitchRes: [ 256]x[ 240]_(60=59.9846Hz)
rng(0): 256 x 240_59.629p 15.683 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.143, 0.625)

SwitchRes: [ 256]x[ 244]_(60=59.9356Hz)
rng(0): 256 x 244_59.629p 15.742 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.143, 0.635)

SwitchRes: [ 256]x[ 256]_(55=55.4078Hz)
rng(0): 256 x 256_58.484p 16.200 [fract] scale(1, 1, 1) diff(0.00, 0.00, -1.1456) ratio(1.143, 0.667)

SwitchRes: [ 257]x[ 224]_(60=59.9846Hz)
rng(0): 256 x 224_59.629p 15.683 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.143, 0.583)

SwitchRes: [ 320]x[ 200]_[60=60.0000Hz] - locked

SwitchRes: [ 320]x[ 200]_[75=75.0000Hz] - locked

SwitchRes: [ 320]x[ 224]_(60=59.9080Hz)
rng(0): 320 x 224_59.629p 15.683 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.429, 0.583)

SwitchRes: [ 320]x[ 240]_(54=54.1038Hz)
rng(0): 320 x 240_59.629p 15.683 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.429, 0.625)

SwitchRes: [ 320]x[ 240]_[60=60.0000Hz] - locked

SwitchRes: [ 320]x[ 240]_[75=75.0000Hz] - locked

SwitchRes: [ 320]x[ 244]_(59=59.4053Hz)
rng(0): 320 x 244_59.629p 15.742 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.429, 0.635)

SwitchRes: [ 320]x[ 256]_(50=49.9553Hz)
rng(0): 320 x 256_58.484p 16.200 [fract] scale(1, 1, 1) diff(0.00, 0.00, -1.1456) ratio(1.429, 0.667)

SwitchRes: [ 336]x[ 224]_(60=59.9962Hz)
rng(0): 336 x 224_59.629p 15.683 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.500, 0.583)

SwitchRes: [ 384]x[ 240]_(60=59.5992Hz)
rng(0): 384 x 240_59.629p 15.683 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.714, 0.625)

SwitchRes: [ 400]x[ 300]_[60=60.0000Hz] - locked

SwitchRes: [ 400]x[ 300]_[75=75.0000Hz] - locked

SwitchRes: [ 512]x[ 384]_[60=60.0000Hz] - locked

SwitchRes: [ 512]x[ 448]_(60=60.0345Hz)
rng(0): 512 x 448_59.629i 15.712 [fract] scale(2, 1, 1) diff(0.00, 24.33, 0.0000) ratio(2.286, 1.167)

SwitchRes: [ 512]x[ 478]_(50=50.0448Hz)
rng(0): 512 x 478_59.629i 15.712 [fract] scale(2, 1, 1) diff(0.00, 24.33, 0.0000) ratio(2.286, 1.245)

SwitchRes: [ 512]x[ 480]_(55=55.4124Hz)
rng(0): 512 x 480_59.629i 15.712 [fract] scale(2, 1, 1) diff(0.00, 24.33, 0.0000) ratio(2.286, 1.250)

SwitchRes: [ 512]x[ 512]_(55=55.4124Hz)
rng(0): 512 x 512_58.484i 16.229 [fract] scale(2, 1, 1) diff(0.00, 26.35, -1.1456) ratio(2.286, 1.333)

SwitchRes: [ 544]x[ 242]_(60=59.8244Hz)
rng(0): 544 x 242_59.629p 15.683 [fract] scale(2, 1, 1) diff(0.00, 0.00, 0.0000) ratio(2.429, 0.630)

SwitchRes: [ 640]x[ 200]_(60=60.0498Hz)
rng(0): 640 x 200_59.629p 15.683 [fract] scale(2, 1, 1) diff(0.00, 0.00, 0.0000) ratio(2.857, 0.521)

SwitchRes: [ 640]x[ 400]_[60=60.0000Hz] - locked

SwitchRes: [ 640]x[ 400]_[75=75.0000Hz] - locked

SwitchRes: [ 640]x[ 480]_[60=59.8848Hz]
rng(0): 640 x 480_59.885i 15.660 [fract] scale(2, 1, 1) diff(0.00, 24.52, 0.2554) ratio(2.857, 1.250)

SwitchRes: [ 640]x[ 480]_[72=72.0000Hz] - locked

SwitchRes: [ 640]x[ 480]_[75=75.0000Hz] - locked

SwitchRes: [ 640]x[ 480]_[85=85.0000Hz] - locked

SwitchRes: [ 640]x[ 480]_[90=90.0000Hz] - locked

SwitchRes: [ 640]x[ 480]_[100=100.0000Hz] - locked

SwitchRes: [ 640]x[ 480]_[120=120.0000Hz] - locked

SwitchRes: [ 640]x[ 480]_[160=160.0000Hz] - locked

SwitchRes: [ 640]x[ 480]_[200=200.0000Hz] - locked

SwitchRes: [ 664]x[ 496]_(60=59.9555Hz)
rng(0): 664 x 496_59.629i 16.010 [fract] scale(2, 1, 1) diff(0.00, 25.75, 0.0000) ratio(2.964, 1.292)

SwitchRes: [ 720]x[ 480]_[60=60.0000Hz] - locked

SwitchRes: [ 720]x[ 576]_[60=60.0000Hz] - locked

SwitchRes: [ 768]x[ 512]_(55=55.3628Hz)
rng(0): 768 x 512_58.484i 16.229 [fract] scale(3, 1, 1) diff(0.00, 26.35, -1.1456) ratio(3.429, 1.333)

SwitchRes: [ 800]x[ 600]_[47=47.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[56=56.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[60=60.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[70=70.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[72=72.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[75=75.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[85=85.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[90=90.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[100=100.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[120=120.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[160=160.0000Hz] - locked

SwitchRes: [ 800]x[ 600]_[200=200.0000Hz] - locked

SwitchRes: [ 848]x[ 480]_[60=60.0000Hz] - locked

SwitchRes: [1024]x[ 480]_[60=60.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[60=60.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[70=70.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[72=72.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[75=75.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[85=85.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[90=90.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[100=100.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[120=120.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[150=150.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[160=160.0000Hz] - locked

SwitchRes: [1024]x[ 768]_[200=200.0000Hz] - locked

SwitchRes: [1152]x[ 864]_[43=43.0000Hz] - locked

SwitchRes: [1152]x[ 864]_[47=47.0000Hz] - locked

SwitchRes: [1152]x[ 864]_[60=60.0000Hz] - locked

SwitchRes: [1152]x[ 864]_[70=70.0000Hz] - locked

SwitchRes: [1152]x[ 864]_[75=75.0000Hz] - locked

SwitchRes: [1152]x[ 864]_[85=85.0000Hz] - locked

SwitchRes: [1152]x[ 864]_[100=100.0000Hz] - locked

SwitchRes: (1234)x[ 184]_(60=60.0805Hz)
rng(0): out of range

SwitchRes: (1234)x[ 192]_(60=60.0805Hz)
rng(0): 256 x 192_59.629p 15.683 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.143, 0.500)

SwitchRes: (1234)x[ 208]_(60=60.0805Hz)
rng(0): 280 x 208_59.629p 15.683 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.250, 0.542)

SwitchRes: (1234)x[ 224]_(60=60.0805Hz)
rng(0): 304 x 224_59.629p 15.683 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.357, 0.583)

SwitchRes: (1234)x[ 232]_(60=60.0805Hz)
rng(0): 312 x 232_59.629p 15.683 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.393, 0.604)

SwitchRes: (1234)x[ 240]_(60=60.0805Hz)
rng(0): 320 x 240_59.629p 15.683 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.429, 0.625)

SwitchRes: (1234)x[ 248]_(60=59.9926Hz)
rng(0): 336 x 248_59.629p 15.981 [fract] scale(1, 1, 1) diff(0.00, 0.00, 0.0000) ratio(1.500, 0.646)

SwitchRes: (1234)x[ 256]_(58=58.4838Hz)
rng(0): 344 x 256_58.484p 16.200 [fract] scale(1, 1, 1) diff(0.00, 0.00, -1.1456) ratio(1.536, 0.667)

SwitchRes: (1234)x[ 264]_(57=56.8421Hz)
rng(0): 352 x 264_56.842p 16.200 [fract] scale(1, 1, 1) diff(0.00, 0.00, -2.7873) ratio(1.571, 0.688)

SwitchRes: (1234)x[ 272]_(55=55.2901Hz)
rng(0): 368 x 272_55.290p 16.200 [fract] scale(1, 1, 1) diff(0.00, 0.00, -4.3393) ratio(1.643, 0.708)

SwitchRes: (1234)x[ 280]_(54=53.8206Hz)
rng(0): 376 x 280_53.821p 16.200 [fract] scale(1, 1, 1) diff(0.00, 0.00, -5.8088) ratio(1.679, 0.729)

SwitchRes: (1234)x[ 288]_(52=52.4272Hz)
rng(0): 384 x 288_52.427p 16.200 [fract] scale(1, 1, 1) diff(0.00, 0.00, -7.2022) ratio(1.714, 0.750)

SwitchRes: (1234)x[ 448]_(60=60.0499Hz)
rng(0): 600 x 448_59.629i 15.712 [fract] scale(2, 1, 1) diff(0.00, 24.33, 0.0000) ratio(2.679, 1.167)

SwitchRes: (1234)x[ 464]_(60=60.0499Hz)
rng(0): 624 x 464_59.629i 15.712 [fract] scale(2, 1, 1) diff(0.00, 24.33, 0.0000) ratio(2.786, 1.208)

SwitchRes: (1234)x[ 480]_(60=60.0499Hz)
rng(0): 640 x 480_59.629i 15.712 [fract] scale(2, 1, 1) diff(0.00, 24.33, 0.0000) ratio(2.857, 1.250)

SwitchRes: (1234)x[ 496]_(60=59.9963Hz)
rng(0): 664 x 496_59.629i 16.010 [fract] scale(2, 1, 1) diff(0.00, 25.75, 0.0000) ratio(2.964, 1.292)

SwitchRes: (1234)x[ 512]_(58=58.3784Hz)
rng(0): 688 x 512_58.484i 16.229 [fract] scale(3, 1, 1) diff(0.00, 26.35, -1.1456) ratio(3.071, 1.333)

SwitchRes: (1234)x[ 528]_(57=56.7215Hz)
rng(0): 704 x 528_56.842i 16.228 [fract] scale(3, 1, 1) diff(0.00, 25.96, -2.7873) ratio(3.143, 1.375)

SwitchRes: (1234)x[ 544]_(55=55.1755Hz)
rng(0): 728 x 544_55.290i 16.228 [fract] scale(3, 1, 1) diff(0.00, 25.26, -4.3393) ratio(3.250, 1.417)

SwitchRes: (1234)x[ 560]_(54=53.7114Hz)
rng(0): 752 x 560_53.821i 16.227 [fract] scale(3, 1, 1) diff(0.00, 24.58, -5.8088) ratio(3.357, 1.458)

SwitchRes: (1234)x[ 576]_(52=52.3231Hz)
rng(0): 768 x 576_52.427i 16.226 [fract] scale(3, 1, 1) diff(0.00, 23.95, -7.2022) ratio(3.429, 1.500)

SwitchRes: [1280]x[ 720]_[50=50.0000Hz] - locked

SwitchRes: [1280]x[1024]_[43=43.0000Hz] - locked

SwitchRes: [1280]x[1024]_[47=47.0000Hz] - locked

SwitchRes: [1280]x[1024]_[60=60.0000Hz] - locked

SwitchRes: [1280]x[1024]_[70=70.0000Hz] - locked

SwitchRes: [1280]x[1024]_[75=75.0000Hz] - locked

SwitchRes: [1280]x[1024]_[85=85.0000Hz] - locked

SwitchRes: [1280]x[1024]_[90=90.0000Hz] - locked

SwitchRes: [1280]x[1024]_[100=100.0000Hz] - locked

SwitchRes: [1280]x[1024]_[120=120.0000Hz] - locked

SwitchRes: [1280]x[1024]_[160=160.0000Hz] - locked

SwitchRes: [1280]x[1024]_[180=180.0000Hz] - locked

SwitchRes: [1600]x[1200]_[60=60.0000Hz] - locked

SwitchRes: [1600]x[1200]_[75=75.0000Hz] - locked

SwitchRes: [1600]x[1200]_[85=85.0000Hz] - locked

SwitchRes: [1600]x[1200]_[100=100.0000Hz] - locked

SwitchRes: [1600]x[1200]_[120=120.0000Hz] - locked

SwitchRes: [1792]x[1344]_[60=60.0000Hz] - locked

SwitchRes: [1792]x[1344]_[75=75.0000Hz] - locked

SwitchRes: [1792]x[1344]_[90=90.0000Hz] - locked

SwitchRes: [1792]x[1344]_[100=100.0000Hz] - locked

SwitchRes: [1800]x[1440]_[60=60.0000Hz] - locked

SwitchRes: [1800]x[1440]_[70=70.0000Hz] - locked

SwitchRes: [1800]x[1440]_[90=90.0000Hz] - locked

SwitchRes: [1800]x[1440]_[100=100.0000Hz] - locked

SwitchRes: [1920]x[1080]_[60=60.0000Hz] - locked

SwitchRes: [1920]x[1080]_[75=75.0000Hz] - locked

SwitchRes: [1920]x[1080]_[100=100.0000Hz] - locked

SwitchRes: [1920]x[1080]_[120=120.0000Hz] - locked

SwitchRes: [1920]x[1200]_[60=60.0000Hz] - locked

SwitchRes: [1920]x[1200]_[75=75.0000Hz] - locked

SwitchRes: [1920]x[1200]_[85=85.0000Hz] - locked

SwitchRes: [1920]x[1200]_[100=100.0000Hz] - locked

SwitchRes: [1920]x[1440]_[60=60.0000Hz] - locked

SwitchRes: [1920]x[1440]_[75=75.0000Hz] - locked

SwitchRes: [1920]x[1440]_[85=85.0000Hz] - locked

SwitchRes: [1920]x[1440]_[90=90.0000Hz] - locked

SwitchRes: [2048]x[1536]_[60=60.0000Hz] - locked

SwitchRes: [2048]x[1536]_[66=66.0000Hz] - locked

SwitchRes: [2048]x[1536]_[70=70.0000Hz] - locked

SwitchRes: [2048]x[1536]_[75=75.0000Hz] - locked

SwitchRes: [2048]x[1536]_[85=85.0000Hz] - locked

SwitchRes: [19xx] (1) vertical ([email protected])->([email protected])
rng(0): 664 x 496_59.629i 16.010 [fract] scale(2, 1, 1) diff(0.00, 25.75, 0.0000) ratio(2.964, 1.292)
SwitchRes: Modeline "664x496_60 16.01KHz 59.63Hz" 13.96 664 696 760 872 496 498 503 537 interlace -hsync -vsync
Switchres: saving DALDTMCRTBCD664x496x0x60 - Modeline "664x496_60 16.16KHz 59.96Hz" 14.09 664 696 760 872 496 499 504 539 interlace -hsync -vsync
Switchres: updating DALDTMCRTBCD664x496x0x60 - Modeline "664x496_60 16.01KHz 59.63Hz" 13.96 664 696 760 872 496 498 503 537 interlace -hsync -vsync
SwitchRes: Setting option -rotate
SwitchRes: Setting option -noror
SwitchRes: Setting option -noautoror
SwitchRes: Setting option -norol
SwitchRes: Setting option -noautorol
SwitchRes: Setting option -notriplebuffer
SwitchRes: Setting option -syncrefresh
SwitchRes: Setting option -waitvsync
SwitchRes: Setting option -nohwstretch
SwitchRes: Setting option -filter
SwitchRes: Setting option -nocleanstretch
SwitchRes: Setting option -keepaspect
SwitchRes: Setting option -prescale 1
Video: Monitor 00010001 = "\\.\DISPLAY1" (primary)
Direct3D: Using Direct3D 9
Blitting thread created
winwindow_video_window_create: blit_lock = TRUE
Blitting thread started
window_proc: WM_NCACTIVATE
Direct3D: Configuring adapter #0 = RADEON X700 SE
Direct3D: Warning - Device does not support Pixel Shader 3.0, falling back to non-PS rendering
Direct3D: Using dynamic textures
Direct3D: YUV format = UYVY
Direct3D: Device created at 664x496
Direct3D: Max texture size = 2048x2048
blit_unlock = TRUE
window_proc: WM_PAINT
blit_lock = FALSE
window_proc: WM_PAINT:END
DirectSound: Primary buffer: 48000 Hz, 16 bits, 2 channels
RawInput: APIs detected
Input: Adding Mouse #0: Logitech USB Cordless Mouse
Input: Adding Gun #0: Logitech USB Cordless Mouse
Input: Adding Kbd #0: Teclado estándar de 101/102 teclas o Microsoft Natural PS/2 Keyboard
DirectInput: Using DirectInput 7
Input: Adding Joy #0: Xin-Mo Dual Arcade
Input: Adding Joy #1: Xin-Mo Dual Arcade
Region ':maincpu' created
Region ':gfx' created
Region ':audiocpu' created
Region ':qsound' created
Starting 19XX: The War Against Destiny (USA 951207) ':'
Optional shared pointer 'mainram' not found
Optional shared pointer 'paletteram2' not found
Optional shared pointer 'paletteram' not found
Optional shared pointer 'paletteram2' not found
Optional shared pointer 'paletteram' not found
Optional shared pointer 'paletteram2' not found
Optional shared pointer 'paletteram' not found
(missing dependencies; rescheduling)
Starting 68000 ':maincpu'
Starting Timer ':scantimer'
Starting Z80 ':audiocpu'
Starting EEPROM ':eeprom'
Starting Video Screen ':screen'
Starting Speaker ':lspeaker'
(missing dependencies; rescheduling)
Starting Speaker ':rspeaker'
(missing dependencies; rescheduling)
Starting Q-Sound ':qsound'
Starting 19XX: The War Against Destiny (USA 951207) ':'
Optional shared pointer 'mainram' not found
Optional shared pointer 'paletteram2' not found
Optional shared pointer 'paletteram' not found
Optional shared pointer 'paletteram2' not found
Optional shared pointer 'paletteram' not found
Optional shared pointer 'paletteram2' not found
Optional shared pointer 'paletteram' not found
(missing dependencies; rescheduling)
Starting Speaker ':lspeaker'
Starting Speaker ':rspeaker'
Starting 19XX: The War Against Destiny (USA 951207) ':'
Optional shared pointer 'mainram' not found
Optional shared pointer 'paletteram2' not found
Optional shared pointer 'paletteram' not found
Optional shared pointer 'paletteram2' not found
Optional shared pointer 'paletteram' not found
Optional shared pointer 'paletteram2' not found
Optional shared pointer 'paletteram' not found
Average speed: 100.15% (112 seconds)
Sound: buffer overflows=3 underflows=0
window_proc: WM_NCACTIVATE
blit_lock = TRUE
window_proc: WM_DESTROY
blit_lock = TRUE
Blitting thread destroyed
Blitting thread ended
Switchres: restoring DALDTMCRTBCD664x496x0x60 - Modeline "664x496_60 16.16KHz 59.96Hz" 14.09 664 696 760 872 496 499 504 539 interlace -hsync -vsync

Edited by Cosgarion - 21/4/2013, 11:05

mdsavio

Posted on 21/4/2013, 08:50

Peazo de tutorial!

Muy importante y le hechare un mejor vistazo, bien cuando algun dia tenga una ATI, (soy de Geforce Nvidia e toda la vida de dios) o cuando se pueda usar todo esto con Geforce.

Gracias!

Cosgarion

Posted on 21/4/2013, 09:13

Group:: Member

Posts:: 469

Location:: Murcia

Status:

Gracias mdsavio.

Realmente se puede con algunas nvidia y la combinación de todo esto con el powerstrip.

El problema es que por el coste que tienen las tarjetas de segunda mano no creo que merezca la pena el liarse. Tenemos ATI antiguas totalmente compatibles desde 10€

KikeBronx

Posted on 21/4/2013, 14:23

Cosgarion

Posted on 21/4/2013, 15:26

Group:: Member

Posts:: 469

Location:: Murcia

Status:

Te respondo en la cita

QUOTE (KikeBronx @ 21/4/2013, 15:23)

Lo primero, y antes de todo, darte las gracias por este pedazo de tutorial. Estoy seguro que va a ayudar a muchisimo usuarios.

Y dicho esto, las dudas jajaja

-Con descargarse los drivers modificados para la Saphire HD4770 es suficientes, no?? Tengo que descargarme algun driver mas??
NO MAS DRIVERS. No recuerdo si la versión que he subido y tenia la actualización del VMMaker por lo que te recomiendo bajarla y descomprimir encima de la misma carpeta de driver.

-Al final he decido descargarme el GroovyMAME. Como se cual es mi Romset??
Si lo has hecho bien tendras la misma del mame.exe que ahora tengas (boton derecho propiedades ->versión). Creo que antes se podia utilizar el comando "-listromdistribution" pero no se si está operativo. Seguro que hay una manera sencilla de saberlo pero no lo se.

-Puedo instalar el GroovyMAME antes de actualizar los drivers y sacar los 15hz?? O es necesario que primero saque los 15hz y luego instale el GroovyMAME??
Claro, no importa el orden, solo acuerdate de configurarlo y crear un mame.ini nuevo (mame.exe -cc) o pegar el mío

-Supongo que despues de instalar los drivers y sacar los 15hz y conectarlo al monitor arcade tendre que instalar los programas/drivers del PC2-Jamma, no??
Ni idea, soy novato y uso joy2usb .

-Despues de instalar el GroovyMAME puedo instalar tu MAME.ini y tu VMMaker.ini o tengo que tengo que hacer antes algo??
Si, puedes sustituir ambos ini pero luego acuerdate de ejecutar vmmaker.exe

-El enlace MAME.ini esta roto. No puedo descargarlo.
Lo subiré esta tarde a otro sitio. No le gusta el nombre, lo he subido ya dos veces y lo bloquea.

-Mi ruta del Hyperspin es: C:\Hyperspin\Emulators\MAME. Tengo que cambiar el nombre de las carpetas (a las de Arda) o puedo cambiar algo para mantener los nombre de las carpetas??
El nombre de carpetas ni tocarlo. Tienes que cambiar la ruta dentro de vmmaker.ini

-Que pasa con el resto de emuladores del Hyperspin: Sega Model 2, Supermodel 3 y PC Games?? Eso no lo toco?? Poder jugar bien con ellos??
Sin problemas, solo cambia mame. Yo he jugado a TaitoX2 después de tener este driver y los 15khz.

Y de momento creo que eso es todo jajaja

Saludos y gracias de nuevo por este pedazo de tutorial!!

Edited by Cosgarion - 21/4/2013, 17:33

kvothe

Posted on 21/4/2013, 23:10

Cosgarion, esto es un lujo! Gracias de verdad, es una pasada de tutorial. Me lo voy a empollar.

Una pregunta, a opinión personal, que ati de la serie 4000 recomendarías para mame? Que tirara de los de toda la vida, no los poligonales.

Cosgarion

Posted on 21/4/2013, 23:25

Group:: Member

Posts:: 469

Location:: Murcia

Status:

Cualquiera dará el mismo rendimiento en mame pero por pedir una 4250 o 4350 pasiva, o una X300, por ejemplo.

Saludos

Ijplus69

Posted on 21/4/2013, 23:57

Cosgarion:

Este tutorial es un lujo.

A mi ya me estan buscando una tarjeta de las que recomiendas.

Un saludo

kvothe

Posted on 22/4/2013, 08:55

Cosgarion, entonces cuando se conecta la arcadevga de ultimarc, realmente no estás jugando con la resolución exacta de cada juego no?
Es para tener claro la diferencia

elreypescador

Posted on 22/4/2013, 11:19

Group:: Moderator

Posts:: 4,615

Location:: Murcia

Status:

Amén tío... Qué pedazo de tutorial, sí señor. Hasta a mí que no lo voy a usar me ha quedado clarito, clarito.

Es bien cierto que es un currazo tener las resoluciones y refrescos nativos de cada juego, pero luego la satisfacción de jugarlos tiene que ser impagable. Si un día me pongo con una original, ya sé que tuto tendré que tener enfrente, jejejejeje.

Muchísimas gracias por el tutorial Cosgarion!!! Eres un crack!!! Un saludo paisano!!!

BALLE-

Posted on 22/4/2013, 11:53

Group:: Moderadores

Posts:: 17,872

Location:: Zona Arcade.

Status:

Joperrr buenisimo!!!, si pareces técnico de pantallasss!!!!, con tanta técnica....

Muy bueno Cosgarion macho, lo tenemos mascadito para cuando sea necesario...

Enhorabuena por el currazooo..., la caña!!!...

Saludos.

Contacts

184 replies since 20/4/2013, 12:01 33465 views