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Generación de grupos de sensores (perfil de cámara V2)

  • Artículo

En RS1, la generación de grupos de sensores se basaba en la existencia de perfiles simultáneos o en la declaración del campo FSSensorGroupId en el nodo de la interfaz del dispositivo. Si el FSSensorGroupId coincide y todos los dispositivos tenían el mismo identificador de contenedor, se creó un grupo de sensores.

Perfiles de simultaneidad

El perfil de simultaneidad, en el perfil de cámara 1507 requiere que cada dispositivo muestre explícitamente la información multimedia simultánea admitida de todos los demás dispositivos que puedan transmitir simultáneamente. Este requisito dio lugar a una cantidad significativa de información redundante.

Para simplificar la declaración de perfiles simultáneos, si se establece OEMCameraProfileVersion y la versión es 2 o superior, Frame Server usa el identificador de perfil para determinar la simultaneidad. FSSensorGroupId genera un grupo de sensores y se basa en los perfiles definidos por esos dispositivos, si el identificador de perfil coincide, se consideran perfiles simultáneos.

Por ejemplo, tenemos dos dispositivos (dispositivo 1 y dispositivo 2), que admiten los siguientes perfiles:

Dispositivo Perfiles admitidos
Dispositivo 1 VideoRecording,0

VideoRecording,1

VideoRecording,2

HighQualityPhoto,0

HighQualityPhoto,1

HighQualityPhoto,2
Dispositivo 2 VideoRecording,1

VideoRecording,2

VideoRecording,3

VideoRecording,4

HighQualityPhoto,2

HighQualityPhoto,3

HighQualityPhoto,4

Y tanto el dispositivo 1 como el dispositivo 2 declaran FSSensorGroupId en su interfaz de dispositivo y tienen el mismo identificador de contenedor. Frame Server crea un grupo de sensores para estos dos dispositivos.

Frame Server también publica simultaneidad entre los dos dispositivos para cualquier perfil con identificadores de perfil coincidentes:

  • VideoRecording,1

  • VideoRecording,2

  • HighQualityPhoto,2

Dado que [VideoRecording,1], [VideoRecording,2] y [HighQualityPhoto,2] Los identificadores de perfil son comunes entre los dos dispositivos, Frame Server publica perfiles simultáneos para esos perfiles.

Esto permite que las cámaras individuales declaren sus perfiles junto con sus perfiles simultáneos solo en sus nodos de interfaz de dispositivo.

Los perfiles simultáneos para el perfil de cámara V2 se generan como perfiles publicados por grupos de sensores. Los desarrolladores de aplicaciones pueden tratar el perfil de cámara V2 de forma uniforme independientemente de si el perfil pertenece a un único dispositivo físico o a una colección de dispositivos virtualizados a través de un grupo de sensores.

Perfiles de grupo de sensores

Dado que un grupo de sensores es una construcción virtual, no hay ningún perfil específico disponible para un grupo de sensores. En su lugar, el servidor frame publica un conjunto virtual de perfiles junto con la información del grupo de sensores.

Para nuestro dispositivo de ejemplo 1 y dispositivo 2, el conjunto de perfiles del grupo de sensores resultante sería:

  • VideoRecording,0

  • VideoRecording,1

  • VideoRecording,2

  • VideoRecording,3

  • VideoRecording,4

  • HighQualityPhoto,0

  • HighQualityPhoto,2

  • HighQualityPhoto,3

  • HighQualityPhoto,4

Los perfiles resaltados, porque son perfiles simultáneos, se sintetizan mediante Frame Server.

Por ejemplo:

VideoRecording,1 y VideoRecording,2 del dispositivo 1 se declaran como:

HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,1","BlockedControls",0,"PHSEQ"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,1","MTF0",0,"Pin0:((RES==;FRT==;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,1","MTF1",0,"Pin1:((RES==;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,1","MTF2",0,"Pin2:((RES==;FRT==;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2","MTF0",0,"Pin0:((RES<=1280,960;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2","MTF1",0,"Pin0:((RES<=1280,720;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2","MTF2",0,"Pin1:((RES<=1280,960;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2","MTF3",0,"Pin1:((RES<=1280,720;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2","MTF4",0,"Pin2:((RES<=3840,2880;FRT<=8,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2","MTF5",0,"Pin2:((RES<=3840,2160;FRT<=8,1;SUT==ALL))"

Y el dispositivo 2, una cámara orientada al mundo, con un sensor más grande, declara estos perfiles:

HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,1","BlockedControls",0,"PHSEQ"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,1","MTF0",0,"Pin0:((RES==;FRT==;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,1","MTF1",0,"Pin1:((RES==;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,1","MTF2",0,"Pin2:((RES==;FRT==;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2","MTF0",0,"Pin0:((RES<=1920,1440;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2","MTF1",0,"Pin0:((RES<=1920,1080;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2","MTF2",0,"Pin1:((RES<=1920,1440;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2","MTF3",0,"Pin1:((RES<=1920,1080;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2","MTF4",0,"Pin2:((RES<=5120,3840;FRT<=8,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2","MTF5",0,"Pin2:((RES<=5120,2880;FRT<=8,1;SUT==ALL))"

Para el grupo de sensores que se genera, supongamos que el dispositivo 1 se agrega primero, el perfil VideoRecording,1 y VideoRecording,2 es:

HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,1","BlockedControls",0,"PHSEQ"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,1","MTF0",0,"Pin0:((RES==;FRT==;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,1","MTF1",0,"Pin1:((RES==;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,1","MTF2",0,"Pin2:((RES==;FRT==;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,1","MTF3",0,"Pin3:((RES==;FRT==;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,1","MTF4",0,"Pin4:((RES==;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,1","MTF5",0,"Pin5:((RES==;FRT==;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2","MTF0",0,"Pin0:((RES<=1280,960;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2","MTF1",0,"Pin0:((RES<=1280,720;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2","MTF2",0,"Pin1:((RES<=1280,960;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2","MTF3",0,"Pin1:((RES<=1280,720;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2","MTF4",0,"Pin2:((RES<=3840,2880;FRT<=8,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2","MTF5",0,"Pin2:((RES<=3840,2160;FRT<=8,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2","MTF6",0,"Pin3:((RES<=1920,1440;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2","MTF7",0,"Pin3:((RES<=1920,1080;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2","MTF8",0,"Pin4:((RES<=1920,1440;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2","MTF9",0,"Pin4:((RES<=1920,1080;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2","MTF10",0,"Pin5:((RES<=5120,3840;FRT<=8,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2","MTF11",0,"Pin5:((RES<=5120,2880;FRT<=8,1;SUT==ALL))"

Como se puede ver, al igual que el grupo de sensores traduce los índices de patillas para reflejar el dispositivo virtual, la misma traducción del índice de patillas tiene lugar para la declaración de perfil.

Nota: La restricción de perfil para perfiles simultáneos DEBE ser la misma. En el ejemplo anterior, ninguno de los perfiles tiene restricciones de perfil, por lo que se pueden combinar. Si uno de los perfiles declarara una restricción de perfil o declarara una restricción de perfil diferente, la sintaxis del perfil no sería válida y rechazada.

Declaración de perfil de ejemplo (generación de grupos de sensores)

Para ilustrar el nuevo esquema de perfil declarativo, podemos generar un perfil de cámara de ejemplo a través de entradas INF para dos cámaras hipotéticas.

Supongamos que tenemos dos cámaras, una orientada al usuario (UF de cámara) y otra orientada al mundo (WF de la cámara). Supongamos también que camera WF tiene un sensor más grande capaz de una mayor resolución y velocidades de fotogramas.

El conjunto de tipos de medios disponibles de las dos cámaras puede tener un aspecto similar al siguiente:

Cámara Tipo de medio disponible
WF: versión preliminar 3840x2160@30fps

2560x1920@30fps

1920x1080@30fp

1280x960@30fps

1280x720@30fps

800x600@30fps

640x480@30fps

640x360@30fps
WF: Capture 3840x2160@60fps

3840x2160@30fps

2560x1920@60fps

2560x1920@30fps

1920x1080@120fp

1920x1080@60fp

1920x1080@30fp

1280x960@120fps

1280x960@60fps

1280x960@30fps

1280x720@120fps

1280x720@60fps

1280x720@30fps

800x600@120fps

800x600@60fps

800x600@30fps

640x480@120fps

640x480@60fps

640x480@30fps

640x360@120fps

640x360@60fps

640x360@30fps
WF: Foto 5120x3840 (sin secuencia de fotos)

3840x2160

2560x1920

1920x1080

1280 x 960

280x720
UF: Versión preliminar 1920x1080@30fp

1280x960@30fps

1280x720@30fps

800x600@30fps

640x480@30fps

640x360@30fps
UF: Capture 1920x1080@120fp

1920x1080@60fp

1920x1080@30fp

1280x960@120fps

1280x960@60fps

1280x960@30fps

1280x720@120fps

1280x720@60fps

1280x720@30fps

800x600@120fps

800x600@60fps

800x600@30fps

640x480@120fps

640x480@60fps

640x480@30fps

640x360@120fps

640x360@60fps

640x360@30fps
UF: Foto 3840x2160 (sin secuencia de fotos)

2560x1920 (sin secuencia de fotos)

1920x1080

1280 x 960

1280x720

Vamos a agregar también algunas restricciones hipotéticas de hardware:

  1. El pin de vista previa es el pin 0. En el KSFILTER_DESCRIPTOR, cuando se define la matriz de KSPIN_DESCRIPTOR_EX, el primer KSPIN_DESCRIPTOR_EX es el descriptor del pin de vista previa. Del mismo modo, el pin 1 es el pin capture y el pin 2 es Photo pin.

  2. El uso de la captura de alta velocidad de fotogramas en los bloques de cámara WF utiliza la cámara UF (cualquier tipo de medio cuya velocidad de fotogramas sea superior a 30 fps se considera alta velocidad de fotogramas).

  3. El uso de captura 4K (3840x2160) o una resolución superior en la cámara WF limita la cámara orientada a UF a 720p.

  4. La vista previa y la captura deben usar la misma resolución si se usa una captura de velocidad de fotogramas alta.

  5. Todos los perfiles deben tener la misma relación de aspecto entre las operaciones de vista previa, registro y foto.

  6. Ambas cámaras son capaces de capturar y fotos simultáneas, siempre y cuando la captura de alta velocidad de fotogramas no se use y la grabación de vídeo 4K o superior no esté activa.

  7. Solo las operaciones de grabación de vídeo son posibles para ambas cámaras cuando ambas están activas y la resolución está limitada a 1080p y la velocidad de fotogramas debe ser de 30 fps o inferior.

Al traducir las restricciones anteriores en perfiles de ejemplo, tenemos la siguiente declaración:

; Camera WF
[SampleDriver.WorldFacingCameraInterface.AddReg]
HKR,,"FSSensorGroupId",0,"{E770B3DB-F6C9-4303-B767-97F17A6BD123}"
HKR,,"OEMCameraProfileVersion",0x00010001,2
HKR,"Profiles\KSCAMERAPROFILE_HighFrameRate,0","Constraint",0,"LRS;LST"
HKR,"Profiles\KSCAMERAPROFILE_HighFrameRate,0","MTF0",0,"Pin0:((RES==;FRT==;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_HighFrameRate,0","MTF1",0,"Pin1:((RES==;FRT>=60,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_HighFrameRate,0","MTF2",0,"Pin2:(!)"
HKR,"Profiles\KSCAMERAPROFILE_PhotoSequence,0","MTF0",0,"Pin0:((RES<=1920,1080;FRT<=30,1;SUT==ALL))((RES<=1280,960;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_PhotoSequence,0","MTF1",0,"Pin1:(!)"
HKR,"Profiles\KSCAMERAPROFILE_PhotoSequence,0","MTF2",0,"Pin2:((RES<=3840,2160;FRT==;SUT==ALL))((RES<=2560,1920;FRT==;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_HighQualityPhoto,0","BlockedControls",0,"PHSEQ"
HKR,"Profiles\KSCAMERAPROFILE_HighQualityPhoto,0","MTF0",0,"Pin0:((RES<=1920,1080;FRT<=30,1;SUT==ALL))((RES<=1280,960;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_HighQualityPhoto,0","MTF1",0,"Pin1:((RES<=1920,1080;FRT<=30,1;SUT==ALL))((RES<=1280,960;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_HighQualityPhoto,0","MTF2",0,"Pin2:((RES==;FRT==;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2000","MTF0",0,"Pin0:((RES<=1920,1080;FRT<=30,1;SUT==ALL)) ((RES<=1280,960;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2000","MTF1",0,"Pin1:((RES<=1920,1080;FRT<=30,1;SUT==ALL)) ((RES<=1280,960;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2000","MTF2",0,"Pin2:(!)"

; Camera UF
[SampleDriver.UserFacingCameraInterface.AddReg]
HKR,,"FSSensorGroupId",0,"{E770B3DB-F6C9-4303-B767-97F17A6BD123}"
HKR,,"OEMCameraProfileVersion",0x00010001,2
HKR,"Profiles\KSCAMERAPROFILE_HighFrameRate,1000","Constraint",0,"LRS;LST"
HKR,"Profiles\KSCAMERAPROFILE_HighFrameRate,1000","MTF0",0,"Pin0:((RES==;FRT==;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_HighFrameRate,1000","MTF1",0,"Pin1:((RES==;FRT>=60,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_HighFrameRate,1000","MTF2",0,"Pin2:(!)"
HKR,"Profiles\KSCAMERAPROFILE_PhotoSequence,1000","MTF0",0,"Pin0:((RES<=1920,1080;FRT<=30,1;SUT==ALL))((RES<=1280,960;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_PhotoSequence,1000","MTF1",0,"Pin1:(!)"
HKR,"Profiles\KSCAMERAPROFILE_PhotoSequence,1000","MTF2",0,"Pin2:((RES<=1920,1080;FRT==;SUT==ALL))((RES<=1280,960;FRT==;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_HighQualityPhoto,1000","BlockedControls",0,"PHSEQ"
HKR,"Profiles\KSCAMERAPROFILE_HighQualityPhoto,1000","MTF0",0,"Pin0:((RES<=1920,1080;FRT<=30,1;SUT==ALL))((RES<=1280,960;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_HighQualityPhoto,1000","MTF1",0,"Pin1:((RES<=1920,1080;FRT<=30,1;SUT==ALL))((RES<=1280,960;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_HighQualityPhoto,1000","MTF2",0,"Pin2:((RES==;FRT==;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2000","MTF0",0,"Pin0:((RES<=1920,1080;FRT<=30,1;SUT==ALL)) ((RES<=1280,960;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2000","MTF1",0,"Pin1:((RES<=1920,1080;FRT<=30,1;SUT==ALL)) ((RES<=1280,960;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2000","MTF2",0,"Pin2:(!)"

Cuando estos perfiles se procesan durante la generación del grupo de sensores (FSSensorGroupId se declara para la directiva INF anterior), el "INF" del grupo de sensores resultante tendría un aspecto similar a la siguiente declaración (suponiendo que camera WF se agrega primero al grupo de sensores).

Sin embargo, no hay ningún INF generado. Esto es simplemente un ejemplo para ilustrar cómo el proceso de publicación del grupo de sensores sintetiza los perfiles en varios dispositivos.

; Sensor Group WF & UF
[SampleDriver.SensorGroupInterface.AddReg]
HKR,,"OEMCameraProfileVersion",0x00010001,2
HKR,"Profiles\KSCAMERAPROFILE_HighFrameRate,0","Constraint",0,"LRS;LST"
HKR,"Profiles\KSCAMERAPROFILE_HighFrameRate,0","MTF0",0,"Pin0:((RES==;FRT==;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_HighFrameRate,0","MTF1",0,"Pin1:((RES==;FRT>=60,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_HighFrameRate,0","MTF2",0,"Pin2:(!)"
HKR,"Profiles\KSCAMERAPROFILE_HighFrameRate,1000","MTF0",0,"Pin3:((RES==;FRT==;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_HighFrameRate,1000","MTF1",0,"Pin4:((RES==;FRT>=60,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_HighFrameRate,1000","MTF2",0,"Pin5:(!)"
HKR,"Profiles\KSCAMERAPROFILE_PhotoSequence,0","MTF0",0,"Pin0:((RES<=1920,1080;FRT<=30,1;SUT==ALL))((RES<=1280,960;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_PhotoSequence,0","MTF1",0,"Pin1:(!)"
HKR,"Profiles\KSCAMERAPROFILE_PhotoSequence,0","MTF2",0,"Pin2:((RES<=3840,2160;FRT==;SUT==ALL))((RES<=2560,1920;FRT==;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_PhotoSequence,1000","MTF0",0,"Pin3:((RES<=1920,1080;FRT<=30,1;SUT==ALL))((RES<=1280,960;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_PhotoSequence,1000","MTF1",0,"Pin4:(!)"
HKR,"Profiles\KSCAMERAPROFILE_PhotoSequence,1000","MTF2",0,"Pin5:((RES<=1920,1080;FRT==;SUT==ALL))((RES<=1280,960;FRT==;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_HighQualityPhoto,0","BlockedControls",0,"PHSEQ"
HKR,"Profiles\KSCAMERAPROFILE_HighQualityPhoto,0","MTF0",0,"Pin0:((RES<=1920,1080;FRT<=30,1;SUT==ALL))((RES<=1280,960;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_HighQualityPhoto,0","MTF1",0,"Pin1:((RES<=1920,1080;FRT<=30,1;SUT==ALL))((RES<=1280,960;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_HighQualityPhoto,0","MTF2",0,"Pin2:((RES==;FRT==;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_HighQualityPhoto,1000","BlockedControls",0,"PHSEQ"
HKR,"Profiles\KSCAMERAPROFILE_HighQualityPhoto,1000","MTF0",0,"Pin3:((RES<=1920,1080;FRT<=30,1;SUT==ALL))((RES<=1280,960;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_HighQualityPhoto,1000","MTF1",0,"Pin4:((RES<=1920,1080;FRT<=30,1;SUT==ALL))((RES<=1280,960;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_HighQualityPhoto,1000","MTF2",0,"Pin5:((RES==;FRT==;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2000","MTF0",0,"Pin0:((RES<=1920,1080;FRT<=30,1;SUT==ALL)) ((RES<=1280,960;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2000","MTF1",0,"Pin1:((RES<=1920,1080;FRT<=30,1;SUT==ALL)) ((RES<=1280,960;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2000","MTF2",0,"Pin2:(!)"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2000","MTF3",0,"Pin3:((RES<=1920,1080;FRT<=30,1;SUT==ALL)) ((RES<=1280,960;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2000","MTF4",0,"Pin4:((RES<=1920,1080;FRT<=30,1;SUT==ALL)) ((RES<=1280,960;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2000","MTF6",0,"Pin5:(!)"

Restricción de perfil de AAR

Uno de los posibles métodos abreviados para declarar perfiles es establecer la restricción de perfil de AAR. Si la restricción del hardware subyacente es simplemente una limitación de ancho de banda, la declaración de perfil anterior se puede reducir a:

; Camera WF
[SampleDriver.WorldFacingCameraInterface.AddReg]
HKR,,"FSSensorGroupId",0,"{E770B3DB-F6C9-4303-B767-97F17A6BD123}"
HKR,,"OEMCameraProfileVersion",0x00010001,2
HKR,"Profiles\KSCAMERAPROFILE_HighFrameRate,0","Constraint",0,"LRS;LST"
HKR,"Profiles\KSCAMERAPROFILE_HighFrameRate,0","MTF0",0,"Pin0:((RES==;FRT==;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_HighFrameRate,0","MTF1",0,"Pin1:((RES==;FRT>=60,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_HighFrameRate,0","MTF2",0,"Pin2:(!)"
HKR,"Profiles\KSCAMERAPROFILE_PhotoSequence,0","Constraint",0,"AAR"
HKR,"Profiles\KSCAMERAPROFILE_PhotoSequence,0","MTF0",0,"Pin0:((RES<=1920,1080;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_PhotoSequence,0","MTF1",0,"Pin1:(!)"
HKR,"Profiles\KSCAMERAPROFILE_PhotoSequence,0","MTF2",0,"Pin2:((RES<=3840,2160;FRT==;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_HighQualityPhoto,0","Constraint",0,"AAR"
HKR,"Profiles\KSCAMERAPROFILE_HighQualityPhoto,0","BlockedControls",0,"PHSEQ"
HKR,"Profiles\KSCAMERAPROFILE_HighQualityPhoto,0","MTF0",0,"Pin0:((RES<=1920,1080;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_HighQualityPhoto,0","MTF1",0,"Pin1:((RES<=1920,1080;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_HighQualityPhoto,0","MTF2",0,"Pin2:((RES==;FRT==;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2000","MTF0",0,"Pin0:((RES<=1920,1080;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2000","MTF1",0,"Pin1:((RES<=1920,1080;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2000","MTF2",0,"Pin2:(!)"

; Camera UF
[SampleDriver.UserFacingCameraInterface.AddReg]
HKR,,"FSSensorGroupId",0,"{E770B3DB-F6C9-4303-B767-97F17A6BD123}"
HKR,,"OEMCameraProfileVersion",0x00010001,2
HKR,"Profiles\KSCAMERAPROFILE_HighFrameRate,1000","Constraint",0,"LRS;LST"
HKR,"Profiles\KSCAMERAPROFILE_HighFrameRate,1000","MTF0",0,"Pin0:((RES==;FRT==;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_HighFrameRate,1000","MTF1",0,"Pin0:((RES==;FRT>=60,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_HighFrameRate,1000","MTF2",0,"Pin2:(!)"
HKR,"Profiles\KSCAMERAPROFILE_PhotoSequence,1000","Constraint",0,"AAR"
HKR,"Profiles\KSCAMERAPROFILE_PhotoSequence,1000","MTF0",0,"Pin0:((RES<=1920,1080;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_PhotoSequence,1000","MTF1",0,"Pin1:(!)"
HKR,"Profiles\KSCAMERAPROFILE_PhotoSequence,1000","MTF2",0,"Pin2:((RES<=1920,1080;FRT==;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_HighQualityPhoto,1000","Constraint",0,"AAR"
HKR,"Profiles\KSCAMERAPROFILE_HighQualityPhoto,1000","BlockedControls",0,"PHSEQ"
HKR,"Profiles\KSCAMERAPROFILE_HighQualityPhoto,1000","MTF0",0,"Pin0:((RES<=1920,1080;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_HighQualityPhoto,1000","MTF1",0,"Pin1:((RES<=1920,1080;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_HighQualityPhoto,1000","MTF2",0,"Pin2:((RES==;FRT==;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2000","MTF0",0,"Pin0:((RES<=1920,1080;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2000","MTF1",0,"Pin1:((RES<=1920,1080;FRT<=30,1;SUT==ALL))"
HKR,"Profiles\KSCAMERAPROFILE_VideoRecording,2000","MTF2",0,"Pin2:(!)"

Esto aplica la restricción de perfil de AAR, por lo que toda la lógica de coincidencia basada en la resolución se aplica a todas las relaciones de aspecto.

Así que en lugar de:

HKR,"Profiles\KSCAMERAPROFILE_HighQualityPhoto,0","MTF0",0,"Pin0:((RES<=1920,1080;FRT<=30,1;SUT==ALL))((RES<=1280,960;FRT<=30,1;SUT==ALL))"

Para coincidir con las resoluciones 16:9 y 4:3 de 1080p o inferior y 1280x960 o inferior, la declaración se convierte en:

HKR,"Profiles\KSCAMERAPROFILE_HighQualityPhoto,0","MTF0",0,"Pin0:((RES<=1920,1080;FRT<=30,1;SUT==ALL))"

Que aplica la lógica coincidente a toda la resolución cuyo recuento total de píxeles es menor que 1920 * 1080.

Este acceso directo solo es válido si las restricciones HW se basan únicamente en el ancho de banda de píxeles.

Especificación del desarrollador camera Profile V2