MIDI para órganos digitales

Componentes y suministros

Arduino Mega 2560

Enchufe Midi DIN

Resistencia 220 ohmios

Cable USB-A a B

Cable AWM

Encabezado masculino 40 Posición 1 Fila (0.1 ")

Potenciómetro, deslizamiento

10K lineales

IDC Socket

(Opcional)

Cables de puente macho / macho

(Opcional)

Herramientas y máquinas necesarias

Soldador (genérico)

Alambre de soldadura, sin plomo

Fundente de soldadura, soldadura

Pelacables, punta de pinza dentada

Alicates, corte lateral

Alicates, punta plana

Aplicaciones y servicios en línea

Arduino IDE

Acerca de este proyecto

Este proyecto muestra cómo convertir una vieja consola de órgano para que pueda usarse para enviar mensajes MIDI de hardware desde los manuales y pedales usando un solo Arduino Mega.

El proyecto comenzó como un intento de enviar mensajes midi mientras la generación de sonido original aún estaba intacta, sin embargo, los circuitos originales resultaron bastante difíciles de realizar ingeniería inversa. Después de pasar un tiempo con el código, desarrollé código tanto para manuales de tipo bussed como para manuales de tipo matricial.

Notas:

Este proyecto modifica el órgano para que el cambio de teclado original ya no funcione.

Dentro de un órgano viejo, hay componentes eléctricos que pueden ser peligrosos. Trabaje siempre con el órgano desconectado y asegúrese de tener la experiencia y las habilidades para trabajar en este proyecto de manera segura. En caso de duda, consulte con un técnico en electrónica local calificado antes de intentar este proyecto.

Los componentes dentro de los órganos viejos a menudo son bastante viejos y están al borde de funcionar mal, por lo que cualquier modificación puede resultar en daño al órgano. Seguir las instrucciones proporcionadas aquí se realiza bajo el propio riesgo del usuario, y el autor de este artículo no asume ninguna responsabilidad por cualquier daño que se produzca en un órgano, equipo o personas como resultado de intentar seguir estas instrucciones.

Paso 1:examinar el órgano

Mi primer código publicado asumió que el órgano que desea modificar ya tiene un teclado matricial, con interruptores discretos y diodos ya instalados. Desde que publiqué esa primera versión, también he desarrollado código que funcionará con diseños de teclados con bus. Simplemente siga las instrucciones y use el código para la versión que se aplica a usted (Matrixed vs. Bussed). Sin embargo, para ambos diseños, necesitará diodos conectados a cada interruptor. Estos se pueden obtener de forma económica. Sin embargo, el código cargado en Arduino Mega es diferente con un diseño matricial frente a un diseño en bus.

El órgano en particular que se midió en este ejemplo tiene interruptores normalmente abiertos (NO) para los teclados y interruptores normalmente cerrados (NC) para los pedales. Con un multímetro, puede verificar qué tipo de interruptores tiene el órgano que planea convertir. Si el tipo de interruptor es diferente al que se hizo para este órgano, tendrá que modificar el código para que se adapte al tipo de interruptor (se dan ejemplos en el código)

Descubra cómo abrir el órgano para acceder a los teclados y los contactos de la pedalera, y busque un lugar adecuado para colocar el Arduino dentro del órgano. Es posible que tenga que perforar agujeros o instalar enchufes para proporcionar energía al Arduino y para montar el enchufe Midi. En este ejemplo, se conectó un enchufe de alimentación de 3 clavijas a una pequeña caja de energía dentro del órgano para proporcionar energía al Arduino, se perforó un orificio y se colocó un enchufe Midi DIN en el orificio.

El órgano particular que se muestra aquí tenía dos teclados con matrices de 6x11 y una pedalera con una matriz de 6x7. Si planea seguir la ruta de la matriz, y el órgano en particular ya tiene una matriz de 8x8, el código y el cableado deberán modificarse para adaptarse a una matriz de 8x8, o la matriz original tendrá que volver a cablearse para admitir una matriz de 6x11.

Paso 2:adjunta Arduino

-Mi Arduino Mega venía con una pequeña placa de plástico para montarlo en la madera del órgano. Lo adjunté con pequeños tornillos para madera n. ° 4 y tornillos de máquina n. ° 4 para sujetar el Arduino a la placa. Es una buena idea colocar el Arduino primero, de modo que pueda estimar la longitud que debe tener cada cable. En este punto, también puede encontrar una forma de suministrar energía al Arduino.

Paso 3:Prepare los cables

Teclado matricial:

Cada teclado tendrá 61 interruptores. En el ejemplo que se usa aquí, cada teclado tenía 6 filas, con un cable que iba desde el primer terminal de cada interruptor al primer terminal de cada interruptor a 6 interruptores. El segundo terminal del interruptor fue luego a un diodo, luego a las columnas, de las cuales los interruptores se dividieron en 11 columnas para los manuales y 7 columnas para los pedales. Para cada manual y los pedales, entonces, se deben cortar dos tramos del cable AWM recomendado para que lleguen desde cada división hasta la placa Arduino, preferiblemente siguiendo un camino que pueda organizarse ordenadamente y siempre dejando más margen de maniobra del necesario. Para las columnas, es preferible que el cable se extienda a lo largo del teclado o pedalera antes de ir al Arduino. Mida cada tramo de cable y córtelo a la medida. Usando las pinzas pequeñas, separe los hilos individuales del cable en los extremos y pele el plástico que cubre los extremos de los cables con los pelacables.

Teclado con bus:

El teclado se puede dividir en 6 cables AWM, con un cable ordinario para el interruptor 61. Separe los hilos individuales del cable en los extremos, luego pele el plástico que cubre los extremos con los pelacables.

Paso 4:Suelde los extremos del cable a los conectores macho

Teclados de matriz y de bus:suelde los extremos de los cables correspondientes a las clavijas del cabezal macho o, si utiliza la placa de terminales de tornillo, conecte los cables correspondientes a los terminales de tornillo.

Paso 5:Suelde el otro extremo del cable a los interruptores

Teclado matricial:

-Si el órgano ya tiene cada contacto cableado, tendrás que desoldar o recortar los cables originales para que este proyecto funcione. Si el órgano tiene una matriz de 6x11, tiene sentido conservar las filas de cables que van de cada interruptor al siguiente interruptor 6 hacia arriba. Por lo tanto, retire los cables de la fila que van desde el primer conjunto de seis a la computadora original, y suelde los cables de 6 filas a la posición donde solían estar los otros 6. Para las columnas, si ya tienen diodos en su lugar, entonces sujete o desolde el cable que va desde el otro extremo de los diodos a la computadora original, luego suelde el cable de la columna que va a su Arduino en su lugar. Con bridas de plástico, puede organizar los cables para que corran ordenadamente por donde corren los otros cables del órgano. Para la pedalera en el órgano que se muestra arriba, el panel en la parte frontal del órgano que contiene los interruptores de lengüeta tuvo que quitarse quitando los tornillos que lo sujetan, y los cables pasaron por el pequeño orificio en el centro del panel frontal del órgano.

Teclado con bus:

En el código del teclado con bus, es necesario soldar un diodo al lado sin bus de cada interruptor, luego soldarlo a uno de los 10 cables en el cable, luego repetir para cada uno de los 6 cables, luego repetir para el último cable (# 61)

Paso 6:Suelde la resistencia al conector MIDI y suelde los otros cables al Arduino.

Paso 7:conecta los encabezados a Arduino

-Conecte todos los encabezados en el Arduino como se muestra en el esquema.

-Una solución alternativa para soldar cables en los conectores macho es comprar algunos enchufes IDC de diez pines, y conectarlos a los extremos de los cables AWM, luego usar puentes macho a macho para conectar al Arduino. Si bien esta solución no es tan permanente como la soldadura, es recomendable si tiene la intención de intentar modificar el código publicado, en caso de que sea necesario volver a cablear.

Paso 8:Cargue el software en Arduino

-Conecte un cable USB del Arduino a su computadora y asegúrese de tener el software Arduino instalado en su computadora. Seleccione la versión del código que se aplica a usted (Matrixed vs. Bussed). Ejecute el software Arduino y copie y pegue el código proporcionado en un nuevo boceto en blanco. Asegúrese de que el Arduino esté conectado a través de USB serial y haga clic en el botón "Cargar" en la parte superior del boceto.

Paso 9:prueba

Si aún no lo ha hecho, conecte su adaptador MIDI a la computadora y conecte la salida MIDI del órgano al adaptador MIDI.

Usando un software para monitorear señales midi, asegúrese de que cada tecla y pedal envíe el mensaje MIDI apropiado cuando presione la tecla y presione cada tecla.

Si planeas usarlo sin estar conectado a tu computadora, puedes conectar una pequeña fuente de alimentación de 5v al puerto de alimentación del Arduino, o conectar un enchufe de alimentación USB al extremo del cable USB que usaste, y conectarlo en un tomacorriente de pared para alimentar el Arduino.

Notas:

El código publicado para teclados con bus aún no se ha probado, sin embargo, se espera que funcione. Publique en los comentarios si ha probado el código transportado y ha encontrado algún problema con él.

Tenga en cuenta que para la versión con bus del código, los diodos son necesarios para que funcione correctamente. Además, al soldar los diodos en los interruptores, es importante soldar el diodo con el polo negativo hacia el interruptor. Para el diseño matricial, el polo negativo del diodo debe estar alejado del interruptor.

Además de agregar el diseño con bus, también he actualizado el diseño y el código originales para incluir potenciómetros, como los que se usan en los pedales de expresión.

Para que el diseño de bus funcione correctamente en el pin 13, es necesario deshabilitar de alguna manera el LED integrado de Arduino. Para hacer eso, puede quitarlo con dos soldadores o usar un par de alicates de punta fina para aplastarlo con cuidado.

Si bien el diseño con bus funciona para muchos órganos con un teclado con bus, es posible que no funcione de manera confiable si el bus está hecho de material de "bronce fosforoso". El cableado de todos los buses para un solo manual juntos y el cableado de todos los contactos para una sola llave juntos ayudará a evitar el contacto intermitente, pero para las barras de bus de bronce fosforoso, se recomienda usar llaves de 12V (que este proyecto no podría hacer).

Hardware de pedal de expresión para potenciómetros

En el futuro, espero agregar más detalles sobre esto, pero por ahora explicaré brevemente el diseño visto arriba. La conexión al pedal de expresión es un soporte en "L" económico disponible en una ferretería local. Aquí está conectado a un soporte existente, pero también se puede utilizar un segundo soporte en L conectado directamente al pedal. Se articula sobre un tornillo de máquina que se mantiene ligeramente suelto mediante el uso de una contratuerca y dos arandelas. En la imagen, usé un tornillo de máquina muy largo, pero uno tan largo no es necesario, simplemente resultó ser lo que tenía a mano. Para la varilla de metal, utilicé "soldadura JB" para sujetar un perno de ojo a un extremo, y utilicé un tornillo de máquina de tamaño apropiado para sujetarlo al soporte "L" en el otro extremo.

Para el montaje del potenciómetro en sí, compré algunas láminas acrílicas transparentes, las marqué con un cuchillo de hobby y luego las rompí a lo largo de la línea con alicates y abrazaderas. Para colocar el potenciómetro, hice una pequeña pieza de acrílico para elevarla de la pieza más grande, lijé la superficie de la pieza más pequeña de acrílico y también lijé la superficie del potenciómetro para montar y la superficie de la pieza más grande para que todo estaría unido, luego aplicó la soldadura JB y usó una pequeña abrazadera para mantener todo junto hasta que la soldadura JB se secó. Los agujeros en las piezas de acrílico se perforaron con un taladro eléctrico y brocas estándar.

La parte inferior de la pieza de acrílico más grande se sujeta a una pequeña bisagra de mueble con tornillos de máquina n. ° 4, y el otro extremo de la bisagra de mueble se fija a la parte inferior del órgano con tornillos cortos para madera n. ° 4. Hice un soporte acrílico para sostener la bisagra del mueble del piso de madera, pero dependiendo del diseño de la bisagra del mueble, puede que no sea necesario.

El bloque blanco por el que se desliza la varilla es un bloque PFTE que compré a un proveedor de piezas de robot. La pieza se cortó de la pieza más grande con una sierra manual y los tres agujeros se perforaron con un taladro eléctrico y brocas de diferentes tamaños. El bloque PFTE se fijó al soporte acrílico mediante tornillos para metales.

Instrucciones detalladas para el soporte del pedal de expresión:

(Actualizado el 9 de diciembre de 2021)

-Hoja acrílica de 8x10 pulgadas

-Bloque de teflón

-Varilla de aluminio (1/4 de pulgada, disponible en ferretería local o tienda de metal)

-JB Soldadura

-Potenciómetro lineal

-Bisagra para muebles pequeños

-Resorte para muebles pequeños

-Perno de ojo pequeño

-Tornillos para madera # 4 cortos

-Herramientas surtidas:

-Arandela de seguridad X1 (preferiblemente teflón) y tornillo de máquina correspondiente para fijar al pedal (diámetro y longitud para que coincida con el pedal actual)

-Tornillos de máquina x2, arandelas x4 y tuercas x2 para unir teflón a la lámina acrílica (diámetro y longitud dependiendo del diámetro del agujero perforado)

-Tornillo de máquina para sujetar la riostra a la varilla de aluminio de 1/4 (el diámetro depende del tamaño del orificio interno)

-Tornillos de máquina x2, arandelas x4 y tuercas x2 para sujetar la bisagra a la parte inferior de la lámina acrílica.

Herramientas:

-Cuchillo de hobby

-Borde recto

-Destornillador de joyero / destornillador normal (joyeros para los tornillos más pequeños)

-Llave inglesa (para apretar tornillos y tuercas para metales)

-Pliers

-Taladro y brocas eléctricas.

-Sierra de hobby

-Visor superior de banco

-Pequeña abrazadera de madera

-Papel de lija de grano fino

-Palitos de helado y cartón de desecho.

-Paño húmedo

Instrucciones:

-Examinar el pedal actual. Si hay un orificio de repuesto en el soporte de montaje, puede usarlo; de lo contrario, puede usar un orificio existente que se esté utilizando y obtener un tornillo de máquina que sea más largo que el actual, pero que aún encajará en el orificio.

-Asegúrese de que la base de madera del órgano esté libre de componentes o componentes electrónicos y muévalos si es necesario.

-Desenvuelva la lámina acrílica y, con el borde recto y el cuchillo de hobby, marque la lámina en ambos lados en un rectángulo de 3 "por 4.5", luego agriete a lo largo de las líneas de puntuación para cortarla usando el tornillo de banco y los alicates (asegúrese de ¡Usar protección para los ojos!). También corte una pieza de 3 "por 0,5" y una pieza de 2,4 "por 0,3".

-Corte el bloque de teflón con la sierra manual aproximadamente a 3/4 "del extremo para crear un bloque de 3 'por 1.5' por 3/4 de pulgada.

-Taladre 2 agujeros a lo largo del borde inferior de la lámina acrílica grande para que coincidan con un lado de la bisagra del mueble, y taladre dos agujeros en el lado de 3 x 1,5 pulgadas del bloque de teflón para que no estorben el camino. la varilla de aluminio lo atravesará. Taladre 2 orificios que coincidan con los orificios en el bloque de teflón si el bloque se coloca en la parte superior de la lámina acrílica grande, frente a los orificios perforados previamente, con el borde del bloque de teflón justo en el borde del acrílico. También taladre 2 agujeros en la pieza de 2.4 "por 0.3" para que coincida con los agujeros en el otro lado de la bisagra.

-Lija suavemente una superficie del potenciómetro, así como el área de la lámina acrílica grande a pegar, y ambas superficies de la pieza de acrílico de 3x0.5 ”. Limpie las superficies con un paño húmedo.

-Mezclar la soldadura JB en un cartón de desecho con un palito de paleta, luego aplicar a la superficie preparada de la lámina acrílica. Agregue la pieza de 3x0.5 ”, luego agregue más soldadura JB, luego el potenciómetro, asegurándose de que la soldadura JB esté adherida a una superficie lijada. Sujete suavemente el conjunto con una pequeña abrazadera para madera y déjelo curar durante 24 horas.

-Taladre un agujero un poco más grande de 1/4 de pulgada con una broca de 1/4 de pulgada moviendo la broca mientras está en el bloque de un lado de 3 / 4x3 de pulgada del bloque de teflón al otro. Taladre para que la línea de la varilla de aluminio coincida con la línea del movimiento del potenciómetro.

-Corte la varilla de aluminio de 1/4 de pulgada para que tenga aproximadamente la longitud correcta desde la parte inferior del potenciómetro hasta el pedal de expresión cuando se presiona completamente.

-Una vez que la soldadura JB haya curado, fije la bisagra y el bloque de teflón al costado de la placa acrílica grande con tornillos, arandelas y tuercas para metales. Coloque el perno de ojo en la parte móvil del potenciómetro y fíjelo a la varilla de aluminio de 1/4 de pulgada que se mueve a través del bloque de teflón. Si el ajuste está un poco flojo, también puede soldar con JB el perno de ojo a la varilla de aluminio al aplicar la soldadura JB en un paso anterior. En ese caso, tendrá que colocar el perno de ojo en el potenciómetro, moverlo a través del bloque de teflón, luego fijar el bloque de teflón a la placa acrílica con tornillos para metales después.

-Sujetando el perno de ojo en la posición correcta con unos alicates, fije la abrazadera del mueble al otro extremo de la varilla de aluminio de 1/4 de pulgada con un tornillo de máquina del tamaño correcto. Asegúrese de que el perno de ojo esté en la orientación correcta con respecto a la abrazadera del mueble cuando esté apretado.

-Si hay un agujero libre en el soporte del potenciómetro, coloque un nuevo tornillo de máquina a través de él, luego coloque una arandela de seguridad de teflón y apriete hasta que el soporte del mueble se mueva libremente. Si usa un orificio existente que actualmente está ocupado por un tornillo de máquina anterior, retire el tornillo viejo y coloque un tornillo nuevo más largo, fíjelo como antes, luego, en la longitud adicional, agregue el soporte para muebles y una arandela de seguridad de teflón.

-Mueva la parte inferior de la bisagra hacia adelante y hacia atrás en la parte inferior interior del órgano hasta que esté en una posición donde la varilla de aluminio de 1/4 de pulgada esté alineada recta, y con la placa acrílica más pequeña en su lugar, el movimiento del pedal. aproxima mejor el movimiento del potenciómetro. Fije la parte inferior del soporte del potenciómetro a la parte inferior del órgano con los 2 tornillos pequeños para madera, asegurándose de que la placa acrílica esté entre la bisagra y la madera (esto asegura el recorrido adecuado de la bisagra).

Nota final:

Arduino Project Hub no parece tener notificaciones para publicaciones y preguntas colocadas aquí. Si desea una respuesta más rápida a su pregunta, puede publicarla en esta página del foro, que me notificará.

Código

Código de teclado matricial
Código de teclado en bus

Código de teclado matricial Arduino

Código para cargar en Arduino cuando está siguiendo el esquema de teclado matricial.

 // Nombre:Arduino Mega Midi Controller v21 // Creado:4 de febrero de 2021 // Autor:Larason2 // Reconocimientos:Bald Engineer, Amanda Ghassaei, jeffb42 , GrumpyMikebyte keysA [11] [6]; byte keysB [11] [6]; byte keysC [7] [6]; byte lastA [11] [6]; byte lastB [11] [6]; byte lastC [7 ] [6]; int noteOn1 =144; int noteOff1 =128; int noteOn2 =145; int noteOff2 =129; int noteOn3 =146; int noteOff3 =130; int velocity =100; int chan6 =181; int chan7 =182; int Exp =11; int LastPot6 =1; int LastPot7 =1; void setup () {// Iniciar Serial Serial.begin (31250); // Inicializar teclado A pinMode (2, INPUT); pinMode (22, ENTRADA); pinMode (24, ENTRADA); pinMode (26, ENTRADA); pinMode (28, ENTRADA); pinMode (30, ENTRADA); pinMode (32, ENTRADA); pinMode (34, ENTRADA); pinMode (36, ENTRADA); pinMode (38, ENTRADA); pinMode (40, ENTRADA); pinMode (42, ENTRADA); pinMode (44, ENTRADA); pinMode (46, ENTRADA); pinMode (48, ENTRADA); pinMode (50, ENTRADA); pinMode (52, ENTRADA); // Inicializar Keyboard B pinMode (3, INPUT); pinMode (23, ENTRADA); pinMode (25, ENTRADA); pinMode (27, ENTRADA); pinMode (29, ENTRADA); pinMode (31, ENTRADA); pinMode (33, ENTRADA); pinMode (35, ENTRADA); pinMode (37, ENTRADA); pinMode (39, ENTRADA); pinMode (41, ENTRADA); pinMode (43, ENTRADA); pinMode (45, ENTRADA); pinMode (47, ENTRADA); pinMode (49, ENTRADA); pinMode (51, ENTRADA); pinMode (52, ENTRADA); // Inicializar Keyboard C pinMode (A2, INPUT); pinMode (A3, ENTRADA); pinMode (A4, ENTRADA); pinMode (A5, ENTRADA); pinMode (A6, ENTRADA); pinMode (A7, ENTRADA); pinMode (A8, ENTRADA); pinMode (A9, ENTRADA); pinMode (A10, ENTRADA); pinMode (A11, ENTRADA); pinMode (A12, ENTRADA); pinMode (A13, ENTRADA); pinMode (A14, INPUT);} void loop () {// Leer teclado A pinMode (22, INPUT_PULLUP); pinMode (24, INPUT_PULLUP); pinMode (26, INPUT_PULLUP); pinMode (28, INPUT_PULLUP); pinMode (30, INPUT_PULLUP); pinMode (2, INPUT_PULLUP); pinMode (32, SALIDA); digitalWrite (32, BAJO); keysA [0] [0] =digitalRead (2); pinMode (32, ENTRADA); pinMode (34, SALIDA); digitalWrite (34, BAJO); keysA [1] [0] =digitalRead (22); keysA [1] [1] =digitalRead (24); keysA [1] [2] =digitalRead (26); keysA [1] [3] =digitalRead (28); keysA [1] [4] =digitalRead (30); keysA [1] [5] =digitalRead (2); pinMode (34, ENTRADA); pinMode (36, SALIDA); digitalWrite (36, BAJO); keysA [2] [0] =digitalRead (22); keysA [2] [1] =digitalRead (24); keysA [2] [2] =digitalRead (26); keysA [2] [3] =digitalRead (28); keysA [2] [4] =digitalRead (30); keysA [2] [5] =digitalRead (2); pinMode (36, ENTRADA); pinMode (38, SALIDA); digitalWrite (38, BAJO); keysA [3] [0] =digitalRead (22); keysA [3] [1] =digitalRead (24); keysA [3] [2] =digitalRead (26); keysA [3] [3] =digitalRead (28); keysA [3] [4] =digitalRead (30); keysA [3] [5] =digitalRead (2); pinMode (38, ENTRADA); pinMode (40, SALIDA); digitalWrite (40, BAJO); keysA [4] [0] =digitalRead (22); keysA [4] [1] =digitalRead (24); keysA [4] [2] =digitalRead (26); keysA [4] [3] =digitalRead (28); keysA [4] [4] =digitalRead (30); keysA [4] [5] =digitalRead (2); pinMode (40, ENTRADA); pinMode (42, SALIDA); digitalWrite (42, BAJO); keysA [5] [0] =digitalRead (22); keysA [5] [1] =digitalRead (24); keysA [5] [2] =digitalRead (26); keysA [5] [3] =digitalRead (28); keysA [5] [4] =digitalRead (30); keysA [5] [5] =digitalRead (2); pinMode (42, ENTRADA); pinMode (44, SALIDA); digitalWrite (44, BAJO); keysA [6] [0] =digitalRead (22); keysA [6] [1] =digitalRead (24); keysA [6] [2] =digitalRead (26); keysA [6] [3] =digitalRead (28); keysA [6] [4] =digitalRead (30); keysA [6] [5] =digitalRead (2); pinMode (44, ENTRADA); pinMode (46, SALIDA); digitalWrite (46, BAJO); keysA [7] [0] =digitalRead (22); keysA [7] [1] =digitalRead (24); keysA [7] [2] =digitalRead (26); keysA [7] [3] =digitalRead (28); keysA [7] [4] =digitalRead (30); keysA [7] [5] =digitalRead (2); pinMode (46, ENTRADA); pinMode (48, SALIDA); digitalWrite (48, BAJO); keysA [8] [0] =digitalRead (22); keysA [8] [1] =digitalRead (24); keysA [8] [2] =digitalRead (26); keysA [8] [3] =digitalRead (28); keysA [8] [4] =digitalRead (30); keysA [8] [5] =digitalRead (2); pinMode (48, ENTRADA); pinMode (50, SALIDA); digitalWrite (50, BAJO); keysA [9] [0] =digitalRead (22); keysA [9] [1] =digitalRead (24); keysA [9] [2] =digitalRead (26); keysA [9] [3] =digitalRead (28); keysA [9] [4] =digitalRead (30); keysA [9] [5] =digitalRead (2); pinMode (50, ENTRADA); pinMode (52, SALIDA); digitalWrite (52, BAJO); keysA [10] [0] =digitalRead (22); keysA [10] [1] =digitalRead (24); keysA [10] [2] =digitalRead (26); keysA [10] [3] =digitalRead (28); keysA [10] [4] =digitalRead (30); keysA [10] [5] =digitalRead (2); pinMode (52, ENTRADA); pinMode (22, ENTRADA); pinMode (24, ENTRADA); pinMode (26, ENTRADA); pinMode (28, ENTRADA); pinMode (30, ENTRADA); pinMode (2, ENTRADA); // Leer teclado B pinMode (23, INPUT_PULLUP); pinMode (25, INPUT_PULLUP); pinMode (27, INPUT_PULLUP); pinMode (29, INPUT_PULLUP); pinMode (31, INPUT_PULLUP); pinMode (3, INPUT_PULLUP); pinMode (33, SALIDA); digitalWrite (33, BAJO); keysB [0] [0] =digitalRead (3); pinMode (33, ENTRADA); pinMode (35, SALIDA); digitalWrite (35, BAJO); keysB [1] [0] =digitalRead (23); keysB [1] [1] =digitalRead (25); keysB [1] [2] =digitalRead (27); keysB [1] [3] =digitalRead (29); keysB [1] [4] =digitalRead (31); keysB [1] [5] =digitalRead (3); pinMode (35, ENTRADA); pinMode (37, SALIDA); digitalWrite (37, BAJO); keysB [2] [0] =digitalRead (23); keysB [2] [1] =digitalRead (25); keysB [2] [2] =digitalRead (27); keysB [2] [3] =digitalRead (29); keysB [2] [4] =digitalRead (31); keysB [2] [5] =digitalRead (3); pinMode (37, ENTRADA); pinMode (39, SALIDA); digitalWrite (39, BAJO); keysB [3] [0] =digitalRead (23); keysB [3] [1] =digitalRead (25); keysB [3] [2] =digitalRead (27); keysB [3] [3] =digitalRead (29); keysB [3] [4] =digitalRead (31); keysB [3] [5] =digitalRead (3); pinMode (39, ENTRADA); pinMode (41, SALIDA); digitalWrite (41, BAJO); keysB [4] [0] =digitalRead (23); keysB [4] [1] =digitalRead (25); keysB [4] [2] =digitalRead (27); keysB [4] [3] =digitalRead (29); keysB [4] [4] =digitalRead (31); keysB [4] [5] =digitalRead (3); pinMode (41, ENTRADA); pinMode (43, SALIDA); digitalWrite (43, BAJO); keysB [5] [0] =digitalRead (23); keysB [5] [1] =digitalRead (25); keysB [5] [2] =digitalRead (27); keysB [5] [3] =digitalRead (29); keysB [5] [4] =digitalRead (31); keysB [5] [5] =digitalRead (3); pinMode (43, ENTRADA); pinMode (45, SALIDA); digitalWrite (45, BAJO); keysB [6] [0] =digitalRead (23); keysB [6] [1] =digitalRead (25); keysB [6] [2] =digitalRead (27); keysB [6] [3] =digitalRead (29); keysB [6] [4] =digitalRead (31); keysB [6] [5] =digitalRead (3); pinMode (45, ENTRADA); pinMode (47, SALIDA); digitalWrite (47, BAJO); keysB [7] [0] =digitalRead (23); keysB [7] [1] =digitalRead (25); keysB [7] [2] =digitalRead (27); keysB [7] [3] =digitalRead (29); keysB [7] [4] =digitalRead (31); keysB [7] [5] =digitalRead (3); pinMode (47, ENTRADA); pinMode (49, SALIDA); digitalWrite (49, BAJO); keysB [8] [0] =digitalRead (23); keysB [8] [1] =digitalRead (25); keysB [8] [2] =digitalRead (27); keysB [8] [3] =digitalRead (29); keysB [8] [4] =digitalRead (31); keysB [8] [5] =digitalRead (3); pinMode (49, ENTRADA); pinMode (51, SALIDA); digitalWrite (51, BAJO); keysB [9] [0] =digitalRead (23); keysB [9] [1] =digitalRead (25); keysB [9] [2] =digitalRead (27); keysB [9] [3] =digitalRead (29); keysB [9] [4] =digitalRead (31); keysB [9] [5] =digitalRead (3); pinMode (51, ENTRADA); pinMode (53, SALIDA); digitalWrite (53, BAJO); keysB [10] [0] =digitalRead (23); keysB [10] [1] =digitalRead (25); keysB [10] [2] =digitalRead (27); keysB [10] [3] =digitalRead (29); keysB [10] [4] =digitalRead (31); keysB [10] [5] =digitalRead (3); pinMode (53, ENTRADA); pinMode (23, ENTRADA); pinMode (25, ENTRADA); pinMode (27, ENTRADA); pinMode (29, ENTRADA); pinMode (31, ENTRADA); pinMode (3, ENTRADA); // Leer teclado C // Establecer pines de fila para leer pinMode (A3, INPUT_PULLUP); pinMode (A4, INPUT_PULLUP); pinMode (A5, INPUT_PULLUP); pinMode (A6, INPUT_PULLUP); pinMode (A7, INPUT_PULLUP); pinMode (A2, INPUT_PULLUP); pinMode (A8, SALIDA); escritura digital (A8, BAJA); keysC [0] [0] =digitalRead (A2); pinMode (A8, ENTRADA); pinMode (A9, SALIDA); escritura digital (A9, BAJA); keysC [1] [0] =digitalRead (A3); keysC [1] [1] =digitalRead (A4); keysC [1] [2] =digitalRead (A5); keysC [1] [3] =digitalRead (A6); keysC [1] [4] =digitalRead (A7); keysC [1] [5] =digitalRead (A2); pinMode (A9, ENTRADA); pinMode (A10, SALIDA); escritura digital (A10, BAJA); keysC [2] [0] =digitalRead (A3); keysC [2] [1] =digitalRead (A4); keysC [2] [2] =digitalRead (A5); keysC [2] [3] =digitalRead (A6); keysC [2] [4] =digitalRead (A7); keysC [2] [5] =digitalRead (A2); pinMode (A10, ENTRADA); pinMode (A11, SALIDA); escritura digital (A11, BAJA); keysC [3] [0] =digitalRead (A3); keysC [3] [1] =digitalRead (A4); keysC [3] [2] =digitalRead (A5); keysC [3] [3] =digitalRead (A6); keysC [3] [4] =digitalRead (A7); keysC [3] [5] =digitalRead (A2); pinMode (A11, ENTRADA); pinMode (A12, SALIDA); escritura digital (A12, BAJA); keysC [4] [0] =digitalRead (A3); keysC [4] [1] =digitalRead (A4); keysC [4] [2] =digitalRead (A5); keysC [4] [3] =digitalRead (A6); keysC [4] [4] =digitalRead (A7); keysC [4] [5] =digitalRead (A2); pinMode (A12, ENTRADA); pinMode (A13, SALIDA); escritura digital (A13, BAJA); keysC [5] [0] =digitalRead (A3); keysC [5] [1] =digitalRead (A4); keysC [5] [2] =digitalRead (A5); keysC [5] [3] =digitalRead (A6); keysC [5] [4] =digitalRead (A7); keysC[5][5] =digitalRead(A2); pinMode(A13, INPUT); pinMode(A14, OUTPUT); digitalWrite(A14, LOW); keysC[6][0] =digitalRead(A3); pinMode(A14, INPUT); pinMode(A3, INPUT); pinMode(A4, INPUT); pinMode(A5, INPUT); pinMode(A6, INPUT); pinMode(A7, INPUT); pinMode(A2, INPUT); //Invert Keyboard C data //(For switches that are Normally Closed) //Column 1 if (keysC[0][0] ==0) { keysC[0][0] =1; } else if (keysC[0][0] ==1) { keysC[0][0] =0; } //Column 2 if (keysC[1][0] ==0) { keysC[1][0] =1; } else if (keysC[1][0] ==1) { keysC[1][0] =0; } if (keysC[1][1] ==0) { keysC[1][1] =1; } else if (keysC[1][1] ==1) { keysC[1][1] =0; } if (keysC[1][2] ==0) { keysC[1][2] =1; } else if (keysC[1][2] ==1) { keysC[1][2] =0; } if (keysC[1][3] ==0) { keysC[1][3] =1; } else if (keysC[1][3] ==1) { keysC[1][3] =0; } if (keysC[1][4] ==0) { keysC[1][4] =1; } else if (keysC[1][4] ==1) { keysC[1][4] =0; } if (keysC[1][5] ==0) { keysC[1][5] =1; } else if (keysC[1][5] ==1) { keysC[1][5] =0; } //Column 3 if (keysC[2][0] ==0) { keysC[2][0] =1; } else if (keysC[2][0] ==1) { keysC[2][0] =0; } if (keysC[2][1] ==0) { keysC[2][1] =1; } else if (keysC[2][1] ==1) { keysC[2][1] =0; } if (keysC[2][2] ==0) { keysC[2][2] =1; } else if (keysC[2][2] ==1) { keysC[2][2] =0; } if (keysC[2][3] ==0) { keysC[2][3] =1; } else if (keysC[2][3] ==1) { keysC[2][3] =0; } if (keysC[2][4] ==0) { keysC[2][4] =1; } else if (keysC[2][4] ==1) { keysC[2][4] =0; } if (keysC[2][5] ==0) { keysC[2][5] =1; } else if (keysC[2][5] ==1) { keysC[2][5] =0; } //Column 4 if (keysC[3][0] ==0) { keysC[3][0] =1; } else if (keysC[3][0] ==1) { keysC[3][0] =0; } if (keysC[3][1] ==0) { keysC[3][1] =1; } else if (keysC[3][1] ==1) { keysC[3][1] =0; } if (keysC[3][2] ==0) { keysC[3][2] =1; } else if (keysC[3][2] ==1) { keysC[3][2] =0; } if (keysC[3][3] ==0) { keysC[3][3] =1; } else if (keysC[3][3] ==1) { keysC[3][3] =0; } if (keysC[3][4] ==0) { keysC[3][4] =1; } else if (keysC[3][4] ==1) { keysC[3][4] =0; } if (keysC[3][5] ==0) { keysC[3][5] =1; } else if (keysC[3][5] ==1) { keysC[3][5] =0; } //Column 5 if (keysC[4][0] ==0) { keysC[4][0] =1; } else if (keysC[4][0] ==1) { keysC[4][0] =0; } if (keysC[4][1] ==0) { keysC[4][1] =1; } else if (keysC[4][1] ==1) { keysC[4][1] =0; } if (keysC[4][2] ==0) { keysC[4][2] =1; } else if (keysC[4][2] ==1) { keysC[4][2] =0; } if (keysC[4][3] ==0) { keysC[4][3] =1; } else if (keysC[4][3] ==1) { keysC[4][3] =0; } if (keysC[4][4] ==0) { keysC[4][4] =1; } else if (keysC[4][4] ==1) { keysC[4][4] =0; } if (keysC[4][5] ==0) { keysC[4][5] =1; } else if (keysC[4][5] ==1) { keysC[4][5] =0; } //Column 6 if (keysC[5][0] ==0) { keysC[5][0] =1; } else if (keysC[5][0] ==1) { keysC[5][0] =0; } if (keysC[5][1] ==0) { keysC[5][1] =1; } else if (keysC[5][1] ==1) { keysC[5][1] =0; } if (keysC[5][2] ==0) { keysC[5][2] =1; } else if (keysC[5][2] ==1) { keysC[5][2] =0; } if (keysC[5][3] ==0) { keysC[5][3] =1; } else if (keysC[5][3] ==1) { keysC[5][3] =0; } if (keysC[5][4] ==0) { keysC[5][4] =1; } else if (keysC[5][4] ==1) { keysC[5][4] =0; } if (keysC[5][5] ==0) { keysC[5][5] =1; } else if (keysC[5][5] ==1) { keysC[5][5] =0; } //Column 7 if (keysC[6][0] ==0) { keysC[6][0] =1; } else if (keysC[6][0] ==1) { keysC[6][0] =0; } //Write Keyboard A //A36 if ((keysA[0][0] ==0) and (lastA[0][0] ==0)) { MidiSend(noteOn1, 36, velocity); lastA[0][0] =7; } if ((keysA[0][0] ==1) and (lastA[0][0] ==7)) { MidiSend(noteOff1, 36, velocity); lastA[0][0] =0; } //A37 if ((keysA[1][0] ==0) and (lastA[1][0] ==0)) { MidiSend(noteOn1, 37, velocity); lastA[1][0] =7; } if ((keysA[1][0] ==1) and (lastA[1][0] ==7)) { MidiSend(noteOff1, 37, velocity); lastA[1][0] =0; } //A38 if ((keysA[1][1] ==0) and (lastA[1][1] ==0)) { MidiSend(noteOn1, 38, velocity); lastA[1][1] =7; } //Write Midi Note Off if ((keysA[1][1] ==1) and (lastA[1][1] ==7)) { MidiSend(noteOff1, 38, velocity); lastA[1][1] =0; } //A39 if ((keysA[1][2] ==0) and (lastA[1][2] ==0)) { MidiSend(noteOn1, 39, velocity); lastA[1][2] =7; } //Write Midi Note Off if ((keysA[1][2] ==1) and (lastA[1][2] ==7)) { MidiSend(noteOff1, 39, velocity); lastA[1][2] =0; } //A40 if ((keysA[1][3] ==0) and (lastA[1][3] ==0)) { MidiSend(noteOn1, 40, velocity); lastA[1][3] =7; } //Write Midi Note Off if ((keysA[1][3] ==1) and (lastA[1][3] ==7)) { MidiSend(noteOff1, 40, velocity); lastA[1][3] =0; } //A41 if ((keysA[1][4] ==0) and (lastA[1][4] ==0)) { MidiSend(noteOn1, 41, velocity); lastA[1][4] =7; } //Write Midi Note Off if ((keysA[1][4] ==1) and (lastA[1][4] ==7)) { MidiSend(noteOff1, 41, velocity); lastA[1][4] =0; } //A42 if ((keysA[1][5] ==0) and (lastA[1][5] ==0)) { MidiSend(noteOn1, 42, velocity); lastA[1][5] =7; } //Write Midi Note Off if ((keysA[1][5] ==1) and (lastA[1][5] ==7)) { MidiSend(noteOff1, 42, velocity); lastA[1][5] =0; } //A43 if ((keysA[2][0] ==0) and (lastA[2][0] ==0)) { MidiSend(noteOn1, 43, velocity); lastA[2][0] =7; } //Write Midi Note Off if ((keysA[2][0] ==1) and (lastA[2][0] ==7)) { MidiSend(noteOff1, 43, velocity); lastA[2][0] =0; } //A44 if ((keysA[2][1] ==0) and (lastA[2][1] ==0)) { MidiSend(noteOn1, 44, velocity); lastA[2][1] =7; } //Write Midi Note Off if ((keysA[2][1] ==1) and (lastA[2][1] ==7)) { MidiSend(noteOff1, 44, velocity); lastA[2][1] =0; } //A45 if ((keysA[2][2] ==0) and (lastA[2][2] ==0)) { MidiSend(noteOn1, 45, velocity); lastA[2][2] =7; } //Write Midi Note Off if ((keysA[2][2] ==1) and (lastA[2][2] ==7)) { MidiSend(noteOff1, 45, velocity); lastA[2][2] =0; } //A46 if ((keysA[2][3] ==0) and (lastA[2][3] ==0)) { MidiSend(noteOn1, 46, velocity); lastA[2][3] =7; } //Write Midi Note Off if ((keysA[2][3] ==1) and (lastA[2][3] ==7)) { MidiSend(noteOff1, 46, velocity); lastA[2][3] =0; } //A47 if ((keysA[2][4] ==0) and (lastA[2][4] ==0)) { MidiSend(noteOn1, 47, velocity); lastA[2][4] =7; } //Write Midi Note Off if ((keysA[2][4] ==1) and (lastA[2][4] ==7)) { MidiSend(noteOff1, 47, velocity); lastA[2][4] =0; } //A48 if ((keysA[2][5] ==0) and (lastA[2][5] ==0)) { MidiSend(noteOn1, 48, velocity); lastA[2][5] =7; } //Write Midi Note Off if ((keysA[2][5] ==1) and (lastA[2][5] ==7)) { MidiSend(noteOff1, 48, velocity); lastA[2][5] =0; } //A49 if ((keysA[3][0] ==0) and (lastA[3][0] ==0)) { MidiSend(noteOn1, 49, velocity); lastA[3][0] =7; } //Write Midi Note Off if ((keysA[3][0] ==1) and (lastA[3][0] ==7)) { MidiSend(noteOff1, 49, velocity); lastA[3][0] =0; } //A50 if ((keysA[3][1] ==0) and (lastA[3][1] ==0)) { MidiSend(noteOn1, 50, velocity); lastA[3][1] =7; } //Write Midi Note Off if ((keysA[3][1] ==1) and (lastA[3][1] ==7)) { MidiSend(noteOff1, 50, velocity); lastA[3][1] =0; } //A51 if ((keysA[3][2] ==0) and (lastA[3][2] ==0)) { MidiSend(noteOn1, 51, velocity); lastA[3][2] =7; } //Write Midi Note Off if ((keysA[3][2] ==1) and (lastA[3][2] ==7)) { MidiSend(noteOff1, 51, velocity); lastA[3][2] =0; } //A52 if ((keysA[3][3] ==0) and (lastA[3][3] ==0)) { MidiSend(noteOn1, 52, velocity); lastA[3][3] =7; } //Write Midi Note Off if ((keysA[3][3] ==1) and (lastA[3][3] ==7)) { MidiSend(noteOff1, 52, velocity); lastA[3][3] =0; } //A53 if ((keysA[3][4] ==0) and (lastA[3][4] ==0)) { MidiSend(noteOn1, 53, velocity); lastA[3][4] =7; } //Write Midi Note Off if ((keysA[3][4] ==1) and (lastA[3][4] ==7)) { MidiSend(noteOff1, 53, velocity); lastA[3][4] =0; } //A54 if ((keysA[3][5] ==0) and (lastA[3][5] ==0)) { MidiSend(noteOn1, 54, velocity); lastA[3][5] =7; } //Write Midi Note Off if ((keysA[3][5] ==1) and (lastA[3][5] ==7)) { MidiSend(noteOff1, 54, velocity); lastA[3][5] =0; } //A55 if ((keysA[4][0] ==0) and (lastA[4][0] ==0)) { MidiSend(noteOn1, 55, velocity); lastA[4][0] =7; } //Write Midi Note Off if ((keysA[4][0] ==1) and (lastA[4][0] ==7)) { MidiSend(noteOff1, 55, velocity); lastA[4][0] =0; } //A56 if ((keysA[4][1] ==0) and (lastA[4][1] ==0)) { MidiSend(noteOn1, 56, velocity); lastA[4][1] =7; } //Write Midi Note Off if ((keysA[4][1] ==1) and (lastA[4][1] ==7)) { MidiSend(noteOff1, 56, velocity); lastA[4][1] =0; } //A57 if ((keysA[4][2] ==0) and (lastA[4][2] ==0)) { MidiSend(noteOn1, 57, velocity); lastA[4][2] =7; } //Write Midi Note Off if ((keysA[4][2] ==1) and (lastA[4][2] ==7)) { MidiSend(noteOff1, 57, velocity); lastA[4][2] =0; } //A58 if ((keysA[4][3] ==0) and (lastA[4][3] ==0)) { MidiSend(noteOn1, 58, velocity); lastA[4][3] =7; } //Write Midi Note Off if ((keysA[4][3] ==1) and (lastA[4][3] ==7)) { MidiSend(noteOff1, 58, velocity); lastA[4][3] =0; } //59 if ((keysA[4][4] ==0) and (lastA[4][4] ==0)) { MidiSend(noteOn1, 59, velocity); lastA[4][4] =7; } //Write Midi Note Off if ((keysA[4][4] ==1) and (lastA[4][4] ==7)) { MidiSend(noteOff1, 59, velocity); lastA[4][4] =0; } //A60 if ((keysA[4][5] ==0) and (lastA[4][5] ==0)) { MidiSend(noteOn1, 60, velocity); lastA[4][5] =7; } //Write Midi Note Off if ((keysA[4][5] ==1) and (lastA[4][5] ==7)) { MidiSend(noteOff1, 60, velocity); lastA[4][5] =0; } //A61 if ((keysA[5][0] ==0) and (lastA[5][0] ==0)) { MidiSend(noteOn1, 61, velocity); lastA[5][0] =7; } //Write Midi Note Off if ((keysA[5][0] ==1) and (lastA[5][0] ==7)) { MidiSend(noteOff1, 61, velocity); lastA[5][0] =0; } //A62 if ((keysA[5][1] ==0) and (lastA[5][1] ==0)) { MidiSend(noteOn1, 62, velocity); lastA[5][1] =7; } //Write Midi Note Off if ((keysA[5][1] ==1) and (lastA[5][1] ==7)) { MidiSend(noteOff1, 62, velocity); lastA[5][1] =0; } //A63 if ((keysA[5][2] ==0) and (lastA[5][2] ==0)) { MidiSend(noteOn1, 63, velocity); lastA[5][2] =7; } //Write Midi Note Off if ((keysA[5][2] ==1) and (lastA[5][2] ==7)) { MidiSend(noteOff1, 63, velocity); lastA[5][2] =0; } //A64 if ((keysA[5][3] ==0) and (lastA[5][3] ==0)) { MidiSend(noteOn1, 64, velocity); lastA[5][3] =7; } //Write Midi Note Off if ((keysA[5][3] ==1) and (lastA[5][3] ==7)) { MidiSend(noteOff1, 64, velocity); lastA[5][3] =0; } //A65 if ((keysA[5][4] ==0) and (lastA[5][4] ==0)) { MidiSend(noteOn1, 65, velocity); lastA[5][4] =7; } //Write Midi Note Off if ((keysA[5][4] ==1) and (lastA[5][4] ==7)) { MidiSend(noteOff1, 65, velocity); lastA[5][4] =0; } //A66 if ((keysA[5][5] ==0) and (lastA[5][5] ==0)) { MidiSend(noteOn1, 66, velocity); lastA[5][5] =7; } //Write Midi Note Off if ((keysA[5][5] ==1) and (lastA[5][5] ==7)) { MidiSend(noteOff1, 66, velocity); lastA[5][5] =0; } //A67 if ((keysA[6][0] ==0) and (lastA[6][0] ==0)) { MidiSend(noteOn1, 67, velocity); lastA[6][0] =7; } //Write Midi Note Off if ((keysA[6][0] ==1) and (lastA[6][0] ==7)) { MidiSend(noteOff1, 67, velocity); lastA[6][0] =0; } //A68 if ((keysA[6][1] ==0) and (lastA[6][1] ==0)) { MidiSend(noteOn1, 68, velocity); lastA[6][1] =7; } //Write Midi Note Off if ((keysA[6][1] ==1) and (lastA[6][1] ==7)) { MidiSend(noteOff1, 68, velocity); lastA[6][1] =0; } //A69 if ((keysA[6][2] ==0) and (lastA[6][2] ==0)) { MidiSend(noteOn1, 69, velocity); lastA[6][2] =7; } //Write Midi Note Off if ((keysA[6][2] ==1) and (lastA[6][2] ==7)) { MidiSend(noteOff1, 69, velocity); lastA[6][2] =0; } //A70 if ((keysA[6][3] ==0) and (lastA[6][3] ==0)) { MidiSend(noteOn1, 70, velocity); lastA[6][3] =7; } //Write Midi Note Off if ((keysA[6][3] ==1) and (lastA[6][3] ==7)) { MidiSend(noteOff1, 70, velocity); lastA[6][3] =0; } //A71 if ((keysA[6][4] ==0) and (lastA[6][4] ==0)) { MidiSend(noteOn1, 71, velocity); lastA[6][4] =7; } //Write Midi Note Off if ((keysA[6][4] ==1) and (lastA[6][4] ==7)) { MidiSend(noteOff1, 71, velocity); lastA[6][4] =0; } //A72 if ((keysA[6][5] ==0) and (lastA[6][5] ==0)) { MidiSend(noteOn1, 72, velocity); lastA[6][5] =7; } //Write Midi Note Off if ((keysA[6][5] ==1) and (lastA[6][5] ==7)) { MidiSend(noteOff1, 72, velocity); lastA[6][5] =0; } //A73 if ((keysA[7][0] ==0) and (lastA[7][0] ==0)) { MidiSend(noteOn1, 73, velocity); lastA[7][0] =7; } //Write Midi Note Off if ((keysA[7][0] ==1) and (lastA[7][0] ==7)) { MidiSend(noteOff1, 73, velocity); lastA[7][0] =0; } //A74 if ((keysA[7][1] ==0) and (lastA[7][1] ==0)) { MidiSend(noteOn1, 74, velocity); lastA[7][1] =7; } //Write Midi Note Off if ((keysA[7][1] ==1) and (lastA[7][1] ==7)) { MidiSend(noteOff1, 74, velocity); lastA[7][1] =0; } //A75 if ((keysA[7][2] ==0) and (lastA[7][2] ==0)) { MidiSend(noteOn1, 75, velocity); lastA[7][2] =7; } //Write Midi Note Off if ((keysA[7][2] ==1) and (lastA[7][2] ==7)) { MidiSend(noteOff1, 75, velocity); lastA[7][2] =0; } //A76 if ((keysA[7][3] ==0) and (lastA[7][3] ==0)) { MidiSend(noteOn1, 76, velocity); lastA[7][3] =7; } //Write Midi Note Off if ((keysA[7][3] ==1) and (lastA[7][3] ==7)) { MidiSend(noteOff1, 76, velocity); lastA[7][3] =0; } //A77 if ((keysA[7][4] ==0) and (lastA[7][4] ==0)) { MidiSend(noteOn1, 77, velocity); lastA[7][4] =7; } //Write Midi Note Off if ((keysA[7][4] ==1) and (lastA[7][4] ==7)) { MidiSend(noteOff1, 77, velocity); lastA[7][4] =0; } //A78 if ((keysA[7][5] ==0) and (lastA[7][5] ==0)) { MidiSend(noteOn1, 78, velocity); lastA[7][5] =7; } //Write Midi Note Off if ((keysA[7][5] ==1) and (lastA[7][5] ==7)) { MidiSend(noteOff1, 78, velocity); lastA[7][5] =0; } //A79 if ((keysA[8][0] ==0) and (lastA[8][0] ==0)) { MidiSend(noteOn1, 79, velocity); lastA[8][0] =7; } //Write Midi Note Off if ((keysA[8][0] ==1) and (lastA[8][0] ==7)) { MidiSend(noteOff1, 79, velocity); lastA[8][0] =0; } //A80 if ((keysA[8][1] ==0) and (lastA[8][1] ==0)) { MidiSend(noteOn1, 80, velocity); lastA[8][1] =7; } //Write Midi Note Off if ((keysA[8][1] ==1) and (lastA[8][1] ==7)) { MidiSend(noteOff1, 80, velocity); lastA[8][1] =0; } //A81 if ((keysA[8][2] ==0) and (lastA[8][2] ==0)) { MidiSend(noteOn1, 81, velocity); lastA[8][2] =7; } //Write Midi Note Off if ((keysA[8][2] ==1) and (lastA[8][2] ==7)) { MidiSend(noteOff1, 81, velocity); lastA[8][2] =0; } //A82 if ((keysA[8][3] ==0) and (lastA[8][3] ==0)) { MidiSend(noteOn1, 82, velocity); lastA[8][3] =7; } //Write Midi Note Off if ((keysA[8][3] ==1) and (lastA[8][3] ==7)) { MidiSend(noteOff1, 82, velocity); lastA[8][3] =0; } //A83 if ((keysA[8][4] ==0) and (lastA[8][4] ==0)) { MidiSend(noteOn1, 83, velocity); lastA[8][4] =7; } //Write Midi Note Off if ((keysA[8][4] ==1) and (lastA[8][4] ==7)) { MidiSend(noteOff1, 83, velocity); lastA[8][4] =0; } //A84 if ((keysA[8][5] ==0) and (lastA[8][5] ==0)) { MidiSend(noteOn1, 84, velocity); lastA[8][5] =7; } //Write Midi Note Off if ((keysA[8][5] ==1) and (lastA[8][5] ==7)) { MidiSend(noteOff1, 84, velocity); lastA[8][5] =0; } //A85 if ((keysA[9][0] ==0) and (lastA[9][0] ==0)) { MidiSend(noteOn1, 85, velocity); lastA[9][0] =7; } //Write Midi Note Off if ((keysA[9][0] ==1) and (lastA[9][0] ==7)) { MidiSend(noteOff1, 85, velocity); lastA[9][0] =0; } //A86 if ((keysA[9][1] ==0) and (lastA[9][1] ==0)) { MidiSend(noteOn1, 86, velocity); lastA[9][1] =7; } //Write Midi Note Off if ((keysA[9][1] ==1) and (lastA[9][1] ==7)) { MidiSend(noteOff1, 86, velocity); lastA[9][1] =0; } //A87 if ((keysA[9][2] ==0) and (lastA[9][2] ==0)) { MidiSend(noteOn1, 87, velocity); lastA[9][2] =7; } //Write Midi Note Off if ((keysA[9][2] ==1) and (lastA[9][2] ==7)) { MidiSend(noteOff1, 87, velocity); lastA[9][2] =0; } //A88 if ((keysA[9][3] ==0) and (lastA[9][3] ==0)) { MidiSend(noteOn1, 88, velocity); lastA[9][3] =7; } //Write Midi Note Off if ((keysA[9][3] ==1) and (lastA[9][3] ==7)) { MidiSend(noteOff1, 88, velocity); lastA[9][3] =0; } //A89 if ((keysA[9][4] ==0) and (lastA[9][4] ==0)) { MidiSend(noteOn1, 89, velocity); lastA[9][4] =7; } //Write Midi Note Off if ((keysA[9][4] ==1) and (lastA[9][4] ==7)) { MidiSend(noteOff1, 89, velocity); lastA[9][4] =0; } //A90 if ((keysA[9][5] ==0) and (lastA[9][5] ==0)) { MidiSend(noteOn1, 90, velocity); lastA[9][5] =7; } //Write Midi Note Off if ((keysA[9][5] ==1) and (lastA[9][5] ==7)) { MidiSend(noteOff1, 90, velocity); lastA[9][5] =0; } //A91 if ((keysA[10][0] ==0) and (lastA[10][0] ==0)) { MidiSend(noteOn1, 91, velocity); lastA[10][0] =7; } //Write Midi Note Off if ((keysA[10][0] ==1) and (lastA[10][0] ==7)) { MidiSend(noteOff1, 91, velocity); lastA[10][0] =0; } //A92 if ((keysA[10][1] ==0) and (lastA[10][1] ==0)) { MidiSend(noteOn1, 92, velocity); lastA[10][1] =7; } //Write Midi Note Off if ((keysA[10][1] ==1) and (lastA[10][1] ==7)) { MidiSend(noteOff1, 92, velocity); lastA[10][1] =0; } //A93 if ((keysA[10][2] ==0) and (lastA[10][2] ==0)) { MidiSend(noteOn1, 93, velocity); lastA[10][2] =7; } //Write Midi Note Off if ((keysA[10][2] ==1) and (lastA[10][2] ==7)) { MidiSend(noteOff1, 93, velocity); lastA[10][2] =0; } //A94 if ((keysA[10][3] ==0) and (lastA[10][3] ==0)) { MidiSend(noteOn1, 94, velocity); lastA[10][3] =7; } //Write Midi Note Off if ((keysA[10][3] ==1) and (lastA[10][3] ==7)) { MidiSend(noteOff1, 94, velocity); lastA[10][3] =0; } //A95 if ((keysA[10][4] ==0) and (lastA[10][4] ==0)) { MidiSend(noteOn1, 95, velocity); lastA[10][4] =7; } //Write Midi Note Off if ((keysA[10][4] ==1) and (lastA[10][4] ==7)) { MidiSend(noteOff1, 95, velocity); lastA[10][4] =0; } //A96 if ((keysA[10][5] ==0) and (lastA[10][5] ==0)) { MidiSend(noteOn1, 96, velocity); lastA[10][5] =7; } //Write Midi Note Off if ((keysA[10][5] ==1) and (lastA[10][5] ==7)) { MidiSend(noteOff1, 96, velocity); lastA[10][5] =0; } //Write Keyboard B //B36 if ((keysB[0][0] ==0) and (lastB[0][0] ==0)) { MidiSend(noteOn2, 36, velocity); lastB[0][0] =7; } if ((keysB[0][0] ==1) and (lastB[0][0] ==7)) { MidiSend(noteOff2, 36, velocity); lastB[0][0] =0; } //B37 if ((keysB[1][0] ==0) and (lastB[1][0] ==0)) { MidiSend(noteOn2, 37, velocity); lastB[1][0] =7; } if ((keysB[1][0] ==1) and (lastB[1][0] ==7)) { MidiSend(noteOff2, 37, velocity); lastB[1][0] =0; } //B38 if ((keysB[1][1] ==0) and (lastB[1][1] ==0)) { MidiSend(noteOn2, 38, velocity); lastB[1][1] =7; } //Write Midi Note Off if ((keysB[1][1] ==1) and (lastB[1][1] ==7)) { MidiSend(noteOff2, 38, velocity); lastB[1][1] =0; } //B39 if ((keysB[1][2] ==0) and (lastB[1][2] ==0)) { MidiSend(noteOn2, 39, velocity); lastB[1][2] =7; } //Write Midi Note Off if ((keysB[1][2] ==1) and (lastB[1][2] ==7)) { MidiSend(noteOff2, 39, velocity); lastB[1][2] =0; } //B40 if ((keysB[1][3] ==0) and (lastB[1][3] ==0)) { MidiSend(noteOn2, 40, velocity); lastB[1][3] =7; } //Write Midi Note Off if ((keysB[1][3] ==1) and (lastB[1][3] ==7)) { MidiSend(noteOff2, 40, velocity); lastB[1][3] =0; } //B41 if ((keysB[1][4] ==0) and (lastB[1][4] ==0)) { MidiSend(noteOn2, 41, velocity); lastB[1][4] =7; } //Write Midi Note Off if ((keysB[1][4] ==1) and (lastB[1][4] ==7)) { MidiSend(noteOff2, 41, velocity); lastB[1][4] =0; } //B42 if ((keysB[1][5] ==0) and (lastB[1][5] ==0)) { MidiSend(noteOn2, 42, velocity); lastB[1][5] =7; } //Write Midi Note Off if ((keysB[1][5] ==1) and (lastB[1][5] ==7)) { MidiSend(noteOff2, 42, velocity); lastB[1][5] =0; } //B43 if ((keysB[2][0] ==0) and (lastB[2][0] ==0)) { MidiSend(noteOn2, 43, velocity); lastB[2][0] =7; } //Write Midi Note Off if ((keysB[2][0] ==1) and (lastB[2][0] ==7)) { MidiSend(noteOff2, 43, velocity); lastB[2][0] =0; } //B44 if ((keysB[2][1] ==0) and (lastB[2][1] ==0)) { MidiSend(noteOn2, 44, velocity); lastB[2][1] =7; } //Write Midi Note Off if ((keysB[2][1] ==1) and (lastB[2][1] ==7)) { MidiSend(noteOff2, 44, velocity); lastB[2][1] =0; } //B45 if ((keysB[2][2] ==0) and (lastB[2][2] ==0)) { MidiSend(noteOn2, 45, velocity); lastB[2][2] =7; } //Write Midi Note Off if ((keysB[2][2] ==1) and (lastB[2][2] ==7)) { MidiSend(noteOff2, 45, velocity); lastB[2][2] =0; } //B46 if ((keysB[2][3] ==0) and (lastB[2][3] ==0)) { MidiSend(noteOn2, 46, velocity); lastB[2][3] =7; } //Write Midi Note Off if ((keysB[2][3] ==1) and (lastB[2][3] ==7)) { MidiSend(noteOff2, 46, velocity); lastB[2][3] =0; } //B47 if ((keysB[2][4] ==0) and (lastB[2][4] ==0)) { MidiSend(noteOn2, 47, velocity); lastB[2][4] =7; } //Write Midi Note Off if ((keysB[2][4] ==1) and (lastB[2][4] ==7)) { MidiSend(noteOff2, 47, velocity); lastB[2][4] =0; } //B48 if ((keysB[2][5] ==0) and (lastB[2][5] ==0)) { MidiSend(noteOn2, 48, velocity); lastB[2][5] =7; } //Write Midi Note Off if ((keysB[2][5] ==1) and (lastB[2][5] ==7)) { MidiSend(noteOff2, 48, velocity); lastB[2][5] =0; } //B49 if ((keysB[3][0] ==0) and (lastB[3][0] ==0)) { MidiSend(noteOn2, 49, velocity); lastB[3][0] =7; } //Write Midi Note Off if ((keysB[3][0] ==1) and (lastB[3][0] ==7)) { MidiSend(noteOff2, 49, velocity); lastB[3][0] =0; } //B50 if ((keysB[3][1] ==0) and (lastB[3][1] ==0)) { MidiSend(noteOn2, 50, velocity); lastB[3][1] =7; } //Write Midi Note Off if ((keysB[3][1] ==1) and (lastB[3][1] ==7)) { MidiSend(noteOff2, 50, velocity); lastB[3][1] =0; } //B51 if ((keysB[3][2] ==0) and (lastB[3][2] ==0)) { MidiSend(noteOn2, 51, velocity); lastB[3][2] =7; } //Write Midi Note Off if ((keysB[3][2] ==1) and (lastB[3][2] ==7)) { MidiSend(noteOff2, 51, velocity); lastB[3][2] =0; } //B52 if ((keysB[3][3] ==0) and (lastB[3][3] ==0)) { MidiSend(noteOn2, 52, velocity); lastB[3][3] =7; } //Write Midi Note Off if ((keysB[3][3] ==1) and (lastB[3][3] ==7)) { MidiSend(noteOff2, 52, velocity); lastB[3][3] =0; } //B53 if ((keysB[3][4] ==0) and (lastB[3][4] ==0)) { MidiSend(noteOn2, 53, velocity); lastB[3][4] =7; } //Write Midi Note Off if ((keysB[3][4] ==1) and (lastB[3][4] ==7)) { MidiSend(noteOff2, 53, velocity); lastB[3][4] =0; } //B54 if ((keysB[3][5] ==0) and (lastB[3][5] ==0)) { MidiSend(noteOn2, 54, velocity); lastB[3][5] =7; } //Write Midi Note Off if ((keysB[3][5] ==1) and (lastB[3][5] ==7)) { MidiSend(noteOff2, 54, velocity); lastB[3][5] =0; } //B55 if ((keysB[4][0] ==0) and (lastB[4][0] ==0)) { MidiSend(noteOn2, 55, velocity); lastB[4][0] =7; } //Write Midi Note Off if ((keysB[4][0] ==1) and (lastB[4][0] ==7)) { MidiSend(noteOff2, 55, velocity); lastB[4][0] =0; } //B56 if ((keysB[4][1] ==0) and (lastB[4][1] ==0)) { MidiSend(noteOn2, 56, velocity); lastB[4][1] =7; } //Write Midi Note Off if ((keysB[4][1] ==1) and (lastB[4][1] ==7)) { MidiSend(noteOff2, 56, velocity); lastB[4][1] =0; } //B57 if ((keysB[4][2] ==0) and (lastB[4][2] ==0)) { MidiSend(noteOn2, 57, velocity); lastB[4][2] =7; } //Write Midi Note Off if ((keysB[4][2] ==1) and (lastB[4][2] ==7)) { MidiSend(noteOff2, 57, velocity); lastB[4][2] =0; } //B58 if ((keysB[4][3] ==0) and (lastB[4][3] ==0)) { MidiSend(noteOn2, 58, velocity); lastB[4][3] =7; } //Write Midi Note Off if ((keysB[4][3] ==1) and (lastB[4][3] ==7)) { MidiSend(noteOff2, 58, velocity); lastB[4][3] =0; } //B59 if ((keysB[4][4] ==0) and (lastB[4][4] ==0)) { MidiSend(noteOn2, 59, velocity); lastB[4][4] =7; } //Write Midi Note Off if ((keysB[4][4] ==1) and (lastB[4][4] ==7)) { MidiSend(noteOff2, 59, velocity); lastB[4][4] =0; } //B60 if ((keysB[4][5] ==0) and (lastB[4][5] ==0)) { MidiSend(noteOn2, 60, velocity); lastB[4][5] =7; } //Write Midi Note Off if ((keysB[4][5] ==1) and (lastB[4][5] ==7)) { MidiSend(noteOff2, 60, velocity); lastB[4][5] =0; } //B61 if ((keysB[5][0] ==0) and (lastB[5][0] ==0)) { MidiSend(noteOn2, 61, velocity); lastB[5][0] =7; } //Write Midi Note Off if ((keysB[5][0] ==1) and (lastB[5][0] ==7)) { MidiSend(noteOff2, 61, velocity); lastB[5][0] =0; } //B62 if ((keysB[5][1] ==0) and (lastB[5][1] ==0)) { MidiSend(noteOn2, 62, velocity); lastB[5][1] =7; } //Write Midi Note Off if ((keysB[5][1] ==1) and (lastB[5][1] ==7)) { MidiSend(noteOff2, 62, velocity); lastB[5][1] =0; } //B63 if ((keysB[5][2] ==0) and (lastB[5][2] ==0)) { MidiSend(noteOn2, 63, velocity); lastB[5][2] =7; } //Write Midi Note Off if ((keysB[5][2] ==1) and (lastB[5][2] ==7)) { MidiSend(noteOff2, 63, velocity); lastB[5][2] =0; } //B64 if ((keysB[5][3] ==0) and (lastB[5][3] ==0)) { MidiSend(noteOn2, 64, velocity); lastB[5][3] =7; } //Write Midi Note Off if ((keysB[5][3] ==1) and (lastB[5][3] ==7)) { MidiSend(noteOff2, 64, velocity); lastB[5][3] =0; } //B65 if ((keysB[5][4] ==0) and (lastB[5][4] ==0)) { MidiSend(noteOn2, 65, velocity); lastB[5][4] =7; } //Write Midi Note Off if ((keysB[5][4] ==1) and (lastB[5][4] ==7)) { MidiSend(noteOff2, 65, velocity); lastB[5][4] =0; } //B66 if ((keysB[5][5] ==0) and (lastB[5][5] ==0)) { MidiSend(noteOn2, 66, velocity); lastB[5][5] =7; } //Write Midi Note Off if ((keysB[5][5] ==1) and (lastB[5][5] ==7)) { MidiSend(noteOff2, 66, velocity); lastB[5][5] =0; } //B67 if ((keysB[6][0] ==0) and (lastB[6][0] ==0)) { MidiSend(noteOn2, 67, velocity); lastB[6][0] =7; } //Write Midi Note Off if ((keysB[6][0] ==1) and (lastB[6][0] ==7)) { MidiSend(noteOff2, 67, velocity); lastB[6][0] =0; } //B68 if ((keysB[6][1] ==0) and (lastB[6][1] ==0)) { MidiSend(noteOn2, 68, velocity); lastB[6][1] =7; } //Write Midi Note Off if ((keysB[6][1] ==1) and (lastB[6][1] ==7)) { MidiSend(noteOff2, 68, velocity); lastB[6][1] =0; } //B69 if ((keysB[6][2] ==0) and (lastB[6][2] ==0)) { MidiSend(noteOn2, 69, velocity); lastB[6][2] =7; } //Write Midi Note Off if ((keysB[6][2] ==1) and (lastB[6][2] ==7)) { MidiSend(noteOff2, 69, velocity); lastB[6][2] =0; } //B70 if ((keysB[6][3] ==0) and (lastB[6][3] ==0)) { MidiSend(noteOn2, 70, velocity); lastB[6][3] =7; } //Write Midi Note Off if ((keysB[6][3] ==1) and (lastB[6][3] ==7)) { MidiSend(noteOff2, 70, velocity); lastB[6][3] =0; } //B71 if ((keysB[6][4] ==0) and (lastB[6][4] ==0)) { MidiSend(noteOn2, 71, velocity); lastB[6][4] =7; } //Write Midi Note Off if ((keysB[6][4] ==1) and (lastB[6][4] ==7)) { MidiSend(noteOff2, 71, velocity); lastB[6][4] =0; } //B72 if ((keysB[6][5] ==0) and (lastB[6][5] ==0)) { MidiSend(noteOn2, 72, velocity); lastB[6][5] =7; } //Write Midi Note Off if ((keysB[6][5] ==1) and (lastB[6][5] ==7)) { MidiSend(noteOff2, 72, velocity); lastB[6][5] =0; } //B73 if ((keysB[7][0] ==0) and (lastB[7][0] ==0)) { MidiSend(noteOn2, 73, velocity); lastB[7][0] =7; } //Write Midi Note Off if ((keysB[7][0] ==1) and (lastB[7][0] ==7)) { MidiSend(noteOff2, 73, velocity); lastB[7][0] =0; } //B74 if ((keysB[7][1] ==0) and (lastB[7][1] ==0)) { MidiSend(noteOn2, 74, velocity); lastB[7][1] =7; } //Write Midi Note Off if ((keysB[7][1] ==1) and (lastB[7][1] ==7)) { MidiSend(noteOff2, 74, velocity); lastB[7][1] =0; } //B75 if ((keysB[7][2] ==0) and (lastB[7][2] ==0)) { MidiSend(noteOn2, 75, velocity); lastB[7][2] =7; } //Write Midi Note Off if ((keysB[7][2] ==1) and (lastB[7][2] ==7)) { MidiSend(noteOff2, 75, velocity); lastB[7][2] =0; } //B76 if ((keysB[7][3] ==0) and (lastB[7][3] ==0)) { MidiSend(noteOn2, 76, velocity); lastB[7][3] =7; } //Write Midi Note Off if ((keysB[7][3] ==1) and (lastB[7][3] ==7)) { MidiSend(noteOff2, 76, velocity); lastB[7][3] =0; } //B77 if ((keysB[7][4] ==0) and (lastB[7][4] ==0)) { MidiSend(noteOn2, 77, velocity); lastB[7][4] =7; } //Write Midi Note Off if ((keysB[7][4] ==1) and (lastB[7][4] ==7)) { MidiSend(noteOff2, 77, velocity); lastB[7][4] =0; } //B78 if ((keysB[7][5] ==0) and (lastB[7][5] ==0)) { MidiSend(noteOn2, 78, velocity); lastB[7][5] =7; } //Write Midi Note Off if ((keysB[7][5] ==1) and (lastB[7][5] ==7)) { MidiSend(noteOff2, 78, velocity); lastB[7][5] =0; } //B79 if ((keysB[8][0] ==0) and (lastB[8][0] ==0)) { MidiSend(noteOn2, 79, velocity); lastB[8][0] =7; } //Write Midi Note Off if ((keysB[8][0] ==1) and (lastB[8][0] ==7)) { MidiSend(noteOff2, 79, velocity); lastB[8][0] =0; } //B80 if ((keysB[8][1] ==0) and (lastB[8][1] ==0)) { MidiSend(noteOn2, 80, velocity); lastB[8][1] =7; } //Write Midi Note Off if ((keysB[8][1] ==1) and (lastB[8][1] ==7)) { MidiSend(noteOff2, 80, velocity); lastB[8][1] =0; } //B81 if ((keysB[8][2] ==0) and (lastB[8][2] ==0)) { MidiSend(noteOn2, 81, velocity); lastB[8][2] =7; } //Write Midi Note Off if ((keysB[8][2] ==1) and (lastB[8][2] ==7)) { MidiSend(noteOff2, 81, velocity); lastB[8][2] =0; } //B82 if ((keysB[8][3] ==0) and (lastB[8][3] ==0)) { MidiSend(noteOn2, 82, velocity); lastB[8][3] =7; } //Write Midi Note Off if ((keysB[8][3] ==1) and (lastB[8][3] ==7)) { MidiSend(noteOff2, 82, velocity); lastB[8][3] =0; } //B83 if ((keysB[8][4] ==0) and (lastB[8][4] ==0)) { MidiSend(noteOn2, 83, velocity); lastB[8][4] =7; } //Write Midi Note Off if ((keysB[8][4] ==1) and (lastB[8][4] ==7)) { MidiSend(noteOff2, 83, velocity); lastB[8][4] =0; } //B84 if ((keysB[8][5] ==0) and (lastB[8][5] ==0)) { MidiSend(noteOn2, 84, velocity); lastB[8][5] =7; } //Write Midi Note Off if ((keysB[8][5] ==1) and (lastB[8][5] ==7)) { MidiSend(noteOff2, 84, velocity); lastB[8][5] =0; } //B85 if ((keysB[9][0] ==0) and (lastB[9][0] ==0)) { MidiSend(noteOn2, 85, velocity); lastB[9][0] =7; } //Write Midi Note Off if ((keysB[9][0] ==1) and (lastB[9][0] ==7)) { MidiSend(noteOff2, 85, velocity); lastB[9][0] =0; } //B86 if ((keysB[9][1] ==0) and (lastB[9][1] ==0)) { MidiSend(noteOn2, 86, velocity); lastB[9][1] =7; } //Write Midi Note Off if ((keysB[9][1] ==1) and (lastB[9][1] ==7)) { MidiSend(noteOff2, 86, velocity); lastB[9][1] =0; } //B87 if ((keysB[9][2] ==0) and (lastB[9][2] ==0)) { MidiSend(noteOn2, 87, velocity); lastB[9][2] =7; } //Write Midi Note Off if ((keysB[9][2] ==1) and (lastB[9][2] ==7)) { MidiSend(noteOff2, 87, velocity); lastB[9][2] =0; } //B88 if ((keysB[9][3] ==0) and (lastB[9][3] ==0)) { MidiSend(noteOn2, 88, velocity); lastB[9][3] =7; } //Write Midi Note Off if ((keysB[9][3] ==1) and (lastB[9][3] ==7)) { MidiSend(noteOff2, 88, velocity); lastB[9][3] =0; } //B89 if ((keysB[9][4] ==0) and (lastB[9][4] ==0)) { MidiSend(noteOn2, 89, velocity); lastB[9][4] =7; } //Write Midi Note Off if ((keysB[9][4] ==1) and (lastB[9][4] ==7)) { MidiSend(noteOff2, 89, velocity); lastB[9][4] =0; } //B90 if ((keysB[9][5] ==0) and (lastB[9][5] ==0)) { MidiSend(noteOn2, 90, velocity); lastB[9][5] =7; } //Write Midi Note Off if ((keysB[9][5] ==1) and (lastB[9][5] ==7)) { MidiSend(noteOff2, 90, velocity); lastB[9][5] =0; } //B91 if ((keysB[10][0] ==0) and (lastB[10][0] ==0)) { MidiSend(noteOn2, 91, velocity); lastB[10][0] =7; } //Write Midi Note Off if ((keysB[10][0] ==1) and (lastB[10][0] ==7)) { MidiSend(noteOff2, 91, velocity); lastB[10][0] =0; } //B92 if ((keysB[10][1] ==0) and (lastB[10][1] ==0)) { MidiSend(noteOn2, 92, velocity); lastB[10][1] =7; } //Write Midi Note Off if ((keysB[10][1] ==1) and (lastB[10][1] ==7)) { MidiSend(noteOff2, 92, velocity); lastB[10][1] =0; } //B93 if ((keysB[10][2] ==0) and (lastB[10][2] ==0)) { MidiSend(noteOn2, 93, velocity); lastB[10][2] =7; } //Write Midi Note Off if ((keysB[10][2] ==1) and (lastB[10][2] ==7)) { MidiSend(noteOff2, 93, velocity); lastB[10][2] =0; } //B94 if ((keysB[10][3] ==0) and (lastB[10][3] ==0)) { MidiSend(noteOn2, 94, velocity); lastB[10][3] =7; } //Write Midi Note Off if ((keysB[10][3] ==1) and (lastB[10][3] ==7)) { MidiSend(noteOff2, 94, velocity); lastB[10][3] =0; } //B95 if ((keysB[10][4] ==0) and (lastB[10][4] ==0)) { MidiSend(noteOn2, 95, velocity); lastB[10][4] =7; } //Write Midi Note Off if ((keysB[10][4] ==1) and (lastB[10][4] ==7)) { MidiSend(noteOff2, 95, velocity); lastB[10][4] =0; } //B96 if ((keysB[10][5] ==0) and (lastB[10][5] ==0)) { MidiSend(noteOn2, 96, velocity); lastB[10][5] =7; } //Write Midi Note Off if ((keysB[10][5] ==1) and (lastB[10][5] ==7)) { MidiSend(noteOff2, 96, velocity); lastB[10][5] =0; } //Write Keyboard C //C36 if ((keysC[0][0] ==0) and (lastC[0][0] ==0)) { MidiSend(noteOff3, 36, velocity); lastC[0][0] =7; } if ((keysC[0][0] ==1) and (lastC[0][0] ==7)) { MidiSend(noteOn3, 36, velocity); lastC[0][0] =0; } //C37 if ((keysC[1][0] ==0) and (lastC[1][0] ==0)) { MidiSend(noteOff3, 37, velocity); lastC[1][0] =7; } if ((keysC[1][0] ==1) and (lastC[1][0] ==7)) { MidiSend(noteOn3, 37, velocity); lastC[1][0] =0; } //C38 if ((keysC[1][1] ==0) and (lastC[1][1] ==0)) { MidiSend(noteOff3, 38, velocity); lastC[1][1] =7; } //Write Midi Note Off if ((keysC[1][1] ==1) and (lastC[1][1] ==7)) { MidiSend(noteOn3, 38, velocity); lastC[1][1] =0; } //C39 if ((keysC[1][2] ==0) and (lastC[1][2] ==0)) { MidiSend(noteOff3, 39, velocity); lastC[1][2] =7; } //Write Midi Note Off if ((keysC[1][2] ==1) and (lastC[1][2] ==7)) { MidiSend(noteOn3, 39, velocity); lastC[1][2] =0; } //C40 if ((keysC[1][3] ==0) and (lastC[1][3] ==0)) { MidiSend(noteOff3, 40, velocity); lastC[1][3] =7; } //Write Midi Note Off if ((keysC[1][3] ==1) and (lastC[1][3] ==7)) { MidiSend(noteOn3, 40, velocity); lastC[1][3] =0; } //C41 if ((keysC[1][4] ==0) and (lastC[1][4] ==0)) { MidiSend(noteOff3, 41, velocity); lastC[1][4] =7; } //Write Midi Note Off if ((keysC[1][4] ==1) and (lastC[1][4] ==7)) { MidiSend(noteOn3, 41, velocity); lastC[1][4] =0; } //C42 if ((keysC[1][5] ==0) and (lastC[1][5] ==0)) { MidiSend(noteOff3, 42, velocity); lastC[1][5] =7; } //Write Midi Note Off if ((keysC[1][5] ==1) and (lastC[1][5] ==7)) { MidiSend(noteOn3, 42, velocity); lastC[1][5] =0; } //C43 if ((keysC[2][0] ==0) and (lastC[2][0] ==0)) { MidiSend(noteOff3, 43, velocity); lastC[2][0] =7; } //Write Midi Note Off if ((keysC[2][0] ==1) and (lastC[2][0] ==7)) { MidiSend(noteOn3, 43, velocity); lastC[2][0] =0; } //C44 if ((keysC[2][1] ==0) and (lastC[2][1] ==0)) { MidiSend(noteOff3, 44, velocity); lastC[2][1] =7; } //Write Midi Note Off if ((keysC[2][1] ==1) and (lastC[2][1] ==7)) { MidiSend(noteOn3, 44, velocity); lastC[2][1] =0; } //C45 if ((keysC[2][2] ==0) and (lastC[2][2] ==0)) { MidiSend(noteOff3, 45, velocity); lastC[2][2] =7; } //Write Midi Note Off if ((keysC[2][2] ==1) and (lastC[2][2] ==7)) { MidiSend(noteOn3, 45, velocity); lastC[2][2] =0; } //C46 if ((keysC[2][3] ==0) and (lastC[2][3] ==0)) { MidiSend(noteOff3, 46, velocity); lastC[2][3] =7; } //Write Midi Note Off if ((keysC[2][3] ==1) and (lastC[2][3] ==7)) { MidiSend(noteOn3, 46, velocity); lastC[2][3] =0; } //C47 if ((keysC[2][4] ==0) and (lastC[2][4] ==0)) { MidiSend(noteOff3, 47, velocity); lastC[2][4] =7; } //Write Midi Note Off if ((keysC[2][4] ==1) and (lastC[2][4] ==7)) { MidiSend(noteOn3, 47, velocity); lastC[2][4] =0; } //C48 if ((keysC[2][5] ==0) and (lastC[2][5] ==0)) { MidiSend(noteOff3, 48, velocity); lastC[2][5] =7; } //Write Midi Note Off if ((keysC[2][5] ==1) and (lastC[2][5] ==7)) { MidiSend(noteOn3, 48, velocity); lastC[2][5] =0; } //C49 if ((keysC[3][0] ==0) and (lastC[3][0] ==0)) { MidiSend(noteOff3, 49, velocity); lastC[3][0] =7; } //Write Midi Note Off if ((keysC[3][0] ==1) and (lastC[3][0] ==7)) { MidiSend(noteOn3, 49, velocity); lastC[3][0] =0; } //C50 if ((keysC[3][1] ==0) and (lastC[3][1] ==0)) { MidiSend(noteOff3, 50, velocity); lastC[3][1] =7; } //Write Midi Note Off if ((keysC[3][1] ==1) and (lastC[3][1] ==7)) { MidiSend(noteOn3, 50, velocity); lastC[3][1] =0; } //C51 if ((keysC[3][2] ==0) and (lastC[3][2] ==0)) { MidiSend(noteOff3, 51, velocity); lastC[3][2] =7; } //Write Midi Note Off if ((keysC[3][2] ==1) and (lastC[3][2] ==7)) { MidiSend(noteOn3, 51, velocity); lastC[3][2] =0; } //C52 if ((keysC[3][3] ==0) and (lastC[3][3] ==0)) { MidiSend(noteOff3, 52, velocity); lastC[3][3] =7; } //Write Midi Note Off if ((keysC[3][3] ==1) and (lastC[3][3] ==7)) { MidiSend(noteOn3, 52, velocity); lastC[3][3] =0; } //C53 if ((keysC[3][4] ==0) and (lastC[3][4] ==0)) { MidiSend(noteOff3, 53, velocity); lastC[3][4] =7; } //Write Midi Note Off if ((keysC[3][4] ==1) and (lastC[3][4] ==7)) { MidiSend(noteOn3, 53, velocity); lastC[3][4] =0; } //C54 if ((keysC[3][5] ==0) and (lastC[3][5] ==0)) { MidiSend(noteOff3, 54, velocity); lastC[3][5] =7; } //Write Midi Note Off if ((keysC[3][5] ==1) and (lastC[3][5] ==7)) { MidiSend(noteOn3, 54, velocity); lastC[3][5] =0; } //C55 if ((keysC[4][0] ==0) and (lastC[4][0] ==0)) { MidiSend(noteOff3, 55, velocity); lastC[4][0] =7; } //Write Midi Note Off if ((keysC[4][0] ==1) and (lastC[4][0] ==7)) { MidiSend(noteOn3, 55, velocity); lastC[4][0] =0; } //C56 if ((keysC[4][1] ==0) and (lastC[4][1] ==0)) { MidiSend(noteOff3, 56, velocity); lastC[4][1] =7; } //Write Midi Note Off if ((keysC[4][1] ==1) and (lastC[4][1] ==7)) { MidiSend(noteOn3, 56, velocity); lastC[4][1] =0; } //C57 if ((keysC[4][2] ==0) and (lastC[4][2] ==0)) { MidiSend(noteOff3, 57, velocity); lastC[4][2] =7; } //Write Midi Note Off if ((keysC[4][2] ==1) and (lastC[4][2] ==7)) { MidiSend(noteOn3, 57, velocity); lastC[4][2] =0; } //C58 if ((keysC[4][3] ==0) and (lastC[4][3] ==0)) { MidiSend(noteOff3, 58, velocity); lastC[4][3] =7; } //Write Midi Note Off if ((keysC[4][3] ==1) and (lastC[4][3] ==7)) { MidiSend(noteOn3, 58, velocity); lastC[4][3] =0; } //C59 if ((keysC[4][4] ==0) and (lastC[4][4] ==0)) { MidiSend(noteOff3, 59, velocity); lastC[4][4] =7; } //Write Midi Note Off if ((keysC[4][4] ==1) and (lastC[4][4] ==7)) { MidiSend(noteOn3, 59, velocity); lastC[4][4] =0; } //C60 if ((keysC[4][5] ==0) and (lastC[4][5] ==0)) { MidiSend(noteOff3, 60, velocity); lastC[4][5] =7; } //Write Midi Note Off if ((keysC[4][5] ==1) and (lastC[4][5] ==7)) { MidiSend(noteOn3, 60, velocity); lastC[4][5] =0; } //C61 if ((keysC[5][0] ==0) and (lastC[5][0] ==0)) { MidiSend(noteOff3, 61, velocity); lastC[5][0] =7; } //Write Midi Note Off if ((keysC[5][0] ==1) and (lastC[5][0] ==7)) { MidiSend(noteOn3, 61, velocity); lastC[5][0] =0; } //C62 if ((keysC[5][1] ==0) and (lastC[5][1] ==0)) { MidiSend(noteOff3, 62, velocity); lastC[5][1] =7; } //Write Midi Note Off if ((keysC[5][1] ==1) and (lastC[5][1] ==7)) { MidiSend(noteOn3, 62, velocity); lastC[5][1] =0; } //C63 if ((keysC[5][2] ==0) and (lastC[5][2] ==0)) { MidiSend(noteOff3, 63, velocity); lastC[5][2] =7; } //Write Midi Note Off if ((keysC[5][2] ==1) and (lastC[5][2] ==7)) { MidiSend(noteOn3, 63, velocity); lastC[5][2] =0; } //C64 if ((keysC[5][3] ==0) and (lastC[5][3] ==0)) { MidiSend(noteOff3, 64, velocity); lastC[5][3] =7; } //Write Midi Note Off if ((keysC[5][3] ==1) and (lastC[5][3] ==7)) { MidiSend(noteOn3, 64, velocity); lastC[5][3] =0; } //C65 if ((keysC[5][4] ==0) and (lastC[5][4] ==0)) { MidiSend(noteOff3, 65, velocity); lastC[5][4] =7; } //Write Midi Note Off if ((keysC[5][4] ==1) and (lastC[5][4] ==7)) { MidiSend(noteOn3, 65, velocity); lastC[5][4] =0; } //C66 if ((keysC[5][5] ==0) and (lastC[5][5] ==0)) { MidiSend(noteOff3, 66, velocity); lastC[5][5] =7; } //Write Midi Note Off if ((keysC[5][5] ==1) and (lastC[5][5] ==7)) { MidiSend(noteOn3, 66, velocity); lastC[5][5] =0; } //C67 if ((keysC[6][0] ==0) and (lastC[6][0] ==0)) { MidiSend(noteOff3, 67, velocity); lastC[6][0] =7; } //Write Midi Note Off if ((keysC[6][0] ==1) and (lastC[6][0] ==7)) { MidiSend(noteOn3, 67, velocity); lastC[6][0] =0; } //Expression pedal on analog pin 0 to Channel 6 int Cur6 =analogRead(0); int Map6 =map(Cur6, 0, 1023, 0, 127); if (abs(Cur6 - LastPot6)>=8) { MidiSend(chan6,Exp,Map6); LastPot6 =Cur6; } //Expression pedal on analog pin 1 to Channel 7 int Cur7 =analogRead(1); int Map7 =map(Cur7, 0, 1023, 0, 127); if (abs(Cur7 - LastPot7)>=8) { MidiSend(chan7,Exp,Map7); LastPot7 =Cur7; } }void MidiSend(int one, int two, int three) { Serial.write(one); Serial.write(two); Serial.write(three); }

Bussed Keyboard CodeArduino

Code to upload to the Arduino if you are following the Bussed Keyboard Schematic.

// Name:Arduino Mega Midi Controller 61x4 plus 3 potentiometers.// Version 1.0// Created:April 12, 2021// Author:Larason2// Acknowledgements:Bald Engineer, Amanda Ghassaei, jeffb42, GrumpyMike//Note Databyte keysA[11][6];byte keysB[11][6];byte keysC[11][6];byte keysD[11][6];//Last Key Statebyte lastA[11][6];byte lastB[11][6];byte lastC[11][6];byte lastD[11][6];//Midi Messages Sentint noteOn1 =144;int noteOff1 =128;int noteOn2 =145;int noteOff2 =129;int noteOn3 =146;int noteOff3 =130;int noteOn4 =147;int noteOff4 =131;int velocity =100;int chan6 =181;int chan7 =182;int chan8 =183;int Exp =11;//Last Potentiometer Stateint LastPot6 =1;int LastPot7 =1;int LastPot8 =1;void setup() { // Start Serial at Midi rate Serial.begin(31250); //Initialize Pins 1-10 pinMode(2, INPUT); pinMode(3, INPUT); pinMode(4, INPUT); pinMode(5, INPUT); pinMode(6, INPUT); pinMode(7, INPUT); pinMode(8, INPUT); pinMode(9, INPUT); pinMode(10, INPUT); pinMode(11, INPUT); //Pins 11-20 pinMode(12, INPUT); pinMode(13, INPUT); pinMode(14, INPUT); pinMode(15, INPUT); pinMode(16, INPUT); pinMode(17, INPUT); pinMode(18, INPUT); pinMode(19, INPUT); pinMode(20, INPUT); pinMode(21, INPUT); //Pins 21-30 pinMode(22, INPUT); pinMode(23, INPUT); pinMode(24, INPUT); pinMode(25, INPUT); pinMode(26, INPUT); pinMode(27, INPUT); pinMode(28, INPUT); pinMode(29, INPUT); pinMode(30, INPUT); pinMode(31, INPUT); //Pins 31-40 pinMode(32, INPUT); pinMode(33, INPUT); pinMode(34, INPUT); pinMode(35, INPUT); pinMode(36, INPUT); pinMode(37, INPUT); pinMode(38, INPUT); pinMode(39, INPUT); pinMode(40, INPUT); pinMode(41, INPUT); //Pins 41-50 pinMode(42, INPUT); pinMode(43, INPUT); pinMode(44, INPUT); pinMode(45, INPUT); pinMode(46, INPUT); pinMode(47, INPUT); pinMode(48, INPUT); pinMode(49, INPUT); pinMode(50, INPUT); pinMode(51, INPUT); //Pins 51-61 pinMode(52, INPUT); pinMode(53, INPUT); pinMode(A0, INPUT); pinMode(A1, INPUT); pinMode(A2, INPUT); pinMode(A3, INPUT); pinMode(A4, INPUT); pinMode(A5, INPUT); pinMode(A6, INPUT); pinMode(A7, INPUT); pinMode(A8, INPUT); //Column Pins pinMode(A9, INPUT); pinMode(A10, INPUT); pinMode(A11, INPUT); pinMode(A12, INPUT); //Pot Pins pinMode(A13, INPUT); pinMode(A14, INPUT); pinMode(A15, INPUT);}void loop() { // Setup pins for keyboards //Pins 1-10 pinMode(2, INPUT_PULLUP); pinMode(3, INPUT_PULLUP); pinMode(4, INPUT_PULLUP); pinMode(5, INPUT_PULLUP); pinMode(6, INPUT_PULLUP); pinMode(7, INPUT_PULLUP); pinMode(8, INPUT_PULLUP); pinMode(9, INPUT_PULLUP); pinMode(10, INPUT_PULLUP); pinMode(11, INPUT_PULLUP); //Pins 11-20 pinMode(12, INPUT_PULLUP); pinMode(13, INPUT_PULLUP); pinMode(14, INPUT_PULLUP); pinMode(15, INPUT_PULLUP); pinMode(16, INPUT_PULLUP); pinMode(17, INPUT_PULLUP); pinMode(18, INPUT_PULLUP); pinMode(19, INPUT_PULLUP); pinMode(20, INPUT_PULLUP); pinMode(21, INPUT_PULLUP); //Pins 21-30 pinMode(22, INPUT_PULLUP); pinMode(23, INPUT_PULLUP); pinMode(24, INPUT_PULLUP); pinMode(25, INPUT_PULLUP); pinMode(26, INPUT_PULLUP); pinMode(27, INPUT_PULLUP); pinMode(28, INPUT_PULLUP); pinMode(29, INPUT_PULLUP); pinMode(30, INPUT_PULLUP); pinMode(31, INPUT_PULLUP); //Pins 31-40 pinMode(32, INPUT_PULLUP); pinMode(33, INPUT_PULLUP); pinMode(34, INPUT_PULLUP); pinMode(35, INPUT_PULLUP); pinMode(36, INPUT_PULLUP); pinMode(37, INPUT_PULLUP); pinMode(38, INPUT_PULLUP); pinMode(39, INPUT_PULLUP); pinMode(40, INPUT_PULLUP); pinMode(41, INPUT_PULLUP); //Pins 41-50 pinMode(42, INPUT_PULLUP); pinMode(43, INPUT_PULLUP); pinMode(44, INPUT_PULLUP); pinMode(45, INPUT_PULLUP); pinMode(46, INPUT_PULLUP); pinMode(47, INPUT_PULLUP); pinMode(48, INPUT_PULLUP); pinMode(49, INPUT_PULLUP); pinMode(50, INPUT_PULLUP); pinMode(51, INPUT_PULLUP); //Pins 51-61 pinMode(52, INPUT_PULLUP); pinMode(53, INPUT_PULLUP); pinMode(A0, INPUT_PULLUP); pinMode(A1, INPUT_PULLUP); pinMode(A2, INPUT_PULLUP); pinMode(A3, INPUT_PULLUP); pinMode(A4, INPUT_PULLUP); pinMode(A5, INPUT_PULLUP); pinMode(A6, INPUT_PULLUP); pinMode(A7, INPUT_PULLUP); pinMode(A8, INPUT_PULLUP); //Read Keyboard A pinMode(A9, OUTPUT); digitalWrite(A9, LOW); //Keys 1-10 keysA[0][0] =digitalRead(2); keysA[1][0] =digitalRead(3); keysA[1][1] =digitalRead(4); keysA[1][2] =digitalRead(5); keysA[1][3] =digitalRead(6); keysA[1][4] =digitalRead(7); keysA[1][5] =digitalRead(8); keysA[2][0] =digitalRead(9); keysA[2][1] =digitalRead(10); keysA[2][2] =digitalRead(11); //Keys 11-20 keysA[2][3] =digitalRead(12); keysA[2][4] =digitalRead(13); keysA[2][5] =digitalRead(14); keysA[3][0] =digitalRead(15); keysA[3][1] =digitalRead(16); keysA[3][2] =digitalRead(17); keysA[3][3] =digitalRead(18); keysA[3][4] =digitalRead(19); keysA[3][5] =digitalRead(20); keysA[4][0] =digitalRead(21); //Keys 21-30 keysA[4][1] =digitalRead(22); keysA[4][2] =digitalRead(23); keysA[4][3] =digitalRead(24); keysA[4][4] =digitalRead(25); keysA[4][5] =digitalRead(26); keysA[5][0] =digitalRead(27); keysA[5][1] =digitalRead(28); keysA[5][2] =digitalRead(29); keysA[5][3] =digitalRead(30); keysA[5][4] =digitalRead(31); //Keys 31-40 keysA[5][5] =digitalRead(32); keysA[6][0] =digitalRead(33); keysA[6][1] =digitalRead(34); keysA[6][2] =digitalRead(35); keysA[6][3] =digitalRead(36); keysA[6][4] =digitalRead(37); keysA[6][5] =digitalRead(38); keysA[7][0] =digitalRead(39); keysA[7][1] =digitalRead(40); keysA[7][2] =digitalRead(41); //Keys 41-50 keysA[7][3] =digitalRead(42); keysA[7][4] =digitalRead(43); keysA[7][5] =digitalRead(44); keysA[8][0] =digitalRead(45); keysA[8][1] =digitalRead(46); keysA[8][2] =digitalRead(47); keysA[8][3] =digitalRead(48); keysA[8][4] =digitalRead(49); keysA[8][5] =digitalRead(50); keysA[9][0] =digitalRead(51); //Keys 51-61 keysA[9][1] =digitalRead(52); keysA[9][2] =digitalRead(53); keysA[9][3] =digitalRead(A0); keysA[9][4] =digitalRead(A1); keysA[9][5] =digitalRead(A2); keysA[10][0] =digitalRead(A3); keysA[10][1] =digitalRead(A4); keysA[10][2] =digitalRead(A5); keysA[10][3] =digitalRead(A6); keysA[10][4] =digitalRead(A7); keysA[10][5] =digitalRead(A8); pinMode(A9, INPUT); // Read Keyboard B pinMode(A10, OUTPUT); digitalWrite(A10, LOW); //Keys 1-10 keysB[0][0] =digitalRead(2); keysB[1][0] =digitalRead(3); keysB[1][1] =digitalRead(4); keysB[1][2] =digitalRead(5); keysB[1][3] =digitalRead(6); keysB[1][4] =digitalRead(7); keysB[1][5] =digitalRead(8); keysB[2][0] =digitalRead(9); keysB[2][1] =digitalRead(10); keysB[2][2] =digitalRead(11); //Keys 11-20 keysB[2][3] =digitalRead(12); keysB[2][4] =digitalRead(13); keysB[2][5] =digitalRead(14); keysB[3][0] =digitalRead(15); keysB[3][1] =digitalRead(16); keysB[3][2] =digitalRead(17); keysB[3][3] =digitalRead(18); keysB[3][4] =digitalRead(19); keysB[3][5] =digitalRead(20); keysB[4][0] =digitalRead(21); //Keys 21-30 keysB[4][1] =digitalRead(22); keysB[4][2] =digitalRead(23); keysB[4][3] =digitalRead(24); keysB[4][4] =digitalRead(25); keysB[4][5] =digitalRead(26); keysB[5][0] =digitalRead(27); keysB[5][1] =digitalRead(28); keysB[5][2] =digitalRead(29); keysB[5][3] =digitalRead(30); keysB[5][4] =digitalRead(31); //Keys 31-40 keysB[5][5] =digitalRead(32); keysB[6][0] =digitalRead(33); keysB[6][1] =digitalRead(34); keysB[6][2] =digitalRead(35); keysB[6][3] =digitalRead(36); keysB[6][4] =digitalRead(37); keysB[6][5] =digitalRead(38); keysB[7][0] =digitalRead(39); keysB[7][1] =digitalRead(40); keysB[7][2] =digitalRead(41); //Keys 41-50 keysB[7][3] =digitalRead(42); keysB[7][4] =digitalRead(43); keysB[7][5] =digitalRead(44); keysB[8][0] =digitalRead(45); keysB[8][1] =digitalRead(46); keysB[8][2] =digitalRead(47); keysB[8][3] =digitalRead(48); keysB[8][4] =digitalRead(49); keysB[8][5] =digitalRead(50); keysB[9][0] =digitalRead(51); //Keys 51-61 keysB[9][1] =digitalRead(52); keysB[9][2] =digitalRead(53); keysB[9][3] =digitalRead(A0); keysB[9][4] =digitalRead(A1); keysB[9][5] =digitalRead(A2); keysB[10][0] =digitalRead(A3); keysB[10][1] =digitalRead(A4); keysB[10][2] =digitalRead(A5); keysB[10][3] =digitalRead(A6); keysB[10][4] =digitalRead(A7); keysB[10][5] =digitalRead(A8); pinMode(A10, INPUT); // Read Keyboard C pinMode(A11, OUTPUT); digitalWrite(A11, LOW); //Keys 1-10 keysC[0][0] =digitalRead(2); keysC[1][0] =digitalRead(3); keysC[1][1] =digitalRead(4); keysC[1][2] =digitalRead(5); keysC[1][3] =digitalRead(6); keysC[1][4] =digitalRead(7); keysC[1][5] =digitalRead(8); keysC[2][0] =digitalRead(9); keysC[2][1] =digitalRead(10); keysC[2][2] =digitalRead(11); //Keys 11-20 keysC[2][3] =digitalRead(12); keysC[2][4] =digitalRead(13); keysC[2][5] =digitalRead(14); keysC[3][0] =digitalRead(15); keysC[3][1] =digitalRead(16); keysC[3][2] =digitalRead(17); keysC[3][3] =digitalRead(18); keysC[3][4] =digitalRead(19); keysC[3][5] =digitalRead(20); keysC[4][0] =digitalRead(21); //Keys 21-30 keysC[4][1] =digitalRead(22); keysC[4][2] =digitalRead(23); keysC[4][3] =digitalRead(24); keysC[4][4] =digitalRead(25); keysC[4][5] =digitalRead(26); keysC[5][0] =digitalRead(27); keysC[5][1] =digitalRead(28); keysC[5][2] =digitalRead(29); keysC[5][3] =digitalRead(30); keysC[5][4] =digitalRead(31); //Keys 31-40 keysC[5][5] =digitalRead(32); keysC[6][0] =digitalRead(33); keysC[6][1] =digitalRead(34); keysC[6][2] =digitalRead(35); keysC[6][3] =digitalRead(36); keysC[6][4] =digitalRead(37); keysC[6][5] =digitalRead(38); keysC[7][0] =digitalRead(39); keysC[7][1] =digitalRead(40); keysC[7][2] =digitalRead(41); //Keys 41-50 keysC[7][3] =digitalRead(42); keysC[7][4] =digitalRead(43); keysC[7][5] =digitalRead(44); keysC[8][0] =digitalRead(45); keysC[8][1] =digitalRead(46); keysC[8][2] =digitalRead(47); keysC[8][3] =digitalRead(48); keysC[8][4] =digitalRead(49); keysC[8][5] =digitalRead(50); keysC[9][0] =digitalRead(51); //Keys 51-61 keysC[9][1] =digitalRead(52); keysC[9][2] =digitalRead(53); keysC[9][3] =digitalRead(A0); keysC[9][4] =digitalRead(A1); keysC[9][5] =digitalRead(A2); keysC[10][0] =digitalRead(A3); keysC[10][1] =digitalRead(A4); keysC[10][2] =digitalRead(A5); keysC[10][3] =digitalRead(A6); keysC[10][4] =digitalRead(A7); keysC[10][5] =digitalRead(A8); pinMode(A11, INPUT); // Read Keyboard D pinMode(A12, OUTPUT); digitalWrite(A12, LOW); //Keys 1-10 keysD[0][0] =digitalRead(2); keysD[1][0] =digitalRead(3); keysD[1][1] =digitalRead(4); keysD[1][2] =digitalRead(5); keysD[1][3] =digitalRead(6); keysD[1][4] =digitalRead(7); keysD[1][5] =digitalRead(8); keysD[2][0] =digitalRead(9); keysD[2][1] =digitalRead(10); keysD[2][2] =digitalRead(11); //Keys 11-20 keysD[2][3] =digitalRead(12); keysD[2][4] =digitalRead(13); keysD[2][5] =digitalRead(14); keysD[3][0] =digitalRead(15); keysD[3][1] =digitalRead(16); keysD[3][2] =digitalRead(17); keysD[3][3] =digitalRead(18); keysD[3][4] =digitalRead(19); keysD[3][5] =digitalRead(20); keysD[4][0] =digitalRead(21); //Keys 21-30 keysD[4][1] =digitalRead(22); keysD[4][2] =digitalRead(23); keysD[4][3] =digitalRead(24); keysD[4][4] =digitalRead(25); keysD[4][5] =digitalRead(26); keysD[5][0] =digitalRead(27); keysD[5][1] =digitalRead(28); keysD[5][2] =digitalRead(29); keysD[5][3] =digitalRead(30); keysD[5][4] =digitalRead(31); //Keys 31-40 keysD[5][5] =digitalRead(32); keysD[6][0] =digitalRead(33); keysD[6][1] =digitalRead(34); keysD[6][2] =digitalRead(35); keysD[6][3] =digitalRead(36); keysD[6][4] =digitalRead(37); keysD[6][5] =digitalRead(38); keysD[7][0] =digitalRead(39); keysD[7][1] =digitalRead(40); keysD[7][2] =digitalRead(41); //Keys 41-50 keysD[7][3] =digitalRead(42); keysD[7][4] =digitalRead(43); keysD[7][5] =digitalRead(44); keysD[8][0] =digitalRead(45); keysD[8][1] =digitalRead(46); keysD[8][2] =digitalRead(47); keysD[8][3] =digitalRead(48); keysD[8][4] =digitalRead(49); keysD[8][5] =digitalRead(50); keysD[9][0] =digitalRead(51); //Keys 51-61 keysD[9][1] =digitalRead(52); keysD[9][2] =digitalRead(53); keysD[9][3] =digitalRead(A0); keysD[9][4] =digitalRead(A1); keysD[9][5] =digitalRead(A2); keysD[10][0] =digitalRead(A3); keysD[10][1] =digitalRead(A4); keysD[10][2] =digitalRead(A5); keysD[10][3] =digitalRead(A6); keysD[10][4] =digitalRead(A7); keysD[10][5] =digitalRead(A8); pinMode(A12, INPUT); //Return pins to Initialized state //Pins 1-10 pinMode(2, INPUT); pinMode(3, INPUT); pinMode(4, INPUT); pinMode(5, INPUT); pinMode(6, INPUT); pinMode(7, INPUT); pinMode(8, INPUT); pinMode(9, INPUT); pinMode(10, INPUT); pinMode(11, INPUT); //Pins 11-20 pinMode(12, INPUT); pinMode(13, INPUT); pinMode(14, INPUT); pinMode(15, INPUT); pinMode(16, INPUT); pinMode(17, INPUT); pinMode(18, INPUT); pinMode(19, INPUT); pinMode(20, INPUT); pinMode(21, INPUT); //Pins 21-30 pinMode(22, INPUT); pinMode(23, INPUT); pinMode(24, INPUT); pinMode(25, INPUT); pinMode(26, INPUT); pinMode(27, INPUT); pinMode(28, INPUT); pinMode(29, INPUT); pinMode(30, INPUT); pinMode(31, INPUT); //Pins 31-40 pinMode(32, INPUT); pinMode(33, INPUT); pinMode(34, INPUT); pinMode(35, INPUT); pinMode(36, INPUT); pinMode(37, INPUT); pinMode(38, INPUT); pinMode(39, INPUT); pinMode(40, INPUT); pinMode(41, INPUT); //Pins 41-50 pinMode(42, INPUT); pinMode(43, INPUT); pinMode(44, INPUT); pinMode(45, INPUT); pinMode(46, INPUT); pinMode(47, INPUT); pinMode(48, INPUT); pinMode(49, INPUT); pinMode(50, INPUT); pinMode(51, INPUT); //Pins 51-61 pinMode(52, INPUT); pinMode(53, INPUT); pinMode(A0, INPUT); pinMode(A1, INPUT); pinMode(A2, INPUT); pinMode(A3, INPUT); pinMode(A4, INPUT); pinMode(A5, INPUT); pinMode(A6, INPUT); pinMode(A7, INPUT); pinMode(A8, INPUT); //Column Pins pinMode(A9, INPUT); pinMode(A10, INPUT); pinMode(A11, INPUT); pinMode(A12, INPUT); //Pot Pins pinMode(A13, INPUT); pinMode(A14, INPUT); pinMode(A15, INPUT); /* //Invert Keyboard data only if needed. //Example only for 32 pedals of a pedalboard, first 32 keys of keyboard C. //Column 1 if (keysC[0][0] ==0) { keysC[0][0] =1; } else if (keysC[0][0] ==1) { keysC[0][0] =0; } //Column 2 if (keysC[1][0] ==0) { keysC[1][0] =1; } else if (keysC[1][0] ==1) { keysC[1][0] =0; } if (keysC[1][1] ==0) { keysC[1][1] =1; } else if (keysC[1][1] ==1) { keysC[1][1] =0; } if (keysC[1][2] ==0) { keysC[1][2] =1; } else if (keysC[1][2] ==1) { keysC[1][2] =0; } if (keysC[1][3] ==0) { keysC[1][3] =1; } else if (keysC[1][3] ==1) { keysC[1][3] =0; } if (keysC[1][4] ==0) { keysC[1][4] =1; } else if (keysC[1][4] ==1) { keysC[1][4] =0; } if (keysC[1][5] ==0) { keysC[1][5] =1; } else if (keysC[1][5] ==1) { keysC[1][5] =0; } //Column 3 if (keysC[2][0] ==0) { keysC[2][0] =1; } else if (keysC[2][0] ==1) { keysC[2][0] =0; } if (keysC[2][1] ==0) { keysC[2][1] =1; } else if (keysC[2][1] ==1) { keysC[2][1] =0; } if (keysC[2][2] ==0) { keysC[2][2] =1; } else if (keysC[2][2] ==1) { keysC[2][2] =0; } if (keysC[2][3] ==0) { keysC[2][3] =1; } else if (keysC[2][3] ==1) { keysC[2][3] =0; } if (keysC[2][4] ==0) { keysC[2][4] =1; } else if (keysC[2][4] ==1) { keysC[2][4] =0; } if (keysC[2][5] ==0) { keysC[2][5] =1; } else if (keysC[2][5] ==1) { keysC[2][5] =0; } //Column 4 if (keysC[3][0] ==0) { keysC[3][0] =1; } else if (keysC[3][0] ==1) { keysC[3][0] =0; } if (keysC[3][1] ==0) { keysC[3][1] =1; } else if (keysC[3][1] ==1) { keysC[3][1] =0; } if (keysC[3][2] ==0) { keysC[3][2] =1; } else if (keysC[3][2] ==1) { keysC[3][2] =0; } if (keysC[3][3] ==0) { keysC[3][3] =1; } else if (keysC[3][3] ==1) { keysC[3][3] =0; } if (keysC[3][4] ==0) { keysC[3][4] =1; } else if (keysC[3][4] ==1) { keysC[3][4] =0; } if (keysC[3][5] ==0) { keysC[3][5] =1; } else if (keysC[3][5] ==1) { keysC[3][5] =0; } //Column 5 if (keysC[4][0] ==0) { keysC[4][0] =1; } else if (keysC[4][0] ==1) { keysC[4][0] =0; } if (keysC[4][1] ==0) { keysC[4][1] =1; } else if (keysC[4][1] ==1) { keysC[4][1] =0; } if (keysC[4][2] ==0) { keysC[4][2] =1; } else if (keysC[4][2] ==1) { keysC[4][2] =0; } if (keysC[4][3] ==0) { keysC[4][3] =1; } else if (keysC[4][3] ==1) { keysC[4][3] =0; } if (keysC[4][4] ==0) { keysC[4][4] =1; } else if (keysC[4][4] ==1) { keysC[4][4] =0; } if (keysC[4][5] ==0) { keysC[4][5] =1; } else if (keysC[4][5] ==1) { keysC[4][5] =0; } //Column 6 if (keysC[5][0] ==0) { keysC[5][0] =1; } else if (keysC[5][0] ==1) { keysC[5][0] =0; } if (keysC[5][1] ==0) { keysC[5][1] =1; } else if (keysC[5][1] ==1) { keysC[5][1] =0; } if (keysC[5][2] ==0) { keysC[5][2] =1; } else if (keysC[5][2] ==1) { keysC[5][2] =0; } if (keysC[5][3] ==0) { keysC[5][3] =1; } else if (keysC[5][3] ==1) { keysC[5][3] =0; } if (keysC[5][4] ==0) { keysC[5][4] =1; } else if (keysC[5][4] ==1) { keysC[5][4] =0; } if (keysC[5][5] ==0) { keysC[5][5] =1; } else if (keysC[5][5] ==1) { keysC[5][5] =0; } //Column 7 if (keysC[6][0] ==0) { keysC[6][0] =1; } else if (keysC[6][0] ==1) { keysC[6][0] =0; } */ //Write Keyboard A //A36 if ((keysA[0][0] ==0) and (lastA[0][0] ==0)) { MidiSend(noteOn1, 36, velocity); lastA[0][0] =7; } if ((keysA[0][0] ==1) and (lastA[0][0] ==7)) { MidiSend(noteOff1, 36, velocity); lastA[0][0] =0; } //A37 if ((keysA[1][0] ==0) and (lastA[1][0] ==0)) { MidiSend(noteOn1, 37, velocity); lastA[1][0] =7; } if ((keysA[1][0] ==1) and (lastA[1][0] ==7)) { MidiSend(noteOff1, 37, velocity); lastA[1][0] =0; } //A38 if ((keysA[1][1] ==0) and (lastA[1][1] ==0)) { MidiSend(noteOn1, 38, velocity); lastA[1][1] =7; } //Write Midi Note Off if ((keysA[1][1] ==1) and (lastA[1][1] ==7)) { MidiSend(noteOff1, 38, velocity); lastA[1][1] =0; } //A39 if ((keysA[1][2] ==0) and (lastA[1][2] ==0)) { MidiSend(noteOn1, 39, velocity); lastA[1][2] =7; } //Write Midi Note Off if ((keysA[1][2] ==1) and (lastA[1][2] ==7)) { MidiSend(noteOff1, 39, velocity); lastA[1][2] =0; } //A40 if ((keysA[1][3] ==0) and (lastA[1][3] ==0)) { MidiSend(noteOn1, 40, velocity); lastA[1][3] =7; } //Write Midi Note Off if ((keysA[1][3] ==1) and (lastA[1][3] ==7)) { MidiSend(noteOff1, 40, velocity); lastA[1][3] =0; } //A41 if ((keysA[1][4] ==0) and (lastA[1][4] ==0)) { MidiSend(noteOn1, 41, velocity); lastA[1][4] =7; } //Write Midi Note Off if ((keysA[1][4] ==1) and (lastA[1][4] ==7)) { MidiSend(noteOff1, 41, velocity); lastA[1][4] =0; } //A42 if ((keysA[1][5] ==0) and (lastA[1][5] ==0)) { MidiSend(noteOn1, 42, velocity); lastA[1][5] =7; } //Write Midi Note Off if ((keysA[1][5] ==1) and (lastA[1][5] ==7)) { MidiSend(noteOff1, 42, velocity); lastA[1][5] =0; } //A43 if ((keysA[2][0] ==0) and (lastA[2][0] ==0)) { MidiSend(noteOn1, 43, velocity); lastA[2][0] =7; } //Write Midi Note Off if ((keysA[2][0] ==1) and (lastA[2][0] ==7)) { MidiSend(noteOff1, 43, velocity); lastA[2][0] =0; } //A44 if ((keysA[2][1] ==0) and (lastA[2][1] ==0)) { MidiSend(noteOn1, 44, velocity); lastA[2][1] =7; } //Write Midi Note Off if ((keysA[2][1] ==1) and (lastA[2][1] ==7)) { MidiSend(noteOff1, 44, velocity); lastA[2][1] =0; } //A45 if ((keysA[2][2] ==0) and (lastA[2][2] ==0)) { MidiSend(noteOn1, 45, velocity); lastA[2][2] =7; } //Write Midi Note Off if ((keysA[2][2] ==1) and (lastA[2][2] ==7)) { MidiSend(noteOff1, 45, velocity); lastA[2][2] =0; } //A46 if ((keysA[2][3] ==0) and (lastA[2][3] ==0)) { MidiSend(noteOn1, 46, velocity); lastA[2][3] =7; } //Write Midi Note Off if ((keysA[2][3] ==1) and (lastA[2][3] ==7)) { MidiSend(noteOff1, 46, velocity); lastA[2][3] =0; } //A47 if ((keysA[2][4] ==0) and (lastA[2][4] ==0)) { MidiSend(noteOn1, 47, velocity); lastA[2][4] =7; } //Write Midi Note Off if ((keysA[2][4] ==1) and (lastA[2][4] ==7)) { MidiSend(noteOff1, 47, velocity); lastA[2][4] =0; } //A48 if ((keysA[2][5] ==0) and (lastA[2][5] ==0)) { MidiSend(noteOn1, 48, velocity); lastA[2][5] =7; } //Write Midi Note Off if ((keysA[2][5] ==1) and (lastA[2][5] ==7)) { MidiSend(noteOff1, 48, velocity); lastA[2][5] =0; } //A49 if ((keysA[3][0] ==0) and (lastA[3][0] ==0)) { MidiSend(noteOn1, 49, velocity); lastA[3][0] =7; } //Write Midi Note Off if ((keysA[3][0] ==1) and (lastA[3][0] ==7)) { MidiSend(noteOff1, 49, velocity); lastA[3][0] =0; } //A50 if ((keysA[3][1] ==0) and (lastA[3][1] ==0)) { MidiSend(noteOn1, 50, velocity); lastA[3][1] =7; } //Write Midi Note Off if ((keysA[3][1] ==1) and (lastA[3][1] ==7)) { MidiSend(noteOff1, 50, velocity); lastA[3][1] =0; } //A51 if ((keysA[3][2] ==0) and (lastA[3][2] ==0)) { MidiSend(noteOn1, 51, velocity); lastA[3][2] =7; } //Write Midi Note Off if ((keysA[3][2] ==1) and (lastA[3][2] ==7)) { MidiSend(noteOff1, 51, velocity); lastA[3][2] =0; } //A52 if ((keysA[3][3] ==0) and (lastA[3][3] ==0)) { MidiSend(noteOn1, 52, velocity); lastA[3][3] =7; } //Write Midi Note Off if ((keysA[3][3] ==1) and (lastA[3][3] ==7)) { MidiSend(noteOff1, 52, velocity); lastA[3][3] =0; } //A53 if ((keysA[3][4] ==0) and (lastA[3][4] ==0)) { MidiSend(noteOn1, 53, velocity); lastA[3][4] =7; } //Write Midi Note Off if ((keysA[3][4] ==1) and (lastA[3][4] ==7)) { MidiSend(noteOff1, 53, velocity); lastA[3][4] =0; } //A54 if ((keysA[3][5] ==0) and (lastA[3][5] ==0)) { MidiSend(noteOn1, 54, velocity); lastA[3][5] =7; } //Write Midi Note Off if ((keysA[3][5] ==1) and (lastA[3][5] ==7)) { MidiSend(noteOff1, 54, velocity); lastA[3][5] =0; } //A55 if ((keysA[4][0] ==0) and (lastA[4][0] ==0)) { MidiSend(noteOn1, 55, velocity); lastA[4][0] =7; } //Write Midi Note Off if ((keysA[4][0] ==1) and (lastA[4][0] ==7)) { MidiSend(noteOff1, 55, velocity); lastA[4][0] =0; } //A56 if ((keysA[4][1] ==0) and (lastA[4][1] ==0)) { MidiSend(noteOn1, 56, velocity); lastA[4][1] =7; } //Write Midi Note Off if ((keysA[4][1] ==1) and (lastA[4][1] ==7)) { MidiSend(noteOff1, 56, velocity); lastA[4][1] =0; } //A57 if ((keysA[4][2] ==0) and (lastA[4][2] ==0)) { MidiSend(noteOn1, 57, velocity); lastA[4][2] =7; } //Write Midi Note Off if ((keysA[4][2] ==1) and (lastA[4][2] ==7)) { MidiSend(noteOff1, 57, velocity); lastA[4][2] =0; } //A58 if ((keysA[4][3] ==0) and (lastA[4][3] ==0)) { MidiSend(noteOn1, 58, velocity); lastA[4][3] =7; } //Write Midi Note Off if ((keysA[4][3] ==1) and (lastA[4][3] ==7)) { MidiSend(noteOff1, 58, velocity); lastA[4][3] =0; } //59 if ((keysA[4][4] ==0) and (lastA[4][4] ==0)) { MidiSend(noteOn1, 59, velocity); lastA[4][4] =7; } //Write Midi Note Off if ((keysA[4][4] ==1) and (lastA[4][4] ==7)) { MidiSend(noteOff1, 59, velocity); lastA[4][4] =0; } //A60 if ((keysA[4][5] ==0) and (lastA[4][5] ==0)) { MidiSend(noteOn1, 60, velocity); lastA[4][5] =7; } //Write Midi Note Off if ((keysA[4][5] ==1) and (lastA[4][5] ==7)) { MidiSend(noteOff1, 60, velocity); lastA[4][5] =0; } //A61 if ((keysA[5][0] ==0) and (lastA[5][0] ==0)) { MidiSend(noteOn1, 61, velocity); lastA[5][0] =7; } //Write Midi Note Off if ((keysA[5][0] ==1) and (lastA[5][0] ==7)) { MidiSend(noteOff1, 61, velocity); lastA[5][0] =0; } //A62 if ((keysA[5][1] ==0) and (lastA[5][1] ==0)) { MidiSend(noteOn1, 62, velocity); lastA[5][1] =7; } //Write Midi Note Off if ((keysA[5][1] ==1) and (lastA[5][1] ==7)) { MidiSend(noteOff1, 62, velocity); lastA[5][1] =0; } //A63 if ((keysA[5][2] ==0) and (lastA[5][2] ==0)) { MidiSend(noteOn1, 63, velocity); lastA[5][2] =7; } //Write Midi Note Off if ((keysA[5][2] ==1) and (lastA[5][2] ==7)) { MidiSend(noteOff1, 63, velocity); lastA[5][2] =0; } //A64 if ((keysA[5][3] ==0) and (lastA[5][3] ==0)) { MidiSend(noteOn1, 64, velocity); lastA[5][3] =7; } //Write Midi Note Off if ((keysA[5][3] ==1) and (lastA[5][3] ==7)) { MidiSend(noteOff1, 64, velocity); lastA[5][3] =0; } //A65 if ((keysA[5][4] ==0) and (lastA[5][4] ==0)) { MidiSend(noteOn1, 65, velocity); lastA[5][4] =7; } //Write Midi Note Off if ((keysA[5][4] ==1) and (lastA[5][4] ==7)) { MidiSend(noteOff1, 65, velocity); lastA[5][4] =0; } //A66 if ((keysA[5][5] ==0) and (lastA[5][5] ==0)) { MidiSend(noteOn1, 66, velocity); lastA[5][5] =7; } //Write Midi Note Off if ((keysA[5][5] ==1) and (lastA[5][5] ==7)) { MidiSend(noteOff1, 66, velocity); lastA[5][5] =0; } //A67 if ((keysA[6][0] ==0) and (lastA[6][0] ==0)) { MidiSend(noteOn1, 67, velocity); lastA[6][0] =7; } //Write Midi Note Off if ((keysA[6][0] ==1) and (lastA[6][0] ==7)) { MidiSend(noteOff1, 67, velocity); lastA[6][0] =0; } //A68 if ((keysA[6][1] ==0) and (lastA[6][1] ==0)) { MidiSend(noteOn1, 68, velocity); lastA[6][1] =7; } //Write Midi Note Off if ((keysA[6][1] ==1) and (lastA[6][1] ==7)) { MidiSend(noteOff1, 68, velocity); lastA[6][1] =0; } //A69 if ((keysA[6][2] ==0) and (lastA[6][2] ==0)) { MidiSend(noteOn1, 69, velocity); lastA[6][2] =7; } //Write Midi Note Off if ((keysA[6][2] ==1) and (lastA[6][2] ==7)) { MidiSend(noteOff1, 69, velocity); lastA[6][2] =0; } //A70 if ((keysA[6][3] ==0) and (lastA[6][3] ==0)) { MidiSend(noteOn1, 70, velocity); lastA[6][3] =7; } //Write Midi Note Off if ((keysA[6][3] ==1) and (lastA[6][3] ==7)) { MidiSend(noteOff1, 70, velocity); lastA[6][3] =0; } //A71 if ((keysA[6][4] ==0) and (lastA[6][4] ==0)) { MidiSend(noteOn1, 71, velocity); lastA[6][4] =7; } //Write Midi Note Off if ((keysA[6][4] ==1) and (lastA[6][4] ==7)) { MidiSend(noteOff1, 71, velocity); lastA[6][4] =0; } //A72 if ((keysA[6][5] ==0) and (lastA[6][5] ==0)) { MidiSend(noteOn1, 72, velocity); lastA[6][5] =7; } //Write Midi Note Off if ((keysA[6][5] ==1) and (lastA[6][5] ==7)) { MidiSend(noteOff1, 72, velocity); lastA[6][5] =0; } //A73 if ((keysA[7][0] ==0) and (lastA[7][0] ==0)) { MidiSend(noteOn1, 73, velocity); lastA[7][0] =7; } //Write Midi Note Off if ((keysA[7][0] ==1) and (lastA[7][0] ==7)) { MidiSend(noteOff1, 73, velocity); lastA[7][0] =0; } //A74 if ((keysA[7][1] ==0) and (lastA[7][1] ==0)) { MidiSend(noteOn1, 74, velocity); lastA[7][1] =7; } //Write Midi Note Off if ((keysA[7][1] ==1) and (lastA[7][1] ==7)) { MidiSend(noteOff1, 74, velocity); lastA[7][1] =0; } //A75 if ((keysA[7][2] ==0) and (lastA[7][2] ==0)) { MidiSend(noteOn1, 75, velocity); lastA[7][2] =7; } //Write Midi Note Off if ((keysA[7][2] ==1) and (lastA[7][2] ==7)) { MidiSend(noteOff1, 75, velocity); lastA[7][2] =0; } //A76 if ((keysA[7][3] ==0) and (lastA[7][3] ==0)) { MidiSend(noteOn1, 76, velocity); lastA[7][3] =7; } //Write Midi Note Off if ((keysA[7][3] ==1) and (lastA[7][3] ==7)) { MidiSend(noteOff1, 76, velocity); lastA[7][3] =0; } //A77 if ((keysA[7][4] ==0) and (lastA[7][4] ==0)) { MidiSend(noteOn1, 77, velocity); lastA[7][4] =7; } //Write Midi Note Off if ((keysA[7][4] ==1) and (lastA[7][4] ==7)) { MidiSend(noteOff1, 77, velocity); lastA[7][4] =0; } //A78 if ((keysA[7][5] ==0) and (lastA[7][5] ==0)) { MidiSend(noteOn1, 78, velocity); lastA[7][5] =7; } //Write Midi Note Off if ((keysA[7][5] ==1) and (lastA[7][5] ==7)) { MidiSend(noteOff1, 78, velocity); lastA[7][5] =0; } //A79 if ((keysA[8][0] ==0) and (lastA[8][0] ==0)) { MidiSend(noteOn1, 79, velocity); lastA[8][0] =7; } //Write Midi Note Off if ((keysA[8][0] ==1) and (lastA[8][0] ==7)) { MidiSend(noteOff1, 79, velocity); lastA[8][0] =0; } //A80 if ((keysA[8][1] ==0) and (lastA[8][1] ==0)) { MidiSend(noteOn1, 80, velocity); lastA[8][1] =7; } //Write Midi Note Off if ((keysA[8][1] ==1) and (lastA[8][1] ==7)) { MidiSend(noteOff1, 80, velocity); lastA[8][1] =0; } //A81 if ((keysA[8][2] ==0) and (lastA[8][2] ==0)) { MidiSend(noteOn1, 81, velocity); lastA[8][2] =7; } //Write Midi Note Off if ((keysA[8][2] ==1) and (lastA[8][2] ==7)) { MidiSend(noteOff1, 81, velocity); lastA[8][2] =0; } //A82 if ((keysA[8][3] ==0) and (lastA[8][3] ==0)) { MidiSend(noteOn1, 82, velocity); lastA[8][3] =7; } //Write Midi Note Off if ((keysA[8][3] ==1) and (lastA[8][3] ==7)) { MidiSend(noteOff1, 82, velocity); lastA[8][3] =0; } //A83 if ((keysA[8][4] ==0) and (lastA[8][4] ==0)) { MidiSend(noteOn1, 83, velocity); lastA[8][4] =7; } //Write Midi Note Off if ((keysA[8][4] ==1) and (lastA[8][4] ==7)) { MidiSend(noteOff1, 83, velocity); lastA[8][4] =0; } //A84 if ((keysA[8][5] ==0) and (lastA[8][5] ==0)) { MidiSend(noteOn1, 84, velocity); lastA[8][5] =7; } //Write Midi Note Off if ((keysA[8][5] ==1) and (lastA[8][5] ==7)) { MidiSend(noteOff1, 84, velocity); lastA[8][5] =0; } //A85 if ((keysA[9][0] ==0) and (lastA[9][0] ==0)) { MidiSend(noteOn1, 85, velocity); lastA[9][0] =7; } //Write Midi Note Off if ((keysA[9][0] ==1) and (lastA[9][0] ==7)) { MidiSend(noteOff1, 85, velocity); lastA[9][0] =0; } //A86 if ((keysA[9][1] ==0) and (lastA[9][1] ==0)) { MidiSend(noteOn1, 86, velocity); lastA[9][1] =7; } //Write Midi Note Off if ((keysA[9][1] ==1) and (lastA[9][1] ==7)) { MidiSend(noteOff1, 86, velocity); lastA[9][1] =0; } //A87 if ((keysA[9][2] ==0) and (lastA[9][2] ==0)) { MidiSend(noteOn1, 87, velocity); lastA[9][2] =7; } //Write Midi Note Off if ((keysA[9][2] ==1) and (lastA[9][2] ==7)) { MidiSend(noteOff1, 87, velocity); lastA[9][2] =0; } //A88 if ((keysA[9][3] ==0) and (lastA[9][3] ==0)) { MidiSend(noteOn1, 88, velocity); lastA[9][3] =7; } //Write Midi Note Off if ((keysA[9][3] ==1) and (lastA[9][3] ==7)) { MidiSend(noteOff1, 88, velocity); lastA[9][3] =0; } //A89 if ((keysA[9][4] ==0) and (lastA[9][4] ==0)) { MidiSend(noteOn1, 89, velocity); lastA[9][4] =7; } //Write Midi Note Off if ((keysA[9][4] ==1) and (lastA[9][4] ==7)) { MidiSend(noteOff1, 89, velocity); lastA[9][4] =0; } //A90 if ((keysA[9][5] ==0) and (lastA[9][5] ==0)) { MidiSend(noteOn1, 90, velocity); lastA[9][5] =7; } //Write Midi Note Off if ((keysA[9][5] ==1) and (lastA[9][5] ==7)) { MidiSend(noteOff1, 90, velocity); lastA[9][5] =0; } //A91 if ((keysA[10][0] ==0) and (lastA[10][0] ==0)) { MidiSend(noteOn1, 91, velocity); lastA[10][0] =7; } //Write Midi Note Off if ((keysA[10][0] ==1) and (lastA[10][0] ==7)) { MidiSend(noteOff1, 91, velocity); lastA[10][0] =0; } //A92 if ((keysA[10][1] ==0) and (lastA[10][1] ==0)) { MidiSend(noteOn1, 92, velocity); lastA[10][1] =7; } //Write Midi Note Off if ((keysA[10][1] ==1) and (lastA[10][1] ==7)) { MidiSend(noteOff1, 92, velocity); lastA[10][1] =0; } //A93 if ((keysA[10][2] ==0) and (lastA[10][2] ==0)) { MidiSend(noteOn1, 93, velocity); lastA[10][2] =7; } //Write Midi Note Off if ((keysA[10][2] ==1) and (lastA[10][2] ==7)) { MidiSend(noteOff1, 93, velocity); lastA[10][2] =0; } //A94 if ((keysA[10][3] ==0) and (lastA[10][3] ==0)) { MidiSend(noteOn1, 94, velocity); lastA[10][3] =7; } //Write Midi Note Off if ((keysA[10][3] ==1) and (lastA[10][3] ==7)) { MidiSend(noteOff1, 94, velocity); lastA[10][3] =0; } //A95 if ((keysA[10][4] ==0) and (lastA[10][4] ==0)) { MidiSend(noteOn1, 95, velocity); lastA[10][4] =7; } //Write Midi Note Off if ((keysA[10][4] ==1) and (lastA[10][4] ==7)) { MidiSend(noteOff1, 95, velocity); lastA[10][4] =0; } //A96 if ((keysA[10][5] ==0) and (lastA[10][5] ==0)) { MidiSend(noteOn1, 96, velocity); lastA[10][5] =7; } //Write Midi Note Off if ((keysA[10][5] ==1) and (lastA[10][5] ==7)) { MidiSend(noteOff1, 96, velocity); lastA[10][5] =0; } //Write Keyboard B //B36 if ((keysB[0][0] ==0) and (lastB[0][0] ==0)) { MidiSend(noteOn2, 36, velocity); lastB[0][0] =7; } if ((keysB[0][0] ==1) and (lastB[0][0] ==7)) { MidiSend(noteOff2, 36, velocity); lastB[0][0] =0; } //B37 if ((keysB[1][0] ==0) and (lastB[1][0] ==0)) { MidiSend(noteOn2, 37, velocity); lastB[1][0] =7; } if ((keysB[1][0] ==1) and (lastB[1][0] ==7)) { MidiSend(noteOff2, 37, velocity); lastB[1][0] =0; } //B38 if ((keysB[1][1] ==0) and (lastB[1][1] ==0)) { MidiSend(noteOn2, 38, velocity); lastB[1][1] =7; } //Write Midi Note Off if ((keysB[1][1] ==1) and (lastB[1][1] ==7)) { MidiSend(noteOff2, 38, velocity); lastB[1][1] =0; } //B39 if ((keysB[1][2] ==0) and (lastB[1][2] ==0)) { MidiSend(noteOn2, 39, velocity); lastB[1][2] =7; } //Write Midi Note Off if ((keysB[1][2] ==1) and (lastB[1][2] ==7)) { MidiSend(noteOff2, 39, velocity); lastB[1][2] =0; } //B40 if ((keysB[1][3] ==0) and (lastB[1][3] ==0)) { MidiSend(noteOn2, 40, velocity); lastB[1][3] =7; } //Write Midi Note Off if ((keysB[1][3] ==1) and (lastB[1][3] ==7)) { MidiSend(noteOff2, 40, velocity); lastB[1][3] =0; } //B41 if ((keysB[1][4] ==0) and (lastB[1][4] ==0)) { MidiSend(noteOn2, 41, velocity); lastB[1][4] =7; } //Write Midi Note Off if ((keysB[1][4] ==1) and (lastB[1][4] ==7)) { MidiSend(noteOff2, 41, velocity); lastB[1][4] =0; } //B42 if ((keysB[1][5] ==0) and (lastB[1][5] ==0)) { MidiSend(noteOn2, 42, velocity); lastB[1][5] =7; } //Write Midi Note Off if ((keysB[1][5] ==1) and (lastB[1][5] ==7)) { MidiSend(noteOff2, 42, velocity); lastB[1][5] =0; } //B43 if ((keysB[2][0] ==0) and (lastB[2][0] ==0)) { MidiSend(noteOn2, 43, velocity); lastB[2][0] =7; } //Write Midi Note Off if ((keysB[2][0] ==1) and (lastB[2][0] ==7)) { MidiSend(noteOff2, 43, velocity); lastB[2][0] =0; } //B44 if ((keysB[2][1] ==0) and (lastB[2][1] ==0)) { MidiSend(noteOn2, 44, velocity); lastB[2][1] =7; } //Write Midi Note Off if ((keysB[2][1] ==1) and (lastB[2][1] ==7)) { MidiSend(noteOff2, 44, velocity); lastB[2][1] =0; } //B45 if ((keysB[2][2] ==0) and (lastB[2][2] ==0)) { MidiSend(noteOn2, 45, velocity); lastB[2][2] =7; } //Write Midi Note Off if ((keysB[2][2] ==1) and (lastB[2][2] ==7)) { MidiSend(noteOff2, 45, velocity); lastB[2][2] =0; } //B46 if ((keysB[2][3] ==0) and (lastB[2][3] ==0)) { MidiSend(noteOn2, 46, velocity); lastB[2][3] =7; } //Write Midi Note Off if ((keysB[2][3] ==1) and (lastB[2][3] ==7)) { MidiSend(noteOff2, 46, velocity); lastB[2][3] =0; } //B47 if ((keysB[2][4] ==0) and (lastB[2][4] ==0)) { MidiSend(noteOn2, 47, velocity); lastB[2][4] =7; } //Write Midi Note Off if ((keysB[2][4] ==1) and (lastB[2][4] ==7)) { MidiSend(noteOff2, 47, velocity); lastB[2][4] =0; } //B48 if ((keysB[2][5] ==0) and (lastB[2][5] ==0)) { MidiSend(noteOn2, 48, velocity); lastB[2][5] =7; } //Write Midi Note Off if ((keysB[2][5] ==1) and (lastB[2][5] ==7)) { MidiSend(noteOff2, 48, velocity); lastB[2][5] =0; } //B49 if ((keysB[3][0] ==0) and (lastB[3][0] ==0)) { MidiSend(noteOn2, 49, velocity); lastB[3][0] =7; } //Write Midi Note Off if ((keysB[3][0] ==1) and (lastB[3][0] ==7)) { MidiSend(noteOff2, 49, velocity); lastB[3][0] =0; } //B50 if ((keysB[3][1] ==0) and (lastB[3][1] ==0)) { MidiSend(noteOn2, 50, velocity); lastB[3][1] =7; } //Write Midi Note Off if ((keysB[3][1] ==1) and (lastB[3][1] ==7)) { MidiSend(noteOff2, 50, velocity); lastB[3][1] =0; } //B51 if ((keysB[3][2] ==0) and (lastB[3][2] ==0)) { MidiSend(noteOn2, 51, velocity); lastB[3][2] =7; } //Write Midi Note Off if ((keysB[3][2] ==1) and (lastB[3][2] ==7)) { MidiSend(noteOff2, 51, velocity); lastB[3][2] =0; } //B52 if ((keysB[3][3] ==0) and (lastB[3][3] ==0)) { MidiSend(noteOn2, 52, velocity); lastB[3][3] =7; } //Write Midi Note Off if ((keysB[3][3] ==1) and (lastB[3][3] ==7)) { MidiSend(noteOff2, 52, velocity); lastB[3][3] =0; } //B53 if ((keysB[3][4] ==0) and (lastB[3][4] ==0)) { MidiSend(noteOn2, 53, velocity); lastB[3][4] =7; } //Write Midi Note Off if ((keysB[3][4] ==1) and (lastB[3][4] ==7)) { MidiSend(noteOff2, 53, velocity); lastB[3][4] =0; } //B54 if ((keysB[3][5] ==0) and (lastB[3][5] ==0)) { MidiSend(noteOn2, 54, velocity); lastB[3][5] =7; } //Write Midi Note Off if ((keysB[3][5] ==1) and (lastB[3][5] ==7)) { MidiSend(noteOff2, 54, velocity); lastB[3][5] =0; } //B55 if ((keysB[4][0] ==0) and (lastB[4][0] ==0)) { MidiSend(noteOn2, 55, velocity); lastB[4][0] =7; } //Write Midi Note Off if ((keysB[4][0] ==1) and (lastB[4][0] ==7)) { MidiSend(noteOff2, 55, velocity); lastB[4][0] =0; } //B56 if ((keysB[4][1] ==0) and (lastB[4][1] ==0)) { MidiSend(noteOn2, 56, velocity); lastB[4][1] =7; } //Write Midi Note Off if ((keysB[4][1] ==1) and (lastB[4][1] ==7)) { MidiSend(noteOff2, 56, velocity); lastB[4][1] =0; } //B57 if ((keysB[4][2] ==0) and (lastB[4][2] ==0)) { MidiSend(noteOn2, 57, velocity); lastB[4][2] =7; } //Write Midi Note Off if ((keysB[4][2] ==1) and (lastB[4][2] ==7)) { MidiSend(noteOff2, 57, velocity); lastB[4][2] =0; } //B58 if ((keysB[4][3] ==0) and (lastB[4][3] ==0)) { MidiSend(noteOn2, 58, velocity); lastB[4][3] =7; } //Write Midi Note Off if ((keysB[4][3] ==1) and (lastB[4][3] ==7)) { MidiSend(noteOff2, 58, velocity); lastB[4][3] =0; } //B59 if ((keysB[4][4] ==0) and (lastB[4][4] ==0)) { MidiSend(noteOn2, 59, velocity); lastB[4][4] =7; } //Write Midi Note Off if ((keysB[4][4] ==1) and (lastB[4][4] ==7)) { MidiSend(noteOff2, 59, velocity); lastB[4][4] =0; } //B60 if ((keysB[4][5] ==0) and (lastB[4][5] ==0)) { MidiSend(noteOn2, 60, velocity); lastB[4][5] =7; } //Write Midi Note Off if ((keysB[4][5] ==1) and (lastB[4][5] ==7)) { MidiSend(noteOff2, 60, velocity); lastB[4][5] =0; } //B61 if ((keysB[5][0] ==0) and (lastB[5][0] ==0)) { MidiSend(noteOn2, 61, velocity); lastB[5][0] =7; } //Write Midi Note Off if ((keysB[5][0] ==1) and (lastB[5][0] ==7)) { MidiSend(noteOff2, 61, velocity); lastB[5][0] =0; } //B62 if ((keysB[5][1] ==0) and (lastB[5][1] ==0)) { MidiSend(noteOn2, 62, velocity); lastB[5][1] =7; } //Write Midi Note Off if ((keysB[5][1] ==1) and (lastB[5][1] ==7)) { MidiSend(noteOff2, 62, velocity); lastB[5][1] =0; } //B63 if ((keysB[5][2] ==0) and (lastB[5][2] ==0)) { MidiSend(noteOn2, 63, velocity); lastB[5][2] =7; } //Write Midi Note Off if ((keysB[5][2] ==1) and (lastB[5][2] ==7)) { MidiSend(noteOff2, 63, velocity); lastB[5][2] =0; } //B64 if ((keysB[5][3] ==0) and (lastB[5][3] ==0)) { MidiSend(noteOn2, 64, velocity); lastB[5][3] =7; } //Write Midi Note Off if ((keysB[5][3] ==1) and (lastB[5][3] ==7)) { MidiSend(noteOff2, 64, velocity); lastB[5][3] =0; } //B65 if ((keysB[5][4] ==0) and (lastB[5][4] ==0)) { MidiSend(noteOn2, 65, velocity); lastB[5][4] =7; } //Write Midi Note Off if ((keysB[5][4] ==1) and (lastB[5][4] ==7)) { MidiSend(noteOff2, 65, velocity); lastB[5][4] =0; } //B66 if ((keysB[5][5] ==0) and (lastB[5][5] ==0)) { MidiSend(noteOn2, 66, velocity); lastB[5][5] =7; } //Write Midi Note Off if ((keysB[5][5] ==1) and (lastB[5][5] ==7)) { MidiSend(noteOff2, 66, velocity); lastB[5][5] =0; } //B67 if ((keysB[6][0] ==0) and (lastB[6][0] ==0)) { MidiSend(noteOn2, 67, velocity); lastB[6][0] =7; } //Write Midi Note Off if ((keysB[6][0] ==1) and (lastB[6][0] ==7)) { MidiSend(noteOff2, 67, velocity); lastB[6][0] =0; } //B68 if ((keysB[6][1] ==0) and (lastB[6][1] ==0)) { MidiSend(noteOn2, 68, velocity); lastB[6][1] =7; } //Write Midi Note Off if ((keysB[6][1] ==1) and (lastB[6][1] ==7)) { MidiSend(noteOff2, 68, velocity); lastB[6][1] =0; } //B69 if ((keysB[6][2] ==0) and (lastB[6][2] ==0)) { MidiSend(noteOn2, 69, velocity); lastB[6][2] =7; } //Write Midi Note Off if ((keysB[6][2] ==1) and (lastB[6][2] ==7)) { MidiSend(noteOff2, 69, velocity); lastB[6][2] =0; } //B70 if ((keysB[6][3] ==0) and (lastB[6][3] ==0)) { MidiSend(noteOn2, 70, velocity); lastB[6][3] =7; } //Write Midi Note Off if ((keysB[6][3] ==1) and (lastB[6][3] ==7)) { MidiSend(noteOff2, 70, velocity); lastB[6][3] =0; } //B71 if ((keysB[6][4] ==0) and (lastB[6][4] ==0)) { MidiSend(noteOn2, 71, velocity); lastB[6][4] =7; } //Write Midi Note Off if ((keysB[6][4] ==1) and (lastB[6][4] ==7)) { MidiSend(noteOff2, 71, velocity); lastB[6][4] =0; } //B72 if ((keysB[6][5] ==0) and (lastB[6][5] ==0)) { MidiSend(noteOn2, 72, velocity); lastB[6][5] =7; } //Write Midi Note Off if ((keysB[6][5] ==1) and (lastB[6][5] ==7)) { MidiSend(noteOff2, 72, velocity); lastB[6][5] =0; } //B73 if ((keysB[7][0] ==0) and (lastB[7][0] ==0)) { MidiSend(noteOn2, 73, velocity); lastB[7][0] =7; } //Write Midi Note Off if ((keysB[7][0] ==1) and (lastB[7][0] ==7)) { MidiSend(noteOff2, 73, velocity); lastB[7][0] =0; } //B74 if ((keysB[7][1] ==0) and (lastB[7][1] ==0)) { MidiSend(noteOn2, 74, velocity); lastB[7][1] =7; } //Write Midi Note Off if ((keysB[7][1] ==1) and (lastB[7][1] ==7)) { MidiSend(noteOff2, 74, velocity); lastB[7][1] =0; } //B75 if ((keysB[7][2] ==0) and (lastB[7][2] ==0)) { MidiSend(noteOn2, 75, velocity); lastB[7][2] =7; } //Write Midi Note Off if ((keysB[7][2] ==1) and (lastB[7][2] ==7)) { MidiSend(noteOff2, 75, velocity); lastB[7][2] =0; } //B76 if ((keysB[7][3] ==0) and (lastB[7][3] ==0)) { MidiSend(noteOn2, 76, velocity); lastB[7][3] =7; } //Write Midi Note Off if ((keysB[7][3] ==1) and (lastB[7][3] ==7)) { MidiSend(noteOff2, 76, velocity); lastB[7][3] =0; } //B77 if ((keysB[7][4] ==0) and (lastB[7][4] ==0)) { MidiSend(noteOn2, 77, velocity); lastB[7][4] =7; } //Write Midi Note Off if ((keysB[7][4] ==1) and (lastB[7][4] ==7)) { MidiSend(noteOff2, 77, velocity); lastB[7][4] =0; } //B78 if ((keysB[7][5] ==0) and (lastB[7][5] ==0)) { MidiSend(noteOn2, 78, velocity); lastB[7][5] =7; } //Write Midi Note Off if ((keysB[7][5] ==1) and (lastB[7][5] ==7)) { MidiSend(noteOff2, 78, velocity); lastB[7][5] =0; } //B79 if ((keysB[8][0] ==0) and (lastB[8][0] ==0)) { MidiSend(noteOn2, 79, velocity); lastB[8][0] =7; } //Write Midi Note Off if ((keysB[8][0] ==1) and (lastB[8][0] ==7)) { MidiSend(noteOff2, 79, velocity); lastB[8][0] =0; } //B80 if ((keysB[8][1] ==0) and (lastB[8][1] ==0)) { MidiSend(noteOn2, 80, velocity); lastB[8][1] =7; } //Write Midi Note Off if ((keysB[8][1] ==1) and (lastB[8][1] ==7)) { MidiSend(noteOff2, 80, velocity); lastB[8][1] =0; } //B81 if ((keysB[8][2] ==0) and (lastB[8][2] ==0)) { MidiSend(noteOn2, 81, velocity); lastB[8][2] =7; } //Write Midi Note Off if ((keysB[8][2] ==1) and (lastB[8][2] ==7)) { MidiSend(noteOff2, 81, velocity); lastB[8][2] =0; } //B82 if ((keysB[8][3] ==0) and (lastB[8][3] ==0)) { MidiSend(noteOn2, 82, velocity); lastB[8][3] =7; } //Write Midi Note Off if ((keysB[8][3] ==1) and (lastB[8][3] ==7)) { MidiSend(noteOff2, 82, velocity); lastB[8][3] =0; } //B83 if ((keysB[8][4] ==0) and (lastB[8][4] ==0)) { MidiSend(noteOn2, 83, velocity); lastB[8][4] =7; } //Write Midi Note Off if ((keysB[8][4] ==1) and (lastB[8][4] ==7)) { MidiSend(noteOff2, 83, velocity); lastB[8][4] =0; } //B84 if ((keysB[8][5] ==0) and (lastB[8][5] ==0)) { MidiSend(noteOn2, 84, velocity); lastB[8][5] =7; } //Write Midi Note Off if ((keysB[8][5] ==1) and (lastB[8][5] ==7)) { MidiSend(noteOff2, 84, velocity); lastB[8][5] =0; } //B85 if ((keysB[9][0] ==0) and (lastB[9][0] ==0)) { MidiSend(noteOn2, 85, velocity); lastB[9][0] =7; } //Write Midi Note Off if ((keysB[9][0] ==1) and (lastB[9][0] ==7)) { MidiSend(noteOff2, 85, velocity); lastB[9][0] =0; } //B86 if ((keysB[9][1] ==0) and (lastB[9][1] ==0)) { MidiSend(noteOn2, 86, velocity); lastB[9][1] =7; } //Write Midi Note Off if ((keysB[9][1] ==1) and (lastB[9][1] ==7)) { MidiSend(noteOff2, 86, velocity); lastB[9][1] =0; } //B87 if ((keysB[9][2] ==0) and (lastB[9][2] ==0)) { MidiSend(noteOn2, 87, velocity); lastB[9][2] =7; } //Write Midi Note Off if ((keysB[9][2] ==1) and (lastB[9][2] ==7)) { MidiSend(noteOff2, 87, velocity); lastB[9][2] =0; } //B88 if ((keysB[9][3] ==0) and (lastB[9][3] ==0)) { MidiSend(noteOn2, 88, velocity); lastB[9][3] =7; } //Write Midi Note Off if ((keysB[9][3] ==1) and (lastB[9][3] ==7)) { MidiSend(noteOff2, 88, velocity); lastB[9][3] =0; } //B89 if ((keysB[9][4] ==0) and (lastB[9][4] ==0)) { MidiSend(noteOn2, 89, velocity); lastB[9][4] =7; } //Write Midi Note Off if ((keysB[9][4] ==1) and (lastB[9][4] ==7)) { MidiSend(noteOff2, 89, velocity); lastB[9][4] =0; } //B90 if ((keysB[9][5] ==0) and (lastB[9][5] ==0)) { MidiSend(noteOn2, 90, velocity); lastB[9][5] =7; } //Write Midi Note Off if ((keysB[9][5] ==1) and (lastB[9][5] ==7)) { MidiSend(noteOff2, 90, velocity); lastB[9][5] =0; } //B91 if ((keysB[10][0] ==0) and (lastB[10][0] ==0)) { MidiSend(noteOn2, 91, velocity); lastB[10][0] =7; } //Write Midi Note Off if ((keysB[10][0] ==1) and (lastB[10][0] ==7)) { MidiSend(noteOff2, 91, velocity); lastB[10][0] =0; } //B92 if ((keysB[10][1] ==0) and (lastB[10][1] ==0)) { MidiSend(noteOn2, 92, velocity); lastB[10][1] =7; } //Write Midi Note Off if ((keysB[10][1] ==1) and (lastB[10][1] ==7)) { MidiSend(noteOff2, 92, velocity); lastB[10][1] =0; } //B93 if ((keysB[10][2] ==0) and (lastB[10][2] ==0)) { MidiSend(noteOn2, 93, velocity); lastB[10][2] =7; } //Write Midi Note Off if ((keysB[10][2] ==1) and (lastB[10][2] ==7)) { MidiSend(noteOff2, 93, velocity); lastB[10][2] =0; } //B94 if ((keysB[10][3] ==0) and (lastB[10][3] ==0)) { MidiSend(noteOn2, 94, velocity); lastB[10][3] =7; } //Write Midi Note Off if ((keysB[10][3] ==1) and (lastB[10][3] ==7)) { MidiSend(noteOff2, 94, velocity); lastB[10][3] =0; } //B95 if ((keysB[10][4] ==0) and (lastB[10][4] ==0)) { MidiSend(noteOn2, 95, velocity); lastB[10][4] =7; } //Write Midi Note Off if ((keysB[10][4] ==1) and (lastB[10][4] ==7)) { MidiSend(noteOff2, 95, velocity); lastB[10][4] =0; } //B96 if ((keysB[10][5] ==0) and (lastB[10][5] ==0)) { MidiSend(noteOn2, 96, velocity); lastB[10][5] =7; } //Write Midi Note Off if ((keysB[10][5] ==1) and (lastB[10][5] ==7)) { MidiSend(noteOff2, 96, velocity); lastB[10][5] =0; } //Write Keyboard C //C36 if ((keysC[0][0] ==0) and (lastC[0][0] ==0)) { MidiSend(noteOn3, 36, velocity); lastC[0][0] =7; } if ((keysC[0][0] ==1) and (lastC[0][0] ==7)) { MidiSend(noteOff3, 36, velocity); lastC[0][0] =0; } //C37 if ((keysC[1][0] ==0) and (lastC[1][0] ==0)) { MidiSend(noteOn3, 37, velocity); lastC[1][0] =7; } if ((keysC[1][0] ==1) and (lastC[1][0] ==7)) { MidiSend(noteOff3, 37, velocity); lastC[1][0] =0; } //C38 if ((keysC[1][1] ==0) and (lastC[1][1] ==0)) { MidiSend(noteOn3, 38, velocity); lastC[1][1] =7; } //Write Midi Note Off if ((keysC[1][1] ==1) and (lastC[1][1] ==7)) { MidiSend(noteOff3, 38, velocity); lastC[1][1] =0; } //C39 if ((keysC[1][2] ==0) and (lastC[1][2] ==0)) { MidiSend(noteOn3, 39, velocity); lastC[1][2] =7; } //Write Midi Note Off if ((keysC[1][2] ==1) and (lastC[1][2] ==7)) { MidiSend(noteOff3, 39, velocity); lastC[1][2] =0; } //C40 if ((keysC[1][3] ==0) and (lastC[1][3] ==0)) { MidiSend(noteOn3, 40, velocity); lastC[1][3] =7; } //Write Midi Note Off if ((keysC[1][3] ==1) and (lastC[1][3] ==7)) { MidiSend(noteOff3, 40, velocity); lastC[1][3] =0; } //C41 if ((keysC[1][4] ==0) and (lastC[1][4] ==0)) { MidiSend(noteOn3, 41, velocity); lastC[1][4] =7; } //Write Midi Note Off if ((keysC[1][4] ==1) and (lastC[1][4] ==7)) { MidiSend(noteOff3, 41, velocity); lastC[1][4] =0; } //C42 if ((keysC[1][5] ==0) and (lastC[1][5] ==0)) { MidiSend(noteOn3, 42, velocity); lastC[1][5] =7; } //Write Midi Note Off if ((keysC[1][5] ==1) and (lastC[1][5] ==7)) { MidiSend(noteOff3, 42, velocity); lastC[1][5] =0; } //C43 if ((keysC[2][0] ==0) and (lastC[2][0] ==0)) { MidiSend(noteOn3, 43, velocity); lastC[2][0] =7; } //Write Midi Note Off if ((keysC[2][0] ==1) and (lastC[2][0] ==7)) { MidiSend(noteOff3, 43, velocity); lastC[2][0] =0; } //C44 if ((keysC[2][1] ==0) and (lastC[2][1] ==0)) { MidiSend(noteOn3, 44, velocity); lastC[2][1] =7; } //Write Midi Note Off if ((keysC[2][1] ==1) and (lastC[2][1] ==7)) { MidiSend(noteOff3, 44, velocity); lastC[2][1] =0; } //B45 if ((keysC[2][2] ==0) and (lastC[2][2] ==0)) { MidiSend(noteOn3, 45, velocity); lastC[2][2] =7; } //Write Midi Note Off if ((keysC[2][2] ==1) and (lastC[2][2] ==7)) { MidiSend(noteOff3, 45, velocity); lastC[2][2] =0; } //C46 if ((keysC[2][3] ==0) and (lastC[2][3] ==0)) { MidiSend(noteOn3, 46, velocity); lastC[2][3] =7; } //Write Midi Note Off if ((keysC[2][3] ==1) and (lastC[2][3] ==7)) { MidiSend(noteOff3, 46, velocity); lastC[2][3] =0; } //C47 if ((keysC[2][4] ==0) and (lastC[2][4] ==0)) { MidiSend(noteOn3, 47, velocity); lastC[2][4] =7; } //Write Midi Note Off if ((keysC[2][4] ==1) and (lastC[2][4] ==7)) { MidiSend(noteOff3, 47, velocity); lastC[2][4] =0; } //C48 if ((keysC[2][5] ==0) and (lastC[2][5] ==0)) { MidiSend(noteOn3, 48, velocity); lastC[2][5] =7; } //Write Midi Note Off if ((keysC[2][5] ==1) and (lastC[2][5] ==7)) { MidiSend(noteOff3, 48, velocity); lastC[2][5] =0; } //C49 if ((keysC[3][0] ==0) and (lastC[3][0] ==0)) { MidiSend(noteOn3, 49, velocity); lastC[3][0] =7; } //Write Midi Note Off if ((keysC[3][0] ==1) and (lastC[3][0] ==7)) { MidiSend(noteOff3, 49, velocity); lastC[3][0] =0; } //C50 if ((keysC[3][1] ==0) and (lastC[3][1] ==0)) { MidiSend(noteOn3, 50, velocity); lastC[3][1] =7; } //Write Midi Note Off if ((keysC[3][1] ==1) and (lastC[3][1] ==7)) { MidiSend(noteOff3, 50, velocity); lastC[3][1] =0; } //C51 if ((keysC[3][2] ==0) and (lastC[3][2] ==0)) { MidiSend(noteOn3, 51, velocity); lastC[3][2] =7; } //Write Midi Note Off if ((keysC[3][2] ==1) and (lastC[3][2] ==7)) { MidiSend(noteOff3, 51, velocity); lastC[3][2] =0; } //C52 if ((keysC[3][3] ==0) and (lastC[3][3] ==0)) { MidiSend(noteOn3, 52, velocity); lastC[3][3] =7; } //Write Midi Note Off if ((keysC[3][3] ==1) and (lastC[3][3] ==7)) { MidiSend(noteOff3, 52, velocity); lastC[3][3] =0; } //C53 if ((keysC[3][4] ==0) and (lastC[3][4] ==0)) { MidiSend(noteOn3, 53, velocity); lastC[3][4] =7; } //Write Midi Note Off if ((keysC[3][4] ==1) and (lastC[3][4] ==7)) { MidiSend(noteOff3, 53, velocity); lastC[3][4] =0; } //C54 if ((keysC[3][5] ==0) and (lastC[3][5] ==0)) { MidiSend(noteOn3, 54, velocity); lastC[3][5] =7; } //Write Midi Note Off if ((keysC[3][5] ==1) and (lastC[3][5] ==7)) { MidiSend(noteOff3, 54, velocity); lastC[3][5] =0; } //C55 if ((keysC[4][0] ==0) and (lastC[4][0] ==0)) { MidiSend(noteOn3, 55, velocity); lastC[4][0] =7; } //Write Midi Note Off if ((keysC[4][0] ==1) and (lastC[4][0] ==7)) { MidiSend(noteOff3, 55, velocity); lastC[4][0] =0; } //C56 if ((keysC[4][1] ==0) and (lastC[4][1] ==0)) { MidiSend(noteOn3, 56, velocity); lastC[4][1] =7; } //Write Midi Note Off if ((keysC[4][1] ==1) and (lastC[4][1] ==7)) { MidiSend(noteOff3, 56, velocity); lastC[4][1] =0; } //C57 if ((keysC[4][2] ==0) and (lastC[4][2] ==0)) { MidiSend(noteOn3, 57, velocity); lastC[4][2] =7; } //Write Midi Note Off if ((keysC[4][2] ==1) and (lastC[4][2] ==7)) { MidiSend(noteOff3, 57, velocity); lastC[4][2] =0; } //C58 if ((keysC[4][3] ==0) and (lastC[4][3] ==0)) { MidiSend(noteOn3, 58, velocity); lastC[4][3] =7; } //Write Midi Note Off if ((keysC[4][3] ==1) and (lastC[4][3] ==7)) { MidiSend(noteOff3, 58, velocity); lastC[4][3] =0; } //C59 if ((keysC[4][4] ==0) and (lastC[4][4] ==0)) { MidiSend(noteOn3, 59, velocity); lastC[4][4] =7; } //Write Midi Note Off if ((keysC[4][4] ==1) and (lastC[4][4] ==7)) { MidiSend(noteOff3, 59, velocity); lastC[4][4] =0; } //C60 if ((keysC[4][5] ==0) and (lastC[4][5] ==0)) { MidiSend(noteOn3, 60, velocity); lastC[4][5] =7; } //Write Midi Note Off if ((keysC[4][5] ==1) and (lastC[4][5] ==7)) { MidiSend(noteOff3, 60, velocity); lastC[4][5] =0; } //C61 if ((keysC[5][0] ==0) and (lastC[5][0] ==0)) { MidiSend(noteOn3, 61, velocity); lastC[5][0] =7; } //Write Midi Note Off if ((keysC[5][0] ==1) and (lastC[5][0] ==7)) { MidiSend(noteOff3, 61, velocity); lastC[5][0] =0; } //C62 if ((keysC[5][1] ==0) and (lastC[5][1] ==0)) { MidiSend(noteOn3, 62, velocity); lastC[5][1] =7; } //Write Midi Note Off if ((keysC[5][1] ==1) and (lastC[5][1] ==7)) { MidiSend(noteOff3, 62, velocity); lastC[5][1] =0; } //C63 if ((keysC[5][2] ==0) and (lastC[5][2] ==0)) { MidiSend(noteOn3, 63, velocity); lastC[5][2] =7; } //Write Midi Note Off if ((keysC[5][2] ==1) and (lastC[5][2] ==7)) { MidiSend(noteOff3, 63, velocity); lastC[5][2] =0; } //C64 if ((keysC[5][3] ==0) and (lastC[5][3] ==0)) { MidiSend(noteOn3, 64, velocity); lastC[5][3] =7; } //Write Midi Note Off if ((keysC[5][3] ==1) and (lastC[5][3] ==7)) { MidiSend(noteOff3, 64, velocity); lastC[5][3] =0; } //C65 if ((keysC[5][4] ==0) and (lastC[5][4] ==0)) { MidiSend(noteOn3, 65, velocity); lastC[5][4] =7; } //Write Midi Note Off if ((keysC[5][4] ==1) and (lastC[5][4] ==7)) { MidiSend(noteOff3, 65, velocity); lastC[5][4] =0; } //C66 if ((keysC[5][5] ==0) and (lastC[5][5] ==0)) { MidiSend(noteOn3, 66, velocity); lastC[5][5] =7; } //Write Midi Note Off if ((keysC[5][5] ==1) and (lastC[5][5] ==7)) { MidiSend(noteOff3, 66, velocity); lastC[5][5] =0; } //C67 if ((keysC[6][0] ==0) and (lastC[6][0] ==0)) { MidiSend(noteOn3, 67, velocity); lastC[6][0] =7; } //Write Midi Note Off if ((keysC[6][0] ==1) and (lastC[6][0] ==7)) { MidiSend(noteOff3, 67, velocity); lastC[6][0] =0; } //C68 if ((keysC[6][1] ==0) and (lastC[6][1] ==0)) { MidiSend(noteOn3, 68, velocity); lastC[6][1] =7; } //Write Midi Note Off if ((keysC[6][1] ==1) and (lastC[6][1] ==7)) { MidiSend(noteOff3, 68, velocity); lastC[6][1] =0; } //C69 if ((keysC[6][2] ==0) and (lastC[6][2] ==0)) { MidiSend(noteOn3, 69, velocity); lastC[6][2] =7; } //Write Midi Note Off if ((keysC[6][2] ==1) and (lastC[6][2] ==7)) { MidiSend(noteOff3, 69, velocity); lastC[6][2] =0; } //C70 if ((keysC[6][3] ==0) and (lastC[6][3] ==0)) { MidiSend(noteOn3, 70, velocity); lastC[6][3] =7; } //Write Midi Note Off if ((keysC[6][3] ==1) and (lastC[6][3] ==7)) { MidiSend(noteOff3, 70, velocity); lastC[6][3] =0; } //C71 if ((keysC[6][4] ==0) and (lastC[6][4] ==0)) { MidiSend(noteOn3, 71, velocity); lastC[6][4] =7; } //Write Midi Note Off if ((keysC[6][4] ==1) and (lastC[6][4] ==7)) { MidiSend(noteOff3, 71, velocity); lastC[6][4] =0; } //C72 if ((keysC[6][5] ==0) and (lastC[6][5] ==0)) { MidiSend(noteOn3, 72, velocity); lastC[6][5] =7; } //Write Midi Note Off if ((keysC[6][5] ==1) and (lastC[6][5] ==7)) { MidiSend(noteOff3, 72, velocity); lastC[6][5] =0; } //C73 if ((keysC[7][0] ==0) and (lastC[7][0] ==0)) { MidiSend(noteOn3, 73, velocity); lastC[7][0] =7; } //Write Midi Note Off if ((keysC[7][0] ==1) and (lastC[7][0] ==7)) { MidiSend(noteOff3, 73, velocity); lastC[7][0] =0; } //C74 if ((keysC[7][1] ==0) and (lastC[7][1] ==0)) { MidiSend(noteOn3, 74, velocity); lastC[7][1] =7; } //Write Midi Note Off if ((keysC[7][1] ==1) and (lastC[7][1] ==7)) { MidiSend(noteOff3, 74, velocity); lastC[7][1] =0; } //C75 if ((keysC[7][2] ==0) and (lastC[7][2] ==0)) { MidiSend(noteOn3, 75, velocity); lastC[7][2] =7; } //Write Midi Note Off if ((keysC[7][2] ==1) and (lastC[7][2] ==7)) { MidiSend(noteOff3, 75, velocity); lastC[7][2] =0; } //C76 if ((keysC[7][3] ==0) and (lastC[7][3] ==0)) { MidiSend(noteOn3, 76, velocity); lastC[7][3] =7; } //Write Midi Note Off if ((keysC[7][3] ==1) and (lastC[7][3] ==7)) { MidiSend(noteOff3, 76, velocity); lastC[7][3] =0; } //C77 if ((keysC[7][4] ==0) and (lastC[7][4] ==0)) { MidiSend(noteOn3, 77, velocity); lastC[7][4] =7; } //Write Midi Note Off if ((keysC[7][4] ==1) and (lastC[7][4] ==7)) { MidiSend(noteOff3, 77, velocity); lastC[7][4] =0; } //C78 if ((keysC[7][5] ==0) and (lastC[7][5] ==0)) { MidiSend(noteOn3, 78, velocity); lastC[7][5] =7; } //Write Midi Note Off if ((keysC[7][5] ==1) and (lastC[7][5] ==7)) { MidiSend(noteOff3, 78, velocity); lastC[7][5] =0; } //C79 if ((keysC[8][0] ==0) and (lastC[8][0] ==0)) { MidiSend(noteOn3, 79, velocity); lastC[8][0] =7; } //Write Midi Note Off if ((keysC[8][0] ==1) and (lastC[8][0] ==7)) { MidiSend(noteOff2, 79, velocity); lastC[8][0] =0; } //C80 if ((keysC[8][1] ==0) and (lastC[8][1] ==0)) { MidiSend(noteOn3, 80, velocity); lastC[8][1] =7; } //Write Midi Note Off if ((keysC[8][1] ==1) and (lastC[8][1] ==7)) { MidiSend(noteOff3, 80, velocity); lastC[8][1] =0; } //C81 if ((keysC[8][2] ==0) and (lastC[8][2] ==0)) { MidiSend(noteOn3, 81, velocity); lastC[8][2] =7; } //Write Midi Note Off if ((keysC[8][2] ==1) and (lastC[8][2] ==7)) { MidiSend(noteOff3, 81, velocity); lastC[8][2] =0; } //C82 if ((keysC[8][3] ==0) and (lastC[8][3] ==0)) { MidiSend(noteOn3, 82, velocity); lastC[8][3] =7; } //Write Midi Note Off if ((keysC[8][3] ==1) and (lastC[8][3] ==7)) { MidiSend(noteOff3, 82, velocity); lastC[8][3] =0; } //C83 if ((keysC[8][4] ==0) and (lastC[8][4] ==0)) { MidiSend(noteOn3, 83, velocity); lastC[8][4] =7; } //Write Midi Note Off if ((keysC[8][4] ==1) and (lastC[8][4] ==7)) { MidiSend(noteOff3, 83, velocity); lastC[8][4] =0; } //C84 if ((keysC[8][5] ==0) and (lastC[8][5] ==0)) { MidiSend(noteOn3, 84, velocity); lastC[8][5] =7; } //Write Midi Note Off if ((keysC[8][5] ==1) and (lastC[8][5] ==7)) { MidiSend(noteOff3, 84, velocity); lastC[8][5] =0; } //C85 if ((keysC[9][0] ==0) and (lastC[9][0] ==0)) { MidiSend(noteOn3, 85, velocity); lastC[9][0] =7; } //Write Midi Note Off if ((keysC[9][0] ==1) and (lastC[9][0] ==7)) { MidiSend(noteOff3, 85, velocity); lastC[9][0] =0; } //C86 if ((keysC[9][1] ==0) and (lastC[9][1] ==0)) { MidiSend(noteOn2, 86, velocity); lastC[9][1] =7; } //Write Midi Note Off if ((keysC[9][1] ==1) and (lastC[9][1] ==7)) { MidiSend(noteOff3, 86, velocity); lastC[9][1] =0; } //C87 if ((keysC[9][2] ==0) and (lastC[9][2] ==0)) { MidiSend(noteOn3, 87, velocity); lastC[9][2] =7; } //Write Midi Note Off if ((keysC[9][2] ==1) and (lastC[9][2] ==7)) { MidiSend(noteOff3, 87, velocity); lastC[9][2] =0; } //C88 if ((keysC[9][3] ==0) and (lastC[9][3] ==0)) { MidiSend(noteOn3, 88, velocity); lastC[9][3] =7; } //Write Midi Note Off if ((keysC[9][3] ==1) and (lastC[9][3] ==7)) { MidiSend(noteOff3, 88, velocity); lastC[9][3] =0; } //C89 if ((keysC[9][4] ==0) and (lastC[9][4] ==0)) { MidiSend(noteOn3, 89, velocity); lastC[9][4] =7; } //Write Midi Note Off if ((keysC[9][4] ==1) and (lastC[9][4] ==7)) { MidiSend(noteOff3, 89, velocity); lastC[9][4] =0; } //C90 if ((keysC[9][5] ==0) and (lastC[9][5] ==0)) { MidiSend(noteOn3, 90, velocity); lastC[9][5] =7; } //Write Midi Note Off if ((keysC[9][5] ==1) and (lastC[9][5] ==7)) { MidiSend(noteOff3, 90, velocity); lastC[9][5] =0; } //C91 if ((keysC[10][0] ==0) and (lastC[10][0] ==0)) { MidiSend(noteOn3, 91, velocity); lastC[10][0] =7; } //Write Midi Note Off if ((keysC[10][0] ==1) and (lastC[10][0] ==7)) { MidiSend(noteOff3, 91, velocity); lastC[10][0] =0; } //C92 if ((keysC[10][1] ==0) and (lastC[10][1] ==0)) { MidiSend(noteOn3, 92, velocity); lastC[10][1] =7; } //Write Midi Note Off if ((keysC[10][1] ==1) and (lastC[10][1] ==7)) { MidiSend(noteOff3, 92, velocity); lastC[10][1] =0; } //C93 if ((keysC[10][2] ==0) and (lastC[10][2] ==0)) { MidiSend(noteOn3, 93, velocity); lastC[10][2] =7; } //Write Midi Note Off if ((keysC[10][2] ==1) and (lastC[10][2] ==7)) { MidiSend(noteOff3, 93, velocity); lastC[10][2] =0; } //C94 if ((keysC[10][3] ==0) and (lastC[10][3] ==0)) { MidiSend(noteOn3, 94, velocity); lastC[10][3] =7; } //Write Midi Note Off if ((keysC[10][3] ==1) and (lastC[10][3] ==7)) { MidiSend(noteOff3, 94, velocity); lastC[10][3] =0; } //C95 if ((keysC[10][4] ==0) and (lastC[10][4] ==0)) { MidiSend(noteOn3, 95, velocity); lastC[10][4] =7; } //Write Midi Note Off if ((keysC[10][4] ==1) and (lastC[10][4] ==7)) { MidiSend(noteOff3, 95, velocity); lastC[10][4] =0; } //C96 if ((keysC[10][5] ==0) and (lastC[10][5] ==0)) { MidiSend(noteOn3, 96, velocity); lastC[10][5] =7; } //Write Midi Note Off if ((keysC[10][5] ==1) and (lastC[10][5] ==7)) { MidiSend(noteOff3, 96, velocity); lastC[10][5] =0; } //Write Keyboard D //D36 if ((keysD[0][0] ==0) and (lastD[0][0] ==0)) { MidiSend(noteOn4, 36, velocity); lastD[0][0] =7; } if ((keysD[0][0] ==1) and (lastD[0][0] ==7)) { MidiSend(noteOff4, 36, velocity); lastD[0][0] =0; } //D37 if ((keysD[1][0] ==0) and (lastD[1][0] ==0)) { MidiSend(noteOn4, 37, velocity); lastD[1][0] =7; } if ((keysD[1][0] ==1) and (lastD[1][0] ==7)) { MidiSend(noteOff4, 37, velocity); lastD[1][0] =0; } //D38 if ((keysD[1][1] ==0) and (lastD[1][1] ==0)) { MidiSend(noteOn4, 38, velocity); lastD[1][1] =7; } //Write Midi Note Off if ((keysD[1][1] ==1) and (lastD[1][1] ==7)) { MidiSend(noteOff4, 38, velocity); lastD[1][1] =0; } //D39 if ((keysD[1][2] ==0) and (lastD[1][2] ==0)) { MidiSend(noteOn4, 39, velocity); lastD[1][2] =7; } //Write Midi Note Off if ((keysD[1][2] ==1) and (lastD[1][2] ==7)) { MidiSend(noteOff4, 39, velocity); lastD[1][2] =0; } //D40 if ((keysD[1][3] ==0) and (lastD[1][3] ==0)) { MidiSend(noteOn4, 40, velocity); lastD[1][3] =7; } //Write Midi Note Off if ((keysD[1][3] ==1) and (lastD[1][3] ==7)) { MidiSend(noteOff4, 40, velocity); lastD[1][3] =0; } //D41 if ((keysD[1][4] ==0) and (lastD[1][4] ==0)) { MidiSend(noteOn4, 41, velocity); lastD[1][4] =7; } //Write Midi Note Off if ((keysD[1][4] ==1) and (lastD[1][4] ==7)) { MidiSend(noteOff4, 41, velocity); lastD[1][4] =0; } //D42 if ((keysD[1][5] ==0) and (lastD[1][5] ==0)) { MidiSend(noteOn4, 42, velocity); lastD[1][5] =7; } //Write Midi Note Off if ((keysD[1][5] ==1) and (lastD[1][5] ==7)) { MidiSend(noteOff4, 42, velocity); lastD[1][5] =0; } //D43 if ((keysD[2][0] ==0) and (lastD[2][0] ==0)) { MidiSend(noteOn4, 43, velocity); lastD[2][0] =7; } //Write Midi Note Off if ((keysD[2][0] ==1) and (lastD[2][0] ==7)) { MidiSend(noteOff4, 43, velocity); lastD[2][0] =0; } //B44 if ((keysD[2][1] ==0) and (lastD[2][1] ==0)) { MidiSend(noteOn4, 44, velocity); lastD[2][1] =7; } //Write Midi Note Off if ((keysD[2][1] ==1) and (lastD[2][1] ==7)) { MidiSend(noteOff4, 44, velocity); lastD[2][1] =0; } //D45 if ((keysD[2][2] ==0) and (lastD[2][2] ==0)) { MidiSend(noteOn4, 45, velocity); lastD[2][2] =7; } //Write Midi Note Off if ((keysD[2][2] ==1) and (lastD[2][2] ==7)) { MidiSend(noteOff4, 45, velocity); lastD[2][2] =0; } //D46 if ((keysD[2][3] ==0) and (lastD[2][3] ==0)) { MidiSend(noteOn4, 46, velocity); lastD[2][3] =7; } //Write Midi Note Off if ((keysD[2][3] ==1) and (lastD[2][3] ==7)) { MidiSend(noteOff4, 46, velocity); lastD[2][3] =0; } //D47 if ((keysD[2][4] ==0) and (lastD[2][4] ==0)) { MidiSend(noteOn4, 47, velocity); lastD[2][4] =7; } //Write Midi Note Off if ((keysD[2][4] ==1) and (lastD[2][4] ==7)) { MidiSend(noteOff4, 47, velocity); lastD[2][4] =0; } //D48 if ((keysD[2][5] ==0) and (lastD[2][5] ==0)) { MidiSend(noteOn4, 48, velocity); lastD[2][5] =7; } //Write Midi Note Off if ((keysD[2][5] ==1) and (lastD[2][5] ==7)) { MidiSend(noteOff4, 48, velocity); lastD[2][5] =0; } //D49 if ((keysD[3][0] ==0) and (lastD[3][0] ==0)) { MidiSend(noteOn4, 49, velocity); lastD[3][0] =7; } //Write Midi Note Off if ((keysD[3][0] ==1) and (lastD[3][0] ==7)) { MidiSend(noteOff4, 49, velocity); lastD[3][0] =0; } //D50 if ((keysD[3][1] ==0) and (lastD[3][1] ==0)) { MidiSend(noteOn4, 50, velocity); lastD[3][1] =7; } //Write Midi Note Off if ((keysD[3][1] ==1) and (lastD[3][1] ==7)) { MidiSend(noteOff4, 50, velocity); lastD[3][1] =0; } //D51 if ((keysD[3][2] ==0) and (lastD[3][2] ==0)) { MidiSend(noteOn4, 51, velocity); lastD[3][2] =7; } //Write Midi Note Off if ((keysD[3][2] ==1) and (lastD[3][2] ==7)) { MidiSend(noteOff4, 51, velocity); lastD[3][2] =0; } //D52 if ((keysD[3][3] ==0) and (lastD[3][3] ==0)) { MidiSend(noteOn4, 52, velocity); lastD[3][3] =7; } //Write Midi Note Off if ((keysD[3][3] ==1) and (lastD[3][3] ==7)) { MidiSend(noteOff4, 52, velocity); lastD[3][3] =0; } //D53 if ((keysD[3][4] ==0) and (lastD[3][4] ==0)) { MidiSend(noteOn4, 53, velocity); lastD[3][4] =7; } //Write Midi Note Off if ((keysD[3][4] ==1) and (lastD[3][4] ==7)) { MidiSend(noteOff4, 53, velocity); lastD[3][4] =0; } //D54 if ((keysD[3][5] ==0) and (lastD[3][5] ==0)) { MidiSend(noteOn4, 54, velocity); lastD[3][5] =7; } //Write Midi Note Off if ((keysD[3][5] ==1) and (lastD[3][5] ==7)) { MidiSend(noteOff4, 54, velocity); lastD[3][5] =0; } //D55 if ((keysD[4][0] ==0) and (lastD[4][0] ==0)) { MidiSend(noteOn4, 55, velocity); lastD[4][0] =7; } //Write Midi Note Off if ((keysD[4][0] ==1) and (lastD[4][0] ==7)) { MidiSend(noteOff4, 55, velocity); lastD[4][0] =0; } //D56 if ((keysD[4][1] ==0) and (lastD[4][1] ==0)) { MidiSend(noteOn4, 56, velocity); lastD[4][1] =7; } //Write Midi Note Off if ((keysD[4][1] ==1) and (lastD[4][1] ==7)) { MidiSend(noteOff4, 56, velocity); lastD[4][1] =0; } //D57 if ((keysD[4][2] ==0) and (lastD[4][2] ==0)) { MidiSend(noteOn4, 57, velocity); lastD[4][2] =7; } //Write Midi Note Off if ((keysD[4][2] ==1) and (lastD[4][2] ==7)) { MidiSend(noteOff4, 57, velocity); lastD[4][2] =0; } //D58 if ((keysD[4][3] ==0) and (lastD[4][3] ==0)) { MidiSend(noteOn4, 58, velocity); lastD[4][3] =7; } //Write Midi Note Off if ((keysD[4][3] ==1) and (lastD[4][3] ==7)) { MidiSend(noteOff4, 58, velocity); lastD[4][3] =0; } //D59 if ((keysD[4][4] ==0) and (lastD[4][4] ==0)) { MidiSend(noteOn4, 59, velocity); lastD[4][4] =7; } //Write Midi Note Off if ((keysD[4][4] ==1) and (lastD[4][4] ==7)) { MidiSend(noteOff4, 59, velocity); lastD[4][4] =0; } //D60 if ((keysD[4][5] ==0) and (lastD[4][5] ==0)) { MidiSend(noteOn4, 60, velocity); lastD[4][5] =7; } //Write Midi Note Off if ((keysD[4][5] ==1) and (lastD[4][5] ==7)) { MidiSend(noteOff4, 60, velocity); lastD[4][5] =0; } //D61 if ((keysD[5][0] ==0) and (lastD[5][0] ==0)) { MidiSend(noteOn4, 61, velocity); lastD[5][0] =7; } //Write Midi Note Off if ((keysD[5][0] ==1) and (lastD[5][0] ==7)) { MidiSend(noteOff4, 61, velocity); lastD[5][0] =0; } //D62 if ((keysD[5][1] ==0) and (lastD[5][1] ==0)) { MidiSend(noteOn4, 62, velocity); lastD[5][1] =7; } //Write Midi Note Off if ((keysD[5][1] ==1) and (lastD[5][1] ==7)) { MidiSend(noteOff4, 62, velocity); lastD[5][1] =0; } //D63 if ((keysD[5][2] ==0) and (lastD[5][2] ==0)) { MidiSend(noteOn4, 63, velocity); lastD[5][2] =7; } //Write Midi Note Off if ((keysD[5][2] ==1) and (lastD[5][2] ==7)) { MidiSend(noteOff4, 63, velocity); lastD[5][2] =0; } //D64 if ((keysD[5][3] ==0) and (lastD[5][3] ==0)) { MidiSend(noteOn4, 64, velocity); lastD[5][3] =7; } //Write Midi Note Off if ((keysD[5][3] ==1) and (lastD[5][3] ==7)) { MidiSend(noteOff4, 64, velocity); lastD[5][3] =0; } //D65 if ((keysD[5][4] ==0) and (lastD[5][4] ==0)) { MidiSend(noteOn4, 65, velocity); lastD[5][4] =7; } //Write Midi Note Off if ((keysD[5][4] ==1) and (lastD[5][4] ==7)) { MidiSend(noteOff4, 65, velocity); lastD[5][4] =0; } //D66 if ((keysD[5][5] ==0) and (lastD[5][5] ==0)) { MidiSend(noteOn4, 66, velocity); lastD[5][5] =7; } //Write Midi Note Off if ((keysD[5][5] ==1) and (lastD[5][5] ==7)) { MidiSend(noteOff4, 66, velocity); lastD[5][5] =0; } //D67 if ((keysD[6][0] ==0) and (lastD[6][0] ==0)) { MidiSend(noteOn4, 67, velocity); lastD[6][0] =7; } //Write Midi Note Off if ((keysD[6][0] ==1) and (lastD[6][0] ==7)) { MidiSend(noteOff4, 67, velocity); lastD[6][0] =0; } //D68 if ((keysD[6][1] ==0) and (lastD[6][1] ==0)) { MidiSend(noteOn4, 68, velocity); lastD[6][1] =7; } //Write Midi Note Off if ((keysD[6][1] ==1) and (lastD[6][1] ==7)) { MidiSend(noteOff4, 68, velocity); lastD[6][1] =0; } //D69 if ((keysD[6][2] ==0) and (lastD[6][2] ==0)) { MidiSend(noteOn4, 69, velocity); lastD[6][2] =7; } //Write Midi Note Off if ((keysD[6][2] ==1) and (lastD[6][2] ==7)) { MidiSend(noteOff4, 69, velocity); lastD[6][2] =0; } //D70 if ((keysD[6][3] ==0) and (lastD[6][3] ==0)) { MidiSend(noteOn4, 70, velocity); lastD[6][3] =7; } //Write Midi Note Off if ((keysD[6][3] ==1) and (lastD[6][3] ==7)) { MidiSend(noteOff4, 70, velocity); lastD[6][3] =0; } //D71 if ((keysD[6][4] ==0) and (lastD[6][4] ==0)) { MidiSend(noteOn4, 71, velocity); lastD[6][4] =7; } //Write Midi Note Off if ((keysD[6][4] ==1) and (lastD[6][4] ==7)) { MidiSend(noteOff4, 71, velocity); lastD[6][4] =0; } //D72 if ((keysD[6][5] ==0) and (lastD[6][5] ==0)) { MidiSend(noteOn4, 72, velocity); lastD[6][5] =7; } //Write Midi Note Off if ((keysD[6][5] ==1) and (lastD[6][5] ==7)) { MidiSend(noteOff4, 72, velocity); lastD[6][5] =0; } //D73 if ((keysD[7][0] ==0) and (lastD[7][0] ==0)) { MidiSend(noteOn4, 73, velocity); lastD[7][0] =7; } //Write Midi Note Off if ((keysD[7][0] ==1) and (lastD[7][0] ==7)) { MidiSend(noteOff4, 73, velocity); lastD[7][0] =0; } //D74 if ((keysD[7][1] ==0) and (lastD[7][1] ==0)) { MidiSend(noteOn4, 74, velocity); lastD[7][1] =7; } //Write Midi Note Off if ((keysD[7][1] ==1) and (lastD[7][1] ==7)) { MidiSend(noteOff4, 74, velocity); lastD[7][1] =0; } //D75 if ((keysD[7][2] ==0) and (lastD[7][2] ==0)) { MidiSend(noteOn4, 75, velocity); lastD[7][2] =7; } //Write Midi Note Off if ((keysD[7][2] ==1) and (lastD[7][2] ==7)) { MidiSend(noteOff4, 75, velocity); lastD[7][2] =0; } //D76 if ((keysD[7][3] ==0) and (lastD[7][3] ==0)) { MidiSend(noteOn4, 76, velocity); lastD[7][3] =7; } //Write Midi Note Off if ((keysD[7][3] ==1) and (lastD[7][3] ==7)) { MidiSend(noteOff4, 76, velocity); lastD[7][3] =0; } //D77 if ((keysD[7][4] ==0) and (lastD[7][4] ==0)) { MidiSend(noteOn4, 77, velocity); lastD[7][4] =7; } //Write Midi Note Off if ((keysD[7][4] ==1) and (lastD[7][4] ==7)) { MidiSend(noteOff4, 77, velocity); lastD[7][4] =0; } //D78 if ((keysD[7][5] ==0) and (lastD[7][5] ==0)) { MidiSend(noteOn4, 78, velocity); lastD[7][5] =7; } //Write Midi Note Off if ((keysD[7][5] ==1) and (lastD[7][5] ==7)) { MidiSend(noteOff4, 78, velocity); lastD[7][5] =0; } //D79 if ((keysD[8][0] ==0) and (lastD[8][0] ==0)) { MidiSend(noteOn4, 79, velocity); lastD[8][0] =7; } //Write Midi Note Off if ((keysD[8][0] ==1) and (lastD[8][0] ==7)) { MidiSend(noteOff4, 79, velocity); lastD[8][0] =0; } //D80 if ((keysD[8][1] ==0) and (lastD[8][1] ==0)) { MidiSend(noteOn4, 80, velocity); lastD[8][1] =7; } //Write Midi Note Off if ((keysD[8][1] ==1) and (lastD[8][1] ==7)) { MidiSend(noteOff4, 80, velocity); lastD[8][1] =0; } //D81 if ((keysD[8][2] ==0) and (lastD[8][2] ==0)) { MidiSend(noteOn4, 81, velocity); lastD[8][2] =7; } //Write Midi Note Off if ((keysD[8][2] ==1) and (lastD[8][2] ==7)) { MidiSend(noteOff4, 81, velocity); lastD[8][2] =0; } //D82 if ((keysD[8][3] ==0) and (lastD[8][3] ==0)) { MidiSend(noteOn4, 82, velocity); lastD[8][3] =7; } //Write Midi Note Off if ((keysD[8][3] ==1) and (lastD[8][3] ==7)) { MidiSend(noteOff4, 82, velocity); lastD[8][3] =0; } //D83 if ((keysD[8][4] ==0) and (lastD[8][4] ==0)) { MidiSend(noteOn4, 83, velocity); lastD[8][4] =7; } //Write Midi Note Off if ((keysD[8][4] ==1) and (lastD[8][4] ==7)) { MidiSend(noteOff4, 83, velocity); lastD[8][4] =0; } //D84 if ((keysD[8][5] ==0) and (lastD[8][5] ==0)) { MidiSend(noteOn4, 84, velocity); lastD[8][5] =7; } //Write Midi Note Off if ((keysD[8][5] ==1) and (lastD[8][5] ==7)) { MidiSend(noteOff4, 84, velocity); lastD[8][5] =0; } //D85 if ((keysD[9][0] ==0) and (lastD[9][0] ==0)) { MidiSend(noteOn4, 85, velocity); lastD[9][0] =7; } //Write Midi Note Off if ((keysD[9][0] ==1) and (lastD[9][0] ==7)) { MidiSend(noteOff4, 85, velocity); lastD[9][0] =0; } //D86 if ((keysD[9][1] ==0) and (lastD[9][1] ==0)) { MidiSend(noteOn4, 86, velocity); lastD[9][1] =7; } //Write Midi Note Off if ((keysD[9][1] ==1) and (lastD[9][1] ==7)) { MidiSend(noteOff4, 86, velocity); lastD[9][1] =0; } //D87 if ((keysD[9][2] ==0) and (lastD[9][2] ==0)) { MidiSend(noteOn4, 87, velocity); lastD[9][2] =7; } //Write Midi Note Off if ((keysD[9][2] ==1) and (lastD[9][2] ==7)) { MidiSend(noteOff4, 87, velocity); lastD[9][2] =0; } //D88 if ((keysD[9][3] ==0) and (lastD[9][3] ==0)) { MidiSend(noteOn4, 88, velocity); lastD[9][3] =7; } //Write Midi Note Off if ((keysD[9][3] ==1) and (lastD[9][3] ==7)) { MidiSend(noteOff4, 88, velocity); lastD[9][3] =0; } //D89 if ((keysD[9][4] ==0) and (lastD[9][4] ==0)) { MidiSend(noteOn4, 89, velocity); lastD[9][4] =7; } //Write Midi Note Off if ((keysD[9][4] ==1) and (lastD[9][4] ==7)) { MidiSend(noteOff4, 89, velocity); lastD[9][4] =0; } //D90 if ((keysD[9][5] ==0) and (lastD[9][5] ==0)) { MidiSend(noteOn4, 90, velocity); lastD[9][5] =7; } //Write Midi Note Off if ((keysD[9][5] ==1) and (lastD[9][5] ==7)) { MidiSend(noteOff4, 90, velocity); lastD[9][5] =0; } //D91 if ((keysD[10][0] ==0) and (lastD[10][0] ==0)) { MidiSend(noteOn4, 91, velocity); lastD[10][0] =7; } //Write Midi Note Off if ((keysD[10][0] ==1) and (lastD[10][0] ==7)) { MidiSend(noteOff4, 91, velocity); lastD[10][0] =0; } //D92 if ((keysD[10][1] ==0) and (lastD[10][1] ==0)) { MidiSend(noteOn4, 92, velocity); lastD[10][1] =7; } //Write Midi Note Off if ((keysD[10][1] ==1) and (lastD[10][1] ==7)) { MidiSend(noteOff4, 92, velocity); lastD[10][1] =0; } //D93 if ((keysD[10][2] ==0) and (lastD[10][2] ==0)) { MidiSend(noteOn4, 93, velocity); lastD[10][2] =7; } //Write Midi Note Off if ((keysD[10][2] ==1) and (lastD[10][2] ==7)) { MidiSend(noteOff4, 93, velocity); lastD[10][2] =0; } //D94 if ((keysD[10][3] ==0) and (lastD[10][3] ==0)) { MidiSend(noteOn4, 94, velocity); lastD[10][3] =7; } //Write Midi Note Off if ((keysD[10][3] ==1) and (lastD[10][3] ==7)) { MidiSend(noteOff4, 94, velocity); lastD[10][3] =0; } //D95 if ((keysD[10][4] ==0) and (lastD[10][4] ==0)) { MidiSend(noteOn4, 95, velocity); lastD[10][4] =7; } //Write Midi Note Off if ((keysD[10][4] ==1) and (lastD[10][4] ==7)) { MidiSend(noteOff4, 95, velocity); lastD[10][4] =0; } //D96 if ((keysD[10][5] ==0) and (lastD[10][5] ==0)) { MidiSend(noteOn4, 96, velocity); lastD[10][5] =7; } //Write Midi Note Off if ((keysD[10][5] ==1) and (lastD[10][5] ==7)) { MidiSend(noteOff4, 96, velocity); lastD[10][5] =0; } //Write Keyboard C, only for inverted switches, first 32 notes only. /* //C36 if ((keysC[0][0] ==0) and (lastC[0][0] ==0)) { MidiSend(noteOff3, 36, velocity); lastC[0][0] =7; } if ((keysC[0][0] ==1) and (lastC[0][0] ==7)) { MidiSend(noteOn3, 36, velocity); lastC[0][0] =0; } //C37 if ((keysC[1][0] ==0) and (lastC[1][0] ==0)) { MidiSend(noteOff3, 37, velocity); lastC[1][0] =7; } if ((keysC[1][0] ==1) and (lastC[1][0] ==7)) { MidiSend(noteOn3, 37, velocity); lastC[1][0] =0; } //C38 if ((keysC[1][1] ==0) and (lastC[1][1] ==0)) { MidiSend(noteOff3, 38, velocity); lastC[1][1] =7; } //Write Midi Note Off if ((keysC[1][1] ==1) and (lastC[1][1] ==7)) { MidiSend(noteOn3, 38, velocity); lastC[1][1] =0; } //C39 if ((keysC[1][2] ==0) and (lastC[1][2] ==0)) { MidiSend(noteOff3, 39, velocity); lastC[1][2] =7; } //Write Midi Note Off if ((keysC[1][2] ==1) and (lastC[1][2] ==7)) { MidiSend(noteOn3, 39, velocity); lastC[1][2] =0; } //C40 if ((keysC[1][3] ==0) and (lastC[1][3] ==0)) { MidiSend(noteOff3, 40, velocity); lastC[1][3] =7; } //Write Midi Note Off if ((keysC[1][3] ==1) and (lastC[1][3] ==7)) { MidiSend(noteOn3, 40, velocity); lastC[1][3] =0; } //C41 if ((keysC[1][4] ==0) and (lastC[1][4] ==0)) { MidiSend(noteOff3, 41, velocity); lastC[1][4] =7; } //Write Midi Note Off if ((keysC[1][4] ==1) and (lastC[1][4] ==7)) { MidiSend(noteOn3, 41, velocity); lastC[1][4] =0; } //C42 if ((keysC[1][5] ==0) and (lastC[1][5] ==0)) { MidiSend(noteOff3, 42, velocity); lastC[1][5] =7; } //Write Midi Note Off if ((keysC[1][5] ==1) and (lastC[1][5] ==7)) { MidiSend(noteOn3, 42, velocity); lastC[1][5] =0; } //C43 if ((keysC[2][0] ==0) and (lastC[2][0] ==0)) { MidiSend(noteOff3, 43, velocity); lastC[2][0] =7; } //Write Midi Note Off if ((keysC[2][0] ==1) and (lastC[2][0] ==7)) { MidiSend(noteOn3, 43, velocity); lastC[2][0] =0; } //C44 if ((keysC[2][1] ==0) and (lastC[2][1] ==0)) { MidiSend(noteOff3, 44, velocity); lastC[2][1] =7; } //Write Midi Note Off if ((keysC[2][1] ==1) and (lastC[2][1] ==7)) { MidiSend(noteOn3, 44, velocity); lastC[2][1] =0; } //C45 if ((keysC[2][2] ==0) and (lastC[2][2] ==0)) { MidiSend(noteOff3, 45, velocity); lastC[2][2] =7; } //Write Midi Note Off if ((keysC[2][2] ==1) and (lastC[2][2] ==7)) { MidiSend(noteOn3, 45, velocity); lastC[2][2] =0; } //C46 if ((keysC[2][3] ==0) and (lastC[2][3] ==0)) { MidiSend(noteOff3, 46, velocity); lastC[2][3] =7; } //Write Midi Note Off if ((keysC[2][3] ==1) and (lastC[2][3] ==7)) { MidiSend(noteOn3, 46, velocity); lastC[2][3] =0; } //C47 if ((keysC[2][4] ==0) and (lastC[2][4] ==0)) { MidiSend(noteOff3, 47, velocity); lastC[2][4] =7; } //Write Midi Note Off if ((keysC[2][4] ==1) and (lastC[2][4] ==7)) { MidiSend(noteOn3, 47, velocity); lastC[2][4] =0; } //C48 if ((keysC[2][5] ==0) and (lastC[2][5] ==0)) { MidiSend(noteOff3, 48, velocity); lastC[2][5] =7; } //Write Midi Note Off if ((keysC[2][5] ==1) and (lastC[2][5] ==7)) { MidiSend(noteOn3, 48, velocity); lastC[2][5] =0; } //C49 if ((keysC[3][0] ==0) and (lastC[3][0] ==0)) { MidiSend(noteOff3, 49, velocity); lastC[3][0] =7; } //Write Midi Note Off if ((keysC[3][0] ==1) and (lastC[3][0] ==7)) { MidiSend(noteOn3, 49, velocity); lastC[3][0] =0; } //C50 if ((keysC[3][1] ==0) and (lastC[3][1] ==0)) { MidiSend(noteOff3, 50, velocity); lastC[3][1] =7; } //Write Midi Note Off if ((keysC[3][1] ==1) and (lastC[3][1] ==7)) { MidiSend(noteOn3, 50, velocity); lastC[3][1] =0; } //C51 if ((keysC[3][2] ==0) and (lastC[3][2] ==0)) { MidiSend(noteOff3, 51, velocity); lastC[3][2] =7; } //Write Midi Note Off if ((keysC[3][2] ==1) and (lastC[3][2] ==7)) { MidiSend(noteOn3, 51, velocity); lastC[3][2] =0; } //C52 if ((keysC[3][3] ==0) and (lastC[3][3] ==0)) { MidiSend(noteOff3, 52, velocity); lastC[3][3] =7; } //Write Midi Note Off if ((keysC[3][3] ==1) and (lastC[3][3] ==7)) { MidiSend(noteOn3, 52, velocity); lastC[3][3] =0; } //C53 if ((keysC[3][4] ==0) and (lastC[3][4] ==0)) { MidiSend(noteOff3, 53, velocity); lastC[3][4] =7; } //Write Midi Note Off if ((keysC[3][4] ==1) and (lastC[3][4] ==7)) { MidiSend(noteOn3, 53, velocity); lastC[3][4] =0; } //C54 if ((keysC[3][5] ==0) and (lastC[3][5] ==0)) { MidiSend(noteOff3, 54, velocity); lastC[3][5] =7; } //Write Midi Note Off if ((keysC[3][5] ==1) and (lastC[3][5] ==7)) { MidiSend(noteOn3, 54, velocity); lastC[3][5] =0; } //C55 if ((keysC[4][0] ==0) and (lastC[4][0] ==0)) { MidiSend(noteOff3, 55, velocity); lastC[4][0] =7; } //Write Midi Note Off if ((keysC[4][0] ==1) and (lastC[4][0] ==7)) { MidiSend(noteOn3, 55, velocity); lastC[4][0] =0; } //C56 if ((keysC[4][1] ==0) and (lastC[4][1] ==0)) { MidiSend(noteOff3, 56, velocity); lastC[4][1] =7; } //Write Midi Note Off if ((keysC[4][1] ==1) and (lastC[4][1] ==7)) { MidiSend(noteOn3, 56, velocity); lastC[4][1] =0; } //C57 if ((keysC[4][2] ==0) and (lastC[4][2] ==0)) { MidiSend(noteOff3, 57, velocity); lastC[4][2] =7; } //Write Midi Note Off if ((keysC[4][2] ==1) and (lastC[4][2] ==7)) { MidiSend(noteOn3, 57, velocity); lastC[4][2] =0; } //C58 if ((keysC[4][3] ==0) and (lastC[4][3] ==0)) { MidiSend(noteOff3, 58, velocity); lastC[4][3] =7; } //Write Midi Note Off if ((keysC[4][3] ==1) and (lastC[4][3] ==7)) { MidiSend(noteOn3, 58, velocity); lastC[4][3] =0; } //C59 if ((keysC[4][4] ==0) and (lastC[4][4] ==0)) { MidiSend(noteOff3, 59, velocity); lastC[4][4] =7; } //Write Midi Note Off if ((keysC[4][4] ==1) and (lastC[4][4] ==7)) { MidiSend(noteOn3, 59, velocity); lastC[4][4] =0; } //C60 if ((keysC[4][5] ==0) and (lastC[4][5] ==0)) { MidiSend(noteOff3, 60, velocity); lastC[4][5] =7; } //Write Midi Note Off if ((keysC[4][5] ==1) and (lastC[4][5] ==7)) { MidiSend(noteOn3, 60, velocity); lastC[4][5] =0; } //C61 if ((keysC[5][0] ==0) and (lastC[5][0] ==0)) { MidiSend(noteOff3, 61, velocity); lastC[5][0] =7; } //Write Midi Note Off if ((keysC[5][0] ==1) and (lastC[5][0] ==7)) { MidiSend(noteOn3, 61, velocity); lastC[5][0] =0; } //C62 if ((keysC[5][1] ==0) and (lastC[5][1] ==0)) { MidiSend(noteOff3, 62, velocity); lastC[5][1] =7; } //Write Midi Note Off if ((keysC[5][1] ==1) and (lastC[5][1] ==7)) { MidiSend(noteOn3, 62, velocity); lastC[5][1] =0; } //C63 if ((keysC[5][2] ==0) and (lastC[5][2] ==0)) { MidiSend(noteOff3, 63, velocity); lastC[5][2] =7; } //Write Midi Note Off if ((keysC[5][2] ==1) and (lastC[5][2] ==7)) { MidiSend(noteOn3, 63, velocity); lastC[5][2] =0; } //C64 if ((keysC[5][3] ==0) and (lastC[5][3] ==0)) { MidiSend(noteOff3, 64, velocity); lastC[5][3] =7; } //Write Midi Note Off if ((keysC[5][3] ==1) and (lastC[5][3] ==7)) { MidiSend(noteOn3, 64, velocity); lastC[5][3] =0; } //C65 if ((keysC[5][4] ==0) and (lastC[5][4] ==0)) { MidiSend(noteOff3, 65, velocity); lastC[5][4] =7; } //Write Midi Note Off if ((keysC[5][4] ==1) and (lastC[5][4] ==7)) { MidiSend(noteOn3, 65, velocity); lastC[5][4] =0; } //C66 if ((keysC[5][5] ==0) and (lastC[5][5] ==0)) { MidiSend(noteOff3, 66, velocity); lastC[5][5] =7; } //Write Midi Note Off if ((keysC[5][5] ==1) and (lastC[5][5] ==7)) { MidiSend(noteOn3, 66, velocity); lastC[5][5] =0; } //C67 if ((keysC[6][0] ==0) and (lastC[6][0] ==0)) { MidiSend(noteOff3, 67, velocity); lastC[6][0] =7; } //Write Midi Note Off if ((keysC[6][0] ==1) and (lastC[6][0] ==7)) { MidiSend(noteOn3, 67, velocity); lastC[6][0] =0; } */ //Expression Pedal controls //Expression pedal on analog pin A13 to Channel 6 int Cur6 =analogRead(13); int Map6 =map(Cur6, 0, 1023, 0, 127); if (abs(Cur6 - LastPot6)>=8) { MidiSend(chan6,Exp,Map6); LastPot6 =Cur6; } //Expression pedal on analog pin A14 to Channel 7 int Cur7 =analogRead(14); int Map7 =map(Cur7, 0, 1023, 0, 127); if (abs(Cur7 - LastPot7)>=8) { MidiSend(chan7,Exp,Map7); LastPot7 =Cur7; } //Expression pedal on analog pin A15 to Channel 8 int Cur8 =analogRead(15); int Map8 =map(Cur8, 0, 1023, 0, 127); if (abs(Cur8 - LastPot8)>=8) { MidiSend(chan8,Exp,Map8); LastPot8 =Cur8; }}void MidiSend(int one, int two, int three) { Serial.write(one); Serial.write(two); Serial.write(three); }

Esquemas

Wiring diagram for 6x11 Matrix keyboards and pedalboard with potentiometer inputsWiring diagram for Bussed keyboards with potentiometer inputs

Seguidor solar basado en Internet de las cosas (IoT) MKR1000 a ThingSpeak.com

Proceso de manufactura

Impresión 3d

Sistema de control de automatización

Tecnología Industrial