MIDI für digitale Orgeln

Notwendige Werkzeuge und Maschinen

	Lötkolben (generisch)
	Lötdraht, bleifrei
	Lötflussmittel, Löten
	Abisolierzange, gezahnte Zangennase
	Zange, Seitenschneiden
	Zange, flache Nase

Apps und Onlinedienste

Arduino-IDE

Über dieses Projekt

Dieses Projekt zeigt, wie man eine alte Orgelkonsole so umbaut, dass sie mit einem einzigen Arduino Mega zum Senden von Hardware-MIDI-Nachrichten von den Manualen und Pedalen verwendet werden kann.

Das Projekt begann als Versuch, Midi-Nachrichten zu senden, während die ursprüngliche Klangerzeugung noch intakt war, jedoch erwies sich die ursprüngliche Schaltung als ziemlich schwierig zu rekonstruieren. Nachdem ich einige Zeit mit dem Code verbracht hatte, entwickelte ich Code sowohl für Handbücher vom Bussed-Typ als auch für Matrixed-Type-Handbücher.

Hinweise:

• Dieses Projekt modifiziert die Orgel, sodass die ursprüngliche Tastaturumschaltung nicht mehr funktioniert.

• In einer alten Orgel befinden sich elektrische Komponenten, die gefährlich sein können. Arbeiten Sie immer mit nicht angeschlossener Orgel und stellen Sie sicher, dass Sie die Erfahrung und die Fähigkeiten haben, um an diesem Projekt sicher zu arbeiten. Wenden Sie sich im Zweifelsfall an einen qualifizierten lokalen Elektroniker, bevor Sie dieses Projekt in Angriff nehmen.

• Die Komponenten im Inneren alter Orgeln sind oft ziemlich alt und stehen kurz vor einer Fehlfunktion, so dass jede Modifikation zu Schäden an der Orgel führen kann. Die Befolgung der hier gegebenen Anweisungen erfolgt auf eigenes Risiko des Benutzers und der Autor dieses Artikels übernimmt keine Verantwortung für Schäden, die an Organen, Geräten oder Personen durch die Befolgung dieser Anweisungen entstehen.

Schritt 1:Organ untersuchen

• Mein erster geposteter Code ging davon aus, dass die Orgel, die Sie modifizieren möchten, bereits über eine Matrixtastatur mit bereits vorhandenen diskreten Schaltern und Dioden verfügt. Seit der Veröffentlichung dieser ersten Version habe ich auch Code entwickelt, der mit gebusten Tastaturdesigns funktioniert. Folgen Sie einfach den Anweisungen und verwenden Sie den Code der für Sie zutreffenden Version (Matrixed vs. Bused). Für beide Designs benötigen Sie jedoch an jedem Schalter Dioden. Diese können günstig bezogen werden. Der auf Arduino Mega hochgeladene Code unterscheidet sich jedoch bei Matrix- und Bus-Design.

• Die spezielle Orgel, die in diesem Beispiel midifiziert wurde, hat normalerweise offene (NO) Schalter für die Tastaturen und normalerweise geschlossene Schalter (NC) für die Pedale. Mit einem Multimeter können Sie überprüfen, welche Schalter die Orgel hat, die Sie umbauen möchten. Wenn der Schaltertyp anders ist als bei dieser Orgel, müssen Sie den Code an den Schaltertyp anpassen (Beispiele im Code)

• Finden Sie heraus, wie Sie die Orgel öffnen, um auf die Tastaturen und Pedalboard-Kontakte zuzugreifen, und suchen Sie nach einem geeigneten Ort, um das Arduino in der Orgel zu befestigen. Möglicherweise müssen Sie Löcher bohren oder Stecker installieren, um das Arduino mit Strom zu versorgen und den Midi-Stecker zu montieren. In diesem Beispiel wurde ein 3-poliger Netzstecker mit einem kleinen Stromkasten in der Orgel verdrahtet, um den Arduino mit Strom zu versorgen, und ein Loch wurde gebohrt und ein Midi-DIN-Stecker wurde an dem Loch befestigt.

• Die hier gezeigte Orgel hatte zwei Keyboards mit 6x11-Matrizen und ein Pedalboard mit einer 6x7-Matrix. Wenn Sie planen, die Matrix-Route zu gehen, und die jeweilige Orgel bereits über eine 8x8-Matrix verfügt, müssen entweder der Code und die Verdrahtung an eine 8x8-Matrix angepasst werden, oder die ursprüngliche Matrix muss neu verdrahtet werden, um eine 6x11-Matrix zu unterstützen.

Schritt 2:Arduino anbringen

-Mein Arduino Mega wurde mit einer kleinen Plastikplatte geliefert, um es am Holz der Orgel zu befestigen. Ich befestigte es mit kleinen # 4 Holzschrauben und # 4 Maschinenschrauben, um das Arduino an der Platte zu befestigen. Es ist eine gute Idee, das Arduino zuerst zu platzieren, damit Sie abschätzen können, wie lang jedes Kabel sein muss. An dieser Stelle können Sie auch eine Möglichkeit finden, den Arduino mit Strom zu versorgen.

Schritt 3:Kabel vorbereiten

Matrixtastatur:

Jede Tastatur hat 61 Schalter. In dem hier verwendeten Beispiel hatte jede Tastatur 6 Reihen, wobei ein Draht vom ersten Anschluss jedes Schalters zum ersten Anschluss jedes anderen Schalters 6 Schalter entfernt führte. Der zweite Anschluss des Schalters ging dann zu einer Diode, dann zu den Spalten, von denen die Schalter in 11 Spalten für die Manuale und 7 Spalten für die Pedale unterteilt waren. Für jedes Manual und die Pedale müssen dann zwei Längen des empfohlenen AWM-Drahtes so geschnitten werden, dass sie von jeder Division bis zum Arduino-Board reichen, vorzugsweise auf einem übersichtlichen Weg und immer mehr Spielraum lassen als nötig. Für die Säulen ist es vorzuziehen, dass das Kabel die Länge der Tastatur oder des Pedalboards verlängert, bevor Sie zum Arduino gehen. Messen Sie jede Kabellänge und schneiden Sie sie zu. Trennen Sie mit der kleinen Zange die einzelnen Adern des Kabels an den Enden und streifen Sie die Kunststoffummantelung der Aderenden mit der Abisolierzange ab.

Bustastatur:

Die Tastatur kann in 6 AWM-Kabel aufgeteilt werden, mit einem normalen Kabel für den 61. Schalter. Trennen Sie die einzelnen Adern des Kabels an den Enden, dann streifen Sie die Kunststoffabdeckung an den Enden mit den Abisolierzangen ab.

Schritt 4:Kabelenden an Stiftleisten anlöten

Sowohl Matrix- als auch Bus-Tastatur:Löten Sie entweder die entsprechenden Kabelenden an die Stiftleistenstifte oder befestigen Sie bei Verwendung der Schraubklemmenplatine die entsprechenden Kabel an den Schraubklemmen.

Schritt 5:Löten Sie das andere Ende des Kabels an die Schalter

Matrixtastatur:

-Wenn die Orgel bereits jeden Kontakt verdrahtet hat, müssen Sie die Originaldrähte entlöten oder abklemmen, damit dieses Projekt funktioniert. Wenn die Orgel eine 6x11-Matrix hat, ist es sinnvoll, die Reihendrähte zu erhalten, die von jedem Schalter zum nächsten Schalter 6 oben führen. Entfernen Sie also die Reihendrähte, die vom ersten Satz von sechs zum ursprünglichen Computer gehen, und löten Sie die 6 Reihendrähte an die Position, an der sich die anderen 6 befanden. Wenn für die Säulen bereits Dioden vorhanden sind, klemmen oder entlöten Sie die Leitung vom anderen Ende der Dioden zum Originalcomputer und löten Sie dann die Säulenleitung, die an ihrer Stelle zu Ihrem Arduino führt. Mit Kabelbindern aus Kunststoff können Sie die Kabel so organisieren, dass sie sauber dort verlaufen, wo die anderen Kabel in der Orgel verlaufen. Für das Pedalboard der oben abgebildeten Orgel musste die Frontplatte der Orgel mit den Reedschaltern durch Entfernen der Befestigungsschrauben entfernt und die Kabel durch das kleine Loch in der Mitte der Frontplatte des Orgel.

Bustastatur:

Im Tastaturcode mit Bus muss eine Diode an die nicht gebuste Seite jedes Schalters gelötet werden, dann an einen der 10 Drähte im Kabel gelötet, dann für jedes der 6 Kabel wiederholt und dann für den letzten Draht wiederholt werden (#61)

Schritt 6:Löten Sie den Widerstand an den MIDI-Stecker und löten Sie die anderen Kabel an den Arduino.

Schritt 7:Verbinden Sie die Header mit Arduino

- Stecken Sie alle Header in den Arduino, wie im Schaltplan gezeigt.

-Eine alternative Lösung zum Löten von Drähten auf die Steckerleisten besteht darin, einige zehnpolige IDC-Buchsen zu kaufen und diese an die Enden der AWM-Kabel anzuschließen, dann verwenden Sie Stecker-zu-Stecker-Jumper, um eine Verbindung zum Arduino herzustellen. Obwohl diese Lösung nicht so dauerhaft ist wie das Löten, ist es ratsam, wenn Sie versuchen, den angegebenen Code zu ändern, falls eine Neuverdrahtung erforderlich ist.

Schritt 8:Software auf Arduino hochladen

-Schließen Sie ein USB-Kabel vom Arduino an Ihren Computer an und stellen Sie sicher, dass die Arduino-Software auf Ihrem Computer installiert ist. Wählen Sie die für Sie zutreffende Version des Codes aus (Matrixed vs. Bused). Führen Sie die Arduino-Software aus, kopieren Sie den bereitgestellten Code und fügen Sie ihn in eine neue leere Skizze ein. Stellen Sie sicher, dass das Arduino über USB seriell angeschlossen ist, und klicken Sie oben in der Skizze auf die Schaltfläche "Hochladen".

Schritt 9:Test

• Wenn noch nicht geschehen, verbinden Sie Ihren MIDI-Adapter mit dem Computer und verbinden Sie den MIDI-Ausgang der Orgel mit dem MIDI-Adapter.

• Verwenden Sie eine Software zum Abhören von Midi-Signalen, stellen Sie sicher, dass jede Taste und jedes Pedal die entsprechende MIDI-Nachricht sendet, wenn Sie die Taste drücken, und drücken Sie jede Taste.

• Wenn Sie die Verwendung ohne Anschluss an Ihren Computer planen, können Sie ein kleines 5-V-Netzteil an den Stromanschluss des Arduino anschließen oder einen USB-Netzstecker an das Ende des verwendeten USB-Kabels anschließen und das einstecken in eine Steckdose, um das Arduino mit Strom zu versorgen.

Hinweise:

• Der für Bus-Tastaturen veröffentlichte Code wurde noch nicht getestet, wird jedoch voraussichtlich funktionieren. Bitte posten Sie in den Kommentaren, wenn Sie den Bussed-Code ausprobiert und ein Problem damit festgestellt haben.

• Beachten Sie, dass für die gebuste Version des Codes Dioden erforderlich sind, damit er ordnungsgemäß funktioniert. Auch beim Anlöten der Dioden an die Schalter ist es wichtig, die Diode mit dem Minuspol zum Schalter hin anzulöten. Für das Matrixdesign sollte der negative Pol der Diode vom Schalter entfernt sein.

• Neben dem Hinzufügen des Bussed-Designs habe ich auch das ursprüngliche Design und den Code aktualisiert, um Potentiometer einzuschließen, wie sie in Expression-Pedalen verwendet werden.

• Damit das gebuste Design an Pin 13 richtig funktioniert, ist es notwendig, die eingebaute LED des Arduino irgendwie zu deaktivieren. Dazu kannst du es entweder mit zwei Lötkolben entfernen oder mit einer feinen Zange vorsichtig zerdrücken.

• Obwohl das Bussed-Design für viele Orgeln mit einer Bussed-Tastatur funktioniert, funktioniert es möglicherweise nicht zuverlässig, wenn der Bus aus "Phosphorbronze"-Material besteht. Das Verdrahten aller Busse für ein einziges Handbuch und das gemeinsame Verdrahten aller Kontakte für einen einzelnen Schlüssel trägt dazu bei, intermittierenden Kontakt zu vermeiden, aber für Phosphorbronze-Sammelschienen wird empfohlen, eine 12-V-Verschlüsselung zu verwenden (was dieses Projekt nicht könnte). machen).

Expression-Pedal-Hardware für Potentiometer

Ich hoffe, in Zukunft mehr Details dazu hinzufügen zu können, aber vorerst werde ich das oben gezeigte Design kurz erklären. Die Verbindung zum Expression-Pedal ist eine preiswerte "L"-Halterung, die im örtlichen Baumarkt erhältlich ist. Hier wird er mit einer vorhandenen Halterung verbunden, es kann aber auch eine zweite L-Halterung direkt am Pedal verwendet werden. Es ist an einer Maschinenschraube angelenkt, die mit einer Kontermutter und zwei Unterlegscheiben leicht locker gehalten wird. Auf dem Bild habe ich eine sehr lange Maschinenschraube verwendet, aber eine so lange wird nicht benötigt, sie war zufällig das, was ich zur Hand hatte. Für die Metallstange habe ich "JB-Schweißung" verwendet, um eine Augenschraube an einem Ende zu befestigen, und eine Maschinenschraube entsprechender Größe verwendet, um sie an der "L" -Halterung am anderen Ende zu befestigen.

Für die Potentiometerhalterung selbst kaufte ich einige klare Acrylplatten, ritzte sie mit einem Bastelmesser an und brach sie dann entlang der Linie mit Zangen und Klemmen ab. Um das Potentiometer anzubringen, habe ich ein kleines Stück Acryl gemacht, um es vom größeren Stück abzuheben, die Oberfläche des kleineren Acrylstücks geschliffen und auch die Oberfläche des zu montierenden Potentiometers und die Oberfläche des größeren Stücks geschliffen an dem alles befestigt werden würde, dann JB-Schweißung angewendet und mit einer kleinen Klemme alles zusammengehalten, bis die JB-Schweißnaht getrocknet ist. Die Löcher in den Acrylteilen wurden mit einer elektrischen Bohrmaschine und Standardbohrern gebohrt.

Die Unterseite des größeren Acryls wird mit #4 Maschinenschrauben an einem kleinen Möbelscharnier befestigt und das andere Ende des Möbelscharniers wird mit kurzen #4 Holzschrauben an der Unterseite der Orgel befestigt. Ich habe eine Acrylhalterung hergestellt, um das Möbelscharnier vom Holzboden zu halten, aber je nach Design des Möbelscharniers ist dies möglicherweise nicht erforderlich.

Der weiße Block, durch den die Stange gleitet, ist ein PFTE-Block, den ich von einem Roboterteilelieferanten gekauft habe. Das größere Stück wurde mit einer Hobbysäge abgeschnitten und die drei Löcher mit einer elektrischen Bohrmaschine und unterschiedlich großen Bohrern gebohrt. Der PFTE-Block wurde mit Maschinenschrauben an der Acrylhalterung befestigt.

Detaillierte Anleitung für die Expression-Pedalhalterung:

(Aktualisiert am 9. Dezember 2021)

-8x10 Zoll Acrylglas

-Teflon-Block

-Aluminiumstab (1/4 Zoll, erhältlich im örtlichen Baumarkt oder Metallladen)

-JB Schweißen

-Linearpotentiometer

-Kleinmöbelscharnier

-Kleinmöbelstütze

-Kleine Augenschraube

-Kurze #4 Holzschrauben

-Verschiedene Hardware:

- Sicherungsscheibe X1 (vorzugsweise Teflon) und passende Maschinenschraube zur Befestigung am Pedal (Durchmesser und Länge passend zum aktuellen Pedal)

-Maschinenschrauben x2, Unterlegscheiben x4 und Muttern x2 zur Befestigung von Teflon an Acrylglas (Durchmesser und Länge abhängig vom Durchmesser des gebohrten Lochs)

-Maschinenschraube zur Befestigung der Strebe an 1/4 Aluminiumstange (Durchmesser abhängig von der Größe des Innenlochs)

-Maschinenschrauben x2, Unterlegscheiben x4 und Muttern x2, um das Scharnier an der Unterseite der Acrylplatte zu befestigen.

Werkzeuge:

-Hobbymesser

-Gerade Kante

-Juwelierschraubendreher/normaler Schraubendreher (Juwelier für die kleinsten Schrauben)

-Halbmondschlüssel (zum Anziehen von Maschinenschrauben und Muttern)

-Zange

-Elektrischer Bohrer und Bohrer.

-Hobby-Säge

-Schraubstock für die Werkbank

-Kleine Holzklemme

-Feinkörniges Sandpapier

-Eis am Stiel und Schrottpappe.

-Feuchtes Tuch

Anleitung:

-Untersuchen Sie das aktuelle Pedal. Wenn an der Halterung ein Ersatzloch vorhanden ist, können Sie dieses verwenden, ansonsten können Sie ein vorhandenes Loch verwenden, das verwendet wird, und eine Maschinenschraube erhalten, die länger ist als die aktuelle, aber noch in das Loch passt.

-Stellen Sie sicher, dass der Holzsockel der Orgel frei von jeglichen Komponenten oder Elektronik ist, und bewegen Sie diese bei Bedarf.

- Wickeln Sie die Acrylplatte aus und ritzen Sie die Platte mit dem Lineal und dem Bastelmesser auf beiden Seiten in ein 3" x 4,5" großes Rechteck ein, knacken Sie dann entlang der Ritzlinien, um sie mit dem Schraubstock und der Zange zu schneiden (achten Sie darauf, Augenschutz verwenden!). Schneiden Sie auch ein 3 "x 0,5" Stück und ein 2,4 "x 0,3" Stück.

- Schneiden Sie den Teflonblock mit der Hobbysäge ungefähr 3/4 Zoll vom Ende ab, um einen 3' x 1,5' x 3/4 Zoll großen Block zu erstellen.

- Bohren Sie 2 Löcher entlang der unteren Kante der großen Acrylplatte, damit sie mit einer Seite des Möbelscharniers übereinstimmen, und bohren Sie zwei Löcher auf der 3 x 1,5 Zoll großen Seite des Teflonblocks, damit sie dem Weg nicht im Weg sind die Aluminiumstange wird es durchziehen. Bohren Sie 2 Löcher, die mit den Löchern im Teflonblock übereinstimmen, wenn der Block oben auf der großen Acrylplatte positioniert ist, gegenüber den zuvor gebohrten Löchern, mit der Kante des Teflonblocks direkt am Rand des Acryls. Bohren Sie auch 2 Löcher in das 2,4 "x 0,3" Stück, damit es mit den Löchern auf der anderen Seite des Scharniers übereinstimmt.

-Sand eine Oberfläche des Potentiometers, sowie den zu klebenden Bereich auf der großen Acrylplatte und beide Oberflächen des 3x0,5" Stück Acryls vorsichtig. Wischen Sie die Oberflächen mit einem feuchten Tuch ab.

- Mischen Sie die JB-Schweißnaht auf etwas Altkarton mit einem Eis am Stiel und tragen Sie sie dann auf die vorbereitete Oberfläche der Acrylplatte auf. Fügen Sie das 3x0,5-Zoll-Stück hinzu, fügen Sie dann mehr JB-Schweißung hinzu, dann das Potentiometer, und stellen Sie sicher, dass die JB-Schweißung an einer geschliffenen Oberfläche befestigt ist. Klemmen Sie die Baugruppe vorsichtig mit einer kleinen Holzklemme fest und lassen Sie sie 24 Stunden aushärten.

- Bohren Sie mit einem 1/4-Zoll-Bohrer ein Loch, das etwas größer als 1/4 Zoll ist, indem Sie das Bit im Block von einer 3/4 x 3 Zoll-Seite des Teflonblocks zur anderen bewegen. Bohren Sie es so, dass die Linie der Aluminiumstange mit der Linie der Bewegung des Potentiometers übereinstimmt.

- Schneiden Sie die 1/4-Zoll-Aluminiumstange so, dass sie ungefähr die richtige Länge von der Unterseite des Potentiometers bis zum Expression-Pedal hat, wenn sie ganz nach unten gedrückt wird.

-Sobald die JB-Schweißnaht ausgehärtet ist, befestigen Sie das Scharnier und den Teflonblock mit Maschinenschrauben, Unterlegscheiben und Muttern an der Seite der großen Acrylplatte. Setzen Sie die Augenschraube auf den beweglichen Teil des Potentiometers und befestigen Sie sie an der 1/4-Zoll-Aluminiumstange, die sich durch den Teflonblock bewegt. Wenn die Passung etwas locker ist, können Sie die Augenschraube auch mit JB-Schweißen an die Aluminiumstange schweißen, wenn Sie JB-Schweißen in einem früheren Schritt anwenden. In diesem Fall müssen Sie die Augenschraube auf das Potentiometer setzen, durch den Teflonblock schieben und dann den Teflonblock mit Maschinenschrauben an der Acrylplatte befestigen.

-Halten Sie die Augenschraube mit einer Zange in der richtigen Position und befestigen Sie die Möbelstrebe mit einer Maschinenschraube der richtigen Größe am anderen Ende der 1/4-Zoll-Aluminiumstange. Stellen Sie sicher, dass die Augenschraube beim Anziehen in der richtigen Ausrichtung zur Möbelstrebe ist.

-Wenn in der Halterung des Potentiometers ein freies Loch vorhanden ist, eine neue Maschinenschraube hineinstecken, dann eine Teflon-Sicherungsscheibe auflegen und festziehen, bis sich die Möbelhalterung frei bewegen lässt. Wenn Sie ein vorhandenes Loch verwenden, das derzeit von einer früheren Maschinenschraube belegt ist, entfernen Sie die alte Schraube und setzen Sie eine neue, längere Schraube ein, befestigen Sie sie wie zuvor, und fügen Sie dann auf der zusätzlichen Länge die Möbelhalterung und eine Teflon-Sicherungsscheibe hinzu.

-Bewegen Sie die Unterseite des Scharniers an der Unterseite der Orgel hin und her, bis sie sich in einer Position befindet, in der die 1/4-Zoll-Aluminiumstange gerade ausgerichtet ist und mit der kleinsten Acrylplatte die Bewegung des Pedals erfolgt kommt der Bewegung des Potentiometers am besten nahe. Befestigen Sie die Unterseite der Potentiometerhalterung mit den 2 kleinen Holzschrauben an der Unterseite der Orgel, und achten Sie darauf, dass sich die Acrylplatte zwischen dem Scharnier und dem Holz befindet (dies gewährleistet den richtigen Hub des Scharniers).

Abschließende Anmerkung:

Arduino Project Hub scheint keine Benachrichtigung für hier platzierte Beiträge und Fragen zu haben. Wenn Sie eine schnellere Antwort auf Ihre Frage wünschen, können Sie sie auf dieser Forumsseite posten, die mich benachrichtigt.

Code

• Matrixierter Tastaturcode
• Bussed-Tastaturcode

Matrixed TastaturcodeArduino

// Name:Arduino Mega Midi Controller v21// Erstellt:4. Februar 2021// Autor:Larason2// Danksagungen:Bald Engineer, Amanda Ghassaei, jeffb42 , GrumpyMikeByte-SchlüsselA[11][6];Byte-SchlüsselB[11][6];Byte-SchlüsselC[7][6];Byte letztesA[11][6];Byte letztesB[11][6];Byte letztesC[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 () {// Start Serial Serial.begin (31250); // Tastatur A initialisieren pinMode (2, INPUT); pinMode (22, EINGANG); pinMode (24, EINGANG); pinMode (26, EINGANG); PinMode (28, EINGANG); pinMode (30, EINGANG); pinMode (32, EINGANG); PinMode (34, EINGANG); pinMode (36, EINGANG); pinMode (38, EINGANG); PinMode (40, EINGANG); PinMode (42, EINGANG); pinMode (44, EINGANG); PinMode (46, EINGANG); PinMode (48, EINGANG); PinMode (50, EINGANG); PinMode (52, EINGANG); // Tastatur B initialisieren pinMode (3, INPUT); PinMode (23, EINGANG); pinMode (25, EINGANG); pinMode (27, EINGANG); pinMode (29, EINGANG); pinMode (31, EINGANG); pinMode (33, EINGANG); PinMode (35, EINGANG); pinMode (37, EINGANG); pinMode (39, EINGANG); pinMode (41, EINGANG); pinMode (43, EINGANG); PinMode (45, EINGANG); pinMode (47, EINGANG); pinMode (49, EINGANG); PinMode (51, EINGANG); PinMode (52, EINGANG); // Tastatur C initialisieren PinMode (A2, INPUT); PinMode (A3, EINGANG); PinMode (A4, EINGANG); PinMode (A5, EINGANG); PinMode (A6, EINGANG); PinMode (A7, EINGANG); PinMode (A8, EINGANG); PinMode (A9, EINGANG); PinMode (A10, EINGANG); PinMode (A11, EINGANG); PinMode (A12, EINGANG); PinMode (A13, EINGANG); pinMode (A14, INPUT);}void loop () {// Tastatur A lesen 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, AUSGANG); digitalWrite (32, LOW); SchlüsselA[0][0] =digitalRead(2); pinMode (32, EINGANG); pinMode (34, AUSGANG); digitalWrite (34, NIEDRIG); SchlüsselA[1][0] =digitalRead (22); SchlüsselA[1][1] =digitalRead(24); SchlüsselA[1][2] =digitalRead (26); SchlüsselA[1][3] =digitalRead(28); SchlüsselA[1][4] =digitalRead(30); SchlüsselA[1][5] =digitalRead(2); PinMode (34, EINGANG); pinMode (36, AUSGANG); digitalWrite (36, NIEDRIG); SchlüsselA[2][0] =digitalRead (22); SchlüsselA[2][1] =digitalRead(24); SchlüsselA[2][2] =digitalRead (26); SchlüsselA[2][3] =digitalRead(28); SchlüsselA[2][4] =digitalRead(30); SchlüsselA[2][5] =digitalRead(2); pinMode (36, EINGANG); pinMode (38, AUSGANG); digitalWrite (38, NIEDRIG); SchlüsselA [3] [0] =digitalRead (22); SchlüsselA[3] [1] =digitalRead (24); SchlüsselA[3] [2] =digitalRead (26); SchlüsselA[3] [3] =digitalRead (28); SchlüsselA[3] [4] =digitalRead (30); SchlüsselA[3] [5] =digitalRead (2); pinMode (38, EINGANG); pinMode (40, AUSGANG); digitalWrite (40, NIEDRIG); SchlüsselA[4][0] =digitalRead (22); SchlüsselA[4][1] =digitalRead(24); SchlüsselA[4][2] =digitalRead (26); SchlüsselA[4][3] =digitalRead(28); SchlüsselA[4][4] =digitalRead(30); SchlüsselA[4][5] =digitalRead(2); PinMode (40, EINGANG); PinMode (42, AUSGANG); digitalWrite (42, NIEDRIG); SchlüsselA[5][0] =digitalRead (22); SchlüsselA[5][1] =digitalRead(24); SchlüsselA[5][2] =digitalRead (26); SchlüsselA[5][3] =digitalRead(28); SchlüsselA[5][4] =digitalRead(30); SchlüsselA[5][5] =digitalRead(2); PinMode (42, EINGANG); pinMode (44, AUSGANG); digitalWrite (44, NIEDRIG); SchlüsselA[6][0] =digitalRead (22); SchlüsselA[6][1] =digitalRead(24); SchlüsselA[6][2] =digitalRead (26); SchlüsselA[6][3] =digitalRead(28); SchlüsselA[6][4] =digitalRead(30); SchlüsselA[6][5] =digitalRead(2); pinMode (44, EINGANG); pinMode (46, AUSGANG); digitalWrite (46, NIEDRIG); SchlüsselA[7][0] =digitalRead (22); SchlüsselA[7][1] =digitalRead(24); SchlüsselA[7][2] =digitalRead (26); SchlüsselA[7][3] =digitalRead(28); SchlüsselA[7][4] =digitalRead(30); SchlüsselA[7][5] =digitalRead(2); PinMode (46, EINGANG); PinMode (48, AUSGANG); digitalWrite (48, NIEDRIG); SchlüsselA[8][0] =digitalRead (22); SchlüsselA[8][1] =digitalRead(24); SchlüsselA[8][2] =digitalRead (26); SchlüsselA[8][3] =digitalRead(28); SchlüsselA[8][4] =digitalRead(30); SchlüsselA[8][5] =digitalRead(2); PinMode (48, EINGANG); PinMode (50, AUSGANG); digitalWrite (50, NIEDRIG); SchlüsselA[9][0] =digitalRead (22); SchlüsselA[9][1] =digitalRead(24); SchlüsselA[9][2] =digitalRead (26); SchlüsselA[9][3] =digitalRead(28); SchlüsselA[9][4] =digitalRead(30); SchlüsselA[9][5] =digitalRead(2); PinMode (50, EINGANG); PinMode (52, AUSGANG); digitalWrite (52, NIEDRIG); SchlüsselA[10][0] =digitalRead (22); SchlüsselA[10][1] =digitalRead(24); SchlüsselA[10][2] =digitalRead (26); SchlüsselA[10][3] =digitalRead(28); SchlüsselA[10][4] =digitalRead(30); SchlüsselA[10][5] =digitalRead(2); PinMode (52, EINGANG); pinMode (22, EINGANG); pinMode (24, EINGANG); pinMode (26, EINGANG); PinMode (28, EINGANG); pinMode (30, EINGANG); pinMode (2, EINGANG); // Tastatur B lesen 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, AUSGANG); digitalWrite (33, NIEDRIG); keysB[0][0] =digitalRead(3); pinMode (33, EINGANG); PinMode (35, AUSGANG); digitalWrite (35, NIEDRIG); SchlüsselB[1][0] =digitalRead (23); SchlüsselB[1][1] =digitalRead(25); keysB[1][2] =digitalRead(27); SchlüsselB[1][3] =digitalRead(29); SchlüsselB[1][4] =digitalRead(31); SchlüsselB[1][5] =digitalRead(3); PinMode (35, EINGANG); PinMode (37, AUSGANG); digitalWrite (37, NIEDRIG); SchlüsselB[2][0] =digitalRead (23); SchlüsselB[2][1] =digitalRead(25); SchlüsselB[2][2] =digitalRead(27); SchlüsselB[2][3] =digitalRead(29); SchlüsselB[2][4] =digitalRead(31); SchlüsselB[2][5] =digitalRead(3); pinMode (37, EINGANG); pinMode (39, AUSGANG); digitalWrite (39, LOW); SchlüsselB [3] [0] =digitalRead (23); SchlüsselB[3] [1] =digitalRead (25); SchlüsselB[3] [2] =digitalRead(27); SchlüsselB[3] [3] =digitalRead(29); SchlüsselB[3] [4] =digitalRead(31); SchlüsselB[3] [5] =digitalRead(3); pinMode (39, EINGANG); PinMode (41, AUSGANG); digitalWrite (41, NIEDRIG); keysB[4][0] =digitalRead (23); SchlüsselB[4][1] =digitalRead(25); SchlüsselB[4][2] =digitalRead(27); SchlüsselB[4][3] =digitalRead(29); SchlüsselB[4][4] =digitalRead(31); SchlüsselB[4][5] =digitalRead(3); pinMode (41, EINGANG); pinMode (43, AUSGANG); digitalWrite (43, NIEDRIG); keysB[5][0] =digitalRead (23); SchlüsselB[5][1] =digitalRead(25); SchlüsselB[5][2] =digitalRead(27); SchlüsselB[5][3] =digitalRead(29); SchlüsselB[5][4] =digitalRead(31); SchlüsselB[5][5] =digitalRead(3); pinMode (43, EINGANG); PinMode (45, AUSGANG); digitalWrite (45, NIEDRIG); keysB[6][0] =digitalRead (23); SchlüsselB[6][1] =digitalRead(25); SchlüsselB[6][2] =digitalRead(27); SchlüsselB[6][3] =digitalRead(29); SchlüsselB[6][4] =digitalRead(31); SchlüsselB[6][5] =digitalRead(3); PinMode (45, EINGANG); pinMode (47, AUSGANG); digitalWrite (47, NIEDRIG); keysB[7][0] =digitalRead (23); SchlüsselB[7][1] =digitalRead(25); SchlüsselB[7][2] =digitalRead(27); SchlüsselB[7][3] =digitalRead(29); SchlüsselB[7][4] =digitalRead(31); SchlüsselB[7][5] =digitalRead(3); pinMode (47, EINGANG); pinMode (49, AUSGANG); digitalWrite (49, NIEDRIG); keysB[8][0] =digitalRead (23); SchlüsselB[8][1] =digitalRead(25); SchlüsselB[8][2] =digitalRead(27); SchlüsselB[8][3] =digitalRead(29); SchlüsselB[8][4] =digitalRead(31); SchlüsselB[8][5] =digitalRead(3); pinMode (49, EINGANG); pinMode (51, AUSGANG); digitalWrite(51, LOW); keysB[9][0] =digitalRead (23); SchlüsselB[9][1] =digitalRead(25); SchlüsselB[9][2] =digitalRead(27); SchlüsselB[9][3] =digitalRead(29); SchlüsselB[9][4] =digitalRead(31); SchlüsselB[9][5] =digitalRead(3); PinMode (51, EINGANG); pinMode (53, AUSGANG); digitalWrite (53, NIEDRIG); SchlüsselB[10][0] =digitalRead (23); SchlüsselB[10][1] =digitalRead(25); keysB[10][2] =digitalRead(27); SchlüsselB[10][3] =digitalRead(29); SchlüsselB[10][4] =digitalRead(31); SchlüsselB[10][5] =digitalRead(3); pinMode (53, EINGANG); PinMode (23, EINGANG); pinMode (25, EINGANG); pinMode (27, EINGANG); pinMode (29, EINGANG); pinMode (31, EINGANG); pinMode(3, EINGANG); // Tastatur C lesen // Zeilenpins zum Lesen von pinMode (A3, INPUT_PULLUP) setzen; pinMode (A4, INPUT_PULLUP); pinMode (A5, INPUT_PULLUP); pinMode (A6, INPUT_PULLUP); pinMode (A7, INPUT_PULLUP); pinMode (A2, INPUT_PULLUP); PinMode (A8, AUSGANG); digitalWrite (A8, LOW); keysC[0][0] =digitalRead(A2); PinMode (A8, EINGANG); PinMode (A9, AUSGANG); digitalWrite (A9, NIEDRIG); TastenC[1][0] =digitalRead(A3); TastenC[1][1] =digitalRead(A4); TastenC[1][2] =digitalRead(A5); TastenC[1][3] =digitalRead(A6); TastenC[1][4] =digitalRead(A7); TastenC[1][5] =digitalRead(A2); PinMode (A9, EINGANG); PinMode (A10, AUSGANG); digitalWrite (A10, NIEDRIG); TastenC[2][0] =digitalRead(A3); TastenC[2][1] =digitalRead(A4); TastenC[2][2] =digitalRead(A5); TastenC[2][3] =digitalRead(A6); TastenC[2][4] =digitalRead(A7); TastenC[2][5] =digitalRead(A2); PinMode (A10, EINGANG); PinMode (A11, AUSGANG); digitalWrite (A11, NIEDRIG); TastenC[3]][0] =digitalRead(A3); TastenC[3] [1] =digitalRead (A4); TastenC[3][2] =digitalRead(A5); TastenC[3][3] =digitalRead(A6); TastenC[3] [4] =digitalRead (A7); TastenC[3][5] =digitalRead(A2); PinMode (A11, EINGANG); PinMode (A12, AUSGANG); digitalWrite (A12, NIEDRIG); keysC[4][0] =digitalRead(A3); TastenC[4][1] =digitalRead(A4); TastenC[4][2] =digitalRead(A5); TastenC[4][3] =digitalRead(A6); TastenC[4][4] =digitalRead(A7); TastenC[4][5] =digitalRead(A2); PinMode (A12, EINGANG); PinMode (A13, AUSGANG); digitalWrite (A13, NIEDRIG); keysC[5][0] =digitalRead(A3); TastenC[5][1] =digitalRead(A4); TastenC[5][2] =digitalRead(A5); TastenC[5][3] =digitalRead(A6); TastenC[5][4] =digitalRead(A7); TastenC[5][5] =digitalRead(A2); PinMode (A13, EINGANG); PinMode (A14, AUSGANG); digitalWrite (A14, NIEDRIG); keysC[6][0] =digitalRead(A3); PinMode (A14, EINGANG); PinMode (A3, EINGANG); 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

// 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); }

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