Small MIDI decoder on the Arduino UNO for Hauptwerk

1// Kod for Decoder MIDI  Arduino Mega for GrandOrgue or Hauptwerk
2#include   <MIDI.h>   // Add Midi Library
3 
4//#define LED 13 
5//#define LED2 12//   Arduino Board LED is on Pin 13
6 
7//Create an instance of the library with   default name, serial port and settings
8MIDI_CREATE_DEFAULT_INSTANCE();
9 
10void   setup() {
11
12pinMode (A0, OUTPUT); // Set Arduino board analog pins to output
13digitalWrite   (A0, HIGH);
14pinMode (A1, OUTPUT);
15digitalWrite (A1, HIGH);
16pinMode (A2,   OUTPUT);
17digitalWrite (A2, HIGH);
18pinMode (A3, OUTPUT);
19digitalWrite (A3,   HIGH);
20pinMode (A4, OUTPUT);
21digitalWrite (A4, HIGH);
22pinMode (A5, OUTPUT);
23digitalWrite   (A5, HIGH);
24pinMode (A6, OUTPUT);
25digitalWrite (A6, HIGH);
26pinMode (A7,   OUTPUT);
27digitalWrite (A7, HIGH); 
28pinMode (A8, OUTPUT);
29digitalWrite (A8,   HIGH);
30pinMode (A9, OUTPUT);
31digitalWrite (A9, HIGH);
32pinMode (A10, OUTPUT);
33digitalWrite   (A10, HIGH);
34pinMode (A11, OUTPUT);
35digitalWrite (A11, HIGH);
36pinMode (A12,   OUTPUT);
37digitalWrite (A12, HIGH);
38pinMode (A13, OUTPUT);
39digitalWrite   (A13, HIGH);
40pinMode (A14, OUTPUT);
41digitalWrite (A14, HIGH);
42pinMode (A15,   OUTPUT);
43digitalWrite (A15, HIGH);
44
45 
46
47  for (int a=2; a<54; a++)
48{
49pinMode   (a, OUTPUT); // Set Arduino board digital pins to output
50digitalWrite (a, HIGH);   // Set Arduino board digitsl pins to KIGH
51    
52}
53 
54
55// self-test
56   for (int a=14; a<36; a++)
57{
58digitalWrite (a, LOW); // Set Arduino board   digital pins to HIGH
59delay(250); 
60digitalWrite (a, HIGH); // Set Arduino board   digital pins to LOW
61delay(50);  
62}
63
64
65 
66 
67
68
69
70
71
72   MIDI.begin(MIDI_CHANNEL_OMNI); // Initialize the Midi Library.
73  // OMNI sets   it to listen to all channels.. MIDI.begin(2) would set it
74  // to respond to   notes on channel 2 only.
75  MIDI.setHandleNoteOn(MyHandleNoteOn); // This is important!!   This command
76  // tells the Midi Library which function you want to call when   a NOTE ON command
77  // is received. In this case it's "MyHandleNoteOn".
78   MIDI.setHandleNoteOff(MyHandleNoteOff); // This command tells the Midi Library
79   // to call "MyHandleNoteOff" when a NOTE OFF command is received.
80}
81 
82void   loop() { // Main loop
83  MIDI.read(); // Continuously check if Midi data has been   received.
84}
85 
86// MyHandleNoteON is the function that will be called by   the Midi Library
87// when a MIDI NOTE ON message is received.
88// It will be   passed bytes for Channel, Pitch, and Velocity
89void MyHandleNoteOn(byte channel,   byte pitch, byte velocity) {
90    switch (pitch) {
91  case 54+34:
92    digitalWrite   (A0, LOW);
93    break;
94  case 55+34:
95    digitalWrite (A1, LOW);
96    break;
97     case 56+34:
98    digitalWrite (A2, LOW);
99    break;
100    case 57+34:
101     digitalWrite (A3, LOW);
102    break;
103    case 58+34:
104    digitalWrite   (A4, LOW);
105    break;
106    case 59+34:
107    digitalWrite (A5, LOW);
108    break;
109     case 60+34:
110    digitalWrite (A6, LOW);
111    break;
112    case 61+34:
113     digitalWrite (A7, LOW);
114    break;
115    case 62+34:
116    digitalWrite   (A8, LOW);
117    break;
118    case 63+34:
119    digitalWrite (A9, LOW);
120    break;
121     case 64+34:
122    digitalWrite (A10, LOW);
123    break;
124    case 65+34:
125     digitalWrite (A11, LOW);
126    break;
127    case 66+34:
128    digitalWrite   (A12, LOW);
129    break;
130    case 67+34:
131    digitalWrite (A13, LOW);
132     break;
133    case 68+34:
134    digitalWrite (A14, LOW);
135    break;
136     case 69+34:
137    digitalWrite (A15, LOW);
138    break;
139    
140    
141   default:
142    // if nothing else matches, do the default
143    // default is   optional
144    break;
145}
146   for (int a=2; a<54; a++)
147{
148   if (pitch   == 34+a) {
149digitalWrite (a, LOW); // Set Arduino board pin 13 to output
150 }   
151}
152  
153  
154    
155   
156}
157 
158// MyHandleNoteOFF is the function   that will be called by the Midi Library
159// when a MIDI NOTE OFF message is received.
160//   * A NOTE ON message with Velocity = 0 will be treated as a NOTE OFF message *
161//   It will be passed bytes for Channel, Pitch, and Velocity
162void MyHandleNoteOff(byte   channel, byte pitch, byte velocity) {
163   switch (pitch) {
164  case 54+34:
165     digitalWrite (A0, HIGH);
166    break;
167  case 55+34:
168    digitalWrite   (A1, HIGH);
169    break;
170    case 56+34:
171    digitalWrite (A2, HIGH);
172     break;
173    case 57+34:
174    digitalWrite (A3, HIGH);
175    break;
176     case 58+34:
177    digitalWrite (A4, HIGH);
178    break;
179    case 59+34:
180     digitalWrite (A5, HIGH);
181    break;
182    case 60+34:
183    digitalWrite   (A6, HIGH);
184    break;
185    case 61+34:
186    digitalWrite (A7, HIGH);
187     break;
188    case 62+34:
189    digitalWrite (A8, HIGH);
190    break;
191     case 63+34:
192    digitalWrite (A9, HIGH);
193    break;
194    case 64+34:
195     digitalWrite (A10, HIGH);
196    break;
197    case 65+34:
198    digitalWrite   (A11, HIGH);
199    break;
200    case 66+34:
201    digitalWrite (A12, HIGH);
202     break;
203    case 67+34:
204    digitalWrite (A13, HIGH);
205    break;
206     case 68+34:
207    digitalWrite (A14, HIGH);
208    break;
209    case 69+34:
210     digitalWrite (A15, HIGH);
211    break;
212    
213    
214  default:
215    //   if nothing else matches, do the default
216    // default is optional
217    break;
218}
219
220    for (int a=2; a<54; a++)
221{
222   if (pitch == 34+a) {
223digitalWrite (a,   HIGH); // Set Arduino board pin 13 to output
224 } 
225}
226  
227  
228}

1// Small dekoder Midi - R. Milewski
2#include <MIDI.h>   // Add Midi  Library
3 
4//#define LED 13 
5//#define LED2 12// Arduino Board LED is on  Pin 13
6 
7//Create an instance of the library with default name, serial port  and settings
8MIDI_CREATE_DEFAULT_INSTANCE();
9 
10void setup() {
11
12pinMode  (A0, OUTPUT); // Set Arduino board analog pins to output
13digitalWrite (A0, LOW);
14pinMode  (A1, OUTPUT);
15digitalWrite (A1, LOW);
16pinMode (A2, OUTPUT);
17digitalWrite  (A2, LOW);
18pinMode (A3, OUTPUT);
19digitalWrite (A3, LOW);
20pinMode (A4, OUTPUT);
21digitalWrite  (A4, LOW);
22pinMode (A5, OUTPUT);
23
24 
25
26  for (int a=2; a<14; a++)
27{
28pinMode  (a, OUTPUT); // Set Arduino board digital pins to output
29digitalWrite (a, LOW);  // Set Arduino board digitsl pins to KIGH
30    
31}
32 
33
34// self-test
35  for (int a=2; a<14; a++)
36{
37digitalWrite (a, HIGH); // Set Arduino board  digital pins to HIGH
38delay(250); 
39digitalWrite (a, LOW); // Set Arduino board  digital pins to LOW
40delay(50);  
41}
42
43
44 
45 
46
47
48
49
50
51  MIDI.begin(MIDI_CHANNEL_OMNI); // Initialize the Midi Library.
52  // OMNI sets  it to listen to all channels.. MIDI.begin(2) would set it
53  // to respond to  notes on channel 2 only.
54  MIDI.turnThruOff(); // Turn off loop Midi IN to OUT
55  MIDI.setHandleNoteOn(MyHandleNoteOn); // This is important!! This command
56  // tells the Midi Library which function you want to call when a NOTE ON command
57  // is received. In this case it's "MyHandleNoteOn".
58  MIDI.setHandleNoteOff(MyHandleNoteOff);  // This command tells the Midi Library
59  // to call "MyHandleNoteOff" when  a NOTE OFF command is received.
60}
61 
62void loop() { // Main loop
63  MIDI.read();  // Continuously check if Midi data has been received.
64}
65 
66// MyHandleNoteON  is the function that will be called by the Midi Library
67// when a MIDI NOTE ON  message is received.
68// It will be passed bytes for Channel, Pitch, and Velocity
69void  MyHandleNoteOn(byte channel, byte pitch, byte velocity) {
70    switch (pitch)  {
71  case 54+34:
72    digitalWrite (A0, HIGH);
73    break;
74  case 55+34:
75    digitalWrite (A1, HIGH);
76    break;
77    case 56+34:
78    digitalWrite  (A2,HIGH);
79    break;
80    case 57+34:
81    digitalWrite (A3, HIGH);
82    break;
83    case 58+34:
84    digitalWrite (A4, HIGH);
85    break;
86    case 59+34:
87    digitalWrite (A5, HIGH);
88    break;
89   
90    
91    
92  default:
93    // if nothing else matches, do the default
94    // default  is optional
95    break;
96}
97   for (int a=2; a<14; a++)
98{
99   if (pitch  == 58+a) {
100digitalWrite (a, HIGH); // Set Arduino board pin 13 to output
101  } 
102}
103  
104  
105    
106   
107}
108 
109// MyHandleNoteOFF is the function  that will be called by the Midi Library
110// when a MIDI NOTE OFF message is received.
111//  * A NOTE ON message with Velocity = 0 will be treated as a NOTE OFF message *
112//  It will be passed bytes for Channel, Pitch, and Velocity
113void MyHandleNoteOff(byte  channel, byte pitch, byte velocity) {
114   switch (pitch) {
115  case 54+34:
116    digitalWrite (A0, LOW);
117    break;
118  case 55+34:
119    digitalWrite (A1,  LOW);
120    break;
121    case 56+34:
122    digitalWrite (A2, LOW);
123    break;
124    case 57+34:
125    digitalWrite (A3, LOW);
126    break;
127    case 58+34:
128    digitalWrite (A4, LOW);
129    break;
130    case 59+34:
131    digitalWrite  (A5, LOW);
132    break;
133    
134  default:
135    // if nothing else matches,  do the default
136    // default is optional
137    break;
138}
139
140   for (int  a=2; a<14; a++)
141{
142   if (pitch == 58+a) {
143digitalWrite (a, LOW); // Set  Arduino board pin 13 to output
144 } 
145}
146  
147  
148}

1// Kod for Decoder MIDI  Arduino Mega for GrandOrgue or Hauptwerk
2#include  <MIDI.h>   // Add Midi Library
3 
4//#define LED 13 
5//#define LED2 12//  Arduino Board LED is on Pin 13
6 
7//Create an instance of the library with  default name, serial port and settings
8MIDI_CREATE_DEFAULT_INSTANCE();
9 
10void  setup() {
11
12pinMode (A0, OUTPUT); // Set Arduino board analog pins to output
13digitalWrite  (A0, HIGH);
14pinMode (A1, OUTPUT);
15digitalWrite (A1, HIGH);
16pinMode (A2,  OUTPUT);
17digitalWrite (A2, HIGH);
18pinMode (A3, OUTPUT);
19digitalWrite (A3,  HIGH);
20pinMode (A4, OUTPUT);
21digitalWrite (A4, HIGH);
22pinMode (A5, OUTPUT);
23digitalWrite  (A5, HIGH);
24pinMode (A6, OUTPUT);
25digitalWrite (A6, HIGH);
26pinMode (A7,  OUTPUT);
27digitalWrite (A7, HIGH); 
28pinMode (A8, OUTPUT);
29digitalWrite (A8,  HIGH);
30pinMode (A9, OUTPUT);
31digitalWrite (A9, HIGH);
32pinMode (A10, OUTPUT);
33digitalWrite  (A10, HIGH);
34pinMode (A11, OUTPUT);
35digitalWrite (A11, HIGH);
36pinMode (A12,  OUTPUT);
37digitalWrite (A12, HIGH);
38pinMode (A13, OUTPUT);
39digitalWrite  (A13, HIGH);
40pinMode (A14, OUTPUT);
41digitalWrite (A14, HIGH);
42pinMode (A15,  OUTPUT);
43digitalWrite (A15, HIGH);
44
45 
46
47  for (int a=2; a<54; a++)
48{
49pinMode  (a, OUTPUT); // Set Arduino board digital pins to output
50digitalWrite (a, HIGH);  // Set Arduino board digitsl pins to KIGH
51    
52}
53 
54
55// self-test
56  for (int a=14; a<36; a++)
57{
58digitalWrite (a, LOW); // Set Arduino board  digital pins to HIGH
59delay(250); 
60digitalWrite (a, HIGH); // Set Arduino board  digital pins to LOW
61delay(50);  
62}
63
64
65 
66 
67
68
69
70
71
72  MIDI.begin(MIDI_CHANNEL_OMNI); // Initialize the Midi Library.
73  // OMNI sets  it to listen to all channels.. MIDI.begin(2) would set it
74  // to respond to  notes on channel 2 only.
75  MIDI.setHandleNoteOn(MyHandleNoteOn); // This is important!!  This command
76  // tells the Midi Library which function you want to call when  a NOTE ON command
77  // is received. In this case it's "MyHandleNoteOn".
78  MIDI.setHandleNoteOff(MyHandleNoteOff); // This command tells the Midi Library
79  // to call "MyHandleNoteOff" when a NOTE OFF command is received.
80}
81 
82void  loop() { // Main loop
83  MIDI.read(); // Continuously check if Midi data has been  received.
84}
85 
86// MyHandleNoteON is the function that will be called by  the Midi Library
87// when a MIDI NOTE ON message is received.
88// It will be  passed bytes for Channel, Pitch, and Velocity
89void MyHandleNoteOn(byte channel,  byte pitch, byte velocity) {
90    switch (pitch) {
91  case 54+34:
92    digitalWrite  (A0, LOW);
93    break;
94  case 55+34:
95    digitalWrite (A1, LOW);
96    break;
97    case 56+34:
98    digitalWrite (A2, LOW);
99    break;
100    case 57+34:
101    digitalWrite (A3, LOW);
102    break;
103    case 58+34:
104    digitalWrite  (A4, LOW);
105    break;
106    case 59+34:
107    digitalWrite (A5, LOW);
108    break;
109    case 60+34:
110    digitalWrite (A6, LOW);
111    break;
112    case 61+34:
113    digitalWrite (A7, LOW);
114    break;
115    case 62+34:
116    digitalWrite  (A8, LOW);
117    break;
118    case 63+34:
119    digitalWrite (A9, LOW);
120    break;
121    case 64+34:
122    digitalWrite (A10, LOW);
123    break;
124    case 65+34:
125    digitalWrite (A11, LOW);
126    break;
127    case 66+34:
128    digitalWrite  (A12, LOW);
129    break;
130    case 67+34:
131    digitalWrite (A13, LOW);
132    break;
133    case 68+34:
134    digitalWrite (A14, LOW);
135    break;
136    case 69+34:
137    digitalWrite (A15, LOW);
138    break;
139    
140    
141  default:
142    // if nothing else matches, do the default
143    // default is  optional
144    break;
145}
146   for (int a=2; a<54; a++)
147{
148   if (pitch  == 34+a) {
149digitalWrite (a, LOW); // Set Arduino board pin 13 to output
150 }  
151}
152  
153  
154    
155   
156}
157 
158// MyHandleNoteOFF is the function  that will be called by the Midi Library
159// when a MIDI NOTE OFF message is received.
160//  * A NOTE ON message with Velocity = 0 will be treated as a NOTE OFF message *
161//  It will be passed bytes for Channel, Pitch, and Velocity
162void MyHandleNoteOff(byte  channel, byte pitch, byte velocity) {
163   switch (pitch) {
164  case 54+34:
165    digitalWrite (A0, HIGH);
166    break;
167  case 55+34:
168    digitalWrite  (A1, HIGH);
169    break;
170    case 56+34:
171    digitalWrite (A2, HIGH);
172    break;
173    case 57+34:
174    digitalWrite (A3, HIGH);
175    break;
176    case 58+34:
177    digitalWrite (A4, HIGH);
178    break;
179    case 59+34:
180    digitalWrite (A5, HIGH);
181    break;
182    case 60+34:
183    digitalWrite  (A6, HIGH);
184    break;
185    case 61+34:
186    digitalWrite (A7, HIGH);
187    break;
188    case 62+34:
189    digitalWrite (A8, HIGH);
190    break;
191    case 63+34:
192    digitalWrite (A9, HIGH);
193    break;
194    case 64+34:
195    digitalWrite (A10, HIGH);
196    break;
197    case 65+34:
198    digitalWrite  (A11, HIGH);
199    break;
200    case 66+34:
201    digitalWrite (A12, HIGH);
202    break;
203    case 67+34:
204    digitalWrite (A13, HIGH);
205    break;
206    case 68+34:
207    digitalWrite (A14, HIGH);
208    break;
209    case 69+34:
210    digitalWrite (A15, HIGH);
211    break;
212    
213    
214  default:
215    //  if nothing else matches, do the default
216    // default is optional
217    break;
218}
219
220   for (int a=2; a<54; a++)
221{
222   if (pitch == 34+a) {
223digitalWrite (a,  HIGH); // Set Arduino board pin 13 to output
224 } 
225}
226  
227  
228}