OSC_CCMapper3(RiMidi) for Win/Mac
2023/1/28
初版
概要
本件は「CCMapper3(RiMidi) for Win/Mac」にOSC通信機能を追加して、iPhone/AndroidのTouchOSCアプリで制御できるようにしたものである。
リアルタイムでCC#2またはCC#11を受信して、CC#を任意のもの(複数)に変更するCCMapperをC#で実装したものであり、キー入力のかわりにTouchOSCをGUIとして使用できる。
なお、ソースコードは、Windows/MacOS共通になっている。
本記事のみに完結するようにしているため「CCMapper3(RiMidi) for Win/Mac」と内容が一部ダブっている。
準備
1.Windowsの場合、
仮想MIDIデバイスとして、loopMIDIがインストールされている必要がある。
参照：loopMIDI
MIDI信号の流れとしては以下のようになる：
[wind_controler(re.corder/Elfue etc)]→[WIDI Bud Pro]→(CCMapper3)→[loopMIDI]→ [PC音源]
2.Macの場合
仮想MIDIデバイスとして、IACドライバを設定する。名前はWindowsに合わせて「loopMIDI」とする。
参照：MacのAudio MIDI設定でMIDI情報をアプリケーション間で送信する
MIDI信号の流れとしては以下のようになる：
[wind_controler(re.corder/Elfue etc)]→(CCMapper3)→[loopMIDI(IAC)]→ [PC音源]
使用ライブラリ
以下のライブラリをNuGetマネージャーでインストールしてプログラムに組み込む：
Rug.OSC
RtMidi.Core
Serilog.Sinks.Console
CCMapper
CCMapperのプログラムとしては以下を使用する：
OSC_CCMapper3_cs_RtMidi/Program.cs
// osc_CCMapper3_RtMidi
// OSC controled CCMapper3(RiMidi) for Win/Mac
// written by: xshige
// 2023/1/26
/************************************
2023/1/26
Mix16/TouchOSC controler
toggles
1: Velocity Fixed/PANIC button: toggle
2: AT/PP: toggle
3: CC74: toggle
4: CC26: toggle
5: CC11: toggle
6: CC7 : toggle
7: CC2 : toggle
8: CC1 : toggle
faders
1: Fixed Velocity value(0-127)
8: Modulation Depth value(0-2.0) // related CC1
experimental
xy
x: PitchBend
y: Cutoff(CC74)
************************************/
// CCMapper3(RiMidi) for Win/Mac
// written by:xshige
// 2023/1/22
// Panic button
// z
// 2023/1/5
// PitchBen(d) transefer
// d toggle
// Velocity F(i)xed
// i toggle
// 2022/12/15
// Pitch Bend transfer
// NoteOn/Off Tranfer Switch added
// t toggle
// 2022/12/10 Transpose added
// [↑] [↓] +/- semitone
// [←] [→] -/+ octave
// 2022/12/1 Keycontrol Support
//-----------------------------
// modifier:
// 1(x1) 2(x2) 3(x3) 4(x4) 5(x5) 6(x6) 7(x7) 8(x8) 9(x9) 0(x10)
// CC1(MW):
// m toggle
// CC2(Breath Control)
// b toggle
// CC7(Volume)
// v toggle
// CC11(Expression)
// x toggle
// CC74(CutoffFreq):
// c toggle
// CC26(EqGain)
// e toggle
// AT(Channel Pressure):
// a toggle
// PP(Polyphonic Pressure):
// p toggle
// n NotFixed(apply modifier)
// f Fixed Modifier x1)
// OTHER CC
// o toggle
//---------------------------------
// 2022/11/29: Aftertouch support
// 2022/11/28: CC74 sent for Cutoff Filter
// 2022/11/27: CC1 sent for vibrate
// 2022/11/26: NuRad added
// 2022/11/17: auto selecting input/output devices
// 2022/11/13
using RtMidi.Core.Devices;
using RtMidi.Core.Enums;
using RtMidi.Core.Messages;
using Serilog;
using System;
using System.Collections.Generic;
using System.Diagnostics;
using System.Drawing;
using System.Net;
using System.Security.Cryptography.X509Certificates;
using System.Text.RegularExpressions;
using System.Threading.Channels;
using Rug.Osc;
using System.Text;
using System.Threading;
namespace RtMidi.Core.CCMapper
{
public class Program
{
static OscReceiver receiver;
static OscSender sender;
static Thread thread;
int limit127(int x, float m)
{
int rv = (int)((float)x * m);
if (127 <= rv)
rv = 127;
return rv;
}
public static void Main(string[] args)
{
Log.Logger = new LoggerConfiguration()
//.WriteTo.ColoredConsole()
.WriteTo
.Console()
//.MinimumLevel.Debug() // disp debug info.
.CreateLogger();
using (MidiDeviceManager.Default)
{
var p = new Program();
}
}
public Program()
{
// MIDI devices
var inputList = new List<IMidiInputDevice>();
var outputList = new List<IMidiOutputDevice>();
NoteOnMessage curMsg = new NoteOnMessage();
var prevC = ConsoleKey.A;
int transpose = 0; // transpose offset
float cc1mod = 1;
bool logOut = false; //20023/1/9 // true to disp log on console
bool enableSendNote = true; // false will Note send note
bool enableCC1 = false; // 2023/1/5: true will send CC1, false will send received CC1
bool enableCC74 = true; // true will send CC74
bool enableAT = true; // true will send AT
bool enablePP = true;
bool enableVL = true; // volume
bool enableBC = true; // breath
bool enableCC26 = true; // EqGain
bool enableEX = true; // Expression
bool enableOTHER = false; // 2023/1/5: other CC
bool enablePB = true; // 2023/1/5: true will send PB
bool enableVFixed = false; // 2023/1/5
int VFixedValue = 77; // 2023/1/5
bool chgCC1 = false; // true will change mod value
bool chgCC74 = false;
bool chgAT = false;
bool chgPP = false;
bool chgVL = false;
bool chgBC = false;
bool chgEX = false;
float modDepth = 1; // Modulation Depth
//------------------------------------------------------------------------
// OSC related
bool OSCdebug = false; // true to disp log
static string ByteArrayToString(byte[] ba)
{
StringBuilder hex = new StringBuilder(ba.Length * 3);
foreach (byte b in ba)
hex.AppendFormat("{0:x2}:", b);
return hex.ToString();
}
int port = 8000;
int outPort = 9000;
IPAddress sendAddress = IPAddress.Parse("192.168.1.4"); // IP address of iPhone(TouchOSC)
// Create the receiver
receiver = new OscReceiver(port);
// Create the sender
sender = new OscSender(sendAddress, outPort);
// Create a thread to do the listening
thread = new Thread(new ThreadStart(ListenLoop));
// Connect the receiver
receiver.Connect();
// Start the listen thread
thread.Start();
// Connect the sender
sender.Connect();
void RestoreFlags()
{
// OSC value reset ---------------------------
float f1 = (float)VFixedValue / 127;
//Console.WriteLine(f1);
sender.Send(new OscMessage("/2/fader1", f1));
Thread.Sleep(100); // NEED THAT!
sender.Send(new OscMessage("/2/fader2", 0));
Thread.Sleep(100);
sender.Send(new OscMessage("/2/fader3", 0));
Thread.Sleep(100);
sender.Send(new OscMessage("/2/fader4", 0));
Thread.Sleep(100);
sender.Send(new OscMessage("/2/fader5", 0));
Thread.Sleep(100);
sender.Send(new OscMessage("/2/fader6", 0));
Thread.Sleep(100);
sender.Send(new OscMessage("/2/fader7", 0));
Thread.Sleep(100);
float d1 = (float)(modDepth * 0.5);
sender.Send(new OscMessage("/2/fader8", d1));
Thread.Sleep(100);
// toggles
if (enableCC1) sender.Send(new OscMessage("/2/toggle8", 1));
else sender.Send(new OscMessage("/2/toggle8", 0));
if (enableBC) sender.Send(new OscMessage("/2/toggle7", 1));
else sender.Send(new OscMessage("/2/toggle7", 0));
if (enableVL) sender.Send(new OscMessage("/2/toggle6", 1));
else sender.Send(new OscMessage("/2/toggle6", 0));
if (enableEX) sender.Send(new OscMessage("/2/toggle5", 1));
else sender.Send(new OscMessage("/2/toggle5", 0));
if (enableCC26) sender.Send(new OscMessage("/2/toggle4", 1));
else sender.Send(new OscMessage("/2/toggle4", 0));
if (enableCC74) sender.Send(new OscMessage("/2/toggle3", 1));
else sender.Send(new OscMessage("/2/toggle3", 0));
if (enableAT) sender.Send(new OscMessage("/2/toggle2", 1));
else sender.Send(new OscMessage("/2/toggle2", 0));
if (enableVFixed) sender.Send(new OscMessage("/2/toggle1", 1));
else sender.Send(new OscMessage("/2/toggle1", 0));
}
// OSC listenner
//<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
//static void ListenLoop()
void ListenLoop()
{
try
{
while (receiver.State != OscSocketState.Closed)
{
// if we are in a state to recieve
if (receiver.State == OscSocketState.Connected)
{
// get the next message
// this will block until one arrives or the socket is closed
OscPacket packet = receiver.Receive();
var arg0 = packet.ToString().Split(',')[0]; // get OSC address
// for TouchOSC layout Simple/1 or Mix16/2
// faders
if (arg0.Equals("/1/fader1") || arg0.Equals("/2/fader1"))
{
var ba = packet.ToByteArray();
if (BitConverter.IsLittleEndian)
Array.Reverse(ba);
float f1 = BitConverter.ToSingle(ba, 0);
if (OSCdebug) Console.WriteLine(arg0);
if (OSCdebug) Console.WriteLine(f1);
if (OSCdebug) Console.WriteLine("");
VFixedValue = (int)(f1 * 127);
Console.WriteLine("Fixed Velocity: {0}",VFixedValue);
}
else if (arg0.Equals("/1/fader2") || arg0.Equals("/2/fader2"))
{
var ba = packet.ToByteArray();
if (BitConverter.IsLittleEndian)
Array.Reverse(ba);
float f1 = BitConverter.ToSingle(ba, 0);
if (OSCdebug) Console.WriteLine(arg0);
if (OSCdebug) Console.WriteLine(f1);
if (OSCdebug) Console.WriteLine("");
}
else if (arg0.Equals("/1/fader3") || arg0.Equals("/2/fader3"))
{
var ba = packet.ToByteArray();
if (BitConverter.IsLittleEndian)
Array.Reverse(ba);
float f1 = BitConverter.ToSingle(ba, 0);
if (OSCdebug) Console.WriteLine(arg0);
if (OSCdebug) Console.WriteLine(f1);
if (OSCdebug) Console.WriteLine("");
}
else if (arg0.Equals("/1/fader4") || arg0.Equals("/2/fader4"))
{
var ba = packet.ToByteArray();
if (BitConverter.IsLittleEndian)
Array.Reverse(ba);
float f1 = BitConverter.ToSingle(ba, 0);
if (OSCdebug) Console.WriteLine(arg0);
if (OSCdebug) Console.WriteLine(f1);
if (OSCdebug) Console.WriteLine("");
}
else if (arg0.Equals("/1/fader5") || arg0.Equals("/2/fader5"))
{
var ba = packet.ToByteArray();
if (BitConverter.IsLittleEndian)
Array.Reverse(ba);
float f1 = BitConverter.ToSingle(ba, 0);
if (OSCdebug) Console.WriteLine(arg0);
if (OSCdebug) Console.WriteLine(f1);
if (OSCdebug) Console.WriteLine("");
}
else if (arg0.Equals("/1/fader6") || arg0.Equals("/2/fader6"))
{
var ba = packet.ToByteArray();
if (BitConverter.IsLittleEndian)
Array.Reverse(ba);
float f1 = BitConverter.ToSingle(ba, 0);
if (OSCdebug) Console.WriteLine(arg0);
if (OSCdebug) Console.WriteLine(f1);
if (OSCdebug) Console.WriteLine("");
}
else if (arg0.Equals("/1/fader7") || arg0.Equals("/2/fader7"))
{
var ba = packet.ToByteArray();
if (BitConverter.IsLittleEndian)
Array.Reverse(ba);
float f1 = BitConverter.ToSingle(ba, 0);
if (OSCdebug) Console.WriteLine(arg0);
if (OSCdebug) Console.WriteLine(f1);
if (OSCdebug) Console.WriteLine("");
}
else if (arg0.Equals("/1/fader8") || arg0.Equals("/2/fader8"))
{
var ba = packet.ToByteArray();
if (BitConverter.IsLittleEndian)
Array.Reverse(ba);
float f1 = BitConverter.ToSingle(ba, 0);
if (OSCdebug) Console.WriteLine(arg0);
if (OSCdebug) Console.WriteLine(f1);
if (OSCdebug) Console.WriteLine("");
modDepth = (float)(f1/0.5);
Console.WriteLine("Mod Depth: {0:f3}", modDepth);
}
//--------------------------------------------------------------------
// toggles
else if (arg0.Equals("/1/toggle1") || arg0.Equals("/2/toggle1"))
{
var ba = packet.ToByteArray();
if (BitConverter.IsLittleEndian)
Array.Reverse(ba);
float f1 = BitConverter.ToSingle(ba, 0);
if (OSCdebug) Console.WriteLine(arg0);
if (OSCdebug) Console.WriteLine(f1);
if (OSCdebug) Console.WriteLine("");
Panic();
if (f1 == 0) enableVFixed = false; else enableVFixed = true;
if (enableVFixed)
Console.WriteLine("Fixed Velocity enabled");
else
Console.WriteLine("Fixed Velocity disabled");
}
else if (arg0.Equals("/1/toggle2") || arg0.Equals("/2/toggle2"))
{
var ba = packet.ToByteArray();
if (BitConverter.IsLittleEndian)
Array.Reverse(ba);
float f1 = BitConverter.ToSingle(ba, 0);
if (OSCdebug) Console.WriteLine(arg0);
if (OSCdebug) Console.WriteLine(f1);
if (OSCdebug) Console.WriteLine("");
if (f1 == 0) enableAT = false; else enableAT = true;
enablePP = enableAT; // sync AT and PP
if (enableAT)
Console.WriteLine("AT/PP enabled");
else
Console.WriteLine("AT/PP disabled");
}
else if (arg0.Equals("/1/toggle3") || arg0.Equals("/2/toggle3"))
{
var ba = packet.ToByteArray();
if (BitConverter.IsLittleEndian)
Array.Reverse(ba);
float f1 = BitConverter.ToSingle(ba, 0);
if (OSCdebug) Console.WriteLine(arg0);
if (OSCdebug) Console.WriteLine(f1);
if (OSCdebug) Console.WriteLine("");
if (f1 == 0) enableCC74 = false; else enableCC74 = true;
if (enableCC26)
Console.WriteLine("CC74 enabled");
else
Console.WriteLine("CC74 disabled");
}
else if (arg0.Equals("/1/toggle4") || arg0.Equals("/2/toggle4"))
{
var ba = packet.ToByteArray();
if (BitConverter.IsLittleEndian)
Array.Reverse(ba);
float f1 = BitConverter.ToSingle(ba, 0);
if (OSCdebug) Console.WriteLine(arg0);
if (OSCdebug) Console.WriteLine(f1);
if (OSCdebug) Console.WriteLine("");
if (f1 == 0) enableCC26 = false; else enableCC26 = true;
if (enableCC26)
Console.WriteLine("CC26 enabled");
else
Console.WriteLine("CC26 disabled");
}
else if (arg0.Equals("/1/toggle5") || arg0.Equals("/2/toggle5"))
{
var ba = packet.ToByteArray();
if (BitConverter.IsLittleEndian)
Array.Reverse(ba);
float f1 = BitConverter.ToSingle(ba, 0);
if (OSCdebug) Console.WriteLine(arg0);
if (OSCdebug) Console.WriteLine(f1);
if (OSCdebug) Console.WriteLine("");
if (f1 == 0) enableEX = false; else enableEX = true;
if (enableEX)
Console.WriteLine("CC11 enabled");
else
Console.WriteLine("CC11 disabled");
}
else if (arg0.Equals("/1/toggle6") || arg0.Equals("/2/toggle6"))
{
var ba = packet.ToByteArray();
if (BitConverter.IsLittleEndian)
Array.Reverse(ba);
float f1 = BitConverter.ToSingle(ba, 0);
if (OSCdebug) Console.WriteLine(arg0);
if (OSCdebug) Console.WriteLine(f1);
if (OSCdebug) Console.WriteLine("");
if (f1 == 0) enableVL = false; else enableVL = true;
if (enableVL)
Console.WriteLine("CC7 enabled");
else
Console.WriteLine("CC7 disabled");
}
else if (arg0.Equals("/1/toggle7") || arg0.Equals("/2/toggle7"))
{
var ba = packet.ToByteArray();
if (BitConverter.IsLittleEndian)
Array.Reverse(ba);
float f1 = BitConverter.ToSingle(ba, 0);
if (OSCdebug) Console.WriteLine(arg0);
if (OSCdebug) Console.WriteLine(f1);
if (OSCdebug) Console.WriteLine("");
if (f1 == 0) enableBC = false; else enableBC = true;
if (enableBC)
Console.WriteLine("CC2 enabled");
else
Console.WriteLine("CC2 disabled");
}
else if (arg0.Equals("/1/toggle8") || arg0.Equals("/2/toggle8"))
{
var ba = packet.ToByteArray();
if (BitConverter.IsLittleEndian)
Array.Reverse(ba);
float f1 = BitConverter.ToSingle(ba, 0);
if (OSCdebug) Console.WriteLine(arg0);
if (OSCdebug) Console.WriteLine(f1);
if (OSCdebug) Console.WriteLine("");
if (f1 == 0) enableCC1 = false; else enableCC1 = true;
if (enableCC1)
Console.WriteLine("MW(CC1) enabled");
else
Console.WriteLine("MW(CC1) disabled");
}
//---------------------------------------------------------
else if (arg0.Equals("/1/xy") || arg0.Equals("/3/xy"))
{
var ba = packet.ToByteArray();
if (BitConverter.IsLittleEndian)
Array.Reverse(ba);
float y = BitConverter.ToSingle(ba, 0);
float x = BitConverter.ToSingle(ba, 4);
if (OSCdebug) Console.WriteLine(arg0);
if (OSCdebug) Console.WriteLine(x);
if (OSCdebug) Console.WriteLine(y);
if (OSCdebug) Console.WriteLine(packet.ToString()); // debug
if (OSCdebug) Console.WriteLine("");
// convert int to enums
var eChannel = (Enums.Channel)Enum.ToObject(typeof(Enums.Channel), 0); // zero relative
// PitchBend -8191 thru +8191 (0-16382)
int int14 = (int)(16382 * x);
outputList[0].Send(new PitchBendMessage(eChannel, int14));
// CutoffFreq
int int7 = (int)(127 * y);
outputList[0].Send(new ControlChangeMessage(eChannel, 74, int7));
}
else if (arg0.Equals("/1")||arg0.Equals("/2")||arg0.Equals("/3")||arg0.Equals("/4"))
{
if (OSCdebug) Console.WriteLine("debug"); //debug
if (OSCdebug) Console.WriteLine(packet.ToString()); // debug
if (OSCdebug) Console.WriteLine("");
}
else if (arg0.Equals("/ping"))
{
if (OSCdebug) Console.WriteLine("debug"); //debug
if (OSCdebug) Console.WriteLine(packet.ToString()); // debug
if (OSCdebug) Console.WriteLine("");
}
// other OSC message
else
{
// Write the packet to the console
Console.WriteLine(packet.ToString());
}
// DO SOMETHING HERE!
} //connected
}
}
catch (Exception ex)
{
// if the socket was connected when this happens
// then tell the user
if (receiver.State == OscSocketState.Connected)
{
Console.WriteLine("Exception in listen loop");
Console.WriteLine(ex.Message);
}
}
}
//>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
//<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
// Event Handlers
// Listen to all available midi devices
void ControlChangeHandler(IMidiInputDevice sender, in ControlChangeMessage msg)
{
if (logOut)
Console.WriteLine(
$"[{sender.Name}] ControlChange: Channel:{msg.Channel} Control:{msg.Control} Value:{msg.Value}"
);
if (msg.Control == 11 || msg.Control == 2)
{
// for Aria
if (enableBC)
{
if (chgBC)
outputList[0].Send(
new ControlChangeMessage(
msg.Channel,
2,
limit127(msg.Value, cc1mod)
)
);
else
outputList[0].Send(new ControlChangeMessage(msg.Channel, 2, msg.Value));
}
if (enableVL)
{
if (chgVL)
outputList[0].Send(
new ControlChangeMessage(
msg.Channel,
7,
limit127(msg.Value, cc1mod)
)
);
else
outputList[0].Send(new ControlChangeMessage(msg.Channel, 7, msg.Value));
}
if (enableCC26)
outputList[0].Send(new ControlChangeMessage(msg.Channel, 26, msg.Value));
// Expression added
if (enableEX)
{
if (chgEX)
outputList[0].Send(
new ControlChangeMessage(
msg.Channel,
11,
limit127(msg.Value, cc1mod)
)
);
else
outputList[0].Send(
new ControlChangeMessage(msg.Channel, 11, msg.Value)
);
}
// CC1 added
if (enableCC1)
{
outputList[0].Send(new ControlChangeMessage(msg.Channel, 1, limit127(msg.Value,modDepth)));
/*
if (chgCC1)
outputList[0].Send(
new ControlChangeMessage(
msg.Channel,
limit127(msg.Value, cc1mod)
)
);
else
outputList[0].Send(new ControlChangeMessage(msg.Channel, 1, msg.Value));
*/
}
// CC74 added
if (enableCC74)
{
if (chgCC74)
outputList[0].Send(
new ControlChangeMessage(
msg.Channel,
74,
limit127(msg.Value, cc1mod)
)
);
else
outputList[0].Send(
new ControlChangeMessage(msg.Channel, 74, msg.Value)
);
}
// Aftertouch for Channel
if (enableAT)
{
if (chgAT)
outputList[0].Send(
new ChannelPressureMessage(msg.Channel, limit127(msg.Value, cc1mod))
);
else
outputList[0].Send(new ChannelPressureMessage(msg.Channel, msg.Value));
//outputList[0].Send(new PitchBendMessage(msg.Channel, msg.Value));
}
// Aftertouch for key
if (enablePP)
{
// convert enums to int for transpose
int iKey = (int)curMsg.Key;
iKey += transpose;
var eKey = (Enums.Key)Enum.ToObject(typeof(Enums.Key), iKey);
if (chgPP)
outputList[0].Send(
new PolyphonicKeyPressureMessage(
curMsg.Channel,
eKey,
limit127(msg.Value, cc1mod)
)
);
else
outputList[0].Send(
new PolyphonicKeyPressureMessage(curMsg.Channel, eKey, msg.Value)
);
}
}
if (msg.Control == 1)
{
if (!enableCC1)
outputList[0].Send(new ControlChangeMessage(msg.Channel, 1, msg.Value));
}
// the following CC ignore(not sent)
if (msg.Control == 7)
return; // EWI5000
if (msg.Control == 68)
return; // EWI5000
if (msg.Control == 74)
return; // EWI5000
if (msg.Control == 34)
return; // CC#34(Hires/Breath Controler) ignored
if (msg.Control == 39)
return; // CC#39(Hires/Volume) ignored
if (msg.Control == 43)
return; // CC#43(Hires/Expression) ignored
if (msg.Control == 88)
return; // CC#88(Hires/NoteOn) ignored
// portamento/glide support
if (msg.Control == 65)
{ // portamento on/off
outputList[0].Send(new ControlChangeMessage(msg.Channel, 65, msg.Value));
//if (PORTA.value) {
// midiout.send_message(message);
// return;
//}
if (msg.Control == 5)
{ // portamento/glide time
outputList[0].Send(new ControlChangeMessage(msg.Channel, 5, msg.Value));
//if (PORTA.value) {
// midiout.send_message(message);
// return;
//}
}
if (msg.Control == 84)
{ // portamento control
outputList[0].Send(new ControlChangeMessage(msg.Channel, 84, msg.Value));
//if (PORTA.value) {
// midiout.send_message(message);
// return;
//}
}
//----------------------
else // other CC
{
if (enableOTHER)
outputList[0].Send(msg);
return;
}
}
}
void NoteOnHandler(IMidiInputDevice sender, in NoteOnMessage msg)
{
if (logOut)
Console.WriteLine(
$"[{sender.Name}] NoteOn: Channel:{msg.Channel} Key:{msg.Key} Velocity:{msg.Velocity}"
);
// convert enums to int for transpose
int iKey = (int)msg.Key; // bug fixed 2023/1/8: NG:curMsg.Key;
iKey += transpose;
var eKey = (Enums.Key)Enum.ToObject(typeof(Enums.Key), iKey);
// change NoteOn to NoteOff (patch 2023/1/21 for NuRad)
if (msg.Velocity == 0)
{
outputList[0].Send(new NoteOffMessage(msg.Channel, eKey, msg.Velocity));
return;
}
curMsg = msg;
// 2023/1/5
int vv;
if (enableVFixed)
vv = VFixedValue;
else
vv = msg.Velocity;
//
if (enableSendNote)
outputList[0].Send(new NoteOnMessage(msg.Channel, eKey, vv));
}
void NoteOffHandler(IMidiInputDevice sender, in NoteOffMessage msg)
{
if (logOut)
Console.WriteLine(
$"[{sender.Name}] NoteOff: Channel:{msg.Channel} Key:{msg.Key} Velocity:{msg.Velocity}"
);
// convert enums to int for transpose
int iKey = (int)msg.Key; // bug fixed 2023/1/8: NG:curMsg.Key;
iKey += transpose;
var eKey = (Enums.Key)Enum.ToObject(typeof(Enums.Key), iKey);
if (enableSendNote)
outputList[0].Send(new NoteOffMessage(msg.Channel, eKey, msg.Velocity));
}
void ChannelPressureHandler(IMidiInputDevice sender, in ChannelPressureMessage msg)
{
outputList[0].Send(new ChannelPressureMessage(msg.Channel, msg.Pressure));
}
void PolyphonicKeyPressureHandler(
IMidiInputDevice sender,
in PolyphonicKeyPressureMessage msg
)
{
outputList[0].Send(
new PolyphonicKeyPressureMessage(msg.Channel, msg.Key, msg.Pressure)
);
}
void PitchBendHandler(IMidiInputDevice sender, in PitchBendMessage msg)
{
if (enablePB)
outputList[0].Send(new PitchBendMessage(msg.Channel, msg.Value));
}
//>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
void Panic()
{
var eChannel = (Enums.Channel)Enum.ToObject(typeof(Enums.Channel), 1);
// All Sound Off
outputList[0].Send(new ControlChangeMessage(eChannel, 120, 0));
// All Note Off
outputList[0].Send(new ControlChangeMessage(eChannel, 123, 0));
}
//-------------------------------------------------------------------------
// the following device will be opened
string ID0 = "WIDI Bud Pro"; // for Windows/Linux
string ID1 = "Elefue"; // for Mac
string ID2 = "re.corder"; // for Mac
string ID3 = "Nu"; // for Mac (with WIDI Master/NuRAD,NuEVI)
string ID4 = "EWI"; // for Mac (with WIDI Master/EWI5000,EWI4000,EVI3010 etc)
string ID5 = "AE-"; // for Mac (Roland)
string ID6 = "YDS-"; // for Mac (YAMAHA)
string ID7 = "Saxophone"; // for USB-MIDI (YAMAHA)
string OD = "loopMIDI"; // for Windows/Mac
//string OD = "SE-0"; // for Mac
// List all available MIDI API's
foreach (var api in MidiDeviceManager.Default.GetAvailableMidiApis())
{
Console.WriteLine($"Available API: {api}");
}
try
{
// disp input/output devices
Console.WriteLine("---- INPUT DEVICE ----");
foreach (var inputDeviceInfo in MidiDeviceManager.Default.InputDevices)
{
Console.WriteLine($"{inputDeviceInfo.Name}");
}
Console.WriteLine("---- OUTPUT DEVICE ----");
foreach (var outputDeviceInfo in MidiDeviceManager.Default.OutputDevices)
{
Console.WriteLine($"{outputDeviceInfo.Name}");
}
Console.WriteLine("-----------------------");
foreach (var inputDeviceInfo in MidiDeviceManager.Default.InputDevices)
{
// one device only
if (inputDeviceInfo.Name.Contains(ID0))
{
Console.WriteLine($"Opening input:[{inputDeviceInfo.Name}]");
var inputDevice = inputDeviceInfo.CreateDevice();
inputList.Add(inputDevice);
inputDevice.ControlChange += ControlChangeHandler;
inputDevice.NoteOn += NoteOnHandler;
inputDevice.NoteOff += NoteOffHandler;
inputDevice.PitchBend += PitchBendHandler;
inputDevice.ChannelPressure += ChannelPressureHandler;
inputDevice.PolyphonicKeyPressure += PolyphonicKeyPressureHandler;
inputDevice.Open();
break;
}
//Console.WriteLine("ID1");
if (inputDeviceInfo.Name.Contains(ID1))
{
Console.WriteLine($"Opening input:[{inputDeviceInfo.Name}]");
var inputDevice = inputDeviceInfo.CreateDevice();
inputList.Add(inputDevice);
inputDevice.ControlChange += ControlChangeHandler;
inputDevice.NoteOn += NoteOnHandler;
inputDevice.NoteOff += NoteOffHandler;
inputDevice.PitchBend += PitchBendHandler;
inputDevice.ChannelPressure += ChannelPressureHandler;
inputDevice.PolyphonicKeyPressure += PolyphonicKeyPressureHandler;
inputDevice.Open();
break;
}
//Console.WriteLine("ID2");
if (inputDeviceInfo.Name.Contains(ID2))
{
Console.WriteLine($"Opening input:[{inputDeviceInfo.Name}]");
var inputDevice = inputDeviceInfo.CreateDevice();
inputList.Add(inputDevice);
inputDevice.ControlChange += ControlChangeHandler;
inputDevice.NoteOn += NoteOnHandler;
inputDevice.NoteOff += NoteOffHandler;
inputDevice.PitchBend += PitchBendHandler;
inputDevice.ChannelPressure += ChannelPressureHandler;
inputDevice.PolyphonicKeyPressure += PolyphonicKeyPressureHandler;
inputDevice.Open();
break;
}
//Console.WriteLine("ID3");
if (inputDeviceInfo.Name.Contains(ID3))
{
Console.WriteLine($"Opening input:[{inputDeviceInfo.Name}]");
var inputDevice = inputDeviceInfo.CreateDevice();
inputList.Add(inputDevice);
inputDevice.ControlChange += ControlChangeHandler;
inputDevice.NoteOn += NoteOnHandler;
inputDevice.NoteOff += NoteOffHandler;
inputDevice.PitchBend += PitchBendHandler;
inputDevice.ChannelPressure += ChannelPressureHandler;
inputDevice.PolyphonicKeyPressure += PolyphonicKeyPressureHandler;
inputDevice.Open();
break;
}
//Console.WriteLine("ID4");
if (inputDeviceInfo.Name.Contains(ID4))
{
Console.WriteLine($"Opening input:[{inputDeviceInfo.Name}]");
var inputDevice = inputDeviceInfo.CreateDevice();
inputList.Add(inputDevice);
inputDevice.ControlChange += ControlChangeHandler;
inputDevice.NoteOn += NoteOnHandler;
inputDevice.NoteOff += NoteOffHandler;
inputDevice.PitchBend += PitchBendHandler;
inputDevice.ChannelPressure += ChannelPressureHandler;
inputDevice.PolyphonicKeyPressure += PolyphonicKeyPressureHandler;
inputDevice.Open();
break;
}
//Console.WriteLine("ID5");
if (inputDeviceInfo.Name.Contains(ID5))
{
Console.WriteLine($"Opening input:[{inputDeviceInfo.Name}]");
var inputDevice = inputDeviceInfo.CreateDevice();
inputList.Add(inputDevice);
inputDevice.ControlChange += ControlChangeHandler;
inputDevice.NoteOn += NoteOnHandler;
inputDevice.NoteOff += NoteOffHandler;
inputDevice.PitchBend += PitchBendHandler;
inputDevice.ChannelPressure += ChannelPressureHandler;
inputDevice.PolyphonicKeyPressure += PolyphonicKeyPressureHandler;
inputDevice.Open();
break;
}
//Console.WriteLine("ID6");
if (inputDeviceInfo.Name.Contains(ID6))
{
Console.WriteLine($"Opening input:[{inputDeviceInfo.Name}]");
var inputDevice = inputDeviceInfo.CreateDevice();
inputList.Add(inputDevice);
inputDevice.ControlChange += ControlChangeHandler;
inputDevice.NoteOn += NoteOnHandler;
inputDevice.NoteOff += NoteOffHandler;
inputDevice.PitchBend += PitchBendHandler;
inputDevice.ChannelPressure += ChannelPressureHandler;
inputDevice.PolyphonicKeyPressure += PolyphonicKeyPressureHandler;
inputDevice.Open();
break;
}
//Console.WriteLine("ID7");
if (inputDeviceInfo.Name.Contains(ID7))
{
Console.WriteLine($"Opening input:[{inputDeviceInfo.Name}]");
var inputDevice = inputDeviceInfo.CreateDevice();
inputList.Add(inputDevice);
inputDevice.ControlChange += ControlChangeHandler;
inputDevice.NoteOn += NoteOnHandler;
inputDevice.NoteOff += NoteOffHandler;
inputDevice.PitchBend += PitchBendHandler;
inputDevice.ChannelPressure += ChannelPressureHandler;
inputDevice.PolyphonicKeyPressure += PolyphonicKeyPressureHandler;
inputDevice.Open();
break;
}
}
//---------------------------------------------------------------------
foreach (var outputDeviceInfo in MidiDeviceManager.Default.OutputDevices)
{
// one device only
if (outputDeviceInfo.Name.Contains(OD))
{
Console.WriteLine($"Opening output:[{outputDeviceInfo.Name}]");
// check Windows or Mac
/*
if (outputDeviceInfo.Name.Contains("bus1")) enableSendNote = false;
if (!enableSendNote) Console.WriteLine("running at Mac Env.");
else Console.WriteLine("running at Windows Env.");
*/
if (outputDeviceInfo.Name.Contains("bus1"))
Console.WriteLine("running at Mac Env.");
else
Console.WriteLine("running at Windows Env.");
var outputDevice = outputDeviceInfo.CreateDevice();
outputList.Add(outputDevice);
outputDevice.Open();
}
}
Console.WriteLine(
"MW(CC1)/BC/VL/EX/CF(CC74)/CC26/AT(CP/PP)/other/PANIC/Tranpose PitchBend_xfer support version"
);
//Console.WriteLine("Press 'q' key to stop...");
Console.WriteLine("Press '^C' key to exit...");
RestoreFlags();
while (true)
{
var c = Console.ReadKey();
if (c.Key == ConsoleKey.Q)
{
break;
}
if (c.Key == ConsoleKey.D1)
{
Console.WriteLine("");
cc1mod = 1;
Console.WriteLine("mod: x1");
}
if (c.Key == ConsoleKey.D2)
{
Console.WriteLine("");
cc1mod = 2;
Console.WriteLine("mod: x2");
}
if (c.Key == ConsoleKey.D3)
{
Console.WriteLine("");
cc1mod = 3;
Console.WriteLine("mod: x3");
}
if (c.Key == ConsoleKey.D4)
{
Console.WriteLine("");
cc1mod = 4;
Console.WriteLine("mod: x4");
}
if (c.Key == ConsoleKey.D5)
{
Console.WriteLine("");
cc1mod = 5;
Console.WriteLine("mod: x5");
}
if (c.Key == ConsoleKey.D6)
{
Console.WriteLine("");
cc1mod = 6;
Console.WriteLine("mod: x6");
}
if (c.Key == ConsoleKey.D7)
{
Console.WriteLine("");
cc1mod = 7;
Console.WriteLine("mod: x7");
}
if (c.Key == ConsoleKey.D8)
{
Console.WriteLine("");
cc1mod = 8;
Console.WriteLine("mod: x8");
}
if (c.Key == ConsoleKey.D9)
{
Console.WriteLine("");
cc1mod = 9;
Console.WriteLine("mod: x9");
}
if (c.Key == ConsoleKey.D0)
{
Console.WriteLine("");
cc1mod = 10;
Console.WriteLine("mod: x10");
}
// transpose
if (c.Key == ConsoleKey.UpArrow)
{
//Console.WriteLine("");
transpose++;
Console.WriteLine("trans:{0}", transpose);
}
if (c.Key == ConsoleKey.DownArrow)
{
//Console.WriteLine("");
transpose--;
Console.WriteLine("trans:{0}", transpose);
}
//--
if (c.Key == ConsoleKey.LeftArrow)
{
//Console.WriteLine("");
transpose -= 12;
Console.WriteLine("trans:{0}", transpose);
}
if (c.Key == ConsoleKey.RightArrow)
{
//Console.WriteLine("");
transpose += 12;
Console.WriteLine("trans:{0}", transpose);
}
//----------------------------------------
if (c.Key == ConsoleKey.A)
{
Console.WriteLine("");
enableAT = (!enableAT);
if (enableAT)
Console.WriteLine("AT(CP) enabled");
else
Console.WriteLine("AT(CP) disabled");
prevC = c.Key;
}
if (c.Key == ConsoleKey.C)
{
Console.WriteLine("");
enableCC74 = (!enableCC74);
if (enableCC74)
Console.WriteLine("CF(CC74) enabled");
else
Console.WriteLine("CF(CC74) disabled");
prevC = c.Key;
}
if (c.Key == ConsoleKey.M)
{
Console.WriteLine("");
enableCC1 = (!enableCC1);
if (enableCC1)
Console.WriteLine("MW(CC1) enabled");
else
Console.WriteLine("MW(CC1) disabled");
prevC = c.Key;
}
if (c.Key == ConsoleKey.P)
{
Console.WriteLine("");
enablePP = (!enablePP);
if (enablePP)
Console.WriteLine("AT(PP) enabled");
else
Console.WriteLine("AT(PP) disabled");
prevC = c.Key;
}
if (c.Key == ConsoleKey.B)
{
Console.WriteLine("");
enableBC = (!enableBC);
if (enableBC)
Console.WriteLine("BC enabled");
else
Console.WriteLine("BC disabled");
prevC = c.Key;
}
if (c.Key == ConsoleKey.V)
{
Console.WriteLine("");
enableVL = (!enableVL);
if (enableVL)
Console.WriteLine("VL enabled");
else
Console.WriteLine("VL disabled");
prevC = c.Key;
}
if (c.Key == ConsoleKey.E)
{
Console.WriteLine("");
enableCC26 = (!enableCC26);
if (enableCC26)
Console.WriteLine("CC26 enabled");
else
Console.WriteLine("CC26 disabled");
//prevC = c.Key;
}
if (c.Key == ConsoleKey.X)
{
Console.WriteLine("");
enableEX = (!enableEX);
if (enableEX)
Console.WriteLine("EX enabled");
else
Console.WriteLine("EX disabled");
prevC = c.Key;
}
if (c.Key == ConsoleKey.O)
{
Console.WriteLine("");
enableOTHER = (!enableOTHER);
if (enableOTHER)
Console.WriteLine("Other enabled");
else
Console.WriteLine("Other disabled");
//prevC = c.Key;
}
// 2023/1/5
if (c.Key == ConsoleKey.D)
{
Console.WriteLine("");
enablePB = (!enablePB);
if (enablePB)
Console.WriteLine("PB enabled");
else
Console.WriteLine("PB disabled");
}
if (c.Key == ConsoleKey.I)
{
Console.WriteLine("");
enableVFixed = (!enableVFixed);
if (enableVFixed)
Console.WriteLine("Velocity Fixed");
else
Console.WriteLine("Velociry Dynamic");
}
//---------------------------------------------
if (c.Key == ConsoleKey.S)
{
Console.WriteLine("");
// disp setup status
Console.WriteLine(
"chgCC1:{0} chgCC74:{1} chgAT:{2} chgPP:{3} chgVL:{4} chgBC:{5} mod:x{6}",
chgCC1,
chgCC74,
chgAT,
chgPP,
chgVL,
chgBC,
cc1mod
);
}
//---------------------------------------------
// None Fixed Modifier
if (c.Key == ConsoleKey.N)
{
Console.WriteLine("");
if (prevC == ConsoleKey.M)
{
enableCC1 = true;
chgCC1 = true;
Console.WriteLine("MW(CC1) changed modifier");
}
if (prevC == ConsoleKey.C)
{
enableCC74 = true;
chgCC74 = true;
Console.WriteLine("CF(CC74) changed modifier");
}
if (prevC == ConsoleKey.A)
{
enableAT = true;
chgAT = true;
Console.WriteLine("AT(CP) changed modifier");
}
if (prevC == ConsoleKey.P)
{
enablePP = true;
chgPP = true;
Console.WriteLine("AT(PP) changed modifier");
}
if (prevC == ConsoleKey.V)
{
enableVL = true;
chgVL = true;
Console.WriteLine("VL changed modifier");
}
if (prevC == ConsoleKey.B)
{
enableBC = true;
chgBC = true;
Console.WriteLine("BC changed modifier");
}
// disp setup status
Console.WriteLine(
"chgCC1:{0} chgCC74:{1} chgAT:{2} chgPP:{3} chgVL:{4} chgBC:{5} mod:x{6}",
chgCC1,
chgCC74,
chgAT,
chgPP,
chgVL,
chgBC,
cc1mod
);
}
// Fixed Modifier(x1)
if (c.Key == ConsoleKey.F)
{
Console.WriteLine("");
if (prevC == ConsoleKey.M)
{
enableCC1 = true;
chgCC1 = false;
Console.WriteLine("MW(CC1) fixed modifier");
}
if (prevC == ConsoleKey.C)
{
enableCC74 = true;
chgCC74 = false;
Console.WriteLine("CF(CC1) fixed modifier");
}
if (prevC == ConsoleKey.A)
{
enableAT = true;
chgAT = false;
Console.WriteLine("AT(CP) fixed modifier");
}
if (prevC == ConsoleKey.P)
{
enablePP = true;
chgPP = false;
Console.WriteLine("AT(PP) fixed modifier");
}
if (prevC == ConsoleKey.V)
{
enableVL = true;
chgVL = false;
Console.WriteLine("VL fixed modifier");
}
if (prevC == ConsoleKey.B)
{
enableBC = true;
chgBC = false;
Console.WriteLine("BC fixed modifier");
}
// disp setup status
Console.WriteLine(
"chgCC1:{0} chgCC74:{1} chgAT:{2} chgPP:{3} chgVL:{4} chgBC:{5} mod:x{6}",
chgCC1,
chgCC74,
chgAT,
chgPP,
chgVL,
chgBC,
cc1mod
);
}
//---------------------------------------------
// SendNore toggle
if (c.Key == ConsoleKey.T)
{
Console.WriteLine("");
enableSendNote = (!enableSendNote);
if (enableSendNote)
Console.WriteLine("SendNote enabled");
else
Console.WriteLine("SendNote disabled");
}
//---------------------------------------------
// Panic
if (c.Key == ConsoleKey.Z)
{
Console.WriteLine("");
Panic();
Console.WriteLine("PANIC Done!");
}
//===========================================
}
} //try
finally
{
foreach (var device in inputList)
{
device.ControlChange -= ControlChangeHandler;
device.NoteOn -= NoteOnHandler;
device.NoteOff -= NoteOffHandler;
device.PitchBend -= PitchBendHandler;
device.ChannelPressure -= ChannelPressureHandler;
device.PolyphonicKeyPressure -= PolyphonicKeyPressureHandler;
device.Dispose();
}
foreach (var device in outputList)
{
device.Dispose();
}
}
}
}
}
環境依存部分として以下があり、TouchOSCのiPhone/AndroidのIPアドレスを設定する：
int port = 8000;
int outPort = 9000;
IPAddress sendAddress = IPAddress.Parse("192.168.1.4"); // IP address of iPhone(TouchOSC)
対応ソフト音源
色々な音源で必要と思われるCC#を有効にしているので、Ariaだけでなく、以下の音源でも、そのまま利用できる。多数のCC#が有効になっているが、特に問題がなければ、そのままで、かまわないが、それぞれのCC#をオフにする。
- Aria(USB-EWI)
- Lyrihorn-2(VST3)
Lyrihorn-2 - EVI-NER(VST3)
EVI-NER - IFW(VST3)
- Respiro
RESPIRO - Physical Modeling Wind Synth - TubeSynth(VST3)
TUBE SYNTH - VIRTUAL INSTRUMENTS - Surge XT
SURGE XT - Free & Open Source Hybrid Synthesizer
Surge XT User Manual - Vital
VITAL - Spectral warping wavetable synth
Get Vital(フリー版もある)
操作方法
- iPhone/AndroidのTouchOSCを起動してLAYOUT:Mix16のページ２でCCMapperのOSC通信待ちにする。
(設定のCONNECTIONのOSC:xxx:xxx:xxx:xxxにはホストPCのIPアドレスを設定する) - (windowsの場合、WIDI_Bud_ProをUSBに刺して)CCMpperを起動する。
TouchOSCは以下の画面になる：
左からtoggle,faderが1から8まで並んでいて以下の機能が割り当てられている：
Mix16/TouchOSC controler
toggles
1: Velocity Fixed/PANIC button: toggle
2: AT/PP: toggle
3: CC74: toggle
4: CC26: toggle
5: CC11: toggle
6: CC7 : toggle
7: CC2 : toggle
8: CC1 : toggle
faders
1: Fixed Velocity value(0-127)
8: Modulation Depth value(0-2.0) // related CC1
実験的機能：
ページ１に切り替えると以下のような画面になる：
この画面でxyに以下の機能が割り当てられている：
experimental
xy
x: PitchBend
y: Cutoff(CC74)
今までのコンソールのキー入力も使用可能だが GUIがカバーしていない機能として以下が役に立つ：
// PitchBen(d) transefer
// d toggle
// NoteOn/Off Tranfer Switch
// t toggle
// Transpose
// [↑] [↓] +/- semitone
// [←] [→] -/+ octave
次に音源を立ち上げて入力MIDIデバイスを「loopMIDI port」に設定する。ここで、wind_controlerで吹くと音が出る。
Macの場合、WIDI_Bud経由でないので、あらかじめ、bluetooth対応controlerを接続(ペアリング)しておく必要がある。
また、USB-MIDI対応controlerの場合、PC/Macに接続すると自動認識して、そのまま使用できる。
トランスポーズのキーがあり、オクターブ単位または半音単位で上下できる。
有効/無効の切り替えはないが、PitchBendは、Wind_Controlerの出力がそのまま音源に転送される。
処理量
GUI付きCCMaperとして「Flet_CCMapper(RtMidi/python3)」があり、Vitalのような比較的重いソフト音源を使った場合、fletの処理のせいか、MIDIメッセージを落とし、音が出っぱなしになったりした。 本件のCCMapperはC#実装で、それに比べると処理が軽く、GUIを外部のTouchOSCが担当しているので、現状、今までのCCMapperのなかでは、処理が一番軽い印象がある。
参考情報
MIDI tool関連：
Protokol - A responsive heavy duty console for troubleshooting control protocols
MIDIトラフィックをモニターできるツール。(お勧め)
TouchOSC関連：
TouchOSCMk1
昔からあるTouchOSCで「MK1」付きに改名している
Open Sound Control
iPhone でスクリーンショットを撮る
C#ビルド方法(参考)：
CCMapper(C#版/RtMidi)
loopMIDI関連：
loopMIDI
loopMIDIでつなぐ
WIDI_Bud_Pro関連：
WIDI Bud Pro
WIDI Bud Pro 技術情報
PC音源関連：
[WS音源探訪02] Vital Free Patch for Windsynth つくってみました
wind_controler向けのパッチがあり役に立つ
[WS音源探訪01] Vital
【無料】VitalAudioのWaveTableシンセVitalの紹介
Macことはじめ/仮想MIDIデバイスの設定,Bluetooth_MIDIデバイスの接続
Respiro(VST3)を使ってみる
Lyrihorn 2(VST3)を使ってみる
EVI-NER(VST3)を使ってみる
re.corder/Elefueに外部音源(Aria/Windows)を接続する(WIDI_Bud_Pro経由)
EWI5000をソフト音源(IFW)と接続する
re.corder関連：
owner’s manual re.corder
re.corder Downloads
re.corder Frequently Asked Questions
MIDI関連：
現時点、最強のBluetooth MIDIかも!? 各種BLE-MIDI機器と自動でペアリングしてくれるWIDI Masterがスゴイ！
Midi View
ASIO関連：
asio4all - ASIOドライバーのないオーディオインターフェイスをASIO対応にできるソフト
Aria関連：
EWI MASTER BOOK CD付教則完全ガイド【改訂版】のp100-p119の音色の設定方法がある
以上