2023/12/23
updated
2023/7/3
初版
本記事はdotnetでC#を動かすの改版にあたる。 Mac対応、実行形式の作成などを追加している。
dotnet環境でC#を動かす。
dotnet環境の特徴として、windows,linuxなどのマルチプラットフォームで動作するので、
ここでは、winodews,linux(ubuntu),Macでのインストールとビルド実行について説明する。
実行サンプルのOSCとOpenXmlは
旧記事dotnetでC#を動かすを参照のこと。
ここでの実行サンプルはCCMapperを紹介するがライブラリの関係でWindows/Mac用となる。(linuxでは動作しない)
古い記事を参照しなくても良いように、そのまま利用できるところは、同じ内容になっている。
以下の手順でdotnet環境をインストールする：
https://dotnet.microsoft.com/ja-jp/download/dotnet/thank-you/sdk-6.0.301-windows-x64-installer
Ubuntu に .NET SDK または .NET ランタイムをインストールする
上のリンクにある説明どおり以下を実行する：
#「20.04」は、実際に使用しているubuntuのバージョン番号を代入する。
wget https://packages.microsoft.com/config/ubuntu/20.04/packages-microsoft-prod.deb -O packages-microsoft-prod.deb
sudo dpkg -i packages-microsoft-prod.deb
rm packages-microsoft-prod.deb
sudo apt-get update
sudo apt-get install -y apt-transport-https
sudo apt-get update
sudo apt-get install -y dotnet-sdk-6.0
#or
sudo apt-get install -y dotnet-sdk-8.0
sudo apt-get install -y aspnetcore-runtime-6.0
インストールが終わったら以下の手順でプロジェクトを作成する：
# dotnetのバージョンを確認する
dotnet --version
7.0.100
# プロジェクトを作成する
mkdir xxxx(xxxxはプロジェクト名で任意)
dotnet new console(コンソールのアプリの雛形を作成)
# プロジェクトのディレクトリに入る
cd xxxx
# 実行の確認
dotnet run
# 雛形のプログラムが実行される
Hello, World!
この時点で、プログラムの雛形のProgram.csとプロジェクトファイル.csprojが作成される。
雛形のプログラムの内容を実際に使用するプログラムに変更する。
ここではOSC_CCMapper3(RiMidi) for Win/Mac のソースを利用する。
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();
}
}
}
}
}
詳細はOSC_CCMapper3(RiMidi) for Win/Mac を参照のこと。
上のプログラムで必要なパッケージを追加する。
dotnet add package Rug.OSC -s https://www.nuget.org/api/v2
dotnet add package RtMidi.Core -s https://www.nuget.org/api/v2
dotnet add package Serilog.Sinks.Console -s https://www.nuget.org/api/v2
# 実行
dotnet run
# 警告などが出るが正常に実行される
# 実行せずにビルドする
dotnet build
Macの場合：
dotnet publish -c Release --self-contained true -r osx-x64
Windowsの場合：
dotnet publish -c Release --self-contained true -r win-x64
Linuxの場合：
dotnet publish -c Release --self-contained true -r linux-x64
上の実行後、
ディレクトリbin/Release/net7.0/osx-x64/publishが作成される。このなかにプロジェクト名xxxxの実行形式が作成される。
# Mac/Linuxの場合、ファイルタイプ無し、windowsでは、.exeになる。
コマンドラインで「./xxxx(.exe)」でプログラムが実行できる。
Macの場合：
該当するアイコンをポイントしてcontrolを押しながらクリックしてメニューを開く。
その中から「エイリアスを作成」を選択して、エイリアスを作成する。
作成したエリアスはディスクトップなどアクセスしやすい場所におく。
.NET Core で 実行ファイル（exe）を作成する方法
PocketBeagleでのC#(mono)インストールメモ
スプレッドシート (Open XML SDK)
ワープロ (Open XML SDK)
プレゼンテーション (Open XML SDK)
以上