Basic Volume Controls
This commit is contained in:
parent
9bb1b526ed
commit
78d9577a5f
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@ -1,2 +1,5 @@
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*.bak
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*.ini
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MidiToMacro.ini
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/SOURCE
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/.vs
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games_list.ini
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config.ini
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@ -110,6 +110,11 @@ Return
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; MIDI Rules dispatcher
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LoadModules:
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; Include the ModuleLoader script
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#Include ModuleLoader.ahk
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Return
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MidiRules:
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if (statusbyte >= 128 and statusbyte <= 159) { ; Note off/on
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isNoteOn := (statusbyte >= 144 and byte2 > 0)
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120
MidiRules.ahk
120
MidiRules.ahk
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@ -1,4 +1,3 @@
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;*************************************************
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;* RULES - MIDI FILTERS
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;*************************************************
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@ -13,36 +12,94 @@ ProcessNote(device, channel, note, velocity, isNoteOn) {
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}
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ProcessCC(device, channel, cc, value) {
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if (cc = 21 or cc = 29) {
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scaled_value := ConvertCCValueToScale(value, 0, 127)
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vol := scaled_value * 100
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SoundSet, vol
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;*************************************************
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;* Rotary Knob 1 (Master Volume Control) *
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;*************************************************
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if (cc = 21) {
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scaled_value := ConvertCCValueToScale(value, 7, 120)
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vol := Round(scaled_value * 100) ; Scale to percentage
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SoundSet, vol, MASTER
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; Minimizing feedback to optimize speed
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DisplayOutput("Volume", vol)
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} else if (cc = 51) {
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Send {Volume_Mute}
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DisplayOutput("Volume", "Mute")
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} else if (cc = 52 and value != 0) {
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Send {Volume_Down}
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DisplayOutput("Volume", "Down")
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} else if (cc = 53 and value != 0) {
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Send {Volume_Up}
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DisplayOutput("Volume", "Up")
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} else if (cc = 54 and value != 0) {
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Send {Media_Play_Pause}
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DisplayOutput("Media", "Play/Pause")
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} else if (cc = 55 and value != 0) {
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Send {Media_Stop}
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DisplayOutput("Media", "Stop")
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} else if (cc = 56 and value != 0) {
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Send {Media_Prev}
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DisplayOutput("Media", "Previous")
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} else if (cc = 57 and value != 0) {
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Send {Media_Next}
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DisplayOutput("Media", "Next")
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} else if (cc = 58 and value != 0) {
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; Place a cue marker in Sound Forge 9
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ControlSend, , {Alt down}m{Alt up}, ahk_class #32770
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DisplayOutput("Sound Forge", "Place Cue Marker")
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}
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if (cc = 0 and value = 1) {
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SoundSet, 1, MASTER, MUTE ; Unmute
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DisplayOutput("Volume Unmuted", "")
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} else if (cc = 0 and value = 0) {
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SoundSet, 0, MASTER, MUTE ; Mute
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DisplayOutput("Volume Muted", "")
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}
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;*************************************************
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;* Rotary Knob 2 (Mozilla Firefox Volume Control)*
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;*************************************************
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if (cc = 22) {
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scaled_value := ConvertCCValueToScale(value, 7, 120)
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vol := Round(scaled_value, 2) ; Scale to the range used by nircmd
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; Adjust Firefox volume using nircmd
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Run, nircmd setappvolume firefox.exe %vol%
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; Minimizing feedback to optimize speed
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scaled_value := ConvertCCValueToScale(vol, 0, 127)
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percentage := Round(vol * 100) ; Scale to percentage
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DisplayOutput("Firefox Volume", percentage)
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}
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if (cc = 1 and value = 1) {
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; Mute Mozilla Firefox
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Run, nircmd muteappvolume firefox.exe 1
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DisplayOutput("Firefox Muted", "")
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} else if (cc = 1 and value = 0) {
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; Unmute Mozilla Firefox
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Run, nircmd muteappvolume firefox.exe 0
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DisplayOutput("Firefox Unmuted", "")
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}
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;*************************************************
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;* Rotary Knob 3 (Games Volume Control) *
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;*************************************************
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if (cc = 23) {
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scaled_value := ConvertCCValueToScale(value, 7, 120)
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vol := Round(scaled_value, 2) ; Scale to the range used by nircmd
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; Read the list of game executables from the file
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FileRead, gameList, game_exe_list.txt
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Loop, Parse, gameList, `n, `r
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{
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if (A_LoopField != "") {
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; Adjust game volume using nircmd
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Run, nircmd setappvolume %A_LoopField% %vol%
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}
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}
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; Minimizing feedback to optimize speed
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scaled_value := ConvertCCValueToScale(vol, 0, 127)
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percentage := Round(vol * 100) ; Scale to percentage
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DisplayOutput("Games Volume", percentage)
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}
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if (cc = 2 and value = 1) {
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; Mute all games
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FileRead, gameList, game_exe_list.txt
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Loop, Parse, gameList, `n, `r
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{
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if (A_LoopField != "") {
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Run, nircmd muteappvolume %A_LoopField% 1
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}
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}
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DisplayOutput("Games Muted", "")
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} else if (cc = 2 and value = 0) {
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; Unmute all games
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FileRead, gameList, game_exe_list.txt
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Loop, Parse, gameList, `n, `r
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{
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if (A_LoopField != "") {
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Run, nircmd muteappvolume %A_LoopField% 0
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}
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}
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DisplayOutput("Games Unmuted", "")
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}
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}
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@ -52,5 +109,4 @@ ProcessPC(device, channel, note, velocity) {
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ProcessPitchBend(device, channel, value) {
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}
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}
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Binary file not shown.
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@ -0,0 +1,89 @@
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# MidiToMacro
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This is an AutoHotKey script for Windows, to map MIDI input values to hotkeys or macros.
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You can use this script to bind CC messages to media keys (play/pause/next), volume sliders, or unusual keyboard combinations (ctrl+shift+alt+F13) which you can assign in programs like StreamLabs OBS.
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It's cobbled together from scripts found on the AHK forums. It originally supported mapping MIDI inputs to a virtual joystick using vJoy, and to MIDI outputs; this functionality has been removed. All credit goes to the original authors.
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## Running
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Double click on `MidiToMacro.ahk`.
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To launch the program when Windows starts, you can add a shortcut to the file in your Start Menu\Startup folder.
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The first time you launch the script, you will be prompted to choose a MIDI input device. If you need to change it later, you can right click on the system tray icon and click `MidiSet`. Or, you can open the `MidiMon`, and change the input in the "Midi Input" dropdown menu; the script will automatically reload.
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To see a log of recent MIDI input messages and any output events, right click on the system tray icon and click `MidiMon`. You can close this window, and the script will keep running in the background.
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## Adding rules
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You can add rules to the file `MidiRules.ahk`.
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There are four handler functions you can modify:
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- `ProcessNote`: handles note on/off events
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- `ProcessCC`: handles CC (Control Change, or Continuous Control) events
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- `ProcessPC`: handles patch change events
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- `ProcessPitchBend`: handle pitch bend events
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Within each function, you can have a series of `if/else` blocks.
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```
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if (cc = 21) {
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; ...
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} else if (cc = 51) {
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; ...
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} else if (cc = 52 and value != 0) {
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; ...
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}
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```
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A rule to toggle the mute button when receiving CC 51 might look like this:
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```
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if (cc = 51) {
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Send {Volume_Mute}
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DisplayOutput("Volume", "Mute")
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}
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```
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`Send {Volume_Mute}` simulates pressing the "mute" button on your keyboard. `DisplayOutput("Volume", "Mute")` logs a message to the MidiMon GUI.
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A rule to press the play/pause button might look like this:
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```
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if (cc = 54 and value != 0) {
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Send {Media_Play_Pause}
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DisplayOutput("Media", "Play/Pause")
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}
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```
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`value != 0` lets us detect button presses, and ignores button releases, on our MIDI controller. (Without this clause, we'd send the keyboard macro twice; once for the button press, and agin for the button release.)
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Here's a rule to map a continuous control from a slider to the main Windows mixer volume:
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```
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if (cc = 21 or cc = 29) {
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scaled_value := ConvertCCValueToScale(value, 0, 127)
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vol := scaled_value * 100
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SoundSet, vol
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DisplayOutput("Volume", vol)
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}
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```
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`ConvertCCValueToScale` is a utility function from `CommonFunctions.ahk`. It converts a value within a give range into a floating point number between 0 and 1.
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Here's a rule to trigger a keyboard shortcut in a specific application; in this example, Sound Forge 9:
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```
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if (cc = 58 and value != 0) {
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; Place a cue marker in Sound Forge 9
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ControlSend, , {Alt down}m{Alt up}, ahk_class #32770
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DisplayOutput("Sound Forge", "Place Cue Marker")
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}
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```
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You can use AutoHotKey's "WindowSpy" script to identify windows, or controls within an application, for use with `ahk_class`.
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You can find [a list of standard CC messages online](https://www.midi.org/specifications-old/item/table-3-control-change-messages-data-bytes-2). You could use any control number without a specified control function, including numbers between 20-31, 52-63, and 102-119. But, any control number should work fine.
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90
README.md
90
README.md
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@ -1,89 +1,23 @@
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# MidiToMacro
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# MidiToMacro - LaunchKey Mini [Mk3] Fork
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This is an AutoHotKey script for Windows, to map MIDI input values to hotkeys or macros.
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I made this fork to use my Launchkey Mini [Mk3] as a Stream Deck.
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You can use this script to bind CC messages to media keys (play/pause/next), volume sliders, or unusual keyboard combinations (ctrl+shift+alt+F13) which you can assign in programs like StreamLabs OBS.
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It is a fork of [laurence-myers/midi-to-macro](https://github.com/laurence-myers/midi-to-macro). It uses Modules to easily enable or disable different controls and is designed to be easily modified via the Config.ini file.
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It's cobbled together from scripts found on the AHK forums. It originally supported mapping MIDI inputs to a virtual joystick using vJoy, and to MIDI outputs; this functionality has been removed. All credit goes to the original authors.
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## TODO
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## Running
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Planned Features
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Double click on `MidiToMacro.ahk`.
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- Modules
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To launch the program when Windows starts, you can add a shortcut to the file in your Start Menu\Startup folder.
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- Laravel WebUI for modification of Inputs / Outputs
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The first time you launch the script, you will be prompted to choose a MIDI input device. If you need to change it later, you can right click on the system tray icon and click `MidiSet`. Or, you can open the `MidiMon`, and change the input in the "Midi Input" dropdown menu; the script will automatically reload.
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## Functionality
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To see a log of recent MIDI input messages and any output events, right click on the system tray icon and click `MidiMon`. You can close this window, and the script will keep running in the background.
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For more info on the functionality, please see the [Original_README](Original_README.md) file.
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## Adding rules
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### Dependencies
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You can add rules to the file `MidiRules.ahk`.
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- NirCmd has been added to the project as a dependency. It is included so you will not need to download it.
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There are four handler functions you can modify:
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- `ProcessNote`: handles note on/off events
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- `ProcessCC`: handles CC (Control Change, or Continuous Control) events
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- `ProcessPC`: handles patch change events
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- `ProcessPitchBend`: handle pitch bend events
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Within each function, you can have a series of `if/else` blocks.
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```
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if (cc = 21) {
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; ...
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} else if (cc = 51) {
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; ...
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} else if (cc = 52 and value != 0) {
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; ...
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}
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```
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A rule to toggle the mute button when receiving CC 51 might look like this:
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```
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if (cc = 51) {
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Send {Volume_Mute}
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DisplayOutput("Volume", "Mute")
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}
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```
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`Send {Volume_Mute}` simulates pressing the "mute" button on your keyboard. `DisplayOutput("Volume", "Mute")` logs a message to the MidiMon GUI.
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A rule to press the play/pause button might look like this:
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```
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if (cc = 54 and value != 0) {
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Send {Media_Play_Pause}
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DisplayOutput("Media", "Play/Pause")
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}
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```
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`value != 0` lets us detect button presses, and ignores button releases, on our MIDI controller. (Without this clause, we'd send the keyboard macro twice; once for the button press, and agin for the button release.)
|
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Here's a rule to map a continuous control from a slider to the main Windows mixer volume:
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|
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```
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if (cc = 21 or cc = 29) {
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scaled_value := ConvertCCValueToScale(value, 0, 127)
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vol := scaled_value * 100
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SoundSet, vol
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DisplayOutput("Volume", vol)
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}
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```
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`ConvertCCValueToScale` is a utility function from `CommonFunctions.ahk`. It converts a value within a give range into a floating point number between 0 and 1.
|
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Here's a rule to trigger a keyboard shortcut in a specific application; in this example, Sound Forge 9:
|
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|
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```
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if (cc = 58 and value != 0) {
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; Place a cue marker in Sound Forge 9
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ControlSend, , {Alt down}m{Alt up}, ahk_class #32770
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DisplayOutput("Sound Forge", "Place Cue Marker")
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}
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```
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You can use AutoHotKey's "WindowSpy" script to identify windows, or controls within an application, for use with `ahk_class`.
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You can find [a list of standard CC messages online](https://www.midi.org/specifications-old/item/table-3-control-change-messages-data-bytes-2). You could use any control number without a specified control function, including numbers between 20-31, 52-63, and 102-119. But, any control number should work fine.
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- Git Bash is what I used to run .sh files on Windows. I have not tested it with cmd or powershell or any other bash clients.
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@ -0,0 +1,2 @@
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# This file is looped through and works best with 3 or 4 games in the list or it starts to lag. This comment is also read, so delete it if you want to speed it up by 1 line.
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MTGA.exe
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