Quisk version 4.2.28
This commit is contained in:
James C. Ahlstrom
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# This module implements Midi processing in Quisk. The OnReadMIDI() method is called for any Midi bytes
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# received. Do not change this file. If you want to replace it with your own Midi handler, create a
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# configuration file, copy this file into it and make any changes there. Quisk will use your configuration
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# file MidiHandler instead of this one.
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# Midi messages are generally three bytes long. The first byte is the status and has the most significant bit set.
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# Subsequent bytes have the most significant bit zero. The status byte of a channel message is a 1 bit, three bits of message
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# type and 4 bits of channel number. This is followed by two bytes of data.
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# For Note On (status 0x9?) and Note Off (status 0x8?) the data bytes are the note number and velocity. Velocity
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# indicates how hard the key was pressed. If the velocity of a Note On message is zero it is treated the same as Note Off.
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# For a control change (status = 0xB?) the data bytes are the controller number and the controller value. For some controllers
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# it only matters if the value is less than 64 (down) or 64 or greater (up). For other controllers the value 0 to 127
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# is the actual control setting.
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import traceback
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class MidiHandler: # Quisk calls this to make the Midi handler instance.
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tune_speed = {0:10, 1:20, 2:50, 3:100, 4:200, 5:500, 6:1000, 7:2000, 8:5000, 9:10000}
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slider_speed = {0:1, 1:2, 2:3, 3:5, 4:7, 5:9, 6:12, 7:15, 8:18, 9:22}
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def __init__(self, app, conf):
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self.app = app # The application object
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self.conf = conf # The configuration settings
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self.midi_message = [] # Save Midi bytes until a whole message is received.
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def OnReadMIDI(self, byts): # Quisk calls this for any Midi bytes received.
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for byt in byts:
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if byt & 0x80: # this is a status byte and the start of a new message
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self.midi_message = [byt]
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else:
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self.midi_message.append(byt)
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if len(self.midi_message) == 3:
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#print ("0x%2X%02X %d" % tuple(self.midi_message))
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status = self.midi_message[0]
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status = status & 0xF0 # Ignore channel
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if status == 0x90: # Note On
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if self.midi_message[2] == 0: # Note On with zero velocity is the same as Note Off
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self.NoteOff()
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else:
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self.NoteOn()
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elif status == 0x80: # Note Off
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self.NoteOff()
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elif status == 0xB0: # Control Change
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try:
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name = self.app.local_conf.MidiNoteDict["0x%02X%02X" % (self.midi_message[0], self.midi_message[1])]
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except:
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pass
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#traceback.print_exc()
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else:
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if len(name) > 3 and name[-3] == " " and name[-2] in "+-" and name[-1] in "0123456789":
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self.JogWheel(name)
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else:
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self.ControlKnob(name)
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def NoteOn(self):
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try:
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name = self.app.local_conf.MidiNoteDict["0x%02X%02X" % (self.midi_message[0], self.midi_message[1])]
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btn = self.app.idName2Button[name]
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except:
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return
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if btn.idName == 'PTT' and not self.conf.midi_ptt_toggle:
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btn.SetValue(True, True)
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else:
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btn.Shortcut(None, name)
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def NoteOff(self):
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try: # Look up the Note On name
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name = self.app.local_conf.MidiNoteDict["0x9%X%02X" % (self.midi_message[0] & 0xF, self.midi_message[1])]
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btn = self.app.idName2Button[name]
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except:
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return
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if hasattr(btn, "repeat_state"): # This is a QuiskRepeatbutton
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btn.Shortcut(None, "_end_")
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elif btn.idName == 'PTT' and not self.conf.midi_ptt_toggle:
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btn.SetValue(False, True)
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def ControlKnob(self, name):
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if self.midi_message[2] == 64: # Mid control
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dec_value = 0.5
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else:
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dec_value = self.midi_message[2] / 127.0
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if name == "Tune":
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tune = self.app.sample_rate * (dec_value - 0.5) * 0.98
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tune = int(tune)
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self.app.ChangeHwFrequency(tune, self.app.VFO, 'FreqEntry')
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elif name == "Rit": # Offset values by the CW tone frequency
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ctrl, func = self.app.midiControls[name]
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value = self.midi_message[2] - 64 # Center value
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if self.app.mode == 'CWU':
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offset = - self.conf.cwTone
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value = value * 1000 // 63 + offset
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elif self.app.mode == 'CWL':
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offset = self.conf.cwTone
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value = value * 1000 // 63 + offset
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else:
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offset = 0
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value = value * 2000 // 63 + offset
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if value < ctrl.themin:
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value = ctrl.themin
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elif value > ctrl.themax:
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value = ctrl.themax
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ctrl.SetValue(value)
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if self.app.remote_control_head:
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self.app.Hardware.RemoteCtlSend(f'{ctrl.idName};{ctrl.GetValue()}\n')
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func()
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elif name in self.app.midiControls:
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ctrl, func = self.app.midiControls[name]
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if ctrl:
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ctrl.SetDecValue(dec_value, False)
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if self.app.remote_control_head:
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self.app.Hardware.RemoteCtlSend(f'{ctrl.idName};{ctrl.GetValue()}\n')
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func()
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else: # Try to treat as Note On/Off
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try:
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btn = self.app.idName2Button[name]
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except:
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return
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if self.midi_message[2] == 0: # Note On with zero velocity is the same as Note Off
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if hasattr(btn, "repeat_state"): # This is a QuiskRepeatbutton
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btn.Shortcut(None, "_end_")
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else: # Note On
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btn.Shortcut(None, name)
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def JogWheel(self, name):
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speed = int(name[-1])
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if name[-2] == '+':
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direction = +1
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else:
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direction = -1
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name = name[0:-3]
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if name == "Tune":
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freq = self.app.txFreq + self.app.VFO
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delta = self.tune_speed[speed]
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if self.midi_message[2] < 64:
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freq += direction * delta
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else:
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freq -= direction * delta
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freq = ((freq + delta // 2) // delta) * delta
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tune = freq - self.app.VFO
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d = self.app.sample_rate * 45 // 100
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if -d <= tune <= d: # Frequency is on-screen
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vfo = self.app.VFO
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else: # Change the VFO
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vfo = (freq // 5000) * 5000 - 5000
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tune = freq - vfo
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self.app.ChangeHwFrequency(tune, vfo, 'FreqEntry')
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elif name in self.app.midiControls:
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ctrl, func = self.app.midiControls[name]
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self.AdjSlider(ctrl, direction, speed)
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if self.app.remote_control_head:
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self.app.Hardware.RemoteCtlSend(f'{ctrl.idName};{ctrl.GetValue()}\n')
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func()
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else:
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pass #print ("Unknown jog name", name)
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def AdjSlider(self, ctrl, direction, speed):
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value = ctrl.GetValue()
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if self.midi_message[2] < 64:
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value += direction * self.slider_speed[speed]
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else:
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value -= direction * self.slider_speed[speed]
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if value < ctrl.themin:
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value = ctrl.themin
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elif value > ctrl.themax:
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value = ctrl.themax
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ctrl.SetValue(value)
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