Access to the parameter of the Chord Sequencer
A function to set the starting address of the Chord Sequencer was implemented on the wireless remote control. As a result of changes to the program that spilled over to the main unit side, the amount of work was greater than expected. In order to execute a circular code with the end of the address
A function to set the starting address of the Chord Sequencer was implemented on the wireless remote control. As a result of changes to the program that spilled over to the main unit side, the amount of work was greater than expected. In order to execute a circular code with the end of the address
Consider the parameters to be implemented in LaVoixski@WirelessRemoteController
SW6, located on the lower left side of the remote controller, was assigned to “record switch only,” but in the first round of program modification, the specifications were changed to allow page switching with HOLD while keeping this functionality. However, as a result of operational tests, it was found that page switching was time-consuming. In
SW6, located on the lower left side of the remote controller, was assigned to “record switch only,” but in the first round of program modification, the specifications were changed to allow page switching with HOLD while keeping this functionality. However, as a result of operational tests, it was found that page switching was time-consuming. In
Uploaded a re-recorded version.
Although it is difficult to understand from the video, the wireless remote control is set to six pages, and uses a forward-only switching mechanism triggered by HOLD (LongPush). This is very difficult to use, and I would like to use a dial to switch pages if possible, but there are not enough inputs in the MCU
Although it is difficult to understand from the video, the wireless remote control is set to six pages, and uses a forward-only switching mechanism triggered by HOLD (LongPush). This is very difficult to use, and I would like to use a dial to switch pages if possible, but there are not enough inputs in the MCU
Operational testing of Wireless Remote Controller with hierarchical parameters.
Recorded by 2 condenser microphones with the audio input TC/studioKonnect48. Unfortunately, it seems that the audio file export in 24bit by Audacity failed.
Recorded by 2 condenser microphones with the audio input TC/studioKonnect48. Unfortunately, it seems that the audio file export in 24bit by Audacity failed.
LPF5 with Resonance
Add the feedback loop for getting the resonance effect on LPF5. Reduce the signal level for eliminating the distortion on the output signal.
Add the feedback loop for getting the resonance effect on LPF5. Reduce the signal level for eliminating the distortion on the output signal.
Solving the problems on the scale player
The problem of malfunctioning when playing a particular Scale was solved by changing the octave bandwidth division & pitch determination from 12 averages to a “round-robin method for 96nn”. The naming of the variable for the scale setting item, which was determined by repeated physical matching, is dumb, though, The midiNote output from USB_MIDI will
The problem of malfunctioning when playing a particular Scale was solved by changing the octave bandwidth division & pitch determination from 12 averages to a “round-robin method for 96nn”. The naming of the variable for the scale setting item, which was determined by repeated physical matching, is dumb, though, The midiNote output from USB_MIDI will
Driving QasarBeach via USB_MIDI from Type: id-292
QasarBeach is a Fairlight CMI emulator running on the Mac OSX.
QasarBeach is a Fairlight CMI emulator running on the Mac OSX.
Re-construct the Pitch Detector
The experiment conducted yesterday revealed a situation in which Midi Note Number could not handle the high frequency side, and it was decided to reconsider the structure of the Pitch side detector. The problems occurred from narrow dynamic range was solved by removing its limitation, then expanding the range of the values handled to 16
The experiment conducted yesterday revealed a situation in which Midi Note Number could not handle the high frequency side, and it was decided to reconsider the structure of the Pitch side detector. The problems occurred from narrow dynamic range was solved by removing its limitation, then expanding the range of the values handled to 16