aka V-C-F

UB-Xa Edit V2 - Released Update - new version is here  UB-Xa V5 Behringer have just released a firmware update V2.0 ( 000.003.117).  This includes new features which changes some of the Sysex Data. Latest version is 1.63and has a couple of important bug fixes that were affecting Local Control menu. This release has an updated Atrophy Page and code so Presets will recall stored Atrophy settings.  Right here is V2 for Mac only - tested on Catalina: UB-Xa Edit V2 The stand alone editor should work on newer M1 macs but the plugins are not compatible. UB-Xa Edit AU Component UB-Xa VST UB-Xa Stand alone for PC PC version has been created using Windows 7 Home running as a Virtual Machine on a Mac. Patch Editor Matrix Editor New Atrophy Page Windows Version Setup: The App is not signed so Mac Gatekeeper will probably throw up a dialog that this is from an unknown developer. Just load Security and Privacy from System Preferences and select Open Anyway. You only have to this on first run. From t

 When Guido Scognamiglio (Zioguido, GSi) released the D9U drawbard kit on GM-Lab I ordered the kit and built it. It was my first experience of the programming an Arduino Pro Micro and thanks to his excellent code I was able to modify and improve the unit. I then went on to build many projects based on the Pro Micro. GM-LAB I sold the D9U then picked up a set of old Hammond MIDI drawbars so I was able to build a unit based on Guido's design. One thing I didn't like about the D9U was the tiny micro switch at the back of the unit. This was used to switch between 2 sets of drawbars. I realised that it would be easy to use a rotary switch instead and then change the code to allow the adjustment of 4 sets of drawbars. Th CCs for the drawbars are stored in an array: int CCMap[4][9] = { { 12, 13, 14, 15, 16, 17, 18, 19, 20},  // Upper B { 40, 41, 42, 43, 44, 45, 46, 47, 48 },  //  Upper A { 80, 81, 82, 83, 84, 85, 86, 87, 88 },  // Lower B { 50, 51, 52, 53, 54, 55, 56, 57 ,58 } , // Lo

The Nord Electro 6D has a Fatar TP/80 keybed which is the same as organs like the Mojo 61. However, I was surprised at how stiff the action was. I ended up swapping the key springs with an M-Audio Keystation 61-ES. I think this might use the Fatar TP/9 synth keybed.  That reduced the Keydown by 10g - not huge but it feels a lot better for smears etc. The Prophet 6 uses a variant of the TP/9 There has been much interest in the UB-Xa and some people are unhappy with the lightness of the keyboard so here are my unscientific results: Model No 1ps 3.56g Weight in grams needed to move key from rest White Key Length mm C-C 1 octave mm Nord E6D 15p 53 To the LH edge of the C key Prophet 6 14p 49 136 164 UB-Xa 8p 29 136 164 Behringer Odyssey 6p 21 138 164 So the Electro  with  new springs is very close to the Prophet 6 but the UB-Xa is 20g lighter than the P6. It would definitely be worth replacing the springs if they are the same size as Fatars. They are easy to replace - just carefully lift t

Title says it all really. I have several analogue sequencers that I designed and built years ago and I clock them with a Kenton Pro Solo Mk3. This unit can switch the MIDI THRU port to SYNC24 mode to work with Roland Drum Machines. This is a great solution but does tie up my Kenton which uses with my Editor and needs MIDI THRU for 2 way comms. Arduino and the Pro Micro  I realised it was a simple job to reprogram on of my Pro Micros to convert MIDI Clock and Stop/Start messages. I've used it for a few weeks and its a worker so I thought I build proper unit: Pro Micro 24 Pin DIL Socket 1 x PCB Mounting 1/4 Stereo Jack Socket (my sequencers are all 1/4) 1 x 10K pot (I used a 47K pot) Like my SYNC24 breakout box this will be mounted on the back of an existing 19" rack panel. The code is at the bottom of the post - you  will need to install the MIDIUSB.h library Analog pulses are output on the clock jack connected to Pin 2. When stop is pressed on the sequencer the Stop command  

Here is a CTRLR panel for the Roland Boutique JU06a synth.  Issues and info The panel is now in its 5th revision: Full implementation requires MIDI DIN in and out You can upload all the patches from the JU06a Patch dump and program names will only work over MIDI DIN In Logic Song Position Pointer causes the editor to crash - even when it is turned off! Program change only sent via USB CCs are sent from the panel so you could use it over USB as a controller You cannot change the Model type from software If you change Model type you have to upload the patches again When you get patches each one will load, the panel will update until patch 8-8 is reached JU-06A Mac JU-06A AU Plugin JU06A Mac VST JU-06A PC There are some features that you need to be aware of. SysEx data is only generated in CHAIN mode SysEx data is only sent from the 5 pin MIDI Out Data range is 0 - 255 in SysEx but 0 - 127 in CC mode On the JU06a I route CCs to USB only - reduces data You can set the editor to MIDI channe

Big update for the panel. You can now save a bank of names - it's just the text but useful as a memo of your patches. You can also save and load individual patches to and from the Pro Solo via the editor. The panel has been completely rewritten and is licence free. It runs on Mac to at least Catalina. Standalone and AU component.  Pro Solo Edit plugin running in Logic 10.6 File Dialog Box - Save and Load Patch Na mes and Patch Sysex Downloads: Pro SOlo MK3 Control Mac Pro Solo MK3 Control AU Plugin Pro Solo MK3 Control VST Mac More about the Pro Solo here Sync24 Breakout Box Integrating analogue sequencers with a DAW is easy if you can send Midi Clock and Reset to your sequencer. Fortunately, the Pro Solo can send Midi Clock from any of its 3 Aux outputs. But a neater solution is to set the MIDI THRU to Sync 24 and extract Clock and Reset from there. It means you don't have to use your Aux CV outs which in my case are connected to my SEM. Kenton S24 setting DIN Sync or SYNC 24

Arduino and the development of ElectroBox I already had experience of Arduino when I built a drawbar controller to use with Hammond apps like VB-3 and B-3x. The original code for this came from GMLabs D9U project and Guido  Scognamiglio  posted all the info on GitHub: https://github.com/ZioGuido/Crumar_D9U GSi Homepage GM Lab                                     I have implemented an LFO which cyclically adds or subtracts values from the Pitch Bend data. This is basically a software generated triangle wave LFO that is added to the Pitch Bend output. Crude but effective. The LFO is generated from a wavetable so it would very easy to have a number of different waveforms such as square or saw. The pots are programmable and there is an input for an expression pedal. Pitch Wheel option with expression pedal input ElectroBox V2 - joystick version Thumbwheel/Joystick version housed in a stompbox enclosure Feature list: Joystick X-axis for Pitch Bend +/- 2 semitones Joystick Y-+ve axis for Modu