And they’re tiny! Well, not tiny, but pretty small. I’m waiting on some connectors and the diodes for the power supply portion of the board, but the AVR programs fine and I can get it to blink an LED. Once I can finish populating the whole board I should be ready to ship the first batch of orders out. Continue reading
I’ve just updated the site to include a Store page.
It’s primitive, right now I just have the v1.1 PCB and the two-button 1290 sized controller (DMC2) in there. I will be adding the DMC4 and DMC6 to the store this weekend when I get photos taken of the assembled controllers.
Future plans: A Products page with more details and info about the DMC series, and a Code page with info and download links to the firmware used in these controllers.
…unless you’re trying to cram the maximum amount of awesome in the smallest possible package. In an effort to get one of my MIDI controller boards into a 1590B / 1290 sized box, I did a respin on the PCB. Here’s a rendering:
…or this weekend! I built up a prototype two-button foot controller for doing some more development.
Short video demonstrating the M9 grabbing short loops. Using an external MIDI controller with the right switching logic, the M9 can grab super-short loops just like the DD-6.
The firmware for this mode was posted in the last update – M9-HOLD_1_1. I’m working on making the code more modular so that it can be dropped in to an existing project.
So the MIDI controllers arrived on Tuesday, and I have gotten about half of them assembled. I found one wiring error on the PCB but it’s easily fixable, and the boards work as expected.
After some discussion with Rodrigo, I’ve whipped up the following example firmware for the MIDI controller board (I am going to need a catchy name…) Rodrigo suggested that implementing the DD-6 Hold mode would be worthwhile, so I spent some time playing with things to see what I could come up with. My first attempt was a little too ambitious – it works just as I wanted it to, but it doesn’t work like the DD-6.
DD-6 Hold mode:
Press and hold the footswitch to start recording.
Release footswitch to start playing.
Press & release footswitch again to stop playback.
The pedal steps through REC -> PLAY -> STOP as the footswitch is pressed. This isn’t tough to do in software, it was mostly a matter of getting it to “feel” right. I think I’ve got something workable, and it’s posted below.
This is posted mostly for the curious. I’ve been working with Rodrigo Costanza on the code for the complete M9 controller. This is not the finished version, as it lacks the Scene Select, Folder Select, and Utility Mode portions. The looper controls require the controller to keep track of the status of the M9’s looper. If Line 6 had designed the M9’s MIDI implementation to just mimic the footswitch actions, we could just send one command per footswitch and be done. Sadly, the MIDI implementation involves separate commands for each toggle of the switch. Pressing the Play footswitch sends the Play command (CC28 127) but only if the looper is not playing! If it is playing, then pressing Play sends the Stop command (CC28 0.) If the unit is in Overdub, sometimes Play sends Play and sometimes it sends Stop, depending on whether we came from Play -> Overdub or Record -> Overdub! As you might guess, this can get complicated fast.
For those that have been following the thread on the Harmony Central forums, this is a rendering of the MIDI controller board that we’re going to be offering.
What does it do? Mainly it watches some inputs and then it spits out MIDI commands. It can do all kinds of things depending on how it’s programmed. It’s also programmable with free / open source tools and pretty easy to get working. We anticipate the first run of boards to arrive on Tuesday and we’ll be posting updates here on the blog as well as on the HC forum.
Contact us for more details.