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Tucked into the bay, USB connected while I update the software:

Nicest thing that you could possibly say!

A few updates: after playing around with it for a bit, I decided that 2 rotary encoders didn't make a lot of sense, so I replaced one of the encoders with an analog thumbstick: The thumbstick doesn't mount easily to a pickguard, so I made a small bracket that attaches uses the tone pot and the...

I've been using the arduino setup 'SeedDuino' using the directions provided by ElectroSmith with some success . You would then also need the "Terrarium.h" file to get the pin definitions for the Terrarium board.

Umm well I AM planning to do a six string version ;) Had I known this was a possibility, I would have hit you up!

No, I wouldn't do that to an original. I've been enjoying working with the Daisy; expanding on the effects (the flanger is now a through-zero flanger) , dreaming up other improvements.

I'm using a 7.2V RC battery -- 2200 mAH. Should be good for ~20 Hours between charges. I'm using a soft switch to turn it on/off I'm thinking that I'lll add a auto-off output if the software detects long periods of no activity.

Yep, that's it. I was worried at first about being able to read such a small display, but even my old eyes can do it.

As mentioned previously, I'm using a terrarium board for the the buffers, +5 V regulator, etc. I have re-purposed the control inputs as follows: The 6 pots are being used for rotary encoders: each encoder has a 3 lines; 2 for rotation and a push to click. The 2 footswitch connections are...

Thanks! I've submitted the bass for the contest. The two unmarked knobs are rotary encoders, the function changes with the current context. the two push buttons change function with context as well. The 2 toggles are basically bypass switches. I'm looking at using one of the pushbuttons for...

While looking around on the Daisy forums, I found a multi-effects project that someone had posted there along with a link to the source code. Since the author had things pretty well worked out, I decided to adapt the infrastructure that he had developed. The controls will be 2 rotary encoders, 2...

So years ago, when Electra made a line of guitars and basses, discontinued some time in the 80's, that featured built in effects that could be swapped out via plug-in modules: A couple of drawbacks to this approach: only two effects could be used at any given time, each module only had one...

You're welcome! I've modded the code to work on a 0.96" display (this one is an SPI but I'm actually using an I2C version) And here's the 'enclosure' I'm building for my Daisy project And where the display will reside in the upper horn:

Populate those thru-hole parts after the fact and solder conventionally.

for the I2C use: #define SDA 12 #define SCL 11 U8G2_SSD1306_128X64_NONAME_F_SW_I2C u8g2(U8G2_R0, /* clock=*/ SCL, /* data=*/ SDA, /* reset=*/ U8X8_PIN_NONE); for SPI use: U8G2_SSD1306_128X64_NONAME_F_4W_SW_SPI u8g2(U8G2_R0, /* clock=*/ 8, /* data=*/ 10, /* cs=*/ 7, /* dc=*/ 9, /* reset=*/...

If you have any questions, I can post the declarations I've been using for both SPI and I2C displays when I get home tonight.

One thing that I found using the I2C OLED's connected to pins 12 & 13 is that you need to set the pin numbers in the code to 11 & 12.

I've used both the SPI (6 or 7 pin) and the I2C (4 pin) OLED's with the Daisy. I've been adapting the source code from this project to draw menus etc.