TK.

Without a model of the IC an academic discussion isn't possible. Simple measurements would help to understand the internal circuit. Best Regards, Thorsten.

This isn't correct, see also the SN74HC595DR datasheet: http://www.ti.com/lit/ds/symlink/sn74hc595.pdf Output drive current is 6 mA, which means in other words: you've to add an internal resistance of ca. 800 Ohm to the calculation. This could be doublechecked by clamping an output to ground, and measuring the current draw while the pin is set to logic-1. Best Regards, Thorsten.

That's the reason why I haven't listed J10A/B in my requirements list - it's just important to have a standard control surface (SCS), otherwise applications won't be re-usable. The 6 buttons + encoder could also be connected to an on-board DIN SR, connected to J9 as the first SR in the chain. Would be happy to evaluate it. Best Regards, Thorsten.  

Yes, I think it's only a display problem in MIOS Studio, I should change this to a decimal value. Best Regards, Thorsten.

Must-have requirements: STM32F407VG (1MB flash) SCS with 6 buttons, 1 encoder and 1 GLCD (so that we can also use the display as a scope) 1 MIDI IN, 1 MIDI OUT USB Device SD Card SRIO (J8/9) J19 for AOUT 50mm depth HP doesn't matter as long as it still fits into the Pod40X case together with the Expander modules Optional: up to 3 additional MIDI IN/OUT (could also be provided as an optional module) USB Host 4 on-board LEDs Audio-DAC Potential extension modules: SRIO based encoder/ledring modules AINSER64 module (with at least 8, but maybe 3x8 INs?) - inputs should be buffered, protected and maybe also amplified and level-shifted for +/- 5V Such a module could also cover MBNG for script based processing. Best Regards, Thorsten.

@Antichambre very nice! Does it provide J8/9, J10A/B and J15A? (For J15A the pins for GLCDs with serial interface might be sufficient) @latigid ondepth >50mm isn't suitable, it won't fit into my case; I guess that this limit is considered by most Eurorack modules. Best Regards, Thorsten.

A downstripped MBHP_CORE_STM32F4 module in Eurorack format would be nice-to-have as an alternative solution to the Euroreceiver - maybe with a SCS (6 buttons, encoder, display) - this would allow to run MBCV which gives us a lot of LFOs, Envelopes, sequencers, modulation matrices, etc. Best Regards, Thorsten. 

Modules in 4ms Pod40X case - fortunately fitting w/o modifications :)   Best Regards, Thorsten.

Fortunately no problem to support negative values :) Please try this version: http://www.ucapps.de/mios32/midibox_ng_v1_037_pre5.zip Best Regards, Thorsten.

In this particular case you could also "set ^section 2", it should do the same (because ^section 2 follows ^section 1, no jump required) Best Regards, Thorsten.  

Hi, there is currently no way to declare custom variables, but you can use the storage of any unused event instead. E.g. let's say you don't use LED:1000, then just use it to store your value. Best Regards, Thorsten.

As mentioned by Christian, there was no special reason why assigned DIN and DOUT SR #9 to the DIO function. I thought this might be better in case you would like to add more physical SRs in future, no need to change the IDs again until you reach #9. If you don't like this, you could also use SR #3, but not SR #1 or SR #2, because these positions are already allocated by the scan matrix. Btw.: the most simple way to find out the hw_ids is to enter "set debug on" in the MIOS terminal, then trigger the buttons and observe the debug messages in the terminal (doesn't work with LEDs of course, but if you know the button position, you can easily conclude on the LED position) Best Regards, Thorsten. 

Hi, I'm surprised, all events should listen to incoming MIDI messages, regardless of the bank. Best Regards, Thorsten.