Captain_Hastings

Police

Just a stupid thought but maybe you can find a helpful person here? http://www.elektron.se/partners.php?website=66f594120d4ece04fcce77ecebb0fd7d

Nice! :) The reason i asked about the number of core modules was that the control surface is only connected with a 6-wire cable and i wondered how all the data for the lcds, din and dout would be transferred?

Whoa! Another beauty TK! :D Will this run with 2 cores, one for the app and one for the control surface (driving the lcds and din/dout)?

Dash... (whiter than white!)

espionnage

Game Boy ;D

Channel X

Have a look at "sid_presets.inc", "sid_bank.inc" and "cs_menu.inc" in the Sid application under Mios downloads on the uCApps site. You should find some usefull stuff in there... :)

LOL It was a shot in the dark tho... ;D I would try to write a new function that loops for 4 lines of 16 chars for each pot and calls MB64_LCD_PrnVBar per character, just like MB64_LCD_xPotBars. Every 16 pots shifting a line down. Or adapt the MB64_LCD_16PotBars, setting TMP1 to something impossible before you call MB64_LCD_xPotBars, but i think you've been trying that already?

cricket

You can call the function MB64_LCD_16PotBars (mb64_lcd.inc) 4 times for each row and for pot numbers 0, 16, 32 and 48. I think this should work: movlw 0x00 call MIOS_LCD_CursorSet movlw 0x00 call MB64_LCD_16PotBars movlw 0x40 call MIOS_LCD_CursorSet movlw 0x10 call MB64_LCD_16PotBars movlw 0x80 call MIOS_LCD_CursorSet movlw 0x20 call MB64_LCD_16PotBars movlw 0xC0 call MIOS_LCD_CursorSet movlw 0x30 call MB64_LCD_16PotBars I haven't tried it, but if it works let me know... ;D

cheers people! ;)

I think Steven means www.schuricht.de :)

This isn't real is it? http://news.harmony-central.com/Newp/2003/D3X.html With hardshell case $5995... One word: a monster... LOL

Speak & Spell ;D

Yo man! We're probably doing the same thing... Â :D I've been looking for those as well and 10k, 50k and 100k are the only ones i could get hold of... (analog devices & microchip). Another one that's not available is 1K (not in PDIP anyway) but i hope i'm able to build one by linking the 2 tapers of a 10k together and make the total pot value 1k in software (same for 150K, 20K, 22K, 25K) But it would be difficult to make a 1Meg by linking 10x 100K together... Â :-/ Haven't found another solution either...

uptown grrl

Also, the section "MIDIbox wiring" on the midibox64 tutorial can be of use: http://www.ucapps.de/midibox64_tutorial_en.html cheers

Well... i'm not sure, but for now i think your best option is to build the MidiMerger as a seperate device. Midi in events are handled by MIOS and currently supports only one midi input. I believe Thorsten has a 18F/mios version of the merger in his roadmap, but for now there is only the PIC16F firmware. hope this helps... cheers

Audio Bullys

Well... just an idea: 18F running MIOS -> SPI interface with digital potentiometer (see AOUT example under MIOS downloads) -> simple 555 timer/oscillator circuit?

Sepultura

Very cool design! Very Indigo... ;)

mean