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Everything posted by nILS
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You're welcome :flowers:
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Very last line: http://www.ucapps.de/midibox_sid_manual_fp.html
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GM5(x5x5) not working, is the chip dead?
nILS replied to sineSurfer's topic in Testing/Troubleshooting
2) Check the voltages on the inverter sockets (pins 7 + 14). If they're all good, trace a +5V and Gnd track/plane to the pins of the gm5 (following this pdf) -
I can confirm it is.
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Hiya and welcome aboard, the_exploding_pineapple :flowers: Very doable.
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GM5(x5x5) not working, is the chip dead?
nILS replied to sineSurfer's topic in Testing/Troubleshooting
Because in an old revision the silkscreen was the wrong way around, making this a pretty common error (eeprom wrong way round = nothing worky) -
Not sure if that's relevant but did you update the bootloader as well or just MIOS?
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GM5(x5x5) not working, is the chip dead?
nILS replied to sineSurfer's topic in Testing/Troubleshooting
It completely staying off is a bad sign. 1) Make sure the jumpers are set correctly 2) Check the voltages 3) Is the EEPROM mounted? -
GM5(x5x5) not working, is the chip dead?
nILS replied to sineSurfer's topic in Testing/Troubleshooting
What does the gm5's main LED do? -
You are to correct that you can do what you want the app to do with a lpc core. :poke: It will work on the lpc-core. It will work on the stm32 core. A pic-based core will do the job just fine as well. So pick whichever you have, can/want to afford, like better, ...
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Hahaha, nett. :hyper:
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When I wrote that this morning I was convinced that you could divide 128 by 12. Then I had a coffee ;-) Fixed that. I just prefer shorter code, especially if a single instruction division will achieve the same thing (stm32 and lpc17 have a hardware divider). So it's not only more concise it's also faster (in a lot of cases). On a PIC, the mod 12 part isn't necessarily the smartest thing to do though :-) Then again, if you really wanted fast you'd pre-calc the octave incrementer beforehand anyways. Anyways, move along, nothing to see here.
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:blink: Exactly the same thing can be achieved a little less verbose with the following: // apply transpose octave/semitones parameter note += (12 * inc_oct) + inc_semi; if (note > 127) { note = 116 + ((note - 4) % 12); } else if (note < 0) { note %= 12; } ...which seems preferable cause it has a (fairly) constant run-time no matter what the transpose is.
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Semi-off-topic, but for small stuff I love this simulator: http://www.falstad.com/circuit/ The attachments work fine.
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Well, a bridge does make it behave like any of the above :-)
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There's really not much "from scratch" with what you want, so after some reading you'll do just fine :-)
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Beides. Stichwort Zeitmanagement - wenn wenig Zeit da ist, muss man die sinnvoll planen und sich anfangs etwas zwingen sich auch daran zu halten, dann ist recht erstaunlich, was man alles schaffen kann :-)
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Highly unlikely, the 4.95V volts are well within the tolerance of any given LCD (how precise is your meter anyways :wink:). Is the black bar just one pixel or is the entire first row filled with black blocks?
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This sounds like one of the following: - you've got the wrong firmware (it happens, simply upload the latest MIOS and then the latest sammichFM firmware to be on the safe side) - you have the 165s and 595s mixed up - you installed the resistor networks the wrong way around (make sure the dot on the network aligns with the dot on the silkscreen)
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Welcome aboard, Mikecl :flowers: First of, it's usually incredible helpful if you give us as much info as possible - that keeps people who want to help from having to guess what you actually want to achieve. :wink: At quick look at the GSi's VB3 documentation says that every parameter is MIDI controllable. So yeh, you can have a real switch for that without issues. All it'll takes is a core module (the pic module will do just fine), an sp3t switch and 3 pullup resistors. I'd suggest you read up on the documentation on http://www.ucapps.de to get a rough understanding of how stuff works and then come back with more detailed questions :happy:
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Ich bin mir nicht so ganz sicher, ob das so alles unbedingt in diesen Thread gehört. Ist Deiner, Rolf, aber ich würde das gerne splitten, wenn's recht wär?
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Sony MDR 7506. Immer.
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Um... This kinda doesn't really relate to the question. At all.
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Midi Controlled Sequencer / Web Controlled Synthesizer Experiment
nILS replied to sylwester's topic in Design Concepts
Moved. -
You show up on the list, so I'd say, yeh.