Krzysztof Foltman wrote: > On 14/04/12 16:15, Sebastian Moors wrote: > > I love the idea. Might want to build one myself, if I wasn't so awful > with soldering iron and even worse with things like PCB etching. Same goes for me. Mostly i hurt myself when i try to solder something :) But the layout looked not that hard and it was build on a breadboard, so there is no need to etch (at least not if you don't want a production-ready product). > > I still think the most difficult and expensive part is the > "mechanical" parts like case/enclosure, the material for pads and > things like that. Any ideas for solving that using cheap off-the-shelf > parts? I guess that's going to be different between countries, or at > least between continents. Hm, here in germany you can order cases for around 10€ from electronic suppliers. Wolke said something about his supplier, but i forgot the name. Maybe he can clarify things.. > > Another possible direction, maybe less h2-oriented, would be to couple > the drumbody with some drum sampler program running on a raspberry pi > or something similar. Might be a modified h2, but optimizing the > Hydrogen engine for low-power slow-FPU arch like ARM11 might be more > difficult than writing a simple integer-based thingy from scratch. > Still, the end result would be a self-contained open-source instrument. Yes, the raspberry pie looks promising. I'm going to try to port hydrogen to it (and, sigh, QT5) if alsa becomes available on it. - Sebastian
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