--- In ComputerVoltageSources@yahoogroups.com, "Grant Richter" <grichter@...> wrote: > > Gary Chang told me about the MARF built into the new Buchla triple filter. As always, very > smart. Building a complex envelope generator into a module is relatively easy now using an 8 > pin PIC or something. Maybe control voltage recorder/loopers/random sources? > The sheer beauty of the Triple Morphing Filter is how it tricks you into programming it - it remembers the Frequency, Bandwidth, and Gain knob settings, associating them with the particular STAGE (1-8) that you select (you are always in a stage, signified by one of eight leds) - change the STAGE (button toggles through stages), and you can store another setting - return to that STAGE, and the three knob values return to where you left them - no save function necessary, just eight buckets there to remember what you did the last time the stage light was lit in that position. So, entering data is a familiar task, like that of programming a poly synth with patch memory without the write button - just go and tweak this stage's gain, then toggle to another stage and tweak that stage's bandwidth, etc. Then, in the display, it asks you, "how shall I dish your remembered crap out? - one stage per trigger?, all stages in a single trigger? Timed? Stepped? Smoothed? Perhaps a stage randomly selected when pulsed? Or a continuos loop? Next thing you know, the filter is spewing like a phoenics teacher and you are still just messing with it...! A truly fantastic module. One side note regarding the TMFILTER versus something like the PSIM - its elegance is that it can't change into something else.... (Imagine your cell phone rings, but first, you have to remove it from your car, where it has been doing the ignition management while you are driving, and then you must reprogram it to be a cell phone once again.... Hopefully, if this group succeeds, we may see many encarnations of devices that utilize microprocessors in dedicated duties in modules - not just programs that utilize generalized interfaces that we need to reprogram each time that we go to do something. We really don't have practical use for a Swiss Army Toaster/Coffee Maker/Answering Machine. Personally, I like toast enough to have a toaster. Gary
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Re: Microprocessors in analog modules
2006-03-06 by Gary Chang
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