I'm not sure I understand the ideas behind the proposed modules - it
would be nice with a short description of what each of them is
supposed to do, not just the inputs and outputs. The ones I think I
understand seem dandy, though.

/Silas

On Feb 12, 2008 1:07 PM, gasp_uleg < uleg2@... > wrote:
>
>
>
>
>
>
> hi there
>
> Here are few ideas for modules of which i've dreamed since many years
> now and which i hoped i would to see apearing during the first decade
> of the 21th century but as for 2008 no one has yet done any of them...
>
> i've just added some polls for you to vote about 4 digital modules, 1
> strange module and 2 utility modules:
>
> VC GRAIN PROCESSOR with vc delaytime, vc feedback, vc pitch, vc
> grainsize, vc grain direction, vc grain laptime, vc grain atack, vc
> grain release
>
> VC GRAIN GENERATOR with vc sampselect, vc startpoint, vc loop point,
> vc pitch, vc grainsize, vc grain direction, vc grain lap, vc grain
> atack, vc grain release, vc position pointer
>
> VC MULTI-SAMPLE RECORDER/LOOPER/DELAY like a digitech's "jam man" in
> a module with large memory, MDcards, gateplay, trigreset, vc
> sampselect, vc pitch, reversible vc startloop & stoploop points
>
> VC DIGITAL MULTI EFFECTS PROCESSOR with several CV inputs to control
> parameters of a DSP and some memory for reverbs, delays, resonators,
> amp simulators, dynamics...
>
> VC WIDERANGE RADIO RECEIVER (FROM VLF TO CW) with vc freq zone
> selector, vc freq finetune, and vc q factor (like in the old lamp
> radios)
>
> SENSOR TO CV VOLTAGE ADAPTOR with voltage gain, offset , range, and
> linearity controls, lag process and noise filter to adapt any kind of
> sensor to normalized CV
>
> SENSOR TO GATE/TRIG ADAPTOR with voltage gain, low headroom, high
> headroom controls and selector for trig or gate modes to use any kind
> of sensor to normalized GATE/TRIG
>
> let me know what you think about these ideas
>
> cheers
>
> gaspar uleg
>
>