On Sun, Jan 17, 2021 at 03:06:33PM -0700, Aaron Krister Johnson wrote:
> Ha, I have to say, I find ksmps=1 _much_ more enjoyable in a pleasant way,
> although it' still has a dark/ominous vibe.
> 
Yeah... This piece is extraordinarily sensitive to both sr and ksmps!
Have you tried switching to sr=96000?  That makes it an entirely different
piece too.  Definitely unique!

	-- Pete --
 
> 
> 
> On Sun, Jan 17, 2021 at 3:04 PM Aaron Krister Johnson <akjmicro@gmail.com>
> wrote:
> 
> > This is a disturbing/unsettling but cool aesthetic. My mind went to a kind
> > of "Covid-pocalyspe" place. Definitely not something I would wind down with
> > a cup of tea in the evening though. But, a CIA sleep-deprivation room
> > operator would find this useful to create a nightmare soundscape, for sure.
> >
> > Listening as-is, want to try ksmps=1 as others have mentioned to see the
> > differences...thanks for sharing!
> >
> >
> > Aaron Krister Johnson
> > http://www.untwelve.org
> >
> >
> > On Thu, Jan 14, 2021 at 11:38 PM Dr. Richard Boulanger <
> > rboulanger@berklee.edu> wrote:
> >
> >> Dear Csounders,
> >>
> >> Here is a little etude that I composed while exploring the gendyc opcode.
> >> (Honestly, I am still not sure how this thing works - but I hope that you
> >> find that the way I got it to work is pretty interesting and musical.)
> >>
> >> The exploration was inspired by a day of studying and exploring one of
> >> John ffitch's instruments.
> >>
> >> <CsoundSynthesizer>
> >> <CsOptions>
> >> -odac -dm0
> >> </CsOptions>
> >> <CsInstruments>
> >>
> >> sr = 44100
> >> ksmps = 64
> >> nchnls = 2
> >> 0dbfs = 1
> >>
> >> ; gendyc etude (2021) Richard Boulanger
> >> ; based on the extreme noise instrument from 'On it's Dark Side' by John
> >> ffitch
> >>
> >> garvbL init 0
> >> garvbR init 0
> >>
> >> alwayson 99
> >>
> >> instr 6
> >>
> >> ibottom init 1000
> >>
> >> iamp = p4
> >> irate = p5
> >> iLowL = p6
> >> iHighL = p7
> >> iLowR = p8
> >> iHighR = p9
> >>
> >>   kbi init 0
> >>
> >>   kbi += birnd(p5)
> >>   if (kbi < 0) then
> >>       kbi += ibottom
> >>   endif
> >>   if kbi > ibottom then
> >>       kbi -= ibottom
> >>   endif
> >>
> >>   ilowerL = ibottom+iLowL
> >>   iupperL = ibottom+iHighL
> >>   ilowerR = ibottom+iLowR
> >>   iupperR = ibottom+iHighR
> >>
> >>  ; printk2 kbi
> >>  ; printk2 (28+ilowerL/kbi)
> >>
> >>  aoutL gendyc iamp, 1, 1, 1, 1, 28+ilowerL/kbi, 39+iupperL/kbi, 1, 1,
> >> 100, 12
> >>  aoutR gendyc iamp, 1, 1, 1, 1, 28+ilowerR/kbi, 39+iupperR/kbi, 1, 1,
> >> 100, 11
> >>
> >>  vincr garvbL, aoutL
> >>  vincr garvbR, aoutR
> >>
> >> endin
> >>
> >>
> >> instr 99
> >>         denorm garvbL, garvbR
> >> aL, aR  freeverb garvbL, garvbR, 0.8765, 0.01
> >>         outs garvbL+(aL*.56), garvbR+(aR*.56)
> >>         clear garvbL, garvbR
> >> endin
> >>
> >> </CsInstruments>
> >> <CsScore>
> >>
> >> i6 0    .88   .22  0.1    5000  10000   1000   2000
> >> i6 0    .78   .22  .81   1000  5000   100   500
> >>
> >> i6 .1    33   .18  0.003    1 10   1   100
> >>
> >> s ;2
> >>
> >> i6 0     1   .12  0.09   100  1000   10   200
> >> i6 .21   2   .22  0.02    10  1000    1   100
> >> i6 .53   3   .22  0.1    500  100    300  1000
> >>
> >> s ;3
> >>
> >> i6 0    18  .16  4.10    10   100    1   200
> >> i6 8    1   .19  0.17    10  1000    400  800
> >> i6 12   1   .11  0.17    10  1000    400  800
> >>
> >> s ;4
> >>
> >> i6 0    1   .32  0.08    10  1000    1   100
> >> i6 .01 9.9  .02  13.01   10  1000    40  400
> >> i6 3    1   .22  0.07    10  1000    40  400
> >> i6 5    1   .12  0.07    10  1000    400  800
> >> i6 8    1   .12  0.07    10  1000    400  800
> >>
> >> s ;5
> >>
> >> i6 0     1  .22   0.08    10  1000    1   100
> >> i6 .01 9.9  .09   0.001   10  1000    40  400
> >> i6 8    .9  .22   0.02    10  1000    1   100
> >> i6 8.1  13  .02   13.01   10  1000   1000 2000
> >>
> >> s ;6
> >>
> >> i6     0    1   .32  0.09    10   200    1   100
> >> i6    .02  40   .02  4.73    10   200    1   100
> >> i6    12    1   .32  0.09    10   200    1   100
> >> i6    22    1   .42  0.09    5     50    2   20
> >> i6    23    2   .11  0.03    40  4000   21  8000
> >>
> >> s ;7
> >>
> >> i6 0    1   .32  3.1   5000  10000   1000   2000
> >> i6 1    1   .32  1.91   1000  5000   100    500
> >> i6 1.01  8  .06 10.08    10  1000    1      100
> >>
> >> s ;8
> >>
> >> i6 0    .6   .28  2.1   5000  10000   1000   2000
> >> i6 1    .6   .28  0.91   1000  5000   100   500
> >> i6 1.01  8   .05  10.08    10  1000    1   100
> >>
> >> s ;9
> >>
> >> i6 0    1   .12  1.1   5000  10000   1000   2000
> >> i6 0    1   .12  0.51   1000  5000   100   500
> >> i6 0.2  33  .13  0.005    1 10   1   100
> >>
> >> s ;10
> >>
> >> i6 0    .6   .28  2.1   5000  10000   1000   2000
> >> i6 1    .6   .28  0.91   1000  5000   100   500
> >> i6 1.01  8   .04  10.08    10  1000    1   100
> >>
> >> s ;11
> >>
> >> i6 0    1   .32  1.1   5000  10000   1000   2000
> >> i6 0    1   .32  .91   1000  5000   100   500
> >>
> >> s ;12
> >>
> >> i6 0    .68   .2  1.91   2000  3000   10   20
> >> i6 0    .78   .2  1.91   2000  3000   10   20
> >> i6 .1   60   .09  14.10    300   400  30   40
> >> i6 28    .7   .35  0.91   2000  3000   10   20
> >> i6 28.1 23.9  .18  0.1   10  1000    40  400
> >>
> >> s ;13
> >>
> >> i6  0    .8   .32  .1    5000  10000   1000   2000
> >>
> >> i6  0.1  53   .13  0.009    .1 .2 .3 .4
> >> i6  0.1  92   .13  0.003    1 10   1   100
> >>
> >> i6 9    .8   .21  1.91   2000  3000   10   20
> >> i6 9    .8   .21  1.91   2000  3000   10   20
> >> i6 9.1   18  .04  13.10    300   400  30   40
> >>
> >> i6  33     1   .22  0.1    5000  10000   1000   2000
> >> i6  33     1   .22  0.2    5000  10000   1000   2000
> >> i6  33.1   30  .06  9.05    1 10   1   100
> >>
> >> s ;14
> >>
> >> i6 0    1   .11  0.19    10  1000    400  800
> >> i6 0    1   .11  0.19    100  500    200  1200
> >> i6 0.1  8   .02  4.10    10   100    1   200
> >>
> >> i6 8    1   .11  0.17    10  1000    400  800
> >> i6 8    1   .11  0.17    10  1000    400  800
> >> i6 8.1  8   .04  4.09    10   100    1   200
> >>
> >> i6 16   1   .20  0.17    10  1000    400  800
> >> i6 16.1 8   .02  4.10    10   100    1   200
> >>
> >> i6 24   1   .2  0.17    10  1000    400  800
> >> i6 24.1 10   .03  4.08    10   100    1   200
> >>
> >> i6 34   1   .1  0.15    10  1000    400  800
> >>
> >> s
> >> f0 6
> >> s
> >>
> >> e
> >> </CsScore>
> >> </CsoundSynthesizer>
> >>
> >> Take care everyone.
> >>
> >> -dB
> >>
> >>
> >>
> >>
> >> *Dr. Richard Boulanger*
> >>
> >> Professor of Electronic Production and Design
> >>
> >> *Berklee College of Music*
> >>
> >> Professional Writing and Technology Division
> >>
> >>
> >> Csound mailing list Csound@listserv.heanet.ie
> >> https://listserv.heanet.ie/cgi-bin/wa?A0=CSOUND Send bugs reports to
> >> https://github.com/csound/csound/issues Discussions of bugs and features
> >> can be posted here
> >
> >
> 
> Csound mailing list
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> Send bugs reports to
>         https://github.com/csound/csound/issues
> Discussions of bugs and features can be posted here

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