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

Very nice!
========================
Prof. Victor Lazzarini
Maynooth University
Ireland

> On 15 Jan 2021, at 06:38, Dr. Richard Boulanger <rboulanger@berklee.edu> wrote:
>
> WARNINGThis email originated from outside of Maynooth University's Mail System. Do not reply, click links or open attachments unless you recognise the sender and know the content is safe.
> 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
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

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

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

Love it !

fre. 15. jan. 2021 kl. 07:38 skrev Dr. Richard Boulanger <rboulanger@berklee.edu>:

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 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

Thanks, Oeyvind - I was channeling your and Bernt's ICMC collaboration a bit there!

Dr. Richard Boulanger

On Fri, Jan 15, 2021 at 2:51 AM Oeyvind Brandtsegg <obrandts@gmail.com> wrote:

Love it !

fre. 15. jan. 2021 kl. 07:38 skrev Dr. Richard Boulanger <rboulanger@berklee.edu>:

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 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 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

Hello Dr. B.,
wow, that was a ride. :) At first I thought: how abstract. Then: it's a horror
soundtrack. But when you started with the martial, almost cinematic drums, I
got really hooked and interested. I had always dismissed the gendy opcodes as
rather "academic", now I find that a little less naivete is advised. :)

Best wishes,

Jeanette

--
  * Website: https://us-west-2.protection.sophos.com?d=juliencoder.de&u=aHR0cDovL2p1bGllbmNvZGVyLmRl&i=NWYxNzBkMDNiNTVmZGEwZmIyNjczYmRm&t=Z1Z2dGFzak1ZMmVreGNQNzdmUno0MDk5US9raG9Ydm8xYktRWVRSN2hjYz0=&h=9ae92bd220604b878d92680196ab112b - for summer is a state of sound
  * Youtube: https://us-west-2.protection.sophos.com?d=youtube.com&u=aHR0cHM6Ly93d3cueW91dHViZS5jb20vY2hhbm5lbC9VQ01TNHJmR3JUd3o4VzdqaEMxSm52N2c=&i=NWYxNzBkMDNiNTVmZGEwZmIyNjczYmRm&t=TXRCZnZOZEtNRDYvN0R0QXpMUHh0ZVMzNU9HOTJFNnU5Nkk4aFNEa2NuST0=&h=9ae92bd220604b878d92680196ab112b
  * Audiobombs: https://us-west-2.protection.sophos.com?d=audiobombs.com&u=aHR0cHM6Ly93d3cuYXVkaW9ib21icy5jb20vdXNlcnMvamVhbmV0dGVfYw==&i=NWYxNzBkMDNiNTVmZGEwZmIyNjczYmRm&t=emFIeXVKRkJiOGJ2c1BXVkJEc1hJVGdVUisxZ25OSU5zQXJ0dEQ5SnlXST0=&h=9ae92bd220604b878d92680196ab112b
  * GitHub: https://us-west-2.protection.sophos.com?d=github.com&u=aHR0cHM6Ly9naXRodWIuY29tL2plYW5ldHRlLWM=&i=NWYxNzBkMDNiNTVmZGEwZmIyNjczYmRm&t=anhzMlhqbG9WcGEzdTRSdE1pYkdHb2lOSmFGUW9wYkZBMmJONXRaWGpyMD0=&h=9ae92bd220604b878d92680196ab112b

Can't you see I'm a fool in so many ways <3
(Britney Spears)

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Discussions of bugs and features can be posted here

I love it too ! Thank you for sharing. 

Le vendredi 15 janvier 2021 à 09:15:25 UTC+1, Jeanette C. <julien@mail.upb.de> a écrit :

Hello Dr. B.,
wow, that was a ride. :) At first I thought: how abstract. Then: it's a horror
soundtrack. But when you started with the martial, almost cinematic drums, I
got really hooked and interested. I had always dismissed the gendy opcodes as
rather "academic", now I find that a little less naivete is advised. :)

Best wishes,

Jeanette

--
  * Website: http://juliencoder.de - for summer is a state of sound
  * Youtube: https://www.youtube.com/channel/UCMS4rfGrTwz8W7jhC1Jnv7g
  * Audiobombs: https://www.audiobombs.com/users/jeanette_c
  * GitHub: https://github.com/jeanette-c

Can't you see I'm a fool in so many ways <3
(Britney Spears)

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 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

Very nice!
========================
Prof. Victor Lazzarini
Maynooth University
Ireland

> On 15 Jan 2021, at 06:38, Dr. Richard Boulanger <rboulanger@berklee.edu> wrote:
>
> WARNINGThis email originated from outside of Maynooth University's Mail System. Do not reply, click links or open attachments unless you recognise the sender and know the content is safe.
> 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://us-west-2.protection.sophos.com?d=heanet.ie&u=aHR0cHM6Ly9saXN0c2Vydi5oZWFuZXQuaWUvY2dpLWJpbi93YT9BMD1DU09VTkQ=&i=NWYxNzBkMDNiNTVmZGEwZmIyNjczYmRm&t=WVZMRlI4dlFUVUZ6V2NTOUU5eE9lZnFIemtoc2hxYlBDMFFCWmtKZzhzRT0=&h=59d7ddcd9339451ba374a60ac738b8cb Send bugs reports to https://us-west-2.protection.sophos.com?d=github.com&u=aHR0cHM6Ly9naXRodWIuY29tL2Nzb3VuZC9jc291bmQvaXNzdWVz&i=NWYxNzBkMDNiNTVmZGEwZmIyNjczYmRm&t=YlNrQ2lLclRLZUpGUE1iR0FyY2M1eW1NTUU5SUozWlJwMTNZU2NXT1BLOD0=&h=59d7ddcd9339451ba374a60ac738b8cb Discussions of bugs and features can be posted here

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Discussions of bugs and features can be posted here

Due to the sharp edges in the waveform generated by gendy, this opcode creates a lot of aliases frequencies. Then it is interesting to release the piece with different values of sr. I tried it with sr fixed to 44100 Hz, 48000 Hz, 96000 Hz, and 192000 Hz.

I love it

François

Le ven. 15 janv. 2021 à 10:19, Victor Lazzarini <Victor.Lazzarini@mu.ie> a écrit :

Very nice!
========================
Prof. Victor Lazzarini
Maynooth University
Ireland

> On 15 Jan 2021, at 06:38, Dr. Richard Boulanger <rboulanger@berklee.edu> wrote:
>
> WARNINGThis email originated from outside of Maynooth University's Mail System. Do not reply, click links or open attachments unless you recognise the sender and know the content is safe.
> 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
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 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

Thanks for sharing! I was not aware of this opcode. Wonderfull example and opcode to explore!

Am 15.01.21 um 07:38 schrieb Dr. Richard Boulanger:

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 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

Very nice, thank you for sharing!

Ciao


fdsdb



Il giorno ven, 15/01/2021 alle 01.38 -0500, Dr. Richard Boulanger ha
scritto:
> </CsScore>
> </CsoundSynthesizer>

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Discussions of bugs and features can be posted here

WOW!

Seriously.. seemed so unlikely to be ...as good as it is! Thanks.

Thorin

On Fri, Jan 15, 2021 at 4:38 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 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

Thanks for this gendy thing!

I find with sr = 96000 it sounds rather different, smoother which is what I prefer, but perhaps that isn't what is wanted here.

Do I have your permission to include this piece in my repository of various Csound examples for various environments at 

https://github.com/gogins/csound-examples?

Best,

Mike

-----------------------------------------------------

Michael Gogins
Irreducible Productions
http://michaelgogins.tumblr.com
Michael dot Gogins at gmail dot com

On Fri, Jan 15, 2021 at 1:38 AM 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 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

Hello Dr. B.,

Thanks for sharing the code! I did not think that I can have the opcode musically sing, but I need to explore it now.
It sounds quite different when I change ksmps to 1. Very interesting.

Tetsuya
Csound mailing list
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Discussions of bugs and features can be posted here

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

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

> Hello Dr. B.,
>
> Thanks for sharing the code! I did not think that I can have the opcode musically sing, but I need to explore it now.
> It sounds quite different when I change ksmps to 1. Very interesting.

if i set ksmps = 1 and minfreq = maxfreq = cpsmidinn(p4) it sings and i
could play chords.

with gendy the tuning seems to be ok.

with gendyc not so.

<CsoundSynthesizer>
<CsOptions>
; Select audio/midi flags here according to platform
-odac     ;;;realtime audio out
</CsOptions>
<CsInstruments>

sr = 44100
ksmps = 1
nchnls = 2
0dbfs  = 1

instr 1

aout gendy 0.2, .2, 1, 1, 1, cpsmidinn(p4), cpsmidinn(p4), 0.1, 0.1
aL,aR reverbsc aout, aout, 0.8, 15000, 44100, 0.5, 1
outs aL,aR

endin
</CsInstruments>
<CsScore>
i1 0 10 60
i1 0 10 63
i1 0 10 67
e
</CsScore>
</CsoundSynthesizer>

best Christian




>
> Tetsuya
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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
> > https://us-west-2.protection.sophos.com?d=untwelve.org&u=aHR0cDovL3d3dy51bnR3ZWx2ZS5vcmc=&i=NWYxNzBkMDNiNTVmZGEwZmIyNjczYmRm&t=WjZONElFN2ZwMzRjQ0FXSkpxbUpXRVRFYWhLYjllZGg1VnRPU1pmdmRpST0=&h=082e6fe2a4a0448caedd22791029d1ff
> >
> >
> > 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://us-west-2.protection.sophos.com?d=heanet.ie&u=aHR0cHM6Ly9saXN0c2Vydi5oZWFuZXQuaWUvY2dpLWJpbi93YT9BMD1DU09VTkQ=&i=NWYxNzBkMDNiNTVmZGEwZmIyNjczYmRm&t=WVZMRlI4dlFUVUZ6V2NTOUU5eE9lZnFIemtoc2hxYlBDMFFCWmtKZzhzRT0=&h=082e6fe2a4a0448caedd22791029d1ff Send bugs reports to
> >> https://us-west-2.protection.sophos.com?d=github.com&u=aHR0cHM6Ly9naXRodWIuY29tL2Nzb3VuZC9jc291bmQvaXNzdWVz&i=NWYxNzBkMDNiNTVmZGEwZmIyNjczYmRm&t=YlNrQ2lLclRLZUpGUE1iR0FyY2M1eW1NTUU5SUozWlJwMTNZU2NXT1BLOD0=&h=082e6fe2a4a0448caedd22791029d1ff Discussions of bugs and features
> >> can be posted here
> >
> >
>
> Csound mailing list
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> Discussions of bugs and features can be posted here

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