Dc offset and laziness ...

[francibal]

Ciao,
I'm working with this csd, and resulting audio file has some dc offset jump. It seem happens after i've used syncgrain, but i'm not so sure ...
If someone of you have few time and feel like doing it, can explain why happens that ?
Where i'm wrong ? How can i correct that ?

Always many thanks, and sorry for my today's laziness and sluggish.

ciao,
fran

(P.S. Thanks Mister Lazzarini for your examples...)

<CsoundSynthesizer>
<CsOptions>
;csound -W -l -b4096 -o 27-6-2009_9.51.17.wav 27-6-2009_9.51.17.orc 27-6-2009_9.51.17.sco
</CsOptions>
<CsInstruments>
sr      = 48000
ksmps   = 128
nchnls  = 2
0dbfs = 32767

gaL init 0
gaR init 0

gimode ftgen 0, 0, 4096, 7, 1, 256, 0, 3584, 0, 256, 1
giquadra ftgen 0, 0, 4096, 7, 0.05, 148, .4, 1900, .4, 148, 0.05, 1900, 0.05
giquadra2 ftgen 0, 0, 4096, 7, 0.5, 148, 1.5, 1900, 1.5, 148, 0.5, 1900, 0.5
gif1 ftgen 1, 0, 131072, 7, 0, 131072, 0
gif2 ftgen 2, 0, 131072, 7, 0, 36, 1, 131000, 1, 36, 0
gif3 ftgen 3, 0, 16384, 9, 0.5, 1, 0

instr 1

ires1 = p5
ires2 = p6
ibf = .02
iamp = ampdb(p4)
iseed = 0
ibw = p5*ibf

kenv linseg 0, p3*.2, 1, p3*.2, 1, p3*.6, 0
anoise noise 1.0, .5
aout1 reson anoise,ires1,ibw,1
aout2 reson aout1,ires2,ibw,1

aout2 balance aout2, anoise

aout = aout2*kenv*iamp
kpan linseg 0.1, p3*.66, 0.9, p3*.33, 0.5

aL, aR pan2 aout, kpan

gaL = aL
gaR = aR

ilevel = p7
aL = aL * ilevel
aR = aR * ilevel
;outs aL, aR
endin


instr 2

ilevl = ampdb(p4)
ipitch = p5

kenv expseg  0.01, p3*.1, 1, p3*.8, 1, p3*.1, 0.001

k1 randi  1, 01, 1
k2 randi  1, 02, 1
k3 randi  1, 03, 1
k4 randi  1, 04, 1
k5 randi  1, 05, 1
k6 randi  1, 06, 1
k7 randi  1, 07, 1
k8 randi  1, 08, 1

a1 oscil  k1, ipitch, gimode
a2 oscil  k2, ipitch, gimode, .125
a3 oscil  k3, ipitch, gimode, .250
a4 oscil  k4, ipitch, gimode, .375
a5 oscil  k5, ipitch, gimode, .500
a6 oscil  k6, ipitch, gimode, .625
a7 oscil  k7, ipitch, gimode, .750
a8 oscil  k8, ipitch, gimode, .875

aout sum  a1, a2, a3, a4, a5, a6, a7, a8
aout = aout*kenv*ilevl

kpan linseg 0.9, p3*.66, 0.1, p3*.33, 0.5

aL, aR pan2  aout, kpan

gaL = gaL + aL
gaR = gaR + aR

ilevel = p6
aL = aL * ilevel
aR = aR * ilevel
;outs aL, aR
endin

instr 94

aout = gaL + gaR

kamp = p4
kfreq poscil 1, p5, giquadra2

iomax = 100
kol = 3
kgr poscil 1, p6, giquadra
kfr = kol/kgr
kps = 2/kol

awp  phasor sr/ftlen(1)
awin tablei awp, 2, 1
     tablew aout*awin, awp, 1, 1
gaout syncgrain  kamp, kfr, kfreq, kgr, kps,1, 3, iomax

;outs    asig, asig
endin

instr 100

irlev = p4
kfblvl = p5
kfco = 20000

arL, arR reverbsc gaout, gaout, kfblvl, kfco

arL = arL * irlev
arR = arR * irlev

outs arL, arR

gaL = 0
gaR = 0
endin

</CsInstruments>
<CsScore>

i 2 0 12.5 66 146.8324034 1
i 1 0 12.5 66 293.6648069 295.5764943 1
i 2 11.25 12.5 62 110.0000146 1
i 1 11.25 12.5 62 220.0000292 223.8447647 1
i 2 22.5 17.5 68 146.8324034 1
i 1 22.5 17.5 68 293.6648069 295.8953963 1
i 2 38.25 12.5 64 110.0000146 1
i 1 38.25 12.5 64 220.0000292 218.4389075 1
i 1 0 3.125 63 4698.63691 4682.37302 1.2
i 1 2 3.125 63 4698.63691 4682.37302 1.2
i 2 3 3.125 63 4698.63691 0.707
i 1 3.125 3.125 73 1174.659227 1158.960547 1.2
i 1 5.125 3.125 73 1174.659227 1158.960547 1.2
i 2 6.125 3.125 73 1174.659227 0.707
i 1 6.25 3.125 73 18794.54764 19018.31111 1.2
i 1 8.25 3.125 73 18794.54764 19018.31111 1.2
i 2 9.25 3.125 73 18794.54764 0.707
i 1 9.375 3.125 77 440.0000584 437.7919812 1.2
i 1 11.375 3.125 77 440.0000584 437.7919812 1.2
i 2 12.375 3.125 77 440.0000584 0.707
i 1 11.25 3.125 69 2217.461342 2177.813162 1.2
i 1 13.25 3.125 69 2217.461342 2177.813162 1.2
i 2 14.25 3.125 69 2217.461342 0.707
i 1 14.375 3.125 65 659.2552013 658.4410117 1.2
i 1 16.375 3.125 65 659.2552013 658.4410117 1.2
i 2 17.375 3.125 65 659.2552013 0.707
i 1 17.5 3.125 75 3520.000467 3590.074417 1.2
i 1 19.5 3.125 75 3520.000467 3590.074417 1.2
i 2 20.5 3.125 75 3520.000467 0.707
i 1 20.625 3.125 65 329.6276006 324.5225453 1.2
i 1 22.625 3.125 65 329.6276006 324.5225453 1.2
i 2 23.625 3.125 65 329.6276006 0.707
i 1 22.5 4.375 65 880.0001167 871.1593662 1.2
i 1 24.5 4.375 65 880.0001167 871.1593662 1.2
i 2 25.5 4.375 65 880.0001167 0.707
i 1 26.875 4.375 77 880.0001167 883.7269655 1.2
i 1 28.875 4.375 77 880.0001167 883.7269655 1.2
i 2 29.875 4.375 77 880.0001167 0.707
i 1 31.25 4.375 66 28160.00373 27669.94729 1.2
i 1 33.25 4.375 66 28160.00373 27669.94729 1.2
i 2 34.25 4.375 66 28160.00373 0.707
i 1 35.625 4.375 72 440.0000584 432.7571566 1.2
i 1 37.625 4.375 72 440.0000584 432.7571566 1.2
i 2 38.625 4.375 72 440.0000584 0.707
i 1 38.25 3.125 72 659.2552013 659.6548413 1.2
i 1 40.25 3.125 72 659.2552013 659.6548413 1.2
i 2 41.25 3.125 72 659.2552013 0.707
i 1 41.375 3.125 77 329.6276006 331.7424869 1.2
i 1 43.375 3.125 77 329.6276006 331.7424869 1.2
i 2 44.375 3.125 77 329.6276006 0.707
i 1 44.5 3.125 75 17739.69074 17729.69946 1.2
i 1 46.5 3.125 75 17739.69074 17729.69946 1.2
i 2 47.5 3.125 75 17739.69074 0.707
i 1 47.625 3.125 65 554.3653355 556.6539646 1.2
i 1 49.625 3.125 65 554.3653355 556.6539646 1.2
i 2 50.625 3.125 65 554.3653355 0.707
i 94 0 58.75 1 0.25 0.5
i 100 0 58.75 0.6 0.7

</CsScore>
</CsoundSynthesizer>

[Pablo Frank]

Some parts of this message have been removed. Learn more about Nabble's security policy.

use the opcode dcblock

> Date: Sat, 27 Jun 2009 01:21:12 -0700
> From: ilterzouomo@...
> To: csound@...
> Subject: [Csnd] Dc offset and laziness ...
>
>
> Ciao,
> I'm working with this csd, and resulting audio file has some dc offset jump.
> It seem happens after i've used syncgrain, but i'm not so sure ...
> If someone of you have few time and feel like doing it, can explain why
> happens that ?
> Where i'm wrong ? How can i correct that ?
>
> Always many thanks, and sorry for my today's laziness and sluggish.
>
> ciao,
> fran
>
> (P.S. Thanks Mister Lazzarini for your examples...)
>
> <CsoundSynthesizer>
> <CsOptions>
> ;csound -W -l -b4096 -o 27-6-2009_9.51.17.wav 27-6-2009_9.51.17.orc
> 27-6-2009_9.51.17.sco
> </CsOptions>
> <CsInstruments>
> sr = 48000
> ksmps = 128
> nchnls = 2
> 0dbfs = 32767
>
> gaL init 0
> gaR init 0
>
> gimode ftgen 0, 0, 4096, 7, 1, 256, 0, 3584, 0, 256, 1
> giquadra ftgen 0, 0, 4096, 7, 0.05, 148, .4, 1900, .4, 148, 0.05, 1900, 0.05
> giquadra2 ftgen 0, 0, 4096, 7, 0.5, 148, 1.5, 1900, 1.5, 148, 0.5, 1900, 0.5
> gif1 ftgen 1, 0, 131072, 7, 0, 131072, 0
> gif2 ftgen 2, 0, 131072, 7, 0, 36, 1, 131000, 1, 36, 0
> gif3 ftgen 3, 0, 16384, 9, 0.5, 1, 0
>
> instr 1
>
> ires1 = p5
> ires2 = p6
> ibf = .02
> iamp = ampdb(p4)
> iseed = 0
> ibw = p5*ibf
>
> kenv linseg 0, p3*.2, 1, p3*.2, 1, p3*.6, 0
> anoise noise 1.0, .5
> aout1 reson anoise,ires1,ibw,1
> aout2 reson aout1,ires2,ibw,1
>
> aout2 balance aout2, anoise
>
> aout = aout2*kenv*iamp
> kpan linseg 0.1, p3*.66, 0.9, p3*.33, 0.5
>
> aL, aR pan2 aout, kpan
>
> gaL = aL
> gaR = aR
>
> ilevel = p7
> aL = aL * ilevel
> aR = aR * ilevel
> ;outs aL, aR
> endin
>
>
> instr 2
>
> ilevl = ampdb(p4)
> ipitch = p5
>
> kenv expseg 0.01, p3*.1, 1, p3*.8, 1, p3*.1, 0.001
>
> k1 randi 1, 01, 1
> k2 randi 1, 02, 1
> k3 randi 1, 03, 1
> k4 randi 1, 04, 1
> k5 randi 1, 05, 1
> k6 randi 1, 06, 1
> k7 randi 1, 07, 1
> k8 randi 1, 08, 1
>
> a1 oscil k1, ipitch, gimode
> a2 oscil k2, ipitch, gimode, .125
> a3 oscil k3, ipitch, gimode, .250
> a4 oscil k4, ipitch, gimode, .375
> a5 oscil k5, ipitch, gimode, .500
> a6 oscil k6, ipitch, gimode, .625
> a7 oscil k7, ipitch, gimode, .750
> a8 oscil k8, ipitch, gimode, .875
>
> aout sum a1, a2, a3, a4, a5, a6, a7, a8
> aout = aout*kenv*ilevl
>
> kpan linseg 0.9, p3*.66, 0.1, p3*.33, 0.5
>
> aL, aR pan2 aout, kpan
>
> gaL = gaL + aL
> gaR = gaR + aR
>
> ilevel = p6
> aL = aL * ilevel
> aR = aR * ilevel
> ;outs aL, aR
> endin
>
> instr 94
>
> aout = gaL + gaR
>
> kamp = p4
> kfreq poscil 1, p5, giquadra2
>
> iomax = 100
> kol = 3
> kgr poscil 1, p6, giquadra
> kfr = kol/kgr
> kps = 2/kol
>
> awp phasor sr/ftlen(1)
> awin tablei awp, 2, 1
> tablew aout*awin, awp, 1, 1
> gaout syncgrain kamp, kfr, kfreq, kgr, kps,1, 3, iomax
>
> ;outs asig, asig
> endin
>
> instr 100
>
> irlev = p4
> kfblvl = p5
> kfco = 20000
>
> arL, arR reverbsc gaout, gaout, kfblvl, kfco
>
> arL = arL * irlev
> arR = arR * irlev
>
> outs arL, arR
>
> gaL = 0
> gaR = 0
> endin
>
> </CsInstruments>
> <CsScore>
>
> i 2 0 12.5 66 146.8324034 1
> i 1 0 12.5 66 293.6648069 295.5764943 1
> i 2 11.25 12.5 62 110.0000146 1
> i 1 11.25 12.5 62 220.0000292 223.8447647 1
> i 2 22.5 17.5 68 146.8324034 1
> i 1 22.5 17.5 68 293.6648069 295.8953963 1
> i 2 38.25 12.5 64 110.0000146 1
> i 1 38.25 12.5 64 220.0000292 218.4389075 1
> i 1 0 3.125 63 4698.63691 4682.37302 1.2
> i 1 2 3.125 63 4698.63691 4682.37302 1.2
> i 2 3 3.125 63 4698.63691 0.707
> i 1 3.125 3.125 73 1174.659227 1158.960547 1.2
> i 1 5.125 3.125 73 1174.659227 1158.960547 1.2
> i 2 6.125 3.125 73 1174.659227 0.707
> i 1 6.25 3.125 73 18794.54764 19018.31111 1.2
> i 1 8.25 3.125 73 18794.54764 19018.31111 1.2
> i 2 9.25 3.125 73 18794.54764 0.707
> i 1 9.375 3.125 77 440.0000584 437.7919812 1.2
> i 1 11.375 3.125 77 440.0000584 437.7919812 1.2
> i 2 12.375 3.125 77 440.0000584 0.707
> i 1 11.25 3.125 69 2217.461342 2177.813162 1.2
> i 1 13.25 3.125 69 2217.461342 2177.813162 1.2
> i 2 14.25 3.125 69 2217.461342 0.707
> i 1 14.375 3.125 65 659.2552013 658.4410117 1.2
> i 1 16.375 3.125 65 659.2552013 658.4410117 1.2
> i 2 17.375 3.125 65 659.2552013 0.707
> i 1 17.5 3.125 75 3520.000467 3590.074417 1.2
> i 1 19.5 3.125 75 3520.000467 3590.074417 1.2
> i 2 20.5 3.125 75 3520.000467 0.707
> i 1 20.625 3.125 65 329.6276006 324.5225453 1.2
> i 1 22.625 3.125 65 329.6276006 324.5225453 1.2
> i 2 23.625 3.125 65 329.6276006 0.707
> i 1 22.5 4.375 65 880.0001167 871.1593662 1.2
> i 1 24.5 4.375 65 880.0001167 871.1593662 1.2
> i 2 25.5 4.375 65 880.0001167 0.707
> i 1 26.875 4.375 77 880.0001167 883.7269655 1.2
> i 1 28.875 4.375 77 880.0001167 883.7269655 1.2
> i 2 29.875 4.375 77 880.0001167 0.707
> i 1 31.25 4.375 66 28160.00373 27669.94729 1.2
> i 1 33.25 4.375 66 28160.00373 27669.94729 1.2
> i 2 34.25 4.375 66 28160.00373 0.707
> i 1 35.625 4.375 72 440.0000584 432.7571566 1.2
> i 1 37.625 4.375 72 440.0000584 432.7571566 1.2
> i 2 38.625 4.375 72 440.0000584 0.707
> i 1 38.25 3.125 72 659.2552013 659.6548413 1.2
> i 1 40.25 3.125 72 659.2552013 659.6548413 1.2
> i 2 41.25 3.125 72 659.2552013 0.707
> i 1 41.375 3.125 77 329.6276006 331.7424869 1.2
> i 1 43.375 3.125 77 329.6276006 331.7424869 1.2
> i 2 44.375 3.125 77 329.6276006 0.707
> i 1 44.5 3.125 75 17739.69074 17729.69946 1.2
> i 1 46.5 3.125 75 17739.69074 17729.69946 1.2
> i 2 47.5 3.125 75 17739.69074 0.707
> i 1 47.625 3.125 65 554.3653355 556.6539646 1.2
> i 1 49.625 3.125 65 554.3653355 556.6539646 1.2
> i 2 50.625 3.125 65 554.3653355 0.707
> i 94 0 58.75 1 0.25 0.5
> i 100 0 58.75 0.6 0.7
>
> </CsScore>
> </CsoundSynthesizer>
>
> --
> View this message in context: http://www.nabble.com/Dc-offset-and-laziness-...-tp24231273p24231273.html
> Sent from the Csound - General mailing list archive at Nabble.com.
>
>
>
> Send bugs reports to this list.
> To unsubscribe, send email sympa@... with body "unsubscribe csound"

---

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[francibal]

Yes,
now it works ...
I'm a sleepy man ...
Many thanks Mr. Pablo.

Now it remain me to understand why happens or from where ...

ciao,

fran.

Pablo Frank wrote:

use the opcode dcblock

> Date: Sat, 27 Jun 2009 01:21:12 -0700
> From: [e-mail]
> To: [e-mail]
> Subject: [Csnd]  Dc offset and laziness ...
>
>
> Ciao,
> I'm working with this csd, and resulting audio file has some dc offset jump.
> It seem happens after i've used syncgrain, but i'm not so sure ...
> If someone of you have few time and feel like doing it, can explain why
> happens that ?
> Where i'm wrong ? How can i correct that ?
>
> Always many thanks, and sorry for my today's laziness and sluggish.
>
> ciao,
> fran
>
> (P.S. Thanks Mister Lazzarini for your examples...)
>
> <CsoundSynthesizer>
> <CsOptions>
> ;csound -W -l -b4096 -o 27-6-2009_9.51.17.wav 27-6-2009_9.51.17.orc
> 27-6-2009_9.51.17.sco
> </CsOptions>
> <CsInstruments>
> sr      = 48000
> ksmps   = 128
> nchnls  = 2
> 0dbfs = 32767
>
> gaL init 0
> gaR init 0
>
> gimode ftgen 0, 0, 4096, 7, 1, 256, 0, 3584, 0, 256, 1
> giquadra ftgen 0, 0, 4096, 7, 0.05, 148, .4, 1900, .4, 148, 0.05, 1900, 0.05
> giquadra2 ftgen 0, 0, 4096, 7, 0.5, 148, 1.5, 1900, 1.5, 148, 0.5, 1900, 0.5
> gif1 ftgen 1, 0, 131072, 7, 0, 131072, 0
> gif2 ftgen 2, 0, 131072, 7, 0, 36, 1, 131000, 1, 36, 0
> gif3 ftgen 3, 0, 16384, 9, 0.5, 1, 0
>
> instr 1
>
> ires1 = p5
> ires2 = p6
> ibf = .02
> iamp = ampdb(p4)
> iseed = 0
> ibw = p5*ibf
>
> kenv linseg 0, p3*.2, 1, p3*.2, 1, p3*.6, 0
> anoise noise 1.0, .5
> aout1 reson anoise,ires1,ibw,1
> aout2 reson aout1,ires2,ibw,1
>
> aout2 balance aout2, anoise
>
> aout = aout2*kenv*iamp
> kpan linseg 0.1, p3*.66, 0.9, p3*.33, 0.5
>
> aL, aR pan2 aout, kpan
>
> gaL = aL
> gaR = aR
>
> ilevel = p7
> aL = aL * ilevel
> aR = aR * ilevel
> ;outs aL, aR
> endin
>
>
> instr 2
>
> ilevl = ampdb(p4)
> ipitch = p5
>
> kenv expseg  0.01, p3*.1, 1, p3*.8, 1, p3*.1, 0.001
>
> k1 randi  1, 01, 1
> k2 randi  1, 02, 1
> k3 randi  1, 03, 1
> k4 randi  1, 04, 1
> k5 randi  1, 05, 1
> k6 randi  1, 06, 1
> k7 randi  1, 07, 1
> k8 randi  1, 08, 1
>
> a1 oscil  k1, ipitch, gimode
> a2 oscil  k2, ipitch, gimode, .125
> a3 oscil  k3, ipitch, gimode, .250
> a4 oscil  k4, ipitch, gimode, .375
> a5 oscil  k5, ipitch, gimode, .500
> a6 oscil  k6, ipitch, gimode, .625
> a7 oscil  k7, ipitch, gimode, .750
> a8 oscil  k8, ipitch, gimode, .875
>
> aout sum  a1, a2, a3, a4, a5, a6, a7, a8
> aout = aout*kenv*ilevl
>
> kpan linseg 0.9, p3*.66, 0.1, p3*.33, 0.5
>
> aL, aR pan2  aout, kpan
>
> gaL = gaL + aL
> gaR = gaR + aR
>
> ilevel = p6
> aL = aL * ilevel
> aR = aR * ilevel
> ;outs aL, aR
> endin
>
> instr 94
>
> aout = gaL + gaR
>
> kamp = p4
> kfreq poscil 1, p5, giquadra2
>
> iomax = 100
> kol = 3
> kgr poscil 1, p6, giquadra
> kfr = kol/kgr
> kps = 2/kol
>
> awp  phasor sr/ftlen(1)
> awin tablei awp, 2, 1
>      tablew aout*awin, awp, 1, 1
> gaout syncgrain  kamp, kfr, kfreq, kgr, kps,1, 3, iomax
>
> ;outs    asig, asig
> endin
>
> instr 100
>
> irlev = p4
> kfblvl = p5
> kfco = 20000
>
> arL, arR reverbsc gaout, gaout, kfblvl, kfco
>
> arL = arL * irlev
> arR = arR * irlev
>
> outs arL, arR
>
> gaL = 0
> gaR = 0
> endin
>
> </CsInstruments>
> <CsScore>
>
> i 2 0 12.5 66 146.8324034 1
> i 1 0 12.5 66 293.6648069 295.5764943 1
> i 2 11.25 12.5 62 110.0000146 1
> i 1 11.25 12.5 62 220.0000292 223.8447647 1
> i 2 22.5 17.5 68 146.8324034 1
> i 1 22.5 17.5 68 293.6648069 295.8953963 1
> i 2 38.25 12.5 64 110.0000146 1
> i 1 38.25 12.5 64 220.0000292 218.4389075 1
> i 1 0 3.125 63 4698.63691 4682.37302 1.2
> i 1 2 3.125 63 4698.63691 4682.37302 1.2
> i 2 3 3.125 63 4698.63691 0.707
> i 1 3.125 3.125 73 1174.659227 1158.960547 1.2
> i 1 5.125 3.125 73 1174.659227 1158.960547 1.2
> i 2 6.125 3.125 73 1174.659227 0.707
> i 1 6.25 3.125 73 18794.54764 19018.31111 1.2
> i 1 8.25 3.125 73 18794.54764 19018.31111 1.2
> i 2 9.25 3.125 73 18794.54764 0.707
> i 1 9.375 3.125 77 440.0000584 437.7919812 1.2
> i 1 11.375 3.125 77 440.0000584 437.7919812 1.2
> i 2 12.375 3.125 77 440.0000584 0.707
> i 1 11.25 3.125 69 2217.461342 2177.813162 1.2
> i 1 13.25 3.125 69 2217.461342 2177.813162 1.2
> i 2 14.25 3.125 69 2217.461342 0.707
> i 1 14.375 3.125 65 659.2552013 658.4410117 1.2
> i 1 16.375 3.125 65 659.2552013 658.4410117 1.2
> i 2 17.375 3.125 65 659.2552013 0.707
> i 1 17.5 3.125 75 3520.000467 3590.074417 1.2
> i 1 19.5 3.125 75 3520.000467 3590.074417 1.2
> i 2 20.5 3.125 75 3520.000467 0.707
> i 1 20.625 3.125 65 329.6276006 324.5225453 1.2
> i 1 22.625 3.125 65 329.6276006 324.5225453 1.2
> i 2 23.625 3.125 65 329.6276006 0.707
> i 1 22.5 4.375 65 880.0001167 871.1593662 1.2
> i 1 24.5 4.375 65 880.0001167 871.1593662 1.2
> i 2 25.5 4.375 65 880.0001167 0.707
> i 1 26.875 4.375 77 880.0001167 883.7269655 1.2
> i 1 28.875 4.375 77 880.0001167 883.7269655 1.2
> i 2 29.875 4.375 77 880.0001167 0.707
> i 1 31.25 4.375 66 28160.00373 27669.94729 1.2
> i 1 33.25 4.375 66 28160.00373 27669.94729 1.2
> i 2 34.25 4.375 66 28160.00373 0.707
> i 1 35.625 4.375 72 440.0000584 432.7571566 1.2
> i 1 37.625 4.375 72 440.0000584 432.7571566 1.2
> i 2 38.625 4.375 72 440.0000584 0.707
> i 1 38.25 3.125 72 659.2552013 659.6548413 1.2
> i 1 40.25 3.125 72 659.2552013 659.6548413 1.2
> i 2 41.25 3.125 72 659.2552013 0.707
> i 1 41.375 3.125 77 329.6276006 331.7424869 1.2
> i 1 43.375 3.125 77 329.6276006 331.7424869 1.2
> i 2 44.375 3.125 77 329.6276006 0.707
> i 1 44.5 3.125 75 17739.69074 17729.69946 1.2
> i 1 46.5 3.125 75 17739.69074 17729.69946 1.2
> i 2 47.5 3.125 75 17739.69074 0.707
> i 1 47.625 3.125 65 554.3653355 556.6539646 1.2
> i 1 49.625 3.125 65 554.3653355 556.6539646 1.2
> i 2 50.625 3.125 65 554.3653355 0.707
> i 94 0 58.75 1 0.25 0.5
> i 100 0 58.75 0.6 0.7
>
> </CsScore>
> </CsoundSynthesizer>
>
> --
> View this message in context: http://www.nabble.com/Dc-offset-and-laziness-...-tp24231273p24231273.html
> Sent from the Csound - General mailing list archive at Nabble.com.
>
>
>
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