Maths Manual Illustrated v 2 Print Able Ok

5/20/2018 Maths Manual Illustrated v 2 Print Able Ok

1/31

Makenoise Maths

Manual Patch Ideas illustrated

by Demonam


2/31

Index

01. . . Voltage Controlled Transient Generator (Attack/ Decay EG)02. . . Voltage Controlled Sustained Function Generator (A/S/R EG)

03. . . Typical Voltage Controlled Triangle Function04. . . Typical Voltage Controlled Ramp Function

05. . . Typical Voltage Controlled Pulse06. . . Voltage Controlled ADSR (East Coast Envelope done West Coast style)

07. . . Voltage Comparator/ Gate Extraction w/ variable width08. . . Gate Controlled CYCLE

09. . . Toggled Delayed CYCLING10. . . Envelope Follower

11. . . 281 Quadrature Mode (West Coast Swirly Bird)12. . . VC LAG/ Slew Processor13. . . East Coast Portamento

14. . . Arcade Trill15. . . Chaotic Trill ( r equi r es QMMG or ot her Di r ect Coupl ed LP f i l t er )

16. . . Independent Contours17. . . Bouncing Ball ( r equi r es QMMG or Dual VCA)

18. . . FLIP-FLOP (1-Bit Memory)19. . . Voltage Controlled Pulse Delay Processor

20. . . Voltage Controlled Clock Divider21. . . Logic Invertor

22. . . Half Wave Rectification23. . . Full Wave Rectification24. . . ADD, Subtract Control Signals

25. . . Peak Detector26. . . Voltage Mirror27. . . Multiplication

28. . . Patch Tips #1 - Maths Slope Control ( f r om navs. modul ar . l ab)
http://navsmodularlab.blogspot.fr/2010/01/patch-tips-1-maths-slope-control.htmlhttp://navsmodularlab.blogspot.fr/2010/01/patch-tips-1-maths-slope-control.html


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Voltage Controlled Transient Generator (Attack/ Decay EG)

At t ack

Decay

EG scal e/ i nver si on

Response

pul se or gat e

EG Out

A pul se or gat e appl i ed t o t he Tr iCH. 1 or 4 wi l l st ar t t he t r ansi en

whi ch r i ses f r om 0V t o 10V at

det ermi ned by t he Ri se par amet er Fal l s f r om 10V t o 0V at a rat e dett he Fal l par amet er . Thi s f unct i ot r i gger - abl e dur i ng t he Fal l i ng Ri se and Fal l are i ndependent l y

cont r ol l abl e, wi t h var i abl e respoLog t hr u Li near t o Exponent i al , a

t he Var i - Response panel Cont r o

r esul t i ng f unct i on may be f ur t her wi t h at t enuat i on and/ or i nver si oScal e/ I nver si on Panel Cont r


4/31

Voltage Controlled Sustained Function Generator (A/S/R EG)

At t ack

Rel ease

EG scal e/ i nver si on

Response

gat e

EG Out

A gat e appl i ed t o the Si gnal I N of4 wi l l st ar t t he f uncti on whi ch r0V t o t he l evel of t he appl i ed Ga

r ate determi ned by t he Ri se parSust ai ns at t hat l evel unt i l t he Gends, and t hen Fal l s f r om t hat l eat a rat e det er mi ned by t he Fal l p

Ri se and Fal l are i ndependent l y cont r ol l abl e, wi t h var i abl e r espon

by t he Var i - Response panel Cont rr esul t i ng f unct i on may be f ur t her

wi t h at t enuat i on and/ or i nver si oScal e/ I nver si on Panel Cont r


5/31

Typical Voltage Controlled Triangle Function

Fr equency

Out scal e/ i nver si on

desi r at ed modul at i on

Out

Fr equency

Fr equency

Set CH. 1 ( or 4) t o sel f Cycl e. SeFal l Panel Cont r ol t o NOON. Appl y

modul at i on t o CH. 3 Si gnal I nput .

Scal e/ I nver si on Panel Cont r ol tAppl y Vol t age Of f set and modul aSUMmed, by pat chi ng SUM OUT t o Bot

I nput . CH. 2 Scal e/ I nver si on wFrequency. OUTput i s t aken f r om S

of associ at ed channel . Set t i ng Ri spar amet er s f ur t her CW wi l l pr ovi d

cycl es. Set t i ng t hese par amet ers f

wi l l pr ovi de shor t cycl es, up t o aThe r esul t i ng f unct i on may be fpr ocessed wi t h at t enuat i on and/ or

by t he Scal e/ I nver si on Panel C


6/31

Fr equency

Typical Voltage Controlled Ramp Function

Fr equency

Out scal e/ i nver si on


Out

As above, onl y the Ri se parameteFULL CCW, Fal l paramet er i s set t o

NOON.


7/31

pul se wi dt h

Typical Voltage Controlled Pulse

Fr equency


Out

Fr equency

Out

Same as above, onl y t he OUTput i s EOC or EOR. CH. 1, Ri se par ameter ef f ect i vel y adj ust f r equency, and par amet er wi l l adj ust pul se wi dt h.4, t he opposi t e i s t r ue wher e Ri s

mor e ef f ect i vel y Wi dt h and Fal l f r equency. I n bot h channel s al l a

t o Ri se and Fal l par amet er s wi l lf r equency.

l ll d ( l d l )


8/31

Voltage Controlled ADSR (East Coast Envelope done West Coast style)

At t ack st age 1

Rel ease

Sust ai n

Response

gat e

ADSR Out

At t ack st age 2

Response

Decay

Appl y Gate si gnal t o CH. 1 Si gnal I n. Set CH. I nver si on Panel Cont r ol t o l ess t hen Ful l CW. End of Ri se to CH. 4 Tr i gger I N. Set CH. 4 Scal

Panel Cont r ol t o Ful l CW. Take OUTput f r omOR busur e t hat CH. 2, 3 are set t o NOON i f not i n uspatch CH. 1 and 4 Ri se wi l l cont r ol t he At t ack

t ypi cal ADSR adj ust t hese parameter s t o be si miCH. 1 Ri se to be l onger t hen CH. 4 wi l l or vi cepr oduce t wo at t ack st ages) . CH. 4 Fal l parametert he Decay st age of t he envel ope. CH. 1 Scal e/ I nvCont r ol wi l l set t he Sust ai n l evel , whi ch MUST b

t hat same parameter on CH. 4. Fi nal l y CH. 1 Fat he Rel ease Ti me.

V lt C t / G t E t ti / i bl idth


9/31

Voltage Comparator/ Gate Extraction w/ variable width

der i vat e gat e Del ay

der i vat e gat e Wi dt h

si gnal t o becompar ed

t hr eshol d

ext r act ed gat e

Appl y si gnal t o be compar at ed tSi gnal I N. Pat ch CH. 2 OUT t o CH. I N. Set CH. 1 Ri se and Fal l t o f

Take ext r act ed Gat e f r om EOR. CH. I nver si on acts as t he Thr eshhol dappl i cabl e val ues bei ng bet ween Ful l CW. Val ues cl oser t o NOON

HI GHER t hr eshol ds. Set t i ng the RiCW, you wi l l be abl e to Del ay t hegat e. Set t i ng Fal l t i mes CW you w

t he wi dt h of t he der i ved Gate. Use

Envel ope Fol l ower , and CH. 2 & 1 ext r act i on, and you have a ver y pat ch f or ext er nal si gnal pr oce

Gate Controlled CYCLE


10/31

Gate Controlled CYCLE

t r i gger del ayt i me

gat e

Out

f i ne t une/ shape f i ne t une/ shape

Appl y Gat e t o CH. 2, set CH. 2 Scat o 3 o' cl ock. Pat ch CH. 1 EoR t o set Scal e cont r ol t o Ful l CW. Usi nst ack- cabl e, pat ch OR OUT t o bot h Tr i gger I N. Take output f or m CH.

OUT mul t i pl e ( bot t om r ow) . Pat ch dt o CH. 1 Si gnal OUT ( t op r ow) , or si gnal el se wher e i n t he pat ch. Ccont r ol s t he t r i gger del ay t i me. Cmust al ways be shor t er t hen CH. 1 Response knob acts as a f i ne t une

l engt hs as wel l as set t i ng t he shawi l l CYCLE so l ong as Gate i s Speci al t hanx t o Don Ki m f or t hi

i dea.

Toggled Delayed CYCLING


11/31

Toggled Delayed CYCLING

t r i gger del ayt i me

gat e

Out

f i ne t une/ shape f i ne t une/ shape

Thi s i s t he pat ch t hat f r om whi chf or t he above Gat e Cont r ol l ed CYC

or i gi nated. Set up t he above patcht he SUM OUT and mul t t o bot h CH

Tr i gger I N. i nst ead of t he OR OUT. be l onger i n dur atat i on t hen t he Cas set by Ri se and Fal l of CH. 1 a

Thi s pat ch wor ks great wi t h Pr essuut i l i zi ng on of Gate OUTs on t hat

Speci al t hanx t o Don Ki m f or t huni que pat ch i dea.

Envelope Follower


12/31

Envelope Follower

posi t i ve onl y Out

r esponse

si gnal t o bef ol l owed

posi t i ve/ negat i ve Out

scal e/ i nver si on

Appl y Si gnal t o be f ol l owed t o Si g1 or 4. Set Ri se t o NOON. Set

modul ate FALL Ti me to achi eve dir esponses. Take out put f r om ass

channel Si gnal OUT f or posi t i ve anPeak Detect i on. Take out put f r om O

t o achi eve mor e t ypi cal Posi t i vEnvel ope Fol l ower f uncti on. I f

needed, pat hc si gnal t o CH. 2 or 3Scal e/ I nver si on t o f ul l CW. Tak

f r om associ ated channel OU

281 Quadrature Mode (West Coast Swirly Bird)


13/31

281 Quadrature Mode (West Coast Swirly Bird)

modul at i on

dest i nat i on

modul at i on

dest i nat i on

I n t hi s pat ch, CH. 1, 4 wor k i n tpr ovi de f unct i ons shi f t ed by ni netWi t h bot h Cycl e Swi t ches UN- ENGAGEnd of Ri se ( CH. 1) t o Tr i gger I

Pat ch End of Cycl e (CH. 4) t o Tr i g1. I f bot h CH. 1 and 4 do not begi n

engage CH. 1 Cycl e Br i ef l y. Wi tchannel s cycl i ng, appl y thei r r e

Si gnal OUTput s t o t wo di f f er ent mdest i nat i ons, f or exampl e t wo cha

t he QMMG.

VC LAG/ Slew Processor


14/31

VC LAG/ Slew Processor

si gnal t o besl ewed


s l ew RI SE

sl ew FALL

r esponse

Out

A si gnal appl i ed t o t he Si gnal I N, accordi ng t o t he RI SE and FALL paVar i abl e r esponse f r om Log t hr u L

Exponent i al , i s as set by t he Var ipanel Cont r ol . The r esul t i ng f unctf ur t her pr ocessed wi t h at t enuat i o

i nver si on by t he Scal e/ I nver si oCont r ol .

East Coast Portamento


15/31

si gnal t o besl ewed


Out

ext r emeness of t heLOG r esponse

por t ament o r at e

Set CH. 1 Ri se and Fal l t o NOONResponse to Ful l CCW. Patch CH. 1

( t op r ow) t o CH. 2 Si gnal I N, seScal e t o Ful l CCW, pat ch SUM OUT

BOTH Cont r ol I N. Set CH. 3 Scalcont r ol t o NOON. Pat ch CV t o be slan Obi e l i ke por t ament o t o CH. 1 S

Take output f r om CH. 1 Si gnal OUTr ow. I n t hi s pat ch CH. 2 Scal e pan

wi l l set t he ext r emeness of t hr esponse, Ful l CCW bei ng t he most CH. 3 Scal e panel cont r ol wi l l se

t he por t ament o, CW bei ng f ast er bei ng sl ower .

I f you want ed to get even f anci er ,

pat ch t he mod- wheel f r om your CV ( or Pr ess CV f r om Pr essur e Poi nt s)Si gnal I N, and use mod- wheel or Pri nf l uence and cont r ol t he por t ame( j ust be sur e nothi ng i s pat ched

OUT, t op r ow, so that t he si gnal it he SUM BUSS, and i f you use CH

somethi ng el se, be sur e t o ut i l i zRow out put t o br eak t he normal i

cont r ol si gnal

Arcade Trill


16/31


Out

t r i l l

t r i l l

t r i l l

Set CH. 4 Ri se and Fal l t o NOON,I nver si on t o 9 o' cl ock. Pat ch EOC

Tr i gger I N. Pat ch CH. 4 Si gnal OUTBoth I N. Set CH. 1 Ri se t o NOON,

f ul l CCW. Engage CH. 4 Cycl e swi tSi gnal OUT CH. 1 t o modul at i on des

CH. 4 Scal e/ I nver si on, Ri se anRsponse Par amet er s var y t r i

Chaotic Trill ( r equi r es QMMG or ot her Di r ect Coupl ed LP f i l t er )


17/31


LPG CV i n

t r i l l

t r i l l

t r i l l

LPG si gnal i n/ LPG si gnal out

chaos

Begi n wi t h Ar cade Tr i l l patch. ApCH. 1 Si gnal OUT t o MATHS CH. 2,

Scal e/ I nver si on t o 1 o' cl ock. ApSi gnal OUT QMMG CH. 1 Cont r ol I N.

t o to QMMG CH. 1 Si gnal I N, set t ono f eedback, st ar t i ng wi t h Of f set

CCW. Appl y QMMG CH. 1 Si gnal OUTpuCH. 4 Bot h I N. QMMG Of f set and MAScal e/ I nver si on panel cont r ol s w

i nt er est .

Independent Contours


18/31


Out


Out

By pr ocessi ng t he Si gnal OUT of wi t h CH. 2, 3 and f eedi ng t hat si gi nt o CH. 1, 4 at RI SE or FALL Coni ndependent cont r ol of t he cor r e

sl ope i s achi eved. Best t o have thpanel cont r ol set t o NOON

Bouncing Ball ( r equi r es QMMG or Dual VCA)


19/31

gat e/ t r i gger

VCA 1 CV I NVCA 1 si gnal I N

VCA 1 si gnal OUT

VCA 2 si gnal OUTVCA 2 si gnal I N

VCA 2 CV I N

Out

Gr avi t y Gr avi t y

Rest i t ut i on

si gnal t o bebounced

Appl y same t r i gger or Gate t o CH. 1 CH. 4 TrSet Ri se t o f ul l CCW and Fal l t o 3 o' cl ock

I nver si on t o f ul l CW. Pat ch CH. 1 Si gnal OUTSi gnal I N. Set Ch. 2 Scal e/ I nver si on t o 10

Appl y CH. 2 si gnal out t o CH. 4 Both I N. Set f ul l CCW, Fal l set t o NOON, Scal e/ I nver si on and engage Cycl e Swi t ch. Pat ch CH. 4 Si gnal oCH. 1 Si gnal I N. Pat ch MATHS CH. 1 Si gnal OUt o QMMG CH. 1 Cont r ol Si gnal I N. Set QMMG CHt o f ul l CCW, Feedback t o 9 o' cl ock, set mod

Appl y Si gnal t o be bounced t o QMMG CH. 2 Si gnOf f set i s set t o f ul l CCW and f eedback i s

o' cl ock, mode i s Bot h. Patch QMMG CH. 1 Si gn

QMMG CH. 2 Cont r ol Si gnal I N. Moni t or QMMG CHOUT. MATHS Var i - Response panel cont r ol s wi l lsor t of Gr avi t y parameter, where bot h shoulsi mi l ar and more Logari t hmi c response wi l l gr avi t y. MATHS CH. 1 Fal l parameter i s a

Rest i t ut i on cont r ol . I ncr easi ng Fal l par amet ebal l wi l l bounce mor e t i mes. Shor t er Fal l s tbr i ng f ewer bounces. Set t i ng Fal l t o bef ore r esul t i n no bounci ng. Hi gh Gr avi t y set t i ngs

wi t h f ewer bounces yi el ds a r ever b l i ke souwi t h QMMG.

FLIP-FLOP (1-Bit Memory)


20/31

Reset

Gat e/ l ogi c

"NOT Q" Out"Q" Out

I n t hi s pat ch CH. 1 Tr i gger I N acSet i nput , and CH. 1 BOTH Cont ras t he Reset i nput . Appl y Reset CH. 1 BOTH Cont r ol I N. Appl y Gate

si gnal t o CH. 1 Tr i gger I N. Set RiCCW, Fal l t o Ful l CW, Var i - Resp

Li near . Take Q out put f r om EOC. t o CH. 4 Si gnal t o achi eve NOT QEOC OUT. Thi s pat ch has a memory

about 3 mi nut es, af t er whi ch i t f oone t hi ng you t ol d i t t o

r emember .

Voltage Controlled Pulse Delay Processor


21/31

del ay

wi dth ofdel ayed pul se

Tr i gger or Gat e

Out

Appl y Tr i gger or Gat e t o Tr i gger 1. Take out put f r om End Of Ri separ amet er wi l l set t he del ay an

par amet er wi l l adj ust wi dt h of t he

del ayed pul se.

Voltage Controlled Clock Divider


22/31

di vi sor

wi dth ofresul t i ng cl ock

Cl ock

cl ock Out cl ock Out

di vi sor

wi dth ofresul t i ng cl ock

Cl ock si gnal appl i ed t o Tr i gger I N4 i s pr ocessed by a di vi sor as se

par amet er . I ncr easi ng Ri se set s hi gher , r esul t i ng i n l ar ger di vi s i

t i me wi l l adj ust t he wi dt h of t he cl ock. I f t he Wi dt h i s adj ust ed

gr eat er t he t he t ot al t i me of t het he out put wi l l r emai n hi gh. Ta

f r om EOR or EOC.

Logic Invertor


23/31

l ogi c gat e

Out

Appl y l ogi c gat e t o CH. 4 Si gnal out put f r om CH. 4 EOC.

Half Wave Rectification


24/31

bi - pol ar si gnal

Out

Appl y bi - pol ar si gnal t o CH. 1, 2,Take output f r om OR out . Mi nd

normal i zat i ons t o t he OR bu

Full Wave Rectification


25/31

si gnal t o be

r ect i f i ed

Out

Mul t si gnal t o be r ecti f i ed t o boand 3 I N. CH 2 Scal i ng/ I nver si oFul l CW, CH. 3 Scal i ng/ I nver si o

Ful l CCW. Take out put f r om OR Out .

Scal i ng.

ADD, Subtract Control Signals


26/31

si gnal ( s) t o besubst r act ed

Out

si gnal ( s) t o beadded

Appl y si gnal s t o be added/ subt r accombi nat i on of Si gnal I N CH. 1, 2,usi ng CH. 1, 4 Ri se and Fal l must

f ul l CCW, and Cycl e swi t ch not eng

Scal e/ I nver si on panel cont r ol s f ot o be added, t o f ul l CW. Set S

I nver si on panel cont r ol s f or channsubt r act ed t o f ul l CCW. Take out pu

OUT.

Peak Detector


27/31

Out

si gnal t o bedet ect ed

Gat e Out

Pat ch si gnal t o be det ect ed t o CH.I N. Set Ri se and Fal l t o 3 ' o' Clout put f r om Si gnal OUT. Gat e out

OUT.

Voltage Mirror


28/31

cont r ol s i gnalt o be mi r r or ed

Out

Appl y Cont r ol Si gnal t o be mi r r or eSi gnal I N. Set CH. 2 Scal e/ I nver scont r ol t o Ful l CCW. Wi t h not hi ngat CH. 3 Si gnal I N ( so as t o gen

of f set ) , set CH. 3 Scal e/ I nver sicont r ol t o f ul l CW. Take out put OUT. Thi s pat ch wi l l al so wor k as

I nver t or .

Multiplication


29/31

posi t i ve cont r olsi gnal t o be

mul t i pl i ed

posi t i ve mul t i pl i ercont r ol si gnal

Out Out

Appl y posi t i ve goi ng Cont r ol Si gnmul t i pl i ed t o CH1 or 4 Si gnal I N.

t o f ul l CW, Fal l t o Ful l CCW. Applgoi ng, mul t i pl i er Cont r ol Si gnal

Cont r ol I N. Take out put f r om cor rSi gnal OUT.

Patch Tips #1 - Maths Slope Control (from navs.modular.lab)
http://navsmodularlab.blogspot.fr/2010/01/patch-tips-1-maths-slope-control.htmlhttp://navsmodularlab.blogspot.fr/2010/01/patch-tips-1-maths-slope-control.html


30/31

gat e/ t r i gger

EG Out

At t ack

Decay

sever i t y/ pol ar i t yof t he At t ack

r esponse

sever i t y/ pol ar i t yof t he Decayr esponse

Set Mat hs' r esponse knob t o l i neaTake t wo mul t s of t he envel ope ou

patch one t o Maths' channel 2, t hechannel 3. Set channel 2' s out put

t wo o' cl ock ( +) and pat ch i t t o thi n, set channel 3 t o ca. t en o' cl opat ch t o t he f al l CV. Thi s wi l l g

l ogar i t hmi c ri se and exponent i aI ncr easi ng t he amount of posi t

negat i ve f eedback wi l l i ncr ease t h

of t he r esponse, f l i ppi ng t he polt he CV- i ns wi l l yi el d an exponentand l ogar i t hmi c f al l . I f you wan

r eal l y mad, use Doepf er ' s A- 13Pol ar i zer i nst ead of Mat hs' ' at t en

t o gai n vol t age cont r ol over par amet ers.

Thanks

f l f i f i i d l l i f i i i l l i


31/31

radiokoala f or "Hal f Wave Rect i f i cat i on" and "Ful l Wave Rect i f i cat i on" i l l ustr at i onsNavs f or "Pat ch Ti ps #1 - Mat hs Sl ope Cont r ol "

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Maths Manual Illustrated v 2 Print Able Ok