Version=Nord Modular G2 File Format 1 Type=Performance Version=23 Info=BUILD 320 axPolyUnison TKStupidDemoSynthdivideNuBassNL2 !_JE@@ @P 0p@`AP0p$# @CAP<8TDĀ@0!APPpT;$ŀ@p#AP`T;D  !PJi<!V.jqRk@B@@B`ABABBBBBCCCC D#@D"`"""@"## @ Ɓ "@ !!A!!"#`FRMC@H @ @ @ @ @ @ @ @ @ ,@ lA  8 8@0 Ap B e (@0P2`@ @@P@A MDB@@H$Y &Hr@ |dr@<d$ FHPH$Y &Hr@ |d r@<d$ FH`H$Y &Hr@ |d0r@<d$ FHpH$Y &Hr@ |d@r@<d$ FHA$X@8`@P0P@ DP `@ 4xE$X@8`@`pP@ D `@ 4xHP$` x@MeU  0@P`pbx`F[T@TBY[BU[B^XBY B\ BP B XB˕ [@F€BUX\[ZV`Poly UnisonMIDI DriverTim Kleinert UNISONZo!X_JHX@A  Et Tl@@`A@@A @ A@ p@ @0@@ ? 4+@ ?B@P +@37@@ R (v A'TX)^ B @P3#: R3#: 3 #;0 32P! @ (Y@q@`t@@qP@ P@@"X@q@\ p 51 ǀ\ p  5=! L@n @ HP@ni@@ @$PR  l 6#` l5" @X6$DA@2@9 y nr@ 2XP r@@9  @r ?? o ?/ ?@@`X`A" @(@%4@ AR2PJ !@(@  H @ T @ AD @ @Q0F  @3t`@ D`@ @!0  H@@0 @YG7  ]?f3> @P(yTO TeY ?̤Ce $L?bKd O蘒Db&$@0-@$L?bKd ED&$A0-bx`F[T@TBY[BU[B^XBY B\ BP B XB˕ [hA€BQ][@BTXYBP @B €BP @BP @B EBP @B [.BP @B BP @B ZLI!OscA1LevAdd1EnvADSR12-Out1UNISONPAN EnvADSR1 G2 Uni Flavors (velocitycontainsvoice spread-information)Poly UnisonMIDI ReceiverFltNord1X-Fade1Vel InMix2-1A1Mix1-1S1NoteQuant1EnvADSR2FltNord2EnvADSR3Mix2-1A2Mix2-1A3PULSECRAFTJasper Broeks tnx to Tim!4 Poly"with expanded G2ZFx-In12-Out1DelayA1DelayA2Reverb1FltNord1FltNord2FltNord3 FltNord4 Mix2-1A1 Mix2-1A2 X-Fade1 X-Fade2LevAdd1LfoC1LfoC2LfoC3LfoC4EqPeak1EqPeak2o!BX_J@@@@ Ji `R@ !@RMC@H @ @ @ @ @ @ @ @` ,@ lA  8 8@0 Ap B e (@0P2`@ @@P@A M%@B@@ @ p@MeU  0@P`pbx`F[T@TBB@BBBB@BY@B[[@[Z@Vel To B2-Out1ZoOriginal patch for NM Classic by Michael Estlick with the following comments : I was reading the wish list for the G2 on the electro-music forum. Somebody asked for add, subtract, multiply, divide, square root, etc.... Hopefully they found the add, subtract, and multiply modules. Here are two G1 patches, one does square root and the other divides. They use negative feedback to get the right answer. These ideas should work the same on the G2. sqrt: the diode, two mixers, and gain control are the square root circuit. actually, it's square root of absolute value. +16 corresponds to 1/4 the square root of 1/4 is 1/2 +32 corresponds to 1/2 the two osc's are in tune divide: the two mixers and the gain control are the divide. +8 is 1/8 +16 is 1/4 (1/8)/(1/4) = (1/2) +32 is 1/2 the two osc's are in tune I couldn't resist, given that my day job is designing a floating point unit that does multiply, divide, and square root. mike!B'p0J@Ji (c%KR@RMC@H @ @ @ @ @ @ @ @ @@-@@mA    @  00  0p , a X@0`0@0 00@@P@A M@MeU  0@P`pbx`(&:BF[T@TBܛ\ @BQܛ\ Bܛ\ Bܛ\ Bܛ\ @BQܛ\ Bܛ\ Bܛ\[@[Z@Zo_xJ