Version=Nord Modular G2 File Format 1 Type=Patch Version=22 Info=BUILD 234 !BX_P JHs@@G,p . h*t! s`TA0S`[Tt@@El$b%"TD#KHz @D` D!"%$TD$@H $hn@ @hEp l\Qa0``U`~\tlAAp``~lp EA `~!L$` x0BB@Ji R@?`C `BABBC@ BC C A` C BACCCD@Aa@¡@C@CDBA@ DC B@ D" @DE@@D@EaááD"@B!AB!"a B BEE`A`Cb`Ģ`E@B E#E @ @!!@ bb"RMC@H @ @ @ @ @ @ @ @ @j ,@ lA  8 8@0 Ap B e (@0P2`@ @@P@A M&B@d@@$  @@` P@0@@ @ @  @@@ @ l6  `A@! @ @0p PMeU  0@P`pbx`F[T@TBY[BU[B^XBY B\ BP B XB˕ [2AB\€B\B\]Bۀ[ZL#FlipFlop1ClkGen1bits2-Out1Gate1Start StopUpFlipFlop1 Gate2 FlipFlop1 OscA1 EnvAHD2 Gate1Gate2Gate1Gate1Gate2Gate2FlipFlop1ResetGate1Gate2CountDirDownRepeat these3 modules downto the numberof bits required>>>>>>>>>>>>>>>>>>>>NBitCounter2005 pvb256!@"hotmail.com#By bantriZoThe purpose of this patch is to implement the missing direction input on the logic binary counter using a synchronous counter to achive the best stability as possible. Note that this is not the case for the countdir flipflop that makes the zig zag count... i wasnt able to hook it to the main clock Another good idea would be to implement the 8 counter with a direction count also expandable to n outputs... probably will be easier using the scheme of shift registers. This was the most clean implementation i could get but i think that it will be possible to make a cleaner implementation using n d-type flipflops to store the machine state and one AD before them to transmit the next state and one DA after them to receive the state... working on it, this would allow increments different than -1 and +1 This model was implemented using the demo software 1.32 I am expecting that in the future the binary and the 8count modules will have a direction input. have fun bantri pvb256@hotmail.com (mail or msn)