[Header]
Info=Clavia Nord Modular patch file
Version=Nord Modular patch 2.10
Name=FlipFlop Demo
KbRangeMin=0
KbRangeMax=127
VelRangeMin=0
VelRangeMax=127
BendRange=1
PMMode=0
PMTime=0
Voices=12
Cable0=1
Cable1=1
Cable2=1
Cable3=1
Morph0=1
Morph1=1
Morph2=1
Morph3=1
Sustain=1
Retrig=0

[Voices]
0=4210752
1=4210752
2=4210752
3=4210752
4=4210752
5=4210752
6=4210752
7=4210752
8=4210752
9=4210752
10=4210752
11=4210752

[Module 1]
Type=66
Name=Invertor
Col=0
Row=8
P0=0
P1=127
P2=1
P3=127
P4=0
Im1=9
Ih1=64
Ic1=1

[Module 2]
Type=8
Name=Oscillator 1
Col=0
Row=2
P0=64
P1=68
P2=64
P3=3
P4=0
P5=82
P6=0
P7=0
Im1=3
Ih1=1
Ic1=1
Im2=9
Ih2=64
Ic2=1

[Module 3]
Type=8
Name=Oscillator 2
Col=0
Row=5
P0=64
P1=62
P2=64
P3=3
P4=0
P5=82
P6=0
P7=0
Im1=13
Ih1=64
Ic1=1
Im2=1
Ih2=64
Ic2=1

[Module 4]
Type=19
Name=Oscillator Mix
Col=1
Row=0
P0=88
P1=88
P2=127
Im0=2
Ih0=64
Ic0=0
Im1=3
Ih1=64
Ic1=0

[Module 5]
Type=20
Name=Filter/Amp Env
Col=1
Row=5
P0=2
P1=51
P2=98
P3=45
P4=76
P5=0
Im0=12
Ih0=64
Ic0=0
Im1=6
Ih1=65
Ic1=2

[Module 6]
Type=1
Name=Keyboard
Col=0
Row=0

[Module 7]
Type=4
Name=2 outputs1
Col=1
Row=8
P0=115
P1=1
Im0=5
Ih0=65
Ic0=0
Im1=7
Ih1=0
Ic1=0

[Module 8]
Type=43
Name=Switch Input
Col=0
Row=15
P0=0
P1=0

[Module 9]
Type=39
Name=Lag
Col=0
Row=9
P0=119
Im0=11
Ih0=64
Ic0=0

[Module 10]
Type=70
Name=FlipFlop Invert
Col=0
Row=14
Im0=11
Ih0=64
Ic0=0

[Module 11]
Type=53
Name=FlipFlop
Col=0
Row=13
Im0=8
Ih0=64
Ic0=1
Im1=10
Ih1=64
Ic1=2

[Module 12]
Type=92
Name=Filter
Col=1
Row=1
P0=59
P1=32
P2=55
P3=93
P4=0
P5=3
Im0=5
Ih0=64
Ic0=1
Im2=4
Ih2=64
Ic2=0

[Module 13]
Type=28
Name=LFOSlvC1
Col=1
Row=10
P0=64
Im0=3
Ih0=65
Ic0=3

[Module 14]
Type=6
Name=Morph
Col=1
Row=11
P0=0
P1=0
P2=0
P3=0

[Controllers]
M1=14
P1=0
M66=8
P66=0
M127=14
P127=1

[Morphs]
M0=2
P0=4
G0=0
D0=35
M1=3
P1=4
G1=0
D1=42
M2=4
P2=0
G2=1
D2=39
M3=4
P3=1
G3=1
D3=39

[Knobs]
M0=7
P0=0
M1=13
P1=0
M3=12
P3=0
M4=12
P4=2
M5=8
P5=0

[Notes]
Count=17
L0=FlipFlop Demo
L1=Copyright 1998, Keith R. Crosley
L2=krc@gehenna.com
L3=http://www.gehenna.com/modular
L4=
L5=This patch demonstrates how to build a "flip/flop" switch using a sample & hold
L6=module, an inverter, and a constant module. The flip/flop switch programming is in
L7=the lower right part of the screen.
L8=
L9=The value of the "Switch Input" constant is assigned to Knob 6. Twist knob 6 back
L10=and forth... everytime the it goes upward through zero, the "FlipFlop" sample & hold
L11=module toggles between -64 and 64.  This technique is more useful with switches -- in
L12=my own studio, I use my E-mu E4K's "thumby" button (controller 66, also known as
L13=sostenuto)  to trigger the flip flop.  Try assigning the switch input to a MIDI controlled
L14=switch, if you have one.
L15=
L16=