FUNS
The FUN Equations
16-4
The List of Equations
The Þrst six equations are weighted sums and differencesÑthat is, the signal values of
inputs a
and
b
are added to or subtracted from each other, and are divided in turn by various amounts
to alter their effects relative to each other. These equations give you several different types of
mixers for combining the signals of the two inputs.
a + b
The values of
inputs a
and
b
are added, creating a simple mixer. For example, you might have
LFO1 assigned for the Src2 parameter on a layerÕs PITCH page, and a FUN assigned for the
DptCtl parameter. On the FUN page, if you set
input a
to a value of MWheel, and
input b
to a
value of MPress, then this equation will let you modulate the depth of the LFOÕs pitch
modulation with your MIDI controllerÕs Mod Wheel or with mono pressure. You could set a
Þxed initial depth with the Mod Wheel and alter it further with mono pressure. In this case the
output signal would pin at +1 or -1 fairly quickly.
a - b
This operates similarly to the previous equation, but the value of
input b
is subtracted from the
value of
input a
. This equation will reverse the normal effect of the control source assigned to
input b
. For example, if
input a
is off, and
input b
is assigned to a unipolar control source like
MWheel, then the Mod Wheel will generate a control signal of -1 when fully down, and 0 when
fully up.
(a + b) / 2
The values of
inputs a
and
b
are added, and the sum is divided by 2. This gives you the same
kind of control as the previous two equations, but the output signal will reach +1 or -1 half as
often as with the equation a + b.
a / 2 + b
The value of
input a
is divided by 2, and the result is added to the value of
input b
.
Input a
has
half the effect of
input b
.
a / 4 + b / 2
The value of
input a
is divided by 4, and the value of
input b
is divided by 2. The two results
are added to give the output value.
Input a
has half the effect of
input b
, and the total result has
half the effect of the previous equation.
(a + 2b) / 3
The value of
input b
is multiplied by 2, and the result is added to the value of
input a
. This sum
is then divided by 3.
Input a
has half the effect of
input b
, and the total result has somewhat
more effect than the previous equation, but less effect than a + b.
a
*
b
The values of
inputs a
and
b
are multiplied. If you like using Src2 and DptCtl, this equation can
be used to create a similar type of control source (itÕs equivalent to the Src2/DptCtl pair with
the MinDpt parameter set to 0).
-a
*
b
The value of
input a
is multiplied by -1, then multiplied by the value of
input b
. This will
reverse the normal effect of the control source assigned to
input a
. This equation also produces
an effect like that of Src2 and DptCtl with the MinDpt parameter set to 0.
Summary of Contents for K2500RS
Page 12: ...Table of Contents TOC 12...
Page 16: ...Introduction How to use this manual 1 4...
Page 32: ...User Interface Basics The Panel Play Feature K2vxR 3 8...
Page 106: ...Effects Mode and the Effects Editor Configurations and Parameters 9 24...
Page 186: ...Song Mode Recording Multi timbral Sequences via MIDI 12 52...
Page 304: ...DSP Functions Hard Sync Functions 14 52...
Page 394: ...Programs Setups and Keymaps K2500 ROM Keymaps 21 12...
Page 402: ...LFOs LFO Shapes 23 4...
Page 406: ...Note Numbers and Intonation Tables List and Description of Intonation Tables 24 4...
Page 434: ...DSP Algorithms 26 14...
Page 450: ...MIDI and SCSI Sample Dumps SMDI Sample Transfers 29 8...
Page 464: ...Glossary 31 6...
Page 490: ...K2vx Program Farm VOX K25 Appendix A 22...
Page 494: ...K2vx Compatibility Converting programs from the K2vx to K2000 Appendix B 4...
