Miditemp MP 22-W - Threshold<, >Below<, >Above<, >Offset< and >Position

MIDITEMP MP 22-W, MP 22-CD, MP 88-W, MP 88-CD, PMM 88-E, MT 16-X
MIDITEMP MP 22-W, MP 22-CD, MP 88-W, MP 88-CD, PMM 88-E, MT 16-XMIDITEMP MP 22-W, MP 22-CD, MP 88-W, MP 88-CD, PMM 88-E, MT 16-X
MIDITEMP MP 22-W, MP 22-CD, MP 88-W, MP 88-CD, PMM 88-E, MT 16-X
94
➋
Press
. This activates the processing function. The first parameter to be displayed is
“
Treshold
“.
➌
Use
!
to set the required value.
➍
Select “
BLW
“, “
ABV
“ and “
OFS
“ and set each to the required value.
➎
Keys
and underneath “-
POS
“ let you program different stages in a processing
chain. Most of the time one stage is quite enough. Normally stages 2 to 8 are switched
off, but you can activate them by pressing
.
➏
“
POS
“ allows you to move the position of the current process to a different stage in the
chain. In doing so the settings of the process which used to occupy the new position are
erased.
➐
“
Read
“ lets you check through the settings of a selected output.
➑
“
CLR
“ will delete the process shown for the current position in the chain.
%
Quit this function by pressing
.
6.5.1 >Threshold<, >Below<, >Above<, >Offset< and >Position<
6.5.1 >Threshold<, >Below<, >Above<, >Offset< and >Position<6.5.1 >Threshold<, >Below<, >Above<, >Offset< and >Position<
6.5.1 >Threshold<, >Below<, >Above<, >Offset< and >Position<
For each output and each MIDI channel, velocity can be altered by five parameters:
*
Treshold
➪
treshold value
*
Below Factor
➪
gradient below treshold
*
Above Factor
➪
gradient above treshold
*
Offset
➪
adds a fixed value to the velocity
*
Position
➪
number of processing stages.
Setting a treshold divides the velocity curve into two sections, for each of which a gradient
and direction can be set using “
Below Factor
“ and “
Above Factor
“. The following diagrams
will help to visualize this:
➔
Below you will find a basic example of every type of function. Actual values should be adjusted to
Below you will find a basic example of every type of function. Actual values should be adjusted toBelow you will find a basic example of every type of function. Actual values should be adjusted to
Below you will find a basic example of every type of function. Actual values should be adjusted to
personal taste and requirements.
personal taste and requirements. personal taste and requirements.
personal taste and requirements.
Default setting (standard velocity curve
Default setting (standard velocity curveDefault setting (standard velocity curve
Default setting (standard velocity curve):
):):
):
Pos1 = 1
st
stage
Threshold = 64 (halfway between 0 and 127)
Below = 1
(input value x 1 = output value)
Above = 1
(input value x 1 = output value)
Offset = 0
The “
Treshold
“ setting will have no effect here, because the gradients for “
below
“ and
“
above
“ are the same (i.e. 1). Below are some examples of variations on this curve:
Velocity
output value
Velocity input value