Pixel Map Group Control Modes - PRG MBOX User Manual

Pixel Map Group Control Modes

Value Mode
0 Off
1 IRGB Master
2 IRGB Replace
IRGB Master, Merge
3
Replace
IRGB Master, Merge
4
Multiply
RGB Master, Merge
5
XFade
6 RGB Replace, XFade
IRGB Master, Merge
7
HTP
8 RGB Replace, HTP
101 ICMY Master
102 ICMY Replace
ICMY Master, Merge
103
Replace
ICMY Master, Merge
104
Multiply
CMY Master, Merge
105
XFade
106 CMY Replace, XFade
ICMY Master, Merge
107
HTP
108 CMY Replace, HTP
255 Group Force OFF
MBOX® USER MANUAL
224
no effect
RGB controls act as inhibitive submasters for Mbox's RGB data on all
fixtures in the group and Intensity control masters the final output
RGB controls generate a color that replaces Mbox's RGB data for all
fixtures in the group and the Intensity control masters the final output
merge data replaces Mbox's output and is then mastered by the group
IRGB controls
RGB controls act as inhibitive submasters for incoming merge data. Mbox
data is then multiplied by the result of the first operation and the Intensity
control masters the final output
RGB controls act as inhibitive submasters for Mbox's RGB data on
all fixtures in the group, and the intensity control is used to crossfade
between that result and the merge data
RGB controls generate a color that replaces Mbox's RGB data for all
fixtures in the group, and the intensity control is used to crossfade
between that result and the Mbox data
merge data and Mbox data are merged using HTP, the result is then
mastered by the group IRGB controls
RGB controls generate a color that is HTP merged with Mbox's data and
the result is mastered by the group intensity control
RGB controls act as inhibitive submasters for Mbox's RGB data (using
CMY inversion) on all fixtures in the group and Intensity control masters
the final output
RGB controls generate a color (using CMY inversion) that replaces Mbox's
RGB data for all fixtures in the group and the Intensity control masters the
final output
merge data replaces Mbox's output and is then mastered by the group
IRGB controls (using CMY inversion)
RGB controls (using CMY inversion) act as inhibitive submasters for
incoming merge data. Mbox data is then multiplied by the result of the
first operation and the Intensity control masters the final output
RGB controls (using CMY inversion)act as inhibitive submasters for Mbox's
RGB data on all fixtures in the group, and the intensity control is used to
crossfade between that result and the merge data
RGB controls (using CMY inversion) generate a color that replaces Mbox's
RGB data for all fixtures in the group, and the intensity control is used to
crossfade between that result and the Mbox data
merge data and Mbox data are merged using HTP, the result is then
mastered by the group IRGB controls (using CMY inversion)
RGB controls (using CMY inversion) generate a color that is HTP merged
with Mbox's data and the result is mastered by the group intensity control
all output for the group is suppressed, i.e. sent to 0
Description