7.2. DMX functions
1
1
X axis, base movement
(pan) coarse
proportional
proportional coarse control of the base motor movement
0
- 255
0% - 100%
2
2
X axis, base movement
(pan) fine
proportional
proportional fine control of the base motor movement
0
- 255
0% - 100%
3
3
Y axis, yoke movement (tilt)
coarse
proportional
proportional coarse control of the yoke motor movement
0
- 255
0% - 100%
4
4
Y axis, yoke movement (tilt)
fine
proportional
proportional fine control of the yoke motor movement
0
- 255
0% - 100%
step
standard (fast)
0
- 10
0% -
4%
step
ultra fast movement (best for programming positions)
11 - 25
4% - 10%
proportional
vector mode (from fast to slow)
26 - 127
10% - 50%
proportional
tracking mode (from fast to slow)
128 - 247
50% - 97%
step
tracking mode (slow)
248 - 255
97% - 100%
6
6
dimmer
proportional
gradual adjustment of luminous intensity from 0 to 100%
0
- 255
0% - 100%
step
shutter closed (zap off)
0
-
9
0% -
4%
proportional
strobe effect with variable speed from slow to fast
10 - 66
4% - 26%
step
shutter open (zap off)
67 - 68
26% - 27%
proportional
sequenced pulse effect, slow closing, fast opening
(with variable speed from slow to fast)
69 - 125
27% - 49%
step
shutter open (zap off)
126 - 127
49% - 50%
proportional
sequenced pulse effect, fast closing, slow opening
(with variable speed from fast to slow)
128 - 184
50% - 72%
step
shutter open (zap off)
185 - 187
73% - 73%
proportional
random strobe effect, non-synchronised, variable speed
from slow to fast
188 - 244
74% - 96%
step
shutter open (zap off)
245 - 255
96% - 100%
step
open
0
-
9
0% -
4%
proportional
from maximum to minimum aperture
10 - 255
4% - 100%
step
open
0
-
9
0% -
4%
proportional
from maximum to minimum aperture
10 - 124
4% - 49%
step
minimum diameter
125 - 129
49% - 51%
proportional
pulsing with proportional increase in speed
130 - 189
51% - 74%
step
open
190 - 192
75% - 75%
proportional
pulse and flash effect with proportional increase in speed
193 - 255
76% - 100%
9
9
zoom
proportional
proportional control of zoom from wide beam to narrow
0
- 255
0% - 100%
10
10
focus
proportional
proportional control of focus
0
- 255
0% - 100%
no gobo
0
- 10
0% -
4%
gobo 1
11 - 40
4% - 16%
gobo 2
41 - 70
16% - 27%
gobo 3
71 - 100
28% - 39%
gobo 4
101 - 130
40% - 51%
gobo 5
131 - 160
51% - 63%
gobo 6
161 - 192
63% - 75%
proportional
continuous rotation of the gobo wheel from slow to fast
193 - 255
76% - 100%
step
no gobo
0
- 10
0% -
4%
proportional
proportional positioning of gobo wheel 1 at 360°
11 - 192
4% - 75%
proportional
continuous rotation of gobo wheel from slow to fast
193 - 255
76% - 100%
step
no effect
0
- 10
0% -
4%
proportional
proportional indexing of the gobos through 360°
11 - 255
4% - 100%
13
fine indexing of the gobos
16 bit
proportional
fine indexing of the gobo (gobo wheel 1)
0
- 255
0% - 100%
step
no effect
0
- 10
0% -
4%
proportional
continuous rotation of the gobo in a clockwise direction with
proportional control over decreasing speed
11 - 131
4% - 51%
step
gobo stop
132 - 134
52% - 53%
proportional
continuous rotation of the gobo in a counter-clockwise direction
with proportional control over increasing speed
135 - 255
53% - 100%
11
14
13
11
11
rotating gobo selection
on wheel 1
(SPEC special)
Note 2: depending on the gobo selection on display panel (standard STRD or proportional SPEC) the gobo wheel has a different function
8
Note 1: the iris diaphragm operation will vary according to the selection made for IRIS on the display panel (linear LIN or with internal PULS effect)
rotating gobo selection
on wheel 1
(closest to lamp)
(STRD standard)
gobo rotation
on wheel 1
12
12
step
8
movement speed
shutter,strobe
and zap effect
iris diaphragm
(LIN-Linear)
5
effect
5
7
function
type of control
channel
16 bit
channel
8 bit
8
percentage
Note 3: when channel 12 is set to a level between 0 and 10, gobo rotation (channel 14 at 16bit or channel 13 at 8bit) does not effect indexing,
the gobo stops instantly
7
11
iris diaphragm
(with internal PULS effect)
8
indexing gobo rotation on
wheel 1 through 360°
decimal
11
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