DigitalSpot
7000
DT
54
___________________________________________________________________________________________
Note.
On
the
other
way
round,
if
you
need
to
calculate
the
resolution
of
the
source
picture
to
ensure
that
every
fixture
will
use
the
resolution
of
1024x768
pixels,
use
the
formula:
L
totalX
=
L
partX
*[x
‐
(b/100)*(x
‐
1)]
for
this
case:
L
totalX
=
1024
*[
3
‐
(10/100)*(3
‐
1
)
]
L
partX
=1024pixels
L
totalX
=2867
pixels
The
source
picture
should
have
min.
resolution
of
2867x768
pixels.
___________________________________________________________________________________________
Positions
in
X
‐
axis
at
which
single
picture
segments
start:
L
posX
=
(N
x
‐
1)*
L
partX
*[1.0
‐
(b/100)]
For
the
segment
1:
L
0X
=
(1
‐
1)*
366
*[1.0
‐
(10/100)]
=
0
pixels
N
x
=
1
For
the
segment
2:
L
1X
=
(2
‐
1)*
366
*[1.0
‐
(10/100)]
=
329
pixels
N
x
=
2
For
the
segment
3:
L
2X
=
(3
‐
1)*
366
*[1.0
‐
(10/100)]
=
659
pixels
N
x
=
3
Result:
The
first
picture
segment
starts
at
point
0
pixels
and
has
resolution
of
366x768
pixels.
The
second
picture
segment
starts
at
point
329
pixels
and
has
resolution
of
366x768
pixels.
The
third
picture
segment
starts
at
point
659
pixels
and
has
resolution
of
366x768
pixels.
Using
a
suitable
software
you
have
to
prepare
these
three
pictures
and
copy
them
to
the
individual
fixtures
in
order
to
use
them
in
the
picture
merging
procedure.
On
the
channel
Global
Effect
1
select
a
DMX
value
from
the
range
of
11
‐
17
DMX
according
as
large
overlapping
edges
you
have
calculated.
All
other
settings
are
the
same
as
for
standard
picture
merging
operation.
Note.
For
correct
video
files
synchronization
you
have
to
ensure
that
all
cutted
video
segments
must
have
the
same
times
of
video
lasting.
25.
Effect
video
synchronization
The
synchronization
option
can
be
set
separately
for
each
gobo
layer
(channels
Synchronization
to
ID
).
The
fixture
synchronization
acts
with
the
fixture
ID
which
is
defined
as
the
last
number
of
fixture´s
IP
address.
This
fixture
ID
is
shown
on
the
fixture´s
display.
The
fixtures
are
synchronized
to
the
one
fixture
‐
named
a
master
fixture.
The
fixtures
may
be
controlled
by
the
DMX
but
the
fixture
synchronization
runs
over
ethernet
network
‐
it
means
that
all
fixtures
that
are
to
be
synchronized
have
to
be
connected
to
the
ethernet.
Each
DMX
value
of
the
synchronizing
channel
responds
to
the
fixture
ID
of
a
certain
fixture.
You
have
to
set
the
DMX
value
(ID)
of
the
master
fixture
on
all
fixtures
that
are
to
be
synchronized.
If
the
DMX
value=
fixture
ID,
in
this
case
the
fixture
is
set
as
a
master.
Example:
4
DigitalSpots
7000
DT
which
are
synchronized
through
the
gobo
layer
1
to
the
fixture
3
:
IP address
Fixture ID
Synchronization to ID
(Channel 85)
Fixture 1
002.168.002.010
10
DMX=20
Fixture 2
002.168.002.015
15
DMX=20
Fixture 3
002.168.002.
020 20
DMX=
20
Master fixture
Fixture 4
002.168.002.021
21
DMX=20
Note
:
For
a
synchronous
video
projection
on
the
layer
1,
the
channels
InFrame
High,
In
Frame
Low,
Out
Frame
High,
Out
frame
Low,
Gobo
control,
Playback
Speed
have
to
be
set
at
the
same
values
on
all
fixtures.
The
same
rule
proceeds
for
the
gobo
layer
2
,3
and
4.
Summary of Contents for DigitalSpot 7000 DT
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