Digital Projection Lightning 38 Sx+ 3d User Manual

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51
Select the target folder to which the data should be saved and press “Start”. When all files 
are copied to the control PC, click “Done”. Each unit the system will have to be upgraded\
 
separately. For revision tracking of the calibration data, each new backup folder should \
con-
tain the date and time of the backup.
To restore the calibration files to the multi image processor unit, select “Restore Calibration 
files..” from the file menu. The window in Figure 10-4 appears.
Figure 10-4.  Restore calibration from control PC
Locate the calibration to be restored, and press “Start”. All calibration files from the selected 
backup folder will be copied to the multi image processor unit.    
						

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52FUSION – Storing and recalling data
10.3 Accept calibration
After a calibration has been completed and the result verified in online state, the calibration 
must be accepted.
When a calibration is accepted for one resolution the binary data is stored in the FUSION unit 
and will be loaded automatically every time the unit starts up or the resolution is changed to 
current. The calibration must be accepted in each resolution.
If no accepted file is available for the actual resolution the unit will go to bypass state when it 
starts up.
It is only possible to activate an accepted file if it is generated fo\
r the correct resolution.
See  Figure 10-5 for administration of accepted files.
- Select “Accept” to accept the current configuration.
- Select “Accept as” to save it to another name.
- Select “Check Auto State” to activate the current accepted file and verify the start up behaviour.
- “Accepted Files Adminitration” allows the user to copy, rename, delete and activate  accepted files.
Figure 10-5.  Accept calibration   
						

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11 Technical specifications
11.1 Electrical
versions00 110-585 (FUSION MDP3D) 00 110-584 (FUSION MDP)
functionalityGeometry Correction, Blending, Colour Correction and matching, Uniformity Correction and matching
scalabilityUnlimited channels
latencyZero with simple blended set up, rotation dependent with geometry correction
internal colour depth12 bits per colour
I/ODual Link DVI in / out Ethernet (control) IEC power connector
black level correctionPatented Pixel Level Matching; individual RGB channel on pixel level
maximum resolution2560 x 1600 (FUSION MDP3D) 1920 x 1200 (FUSION MDP)
3D stereographic1920 x 1200@ 120 Hz on FUSION MDP3D 1280 x 800 @ 120 Hz on FUSION MDP
setup and controlFusionNet setup and calibration tool Automatic Camera setup (tba.)
filtering and scaling options – user selectable4x4 Lanzcos algorithm Bi-cubic interpolation Bi-linear interpolation
installation1/2 width. 1RU rack mount. Rack mounting kit available
conformancesFCC Class A, CE, CUL
power requirements100 - 120VAC, 200 - 240 VAC, 50/60 Hz, < 30W
size ( H x W x D)43.5 x 216 x 275.5 mm
All specifications are subject to change without prior notice.    
						

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54FUSION – Technical specifications
11.2 Mechanical   
						

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12 Table of figures
Figure 4-1.  FUSION processing system overview 12
Figure 4-2.  Connector panel 12
Figure 4-3.  Front button and LED-indicators 13
Figure 4-4.  Rack mount plate 14
Figure 4-5.  Rack mounted 14
Figure 5-1.  Overview of ProNet.site 15
Figure 5-2.  FUSION calibrator, Device View. 16
Figure 5-3.  File menu, Device View. 17
Figure 5-4.  The Device Tree in the Device Pool. 17
Figure 5-5.  Toolbars, shown with and without help texts. 18
Figure 5-6.  Clearing calibration 19
Figure 5-7.  Application and Network settings. 19
Figure 5-8.  FUSION software upgrade window. 20
Figure 5-9.  EDID Administration. 20
Figure 5-10.  Switching views from Calibrator view to Device view and ba\
ck. 21
Figure 5-11.  Calibration toolbar, without and with help texts. 21
Figure 5-12.  FUSION Navigator 22
Figure 5-13.  Top toolbar window navigation 22
Figure 5-14.  Calibration Panel Toolbar, without and with help texts. 23
Figure 5-15.  Set colors control box 24
Figure 5-16.  Control point setup 24
Figure 5-17.  Bezier point settings 25
Figure 6-1.  Warping algorithm setup 28
Figure 6-2.  Scaling filters 29
Figure 6-3.  Working with the perspective transform 30
Figure 6-4.  Working with the Mesh Transform algorithm 31
Figure 6-5.  Mesh Bezier with 1x1 grid 32
Figure 6-6.  Working with Mesh Bezier, simple mapping 33
Figure 6-7.  Real time warp state 33
Figure 6-8.  Calibration panel guide points 34
Figure 7-1.  Basic edge blending. 36
Figure 7-2.  Adding a blend zone. 37
Figure 7-3.  Add blend zone window. 38
Figure 7-4.  Working with advanced edge blending. 38
Figure 7-5.  Adjusting the blend drop off curve. 39
Figure 7-6.  Drop-off curve setup 40
Figure 8-1. Start BLM tool. 41
Figure 8-2. Adding Black Level Management lines. 42
Figure 8-3. Multiple Black Level Management lines added. 42
Figure 8-4. Adjusting black level. 43
Figure 9-1.  Starting the clip tool 45
Figure 9-2.  Adding the first line in a clip area. 46
Figure 9-3.  Adding multiple side in a clip area. 47
Figure 9-4.  Clipping area complete. 48
Figure 10-1.  Save current calibration to the FUSION unit 49
Figure 10-2.  Backup up calibration data. 50
Figure 10-3.  Selecting folder for backup 50
Figure 10-4.  Restore calibration from control PC 51
Figure 10-5.  Accept calibration 52    
						

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56FUSION – Table of figures   
						

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digital projection  locations
North America Corporate Headquarters
Digital Projection, Inc.
55 Chastain Road, NW, Suite 115
Kennesaw, GA 30144
(P) 770.420.1350
(F) 770.420.1360
 
Worldwide Headquarters
Digital Projection Ltd.
Greenside Way,
Middleton,
Manchester
M24 1XX
(P) +44 (0) 161 947 3300
(F) +44 (0) 161 684 7674
 
China Corporate Headquarters
DP China
Rm C1202,Cai Fu Jia Yuan,No.19
Xiao Ying Street, Chaoyang District,Beijing 100101,PR China
(P) (8610)010-58239771/ 72    
(F) 010-58239770
Asia Corporate Headquarters
DP Asia
16 New Industrial Road
#02-10 Hudson Technocentre
Singapore 536204
(P) 65-6284-1138
(F) 65-6284-1238
www.digitalprojection.com