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mvBlueFOX3
Matrix mvBlueFOX3 User Manual
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Figure 1: wxPropView: Setting frame average mode "mvNTo1"
18.3.3.3 "mvDynamic"
This mode uses an adaptive recursive filter with an average slope. The slope sets the amount of
new image versus averaged image in relation to the gray scale variation of the pixel. With it, static
noise can be removed at full bit depth and full frame rate:
18 Use cases
195
202
204
Table of Contents
Default Chapter
3
Table of Contents
3
Imprint
9
Introduction
10
Wxwidgets
10
Sarissa
10
Genicam
10
Libusb
10
Libusbk
10
Libusbk License
11
Doxygen
11
Doxygen License
11
SHA1 Algorithm
12
Expat
12
Expat Copyright
12
Openssl
12
Openssl License Issues
12
Openssl License
12
Cppunit
13
Nunit
13
Nunit License
13
Legal Notice
15
Introduction
15
Cjson
15
Cjson License
15
Unity
15
Unity License
15
Revisions
17
Graphic Symbols
23
Notes, Warnings, Attentions
23
Webcasts
23
Important Information
25
Important Safety Instructions
25
Operating Considerations
25
Important Safety Notes
25
Handling and Cleaning
26
Installing
26
Optimizing Performance and Life Time
26
Connectors
26
Cleaning
26
Adjusting the C-Mount (Mvbluefox3-2Xxx-1Xxx)
26
Adjusting the C-Mount (Mvbluefox3-2Xxx-2Xxx)
27
European Union Declaration of Conformity Statement
28
Legal Notice
34
For Customers in the U.S.A
34
For Customers in Canada
34
Pour Utilisateurs Au Canada
34
Introduction
35
Software Concept
35
Order Code Nomenclature
36
Ordering Code Samples
38
Introduction
38
What's Inside and Accessories
39
Accessories for the Mvbluefox3
39
Quickstart
41
Driver Concept
41
Labview Support
43
Windows
43
System Requirements
43
Installing the Mvgentl-Acquire Driver
43
Connecting the Camera
46
Linux
47
System Requirements
47
Installing the Mvgentl-Acquire Driver
48
Connecting the Camera
49
Defining Udev Rules
49
Optimizing USB Performance
50
Relationship between Driver, Firmware, FPGA File and User Settings
53
Settings Behaviour During Startup
56
Technical Data
59
Dimensions
59
Standard Model
59
Standard Model -2Xxx
60
Model Without Housing (-M1)
62
Model Without Housing (-M2)
63
Camera Interfaces
64
Circular Connector Male (Power / Digital I/O)
64
Characteristics of the Digital Inputs
66
Characteristics of the Digital Outputs
67
Status / Power LED
67
Standard Model
67
Standard Model -2Xxx
68
Components
68
Sensor Overview
69
Image Data Flow
69
Output Sequence of Color Sensors (RGB Bayer)
69
CMOS Sensors
70
Details of Operation
70
Models
72
Supported Image Formats
73
Filters and Lenses
75
Hot Mirror Filter
75
Cold Mirror Filter
75
Glass Filter
76
Lenses
76
Gui
77
Wxpropview
77
How to Work with Wxpropview
77
How to Configure a Device
94
Mvdeviceconfigure
101
Gui
101
How to Update the Firmware
101
Preserving Userset Settings When Updating the Firmware
105
How to Disable CPU Sleep States A.k.a. C States (Windows)
106
Genicam and Advanced Features
109
Introduction
109
Device Control
110
Image Format Control
110
Acquisition Control
111
Counter and Timer Control
114
Analog Control
115
MV Logic Gate Control
116
Color Transformation Control
117
MV Flat Field Correction Control
118
Event Control
118
Chunk Data Control
119
File Access Control
120
Digital I/O Control
121
LUT Control
122
Mvluttype
122
Mvlutinputdata
123
Mvlutmapping
123
LUT Support in MATRIX VISION Cameras
123
Sequencer Control
127
Transport Layer Control
128
User Set Control
130
MV Frame Average Control (Only with Specific Models)
130
MV High Dynanmic Range Control (Only with Specific Sensor Models)
131
Developers
133
Developers
135
NET Developers
137
Directshow Interface
139
Supported Interfaces
139
Iamcameracontrol
139
Iamdroppedframes
139
Iamstreamconfig
139
Iamvideoprocamp
139
Ikspropertyset
139
Ispecifypropertypages
139
Logging
139
Registering and Renaming Devices for Directshow Usage
139
Registering Devices
140
Renaming Devices
142
Make Silent Registration
143
Troubleshooting
145
There Are Image Error Counts
145
I Cannot See the Mvbluefox3 or I Can See It but I Cannot Use It
145
17 Troubleshooting
151
I Get an Oscillating Frame Rate
151
Accessing Log Files
151
Windows
152
Linux
152
Use Cases
153
Genicam to Mvimpact Acquire Code Generator
153
Using the Code Generator
153
Using the Result of the Code Generator in an Application
156
Introducing Acquisition / Recording Possibilities
157
Acquiring a Number of Images
158
Recording Sequences in the Camera
159
Recording Sequences with Pretrigger
160
Working with Burst Mode Buffer
162
Using VLC Media Player
166
Using the Linescan Mode
169
Working with Event Control
174
Improving the Acquisition / Image Quality
176
Correcting Image Errors of a Sensor
176
Optimizing the Color Fidelity of the Camera
184
Reducing Noise by Frame Averaging
201
Setting a Flicker-Free Auto Expose and Auto Gain
205
Minimizing Sensor Pattern of Mvbluefox3-1100G
210
Working with Triggers
213
Getting a Trigger with an Incremental Encoder
213
Generating a Pulse Width Modulation (PWM)
215
Outputting a Pulse at Every Other External Trigger
218
Creating Different Exposure Times for Consecutive Images
220
Detecting Overtriggering
225
Triggering of an Indefinite Sequence with Precise Starting Time
230
Working with I/Os
233
Controlling Strobe or Flash at the Outputs
233
Compensating Delay of Strobe or Flash
234
Creating a Debouncing Filter at the Inputs
236
Working with HDR (High Dynamic Range Control)
238
Working with Luts
239
Saving Data on the Device
239
Creating User Data Entries
239
Creating User Set Entries
241
Working with the Userfile Section (Flash Memory)
243
Working with Device Features
246
Reset Timestamp by Hardware
246
Synchronizing Camera Timestamps Without IEEE 1588
248
Using the Standby Mode
250
Working with Several Camera Simultaneously
253
Creating Synchronized Acquisitions Using Timers
253
Glossary
259
Appendix A.1 Pregius CMOS Specific Camera / Sensor Data
265
Mvbluefox3-2024 (2.4 Mpix [1936 X 1216])
265
Introduction
265
Spectral Sensitivity
265
Timings
266
Device Feature and Property List
269
20 Appendix A.1 Pregius CMOS Specific Camera / Sensor Data
269
Mvbluefox3-2024A (2.4 Mpix [1936 X 1216])
365
Introduction
365
Spectral Sensitivity
365
Timings
366
Device Feature and Property List
369
Mvbluefox3-2032 (3.2 Mpix [2064 X 1544])
464
Introduction
464
Spectral Sensitivity
465
Timings
466
Device Feature and Property List
468
Mvbluefox3-2032A (3.2 Mpix [2064 X 1544])
564
Introduction
564
Spectral Sensitivity
565
Timings
566
Device Feature and Property List
568
Mvbluefox3-2051 (5.1 Mpix [2464 X 2056])
662
Introduction
662
Spectral Sensitivity
663
Timings
664
Device Feature and Property List
666
Mvbluefox3-2051A (5.1 Mpix [2464 X 2056])
762
Introduction
763
Spectral Sensitivity
763
Timings
764
Device Feature and Property List
766
Mvbluefox3-2089 (8.9 Mpix [4112 X 2176])
860
Introduction
861
Spectral Sensitivity
861
Timings
862
Device Feature and Property List
864
Mvbluefox3-2089A (8.9 Mpix [4112 X 2176])
960
Introduction
960
Spectral Sensitivity
961
Timings
961
Device Feature and Property List
964
Mvbluefox3-2124 (12.4 Mpix [4112 X 3008])
1057
Introduction
1057
Spectral Sensitivity
1057
Timings
1058
Device Feature and Property List
1061
Mvbluefox3-2124A (12.4 Mpix [4112 X 3008])
1157
Introduction
1157
Spectral Sensitivity
1157
Timings
1158
Device Feature and Property List
1161
Appendix A.2 CMOS Specific Camera / Sensor Data
1255
Mvbluefox3-1012B (1.2 Mpix [1280 X 960])
1255
Introduction
1255
Spectral Sensitivity
1255
Timings
1256
Appendix A.2 CMOS Specific Camera / Sensor Data
1256
Device Feature and Property List
1258
Mvbluefox3-1012D (1.2 Mpix [1280 X 960])
1350
Introduction
1350
Spectral Sensitivity
1351
Timings
1352
Device Feature and Property List
1353
Mvbluefox3-1013 (1.3 Mpix [1280 X 1024])
1446
Introduction
1446
Spectral Sensitivity
1447
Timings
1447
Device Feature and Property List
1449
Mvbluefox3-1020 (1.9 Mpix [1600 X 1200])
1583
Introduction
1583
Spectral Sensitivity
1584
Timings
1584
Device Feature and Property List
1586
Mvbluefox3-1020A (1.9 Mpix [1600 X 1200])
1678
Introduction
1678
Spectral Sensitivity
1678
Timings
1679
Device Feature and Property List
1681
Mvbluefox3-1031 (3.2 Mpix [2048 X 1536])
1771
Introduction
1771
Spectral Sensitivity
1772
Timings
1773
Device Feature and Property List
1774
Mvbluefox3-1100 (11 Mpix [3856 X 2764])
1823
Introduction
1823
Spectral Sensitivity
1825
Timings
1826
Device Feature and Property List
1827
Mvbluefox3-1140 (14 Mpix [4384 X 3288])
1922
Introduction
1922
Spectral Sensitivity
1924
Timings
1925
Device Feature and Property List
1926
Appendix B. Linux Commands
1973
List of the most Important Shell Commands
1973
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Matrix mvBlueFOX3 Specifications
General
Brand
Matrix
Model
mvBlueFOX3
Category
Digital Camera
Language
English
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