Matrix Vision mvBlueFOX3

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20.3 Improving the acquisition / image quality 209

Figure 12: Optimizing white balance

3. Repeat this for "Red".

After optimizing white balance, the image will look like this:

MATRIX VISION GmbH

Main Page

Default Chapter2
- Table of Contents2
1 About this Manual13
- Goal of the Manual13
- Contents of the Manual13
2 Imprint15
- Introduction16
- Wxwidgets16
- Sarissa16
- Genicam16
- Libusb16
- Libusbk16
  - Libusbk License17
- Doxygen17
  - Doxygen License17
- SHA1 Algorithm18
- Expat18
  - Expat Copyright18
- Openssl18
  - Openssl License Issues18
  - Openssl License19
- Cppunit19
- Nunit19
  - Nunit License20
3 Legal Notice21
- Introduction21
- Cjson21
  - Cjson License21
- Unity21
- Unity License21
4 Revisions23
5 Graphic Symbols30
- Notes, Warnings, Attentions30
- Webcasts30
6 Important Information31
- Important Safety Instructions31
- Operating Considerations31
- European Union Declaration of Conformity Statement34
- Legal Notice39
7 Introduction41
- Software Concept41
- Order Code Nomenclatures42
- What's Inside and Accessories44
- Accessories for the Mvbluefox345
8 Quickstart46
- Driver Concept46
- Windows49
- Linux53
- Relationship between Driver, Firmware, FPGA File and User Settings59
- Settings Behaviour During Startup62
9 Technical Data64
- Dimensions64
- Camera Interfaces70
- Status / Power LED73
10 Sensor Overview75
- Image Data Flow75
- Output Sequence of Color Sensors (RGB Bayer)75
- CMOS Sensors76
  - Details of Operation76
  - Models78
- Supported Image Formats82
11 Filters and Lenses83
- Hot Mirror Filter83
- Cold Mirror Filter83
- Glass Filter84
- Lenses84
12 Application Usage85
- Wxpropview85
- Mvdeviceconﬁgure111
13 Genicam and Advanced Features118
- Introduction118
- Device Control119
- Image Format Control119
- Acquisition Control120
- Counter and Timer Control124
- Analog Control125
- MV Logic Gate Control126
- Color Transformation Control127
- MV Flat Field Correction Control128
- Event Control128
- Chunk Data Control129
- File Access Control130
- Digital I/O Control131
- LUT Control131
- Sequencer Control133
  - Sequencer Overview133
  - Conﬁguration of a Sequencer Set134
- Transport Layer Control138
- User Set Control139
- MV Frame Average Control (Only with SpeciﬁC Models)140
- MV High Dynanmic Range Control (Only with SpeciﬁC Sensor Models)140
14 Developers141
15 C++ Developers142
16 NET Developers143
17 Directshow Interface144
- Supported Interfaces144
- Logging144
- Registering and Renaming Devices for Directshow Usage145
18 Troubleshooting149
- There Are Image Error Counts149
- I Cannot See the Mvbluefox3 or I Can See It but I Cannot Use It149
- I Get an Oscillating Frame Rate152
- Accessing Log Files153
  - Windows153
  - Linux153
- Error Code List154
19 Glossary166
- Genicam to Mvimpact Acquire Code Generator173
  - Using the Code Generator173
20 Use Cases173
- Using the Result of the Code Generator in an Application175
- Introducing Acquisition / Recording Possibilities176
- Improving the Acquisition / Image Quality205
- Working with Triggers238
- Working with I/Os254
- Controlling Strobe or Flash at the Outputs255
- Compensating Delay of Strobe or Flash256
  - Creating a Debouncing Filter at the Inputs257
- Working with HDR (High Dynamic Range Control)259
- Working with Luts266
- Saving Data on the Device275
- Working with Device Features282
- Working with Several Camera Simultaneously288
- Creating Synchronized Acquisitions Using Timers288
21 Appendix A.1 Pregius CMOS SpeciﬁC Camera / Sensor Data293
- 21 Appendix A.1 Pregius CMOS Specific Camera / Sensor Data293
- Mvbluefox3-2004 (0.4 Mpix [1456 X 1088])293
- Mvbluefox3-2016 (1.6 Mpix [1456 X 1088])296
- Mvbluefox3-2024 (2.4 Mpix [1936 X 1216])300
- Mvbluefox3-2024A (2.4 Mpix [1936 X 1216])303
- Mvbluefox3-2032 (3.2 Mpix [2064 X 1544])307
- Mvbluefox3-2032A (3.2 Mpix [2064 X 1544])310
- Mvbluefox3-2051 (5.1 Mpix [2464 X 2056])314
- Mvbluefox3-2051A (5.1 Mpix [2464 X 2056])318
- Mvbluefox3-2064 (6.4 Mpix [1456 X 1088])322
- Mvbluefox3-2089 (8.9 Mpix [4112 X 2176])326
- Mvbluefox3-2089A (8.9 Mpix [4112 X 2176])329
- Mvbluefox3-2124 (12.4 Mpix [4112 X 3008])333
- Mvbluefox3-2124A (12.4 Mpix [4112 X 3008])337
22 Appendix A.2 CMOS SpeciﬁC Camera / Sensor Data342
- 22 Appendix A.2 CMOS Specific Camera / Sensor Data342
- Mvbluefox3-1012B (1.2 Mpix [1280 X 960])342
- Mvbluefox3-1012D (1.2 Mpix [1280 X 960])344
- Mvbluefox3-1013 (1.3 Mpix [1280 X 1024])347
- Mvbluefox3-1020 (1.9 Mpix [1600 X 1200])350
- Mvbluefox3-1020A (1.9 Mpix [1600 X 1200])353
- Mvbluefox3-1031 (3.2 Mpix [2048 X 1536])356
- Mvbluefox3-1100 (11 Mpix [3856 X 2764])358
- Mvbluefox3-1140 (14 Mpix [4384 X 3288])362

Matrix Vision mvBlueFOX3 - Page 220

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