Balluff MATRIX VISION mvBlueNAOS

To Next Page

To Previous Page

1.15 DirectShow interface 89

mvDeviceConﬁgure - Register All Devices

3. After a successful registration the column "Registered For DirectShow" will display "yes" for every device and

the devices will be registered with a default DirectShow friendly name which is displayed in the "DirectShow

Friendly Name" column.

mvDeviceConﬁgure - All Devices Registered For DirectShow Access

MATRIX VISION GmbH

Main Page

Table of Contents3
About this Manual9
Goal of the Manual9
Contents of the Manual9
Imprint10
Legal Notice11
Introduction11
Cjson15
Unity16
Revisions17
Symbols and Conventions18
Explanation of the Warnings18
Important Information19
Important Safety Instructions19
Operating Considerations19
Important Safety Notes19
Handling and Cleaning20
Installing20
Optimizing Performance and Life Time20
Connectors20
Cleaning20
Adjusting the C-Mount20
Conformity21
Additional Notices23
For Customers in the U.S.A23
For Customers in Canada23
Pour Utilisateurs Au Canada23
Introduction24
Software Concept24
Order Code Nomenclature26
Mvbluenaos226
Mvbluenaos427
What's Inside and Accessories28
Quickstart29
System Requirements29
Host System29
Supported Operating Systems29
Installing the Mvgentl-Acquire Package30
Installing the Hardware30
Windows31
Linux35
Connecting the Camera38
Communicating with the Camera38
Setting up the Camera38
About Settings38
Driver Concept41
Visionpro Support42
HALCON Support42
Labview Support42
Directshow Support42
Micro-Manager Support42
Relationship between Driver, Firmware and SDK43
Technical Data44
Mvbluenaos244
Dimensions44
Mvbluenaos446
Dimensions46
NAOS for Embedded (N4E) Interface47
Pin Assignment48
Add-In Cards for the NAOS for Embedded (N4E) Interface51
Oculink54
Pin Assignment55
Power/Io Connector (for Oculink Model)56
Signal LED59
Summary of Components59
Summary of Advanced Features61
Sensor Overview62
Image Data Flow62
Output Sequence of Color Sensors (RGB Bayer)62
Debayering of Color Sensors (RGB Bayer)63
Supported Image Formats64
CMOS Sensors65
Summary of CMOS Sensors65
Filters71
Hot Mirror Filter71
Cold Mirror Filter72
GUI Tools73
Introduction73
Wxpropview73
Mvdeviceconfigure73
Genicam and Advanced Features74
Introduction74
Device Control74
Image Format Control76
Acquisition Control77
Counter and Timer Control81
Analog Control83
Color Transformation Control85
Event Control86
Chunk Data Control87
File Access Control88
Digital I/O Control88
Transport Layer Control89
User Set Control90
MV Logic Gate Control91
MV Serial Interface Control92
MV Auto Feature Control92
Developing Applications Using the Mvimpact Acquire SDK94
Directshow Interface95
Supported Interfaces95
Iamcameracontrol95
Iamdroppedframes95
Iamstreamconfig95
Iamvideoprocamp95
Ikspropertyset95
Ispecifypropertypages95
Logging95
Setting up Devices for Directshow Usage95
Registering Devices96
Renaming Devices98
Using Regsvr3299
Troubleshooting100
Error Code List100
Accessing Log Files113
Windows113
Linux113
General Issues114
The Error Counter Increases115
Which PC Power Settings Are Useful and Possibly Necessary116
Why Does Updating the Device List Take so Long117
Windows118
Bluescreen on Machines Running Windows 10 or Higher When Streaming Is Started111118
Linux119
No Genicam Devices Are Detected on a Linux System120
Glossary121
Use Cases130
Introducing Acquisition / Recording Possibilities131
Acquiring a Number of Images131
Generating very Long Exposure Times132
Working with Multiple Aois (MV Multi Area Mode)134
Working with Event Control138
Improving the Acquisition / Image Quality141
Correcting Image Errors of a Sensor141
Optimizing the Color/Luminance Fidelity of the Camera146
Setting a Flicker-Free Auto Expose and Auto Gain161
Working with Binning / Decimation165
Working with Triggers168
Processing Triggers from an Incremental Encoder168
Generating a Pulse Width Modulation (PWM)170
Outputting a Pulse at Every Other External Trigger172
Creating Different Exposure Times for Consecutive Images174
Detecting Overtriggering177
Triggering of an Indefinite Sequence with Precise Starting Time181
Low Latency Triggering184
Working with I/Os185
Controlling Strobe or Flash at the Outputs186
Creating a Debouncing Filter at the Inputs189
Saving Data on the Device192
Creating User Data Entries192
Creating User Set Entries194
Working with the Userfile Section (Flash Memory)196
Working with Device Features200
Working with the Temperature Sensors200
Reset Timestamp by Hardware202
Synchronizing Camera Timestamps203
Working with the Serial Interface (MV Serial Interface Control)208
Working with Several Cameras Simultaneously212
Creating Synchronized Acquisitions Using Timers212
Working with 3Rd Party Tools218
Using VLC Media Player218
Appendix A. Specific Camera / Sensor Data220
Pregius CMOS (Mono)221
Mvbluenaos2221
Mvbluenaos4236
Pregius CMOS (Color)251
Mvbluenaos2251
Mvbluenaos4266
Appendix C. Tested ARM Platforms281
ARM64 Based Devices283

Balluff MATRIX VISION mvBlueNAOS - Page 97

Table of Contents

Related product manuals