VIOSO 6
Exaplay Documentation
  • Welcome to VIOSO 6
  • Changelog and Version History
  • System Preparation
    • Operating System
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      • NVIDIA RTX/Quadro Setup
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    • Camera
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        • Configuring Daheng Cameras
        • Configuring HIK Vision Cameras
        • Configuring IDS Imaging Cameras
      • SLR Cameras via USB connection
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  • Calibration
    • Scanning
      • Device Selection
      • Camera adjustment
        • Webcams / DirectShow devices
        • Using Daheng Cameras within VIOSO 6
        • Using HIK Vision Cameras within VIOSO 6
        • Camera Masking (Region of interest)
      • Projector masking
      • Scanning projectors
      • Scan Result
    • Content Mapping
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        • 3D Mapping parameters
        • 3D Mapping in Freemode
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  • USING CALIBRATIONS
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    • VIOSO WarpBlend API
      • VIOSOWarpBlend.ini Reference
  • STEP BY STEP GUIDES
    • Calibration for common media servers
      • AV Stumpfl Pixera
        • Pixera v.2
          • Project Mode Walkthrough
          • Free Mode Walkthrough
        • Pixera v.1
      • Dataton Watchout
        • Watchout v.7
        • Watchout v.6
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      • 7th Sense Delta Server
      • Christie Pandoras Box
      • Derivative TouchDesigner
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  • Typical Calibration Workflows
    • Immersive Rooms (free mode)
    • Cylindrical Panorama with fisheye camera (project mode)
    • 3D calibration in VIOSO 6 free mode
  • References
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    • Remote Control Reference
    • Export Automation Reference
    • Scripting for VIOSO applications
  • Tools
    • Configure Mosaic
  • Knowledgebase
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  1. Calibration
  2. Scanning
  3. Camera adjustment

Using HIK Vision Cameras within VIOSO 6

PreviousUsing Daheng Cameras within VIOSO 6NextCamera Masking (Region of interest)

Last updated 8 months ago

Once the camera is configured, MVS software must be closed.

It is not possible to access the camera within VIOSO Core as long as the camera is opened in MVS!

The camera will show up as “DirectShow” device with a device name like “HIKRobot MV…”. All parameters are available in a large parameter tree, that can be filtered by categories and complexity (“Guru”, “Beginner”…). Though all parameters seem accessible, it is not recommended to do much changes here, because of a bad user experience:

  • It is hard to browse through the vast parameter tree

  • After each parameter change, the dialog closes and must be re-opened and browsed through again

For “last minute” changes, though, we recommend to concentrate on these parameters:

  • Acquisition Control: Manipulate here the “Exposure time” to adjust the camera sensitivity to the test pattern displayed by the projectors

  • Image Format Control: Use the values “Width/Height” as well as “OffsetX/Y” to enter a (well known) region of interest:

Example: To crop the image of a fulldome calibration kit to fit the lens…

  • set Width = 2048

  • set OffsetX = 256

Since the usability of these dialogs is challenging, we recommend to make these settings in the MVS application.

Notes about Multi-Camera usage:

  • In MVS, when switching between cameras views, stop acquisition on the previous first or you will have bandwidth error warnings.

  • In VIOSO MRD window (Model View Control) you might not see the camera full name in the dropdown menu. To check if it’s the right camera assigned, open the MRD file you created in a text editor. It is in XML format where defCamName parameter refers to the camera that calibrated the selected compound.

  • Optional tip: It can be helpful to fix camera custom names in MVS (Right Click the camera > Rename User ID ). They will appear in VIOSO under “adjust camera > Options > Camera info”