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3D Analysis Software

上市日期: 2017-05-18





德国FalCon 3D分析模块

德国FalCon 3D分析模块    3D Analysis Software

    Leave the Plane: 3D is much more than 2D

    The image analysis software Mov3D offers you the possibility to analyze 3D motion of dynamic recordings.

    For this you track objects in several different stereoscopic views with the module MovXact, Subsequently the 3D curves are calculated based on photogrammetric methods.

     Main features 

    Easy management of multi views within one test file

    Interface to 3D control points

    New type of marker CODE (= coded ring marker, by AICON)

    Calculation of camera position using known control points

    Calibration of camera and lens with powerful distortion correction.
    (Use drag&drop from module CamFolder)

    3D calibration and output of x-y-z displacement/time diagrams
    (with a-v differentiation etc. see MovXact)

     Data necessary for successful 3D analysis:

  control point data3D Analysis Software
  Tracking data: control points and unknown points
  image sequence
  (per view)
3D Analysis Software 3D Analysis Software
  Calibration measurements
  image sequence of test target +
  camera - lens - data
  (per camera)+
  control point data in ASCII file

3D Analysis Software 3D Analysis Software 3D Analysis Software
  ► Position measurements

  3D control points with tracking data +
  calibration measurement
  (per view + per image)

3D Analysis Software
  ► 3D measurements
  tracking data of unknown points +
  calibration measurements +
  position measurements
  ( n * 2D → 3D
3D Analysis Software 3D Analysis Software

   Pre-conditions for 3D measurements

   At least two views from different points are included in the analysis session.

  (Same) control points and marker targets with the same name are setup and measured in the single views.

   All cameras run synchronously (as possible within 1 line)

   The frequencies of the image sequences need to be equal or 
   integer parts of the maximum occurring frequency = max. frequency / n.

   The T0 start times should be in the raster of the maximum image frequency:
   T0(n) - T0-min. = 1 / max. frequency.

   The camera positions are calculated within the overlapping time interval; for this measurement data of at least 4 control points per image are necessary. Alternatively the positions may be defined as „static“.

   A triangulation on the basis of the measured image coordinates must be possible.

   Own scales or rulers are not necessary for calibration.
   The scaling is implicitly included in the control point information.


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