polyGeVero software
polyGeVero-CT softwareMain functionsView and Edit menu optionsHow to process example CT dataHow to calculate calibration equationHow to convert CT signal to doseIsocenter calculation - Example IIsocenter calculation - Example IIIsocenter calculation - Example IIIIsocenter calculation - Example IVIsocenter calculation - Example V
GeVeroCT-CAL
Containers for 3D Gel Dosimeters
Water phantom
Tailored Phantoms or Containers
3D Gel Dosimeters
2Day.QA

 Main functions of polyGeVero-CT

 

The above movie is to illustrate only some main functions of the polyGeVero-CT. 

 

The following operations are allowed in polyGeVero®-CT on the whole series of images:

  • addition and subtraction of series, e.g. subtraction of background data for a polymer gel dosimeter from a series,
  • calculating of mean series of out a few series,
  • numerous filtrations of images (Mean, Median, Adaptive Mean, Adaptive Median, Kuwahara mask, Fast Fourier Transform (FFT), Savitzky-Golay, Envelope),
  • performing “Zero Scan Method”,
  • drawing profiles and comparing profiles,
  • defining ROIs/VOIs and calculations for ROIs/VOIs as well as calculations of calibrations using one of the numerous available calibration equations,
  • processing of data towards the calculation of calibrations, calibration parameters and dose resolution relations vs. dose by using the predefined VOIs/ROIs,
  • storing of calibrations in the calibration database,
  • automatic and manual moving/shifting of two series to overlap them for further processing of data; e.g. in case background is subtracted from a series for which CT scanning was performed separately for a background dosimeter phantom and another dosimeter phantom,
  • calculation of distances and angles, and measuring pixel values,
  • exporting data as TXT files with headers and printing data (e.g. as PDF files with headers),
  • isocenter calculations,
  • histogram calculations (DVH).

Additionally, one can perform filtering for a mask expressed in mm, that includes voxels in the neighbourhood of a slice comprising a selected voxel (3D option); this is an additional option apart from the one for the filtering where only the pixels of a 2D image are taken for calculations (2D option). Filtering with the Fourier F. Transform can be performed both for low- and high-pass filters as well as for different windows (cosine, Hamming, Hann, Nuttall, Blackman, Barlett-Hann, Blackman-Harris and Blackman-Nuttall).

 

The layout of polyGeVero®-CT: there are 3 Workspaces for processing data:

  • Single Series
  • Multiple Series
  • Registration Series.