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Welcome to MedPhys Files!

Feel free to browse through and download files submitted by other physicists, as well as submit your own files using the "Add download" link. Unless otherwise specified, all files are distributed under the MIT open source license for research and educational use only with no fitness guarantee.

This website is intended to supplement existing medical physics resources. It is an easy and informal way to share your work with others. Please contact Nathan Childress by using the "Contact Us" link with any questions.


Posted on Tuesday, June 13
› Diagnostic Imaging

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MR, CT, ultrasound, mammography, etc.

 DOS batch file to create decompressed DICOM images
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Rating: Not rated Popularity: 4/5: Popular Published: Fri Oct 08, 2010 10:08 am
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A DOS batch file to help with decompressing whole directories of compressed DICOM images. Requires the Offis DICOM tool kit and a Windows computer.
Submitted by: dplatten Homepage 0 reviews

 DOS batch file to create jpg thumbnails of DICOM images
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Rating: Not rated Popularity: 1/5: Not popular Published: Fri Oct 08, 2010 10:10 am
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A DOS batch file to create jpg thumbnails of a whole directory of DICOM images. Requires ImageMagick (http://www.imagemagick.org/) to be installed, making use of the mogrify.exe command.
Submitted by: dplatten Homepage 0 reviews

 DOS batch file to write specific DICOM tags out into a .txt file
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Rating: Not rated Popularity: 1/5: Not popular Published: Fri Oct 08, 2010 10:09 am
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A DOS batch file to write specific DICOM tags into a text file with the same name as the original image file. Requires the Offis DICOM tool kit and a Windows computer.
Submitted by: dplatten Homepage 0 reviews

 Example images and MTF, NNPS and DQE analysis results
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Rating: Below average Popularity: 3/5: Average Published: Thu Nov 01, 2012 12:39 pm
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DICOM images of a tungsten edge and flat-field for MTF, NNPS and DQE analysis, together with MTF and NNPS results from three different software packages: IQWorks 0.6, OBJ_IQ_reduced_v2 and my own IDL routine. DQE results from IDL too.
Submitted by: dplatten Homepage 1 review

 ImageJ macro to calculate CT helical slice thickness - new version
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Rating: Average Popularity: 1/5: Not popular Published: Mon May 20, 2013 12:03 pm
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An ImageJ macro to calculate the helical slice thickness from a CT scan along a rod containing a thin gold disc. The method is based on that used by ImPACT. Note: this macro may not work correctly on a bead embedded in a large phantom.
Submitted by: dplatten Homepage 1 review

 ImageJ macro to determine the helical slice thickness of a CT scan
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Rating: Not rated Popularity: 1/5: Not popular Published: Fri Oct 08, 2010 10:12 am
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An ImageJ macro that determines the slice thickness of a helical CT scan by analysing a directory of DICOM images from a helical scan through a thin gold disc phantom or very small metal bead.
Submitted by: dplatten Homepage 0 reviews

 ImageJ macro to help with DR system transfer properties
No screenshot
Rating: Not rated Popularity: 1/5: Not popular Published: Wed Oct 06, 2010 11:09 am
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An ImageJ macro. Point it to a directory of files and it'll calculate the mean pixel value from a central region of interest and report this in a table.
Submitted by: dplatten Homepage 0 reviews

 ImageJ macro to help with DR system uniformity measurement
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Rating: Not rated Popularity: 1/5: Not popular Published: Fri Oct 08, 2010 10:07 am
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An ImageJ macro that will draw five rectangular regions of interest on an image and write the mean pixel values out to the results table. There is one central region and one in each corner.
Submitted by: dplatten Homepage 0 reviews

 ImageJ plugin to calculate a variance or signal-to-noise map of a digital x-ray image
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Rating: Average Popularity: 2/5: Slightly below average Published: Mon May 20, 2013 12:04 pm
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ImageJ plugin to calculate a variance or signal-to-noise map of a digital x-ray image.

The routine will run on a user-selected rectangular region of interest (ROI). If no ROI is selected then the whole image is selected and analysed.
Submitted by: dplatten Homepage 1 review

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Unless otherwise specified, all files are distributed under the MIT open source license for research and educational use only with no fitness guarantee.
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