save_RIA

Exports given slots of statistics from RIA_image. Names of slots have to be defined
which the user wishes to export using the stats parameter. Using the group_name
parameter the user can lable the cases with a group ID, for example "Case", which can be
used as a grouping variable for further analysis.

Radiomics image analysis toolbox for 2D and 3D radiological images. RIA supports DICOM, NIfTI,
nrrd and npy (numpy array) file formats.
RIA calculates first-order, gray level co-occurrence matrix, gray level run length matrix and
geometry-based statistics. Almost all calculations are done using vectorized formulas to
optimize run speeds. Calculation of several thousands of parameters only takes minutes
on a single core of a conventional PC. Detailed methodology has been published: Kolossvary
et al. Circ: Cardiovascular Imaging. 2017;10(12):e006843 <doi: 10.1161/CIRCIMAGING.117.006843>.

Marton Kolossvary

Radiomics Image Analysis Toolbox for Medial Images

save_RIA function

<dl><dt>RIA_image</dt>
<dd>RIA_image with calculated statistics.</dd>
<dt>save_to</dt>
<dd>string, path of folder to save results to.</dd>
<dt>save_name</dt>
<dd>string, path of folder to save results to.</dd>
<dt>group_name</dt>
<dd>string, a ID defining which group the case belongs to.</dd>
<dt>stats</dt>
<dd>string vector, identifing which slots to export</dd></dl>

Arguments

Export radiomics calculations of RIA image to csv — save_RIA

<dl>

<dt>RIA_image</dt>
<dd>RIA_image with calculated statistics.</dd>


<dt>save_to</dt>
<dd>string, path of folder to save results to.</dd>


<dt>save_name</dt>
<dd>string, path of folder to save results to.</dd>


<dt>group_name</dt>
<dd>string, a ID defining which group the case belongs to.</dd>


<dt>stats</dt>
<dd>string vector, identifing which slots to export</dd>

</dl>

save_RIA: Export radiomics calculations of RIA image to csv

Description

Usage

Arguments

References