Nulliparous women's bony pelvis anatomical landmarks and dimensions

This repository directory contains source data in file <strong>landmarks.zip</strong> related to anatomical landmarks on bony pelvis identified independently by 2 observers from MRI (folders <strong>Observer_1</strong> and <strong>Observer_2</strong>). After unzipping, a folder structure appears. Each folder contains FCSV datasets for 67 nulliparous women in the structure <strong>N</strong>, <strong>X</strong>, <strong>Z</strong>, <strong>Y</strong> line by by line, where <strong>N</strong> is the landmark number and <strong>(X, Y, Z)</strong> are the spacial coordinates. Folder <strong>Figures </strong>contains figures displaying correlations between chosen internal and external body pelvis dimensions. MATLAB function <strong>readData.m</strong> reads the landmark using functions <strong>getLandmarks.m</strong> (contains also description of all landmarks) and calculating internal and external bony pelvis dimensions using and <strong>calculateDimensions.m</strong> (contains also description of all dimensions). Switching between 2 observers on line 5, the function also saves thedata into binary files <strong>Ob</strong><strong>se</strong><strong>rver_1.mat</strong> and <strong>Ob</strong><strong>se</strong><strong>rver_2.mat </strong>to be analyzed: MATLAB function <strong>ICC.m</strong> calculates the Intercall Correlation Coefficient using function <strong>functionICC.m</strong> and also saves the data averaged between both observers to file <strong>Observers.mat</strong> to be processed further: MATLAB <strong>function correlations.m</strong> calculates the correlations among chosen external and internal bony pelvis dimensions using functions<strong> functionCorrelation.m</strong> and <strong>functionInletType.m</strong>. The output is plotted and save to folder <strong>Figures</strong>.