Analyzed Digital Image Correlation Data for the Eyes in the goggle-wearing study

Link to complete analyzed DVC results for all subjects in the goggle-wearing experiments published in Czerpak CA, Kashaf MS, Zimmerman BK, Mirville R, Gasquet NC, Quigley HA, Nguyen TD. The Strain Response to Intraocular Pressure Increase in the Lamina Cribrosa of Control Subjects and Glaucoma Patients. Translational vision science &amp; technology. 2024 December 2;13(12):7. PubMed PMID: 39630437; PubMed Central PMCID: PMC11627119; DOI: 10.1167/tvst.13.12.7. Data for each eye is stored in a folder named after the eye labels in the file De-identifiedGoggleFile08-19-22.xlsx. Each folder contains Matlab workspaces (.mat) for the following results. 1)The initial DVC displacement (resultsFIDVC1HOCT_LC[eyelabel]_[LE/RE].disp.mat), baseline error (resultsFIDVC1HOCT_LC[eyelabel]_[LE/RE]_baseline error.mat), and correlation error(resultsFIDVC1HOCT_LC[eyelabel]_[LE/RE]_CorrError.mat). The LE label stands for letf eye and RE is for right eye.2) The processed DVC outputs for the displacements and strains (HOCT_LC[eyelabel]-DispStrain.mat), baseline error (HOCT_LC[eyelabel]-BaselineError.mat) and correlation error (HOCT_LC[eyelabel]-CorrError.mat)3) The strains averaged for each tissue segmented from the OCT images (HOCT_LC[eyelabel]-SegmentedAndSummarized.mat).4) The coordinates of points defining the tissue boundaries of the ONH used to segment the OCT images ([eyelabel]-dividers.mat)<br>