Master index |
Index for src ![]() |
| Samuel Rivera | |
| Notes: calculates 2-norm distance from target vector to all query vectors | |
| calculate fixation density at the AOIs | |
| Calculate fixation density for different distances from relevant AOIs | |
| calculate fixation density at the AOIs | |
| calculate matrix representing the sequence of AOIs fixated | |
| calculate target saccade density | |
| calculate matrix representing the sequence of AOIs saccaded to | |
| calculate the total distance traveled by the eye | |
| convert the fixation or saccade sequence to a representation in terms of relevant and irrelevant AOIs | |
| get latency until relevant AOI fixated | |
| get latency until relevant AOI is saccade target | |
| calculate the pairwise squared distance matrix (2-norm distance) | |
| June 22, 2011 | |
| identify saccades | |
| combine gaze data from two eyes into one by averaging | |
| This function tells you which variables are best in an easy to understand format | |
| This function outputs variables in tab delimited file for further | |
| extract all variables from a cell of eye tracks | |
| Kalman filter missing data from eye track | |
| finds redundant variables for easy removal | |
| This function tells you which variables are best in an easy to understand format | |
| get a struct for specifying folds of leave one out cross validation | |
| wrapper function for the kalman filter toolbox | |
| Syntax: dataStruct = loadFromTable( tableFile ) | |
| returns an image which is a mixture of an RGB image and a grayscale image | |
| Samuel Rivera | |
| % A c version of repmat | |
| calculate leave 1 subject out accuracy for Bayes classifier with equal covariance | |
| calculate leave 1 subject out accuracy for L1 penalized logistic regression | |
| calculate leave 1 subject out accuracy for linear SVM | |
| scale eye track from [0 1] to image size | |
| Syntax: dataStruct = smoothTracks( dataStruct ) | |
| anova ranking of variables | |
| L1 penalized logistic regression ranking of variables | |
| Naive bayes ranking of variables (using CV accuracy criterion) | |
| A: image | |
| visualize the gaze data |