Man pages for erichare/shoeprintr
Performs an automated statistical matching of two shoeprints
| auc_eer_opt.t_generation | Calculate AUC, EER, optimal threshold for ROC curves |
| boosted_clique | Function to perform boosted clique on two input circles |
| centercircle_match | Matches a center circle input and a reference shoeprint |
| edge_fix_circle_mat | Match input and reference with given circle information in... |
| eer.ROC | Calculate EER |
| focus_data2 | Cut x and y coordinate points less than 1 focus_data2(data)... |
| gg_circle | Adding the circlular area |
| initial_circle | Find the initial circle position by quantile of x and y... |
| initial_circle2 | Find three circles |
| input_example | An example of an input shoeprint |
| int_inside_center | Detecting points within the circle |
| leftcorner_cent | Adjust it to (0,0) in the left lower corner |
| match_print | Matches an input and a reference shoeprint |
| match_print_subarea | Match input and reference with given circle information in... |
| multiplot | Draw multiple plots |
| reference_example | An example of a reference shoeprint |
| rev_R | Reverse right side shoe to look like left side shoe |
| ROC.data_col | Calculate sensitivity and specificity at different threshold... |
| simple_auc | Calculate AUC |
| smart_sample | Implementation of a smart sampling algorithm |
| start_plot | Starting plot to position three local areas of shoe Q |
| step0_plot | First plot before starting matching to confirm the circle... |
| step0_Q_K_plot | Draw plot of two shoe impressions with each designated... |
| summarize_list_match | Summarize MC-COMP macthing across three circles |
