Package index • bulletxtrctr

All functions

F_T() f_T(): #' Extract results from test in tidy form #' #' tidy.phase.test expands the tidy method for test.phase objects. It gives a summary of the relevant #' parameters and estimates. #' @param x phase.test object as returned from phase_test #' @param ... ignored #' @export #' @importFrom broom tidy #' @examples #' logo <- x3ptools::x3p_read(system.file("csafe-logo.x3p", package="x3ptools")) #' print(logo) tidy <- function (x, ...) with(x, tibble(estimate, estimate1, estimate2, statistic, p.value, parameter)) Reference distribution and debsity for the test statistic between Same-source and Different-source averages using phase selection
bootstrap_k(): Helper function: bootstrap scores
br411: 3d topological surface measurements for one land of a bullet from the Hamby study
bullet_pipeline(): Helper file to setup data
bullet_to_land_predict(): Get land to land prediction based on bullet to bullet comparisons
cc_fit_gaussian(): Use a gaussian filter on bullet data frame
cc_fit_loess(): Fit a loess curve to a bullet data frame
cc_get_signature(): Extract signature from crosscut
cc_locate_grooves(): Find the grooves of a bullet land
check_align(): Check align output
check_ccdata(): Check object returned by x3p_crosscut_optimize
check_grooves(): Check grooves for correctness
check_loess_fit(): Check loess or gaussian curve fit object
check_sig(): Check signature object
check_striae(): Check a striae object is valid
check_x3p(): Check whether an x3p argument is character or filename, return an x3p object
compute_average_scores(): Get average scores for bullet to bullet comparisons
extract_feature_D(): Extract average distance between two (or more) aligned signatures
extract_feature_ccf(): Extract ccf from two (or more) aligned signatures
extract_feature_cms(): Extract number of consecutively matching striation marks (peaks and valleys) from two aligned signatures
extract_feature_cms2(): Extract number of consecutively matching elevated striation marks from two aligned signatures
extract_feature_cms2_per_mm(): Extract scaled number of consecutively matching elevated striation marks from two aligned signatures
extract_feature_cms_per_mm(): Extract scaled number of consecutively matching striation marks (peaks and valleys) from two aligned signatures
extract_feature_lag(): Extract lag from two (or more) aligned signatures
extract_feature_lag_mm(): Extract lag in mm from two (or more) aligned signatures
extract_feature_left_cms(): Extract number of consecutively matching elevated striation marks from the left of two aligned signatures
extract_feature_length(): Extract length of two (aligned) signatures
extract_feature_length_mm(): Length of two (aligned) signatures in millimeter
extract_feature_matches(): Extract number of matching striation marks from two aligned signatures
extract_feature_matches_per_mm(): Extract scaled number of matching striation marks from two aligned signatures
extract_feature_mismatches(): Extract number of mismatched striation marks from two aligned signatures
extract_feature_mismatches_per_mm(): Extract number of mismatched striation marks from two aligned signatures
extract_feature_non_cms(): Extract number of consecutively non-matching striation marks from two aligned signatures
extract_feature_non_cms_per_mm(): Extract scaled number of consecutively non-matching striation marks from two aligned signatures
extract_feature_overlap(): Extract overlap between two aligned signatures
extract_feature_right_cms(): Extract number of consecutively matching elevated striation marks from the right of two aligned signatures
extract_feature_rough_cor(): Extract rough correlation from two (or more) aligned signatures
extract_feature_sd_D(): Extract variation in the height measurements between two aligned signatures
extract_feature_sum_peaks(): Extract the combined height of aligned striae between two aligned signatures
extract_features_all(): Extract features from aligned signatures
extract_features_all_legacy(): Extract features from aligned signatures (legacy)
extract_helper_feature_n_striae(): Extract information for striation marks from two aligned signatures
get_ccf(): Cross correlation function between two vectors
get_longest_run(): Length of the longest run of TRUEs
get_phases(): Get bullet phases
get_runs(): Table of the number of runs
get_sig_lags(): Get lags between signatures
hamby252demo: hamby252demo
hamby252demo_github: hamby252demo_github
land_cc(): Get a specified cross section
max_u(): Wilcox test of bullet to bullet similarity
phase_test(): Bullet Phase test
raw_sig_smooth(): Smooth the raw signature
read_bullet(): Reading all x3p scans belonging to a single bullet from a folder
read_dir(): Reading all x3p scans belonging to a folder
rtrees: randomforest
runExample(): Execute the Shiny App for bullet investigation
sig_align(): Align two surface cross cuts according to maximal correlation
sig_cms_max(): Identify the number of maximum CMS between two signatures
sig_get_peaks(): Identify the location and the depth of peaks and valleys in a signature
smoothloess(): Predict smooth from a fit
striation_identify_matches(): Match striation marks across two aligned signatures
switch_xy(): Switch x and y in a data frame
x3p_crosscut(): Read a crosscut from a 3d surface file
x3p_crosscut_optimize(): Identify a reliable cross section
x3pheader_to_microns(): Convert x3p header information to microns from meters