| addPoint(double[] input) | ShapeHistogram | |
| bands | ShapeHistogram | [package] |
| bin_counts | ShapeHistogram | [package] |
| bins | ShapeHistogram | [package] |
| bookstein(int N, double[][] X, double[][] X2, double beta_k, double[] E) | ShapeHistogram | [static] |
| clear_covers(int n, double[][] C, int[][] M, int[] R_cov, int[] C_cov) | ShapeHistogram | [static] |
| computeCostMatrix(ArrayList< ShapeHistogram > first, ArrayList< ShapeHistogram > second, int size1, int size2, double dummy_epsilon) | ShapeHistogram | [static] |
| convert_path(int n, double[][] C, int[][] M, int[] R_cov, int[] C_cov, ArrayList< Pair > path) | ShapeHistogram | [static] |
| costWeighting | ShapeHistogram | [static] |
| data | ShapeHistogram | [package] |
| distance(double[][] costMatrix, int[] mapping, int firstSize, int secondSize) | ShapeHistogram | [static] |
| erase_primes(int n, double[][] C, int[][] M, int[] R_cov, int[] C_cov) | ShapeHistogram | [static] |
| explicit_binning | ShapeHistogram | [package] |
| find_a_zero(int n, double[][] C, int[][] M, int[] R_cov, int[] C_cov) | ShapeHistogram | [static] |
| find_prime_in_row(int n, double[][] C, int[][] M, int[] R_cov, int[] C_cov, int row) | ShapeHistogram | [static] |
| find_smallest(int n, double[][] C, int[][] M, int[] R_cov, int[] C_cov) | ShapeHistogram | [static] |
| find_star_in_col(int n, double[][] C, int[][] M, int[] R_cov, int[] C_cov, int column) | ShapeHistogram | [static] |
| find_star_in_row(int n, double[][] C, int[][] M, int[] R_cov, int[] C_cov, int row) | ShapeHistogram | [static] |
| maxes | ShapeHistogram | [package] |
| mins | ShapeHistogram | [package] |
| munkres(int n, double[][] costs) | ShapeHistogram | [static] |
| shapeContextCost(int N, double[][] costs, boolean[] good_rows, boolean[] good_columns, int good_count) | ShapeHistogram | [static] |
| shapeContextMetric(ShapeContext shape1, ShapeContext shape2, boolean rotationInvariant, boolean timeSensitive, boolean verbose) | ShapeHistogram | [static] |
| ShapeHistogram() | ShapeHistogram | |
| ShapeHistogram(int[] bin_counts, double[] mins, double[] maxes, boolean[] explicit_binning, double[][] bins, int bands) | ShapeHistogram | |
| star_in_row(int n, double[][] C, int[][] M, int[] R_cov, int[] C_cov, int row) | ShapeHistogram | [static] |
| step1(int n, double[][] C, int[][] M, int[] Row, int[] Col) | ShapeHistogram | [static] |
| step2(int n, double[][] C, int[][] M, int[] R_cov, int[] C_cov) | ShapeHistogram | [static] |
| step3(int n, double[][] C, int[][] M, int[] R_cov, int[] C_cov) | ShapeHistogram | [static] |
| step4(int n, double[][] C, int[][] M, int[] R_cov, int[] C_cov) | ShapeHistogram | [static] |
| step5(int n, double[][] C, int[][] M, int[] R_cov, int[] C_cov) | ShapeHistogram | [static] |
| step6(int n, double[][] C, int[][] M, int[] R_cov, int[] C_cov) | ShapeHistogram | [static] |
| warp(double[][] X, double[][] X2, DoubleMatrix2D c, int N) | ShapeHistogram | [static] |
| Z0 | ShapeHistogram | [package, static] |
