| Cdem_bproj_cost_function | |
| Cvpgl_adjust_lsqr | The 3-d offset and scale parameters of rational cameras typically must be adjusted to compensate for errors in geographic alignment |
| Cvpgl_affine_camera | |
| Cvpgl_affine_camera_compute | Basic least squares solution for an affine camera given corresponding world and image points |
| Cvpgl_affine_camera_convert | Methods for computing to an affine camera |
| Cvpgl_affine_fundamental_matrix | |
| Cvpgl_affine_rectification | |
| Cvpgl_ba_fixed_k_lsqr | Class for bundle adjustment with fixed intrinsic parameters |
| Cvpgl_backproject | |
| Cvpgl_backproject_dem | |
| Cvpgl_bundle_adjust | Static functions for bundle adjustment |
| Cvpgl_bundle_adjust_lsqr | Base class bundle adjustment sparse least squares function |
| Cvpgl_calibration_matrix | A class representing the "K" matrix of a perspective camera matrix as described in |
| Cvpgl_calibration_matrix_compute | Various methods for computing the intrinsic matrix of a perspective camera |
| Cvpgl_cam_trans_search_lsqr | This algorithm finds a set of minimum translations that registers the input set of images using multiple correspondences e.g |
| Cvpgl_camera | |
| Cvpgl_camera_homographies | |
| Cvpgl_camera_transform | |
| Cvpgl_camera_transform_f | The cost function to be used by a Lev-Marq minimization routine, compute the residuals for each correspondence |
| Cvpgl_em_compute_5_point | |
| Cvpgl_em_compute_5_point_ransac | |
| Cvpgl_essential_matrix | |
| Cvpgl_fm_compute_2_point | |
| Cvpgl_fm_compute_7_point | |
| Cvpgl_fm_compute_8_point | |
| Cvpgl_fundamental_matrix | |
| Cvpgl_generic_camera | |
| Cvpgl_generic_camera_convert | Various methods for converting to a generic camera |
| Cvpgl_geo_camera | |
| Cvpgl_invmap_cost_function | |
| Cvpgl_lens_distortion | Forward declare vgl_homg_point_2d<T> and vgl_vector_2d<T> |
| Cvpgl_local_rational_camera | |
| Cvpgl_lvcs | |
| Cvpgl_nitf_rational_camera | |
| Cvpgl_optimize_camera | |
| Cvpgl_orientation_lsqr | This class optimizes the rotation of a perspective camera given an initial estimate and a known internal calibration and position |
| Cvpgl_orientation_position_calibration_lsqr | This class optimizes the rotation/translation/calibration of a perspective camera given an initial estimate |
| Cvpgl_orientation_position_focal_lsqr | This class optimizes the rotation/translation/focal length of a perspective camera given an initial estimate |
| Cvpgl_orientation_position_lsqr | This class optimizes the rotation/translation of a perspective camera given an initial estimate and a known internal calibration |
| Cvpgl_ortho_procrustes | Solve orthogonal Procrustes problem |
| Cvpgl_perspective_camera | This class implements the perspective camera class as described in Hartley & Zisserman as a finite camera |
| Cvpgl_perspective_camera_compute | Various methods for computing a perspective camera |
| Cvpgl_perspective_camera_convert | Various methods for computing a perspective camera |
| Cvpgl_poly_deriv_helper | |
| Cvpgl_poly_deriv_helper< T, 1 > | |
| Cvpgl_poly_helper | |
| Cvpgl_poly_helper< T, 1 > | |
| Cvpgl_poly_radial_distortion | A class for nth order polynomial radial lens distortion |
| Cvpgl_proj_camera | |
| Cvpgl_proj_camera_compute | Basic least squares solution for a general projective camera given corresponding world and image points |
| Cvpgl_proj_camera_convert | Basic least squares solution for a general projective camera given corresponding world and image points |
| Cvpgl_radial_distortion | A base class for radial lens distortions |
| Cvpgl_rational_adjust | |
| Cvpgl_rational_adjust_multiple_pts | |
| Cvpgl_rational_adjust_onept | |
| Cvpgl_rational_camera | |
| Cvpgl_ray | |
| Cvpgl_ray_intersect | |
| Cvpgl_ray_intersect_lsqr | |
| Cvpgl_scale_offset | |
| Cvpgl_triangulate_points | |
| Cvpgl_utm | |
| Cvpgl_z_search_lsqr | The image offsets of rational cameras typically must be adjusted to compensate for errors in geographic alignment |
1.8.15