DICe Class Reference

A generic class that provides an abstraction of the local DIC shape function. More...

Public Types
enum	Subset_View_Target { REF_INTENSITIES =0, DEF_INTENSITIES, MAX_SUBSET_VIEW_TARGET, NO_SUCH_SUBSET_VIEW_TARGET }
	enums:
enum	Subset_File_Info_Type { SUBSET_INFO =0, REGION_OF_INTEREST_INFO }
	Subset_File_Info types.
enum	Target_Field_Descriptor { ALL_OWNED =0, DISTRIBUTED, DISTRIBUTED_GROUPED_BY_SEED, MAX_TARGET_FIELD_DESCRIPTOR }
enum	Analysis_Type {   LOCAL_DIC =0, GLOBAL_DIC, TRACKLIB, MAX_ANALYSIS_TYPE,   NO_SUCH_ANALYSIS_TYPE }
	Analysis Type.
enum	Global_Formulation {   HORN_SCHUNCK =0, MIXED_HORN_SCHUNCK, LEVENBERG_MARQUARDT, LEHOUCQ_TURNER,   UNREGULARIZED, METHOD_OF_MANUFACTURED_SOLUTIONS, MAX_GLOBAL_FORMULATION, NO_SUCH_GLOBAL_FORMULATION }
	Global formulation.
enum	Projection_Method {   DISPLACEMENT_BASED =0, VELOCITY_BASED, MULTISTEP, MAX_PROJECTION_METHOD,   NO_SUCH_PROJECTION_METHOD }
	Projection method.
enum	Initialization_Method {   USE_FIELD_VALUES =0, USE_NEIGHBOR_VALUES, USE_NEIGHBOR_VALUES_FIRST_STEP_ONLY, USE_PHASE_CORRELATION,   USE_OPTICAL_FLOW, USE_ZEROS, USE_FEATURE_MATCHING, USE_IMAGE_REGISTRATION,   USE_SATELLITE_GEOMETRY, INITIALIZATION_METHOD_NOT_APPLICABLE, MAX_INITIALIZATION_METHOD, NO_SUCH_INITIALIZATION_METHOD }
	Initialization method.
enum	Shape_Function_Type {   AFFINE_SF =0, QUADRATIC_SF, PROJECTION_SF, RIGID_BODY_SF,   MAX_SF, NO_SUCH_SF }
	Shape function type.
enum	Optimization_Method {   SIMPLEX =0, GRADIENT_BASED, GRADIENT_THEN_SEARCH, SIMPLEX_THEN_GRADIENT_BASED,   GRADIENT_BASED_THEN_SIMPLEX, OPTIMIZATION_METHOD_NOT_APPLICABLE, MAX_OPTIMIZATION_METHOD, NO_SUCH_OPTIMIZATION_METHOD }
	Optimization method.
enum	Interpolation_Method {   BILINEAR =0, BICUBIC, KEYS_FOURTH, MAX_INTERPOLATION_METHOD,   NO_SUCH_INTERPOLATION_METHOD }
	Interpolation method.
enum	Gradient_Method { FINITE_DIFFERENCE =0, CONVOLUTION_5_POINT, MAX_GRADIENT_METHOD, NO_SUCH_GRADIENT_METHOD }
	Gradient method.
enum	Correlation_Routine {   GENERIC_ROUTINE =0, TRACKING_ROUTINE, CORRELATION_ROUTINE_NOT_APPLICABLE, MAX_CORRELATION_ROUTINE,   NO_SUCH_CORRELATION_ROUTINE }
enum	Status_Flag {   CORRELATION_SUCCESSFUL =0, INITIALIZE_USING_PREVIOUS_FRAME_SUCCESSFUL, INITIALIZE_USING_CONNECTED_SUBSET_VALUE_SUCCESSFUL, INITIALIZE_USING_NEIGHBOR_VALUE_SUCCESSFUL,   INITIALIZE_SUCCESSFUL, INITIALIZE_FAILED, SEARCH_SUCCESSFUL, SEARCH_FAILED,   CORRELATION_FAILED, SUBSET_CONSTRUCTION_FAILED, LINEAR_SOLVE_FAILED, MAX_ITERATIONS_REACHED,   INITIALIZE_FAILED_BY_EXCEPTION, SEARCH_FAILED_BY_EXCEPTION, CORRELATION_FAILED_BY_EXCEPTION, CORRELATION_BY_AVERAGING_CONNECTED_VALUES,   JUMP_TOLERANCE_EXCEEDED, ZERO_HESSIAN_DETERMINANT, SEARCH_USING_PREVIOUS_STEP_SUCCESSFUL, LINEARIZED_GAMMA_OUT_OF_BOUNDS,   NAN_IN_HESSIAN_OR_RESIDUAL, HESSIAN_SINGULAR, SKIPPED_FRAME_DUE_TO_HIGH_GAMMA, FRAME_FAILED_DUE_TO_HIGH_GAMMA,   FRAME_FAILED_DUE_TO_NEGATIVE_SIGMA, FRAME_FAILED_DUE_TO_HIGH_PATH_DISTANCE, RESET_REF_SUBSET_DUE_TO_HIGH_GAMMA, MAX_GLOBAL_ITERATIONS_REACHED_IN_EVOLUTION_LOOP,   FAILURE_DUE_TO_TOO_MANY_RESTARTS, FAILURE_DUE_TO_DEVIATION_FROM_PATH, FRAME_SKIPPED, FRAME_SKIPPED_DUE_TO_NO_MOTION,   MAX_STATUS_FLAG, NO_SUCH_STATUS_FLAG }
	Status flags.
enum	Rotation_Value { ZERO_DEGREES =0, NINTY_DEGREES, ONE_HUNDRED_EIGHTY_DEGREES, TWO_HUNDRED_SEVENTY_DEGREES }
	Specific values of rotation used for transformation.
enum	Motion_State { MOTION_NOT_SET =0, MOTION_TRUE, MOTION_FALSE }
	Specifies whether motion is occurring in the frame or not.
enum	Image_File_Type {   RAWI =0, TIFF, JPEG, PNG,   NETCDF, CINE, BMP, MAX_IMAGE_FILE_TYPE,   NO_SUCH_IMAGE_FILE_TYPE }
	The type of image file.
enum	Cam_Sys_Parameter_Type {   CAM_SYS_STRING_PARAM = 0, CAM_SYS_PARAM_PARAM, CAM_SYS_SCALAR_PARAM, CAM_SYS_SIZE_PARAM,   CAM_SYS_BOOL_PARAM }
	The type of cam system parameter, used for creating template input files.
enum	Correlation_Parameter_Type {   STRING_PARAM =0, PARAM_PARAM, SCALAR_PARAM, SIZE_PARAM,   BOOL_PARAM }
	The type of correlation parameter, used for creating template input files.
enum	Combine_Mode { INSERT =0, ADD }
	Combine mode for fields.
enum	Global_EQ_Term {   IMAGE_TIME_FORCE =0, IMAGE_GRAD_TENSOR, DIV_SYMMETRIC_STRAIN_REGULARIZATION, TIKHONOV_REGULARIZATION,   GRAD_LAGRANGE_MULTIPLIER, DIV_VELOCITY, MMS_IMAGE_GRAD_TENSOR, MMS_FORCE,   MMS_IMAGE_TIME_FORCE, MMS_GRAD_LAGRANGE_MULTIPLIER, DIRICHLET_DISPLACEMENT_BC, MMS_DIRICHLET_DISPLACEMENT_BC,   MMS_LAGRANGE_BC, CORNER_BC, OPTICAL_FLOW_DISPLACEMENT_BC, SUBSET_DISPLACEMENT_BC,   SUBSET_DISPLACEMENT_IC, LAGRANGE_BC, CONSTANT_IC, STAB_LAGRANGE,   NO_SUCH_GLOBAL_EQ_TERM }
	Global method terms to include in the residual.
enum	Global_Solver { CG_SOLVER =0, GMRES_SOLVER, LSQR_SOLVER, NO_SUCH_GLOBAL_SOLVER }
	Global solver type.
typedef float	intensity_t
	basic types More...
typedef float	scalar_t
	generic scalar type
typedef int	int_t
	integer type
typedef Kokkos::DefaultExecutionSpace	device_space
	execution space
typedef Kokkos::HostSpace	host_space
	host space (cpu)
typedef Kokkos::View< intensity_t **, Kokkos::MemoryTraits< Kokkos::RandomAccess > >	intensity_device_view_2d
	kokkos view types More...
typedef intensity_device_view_2d::HostMirror	intensity_host_view_2d
	host mirrors of the intensity value arrays
typedef Kokkos::View< intensity_t * >	intensity_device_view_1d
	1 dimensional array of (subset) intensity values for the device
typedef Kokkos::DualView< intensity_t *, Kokkos::MemoryTraits< Kokkos::RandomAccess > >	intensity_dual_view_1d
	1 dimensional dual view of intensity type values
typedef Kokkos::DualView< intensity_t **, Kokkos::MemoryTraits< Kokkos::RandomAccess > >	intensity_dual_view_2d
	2 dimensional dual view of intensity type values
typedef Kokkos::DualView< scalar_t *, Kokkos::MemoryTraits< Kokkos::RandomAccess > >	scalar_dual_view_1d
	2 dimensional dual view of intensity type values
typedef Kokkos::DualView< bool *, Kokkos::MemoryTraits< Kokkos::RandomAccess > >	bool_dual_view_1d
	1 dimensional dual view of bool type values
typedef Kokkos::DualView< scalar_t ** >	scalar_dual_view_2d
	2 dimensional dual view of scalar type values
typedef Kokkos::View< scalar_t ** >	scalar_device_view_2d
	2 dimensional array of scalar values for the device
typedef Kokkos::View< int_t * >	pixel_coord_device_view_1d
	1 dimensional array of pixel coordinate values for the device
typedef Kokkos::View< bool * >	bool_device_view_1d
	1 dimensional array of bool values for the device
typedef pixel_coord_device_view_1d::HostMirror	pixel_coord_host_view_1d
	host mirrors of the intensity value arrays
typedef Kokkos::DualView< int_t * >	pixel_coord_dual_view_1d
	1 dimensional dual view of size type values
typedef Kokkos::TeamPolicy< device_space >::member_type	member_type
	member type
template<typename Type , size_t Rows = 16>
using	Vector = Matrix< Type, Rows, 1 >
	convenience alias for vectors
typedef Epetra_MultiVector	vec_type
typedef Epetra_Operator	operator_type
typedef double	mv_scalar_type
typedef Epetra_CrsMatrix	matrix_type
typedef Tpetra::Map< int_t, int_t >	map_type
	Tpetra map type.
typedef Tpetra::MultiVector< scalar_t, int_t, int_t >	vec_type
	Tpetra multivector type.
typedef Tpetra::Export< int_t, int_t >	export_type
	Tpetra export type.
typedef Tpetra::Import< int_t, int_t >	import_type
	Tpetra import type.
typedef Tpetra::CrsMatrix< scalar_t, int_t, int_t >	matrix_type
	Tpetra matrix type.
typedef Tpetra::Operator< scalar_t, int_t >	operator_type
	Tpetra operator type.
typedef Tpetra::MultiVector< scalar_t, int_t, int_t >::dual_view_type::host_mirror_space	host_device_type
	Tpetra host device type.
typedef Tpetra::MultiVector< scalar_t, int_t, int_t >::dual_view_type::t_host	host_view_type
	Tpetra host view type.
typedef scalar_t	mv_scalar_type
	scalar type
typedef std::vector< Teuchos::RCP< Shape > >	multi_shape
	A vector that stores a collection of pointers to shapes, used as a way to associate shapes into a larger object.

Public Attributes
const char *const	output_folder = "output_folder"
	Input parameter, location to place the output files.
const char *const	resolution_output_folder = "resolution_output_folder"
	Input parameter, location to place the output files.
const char *const	output_prefix = "output_prefix"
	Input parameter to specify output prefix.
const char *const	image_folder = "image_folder"
	Input parameter, location of the input images.
const char *const	subset_size = "subset_size"
	Input parameter, only for local DIC.
const char *const	step_size = "step_size"
	Input parameter, only for local DIC.
const char *const	subset_file = "subset_file"
	Optional input parameter to specify the x and y coordinates of the subset centroids.
const char *const	mesh_file = "mesh_file"
	Input parameter, only for constrained optimization DIC.
const char *const	time_force_file = "time_force_file"
	Input parameter, only for constrained optimization DIC.
const char *const	mesh_output_file = "mesh_output_file"
	Input parameter, only for constrained optimization DIC.
const char *const	mesh_size = "mesh_size"
	Input parameter, only for global DIC.
const char *const	image_edge_buffer_size = "image_edge_buffer_size"
	Input parameter, only for global DIC.
const char *const	print_timing = "print_timing"
	Input parameter.
const char *const	cal_target_has_adaptive = "cal_target_has_adaptive"
	Input parameter.
const char *const	cal_target_is_inverted = "cal_target_is_inverted"
	Input parameter.
const char *const	cal_target_block_size = "cal_target_block_size"
	Input parameter.
const char *const	cal_target_binary_constant = "cal_target_binary_constant"
	Input parameter.
const char *const	cal_target_spacing_size = "cal_target_spacing_size"
	Input parameter.
const char *const	cal_manual_skip_images = "cal_manual_skip_images"
	Input parameter.
const char *const	print_subset_locations_and_exit = "print_subset_locations_and_exit"
	Input parameter.
const char *const	print_stats = "print_stats"
	Input parameter.
const char *const	output_stereo_files = "output_stereo_files"
	Input parameter.
const char *const	no_text_output_files = "no_text_output_files"
	Input parameter.
const char *const	correlation_parameters_file = "correlation_parameters_file"
	Input parameter.
const char *const	calibration_parameters_file = "calibration_parameters_file"
	Input parameter.
const char *const	camera_system_file = "camera_system_file"
	Input parameter.
const char *const	physics_parameters_file = "physics_parameters_file"
	Input parameter.
const char *const	reference_image = "reference_image"
	Input parameter.
const char *const	file_suffix = "file_suffix"
	Input parameter.
const char *const	stereo_left_suffix = "stereo_left_suffix"
	Input parameter.
const char *const	stereo_right_suffix = "stereo_right_suffix"
	Input parameter.
const char *const	stereo_cine_file = "stereo_cine_file"
	Input parameter.
const char *const	stereo_reference_image = "stereo_reference_image"
	Input parameter.
const char *const	stereo_deformed_images = "stereo_deformed_images"
	Input parameter.
const char *const	netcdf_file = "netcdf_file"
	Input parameter.
const char *const	cine_file = "cine_file"
	Input parameter.
const char *const	cine_ref_index = "cine_ref_index"
	Input parameter.
const char *const	cine_start_index = "cine_start_index"
	Input parameter.
const char *const	cine_end_index = "cine_end_index"
	Input parameter.
const char *const	cine_skip_index = "cine_skip_index"
	Input parameter.
const char *const	deformed_images = "deformed_images"
	Input parameter (multiple deformed images not allowed)
const char *const	reference_image_index = "reference_image_index"
	Input parameter.
const char *const	start_image_index = "start_image_index"
	Input parameter.
const char *const	end_image_index = "end_image_index"
	Input parameter.
const char *const	skip_image_index = "skip_image_index"
	Input parameter.
const char *const	num_file_suffix_digits = "num_file_suffix_digits"
	Input parameter.
const char *const	image_file_extension = "image_file_extension"
	Input parameter.
const char *const	image_file_prefix = "image_file_prefix"
	Input parameter.
const char *const	stereo_left_file_prefix = "stereo_left_file_prefix"
	Input parameter.
const char *const	stereo_right_file_prefix = "stereo_right_file_prefix"
	Input parameter.
const char *const	separate_output_file_for_each_subset = "separate_output_file_for_each_subset"
	Input parameter.
const char *const	create_separate_run_info_file = "create_separate_run_info_file"
	Input parameter.
const char *const	num_cal_fiducials_x = "num_cal_fiducials_x"
	Input parameter.
const char *const	num_cal_fiducials_y = "num_cal_fiducials_y"
	Input parameter.
const char *const	cal_origin_x = "cal_origin_x"
	Input parameter.
const char *const	cal_origin_y = "cal_origin_y"
	Input parameter.
const char *const	num_cal_fiducials_origin_to_x_marker = "num_cal_fiducials_origin_to_x_marker"
	Input parameter.
const char *const	num_cal_fiducials_origin_to_y_marker = "num_cal_fiducials_origin_to_y_marker"
	Input parameter.
const char *const	cal_target_type = "cal_target_type"
	Input parameter.
const char *const	pose_estimation_index = "pose_estimation_index"
	Input parameter.
const char *const	draw_intersection_image = "draw_intersection_image"
	Input parameter.
const char *const	cal_debug_folder = "cal_debug_folder"
	Input parameter.
const char *const	cal_disable_image_indices_ = "cal_disable_image_indices"
	Input parameter.
const char *const	parser_comment_char = "#"
	Parser string.
const char *const	parser_begin = "BEGIN"
	Parser string.
const char *const	parser_end = "END"
	Parser string.
const char *const	parser_subset_coordinates = "SUBSET_COORDINATES"
	Parser string.
const char *const	parser_region_of_interest = "REGION_OF_INTEREST"
	Parser string.
const char *const	parser_use_regular_grid = "USE_REGULAR_GRID"
	Parser string.
const char *const	parser_enforce_lagrange_bc = "ENFORCE_LAGRANGE_BC"
	Parser string.
const char *const	parser_ic_value_x = "IC_VALUE_X"
	Parser string.
const char *const	parser_ic_value_y = "IC_VALUE_Y"
	Parser string.
const char *const	parser_conformal_subset = "CONFORMAL_SUBSET"
	Parser string.
const char *const	parser_subset_id = "SUBSET_ID"
	Parser string.
const char *const	parser_use_subsets = "USE_SUBSETS"
	Parser string.
const char *const	parser_boundary = "BOUNDARY"
	Parser string.
const char *const	parser_excluded = "EXCLUDED"
	Parser string.
const char *const	parser_obstructed = "OBSTRUCTED"
	Parser string.
const char *const	parser_blocking_subsets = "BLOCKING_SUBSETS"
	Parser string.
const char *const	parser_force_simplex = "FORCE_SIMPLEX"
	Parser string.
const char *const	parser_polygon = "POLYGON"
	Parser string.
const char *const	parser_circle = "CIRCLE"
	Parser string.
const char *const	parser_rectangle = "RECTANGLE"
	Parser string.
const char *const	parser_center = "CENTER"
	Parser string.
const char *const	parser_radius = "RADIUS"
	Parser string.
const char *const	parser_vertices = "VERTICES"
	Parser string.
const char *const	parser_width = "WIDTH"
	Parser string.
const char *const	parser_height = "HEIGHT"
	Parser string.
const char *const	parser_upper_left = "UPPER_LEFT"
	Parser string.
const char *const	parser_lower_right = "LOWER_RIGHT"
	Parser string.
const char *const	parser_seed = "SEED"
	Parser string.
const char *const	parser_use_optical_flow = "USE_OPTICAL_FLOW"
	Parser string.
const char *const	parser_use_path_file = "USE_PATH_FILE"
	Parser string.
const char *const	parser_skip_solve = "SKIP_SOLVE"
	Parser string.
const char *const	parser_test_for_motion = "TEST_FOR_MOTION"
	Parser string.
const char *const	parser_motion_window = "MOTION_WINDOW"
	Parser string.
const char *const	parser_location = "LOCATION"
	Parser string.
const char *const	parser_displacement = "DISPLACEMENT"
	Parser string.
const char *const	parser_normal_strain = "NORMAL_STRAIN"
	Parser string.
const char *const	parser_shear_strain = "SHEAR_STRAIN"
	Parser string.
const char *const	parser_rotation = "ROTATION"
	Parser string.
const char *const	parser_dirichlet_bc = "DIRICHLET_BC"
	Parser string.
const char *const	parser_neumann_bc = "NEUMANN_BC"
	Parser string.
const char *const	post_process_vsg_strain = "post_process_vsg_strain"
	String parameter name.
const char *const	post_process_nlvc_strain = "post_process_nlvc_strain"
	String parameter name.
const char *const	post_process_altitude = "post_process_altitude"
	String Parameter name.
const char *const	post_process_uncertainty = "post_process_uncertainty"
	String Parameter name.
const char *const	strain_window_size_in_pixels = "strain_window_size_in_pixels"
	String parameter name.
const char *const	horizon_diameter_in_pixels = "horizon_diameter_in_pixels"
	String Parameter name.
const char *const	coordinates_x_field_name = "coordinates_x_field_name"
	String Parameter name.
const char *const	coordinates_y_field_name = "coordinates_y_field_name"
	String Parameter name.
const char *const	displacement_x_field_name = "displacement_x_field_name"
	String Parameter name.
const char *const	displacement_y_field_name = "displacement_y_field_name"
	String Parameter name.
const char *const	post_process_live_plots = "post_process_live_plots"
	String parameter name.
const int_t	num_valid_post_processor_params = 3
	Number of post processor options.
const char *const	valid_post_processor_params [num_valid_post_processor_params]
	Set of all the valid post processors. More...
const char *const	altitude = "ALTITUDE"
	String field name.
const char *const	vsg_strain_xx = "VSG_STRAIN_XX"
	String field name.
const char *const	vsg_strain_yy = "VSG_STRAIN_YY"
	String field name.
const char *const	vsg_strain_xy = "VSG_STRAIN_XY"
	String field name.
const char *const	vsg_dudx = "VSG_DUDX"
	String field name.
const char *const	vsg_dudy = "VSG_DUDY"
	String field name.
const char *const	vsg_dvdx = "VSG_DVDX"
	String field name.
const char *const	vsg_dvdy = "VSG_DVDY"
	String field name.
const char *const	nlvc_strain_xx = "NLVC_STRAIN_XX"
	String field name.
const char *const	nlvc_strain_yy = "NLVC_STRAIN_YY"
	String field name.
const char *const	nlvc_strain_xy = "NLVC_STRAIN_XY"
	String field name.
const char *const	nlvc_dudx = "NLVC_DUDX"
	String field name.
const char *const	nlvc_dudy = "NLVC_DUDY"
	String field name.
const char *const	nlvc_dvdx = "NLVC_DVDX"
	String field name.
const char *const	nlvc_dvdy = "NLVC_DVDY"
	String field name.
const char *const	image_grad_use_hierarchical_parallelism = "image_grad_use_hierarchical_parallelism"
	parameters (all lower case) More...
const char *const	image_grad_team_size = "image_grad_team_size"
	String parameter name.
const char *const	gauss_filter_images = "gauss_filter_images"
	String parameter name.
const char *const	time_average_cine_ref_frame = "time_average_cine_ref_frame"
	String parameter name.
const char *const	gauss_filter_use_hierarchical_parallelism = "gauss_filter_use_hierarchical_parallelism"
	String parameter name.
const char *const	gauss_filter_team_size = "gauss_filter_team_size"
	String parameter name.
const char *const	gauss_filter_mask_size = "gauss_filter_mask_size"
	String parameter name.
const char *const	correlation_routine = "correlation_routine"
	String parameter name.
const char *const	use_global_dic = "use_global_dic"
	String parameter name.
const char *const	use_tracklib = "use_tracklib"
	String parameter name.
const char *const	use_constrained_opt_dic = "use_constrained_opt_dic"
	String parameter name.
const char *const	use_integrated_dic = "use_integrated_dic"
	String parameter name.
const char *const	interpolation_method = "interpolation_method"
	String parameter name.
const char *const	gradient_method = "gradient_method"
	String parameter name.
const char *const	compute_laplacian_image = "compute_laplacian_image"
	String parameter name.
const char *const	initialization_method = "initialization_method"
	String parameter name.
const char *const	optimization_method = "optimization_method"
	String parameter name.
const char *const	projection_method = "projection_method"
	String parameter name.
const char *const	compute_ref_gradients = "compute_ref_gradients"
	String parameter name.
const char *const	compute_def_gradients = "compute_def_gradients"
	String parameter name.
const char *const	compute_image_gradients = "compute_image_gradients"
	String parameter name.
const char *const	filter_failed_cine_pixels = "filter_failed_cine_pixels"
	String parameter name.
const char *const	remove_outlier_pixels = "remove_outlier_pixels"
	String parameter name.
const char *const	outlier_replacement_value = "outlier_replacement_value"
	String parameter name.
const char *const	convert_cine_to_8_bit = "convert_cine_to_8_bit"
	String parameter name.
const char *const	reinitialize_cine_reader_conversion_factor = "reinitialize_cine_reader_conversion_factor"
	String parameter name.
const char *const	initial_condition_file = "initial_condition_file"
	String parameter name.
const char *const	shape_function_type = "shape_function_type"
	String parameter name.
const char *const	enable_projection_shape_function = "enable_projection_shape_function"
	String parameter name.
const char *const	enable_translation = "enable_translation"
	String parameter name.
const char *const	enable_rotation = "enable_rotation"
	String parameter name.
const char *const	enable_normal_strain = "enable_normal_strain"
	String parameter name.
const char *const	enable_shear_strain = "enable_shear_strain"
	String parameter name.
const char *const	max_evolution_iterations = "max_evolution_iterations"
	String parameter name.
const char *const	max_solver_iterations_fast = "max_solver_iterations_fast"
	String parameter name.
const char *const	max_solver_iterations_robust = "max_solver_iterations_robust"
	String parameter name.
const char *const	robust_solver_tolerance = "robust_solver_tolerance"
	String parameter name.
const char *const	sssig_threshold = "sssig_threshold"
	String parameter name.
const char *const	initial_gamma_threshold = "initial_gamma_threshold"
	String parameter name.
const char *const	final_gamma_threshold = "final_gamma_threshold"
	String parameter name.
const char *const	path_distance_threshold = "path_distance_threshold"
	String parameter name.
const char *const	skip_all_solves = "skip_all_solves"
	String parameter name.
const char *const	skip_solve_gamma_threshold = "skip_solve_gamma_threshold"
	String parameter name.
const char *const	fast_solver_tolerance = "fast_solver_tolerance"
	String parameter name.
const char *const	pixel_size_in_mm = "pixel_size_in_mm"
	String parameter name.
const char *const	disp_jump_tol = "disp_jump_tol"
	String parameter name.
const char *const	theta_jump_tol = "theta_jump_tol"
	String parameter name.
const char *const	robust_delta_disp = "robust_delta_disp"
	String parameter name.
const char *const	robust_delta_theta = "robust_delta_theta"
	String parameter name.
const char *const	output_deformed_subset_images = "output_deformed_subset_images"
	String parameter name.
const char *const	output_deformed_subset_intensity_images = "output_deformed_subset_intensity_images"
	String parameter name.
const char *const	output_evolved_subset_images = "output_evolved_subset_images"
	String parameter name.
const char *const	use_subset_evolution = "use_subset_evolution"
	String parameter name.
const char *const	output_beta = "output_beta"
	String parameter name.
const char *const	global_regularization_alpha = "global_regularization_alpha"
	String parameter name.
const char *const	global_stabilization_tau = "global_stabilization_tau"
	String parameter name.
const char *const	max_iterations = "max_iterations"
	String parameter name.
const char *const	tolerance = "tolerance"
	String parameter name.
const char *const	gamma_criteria = "gamma_criteria"
	String parameter name.
const char *const	output_spec = "output_spec"
	String parameter name.
const char *const	mms_spec = "mms_spec"
	String parameter name.
const char *const	output_delimiter = "output_delimiter"
	String parameter name.
const char *const	omit_output_row_id = "omit_output_row_id"
	String parameter name.
const char *const	obstruction_skin_factor = "obstruction_skin_factor"
	String parameter name.
const char *const	use_tracking_default_params = "use_tracking_default_params"
	String parameter name.
const char *const	override_force_simplex = "override_force_simplex"
	String parameter name.
const char *const	use_search_initialization_for_failed_steps = "use_search_initialization_for_failed_steps"
	String parameter name.
const char *const	normalize_gamma_with_active_pixels = "normalize_gamma_with_active_pixels"
	String parameter name.
const char *const	levenberg_marquardt_regularization_factor = "levenberg_marquardt_regularization_factor"
	String parameter name.
const char *const	pixel_integration_order = "pixel_integration_order"
	String parameter name.
const char *const	rotate_ref_image_90 = "rotate_ref_image_90"
	String parameter name.
const char *const	rotate_def_image_90 = "rotate_def_image_90"
	String parameter name.
const char *const	rotate_ref_image_180 = "rotate_ref_image_180"
	String parameter name.
const char *const	rotate_def_image_180 = "rotate_def_image_180"
	String parameter name.
const char *const	rotate_ref_image_270 = "rotate_ref_image_270"
	String parameter name.
const char *const	rotate_def_image_270 = "rotate_def_image_270"
	String parameter name.
const char *const	exact_solution_dic_challenge_14 = "exact_solution_dic_challenge_14"
	String parameter name.
const char *const	exact_solution_constant_value_x = "exact_solution_constant_value_x"
	String parameter name.
const char *const	exact_solution_constant_value_y = "exact_solution_constant_value_y"
	String parameter name.
const char *const	estimate_resolution_error = "estimate_resolution_error"
	String parameter name.
const char *const	estimate_resolution_error_min_period = "estimate_resolution_error_min_period"
	String parameter name.
const char *const	estimate_resolution_error_max_period = "estimate_resolution_error_max_period"
	String parameter name.
const char *const	estimate_resolution_error_period_factor = "estimate_resolution_error_period_factor"
	String parameter name.
const char *const	estimate_resolution_error_min_amplitude = "estimate_resolution_error_min_amplitude"
	String parameter name.
const char *const	estimate_resolution_error_max_amplitude = "estimate_resolution_error_max_amplitude"
	String parameter name.
const char *const	estimate_resolution_error_amplitude_step = "estimate_resolution_error_amplitude_step"
	String parameter name.
const char *const	estimate_resolution_error_speckle_size = "estimate_resolution_error_speckle_size"
	String parameter name.
const char *const	estimate_resolution_error_noise_percent = "estimate_resolution_error_noise_percent"
	String parameter name.
const char *const	use_incremental_formulation = "use_incremental_formulation"
	String parameter name.
const char *const	use_nonlinear_projection = "use_nonlinear_projection"
	String parameter name.
const char *const	sort_txt_output = "sort_txt_output"
	String parameter name.
const char *const	global_solver = "global_solver"
	String parameter name, only for global DIC.
const char *const	global_formulation = "global_formulation"
	String parameter name, only for global DIC.
const char *const	problem_name = "problem_name"
	String parameter name, only for global DIC.
const char *const	phi_coeff = "phi_coeff"
	String parameter name, only for global DIC.
const char *const	b_coeff = "b_coeff"
	String parameter name, only for global DIC.
const char *const	curl_coeff = "curl_coeff"
	String parameter name, only for global DIC.
const char *const	num_image_integration_points = "num_image_integration_points"
	String parameter name, only for global DIC.
const char *const	global_element_type = "global_element_type"
	String parameter name, only for global DIC.
const char *const	use_fixed_point_iterations = "use_fixed_point_iterations"
	String parameter name, only for global DIC.
const char *const	system_type_3D = "system_type_3D"
	String parameter name.
const char *const	cal_file_ID = "cal_file_ID"
	String parameter name.
const char *const	cal_opencv_options = "cal_opencv_options"
	String parameter name.
const char *const	cal_image_intersections = "cal_image_intersections"
	String parameter name.
const char *const	xml_file_format = "xml_file_format"
	String parameter name.
const char *const	DICe_xml_camera_system_file = "DICe_xml_camera_system_file"
	String parameter name.
const char *const	DICe_xml_calibration_file = "DICe_xml_calibration_file"
	String parameter name.
const char *const	user_6_param_transform = "user_6_param_transform"
	String parameter name.
const char *const	user_4x4_param_transform = "user_4x4_param_transform"
	String parameter name.
const char *const	opencv_3x4_param_transform = "opencv_3x4_param_transform"
	String parameter name.
const char *const	rotation_3x3_matrix = "rotation_3x3_matrix"
	String parameter name.
const char *const	extrinsics_relative_camera_to_camera = "extrinsics_relative_camera_to_camera"
	String parameter name.
const char *const	write_exodus_output = "write_exodus_output"
	String parameter name, only for global DIC.
const char *const	threshold_block_size = "threshold_block_size"
	String parameter name.
const char *const	subimage_width = "subimage_width"
	String parameter name.
const char *const	subimage_height = "subimage_height"
	String parameter name.
const char *const	subimage_offset_x = "subimage_offset_x"
	String parameter name.
const char *const	subimage_offset_y = "subimage_offset_y"
	String parameter name.
const char *const	is_layout_right = "is_layout_right"
	String parameter name.
const char *const	spread_intensity_histogram = "spread_intensity_histogram"
	String parameter name.
const char *const	round_intensity_values = "round_intensity_values"
	String parameter name.
const char *const	floor_intensity_values = "floor_intensity_values"
	String parameter name.
const char *const	undistort_images = "undistort_images"
	String parameter name.
const int_t	num_valid_correlation_params = 90
const Correlation_Parameter	valid_correlation_params [num_valid_correlation_params]
	Vector oIf valid parameter names.
const int_t	num_valid_global_correlation_params = 31
	The total number of valid correlation parameters.
const Correlation_Parameter	valid_global_correlation_params [num_valid_global_correlation_params]
	Vector of valid parameter names.

Static Public Attributes
const static char *	globalFormulationStrings []
const static char *	projectionMethodStrings []
const static char *	initializationMethodStrings []
const static char *	shapeFunctionTypeStrings []
const static char *	optimizationMethodStrings []
const static char *	interpolationMethodStrings []
const static char *	gradientMethodStrings []
const static char *	correlationRoutineStrings []

Detailed Description

A generic class that provides an abstraction of the local DIC shape function.

Member Typedef Documentation

intensity_device_view_2d

typedef Kokkos::View<intensity_t **, Kokkos::MemoryTraits<Kokkos::RandomAccess> > DICe::intensity_device_view_2d

kokkos view types

2 dimensional array of intensity values for the device

intensity_t

typedef float DICe::intensity_t

basic types

image intensity type

Member Enumeration Documentation

Correlation_Routine

enum DICe::Correlation_Routine

Correlation routine (determines how the correlation steps are executed). Can be customized for a particular application

Target_Field_Descriptor

enum DICe::Target_Field_Descriptor

Enum that determines which distributed vector to send the field values to

Member Data Documentation

correlationRoutineStrings

const static char* DICe::correlationRoutineStrings[]

static

Initial value:

= {
  "GENERIC_ROUTINE",
  "TRACKING_ROUTINE",
  "CORRELATION_ROUTINE_NOT_APPLICABLE"
}

globalFormulationStrings

const static char* DICe::globalFormulationStrings[]

static

Initial value:

= {
  "HORN_SCHUNCK",
  "MIXED_HORN_SCHUNCK",
  "LEVENBERG_MARQUARDT",
  "LEHOUCQ_TURNER",
  "UNREGULARIZED",
  "METHOD_OF_MANUFACTURED_SOLUTIONS"
}

gradientMethodStrings

const static char* DICe::gradientMethodStrings[]

static

Initial value:

= {
  "FINITE_DIFFERENCE",
  "CONVOLUTION_5_POINT"
}

image_grad_use_hierarchical_parallelism

const char* const DICe::image_grad_use_hierarchical_parallelism = "image_grad_use_hierarchical_parallelism"

parameters (all lower case)

String parameter names using globals to prevent misspelling in the parameter lists:

initializationMethodStrings

const static char* DICe::initializationMethodStrings[]

static

Initial value:

= {
  "USE_FIELD_VALUES",
  "USE_NEIGHBOR_VALUES",
  "USE_NEIGHBOR_VALUES_FIRST_STEP_ONLY",
  "USE_PHASE_CORRELATION",
  "USE_OPTICAL_FLOW",
  "USE_ZEROS",
  "USE_FEATURE_MATCHING",
  "USE_IMAGE_REGISTRATION",
  "USE_SATELLITE_GEOMETRY",
  "INITIALIZATION_METHOD_NOT_APPLICABLE"
}

interpolationMethodStrings

const static char* DICe::interpolationMethodStrings[]

static

Initial value:

= {
  "BILINEAR",
  "BICUBIC",
  "KEYS_FOURTH"
}

num_valid_correlation_params

const int_t DICe::num_valid_correlation_params = 90

The total number of valid correlation parameters Vector of valid parameter names

optimizationMethodStrings

const static char* DICe::optimizationMethodStrings[]

static

Initial value:

= {
  "SIMPLEX",
  "GRADIENT_BASED",
  "GRADIENT_THEN_SEARCH",
  "SIMPLEX_THEN_GRADIENT_BASED",
  "GRADIENT_BASED_THEN_SIMPLEX",
  "OPTIMIZATION_METHOD_NOT_APPLICABLE"
}

projectionMethodStrings

const static char* DICe::projectionMethodStrings[]

static

Initial value:

= {
  "DISPLACEMENT_BASED",
  "VELOCITY_BASED",
  "MULTISTEP"
}

shapeFunctionTypeStrings

const static char* DICe::shapeFunctionTypeStrings[]

static

Initial value:

= {
  "AFFINE",
  "QUADRATIC",
  "PROJECTION",
  "RIGID_BODY"
}

valid_post_processor_params

const char* const DICe::valid_post_processor_params[num_valid_post_processor_params]

Initial value:

= {
  post_process_vsg_strain,
  post_process_nlvc_strain,
  post_process_altitude
}

Set of all the valid post processors.