Class Hierarchy

This inheritance list is sorted roughly, but not completely, alphabetically:

[detail level 12]

CDICe::cine::bitmap_info_header	Structure to hold the image information
CDICe::Boundary_Condition_Def	Holds info used to define a boundary condition
CDICe::Camera	A class for camera calibration parameters and computing single camera projection based transformations
CDICe::Camera::Camera_Info	Helper struct for camera initialization (cleans up of the constructors for camera class so it only needs one)
CDICe::Camera_System	A class for camera calibration parameters and computing projection transformations notes: there is only one source camera per camera system, this determines how the coordinate systems are organized. All other cameras are target cameras
CDICe::cine::cine_file_header	Structure to hold the cine file header information
CDICe::cine::Cine_Header	A class to hold header information for cine files. Always assumes that the cine file has been stored in LayoutRight or row-aligned in memory
CDICe::cine::Cine_Reader	A helper class the reads in cine files from disk and provides some methods such as getting a particular frame from the cine file
CDICe::Command_Line_Parser	Parses the input options from the command line
CDICe::computed_point	Struct used to sort solutions by peak values
CDICe::Conformal_Area_Def	A simple container for geometry information defining the boundary of a DICe::Subset
CDICe::Correlation_Parameter	Simple struct to hold information about correlation parameters
CDICe::Decomp	Decomposes the images and the mesh points for parallel execution
CDICe::def_triad	Deformation triad to store three parameter values in a set
CDICe	A generic class that provides an abstraction of the local DIC shape function
CDICe::Extents	Collection of origin x, y and width and height
CDICe::field_enums::Field_Spec	A struct that holds all the necessary information to define a field
CDICe::Image
►CDICe::Image_Deformer	Base class that deformes an input image according to an analytical function
CDICe::ConstantValue_Image_Deformer	Class that provides an exact solution that is constant valued The image deforming
CDICe::DICChallenge14_Image_Deformer	Class that deformed an input image according to a sin() function in y
CDICe::SinCos_Image_Deformer	Class that deformed an input image according to a sin()*cos() function
CDICe::utils::Image_Reader_Cache
►CDICe::Initializer	A generic class that provides an initial guess for the optimization routines in a DICe::Objective
CDICe::Feature_Matching_Initializer	Initializer that uses nearby feature matching to initialize the solution
CDICe::Field_Value_Initializer	Initializer that grabs values from the field values in the schema as the first guess, for example, the last frame's solution or a neighbor's values
CDICe::Image_Registration_Initializer	Initializer that uses an ECC transform to initialize the fields
CDICe::Optical_Flow_Initializer	Initializer that uses optical flow to predict the next location of the subset (Lucas-Kanade algorithm). This initializer is only intended for the TRACKING_ROUTINE correlation routine
CDICe::Path_Initializer	A class that takes a text file as input and produces a unique set of points to test when initializing a subset. The text file gets filtered down to a certain resolution and then duplicate points are removed. This class is useful when the path of a particular subset is pre-defined, for example in a mechanism. This class also provides some basic methods for testing solution values and finding the nearest point on the path
CDICe::Phase_Correlation_Initializer	A class that computes the phase correlation of the whole image to get the initial values of displacement in x and y. This initializer is good for cases where the objects being tracked are on a larger object that is translating through the frame
CDICe::Satellite_Geometry_Initializer	Initializer that uses camera angles to initialize the solution
CDICe::Search_Initializer	A class that searches a nearby neighborhood for the subset
CDICe::Zero_Value_Initializer	Initializer that places zeros in all values
CDICe::Intensity_Sum_Functor	Mean value functor
CDICe::Intensity_Sum_Minus_Mean_Functor	Functor to compute the sum minus the mean (value used in ZNSSD criteria)
Ckiss_fft_cpx	Kiss fft cpx
Ckiss_fft_state	Kiss fft state
►CDICe::Local_Shape_Function
CDICe::Affine_Shape_Function	Six parameter seperable shape function (individual modes can be turned on or off
CDICe::Projection_Shape_Function	3 parameter projection from cam 0 to cam 1
CDICe::Quadratic_Shape_Function	12 parameter quadratic mapping for local shape function
CDICe::Rigid_Body_Shape_Function
CDICe::Subset_Init_Functor::Map_Bilinear_Tag	Tag
CDICe::Subset_Init_Functor::Map_Keys_Tag	Tag
CDICe::Mask_Apply_Functor	Image mask apply functor
CDICe::Mask_Init_Functor	Image mask initialization functor note, the number of pixels is the size of the x and y arrays, not the image
CDICe::Mask_Smoothing_Functor	Image mask initialization functor note, the number of pixels is the size the image
CDICe::Matrix< Type, Rows, Cols >	Generic class for matrix storage and operations The idea behind this matrix class is to have a simple matrix (and vector) class that has all it's storage on the stack and several of it's methods optimized. This class is intended for small size matrices that are used in things like objective calculations of other heavily repeated operations. It is not intended for use with dynamic sizes. In most cases the size should be known at compile time. In a few instances the size is not known (for example when there are different sets of shape functions activated by the user, this leads to runtime sizing of the tangent matrix in the subset-based optimization loop). In cases like these, functionality for dynamic sizing has been emulated by making a Matrix of MAX_MATRIX_DIM size and only uses a portion of that allocation
CDICe::Matrix< scalar_t, 3 >
CDICe::Matrix< scalar_t, 4 >
CDICe::mesh::Mesh	The discretization used by the pysics classes
►CDICe::mesh::Mesh_Object	A mesh object is the base class for elements, nodes, faces, that make up the computational domain
CDICe::mesh::Bond	Represents a connection between two mesh objects (used mostly for peridynamics)
CDICe::mesh::Edge	Edge mesh object
CDICe::mesh::Element	Standard finite element object
CDICe::mesh::Internal_Cell	Internal cell mesh object
CDICe::mesh::Internal_Face_Edge	Internal face or edge mesh object (edge for 2D, face for 3D). These do not include the faces or edges on the boundary
CDICe::mesh::Node	Node mesh object
CDICe::mesh::Subelement	Elements are divided up in to subelements for CVFEM
CDICe::Motion_Test_Utility	Tests to see if there has been any motion since the last frame if not, this frame can be skipped
CDICe::Motion_Window_Params	Struct to hold motion window around a subset to test for movement
CDICe::MultiField	A container class for the data structures used in DICe This class was created to enable switching back and forth between data structures based on the compute architecture
CDICe::MultiField_Comm	MPI Communicator
CDICe::MultiField_Exporter	An exporter directs the tranfer of information between distributed objects
CDICe::MultiField_Importer	An importer directs the tranfer of information between distributed objects
CDICe::MultiField_Map	MPI distribution map
CDICe::MultiField_Matrix	A container class for a CrsMatrix
CDICe::Subset_Init_Functor::No_Map_Tag	Tag
►CDICe::Objective	A container class for the subsets, optimization algorithm and initialization routine used to correlate a single point
CDICe::Objective_ZNSSD	Sum squared differences DICe::Objective (with and without zero normalization) the criteria is . Normalization is activated when the user selects ZNSSD as the correlation_criteria. ZNSSD performs more robustly in image sets where the lighting changes between frames
CDICe::Output_Spec	A simple class to hold the fields to write to the output files and the order to write them
CPoint_Cloud_3D< T >::Point	Point struct
CPoint_Cloud_2D< T >::Point	Point struct
CPoint_Cloud_2D< T >	Point clouds
CPoint_Cloud_3D< T >	Point clouds
►CDICe::Post_Processor	A class for computing variables based on the field values and associated utilities
CDICe::Altitude_Post_Processor	A specific instance of post processor that computes the altitude of each subset in reference to the center of the Earth. Used for satellite stereo correlation only
CDICe::Live_Plot_Post_Processor	A specific instance of post processor that computes values of key quantities at specified points
CDICe::NLVC_Strain_Post_Processor	A specific instance of post processor that computes Nonlocal Vector Calculus (NLVC) strains
CDICe::Uncertainty_Post_Processor	A specific instance of post processor that computes the uncertainty in the DIC displacement estimate
CDICe::VSG_Strain_Post_Processor	A specific instance of post processor that computes vurtual strain gauge (VSG) strain
CDICe::Schema	The centralized container for the correlation plan and parameters
►CDICe::Shape	Generic class for defining regions in an image
CDICe::Circle	A circle is a DICe::Shape defined by a centroid and radius
CDICe::Polygon	A straight sided DICe::Shape made of an arbitrary number of sides
CDICe::Rectangle	A rectangle is a DICe::Shape defined by a centroid and an x and y size
►CDICe::mesh::Shape_Function_Evaluator	Base class for shape function evaluation
CDICe::mesh::CVFEM_Linear_Tet4	CVFEM Linear Tet element shape function evaluator
CDICe::mesh::CVFEM_Linear_Tri3	CVFEM Linear Tri element shape function evaluator
CDICe::mesh::FEM_Barycentric_Tri6	FEM Barycentric triangle element shape function evaluator
CDICe::mesh::FEM_Linear_Hex8	FEM Linear Tet element shape function evaluator
CDICe::mesh::FEM_Linear_Quad4	FEM Linear quad element shape function evaluator
CDICe::mesh::FEM_Linear_Tri3	FEM Linear triangle element shape function evaluator
CDICe::mesh::FEM_Quadratic_Tri6	FEM quadratic triangle element shape function evaluator
CDICe::mesh::Shape_Function_Evaluator_Factory	Factory class that creates shape function evaluators
CDICe::mesh::side_set_info	Holds information for side sets in the mesh
►CDICe::Simplex	Non-gradient based optimization algorithm class
CDICe::Affine_Homography_Simplex	Simplex that performs an affine homography transformation
CDICe::Homography_Simplex	Derived optimization class specific for image homography between two cameras
CDICe::Quadratic_Homography_Simplex	Simplex that performs a quadratic homography transformation
CDICe::Subset_Simplex	Class that peforms a Nelde-Mead type optimization
CDICe::Warp_Simplex	Simplex that performs a nonlinear warp
CDICe::Stat_Container	Container class that holds information about a tracking analysis
CDICe::Subset	Subsets are used to store temporary collections of pixels for comparison between the reference and deformed images. The data that is stored by a subset is a list of x and y corrdinates of each pixel (this allows for arbitrary shape) and containers for pixel intensity values
CDICe::Subset_File_Info	Simple struct for passing info back and forth from read_subset_file:
CDICe::Subset_Init_Functor	Subset intensity value initialization functor
CDICe::cine::tagTIME64	Structure to hold the trigger time
CDICe::Transform_Functor	Image transformation functor given parameters theta, u, and v, transform the given image uses the keys interpolant (TODO add other interpolants)
CDICe::Triangulation	A class for computing the triangulation of 3d points from two correlation and a calibration file
CDICe::ZNSSD_Gamma_Functor	Znssd gamma functor