shapeworks::CorrespondenceQualityJob

Scores each sample's correspondence quality. More...

#include <CorrespondenceQualityJob.h>

Inherits from shapeworks::Job, QObject

Public Functions

	Name
	CorrespondenceQualityJob(QSharedPointer< Session > session, CorrespondenceEvaluation::DistanceMethod method)
virtual void	run() override run the job
virtual QString	name() override get the name of the job
const CorrespondenceQualityReport &	get_report() const
const std::vector< int > &	get_row_shape_indices() const index into Session::get_shapes() for each row of the report
const std::map< int, Eigen::VectorXd > &	get_particle_values() const
const std::map< int, std::vector< vtkSmartPointer< vtkDataArray > > > &	get_distance_fields() const
const std::map< int, std::vector< vtkSmartPointer< vtkDataArray > > > &	get_disagreement_fields() const

Public Attributes

	Name
constexpr const char *	FEATURE_NAME name of the per-vertex arrays: disagreement on each groomed mesh, pull distance on each reconstructed mesh

Additional inherited members

Public Signals inherited from shapeworks::Job

	Name
void	progress(double , QString ="")
void	finished()

Public Functions inherited from shapeworks::Job

	Name
	Job()
virtual	~Job()
void	execute() execute the job with profiling instrumentation
virtual QString	get_completion_message() get a message to display when the job is complete
virtual QString	get_abort_message() get a message to display when the job is aborted
virtual QString	get_failure_message() get a message to display when the job has failed
void	start_timer() start the timer
qint64	timer_elapsed() how much time has elapsed since the timer was started
void	set_complete(bool complete) set the job as complete
bool	is_complete() const is the job complete?
void	abort() abort the job
bool	is_aborted() const was the job aborted?
void	set_failed() mark the job as failed (the error itself should be logged by the caller)
bool	is_failed() const did the job fail?
void	set_quiet_mode(bool quiet) set to quiet mode (no progress messages)
bool	get_quiet_mode() get quiet mode

Detailed Description

class shapeworks::CorrespondenceQualityJob;

Scores each sample's correspondence quality.

Reconstructs each sample through Studio's own configured mesh warper (the same reconstruction shown in the viewer, using the user's chosen template and warp method) and measures how far that reconstruction and the sample's groomed mesh disagree, in both directions. The disagreement is left on each groomed mesh, and the one-directional pull distance on each reconstructed mesh, both under FEATURE_NAME so either view can display it as a surface scalar.

Public Functions Documentation

function CorrespondenceQualityJob

CorrespondenceQualityJob(
    QSharedPointer< Session > session,
    CorrespondenceEvaluation::DistanceMethod method
)

function run

virtual void run() override

run the job

Reimplements: shapeworks::Job::run

function name

inline virtual QString name() override

get the name of the job

Reimplements: shapeworks::Job::name

function get_report

inline const CorrespondenceQualityReport & get_report() const

function get_row_shape_indices

inline const std::vector< int > & get_row_shape_indices() const

index into Session::get_shapes() for each row of the report

function get_particle_values

inline const std::map< int, Eigen::VectorXd > & get_particle_values() const

the disagreement averaged around each particle, keyed by index into Session::get_shapes(). The glyphs are colored from these, so they need to be applied to the shapes (on the GUI thread) with Shape::set_point_features() before the field can be displayed.

function get_distance_fields

inline const std::map< int, std::vector< vtkSmartPointer< vtkDataArray > > > & get_distance_fields() const

the per-vertex pull distance on the reconstructed mesh, for each domain of each shape, keyed by index into Session::get_shapes(). Shape::set_point_features() interpolates the particle values back over the reconstructed mesh under the same name, so these have to be re-applied after it to survive.

function get_disagreement_fields

inline const std::map< int, std::vector< vtkSmartPointer< vtkDataArray > > > & get_disagreement_fields() const

the per-vertex disagreement on the groomed mesh, for each domain of each shape, keyed by index into Session::get_shapes()

Public Attributes Documentation

variable FEATURE_NAME

static constexpr const char * FEATURE_NAME = "correspondence_distance";

name of the per-vertex arrays: disagreement on each groomed mesh, pull distance on each reconstructed mesh

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Updated on 2026-09-20 at 15:51:01 +0000