cppxdic::StepDWorkflow Class Reference

StepDWorkflow class Implements the complete 2D DIC analysis workflow Equivalent to stepD_2DDIC.m in Matlab. More...

#include <step_d_workflow.h>

Public Member Functions
	StepDWorkflow (const Config &config)
	Constructor.
std::tuple< std::string, std::vector< int >, bool >	execute (const std::string &trial, int stereopair, const StagePlan &plan=StagePlan{})
	Execute Step D: 2D DIC Analysis Main entry point for 2D DIC processing.

Static Public Member Functions
static bool	updateMaskAndSeedFromOutput (const cv::Mat &input_mask, const SeedPoint &input_seed, const ncorr::DIC_analysis_output &dic_output, cv::Mat &output_mask, SeedPoint &output_seed)
	Map an ROI mask and seed point through the first displacement field.
static void	formatDic2DPairResults (const Config &config, const StepParameters &step_params, const std::string &output_path, int cam_1, int cam_2, const std::vector< int > &pairOrder, bool pairForced)
	Format cached ncorr outputs into myDIC2DpairResults (step2_dic_finish equivalent).

Detailed Description

StepDWorkflow class Implements the complete 2D DIC analysis workflow Equivalent to stepD_2DDIC.m in Matlab.

Definition at line 27 of file step_d_workflow.h.

Constructor & Destructor Documentation

StepDWorkflow()

cppxdic::StepDWorkflow::StepDWorkflow ( const Config &  config )

explicit

Constructor.

Parameters

config

Global configuration

Definition at line 101 of file step_d_workflow.cpp.

Member Function Documentation

execute()

std::tuple< std::string, std::vector< int >, bool > cppxdic::StepDWorkflow::execute	(	const std::string &	trial,
		int	stereopair,
		const StagePlan &	plan = StagePlan{}
	)

Execute Step D: 2D DIC Analysis Main entry point for 2D DIC processing.

Parameters

trial	Trial ID string (e.g., "005")
stereopair	Stereo pair number (1 or 2)
plan	Which sub-steps to perform (matching / tracking / format) and optional per-camera narrowing. Defaults to the full Step D.

Returns

Tuple of (outputPath, pairOrder, pairForced)

Definition at line 107 of file step_d_workflow.cpp.

formatDic2DPairResults()

void cppxdic::StepDWorkflow::formatDic2DPairResults ( const Config &  config, const StepParameters &  step_params, const std::string &  output_path, int  cam_1, int  cam_2, const std::vector< int > &  pairOrder, bool  pairForced  )

static

Format cached ncorr outputs into myDIC2DpairResults (step2_dic_finish equivalent).

Loads ncorr{cam_1}.bin, ncorr{cam_2}.bin and ncorr{cam_1}{cam_2}.bin from output_path and writes myDIC2DpairResults_C_{cam_1}_C_{cam_2}.<ext>. Shared with the other xDIC modes, where cam_1/cam_2 are logical view numbers.

Parameters

config	Global configuration (data_format, replacebadcorr, ...)
step_params	Tracking DIC parameters recorded in ncorrInfo
output_path	Per-trial/per-pair output directory holding the .bin caches
cam_1	Reference camera/view id
cam_2	Deformed camera/view id
pairOrder	Trial-level stitch order metadata
pairForced	Trial-level forced-stitch metadata

Definition at line 869 of file step_d_workflow.cpp.

updateMaskAndSeedFromOutput()

bool cppxdic::StepDWorkflow::updateMaskAndSeedFromOutput ( const cv::Mat &  input_mask, const SeedPoint &  input_seed, const ncorr::DIC_analysis_output &  dic_output, cv::Mat &  output_mask, SeedPoint &  output_seed  )

static

Map an ROI mask and seed point through the first displacement field.

Equivalent to the map_pointcoordinate/map_subset2pixel + ROI update that stepD_2DDIC*.m performs after each ncorr matching call. Stateless, so it is shared with the other xDIC modes (e.g. mirrored).

Definition at line 1136 of file step_d_workflow.cpp.

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The documentation for this class was generated from the following files:

• include/step_d_workflow.h
• src/step_d_workflow.cpp