nfiq2_interfacedefinitions.hpp

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#ifndef NFIQ2_INTERFACEDEFINITIONS_HPP_
#define NFIQ2_INTERFACEDEFINITIONS_HPP_
 
#include <nfiq2_data.hpp>
 
#include <string>
#include <vector>
 
namespace NFIQ2 {
namespace ActionableQualityFeedbackIdentifier {
 
static const std::string EmptyImageOrContrastTooLow {
        "EmptyImageOrContrastTooLow"
};
static const std::string UniformImage { "UniformImage" };
static const std::string FingerprintImageWithMinutiae {
        "FingerprintImageWithMinutiae"
};
static const std::string SufficientFingerprintForeground {
        "SufficientFingerprintForeground"
};
}
 
namespace ActionableQualityFeedbackThreshold {
static const double EmptyImageOrContrastTooLow { 250.0 };
static const double UniformImage { 1.0 };
static const double FingerprintImageWithMinutiae { 5.0 };
static const double SufficientFingerprintForeground { 50000.0 };
}
 
struct actionable_quality_feedback_t {
        std::string identifier;
        double actionableQualityValue;
};
using ActionableQualityFeedback = actionable_quality_feedback_t;
 
typedef enum feature_data_type_e {
        e_QualityFeatureDataTypeUnknown = 0,
        e_QualityFeatureDataTypeDouble = 1,
        e_QualityFeatureDataTypeBinary = 2
} QualityFeatureDataType;
 
typedef struct image_id_t {
        std::string subjectID;
        uint8_t fingerCode;
        uint8_t acquisitionNumber;
} ImageID;
 
typedef struct feature_data_t {
        std::string featureID;
        NFIQ2::QualityFeatureDataType featureDataType;
        double featureDataDouble;
        NFIQ2::Data featureDataBinary;
} QualityFeatureData;
 
typedef struct feature_speed_t {
        std::string featureIDGroup;
        std::vector<std::string> featureIDs;
        double featureSpeed;
} QualityFeatureSpeed;
 
typedef struct quality_feature_result_t {
        NFIQ2::QualityFeatureData featureData;
        uint32_t returnCode;
} QualityFeatureResult;
 
typedef struct comparison_result_t {
        NFIQ2::ImageID referenceImageID;
        NFIQ2::ImageID probeImageID;
        double comparisonScore;
        uint32_t returnCode;
} ComparisonResult;
 
typedef struct utility_result_t {
        double utilityValue;
        uint32_t returnCode;
} UtilityResult;
 
typedef struct utility_sample_t {
        std::string databaseID;
        NFIQ2::ImageID fingerprintImageID;
        NFIQ2::UtilityResult utilityResult;
} UtilitySample;
 
typedef struct quality_feature_sample_t {
        NFIQ2::ImageID fingerprintImageID;
        NFIQ2::QualityFeatureResult featureResult;
} QualityFeatureSample;
 
typedef struct comparison_probe_result_t {
        NFIQ2::ImageID probeImageID;
        std::string comparisonType;
        NFIQ2::ComparisonResult comparisonResult;
} ComparisonProbeResult;
 
typedef struct comparison_scores_sample_t {
        NFIQ2::ImageID referenceImageID;
        std::vector<NFIQ2::ComparisonProbeResult> probes;
} ComparisonScoresSample;
} // namespace NFIQ
 
#endif /* NFIQ2_INTERFACEDEFINITIONS_HPP_ */