SegPostProcessFunctionsDLL.h

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#pragma once
 
#include "SegmentationTestDLL.h"
#include "DetectorTestDLL.h"
 
typedef enum
{
    StackCell = 0,
}eSegPostProcessType;
 
typedef struct
{
    unsigned int nProducts;
 
    unsigned int nTargetTopsPerProduct;
    unsigned int nTargetBottomsPerProduct;
 
    unsigned int topClassIdx;
    unsigned int bottomClassIdx;
    
    unsigned int convexityDefectThreshold;
 
    bool useImageDataAtTop;
    bool isTopBrighterThanBackGround;
    bool useImageDataAtBottom;
    bool isBottomBrighterThanBackGround;
 
    float maxLengthOfSkeletonToRemoveAtTop;
    float maxRatioThresholdOfMedianLengthToRemoveAtTop;
    float minLengthOfSkeletonToKeepAtTop;
 
    float maxLengthOfSkeletonToRemoveAtBottom;
    float maxRatioThresholdOfMedianLengthToRemoveAtBottom;
    float minLengthOfSkeletonToKeepAtBottom;
 
    bool useImageDataForDividingProducts;
    bool isBorderBrighterThanPoles;
    bool adjustProductIndexUsingAlternateness;
 
    int lengthThresholdToRemoveTopsAtUpperSide;
    int lengthThresholdToRemoveBottomsAtUpperSide;
    int lengthThresholdToRemoveTopsAtLowerSide;
    int lengthThresholdToRemoveBottomsAtLowerSide;
 
    int appendPointToUpperDirAtTop;
    int appendPointToLowerDirAtTop;
    int appendPointToUpperDirAtBottom;
    int appendPointToLowerDirAtBottom;
 
    bool isUpsideDown;
    bool isBottomFirst;
 
    float angleThresholdToMerge;
}SR_SegPostProcessOptions;
 
typedef struct
{
    unsigned int nPoints;
    unsigned int* xPts;
    unsigned int* yPts;
 
    unsigned int xStartPoint;
    unsigned int yStartPoint;
    unsigned int xEndPoint;
    unsigned int yEndPoint;
 
    unsigned int idxProduct;
    unsigned int idxPoleInProduct;
    unsigned int idxClass;
}SR_SegPostProcessSkeleton;
 
typedef void* SegPostProcessHandle;
 
DLLTYPE_SEGMENTATION SR_SegPostProcessOptions SR_CreateSegPostProcessOptions();
 
DLLTYPE_SEGMENTATION eErrorType SR_CheckValiditySegPostProcessOptions(SR_SegPostProcessOptions& options);
 
DLLTYPE_SEGMENTATION eErrorType SR_SetSegPostProcessOptions(SegPostProcessHandle handle, SR_SegPostProcessOptions& segPostProcessOptions);
 
DLLTYPE_SEGMENTATION eErrorType SR_PrintSegPostProcessOptions(SegPostProcessHandle handle);
 
DLLTYPE_SEGMENTATION SegPostProcessHandle SR_CreateSegPostProcessHandle(eSegPostProcessType segPostProcessType, SR_SegPostProcessOptions segPostProcessOptions);
 
DLLTYPE_SEGMENTATION eErrorType SR_DestroySegPostProcessHandle(SegPostProcessHandle handle);
 
DLLTYPE_SEGMENTATION eErrorType SR_UseImageDataFromImageFile(
    SegPostProcessHandle handle,
    const char* imagePath);
 
DLLTYPE_SEGMENTATION eErrorType SR_UseImageDataFromImageFileByWideCharPath(
    SegPostProcessHandle handle,
    const wchar_t* imagePath);
 
DLLTYPE_SEGMENTATION eErrorType SR_UseImageDataFrom8bitCharGrayArray(
    SegPostProcessHandle handle,
    const unsigned char* imageData,
    const int height,
    const int width);
 
DLLTYPE_SEGMENTATION eErrorType SR_UseImageDataFrom8bitCharColorArray(
    SegPostProcessHandle handle,
    const unsigned char* imageData,
    const int height,
    const int width);
 
DLLTYPE_SEGMENTATION eErrorType SR_UseImageDataFromUnsignedIntColorArray(
    SegPostProcessHandle handle,
    const unsigned int* imageData,
    const int height,
    const int width);
 
DLLTYPE_SEGMENTATION eErrorType SR_UseImageDataFrom16bitCharGrayArray(
    SegPostProcessHandle handle,
    const unsigned char* imageData,
    const int height,
    const int width);
 
DLLTYPE_SEGMENTATION eErrorType SR_UseImageDataFrom16bitCharColorArray(
    SegPostProcessHandle handle,
    const unsigned char* imageData,
    const int height,
    const int width);
 
DLLTYPE_SEGMENTATION eErrorType SR_UseImageDataFrom16bitUnsignedIntColorArray(
    SegPostProcessHandle handle,
    const unsigned int* imageData,
    const int height,
    const int width);
 
DLLTYPE_SEGMENTATION eErrorType SR_SegRunPostProcessBySegmentedObjects(
                                                        SegPostProcessHandle handle,
                                                        int nSegObjects,
                                                        SR_SegmentedObject* segObjects,
                                                        int originalImageWidth,
                                                        int originalImageHeight);
 
DLLTYPE_SEGMENTATION eErrorType SR_SegRunPostProcessByTestResultHandle(
                                                        SegPostProcessHandle handle,
                                                        SegTestResult segResult);
 
DLLTYPE_SEGMENTATION eErrorType SR_SegPostProcessGetNumberOfSkeletons(SegPostProcessHandle handle, int * numberOfSkeletonsOut);
 
DLLTYPE_SEGMENTATION eErrorType SR_SegPostProcessGetSkeletons(SegPostProcessHandle handle, SR_SegPostProcessSkeleton * skeletonsOut);
 
typedef struct
{
    float angle;
    
    unsigned int x_center;
    unsigned int y_center;
 
    unsigned int classIdx;
 
    unsigned int area;
 
    int x_vertex[4];
    int y_vertex[4];
}SR_SegPostProcessAngleDetection;
 
DLLTYPE_SEGMENTATION eErrorType SR_SegPostProcessFindAngleAndCenter(DetTestHandle handle, SR_DetectedBox* box, int numSegmentedObject, SR_SegmentedObject* segObjects, SR_SegPostProcessAngleDetection* angleObject);
 
DLLTYPE_SEGMENTATION eErrorType SR_SegPostProcessFindAngleAndCenter2(DetTestHandle handle, SR_DetectedBox* box, int numSegmentedObject, SR_SegmentedObject* segObjects, SR_SegPostProcessAngleDetection* angleObject);