dicom_sq.h

3D reconstruction, medical image processing from colons, using intel image processing for based clas

typedef struct {
    void *reserved[2];
    SQ_TYPE type;
    long conditionalFields;
    char codeValue[DICOM_SH_LENGTH + 1];
    char codingSchemeDesignator[DICOM_SH_LENGTH + 1];
    char codeMeaning[DICOM_LO_LENGTH + 1];
}   SQ_ANATOMICREGIONMODIFIERSEQUENCE;

#define SQ_K_PRIMARYANATOMICSTRUCTURESEQ_CODEMEANING		(1 << 0)
#define SQ_K_PRIMARYANATOMICSTRUCTURESEQ_MODIFIERSEQ 		(1 << 1)
typedef struct {
    void *reserved[2];
    SQ_TYPE type;
    long conditionalFields;
    char codeValue[DICOM_SH_LENGTH + 1];
    char codingSchemeDesignator[DICOM_SH_LENGTH + 1];
    char codeMeaning[DICOM_LO_LENGTH + 1];
    LST_HEAD *primaryAnatomicStructureModifierSequence;
}   SQ_PRIMARYANATOMICSTRUCTURESEQUENCE;

#define SQ_K_PRIMARYANATOMICSTRUCTUREMODIFIERSEQ_CODEMEANING	(1 << 0)
typedef struct {
    void *reserved[2];
    SQ_TYPE type;
    long conditionalFields;
    char codeValue[DICOM_SH_LENGTH + 1];
    char codingSchemeDesignator[DICOM_SH_LENGTH + 1];
    char codeMeaning[DICOM_LO_LENGTH + 1];
}   SQ_PRIMARYANATOMICSTRUCTUREMODIFIERSEQUENCE;

#define SQ_K_ENERGYWINDOWINFOSEQ_ENERGYWINDOWNAME	(1 << 0)
#define SQ_K_ENERGYWINDOWINFOSEQ_RANGESEQ		(1 << 1)
typedef struct {
    void *reserved[2];
    SQ_TYPE type;
    long conditionalFields;
    char energyWindowName[DICOM_SH_LENGTH + 1];
    LST_HEAD *energyWindowRangeSequence;
}   SQ_ENERGYWINDOWINFOSEQUENCE;

#define SQ_K_ENERGYWINDOWRANGESEQ_WINDOWLOWERLIMIT	(1 << 0)
#define SQ_K_ENERGYWINDOWRANGESEQ_WINDOWUPPERLIMIT	(1 << 1)
typedef struct {
    void *reserved[2];
    SQ_TYPE type;
    long conditionalFields;
    char energyWindowLowerLimit[DICOM_DS_LENGTH + 1];
    char energyWindowUpperLimit[DICOM_DS_LENGTH + 1];
}   SQ_ENERGYWINDOWRANGESEQUENCE;

#define	SQ_K_RADIOPHARMACEUTICALINFOSEQ_RADIOPHARMROUTE	(1 << 0)
#define	SQ_K_RADIOPHARMACEUTICALINFOSEQ_RADIOPHARMROUTECODESEQ	(1 << 1)
#define	SQ_K_RADIOPHARMACEUTICALINFOSEQ_RADIOPHARMVOLUME	(1 << 2)
#define	SQ_K_RADIOPHARMACEUTICALINFOSEQ_RADIOPHARMSTARTTIME	(1 << 3)
#define	SQ_K_RADIOPHARMACEUTICALINFOSEQ_RADIOPHARMSTOPTIME	(1 << 4)
#define	SQ_K_RADIOPHARMACEUTICALINFOSEQ_RADIONUCLIDETOTALDOSE	(1 << 5)
#define	SQ_K_RADIOPHARMACEUTICALINFOSEQ_CALIBRATIONDATASEQ	(1 << 6)
#define	SQ_K_RADIOPHARMACEUTICALINFOSEQ_RADIOPHARMACEUTICAL	(1 << 7)
#define	SQ_K_RADIOPHARMACEUTICALINFOSEQ_CODESEQ			(1 << 8)
#define	SQ_K_RADIOPHARMACEUTICALINFOSEQ_RADIOPHARMNUCLIDECODESEQ  (1 << 9)

typedef struct {
    void *reserved[2];
    SQ_TYPE type;
    long conditionalFields;
    LST_HEAD *radioNuclideCodeSequence;
    char radioPharmaceuticalRoute[DICOM_LO_LENGTH + 1];
    LST_HEAD *radioPharmaceuticalRouteCodeSequence;
    char radioPharmaceuticalVolume[DICOM_DS_LENGTH + 1];
    char radioPharmaceuticalStartTime[DICOM_TM_LENGTH + 1];
    char radioPharmaceuticalStopTime[DICOM_TM_LENGTH + 1];
    char radioNuclideTotalDose[DICOM_DS_LENGTH + 1];
    LST_HEAD *calibrationDataSequence;
    char radioPharmaceutical[DICOM_LO_LENGTH + 1];
    LST_HEAD *radioPharmaceuticalCodeSequence;
}   SQ_RADIOPHARMACEUTICALINFOSEQUENCE;

#define	SQ_K_RADIONUCLIDECODESEQ_CODEMEANING	(1 << 0)
typedef struct {
    void *reserved[2];
    SQ_TYPE type;
    long conditionalFields;
    char codeValue[DICOM_SH_LENGTH + 1];
    char codingSchemeDesignator[DICOM_SH_LENGTH + 1];
    char codeMeaning[DICOM_LO_LENGTH + 1];
}   SQ_RADIONUCLIDECODESEQUENCE;

#define	SQ_K_RADIOPHARMACEUTICALROUTECODESEQ_CODEMEANING	(1 << 0)
typedef struct {
    void *reserved[2];
    SQ_TYPE type;
    long conditionalFields;
    char codeValue[DICOM_SH_LENGTH + 1];
    char codingSchemeDesignator[DICOM_SH_LENGTH + 1];
    char codeMeaning[DICOM_LO_LENGTH + 1];
}   SQ_RADIOPHARMACEUTICALROUTECODESEQUENCE;

#define SQ_K_CALIBRATIONDATASEQ_SYRINGECOUNTS		(1 << 0)
#define SQ_K_CALIBRATIONDATASEQ_RESIDUALSYRINGECOUNTS	(1 << 1)
typedef struct {
    void *reserved[2];
    SQ_TYPE type;
    long conditionalFields;
    unsigned short energyWindowNumber;
    char syringeCounts[DICOM_IS_LENGTH + 1];
    char residualSyringeCounts[DICOM_IS_LENGTH + 1];
}   SQ_CALIBRATIONDATASEQUENCE;

#define	SQ_K_RADIOPHARMACEUTICALCODESEQ_CODEMEANING	(1 << 0)
typedef struct {
    void *reserved[2];
    SQ_TYPE type;
    long conditionalFields;
    char codeValue[DICOM_SH_LENGTH + 1];
    char codingSchemeDesignator[DICOM_SH_LENGTH + 1];
    char codeMeaning[DICOM_LO_LENGTH + 1];
}   SQ_RADIOPHARMACEUTICALCODESEQUENCE;

#define SQ_K_INTERVENTIONDRUGINFOSEQ_DRUGNAME		(1 << 0)
#define SQ_K_INTERVENTIONDRUGINFOSEQ_CODESEQ		(1 << 1)
#define SQ_K_INTERVENTIONDRUGINFOSEQ_DRUGSTARTTIME	(1 << 2)
#define SQ_K_INTERVENTIONDRUGINFOSEQ_DRUGSTOPTIME	(1 << 3)
#define SQ_K_INTERVENTIONDRUGINFOSEQ_DRUGDOSE		(1 << 4)
typedef struct {
    void *reserved[2];
    SQ_TYPE type;
    long conditionalFields;
    char interventionDrugName[DICOM_LO_LENGTH + 1];
    LST_HEAD *interventionDrugCodeSequence;
    char interventionDrugStartTime[DICOM_TM_LENGTH + 1];
    char interventionDrugStopTime[DICOM_TM_LENGTH + 1];
    char interventionDrugDose[DICOM_DS_LENGTH + 1];
}   SQ_INTERVENTIONDRUGINFOSEQUENCE;

#define	SQ_K_INTERVENTIONDRUGCODESEQ_CODEMEANING	(1 << 0)
typedef struct {
    void *reserved[2];
    SQ_TYPE type;
    long conditionalFields;
    char codeValue[DICOM_SH_LENGTH + 1];
    char codingSchemeDesignator[DICOM_SH_LENGTH + 1];
    char codeMeaning[DICOM_LO_LENGTH + 1];
}   SQ_INTERVENTIONDRUGCODESEQUENCE;

#define SQ_K_DETECTORINFOSEQ_COLLIMATORGRIDNAME	(1 << 0)
#define SQ_K_DETECTORINFOSEQ_FIELDOFVIEWSHAPE	(1 << 1)
#define SQ_K_DETECTORINFOSEQ_FIELDOFVIEWDIMENSIONS	(1 << 2)
#define SQ_K_DETECTORINFOSEQ_FOCALDISTANCE	(1 << 3)
#define SQ_K_DETECTORINFOSEQ_XFOCUSCENTER	(1 << 4)
#define SQ_K_DETECTORINFOSEQ_YFOCUSCENTER	(1 << 5)
#define SQ_K_DETECTORINFOSEQ_ZOOMCENTER		(1 << 6)
#define SQ_K_DETECTORINFOSEQ_ZOOMFACTOR		(1 << 7)
#define SQ_K_DETECTORINFOSEQ_CENTERFORROTATIONOFFSET		(1 << 8)
#define SQ_K_DETECTORINFOSEQ_GANTRYDETECTORTILT		(1 << 9)
#define SQ_K_DETECTORINFOSEQ_DISTANCESRCTODETECTOR		(1 << 10)
#define SQ_K_DETECTORINFOSEQ_STARTANGLE		(1 << 11)
#define SQ_K_DETECTORINFOSEQ_RADIALPOSITION		(1 << 12)
#define SQ_K_DETECTORINFOSEQ_VIEWCODESEQUENCE		(1 << 13)
typedef struct {
    void *reserved[2];
    SQ_TYPE type;
    long conditionalFields;
    char collimatorGridName[DICOM_SH_LENGTH + 1];
    char collimatorType[DICOM_CS_LENGTH + 1];
    char fieldOfViewShape[DICOM_CS_LENGTH + 1];
    char fieldOfViewDimensions[DICOM_IS_LENGTH + 1];
    char focalDistance[DICOM_IS_LENGTH + 1];
    char xFocusCenter[DICOM_DS_LENGTH + 1];
    char yFocusCenter[DICOM_DS_LENGTH + 1];
    char zoomCenter[DICOM_DS_LENGTH + 1];
    char zoomFactor[DICOM_DS_LENGTH + 1];
    char centerForRotationOffset[DICOM_DS_LENGTH + 1];
    char gantryDetectorTilt[DICOM_DS_LENGTH + 1];
    char distanceSrcToDetector[DICOM_DS_LENGTH + 1];
    char startAngle[DICOM_DS_LENGTH + 1];
    char radialPosition[DICOM_DS_LENGTH + 1];
    char imageOrientationPatient[6*(DICOM_DS_LENGTH + 1)];
    char imagePositionPatient[3*(DICOM_DS_LENGTH + 1)];
    LST_HEAD *viewCodeSequence;
}   SQ_DETECTORINFOSEQUENCE;

#define	SQ_K_VIEWCODESEQ_CODEMEANING	(1 << 0)
#define	SQ_K_VIEWCODESEQ_ANGULATIONMODIFIERCODESEQ		(1 << 1)
typedef struct {
    void *reserved[2];
    SQ_TYPE type;
    long conditionalFields;
    char codeValue[DICOM_SH_LENGTH + 1];
    char codingSchemeDesignator[DICOM_SH_LENGTH + 1];
    char codeMeaning[DICOM_LO_LENGTH + 1];
    LST_HEAD *viewAngulationModifierCodeSequence;
}   SQ_VIEWCODESEQUENCE;

#define	SQ_K_VIEWANGULATIONMODIFIERCODESEQ_CODEMEANING	(1 << 0)
typedef struct {
    void *reserved[2];
    SQ_TYPE type;
    long conditionalFields;
    char codeValue[DICOM_SH_LENGTH + 1];
    char codingSchemeDesignator[DICOM_SH_LENGTH + 1];
    char codeMeaning[DICOM_LO_LENGTH + 1];
}   SQ_VIEWANGULATIONMODIFIERCODESEQUENCE;

#define SQ_K_ROTATIONINFOSEQ_RADIALPOSITION	(1 << 0)
#define SQ_K_ROTATIONINFOSEQ_DISTANCESRCTODETECTOR	(1 << 1)
#define SQ_K_ROTATIONINFOSEQ_TABLETRAVERSE	(1 << 2)
#define SQ_K_ROTATIONINFOSEQ_TABLEHEIGHT	(1 << 3)
typedef struct {
    void *reserved[2];
    SQ_TYPE type;
    long conditionalFields;
    char startAngle[DICOM_DS_LENGTH + 1];
    char angularStep[DICOM_DS_LENGTH + 1];
    char rotationDirection[DICOM_CS_LENGTH + 1];
    char scanArc[DICOM_DS_LENGTH + 1];
    char actualFrameDuration[DICOM_IS_LENGTH + 1];
    char radialPosition[DICOM_DS_LENGTH + 1];
    char distanceSrcToDetector[DICOM_DS_LENGTH + 1];
    unsigned short numberOfFramesInRotation;
    char tableTraverse[DICOM_DS_LENGTH + 1];
    char tableHeight[DICOM_DS_LENGTH + 1];
}   SQ_ROTATIONINFOSEQUENCE;

#define SQ_K_GATEDINFOSEQ_TRIGGERTIME	(1 << 0)
#define SQ_K_GATEDINFOSEQ_FRAMINGTYPE	(1 << 1)
#define SQ_K_GATEDINFOSEQ_DATAINFOSEQ	(1 << 2)
typedef struct {
    void *reserved[2];
    SQ_TYPE type;
    long conditionalFields;
    char triggerTime[DICOM_DS_LENGTH + 1];
    char framingType[DICOM_LO_LENGTH + 1];
    LST_HEAD *dataInfoSequence;
}   SQ_GATEDINFOSEQUENCE;

#define SQ_K_DATAINFOSEQ_NOMINALINTERVAL	(1 << 0)
#define SQ_K_DATAINFOSEQ_LOWRRVALUE		(1 << 1)
#define SQ_K_DATAINFOSEQ_HIGHRRVALUE		(1 << 2)
#define SQ_K_DATAINFOSEQ_INTERVALSACQUIRED	(1 << 3)
#define SQ_K_DATAINFOSEQ_INTERVALSREJECTED	(1 << 4)
#define SQ_K_DATAINFOSEQ_TIMESLOTINFOSEQ	(1 << 5)
typedef struct {
    void *reserved[2];
    SQ_TYPE type;
    long conditionalFields;
    char frameTime[DICOM_DS_LENGTH + 1];
    char nominalInterval[DICOM_IS_LENGTH + 1];
    char lowRRValue[DICOM_IS_LENGTH + 1];
    char highRRValue[DICOM_IS_LENGTH + 1];
    char intervalsAcquired[DICOM_IS_LENGTH + 1];
    char intervalsRejected[DICOM_IS_LENGTH + 1];
    LST_HEAD *timeSlotInfoSequence;
}   SQ_DATAINFOSEQUENCE;

#define SQ_K_TIMESLOTINFOSEQ_TIMESLOTTIME		(1 << 0)
typedef struct {
    void *reserved[2];
    SQ_TYPE type;
    long conditionalFields;
    char timeSlotTime[DICOM_DS_LENGTH + 1];
}   SQ_TIMESLOTINFOSEQUENCE;

#define SQ_K_PHASEINFOSEQ_TRIGGERVECTOR		(1 << 0)
#define SQ_K_PHASEINFOSEQ_NUMBEROFTRIGGERSINPHASE	(1 << 1)
typedef struct {
    void *reserved[2];
    SQ_TYPE type;
    long conditionalFields;
    char phaseDelay[DICOM_IS_LENGTH + 1];
    char actualFrameDuration[DICOM_IS_LENGTH + 1];
    char pauseBetweenFrames[DICOM_IS_LENGTH + 1];
    unsigned short numberOfFramesInPhase;
    char triggerVector[DICOM_IS_LENGTH + 1];
    unsigned short numberOfTriggersInPhase;
}   SQ_PHASEINFOSEQUENCE;

#define SQ_K_MODALITYLUT_LUTEXPLANATION	(1 << 0)
typedef struct {
    void *reserved[2];
    SQ_TYPE type;
    long conditionalFields;
    struct {
	unsigned short lutEntries;
	unsigned short firstPixelValue;
	unsigned short lutDataBits;
    }   lutDescriptor;
    char lutExplanation[DICOM_LO_LENGTH + 1];
    char modalityLUTType[DICOM_LO_LENGTH + 1];
    unsigned short *lutData;
}   SQ_MODALITYLUTSEQUENCE;

#define SQ_K_REFSOP_STORAGEMEDIAID  (1 << 0)
#define SQ_K_REFSOP_STORAGEMEDIAUID (1 << 1)
typedef struct {
    void* reserved[2];
    SQ_TYPE type;
    long conditionalFields;
    char referencedSOPClassUID[DICOM_UI_LENGTH+1];
    char referencedSOPInstanceUID[DICOM_UI_LENGTH+1];
    char storageMediaID[DICOM_SH_LENGTH+1];
    char storageMediaUID[DICOM_UI_LENGTH+1];
} SQ_REFERENCEDSOPSEQUENCE;

typedef struct {
    void* reserved[2];
    SQ_TYPE type;
    long conditionalFields;
    char referencedSOPClassUID[DICOM_UI_LENGTH+1];
    char referencedSOPInstanceUID[DICOM_UI_LENGTH+1];
    U16 failureReason;
} SQ_FAILEDSOPSEQUENCE;

typedef struct {
    void *reserved[2];
    SQ_TYPE type;
    long conditionalFields;
    char referencedSOPClassUID[DICOM_UI_LENGTH + 1];
    char referencedSOPInstanceUID[DICOM_UI_LENGTH + 1];
}   SQ_GENERICREFERENCEDITEM;

CONDITION
SQ_BuildSequence(LST_HEAD ** list, SQ_TYPE type, DCM_ELEMENT ** element);
CONDITION
SQ_ParseSequence(DCM_ELEMENT * element, SQ_TYPE * type, LST_HEAD ** list);
CONDITION
SQ_ObjectToSequence(DCM_TAG tag, DCM_OBJECT ** object, DCM_ELEMENT ** element);
CONDITION
SQ_SequenceToObject(LST_HEAD ** list, DCM_OBJECT ** object);
CONDITION
SQ_ReleaseList(LST_HEAD ** list);
CONDITION
SQ_Release(void **sequenceStructure);

char *SQ_Message(CONDITION cond);

#define	SQ_NORMAL			FORM_COND(FAC_SRV, SEV_SUCC, 1)
#define	SQ_MALLOCFAILURE		FORM_COND(FAC_SRV, SEV_ERROR, 2)
#define	SQ_LISTCREATEFAILURE		FORM_COND(FAC_SRV, SEV_ERROR, 3)
#define	SQ_OBJECTCREATEFAILED		FORM_COND(FAC_SRV, SEV_ERROR, 4)
#define	SQ_MODIFICATIONFAILURE		FORM_COND(FAC_SRV, SEV_ERROR, 5)
#define SQ_LISTFAILURE			FORM_COND(FAC_SRV, SEV_ERROR, 6)
#define SQ_NULLLIST			FORM_COND(FAC_SRV, SEV_ERROR, 7)
#define SQ_EMPTYLIST			FORM_COND(FAC_SRV, SEV_ERROR, 8)
#define SQ_OBJECTACCESSFAILED		FORM_COND(FAC_SRV, SEV_ERROR, 9)
#define SQ_INTERNALSEQBUILDFAILED	FORM_COND(FAC_SRV, SEV_ERROR, 10)
#define SQ_INTERNALSEQPARSEFAILED	FORM_COND(FAC_SRV, SEV_ERROR, 11)
#define SQ_BADSEQUENCETYPEELEMENT	FORM_COND(FAC_SRV, SEV_ERROR, 12)

#ifdef  __cplusplus
}
#endif

#endif