/usr/include/dcmtk/dcmsr/dsrnumvl.h is in libdcmtk-dev 3.6.1~20150924-5.
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*
* Copyright (C) 2000-2015, OFFIS e.V.
* All rights reserved. See COPYRIGHT file for details.
*
* This software and supporting documentation were developed by
*
* OFFIS e.V.
* R&D Division Health
* Escherweg 2
* D-26121 Oldenburg, Germany
*
*
* Module: dcmsr
*
* Author: Joerg Riesmeier
*
* Purpose:
* classes: DSRNumericMeasurementValue
*
*/
#ifndef DSRNUMVL_H
#define DSRNUMVL_H
#include "dcmtk/config/osconfig.h" /* make sure OS specific configuration is included first */
#include "dcmtk/dcmsr/dsrcodvl.h"
#include "dcmtk/ofstd/ofstring.h"
/*---------------------*
* class declaration *
*---------------------*/
/** Class for numeric measurement values
*/
class DCMTK_DCMSR_EXPORT DSRNumericMeasurementValue
{
// allow access to getValuePtr()
friend class DSRContentItem;
public:
/** default constructor
*/
DSRNumericMeasurementValue();
/** constructor
** @param numericValue numeric measurement value (VR=DS, mandatory)
* @param measurementUnit code representing the units of measurement (mandatory)
* @param check if enabled, check 'numericValue' and 'measurementUnit' for
* validity before setting them. See corresponding setValue()
* method for details.
*/
DSRNumericMeasurementValue(const OFString &numericValue,
const DSRCodedEntryValue &measurementUnit,
const OFBool check = OFTrue);
/** constructor
** @param numericValue numeric measurement value (VR=DS, mandatory)
* @param measurementUnit code representing the units of measurement (mandatory)
* @param valueQualifier code representing the numeric value qualifier (optional).
* Can also be used to specify the reason for the absence of
* the measured value sequence (where 'numericValue' and
* 'measurementUnit' are stored).
* @param check if enabled, check values for validity before setting them.
* See corresponding setValue() method for details.
*/
DSRNumericMeasurementValue(const OFString &numericValue,
const DSRCodedEntryValue &measurementUnit,
const DSRCodedEntryValue &valueQualifier,
const OFBool check = OFTrue);
/** copy constructor
** @param numericMeasurement numeric measurement value to be copied (not checked !)
*/
DSRNumericMeasurementValue(const DSRNumericMeasurementValue &numericMeasurement);
/** destructor
*/
virtual ~DSRNumericMeasurementValue();
/** assignment operator
** @param numericMeasurement numeric measurement value to be copied (not checked !)
** @return reference to this numeric value after 'numericMeasurement' has been copied
*/
DSRNumericMeasurementValue &operator=(const DSRNumericMeasurementValue &numericMeasurement);
/** clear all internal variables.
* Use this method to create an empty numeric measurement value.
*/
virtual void clear();
/** check whether the current numeric measurement value is valid.
* The value is valid if isEmpty() is true or both the numeric value and the measurement
* unit contain a valid value, and the value qualifier is valid (see checkXXX() methods).
* The possibly available additional representations of the numeric value are never
* checked.
** @return OFTrue if value is valid, OFFalse otherwise
*/
virtual OFBool isValid() const;
/** check whether the current numeric measurement value is empty.
* Checks whether both the numeric value and the measurement are empty. The optional
* value qualifier is not checked since it might contain the reason for the absence of
* the measured value sequence.
** @return OFTrue if value is empty, OFFalse otherwise
*/
virtual OFBool isEmpty() const;
/** print numeric measurement value.
* The output of a typical numeric measurement value looks like this:
* "3.5" (cm,UCUM[1.4],"centimeter"). If the value is empty the text "empty" is printed
* instead. The numeric value qualifier as well as the possibly available additional
* floating point and rational representations of the numeric value are never printed.
** @param stream output stream to which the numeric measurement value should be printed
* @param flags flag used to customize the output (not used)
** @return status, EC_Normal if successful, an error code otherwise
*/
virtual OFCondition print(STD_NAMESPACE ostream &stream,
const size_t flags) const;
/** read numeric measurement value from XML document
** @param doc document containing the XML file content
* @param cursor cursor pointing to the starting node
* @param flags flag used to customize the reading process (see DSRTypes::XF_xxx)
** @return status, EC_Normal if successful, an error code otherwise
*/
virtual OFCondition readXML(const DSRXMLDocument &doc,
DSRXMLCursor cursor,
const size_t flags);
/** write numeric measurement value in XML format
** @param stream output stream to which the XML document is written
* @param flags flag used to customize the output (see DSRTypes::XF_xxx)
** @return status, EC_Normal if successful, an error code otherwise
*/
virtual OFCondition writeXML(STD_NAMESPACE ostream &stream,
const size_t flags) const;
/** read measured value sequence and numeric value qualifier code sequence from dataset.
* The number of items within the sequences is checked. If error/warning output are
* enabled, a warning message is printed if a sequence is absent or contains more than
* one item.
** @param dataset DICOM dataset from which the sequences should be read
* @param flags flag used to customize the reading process (see DSRTypes::RF_xxx)
** @return status, EC_Normal if successful, an error code otherwise
*/
virtual OFCondition readSequence(DcmItem &dataset,
const size_t flags);
/** write measured value sequence and numeric value qualifier code sequence to dataset.
* The measured value sequence is always written (might be empty, though). The numeric
* value qualifier code sequence is optional and, therefore, only written if non-empty.
** @param dataset DICOM dataset to which the sequences should be written
** @return status, EC_Normal if successful, an error code otherwise
*/
virtual OFCondition writeSequence(DcmItem &dataset) const;
/** render numeric measurement value in HTML/XHTML format
** @param docStream output stream to which the main HTML/XHTML document is written
* @param annexStream output stream to which the HTML/XHTML document annex is written
* @param annexNumber reference to the variable where the current annex number is stored.
* Value is increased automatically by 1 after a new entry has been added.
* @param flags flag used to customize the output (see DSRTypes::HF_xxx)
** @return status, EC_Normal if successful, an error code otherwise
*/
virtual OFCondition renderHTML(STD_NAMESPACE ostream &docStream,
STD_NAMESPACE ostream &annexStream,
size_t &annexNumber,
const size_t flags) const;
/** get reference to numeric measurement value
** @return reference to numeric measurement value
*/
inline const DSRNumericMeasurementValue &getValue() const
{
return *this;
}
/** get copy of numeric measurement value
** @param numericMeasurement reference to variable in which the value should be stored
** @return always returns EC_Normal
*/
OFCondition getValue(DSRNumericMeasurementValue &numericMeasurement) const;
/** get numeric value
** @return current numeric value (might be invalid or an empty string)
*/
inline const OFString &getNumericValue() const
{
return NumericValue;
}
/** get measurement unit
** @return reference to current measurement unit code (might be invalid or empty)
*/
inline const DSRCodedEntryValue &getMeasurementUnit() const
{
return MeasurementUnit;
}
/** get numeric value qualifier (optional)
** @return reference to current numeric value qualifier code (might be invalid or empty)
*/
inline const DSRCodedEntryValue &getNumericValueQualifier() const
{
return ValueQualifier;
}
/** get copy of measurement unit
** @param measurementUnit reference to variable in which the code should be stored
** @return always returns EC_Normal
*/
OFCondition getMeasurementUnit(DSRCodedEntryValue &measurementUnit) const;
/** get copy of numeric value qualifier (optional).
* Can be used to specify the reason for the absence of the measured value sequence.
** @param valueQualifier reference to variable in which the code should be stored
** @return always returns EC_Normal
*/
OFCondition getNumericValueQualifier(DSRCodedEntryValue &valueQualifier) const;
/** get floating point representation of the numeric value (optional)
** @param floatingPoint reference to variable in which the floating point representation
* should be stored
** @return status, EC_Normal if successful, an error code otherwise. Returns
* SR_EC_RepresentationNotAvailable if floating point representation is not available.
*/
OFCondition getFloatingPointRepresentation(Float64 &floatingPoint) const;
/** get rational representation of the numeric value (optional)
** @param rationalNumerator reference to variable in which the integer numerator of
* the rational representation should be stored
** @param rationalDenominator reference to variable in which the integer denominator of
* the rational representation should be stored
** @return status, EC_Normal if successful, an error code otherwise. Returns
* SR_EC_RepresentationNotAvailable if rational representation is not available.
*/
OFCondition getRationalRepresentation(Sint32 &rationalNumerator,
Uint32 &rationalDenominator) const;
/** set numeric measurement value.
* Before setting the value, it is usually checked. If the value is invalid, the current
* value is not replaced and remains unchanged.
** @param numericMeasurement value to be set
* @param check if enabled, check value for validity before setting it.
* See checkXXX() methods for details. Empty values are only
* accepted for non-mandatory attributes.
** @return status, EC_Normal if successful, an error code otherwise
*/
OFCondition setValue(const DSRNumericMeasurementValue &numericMeasurement,
const OFBool check = OFTrue);
/** set numeric value and measurement unit.
* Before setting the values, they are usually checked. Please note that both values
* (i.e. 'numericValue' and 'measurementUnit') either have to be empty or non-empty.
* If the value pair is invalid, the current value pair is not replaced and remains
* unchanged. If the value pair is replaced, the optional floating point and rational
* representations are cleared, i.e. they have to be set manually if needed.
** @param numericValue numeric value to be set (VR=DS, mandatory)
* @param measurementUnit measurement unit to be set (mandatory)
* @param check if enabled, check values for validity before setting them.
* See checkXXX() methods for details.
** @return status, EC_Normal if successful, an error code otherwise
*/
OFCondition setValue(const OFString &numericValue,
const DSRCodedEntryValue &measurementUnit,
const OFBool check = OFTrue);
/** set numeric value, measurement unit and numeric value qualifier.
* Before setting the values, they are usually checked. Please note that both
* 'numericValue' and 'measurementUnit' either have to be empty or non-empty.
* If one of the three values is invalid, the current numeric measurement value is not
* replaced and remains unchanged. If the values are replaced, the optional floating
* point and rational representations are cleared, i.e. they have to be set manually if
* needed.
** @param numericValue numeric value to be set (VR=DS, mandatory)
* @param measurementUnit measurement unit to be set (mandatory)
* @param valueQualifier numeric value qualifier to be set (optional). Can also be
* used to specify the reason for the absence of the measured
* value sequence (where 'numericValue' and 'measurementUnit'
* are stored). Use an empty code to remove the current value.
* @param check if enabled, check values for validity before setting them.
* See checkXXX() methods for details.
** @return status, EC_Normal if successful, an error code otherwise
*/
OFCondition setValue(const OFString &numericValue,
const DSRCodedEntryValue &measurementUnit,
const DSRCodedEntryValue &valueQualifier,
const OFBool check = OFTrue);
/** set numeric value.
* Before setting the value, it is usually checked. If the value is invalid, the current
* value is not replaced and remains unchanged. If the value is replaced, the optional
* floating point and rational representations are cleared, i.e. they have to be set
* manually if needed.
** @param numericValue numeric value to be set (VR=DS, mandatory)
* @param check if enabled, check value for validity before setting it.
* See checkNumericValue() method for details. An empty value is
* never accepted, use the clear() method instead.
** @return status, EC_Normal if successful, an error code otherwise
*/
OFCondition setNumericValue(const OFString &numericValue,
const OFBool check = OFTrue);
/** set numeric value from element.
* Before setting the value, it is usually checked. If the value is invalid, the current
* value is not replaced and remains unchanged. If the value is replaced, the optional
* floating point and rational representations are cleared, i.e. they have to be set
* manually if needed.
** @param delem DICOM element from which the numeric value should be retrieved
* @param pos index of the value in case of multi-valued elements (0..vm-1)
* @param check if enabled, check numeric value for validity before setting it. See
* checkNumericValue() method for details. An empty value is never
* accepted.
** @return status, EC_Normal if successful, an error code otherwise
*/
OFCondition setNumericValue(const DcmElement &delem,
const unsigned long pos = 0,
const OFBool check = OFTrue);
/** set numeric value from dataset.
* Before setting the value, it is usually checked. If the value is invalid, the current
* value is not replaced and remains unchanged. If the value is replaced, the optional
* floating point and rational representations are cleared, i.e. they have to be set
* manually if needed.
** @param dataset DICOM dataset from which the numeric value should be retrieved
* @param tagKey DICOM tag specifying the attribute from which the value should be
* retrieved. The search is limited to the top-level of the dataset.
* @param pos index of the value in case of multi-valued elements (0..vm-1)
* @param check if enabled, check numeric value for validity before setting it.
* See checkNumericValue() method for details. An empty value is
* never accepted.
** @return status, EC_Normal if successful, an error code otherwise
*/
OFCondition setNumericValue(DcmItem &dataset,
const DcmTagKey &tagKey,
const unsigned long pos = 0,
const OFBool check = OFTrue);
/** set measurement unit.
* Before setting the code, it is usually checked. If the code is invalid the current
* code is not replaced and remains unchanged.
** @param measurementUnit measurement unit to be set (mandatory)
* @param check if enabled, check value for validity before setting it.
* See checkMeasurementUnit() method for details. An empty
* value is never accepted, use the clear() method instead.
** @return status, EC_Normal if successful, an error code otherwise
*/
OFCondition setMeasurementUnit(const DSRCodedEntryValue &measurementUnit,
const OFBool check = OFTrue);
/** set numeric value qualifier.
* This optional code specifies the qualification of the Numeric Value in the Measured
* Value Sequence, or the reason for the absence of the Measured Value Sequence Item.
* Before setting the code, it is usually checked. If the code is invalid the current
* code is not replaced and remains unchanged.
** @param valueQualifier numeric value qualifier to be set (optional). Use an empty
* code to remove the current value.
* @param check if enabled, check value for validity before setting it.
* See checkNumericValueQualifier() method for details.
** @return status, EC_Normal if successful, an error code otherwise
*/
OFCondition setNumericValueQualifier(const DSRCodedEntryValue &valueQualifier,
const OFBool check = OFTrue);
/** set floating point representation of the numeric value.
* According to the DICOM standard, this value is "required if the numeric value has
* insufficient precision to represent the value as a string. May be present otherwise."
* Please note that it is not checked whether this representation is consistent with the
* numeric value stored as a string.
** @param floatingPoint floating point representation of the numeric value
* @param check dummy parameter (currently not used)
** @return status, EC_Normal if successful, an error code otherwise
*/
OFCondition setFloatingPointRepresentation(const Float64 floatingPoint,
const OFBool check = OFTrue);
/** set rational representation of the numeric value.
* According to the DICOM standard, this value is "required if the numeric value has
* insufficient precision to represent a rational value as a string. May be present
* otherwise." Please note that it is not checked whether this representation is
* consistent with the numeric value stored as a string.
** @param rationalNumerator integer numerator of a rational representation of the
* numeric value (encoded as a signed integer value)
* @param rationalDenominator integer denominator of a rational representation of the
* numeric value (encoded as a non-zero unsigned integer
* value)
* @param check if enabled, check values for validity before setting them.
* See checkRationalRepresentation() method for details.
** @return status, EC_Normal if successful, an error code otherwise
*/
OFCondition setRationalRepresentation(const Sint32 rationalNumerator,
const Uint32 rationalDenominator,
const OFBool check = OFTrue);
/** remove floating point representation of the numeric value (if any).
* Internally, all elements that belong to this representation are cleared.
*/
void removeFloatingPointRepresentation();
/** remove rational representation of the numeric value (if any).
* Internally, all elements that belong to this representation are cleared.
*/
void removeRationalRepresentation();
protected:
/** get pointer to numeric measurement value
** @return pointer to numeric measurement value (never NULL)
*/
inline DSRNumericMeasurementValue *getValuePtr()
{
return this;
}
/** read numeric measurement value from dataset
** @param dataset DICOM dataset from which the value should be read
* @param flags flag used to customize the reading process (see DSRTypes::RF_xxx)
** @return status, EC_Normal if successful, an error code otherwise
*/
virtual OFCondition readItem(DcmItem &dataset,
const size_t flags);
/** write numeric measurement value to dataset
** @param dataset DICOM dataset to which the value should be written
** @return status, EC_Normal if successful, an error code otherwise
*/
virtual OFCondition writeItem(DcmItem &dataset) const;
/** check the specified numeric value for validity.
* Currently, the only checks performed are that the string is non-empty and that the
* given value conforms to the corresponding VR (DS) and VM (1).
** @param numericValue numeric value to be checked
** @return status, EC_Normal if numeric value is valid, an error code otherwise
*/
virtual OFCondition checkNumericValue(const OFString &numericValue) const;
/** check the specified measurement unit for validity.
* Internally, the methods DSRCodedEntryValue::isEmpty() and
* DSRCodedEntryValue::checkCurrentValue() are used for this purpose. Conformance
* with the Context Group 82 (as defined in the DICOM standard) is not yet checked.
** @param measurementUnit measurement unit to be checked
** @return status, EC_Normal if measurement unit is valid, an error code otherwise
*/
virtual OFCondition checkMeasurementUnit(const DSRCodedEntryValue &measurementUnit) const;
/** check the specified numeric value qualifier for validity.
* Internally, DSRCodedEntryValue::isEmpty() and DSRCodedEntryValue::checkCurrentValue()
* are used for this purpose. Conformance with the Context Group 42 (as defined in the
* DICOM standard) is not checked; see class CMR_SRNumericMeasurementValue if needed,
* which supports such additional checks.
** @param valueQualifier numeric value qualifier to be checked
** @return status, EC_Normal if value qualifier is valid, an error code otherwise
*/
virtual OFCondition checkNumericValueQualifier(const DSRCodedEntryValue &valueQualifier) const;
/** check the specified rational representation for validity.
* The only check that is performed is that the 'rationalDenominator' is not zero, i.e.
* it is not checked whether this representation is consistent with the numeric value
* stored as a string.
** @param rationalNumerator numerator of the rational representation to be checked
* @param rationalDenominator denominator of a rational representation to be checked
** @return status, EC_Normal if rational representation is valid, an error code otherwise
*/
virtual OFCondition checkRationalRepresentation(const Sint32 rationalNumerator,
const Uint32 rationalDenominator) const;
/** check the currently stored numeric measurement value for validity.
* See above checkXXX() methods for details.
** @return status, EC_Normal if current value is valid, an error code otherwise
*/
virtual OFCondition checkCurrentValue() const;
private:
/// Numeric Value (VR=DS, type 1 within a type 2 sequence)
OFString NumericValue;
/// Measurement Unit (type 1 within a type 2 sequence)
DSRCodedEntryValue MeasurementUnit;
/// Numeric Value Qualifier (type 3)
DSRCodedEntryValue ValueQualifier;
/// Floating Point Value (VR=FD, type 1C)
DcmFloatingPointDouble FloatingPointValue;
/// Rational Numerator Value (VR=SL, type 1C)
DcmSignedLong RationalNumeratorValue;
/// Rational Denominator Value (VR=UL, type 1C)
DcmUnsignedLong RationalDenominatorValue;
};
#endif
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