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vega
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Variables | |
| const VR::Data | AE_DATA = {.characters = {'A', 'E'}} |
| Application Entity. More... | |
| const VR::value_type | AE_VALUE = AE_DATA.value |
| const VR | AE {AE_VALUE} |
| const VR::Data | AS_DATA = {.characters = {'A', 'S'}} |
| Age String. More... | |
| const VR::value_type | AS_VALUE = AS_DATA.value |
| const VR | AS {AS_VALUE} |
| const VR::Data | AT_DATA = {.characters = {'A', 'T'}} |
| Attribute Tag. More... | |
| const VR::value_type | AT_VALUE = AT_DATA.value |
| const VR | AT {AT_VALUE} |
| const VR::Data | CS_DATA = {.characters = {'C', 'S'}} |
| Code String. More... | |
| const VR::value_type | CS_VALUE = CS_DATA.value |
| const VR | CS {CS_VALUE} |
| const VR::Data | DA_DATA = {.characters = {'D', 'A'}} |
| Date. More... | |
| const VR::value_type | DA_VALUE = DA_DATA.value |
| const VR | DA {DA_VALUE} |
| const VR::Data | DS_DATA = {.characters = {'D', 'S'}} |
| Decimal String. More... | |
| const VR::value_type | DS_VALUE = DS_DATA.value |
| const VR | DS {DS_VALUE} |
| const VR::Data | DT_DATA = {.characters = {'D', 'T'}} |
| Date Time. More... | |
| const VR::value_type | DT_VALUE = DT_DATA.value |
| const VR | DT {DT_VALUE} |
| const VR::Data | FD_DATA = {.characters = {'F', 'D'}} |
| Floating Point Double. More... | |
| const VR::value_type | FD_VALUE = FD_DATA.value |
| const VR | FD {FD_VALUE} |
| const VR::Data | FL_DATA = {.characters = {'F', 'L'}} |
| Floating Point Single. More... | |
| const VR::value_type | FL_VALUE = FL_DATA.value |
| const VR | FL {FL_VALUE} |
| const VR::Data | IS_DATA = {.characters = {'I', 'S'}} |
| Integer String. More... | |
| const VR::value_type | IS_VALUE = IS_DATA.value |
| const VR | IS {IS_VALUE} |
| const VR::Data | LO_DATA = {.characters = {'L', 'O'}} |
| Long String. More... | |
| const VR::value_type | LO_VALUE = LO_DATA.value |
| const VR | LO {LO_VALUE} |
| const VR::Data | LT_DATA = {.characters = {'L', 'T'}} |
| Long Text. More... | |
| const VR::value_type | LT_VALUE = LT_DATA.value |
| const VR | LT {LT_VALUE} |
| const VR::Data | OB_DATA = {.characters = {'O', 'B'}} |
| Other Byte String. More... | |
| const VR::value_type | OB_VALUE = OB_DATA.value |
| const VR | OB {OB_VALUE} |
| const VR::Data | OD_DATA = {.characters = {'O', 'D'}} |
| Other Double String. More... | |
| const VR::value_type | OD_VALUE = OD_DATA.value |
| const VR | OD {OD_VALUE} |
| const VR::Data | OL_DATA = {.characters = {'O', 'L'}} |
| const VR::value_type | OL_VALUE = OL_DATA.value |
| const VR | OL {OL_VALUE} |
| const VR::Data | OF_DATA = {.characters = {'O', 'F'}} |
| Other Float String. More... | |
| const VR::value_type | OF_VALUE = OF_DATA.value |
| const VR | OF {OF_VALUE} |
| const VR::Data | OW_DATA = {.characters = {'O', 'W'}} |
| Other Word String. More... | |
| const VR::value_type | OW_VALUE = OW_DATA.value |
| const VR | OW {OW_VALUE} |
| const VR::Data | PN_DATA = {.characters = {'P', 'N'}} |
| Person Name. More... | |
| const VR::value_type | PN_VALUE = PN_DATA.value |
| const VR | PN {PN_VALUE} |
| const VR::Data | SH_DATA = {.characters = {'S', 'H'}} |
| Short String. More... | |
| const VR::value_type | SH_VALUE = SH_DATA.value |
| const VR | SH {SH_VALUE} |
| const VR::Data | SL_DATA = {.characters = {'S', 'L'}} |
| Signed Long. More... | |
| const VR::value_type | SL_VALUE = SL_DATA.value |
| const VR | SL {SL_VALUE} |
| const VR::Data | SQ_DATA = {.characters = {'S', 'Q'}} |
| Sequence of Items. More... | |
| const VR::value_type | SQ_VALUE = SQ_DATA.value |
| const VR | SQ {SQ_VALUE} |
| const VR::Data | SS_DATA = {.characters = {'S', 'S'}} |
| Signed Short. More... | |
| const VR::value_type | SS_VALUE = SS_DATA.value |
| const VR | SS {SS_VALUE} |
| const VR::Data | ST_DATA = {.characters = {'S', 'T'}} |
| Short Text. More... | |
| const VR::value_type | ST_VALUE = ST_DATA.value |
| const VR | ST {ST_VALUE} |
| const VR::Data | TM_DATA = {.characters = {'T', 'M'}} |
| Time. More... | |
| const VR::value_type | TM_VALUE = TM_DATA.value |
| const VR | TM {TM_VALUE} |
| const VR::Data | UC_DATA = {.characters = {'U', 'C'}} |
| const VR::value_type | UC_VALUE = UC_DATA.value |
| const VR | UC {UC_VALUE} |
| const VR::Data | UI_DATA = {.characters = {'U', 'I'}} |
| Unique Identifier (UID) More... | |
| const VR::value_type | UI_VALUE = UI_DATA.value |
| const VR | UI {UI_VALUE} |
| const VR::Data | UL_DATA = {.characters = {'U', 'L'}} |
| Unsigned Long. More... | |
| const VR::value_type | UL_VALUE = UL_DATA.value |
| const VR | UL {UL_VALUE} |
| const VR::Data | UN_DATA = {.characters = {'U', 'N'}} |
| Unknown. More... | |
| const VR::value_type | UN_VALUE = UN_DATA.value |
| const VR | UN {UN_VALUE} |
| const VR::Data | UR_DATA = {.characters = {'U', 'R'}} |
| const VR::value_type | UR_VALUE = UR_DATA.value |
| const VR | UR {UR_VALUE} |
| const VR::Data | US_DATA = {.characters = {'U', 'S'}} |
| Unsigned Short. More... | |
| const VR::value_type | US_VALUE = US_DATA.value |
| const VR | US {US_VALUE} |
| const VR::Data | UT_DATA = {.characters = {'U', 'T'}} |
| Unlimited Text. More... | |
| const VR::value_type | UT_VALUE = UT_DATA.value |
| const VR | UT {UT_VALUE} |
| const VR::Data | OX_DATA = {.characters = {'o', 'x'}} |
| const VR::value_type | OX_VALUE = OX_DATA.value |
| const VR | OX {OX_VALUE} |
| const VR::Data | XS_DATA = {.characters = {'x', 's'}} |
| const VR::value_type | XS_VALUE = XS_DATA.value |
| const VR | XS {XS_VALUE} |
| const VR::Data | XW_DATA = {.characters = {'x', 'w'}} |
| const VR::value_type | XW_VALUE = XW_DATA.value |
| const VR | XW {XW_VALUE} |
| const VR::Data | UW_DATA = {.characters = {'u', 'w'}} |
| const VR::value_type | UW_VALUE = UW_DATA.value |
| const VR | UW {UW_VALUE} |
| bool vega::vr::manipulator_is_valid_for | ( | VR::value_type | value | ) |
| bool vega::vr::manipulator_is_valid_for< manipulators::AgeStringManipulator > | ( | VR::value_type | value | ) |
| bool vega::vr::manipulator_is_valid_for< manipulators::ApplicationEntityManipulator > | ( | VR::value_type | value | ) |
| bool vega::vr::manipulator_is_valid_for< manipulators::AttributeTagManipulator > | ( | VR::value_type | value | ) |
| bool vega::vr::manipulator_is_valid_for< manipulators::CodeStringManipulator > | ( | VR::value_type | value | ) |
| bool vega::vr::manipulator_is_valid_for< manipulators::DateManipulator > | ( | VR::value_type | value | ) |
| bool vega::vr::manipulator_is_valid_for< manipulators::DateTimeManipulator > | ( | VR::value_type | value | ) |
| bool vega::vr::manipulator_is_valid_for< manipulators::DecimalStringManipulator > | ( | VR::value_type | value | ) |
| bool vega::vr::manipulator_is_valid_for< manipulators::EncapsulatedPixelDataManipulator > | ( | VR::value_type | value | ) |
| bool vega::vr::manipulator_is_valid_for< manipulators::FloatingPointDoubleManipulator > | ( | VR::value_type | value | ) |
| bool vega::vr::manipulator_is_valid_for< manipulators::FloatingPointManipulator > | ( | VR::value_type | value | ) |
| bool vega::vr::manipulator_is_valid_for< manipulators::IntegerStringManipulator > | ( | VR::value_type | value | ) |
| bool vega::vr::manipulator_is_valid_for< manipulators::LongStringManipulator > | ( | VR::value_type | value | ) |
| bool vega::vr::manipulator_is_valid_for< manipulators::LongTextManipulator > | ( | VR::value_type | value | ) |
| bool vega::vr::manipulator_is_valid_for< manipulators::OtherByteManipulator > | ( | VR::value_type | value | ) |
| bool vega::vr::manipulator_is_valid_for< manipulators::OtherDoubleManipulator > | ( | VR::value_type | value | ) |
| bool vega::vr::manipulator_is_valid_for< manipulators::OtherFloatManipulator > | ( | VR::value_type | value | ) |
| bool vega::vr::manipulator_is_valid_for< manipulators::OtherLongManipulator > | ( | VR::value_type | value | ) |
| bool vega::vr::manipulator_is_valid_for< manipulators::OtherWordManipulator > | ( | VR::value_type | value | ) |
| bool vega::vr::manipulator_is_valid_for< manipulators::PersonNameManipulator > | ( | VR::value_type | value | ) |
| bool vega::vr::manipulator_is_valid_for< manipulators::PixelDataManipulator > | ( | VR::value_type | value | ) |
| bool vega::vr::manipulator_is_valid_for< manipulators::ShortStringManipulator > | ( | VR::value_type | value | ) |
| bool vega::vr::manipulator_is_valid_for< manipulators::ShortTextManipulator > | ( | VR::value_type | value | ) |
| bool vega::vr::manipulator_is_valid_for< manipulators::TimeManipulator > | ( | VR::value_type | value | ) |
| bool vega::vr::manipulator_is_valid_for< manipulators::UniqueIdentifierManipulator > | ( | VR::value_type | value | ) |
| bool vega::vr::manipulator_is_valid_for< manipulators::UnknownManipulator > | ( | VR::value_type | value | ) |
| bool vega::vr::manipulator_is_valid_for< manipulators::UnlimitedCharactersManipulator > | ( | VR::value_type | value | ) |
| bool vega::vr::manipulator_is_valid_for< manipulators::UnlimitedTextManipulator > | ( | VR::value_type | value | ) |
| bool vega::vr::manipulator_is_valid_for< manipulators::UnsignedLongManipulator > | ( | VR::value_type | value | ) |
| bool vega::vr::manipulator_is_valid_for< manipulators::UnsignedShortManipulator > | ( | VR::value_type | value | ) |
| bool vega::vr::manipulator_is_valid_for< manipulators::URIManipulator > | ( | VR::value_type | value | ) |
| VR vega::vr::parse_vr_string | ( | std::string | s | ) |
| const VR::Data vega::vr::AE_DATA = {.characters = {'A', 'E'}} |
Application Entity.
A string of characters that identifies an Application Entity with leading and trailer spaces (0x20) being non-significant. A value consisting soley of spaces shall not be used.
16 bytes maximum (string) (padded by space)
| const VR::value_type vega::vr::AE_VALUE = AE_DATA.value |
| const VR::Data vega::vr::AS_DATA = {.characters = {'A', 'S'}} |
Age String.
A string of characters with one of the following formats - nnnD, nnnW, nnnM, nnnY; where nnn shall contain the number of days for D, weeks for W, months for M, or years for Y.
Example: "018M" would represent an age of 18 months.
4 bytes fixed (formatted string)
| const VR::value_type vega::vr::AS_VALUE = AS_DATA.value |
| const VR::Data vega::vr::AT_DATA = {.characters = {'A', 'T'}} |
| const VR::value_type vega::vr::AT_VALUE = AT_DATA.value |
| const VR::Data vega::vr::CS_DATA = {.characters = {'C', 'S'}} |
Code String.
A string of characters with leading or trailing spaces (0x20) being non-significant.
16 bytes maximum (string) (padded by space)
| const VR::value_type vega::vr::CS_VALUE = CS_DATA.value |
| const VR::Data vega::vr::DA_DATA = {.characters = {'D', 'A'}} |
| const VR::value_type vega::vr::DA_VALUE = DA_DATA.value |
| const VR::Data vega::vr::DS_DATA = {.characters = {'D', 'S'}} |
Decimal String.
A string of characters representing either a fixed point number or a floating point number. A fixed point number shall contain only the characters 0-9 with an optional leading '+' or '-' and an optional '.' to mark the decimal point. A floating point number shall be conveyed as defined in ANSI X3.9, with and 'E' or 'e' to indicate the start of the exponent. Decimal Strings may be padded with leading or trailing spaces. Embedded spaces are not allowed.
16 bytes maximum (decimal string) (padded by space)
| const VR::value_type vega::vr::DS_VALUE = DS_DATA.value |
| const VR::Data vega::vr::DT_DATA = {.characters = {'D', 'T'}} |
The Date Time common data type. Indicates a concatenated date-time ASCII string in the format YYYYMMDDHHMMSS.FFFFFF&ZZZZ. The components of this string, from left to right, are YYYY = Year, MM = Month, DD = Day, HH = Hour, MM = Minute, SS = Second, FFFFFF = Fraction Second, & = '+' or '-', and ZZZZ = Hours and Minutes of offset. &ZZZZ is an optional suffix for plus/minus offset from Coordinated Universal Time. A component that is omitted from the string is termed a null componennt. Trailing null components of Date Time are ignored. Non-trailing null components are prohibited, given that the optional suffix is not considered as a component.
26 bytes maximum (formatted string)
| const VR::value_type vega::vr::DT_VALUE = DT_DATA.value |
| const VR::Data vega::vr::FD_DATA = {.characters = {'F', 'D'}} |
Floating Point Double.
Double precision binary floating point number represented in IEEE 754: 1985 64-bit Floating Point Number Format.
8 bytes fixed (double)
| const VR::value_type vega::vr::FD_VALUE = FD_DATA.value |
| const VR::Data vega::vr::FL_DATA = {.characters = {'F', 'L'}} |
Floating Point Single.
Single precision binary floating point number represented in IEEE 754: 1985 32-bit Floating Point Number Format.
4 bytes fixed (float)
| const VR::value_type vega::vr::FL_VALUE = FL_DATA.value |
| const VR::Data vega::vr::IS_DATA = {.characters = {'I', 'S'}} |
Integer String.
A string of characters representing an Integer in base-10 (decimal), shall contain only the characters 0-9, with an optional leading '+' or '-'. It may be padded with leading and/or trailing spaces. Embedded spaces are not allowed. The integer shall be in the range: (-2^31) to (2^31 - 1) inclusively.
12 bytes maximum (integer string) (padded by space)
| const VR::value_type vega::vr::IS_VALUE = IS_DATA.value |
| const VR::Data vega::vr::LO_DATA = {.characters = {'L', 'O'}} |
Long String.
A character string that may be padded with leading and/or trailing spaces. The character backslash '\' shall not be present, as it is used as the delimiter between values in multiple valued data elements. The string shall not have Control Characters except for ESC.
64 chars maximum (string) (padded by space)
| const VR::value_type vega::vr::LO_VALUE = LO_DATA.value |
| const VR::Data vega::vr::LT_DATA = {.characters = {'L', 'T'}} |
Long Text.
A character string that may contain one or more paragraphs. It may contain the Graphic Character set and the Control Characters, CR, LF, FF, and ESC. It may be padded with trailing spaces, which may be ignored, but leading spaces are considered to be significant. Data Elements with this VR shall not be multi-valued and therefore character backslash '\' may be used.
10240 chars maximum (string) (padded by space)
| const VR::value_type vega::vr::LT_VALUE = LT_DATA.value |
| const VR::Data vega::vr::OB_DATA = {.characters = {'O', 'B'}} |
Other Byte String.
A string of bytes where the encoding of the contents is specified by the negotiated Transfer Syntax. The string of bytes shall be padded with a single trailing NULL byte when necessary to achieve even length.
see Transfer Syntax definition (bytes - use hex) (padded by NULL)
| const VR::value_type vega::vr::OB_VALUE = OB_DATA.value |
| const VR::Data vega::vr::OD_DATA = {.characters = {'O', 'D'}} |
Other Double String.
A string of 64-bit IEEE 754:1985 floating point words. OD is a VR that requires byte swapping within each 64-bit word when changing between Little Endian and Big Endian byte ordering
| const VR::value_type vega::vr::OD_VALUE = OD_DATA.value |
| const VR::Data vega::vr::OF_DATA = {.characters = {'O', 'F'}} |
Other Float String.
A string of 32-bit IEEE 754: 1985 floating point words.
2^32-4 maximum (4 byte words - hex)
| const VR::value_type vega::vr::OF_VALUE = OF_DATA.value |
| const VR::Data vega::vr::OL_DATA = {.characters = {'O', 'L'}} |
| const VR::value_type vega::vr::OL_VALUE = OL_DATA.value |
| const VR::Data vega::vr::OW_DATA = {.characters = {'O', 'W'}} |
Other Word String.
A string of 16-bit words where the encoding of the contents is specified by the negotiated Transfer Syntax.
see Transfer Syntax definition (2 byte words - hex)
| const VR::value_type vega::vr::OW_VALUE = OW_DATA.value |
| const VR::Data vega::vr::OX_DATA = {.characters = {'o', 'x'}} |
| const VR::value_type vega::vr::OX_VALUE = OX_DATA.value |
| const VR::Data vega::vr::PN_DATA = {.characters = {'P', 'N'}} |
| const VR::value_type vega::vr::PN_VALUE = PN_DATA.value |
| const VR::Data vega::vr::SH_DATA = {.characters = {'S', 'H'}} |
Short String.
A character string that may be padded with leading and/or trailer spaces. The character backslash '\' shall not be present, as it is used as the delimiter between values for multiple data elements. The string shall not have Control Characters except ESC.
16 chars maximum (string) (padded by space)
| const VR::value_type vega::vr::SH_VALUE = SH_DATA.value |
| const VR::Data vega::vr::SL_DATA = {.characters = {'S', 'L'}} |
Signed Long.
Signed binaryt integer 32 bits long in 2's complement form. Represents an integer in the range (-2^31) to (2^31 - 1) inclusively.
4 bytes maximum (INT4)
| const VR::value_type vega::vr::SL_VALUE = SL_DATA.value |
| const VR::Data vega::vr::SQ_DATA = {.characters = {'S', 'Q'}} |
Sequence of Items.
The value field is a sequence of zero or more items.
| const VR::value_type vega::vr::SQ_VALUE = SQ_DATA.value |
| const VR::Data vega::vr::SS_DATA = {.characters = {'S', 'S'}} |
Signed Short.
Signed binary integer 16 bits long in 2's complement form. Represents an integer in the range (-2^15) to (2^15 - 1) inclusively.
2 bytes fixed (INT2)
| const VR::value_type vega::vr::SS_VALUE = SS_DATA.value |
| const VR::Data vega::vr::ST_DATA = {.characters = {'S', 'T'}} |
Short Text.
A character string that may contain one or more paragraphs. It may contain the Graphic Character set and the Control Characters, CR, LF, FF, and ESC. It may be padded with trailing spaces, which may be ignored, but leading spaces are considered significant. Data Elements with this VR shall not be multi-valued and therefore character backslash '\' may be used.
1024 chars maximum (string) (padded by space)
| const VR::value_type vega::vr::ST_VALUE = ST_DATA.value |
| const VR::Data vega::vr::TM_DATA = {.characters = {'T', 'M'}} |
Time.
A string of characters of the format hhmmss.frac; where hh contains hours (range 00 to 23), mm contains minutes (range 00 to 59), ss contains seconds (range 00 to 59), and frac contains a fractional part of a second as small as 1 millionth of a second (range 000000 to 999999). A 24 hour clock is assumed. Midnight can be represented by only 0000 since 2400 would violate the hour range. The string may be padded with trailing spaces. Leading and embedded spaces are not allowed. One or more of the components mm, ss, or frac may be unspecified as long as every component to the right of an unspecified component is also unspecified. If frac is unspecified the preceding '.' may not be included.
16 bytes maximum (formatted string) (padded by space)
| const VR::value_type vega::vr::TM_VALUE = TM_DATA.value |
| const VR::Data vega::vr::UC_DATA = {.characters = {'U', 'C'}} |
| const VR::value_type vega::vr::UC_VALUE = UC_DATA.value |
| const VR::Data vega::vr::UI_DATA = {.characters = {'U', 'I'}} |
Unique Identifier (UID)
A character string containing a UID that is used to uniquely identify a wide variety of items. The UID is a series of numeric components separated by the period '.' character. If a Value Field containing one or more UIDs is an odd number of bytes in length, the Value Field shall be padded with a single trailing NULL character to ensure that the Value Field is an even number of bytes in length.
64 bytes maximum (string) (padded by NULL)
| const VR::value_type vega::vr::UI_VALUE = UI_DATA.value |
| const VR::Data vega::vr::UL_DATA = {.characters = {'U', 'L'}} |
Unsigned Long.
Unsigned binary integer 32 bits long. Represents an integer in the range 0 to 2^32 inclusively.
4 bytes maximum (UINT4)
| const VR::value_type vega::vr::UL_VALUE = UL_DATA.value |
| const VR::Data vega::vr::UN_DATA = {.characters = {'U', 'N'}} |
Unknown.
A string of bytes where the encoding of the contents is unknown. Any length that is valid for any of the other DICOM Value Representations is also valid for UN (string)
| const VR::value_type vega::vr::UN_VALUE = UN_DATA.value |
| const VR::Data vega::vr::UR_DATA = {.characters = {'U', 'R'}} |
| const VR::value_type vega::vr::UR_VALUE = UR_DATA.value |
| const VR::Data vega::vr::US_DATA = {.characters = {'U', 'S'}} |
Unsigned Short.
Unsigned binary integer 16 bits long. Represents an integer in the range 0 to 2^16 inclusively.
2 bytes fixed (UINT2)
| const VR::value_type vega::vr::US_VALUE = US_DATA.value |
| const VR::Data vega::vr::UT_DATA = {.characters = {'U', 'T'}} |
Unlimited Text.
A character string that may contain one or more paragraphs. It may contain the Graphic Character set and the Control Characters, CR, LF, FF, and ESC. It may be padded with trailing spaces, which may be ignored, but leading spaces are considered to be significant. Data Elements with this VR shall not be multi-valued and there for character backslash '\' may be used.
2^32-2 limited by the size of the maximum unsigned integer representable in a 32 bit field minus one since 0xFFFFFFFF is reserved (padded by space)
| const VR::value_type vega::vr::UT_VALUE = UT_DATA.value |
| const VR::Data vega::vr::UW_DATA = {.characters = {'u', 'w'}} |
| const VR::value_type vega::vr::UW_VALUE = UW_DATA.value |
| const VR::Data vega::vr::XS_DATA = {.characters = {'x', 's'}} |
| const VR::value_type vega::vr::XS_VALUE = XS_DATA.value |
| const VR::Data vega::vr::XW_DATA = {.characters = {'x', 'w'}} |
| const VR::value_type vega::vr::XW_VALUE = XW_DATA.value |
1.8.13