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OpendTect
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49 {
return !(*
this==oth); }
51 inline bool isDefined()
const;
52 inline bool isUdf()
const {
return !isDefined(); }
bool isUdf() const
Definition: trckey.h:56
FT val_
Definition: posidxpairvalue.h:63
static const TrcKey & udf()
#define mIsEqual(x, y, eps)
Definition: commondefs.h:67
#define mIsUdf(val)
Use mIsUdf to check for undefinedness of simple types.
Definition: undefval.h:289
TrcKeyValue(const BinIDValue &)
#define mExpClass(module)
Definition: commondefs.h:177
TrcKeyValue & setLineNr(Pos::LineID nr)
Definition: trckeyvalue.h:41
static const TrcKeyValue & udf()
bool operator!=(const TrcKeyValue &oth) const
Definition: trckeyvalue.h:48
Index_Type LineID
Definition: commontypes.h:85
Pos::LineID lineNr() const
Definition: trckeyvalue.h:37
Index_Type TraceID
Definition: commontypes.h:86
Definition: trckeyvalue.h:27
bool isDefined() const
Definition: trckeyvalue.h:59
bool operator==(const TrcKeyValue &oth) const
Definition: trckeyvalue.h:46
Represents a unique trace position in one of the surveys that OpendTect is managing.
Definition: trckey.h:28
BinID and a value.
Definition: binidvalue.h:31
#define mUdf(type)
Use this macro to get the undefined for simple types.
Definition: undefval.h:274
bool isUdf() const
Definition: trckeyvalue.h:52
TrcKeyValue(const TrcKey &tk=TrcKey::udf(), float v=Values::Undef< float >::val())
Definition: trckeyvalue.h:30
TrcKey tk_
Definition: trckeyvalue.h:55
Pos::TraceID trcNr() const
Definition: trckeyvalue.h:39
float val_
Definition: trckeyvalue.h:56
TrcKeyValue & setTrcNr(Pos::TraceID nr)
Definition: trckeyvalue.h:43
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