DEIMOS
Earth Observation Mission CFI Software
Lib Software User Manual		 ESA
Public Member Functions

EECFI::TimeCorrelation Class Reference

Class that stores the time correlations. More...

Inheritance diagram for EECFI::TimeCorrelation:
EECFI::CfiId EECFI::CfiClass

List of all members.

Public Member Functions

 TimeCorrelation (double time_corr[4])
 Class constructor: using time correlations.
 TimeCorrelation (long timeModel, const std::vector< std::string > &timeFiles, const TimeInterval &time, TimeInterval &valTime)
 Class constructor: using files and times.
 TimeCorrelation (long timeModel, const std::vector< std::string > &timeFiles, long timeRef, const OrbitInterval &orbits, TimeInterval &valTime)
 Class constructor: using files and orbits.
 TimeCorrelation (long timeModel, const std::vector< std::string > &timeFiles, long timeRef, TimeInterval &valTime)
 Class constructor: using files and default initialisation interval.
 TimeCorrelation (long timeModel, const std::vector< OsfFile > &fileData, const TimeInterval &time, TimeInterval &valTime)
 Class constructor: using data read from OSF files and times.
 TimeCorrelation (long timeModel, const std::vector< OsfFile > &fileData, long timeRef, const OrbitInterval &orbits, TimeInterval &valTime)
 Class constructor: using data read from OSF files and orbits.
 TimeCorrelation (long timeModel, const std::vector< OsfFile > &fileData, long timeRef, TimeInterval &valTime)
 Class constructor: using data read from OSF files and default initialisation interval.
 TimeCorrelation (long timeModel, const std::vector< OrbitFile > &fileData, const TimeInterval &time, TimeInterval &valTime)
 Class constructor: using data read from Orbit files and times.
 TimeCorrelation (long timeModel, const std::vector< OrbitFile > &fileData, long timeRef, const OrbitInterval &orbits, TimeInterval &valTime)
 Class constructor: using data read from Orbit files and orbits.
 TimeCorrelation (long timeModel, const std::vector< OrbitFile > &fileData, long timeRef, TimeInterval &valTime)
 Class constructor: using data read from Orbit files and default initialisation interval.
 TimeCorrelation (long timeModel, const std::vector< DorisFile > &fileData, const TimeInterval &time, TimeInterval &valTime)
 Class constructor: using data read from DORIS Navigator files and times.
 TimeCorrelation (long timeModel, const std::vector< DorisFile > &fileData, long timeRef, const OrbitInterval &orbits, TimeInterval &valTime)
 Class constructor: using data read from DORIS Navigator files and orbits.
 TimeCorrelation (long timeModel, const std::vector< DorisFile > &fileData, long timeRef, TimeInterval &valTime)
 Class constructor: using data read from DORIS Navigator files and default initialisation interval.
 TimeCorrelation (long timeModel, const std::vector< IersBulletinFile > &fileData, const TimeInterval &time, TimeInterval &valTime)
 Class constructor: using data read from IERS bulletin files and times.
 TimeCorrelation (long timeModel, const std::vector< IersBulletinFile > &fileData, long timeRef, const OrbitInterval &orbits, TimeInterval &valTime)
 Class constructor: using data read from IERS bulletin files and orbits.
 TimeCorrelation (long timeModel, const std::vector< IersBulletinFile > &fileData, long timeRef, TimeInterval &valTime)
 Class constructor: using data read from IERS bulletin files and default initialisation interval.
 TimeCorrelation (const TimeCorrelationData &timeData, long timeRef, TimeInterval &valTime)
 Class constructor: with user define Time correlation data.
 TimeCorrelation ()
 Empty Class constructor: do not initialise time correlations.
 ~TimeCorrelation () EXCEPT
 Class destructor.
TimeCorrelationData getData () const
 Get data.
void getLeapSecondInfo (long asciiFormat, long &leapFlag, std::string &UtcTimeBeforeLeap, std::string &UtcTimeAfterLeap) const
 Get leap second info.
void setData (const TimeCorrelationData &timeCorr)
 Set data (the TimeCorrelation object has to be initialized).
void operator= (const TimeCorrelation &timeIdIn)
 Copy operator.

Detailed Description

Class that stores the time correlations.

Constructor & Destructor Documentation

EECFI::TimeCorrelation::TimeCorrelation ( double  time_corr[4]  )  [explicit]

Class constructor: using time correlations.

Parameters:
time_corr Time correlations array: [0] = TAI time (Decimal days - Processing format). Allowed range=[-18262.0, 36524.0]
[1] = UTC time (Decimal days - Processing format). Allowed range=[-18262.0, 36524.0]
[2] = UT1 time (Decimal days - Processing format). Allowed range=[-18262.0, 36524.0]
[3] = GPS time (Decimal days - Processing format). Allowed range=[-18262.0, 36524.0].

References EECFI::CfiId::addInstance(), and EECFI::CfiClass::throwWarn.

EECFI::TimeCorrelation::TimeCorrelation ( long  timeModel,
const std::vector< std::string > &  timeFiles,
const TimeInterval &  time,
TimeInterval &  valTime 
)

Class constructor: using files and times.

EECFI::TimeCorrelation::TimeCorrelation ( long  timeModel,
const std::vector< std::string > &  timeFiles,
long  timeRef,
const OrbitInterval &  orbits,
TimeInterval &  valTime 
)

Class constructor: using files and orbits.

EECFI::TimeCorrelation::TimeCorrelation ( long  timeModel,
const std::vector< std::string > &  timeFiles,
long  timeRef,
TimeInterval &  valTime 
)

Class constructor: using files and default initialisation interval.

EECFI::TimeCorrelation::TimeCorrelation ( long  timeModel,
const std::vector< OsfFile > &  fileData,
const TimeInterval &  time,
TimeInterval &  valTime 
)

Class constructor: using data read from OSF files and times.

EECFI::TimeCorrelation::TimeCorrelation ( long  timeModel,
const std::vector< OsfFile > &  fileData,
long  timeRef,
const OrbitInterval &  orbits,
TimeInterval &  valTime 
)

Class constructor: using data read from OSF files and orbits.

EECFI::TimeCorrelation::TimeCorrelation ( long  timeModel,
const std::vector< OsfFile > &  fileData,
long  timeRef,
TimeInterval &  valTime 
)

Class constructor: using data read from OSF files and default initialisation interval.

EECFI::TimeCorrelation::TimeCorrelation ( long  timeModel,
const std::vector< OrbitFile > &  fileData,
const TimeInterval &  time,
TimeInterval &  valTime 
)

Class constructor: using data read from Orbit files and times.

EECFI::TimeCorrelation::TimeCorrelation ( long  timeModel,
const std::vector< OrbitFile > &  fileData,
long  timeRef,
const OrbitInterval &  orbits,
TimeInterval &  valTime 
)

Class constructor: using data read from Orbit files and orbits.

EECFI::TimeCorrelation::TimeCorrelation ( long  timeModel,
const std::vector< OrbitFile > &  fileData,
long  timeRef,
TimeInterval &  valTime 
)

Class constructor: using data read from Orbit files and default initialisation interval.

EECFI::TimeCorrelation::TimeCorrelation ( long  timeModel,
const std::vector< DorisFile > &  fileData,
const TimeInterval &  time,
TimeInterval &  valTime 
)

Class constructor: using data read from DORIS Navigator files and times.

EECFI::TimeCorrelation::TimeCorrelation ( long  timeModel,
const std::vector< DorisFile > &  fileData,
long  timeRef,
const OrbitInterval &  orbits,
TimeInterval &  valTime 
)

Class constructor: using data read from DORIS Navigator files and orbits.

EECFI::TimeCorrelation::TimeCorrelation ( long  timeModel,
const std::vector< DorisFile > &  fileData,
long  timeRef,
TimeInterval &  valTime 
)

Class constructor: using data read from DORIS Navigator files and default initialisation interval.

EECFI::TimeCorrelation::TimeCorrelation ( long  timeModel,
const std::vector< IersBulletinFile > &  fileData,
const TimeInterval &  time,
TimeInterval &  valTime 
)

Class constructor: using data read from IERS bulletin files and times.

EECFI::TimeCorrelation::TimeCorrelation ( long  timeModel,
const std::vector< IersBulletinFile > &  fileData,
long  timeRef,
const OrbitInterval &  orbits,
TimeInterval &  valTime 
)

Class constructor: using data read from IERS bulletin files and orbits.

EECFI::TimeCorrelation::TimeCorrelation ( long  timeModel,
const std::vector< IersBulletinFile > &  fileData,
long  timeRef,
TimeInterval &  valTime 
)

Class constructor: using data read from IERS bulletin files and default initialisation interval.

EECFI::TimeCorrelation::TimeCorrelation ( const TimeCorrelationData &  timeData,
long  timeRef,
TimeInterval &  valTime 
)

Class constructor: with user define Time correlation data.

References EECFI::CfiId::addInstance(), EECFI::TimeCorrelationData::iersBulletinType, EECFI::TimeCorrelationData::iersFormulaFlag, setData(), EECFI::TimeInterval::startTime, EECFI::TimeInterval::stopTime, EECFI::CfiClass::throwWarn, EECFI::TimeCorrelationData::timeCorrVector, and EECFI::TimeInterval::timeRef.

EECFI::TimeCorrelation::TimeCorrelation (  ) 

Empty Class constructor: do not initialise time correlations.

EECFI::TimeCorrelation::~TimeCorrelation (  ) 

Class destructor.

Member Function Documentation

TimeCorrelationData EECFI::TimeCorrelation::getData (  )  const

Get data.

Returns:
Time correlation data.

References EECFI::LaunchInertialFrameConfig::enabledFlag, EECFI::LeapSecondInfo::flag, EECFI::TimeCorrelationData::iersBulletinType, EECFI::TimeCorrelationData::iersFormulaFlag, EECFI::TimeCorrelationData::launchInertialFrameConfig, EECFI::TimeCorrelationData::leapSecond, EECFI::LaunchInertialFrameConfig::longitude, EECFI::TimeCorrelationData::polarMotionFormula, EECFI::TimeCorrelationData::polarMotionParams, EECFI::TimeCorrelationData::predictionFirstRecord, EECFI::TimeData::tai_gps, EECFI::TimeData::tai_ut1, EECFI::TimeData::tai_utc, EECFI::TimeData::taiTime, EECFI::TimeCorrelationData::timeCorrelationFormula, EECFI::TimeCorrelationData::timeCorrVector, EECFI::TimeData::ut1Time, EECFI::LaunchInertialFrameConfig::utcTime, EECFI::LeapSecondInfo::utcTime, EECFI::PolarMotionParams::x, and EECFI::PolarMotionParams::y.

void EECFI::TimeCorrelation::getLeapSecondInfo ( long  asciiFormat,
long &  leapFlag,
std::string &  UtcTimeBeforeLeap,
std::string &  UtcTimeAfterLeap 
) const

Get leap second info.

Note that, if the time correlations where initalised with an Orbit Scenario File, leap seconds could be wrongly calculated.

void EECFI::TimeCorrelation::operator= ( const TimeCorrelation &  timeIdIn  ) 

Copy operator.

Parameters:
timeIdIn TimeCorrelation we want to copy.

References EECFI::CfiId::addInstance().

void EECFI::TimeCorrelation::setData ( const TimeCorrelationData &  timeCorr  ) 

Set data (the TimeCorrelation object has to be initialized).

Parameters:
timeCorr Time correlation data.

References EECFI::TimeCorrelationFormula::a, EECFI::PolarMotionFormula::Adiv, EECFI::PolarMotionFormula::Aref, EECFI::PolarMotionFormula::ax, EECFI::PolarMotionFormula::ay, EECFI::TimeCorrelationFormula::b, EECFI::TimeCorrelationFormula::bRef, EECFI::PolarMotionFormula::bx, EECFI::PolarMotionFormula::by, EECFI::PolarMotionFormula::Cdiv, EECFI::PolarMotionFormula::Cref, EECFI::PolarMotionFormula::cx, EECFI::PolarMotionFormula::cy, EECFI::PolarMotionFormula::dx, EECFI::PolarMotionFormula::dy, EECFI::LaunchInertialFrameConfig::enabledFlag, EECFI::PolarMotionFormula::ex, EECFI::PolarMotionFormula::ey, EECFI::LeapSecondInfo::flag, EECFI::TimeCorrelationData::iersBulletinType, EECFI::TimeCorrelationData::iersFormulaFlag, EECFI::TimeCorrelationData::launchInertialFrameConfig, EECFI::TimeCorrelationData::leapSecond, EECFI::LaunchInertialFrameConfig::longitude, EECFI::TimeCorrelationData::polarMotionFormula, EECFI::TimeCorrelationData::polarMotionParams, EECFI::TimeCorrelationData::predictionFirstRecord, EECFI::TimeCorrelationData::timeCorrelationFormula, EECFI::TimeCorrelationData::timeCorrVector, EECFI::LaunchInertialFrameConfig::utcTime, and EECFI::LeapSecondInfo::utcTime.

Referenced by TimeCorrelation().

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