SpaceTrack.fromJson constructor

SpaceTrack.fromJson(Map<String, dynamic> json)

Implementation

SpaceTrack.fromJson(Map<String, dynamic> json) {
  _cCSDSOMMVERS = json['CCSDS_OMM_VERS'];
  _cOMMENT = json['COMMENT'];
  _cREATIONDATE = json['CREATION_DATE'];
  _oRIGINATOR = json['ORIGINATOR'];
  _oBJECTNAME = json['OBJECT_NAME'];
  _oBJECTID = json['OBJECT_ID'];
  _cENTERNAME = json['CENTER_NAME'];
  _rEFFRAME = json['REF_FRAME'];
  _tIMESYSTEM = json['TIME_SYSTEM'];
  _mEANELEMENTTHEORY = json['MEAN_ELEMENT_THEORY'];
  _ePOCH = json['EPOCH'];
  _mEANMOTION = json['MEAN_MOTION'];
  _eCCENTRICITY = json['ECCENTRICITY'];
  _iNCLINATION = json['INCLINATION'];
  _rAOFASCNODE = json['RA_OF_ASC_NODE'];
  _aRGOFPERICENTER = json['ARG_OF_PERICENTER'];
  _mEANANOMALY = json['MEAN_ANOMALY'];
  _ePHEMERISTYPE = json['EPHEMERIS_TYPE'];
  _cLASSIFICATIONTYPE = json['CLASSIFICATION_TYPE'];
  _nORADCATID = json['NORAD_CAT_ID'];
  _eLEMENTSETNO = json['ELEMENT_SET_NO'];
  _rEVATEPOCH = json['REV_AT_EPOCH'];
  _bSTAR = json['BSTAR'];
  _mEANMOTIONDOT = json['MEAN_MOTION_DOT'];
  _mEANMOTIONDDOT = json['MEAN_MOTION_DDOT'];
  _sEMIMAJORAXIS = json['SEMIMAJOR_AXIS'];
  _pERIOD = json['PERIOD'];
  _aPOAPSIS = json['APOAPSIS'];
  _pERIAPSIS = json['PERIAPSIS'];
  _oBJECTTYPE = json['OBJECT_TYPE'];
  _rCSSIZE = json['RCS_SIZE'];
  _cOUNTRYCODE = json['COUNTRY_CODE'];
  _lAUNCHDATE = json['LAUNCH_DATE'];
  _sITE = json['SITE'];
  _dECAYDATE = json['DECAY_DATE'];
  _dECAYED = json['DECAYED'];
  _fILE = json['FILE'];
  _gPID = json['GP_ID'];
  _tLELINE0 = json['TLE_LINE0'];
  _tLELINE1 = json['TLE_LINE1'];
  _tLELINE2 = json['TLE_LINE2'];
}