+ ]icsVRt^RIt^RIt^RIt^RIt^RIHt^RIH t !RR4t R#)z Epoch module.N)_api)date2numcsa]tRt^ toRRR/RRR//tRRltRtRtRtR t R t ] P!] ] P4t] P!] ] P 4t] P!] ] P$4t] P!] ] P(4t] P!] ] P,4t] P!] ] P04tR tR tR tRt]R4tRt Vt!R#)EpochZETZUTCgo P@Nc  sVfVf]VeVeUVe VfMVfIVf Vf Ve=Ve9VeVf1Ve Vf)Vf%Ve<\V\P4'g\RV: RV: RV: RV: 24h\P !VP VR7WnVe \V4pVeN\V4R,p\P!V4Vn W0P, R,Vn R#\V4Vn \V4Vn \P!VPR , 4pV;PV, un V;PVR,,un R#) a* Create a new Epoch object. Build an epoch 1 of 2 ways: Using seconds past a Julian date: # Epoch('ET', sec=1e8, jd=2451545) or using a matplotlib day number # Epoch('ET', daynum=730119.5) = ERROR CONDITIONS - If the input units are not in the allowed list, an error is thrown. = INPUT VARIABLES - frame The frame of the epoch. Must be 'ET' or 'UTC' - sec The number of seconds past the input JD. - jd The Julian date of the epoch. - daynum The matplotlib day number of the epoch. - dt A python datetime instance. NzlInvalid inputs. Must enter sec and jd together, daynum by itself, or dt (must be a python datetime). Sec = z JD = z dnum= z dt = )framegQD:A@Q) isinstanceDTdatetimeZ ValueErrorrZ check_in_listallowed_framerZfloatmathZfloor_jd_seconds)selfrsecjdZdaynumZdtZ deltaDayss&&&&&& I/usr/lib64/python3.14/site-packages/matplotlib/testing/jpl_units/Epoch.py__init__ZEpoch.__init__s0,[R^RZ#/R^BJ+#S_.*R*E*E "2vr 34 4 4<b\F  v*Bzz"~DH((]g5DM"#JDMRyDH 4==5#89I HH !H MMY0 0McsVPV8XdV#VPVP,V,p\WPV,VP4#N)r r rr r )rrZoffset&& rconvertZ Epoch.convertTsD ;;% Kdkk*51UMMF2DHH==rcsVP#r)r r&rrZ Epoch.frame\s {{rcsTpWP8wdVPV4pVPVPR, ,#)rr rr r )rrtrr julianDateZEpoch.julianDate_s7  KK  U#AuuqzzG+++rcsTpWP8wdVPV4pVPV, pVPVR,,#)rr)rrrrZdeltas&&& r secondsPastZEpoch.secondsPastfs?  KK  U#A zzEEM))rc sTpVPVP8wdVPVP4pVPVP8wdV!VPVP4#V!VPVP4#)z4Compare Epochs *self* and *rhs* using operator *op*.r)rZoprhsrs&&& r_cmpZ Epoch._cmpnsc  ;;#** $ SZZ(A 55CGG aeeSWW% %!**cll++rc sTpVPVP48wdVPVP4pVPVP 4,p\ VPW2P 4#)z Add a duration to an Epoch. = INPUT VARIABLES - rhs The Epoch to subtract. = RETURN VALUE - Returns the difference of ourselves and the input Epoch. )r rrr Zsecondsrr )rrrrs&& r__add__Z Epoch.__add__~sV  ;;#))+ % SZZ(Ajj3;;=(QXXsEE**rc s^RIHuHp\WP4'd W),#TpVP VP 8wdVP VP 4pVPVP, pVPVP, pVP VP VR,V,4#)a3 Subtract two Epoch's or a Duration from an Epoch. Valid: Duration = Epoch - Epoch Epoch = Epoch - Duration = INPUT VARIABLES - rhs The Epoch to subtract. = RETURN VALUE - Returns either the duration between to Epoch's or the a new Epoch that is the result of subtracting a duration from an epoch. Nr) Zmatplotlib.testing.jpl_unitsZtestingZ jpl_unitsrZDurationr rr r )rrZUrZdaysrs&& r__sub__Z Epoch.__sub__s 10 c:: & &$;   ;;#** $ SZZ(Auuswwjj3<<'zz#**d5j3&677rc sXVPVP4R RVP 2#)Print the Epoch.z22.15eZ )rr rrr__str__Z Epoch.__str__s'//$++.v6a }EErc s\V4#)r!)Zstrrrr__repr__ZEpoch.__repr__s 4yrc st.p^pWV,,pWQ8dV#VPV4V^, pK5)at Generate a range of Epoch objects. Similar to the Python range() method. Returns the range [ start, stop) at the requested step. Each element will be a Epoch object. = INPUT VARIABLES - start The starting value of the range. - stop The stop value of the range. - step Step to use. = RETURN VALUE - Returns a list containing the requested Epoch values. )Zappend)ZstartZstopZstepZelemsZiZds&&& rrangeZ Epoch.rangesB" D Ay   LLO FAr)r r r go P)NNNN)"Z__name__Z __module__Z __qualname__Z__firstlineno__r rrrrrr functoolsZ partialmethodoperatorZeqZ__eq__ZneZ__ne__ZltZ__lt__ZleZ__le__ZgtZ__gt__ZgeZ__ge__rr r"r#Z staticmethodr$Z__static_attributes__Z__classdictcell__)Z __classdict__s@rrr s 8  (  G:1x>,*, $ $T8;; 7F  $ $T8;; 7F  $ $T8;; 7F  $ $T8;; 7F  $ $T8;; 7F  $ $T8;; 7F+$8>Frr) Z__doc__r%r&r rrZ matplotlibrZmatplotlib.datesrr)rrr's& %GGr