@wOGc5@sdZddkZddkZddkZddkZddkZddkZddkZddkZddk Z ddk i Z ddk iZddkiZddklZddklZlZlZlZlZlZlZlZlZlZlZlZlZl Z l!Z!ddk"l#Z#ddk$Z%dmZ&eid+Z'd,Z(d-Z)d.e)Z*d.e*Z+d/e+Z,d0Z-d1Z.e.d2Z/e/d3Z0eeeeeeef\Z1Z2Z3Z4Z5Z6Z7e1e2e3e4e5e6e7fZ8d4Z9dd5Z;d6dnd7YZ<d8Z=d9Z>d:Z?d;Z@dd<ZAd=ZBd eiCfd>YZDd eiCfd?YZEd@eiCfdAYZFdBdodCYZGdeiHfdDYZIdeIfdEYZJdFeIfdGYZKdeIfdHYZLdeJfdIYZMdeJfdJYZNdeJfdKYZOdeJfdLYZPdeJfdMYZQdeJfdNYZRdOdPZSdOdQZTdRZUdSZVdTZWddOdUZXdVZYdWZZdXZ[dYZ\dZe i]fd[YZ^e^e i_ei`ecZdeSeceAedebeidfdgdhdeebZeeidfdgdOdeebZfeigd)diZheBeeefehZiddjkjlkZkllZleke>eeZmeke>efZnelemenZoelemenZpeOdkebZqeqireoeqisepeqit\ZuZvepiweueveqZxdlZyeDeyebZzxeiD]Z{eze{GHqWndS(psU Matplotlib provides sophisticated date plotting capabilities, standing on the shoulders of python datetime, the add-on modules pytz and dateutils. datetime objects are converted to floating point numbers which represent the number of days since 0001-01-01 UTC. The helper functions date2num, num2date and drange are used to facilitate easy conversion to and from datetime and numeric ranges. A wide range of specific and general purpose date tick locators and formatters are provided in this module. See matplotlib.tickers for general information on tick locators and formatters. These are described below. All the matplotlib date converters, tickers and formatters are timezone aware, and the default timezone is given by the timezone parameter in your matplotlibrc file. If you leave out a tz timezone instance, the default from your rc file will be assumed. If you want to use a custom time zone, pass a pytz.timezone instance with the tz keyword argument to num2date, plot_date, and any custom date tickers or locators you create. See http://pytz.sourceforge.net for information on pytz and timezone handling. The dateutil module (http://labix.org/python-dateutil) provides additional code to handle date ticking, making it easy to place ticks on any kinds of dates - see examples below. Date tickers - Most of the date tickers can locate single or multiple values. Eg # tick on mondays every week loc = WeekdayLocator(byweekday=MO, tz=tz) # tick on mondays and saturdays loc = WeekdayLocator(byweekday=(MO, SA)) In addition, most of the constructors take an interval argument. # tick on mondays every second week loc = WeekdayLocator(byweekday=MO, interval=2) The rrule locator allows completely general date ticking # tick every 5th easter rule = rrulewrapper(YEARLY, byeaster=1, interval=5) loc = RRuleLocator(rule) Here are all the date tickers * MinuteLocator - locate minutes * HourLocator - locate hours * DayLocator - locate specifed days of the month * WeekdayLocator - Locate days of the week, eg MO, TU * MonthLocator - locate months, eg 7 for july * YearLocator - locate years that are multiples of base * RRuleLocator - locate using a matplotlib.dates.rrulewrapper. The rrulewrapper is a simple wrapper around a dateutils.rrule https://moin.conectiva.com.br/DateUtil which allow almost arbitrary date tick specifications. See examples/date_demo_rrule.py Date formatters DateFormatter - use strftime format strings DateIndexFormatter - date plots with implicit x indexing. iN(ttimezone(trruletMOtTUtWEtTHtFRtSAtSUtYEARLYtMONTHLYtWEEKLYtDAILYtHOURLYtMINUTELYtSECONDLY(t relativedeltatdate2numtnum2datetdranget epoch2numt num2epochtmx2numt DateFormattertIndexDateFormattert DateLocatort RRuleLocatort YearLocatort MonthLocatortWeekdayLocatort DayLocatort HourLocatort MinuteLocatort SecondLocatorRRRRRRRRR R R R R RRRtsecondstminutesthourstweekstUTCcCstid}ti|S(NR(t matplotlibtrcParamstpytzR(ts((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyt_get_rc_timezoneos g8@gN@g.Ai<iiicCst|doA|idj o1|ii|}|dj o||8}qQnt|i}t|do6||it|it |i t |i t 7}n|S(s convert datetime to the Gregorian date as UTC float days, preserving hours, minutes, seconds and microseconds. return value is a float ttzinfothourN(thasattrR,tNonet utcoffsettfloatt toordinalR-t HOURS_PER_DAYtminutetMINUTES_PER_DAYtsecondtSECONDS_PER_DAYt microsecondtMUSECONDS_PER_DAY(tdttdeltatbase((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyt _to_ordinalfs  3c Cs4|d jo t}nt|}tii|}t||}td|d\}}td|d\}}td|d\}}td|}|djo d}nti|i|i|i t|t|t||dt i |}|djo|ti d d|7}n|S( s convert Gregorian float of the date, preserving hours, minutes, seconds and microseconds. return value is a datetime iii<g.Ai iR,i6Bt microsecondsN( R/R+tinttdatetimet fromordinalR1tdivmodtyeartmonthtdayR&t astimezonet timedelta( txttztixR:t remainderR-R4R6R8((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyt_from_ordinalfs - t strpdate2numcBs eZdZdZdZRS(s Use this class to parse date strings to matplotlib datenums when you know the date format string of the date you are parsing. See examples/load_demo.py cCs ||_dS(s- fmt: any valid strptime format is supported N(tfmt(tselfRN((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyt__init__scCs&ttiti||id S(sMs : string to be converted return value: a date2num float i(RR@ttimetstrptimeRN(ROR*((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyt__call__s(t__name__t __module__t__doc__RPRS(((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyRMs cCseti|o tii|}t|Sn2tg}|D]}|tii|q>~SdS(s~ Convert a date string to a datenum using dateutil.parser.parse d can be a single string or a sequence of strings N(tcbooktis_string_liketdateutiltparsertparseR(tdR:t_[1]R*((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyt datestr2numscCsPti|pt|Sn/tig}|D]}|t|q/~SdS(s d is either a datetime instance or a sequence of datetimes return value is a floating point number (or sequence of floats) which gives number of days (fraction part represents hours, minutes, seconds) since 0001-01-01 00:00:00 UTC N(RWtiterableR=tnpytasarray(R\R]tval((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyRscCs+ti|oti|}n|dS(sFconvert a Julian date (or sequence) to a matplotlib date (or sequence)gQD:A(RWR_R`Ra(tj((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyt julian2nums#cCs+ti|oti|}n|dS(sFconvert a matplotlib date (or seguence) to a Julian date (or sequence)gQD:A(RWR_R`Ra(tn((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyt num2julians#cCsg|djo t}nti|pt||Sn)g}|D]}|t||qF~SdS(s) x is a float value which gives number of days (fraction part represents hours, minutes, seconds) since 0001-01-01 00:00:00 UTC Return value is a datetime instance in timezone tz (default to rcparams TZ value) if x is a sequence, a sequence of datetimes will be returned N(R/R+RWR_RL(RHRIR]Rb((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyRs !cCsJ|i|it|it}t|}t|}ti|||S(s Return a date range as float gregorian ordinals. dstart and dend are datetime instances. delta is a datetime.timedelta instance (tdaysR"R7R>R9R=R`tarange(tdstarttdendR;tsteptf1tf2((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyRs   cBsPeZdZeidZddZddZdZ dZ dZ RS( s8 Tick location is seconds since the epoch. 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N( RTRURVtretcompileRxR/RPRSRpRwRn(((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyRs     cBs&eZdZddZddZRS(sA Use with IndexLocator to cycle format strings by index. cCs9|djo t}n||_||_||_dS(sj t is a sequence of dates floating point days). fmt is a strftime format string N(R/R+ttRNRI(RORRNRI((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyRPSs  icCsott|}|t|ijp |djodSnt|i||i}ti|i|i S(s+Return the label for time x at position posit( R?troundtlenRRRIRWR{RnRN(RORHRotindR:((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyRS^s+N(RTRURVR/RPRS(((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyROs tAutoDateFormattercBs&eZdZddZddZRS(s This class attempt to figure out the best format to use. This is most useful when used with the AutoDateLocator. cCs(||_td||_||_dS(Ns%b %d %Y %H:%M:%S %Z(t_locatorRt _formattert_tz(ROtlocatorRI((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyRPys icCs7t|ii}|djotd|i|_n|djotd|i|_n|djp |djotd|i|_n|ddjotd |i|_nj|ddjotd |i|_n@|ddjotd |i|_ntd |i|_|i||S(Ngv@s%Yg>@s%b %Yg?g@s%b %d %Yg8@s %H:%M:%S %Zii<is%b %d %Y %H:%M:%S %ZiiQ(R1Rt _get_unitRRR(RORHRotscale((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyRS~s  N(RTRURVR/RPRS(((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyRhs t rrulewrappercBs#eZdZdZdZRS(cKs2|i|_||id@g@g?ii<iiiiQ(RR R R R R RR(RO((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyR!s   cCs>|i|i\}}|i|||_|iiS(s+Try to choose the view limits intelligently(RRRRR(RORR((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyR4s cCs+t||}|id}|d|i}|d|i}|d|i}|d|i}|d|i} d} d} d} d} d}d}d}|| jo t|_n|| jot |_t dd } d|jo|d jo d} qd |jo|d jo d } qd|jo|djo d} qd} ng|| jot |_d+} t dd} d|jo|djo d} qd|jo|djo d} qd|jo|djo d } qd|jo|djo d} qd } n|| jot |_d+} d+} t dd}d|jo|d jo d} qd |jo|djo d} qd|jo|djo d } qd|jo|djo d} qd|jo|djo d} qd } n|| joIt|_d+} d+} d+}t dd!}|d"| jo d} qn]| | joOt|_d+} d+} d+}d+}t dd!}| d"| jo d} qnt|id#| d$|d%|d&| d'| d(|d)|d*|}t||i}|i|i|i|i|S(,s)pick the best locator based on a distanceg?g(@g?@g8@gN@iiii iiiiii,iii i i iiii1i2iciii-iDiZi i<g$@tintervalRRtbymontht bymonthdayRRRN(RtyearstmonthsRgR$R#R"R RR trangeR R/R RRRRRItset_view_intervalRtset_data_intervalR(RORRR;tnumYearst numMonthstnumDaystnumHourst numMinutest numSecondstnumticksRRRRRRRR((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyR<s                                N( RTRURVR/RPRSRRRR(((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyR s     cBs>eZdZdddddZdZdZdZRS(s Make ticks on a given day of each year that is a multiple of base. Examples: # Tick every year on Jan 1st locator = YearLocator() # Tick every 5 years on July 4th locator = YearLocator(5, month=7, day=4) icCseti||ti||_h|d<|d<dd<dd<dd<|d<|_dS( sg mark years that are multiple of base on a given month and day (default jan 1) RDREiR-R4R6R,N(RRPttickertBaseR<treplaced(ROR<RDRERI((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyRPs     cCsdS(sh return how many days a unit of the locator is; use for intelligent autoscaling im((RO((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyRscCs|i|i\}}|ii|i}|ii|i}|id||ig}x`|d}|i|jot|Sn|i|ii }|i |id||iqddS(NRCi( RRR<tleRCtgeRzRRtget_baseRr(RORRtymintymaxtticksR:RC((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyRSs  cCs|i|i\}}|ii|i}|ii|i}|id||i}|id||i}t|}t|}|i ||S(s? Set the view limits to include the data range RC( RRR<RRCRRzRRR(RORRRRRR((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyRs   N(RTRURVR/RPRRSR(((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyRs    cBs,eZdZdddddZdZRS(sC Make ticks on occurances of each month month, eg 1, 3, 12 ic Cs[|djotdd}nttd|d|d||i}ti|||dS(s mark every month in bymonth; bymonth can be an int or sequence. default is range(1,13), ie every month interval is the interval between each iteration. Eg, if interval=2, mark every second occurance ii RRRN(R/RRR RRRP(RORRRRIR((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyRPs cCsdS(sh return how many days a unit of the locator is; use for intelligent autoscaling i((RO((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyRsN(RTRURVR/RPR(((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyRs cBs)eZdZddddZdZRS(s2 Make ticks on occurances of each weekday icCs5ttd|d||i}ti|||dS(s> mark every weekday in byweekday; byweekday can be a number or sequence elements of byweekday must be one of MO, TU, WE, TH, FR, SA, SU, the constants from dateutils.rrule interval specifies the number of weeks to skip. Ie interval=2 plots every second week t byweekdayRN(RR RRRP(RORRRIR((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyRPs cCsdS(sh return how many days a unit of the locator is; use for intelligent autoscaling i((RO((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyRsN(RTRURVR/RPR(((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyRscBs)eZdZddddZdZRS(sI Make ticks on occurances of each day of the month, eg 1, 15, 30 icCsU|djotdd}nttd|d||i}ti|||dS(s mark every day in bymonthday; bymonthday can be an int or sequence Default is to tick every day of the month - bymonthday=range(1,32) ii RRN(R/RRR RRRP(RORRRIR((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyRP!s cCsdS(sh return how many days a unit of the locator is; use for intelligent autoscaling i((RO((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyR,sN(RTRURVR/RPR(((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyRs cBs)eZdZddddZdZRS(s/ Make ticks on occurances of each hour ic CsX|djotd}nttd|d|dddd}ti|||dS(s mark every hour in byhour; byhour can be an int or sequence. Default is to tick every hour - byhour=range(24) interval is the interval between each iteration. Eg, if interval=2, mark every second occurance iRRRiRN(R/RRR RRP(RORRRIR((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyRP7scCsddS(sh return how many days a unit of the locator is; use for intelligent autoscaling ig8@((RO((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyRDsN(RTRURVR/RPR(((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyR3s cBs)eZdZddddZdZRS(s1 Make ticks on occurances of each minute icCsR|djotd}nttd|d|dd}ti|||dS(s mark every minute in byminute; byminute can be an int or sequence. default is to tick every minute - byminute=range(60) interval is the interval between each iteration. Eg, if interval=2, mark every second occurance i<RRRiN(R/RRRRRP(RORRRIR((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyRPOs  cCsddS(sh return how many days a unit of the locator is; use for intelligent autoscaling g?ii<i((RO((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyR]sN(RTRURVR/RPR(((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyR KscBs)eZdZddddZdZRS(s1 Make ticks on occurances of each second icCsL|djotd}nttd|d|}ti|||dS(s mark every second in bysecond; bysecond can be an int or sequence. Default is to tick every second bysecond = range(60) interval is the interval between each iteration. Eg, if interval=2, mark every second occurance i<RRN(R/RRRRRP(RORRRIR((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyRPhs cCsddS(sh return how many days a unit of the locator is; use for intelligent autoscaling g?ii<iiQ((RO((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyRusN(RTRURVR/RPR(((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyR!ds icCsG||}t|it|id|i}||jptdS(s?assert that datetimes d1 and d2 are within epsilon microsecondsg.AN(tabsRgR9R"R>tAssertionError(td1td2tepsilonR;tmus((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyt _close_to_dt~s  cCs,t||t}||jptdS(sDassert that float ordinals o1 and o2 are within epsilon microsecondsN(RR9R(to1to2RR;((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyt _close_to_numscCsd}dti||S(s\ convert an epoch or sequence of epochs to the new date format, days since 0001 g8@g @i; g@(R`Ra(tetspd((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyRscCsd}ti|d|S(sJ convert days since 0001 to epoch. d can be a number or sequence g8@g @i; g@(R`Ra(R\R((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyRscCsqt}ti|pt}|g}ntg}|D]}||iq7~}|o |dSn|SdS(s` Convert mx datetime instance (or sequence of mx instances) to the new date format, iN(tFalseRWR_RRR(tmxdatestscalarR]tmtret((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyRs -c Cs|djodd}n|dd}|d}|}|d}|d}|d}||jo&tt||d |} d } n||jotd |} d } n||jotd |} d } n||jo2td tti||d |} d} n||jo2td tti||d |} d} nU||jo2td tti||d |} d} ntd |} d} t | d |} | | fS(s Create a date locator with numticks (approx) and a date formatter for span in days. Return value is (locator, formatter) iig8@ii<g@g?@gv@RIs%Ys%b %Ys %a, %b %dRs%b %ds %H:%M %b %ds%H:%M:%S( RR?RRRtmathtceilRR R( tspanRIRR#R$RgR%RRRRNt formatter((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pytdate_ticker_factorys:           (  (  ( cCst|tS(sreturn seconds as days(R1t SEC_PER_DAY(R*((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyR"scCst|tS(sreturn minutes as days(R1R5(R((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyR#scCs|dS(sreturn hours as daysg8@((th((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyR$scCs|dS(sreturn weeks as daysg@((tw((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyR%st DateConvertercBsGeZdZeeZdZeeZdZeeZRS(cCsJ|djo5t}t|}tid|d|ddSndSdS(sreturn the unit AxisInfotdatetmajloctmajfmttlabelN(RRtunitstAxisInfoR/(RRR((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pytaxisinfos     cCs%tii|o|Snt|S(N(RtConversionInterfacet is_numlikeR(tvalueR((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pytconvertscCsdS(s%return the default unit for x or NoneR((RH((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyt default_unitss(RTRURt staticmethodRR(((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pyRs     t__main__s US/Pacificii i i i,iiR,iiii(tValuetIntervalRIs%Y-%m-%d %H:%M:%S %Z(%sdate2numsnum2datesdranges epoch2nums num2epochsmx2nums DateFormattersIndexDateFormatters DateLocators RRuleLocators YearLocators MonthLocatorsWeekdayLocators DayLocators HourLocators MinuteLocators SecondLocatorsrrulesMOsTUsWEsTHsFRsSAsSUsYEARLYsMONTHLYsWEEKLYsDAILYsHOURLYsMINUTELYsSECONDLYs relativedeltassecondssminutesshourssweeks(((|RVtsysRRQRR@tlocaleR)R'tnumpyR`tmatplotlib.unitsRtmatplotlib.cbookRWtmatplotlib.tickerRRtdateutil.rruleRRRRRRRRR R R R R RRtdateutil.relativedeltaRtdateutil.parserRYt__all__R&R+R3R5R7R9t SEC_PER_MINt SEC_PER_HOURRt SEC_PER_WEEKtMONDAYtTUESDAYt WEDNESDAYtTHURSDAYtFRIDAYtSATURDAYtSUNDAYtWEEKDAYSR=R/RLRMR^RRdRfRRt FormatterRRRRtLocatorRRRRRRRRR R!RRRRRRR"R#R$R%RRtregistryRRTRIR:RHRRRGR;Rt _transformsRRtv1tv2tdlimtvlimRRRRRRt set_boundsRRNRR(((s9/Users/cmoad/workspace/matplotlib/lib/matplotlib/dates.pysNs<    d       0      Q+#GC     ,     '