=h'hSrSrSrSrSrSrSrSrSrS r S r S r S r S r SrSrSrg)zConverts Python types to string representations suitable for Maps API server. For example: sydney = { "lat" : -33.8674869, "lng" : 151.2069902 } convert.latlng(sydney) # '-33.8674869,151.2069902' cZS[U5-RS5RS5$)aFormats a float value to be as short as possible. Truncates float to 8 decimal places and trims extraneous trailing zeros and period to give API args the best possible chance of fitting within 2000 char URL length restrictions. For example: format_float(40) -> "40" format_float(40.0) -> "40" format_float(40.1) -> "40.1" format_float(40.001) -> "40.001" format_float(40.0010) -> "40.001" format_float(40.000000001) -> "40" format_float(40.000000009) -> "40.00000001" :param arg: The lat or lng float. :type arg: float :rtype: string z%.8f0.)floatrstripargs eC:\Users\julio\OneDrive\Documentos\Trabajo\Ideas Frescas\venv\Lib\site-packages\googlemaps/convert.py format_floatr s). U3Z  ' ' , 3 3C 88c~[U5(aU$[U5n[US5<S[US5<3$)a`Converts a lat/lon pair to a comma-separated string. For example: sydney = { "lat" : -33.8674869, "lng" : 151.2069902 } convert.latlng(sydney) # '-33.8674869,151.2069902' For convenience, also accepts lat/lon pair as a string, in which case it's returned unchanged. :param arg: The lat/lon pair. :type arg: string or dict or list or tuple ,) is_stringnormalize_lat_lngr )r normalizeds r latlngr:s9&~~ "3'J":a=1< 1 3N OOr c[U[5(a,SU;aSU;a USUS4$SU;aSU;a USUS4$[U5(a USUS4$[S[ U5R -5e)aTake the various lat/lng representations and return a tuple. Accepts various representations: 1) dict with two entries - "lat" and "lng" 2) list or tuple - e.g. (-33, 151) or [-33, 151] :param arg: The lat/lng pair. :type arg: dict or list or tuple :rtype: tuple (lat, lng) latlnglatitude longituder rz,Expected a lat/lng dict or tuple, but got %s) isinstancedict_is_list TypeErrortype__name__rs r rrTs#t CDetermines whether the passed value is a string, safe for 2/3.) basestring NameErrorrr.)vals r rrs7$ c: && $#s##$s 55c[US5(aUR5n[U[5(a [ U5n[ U5$)zConverts the value into a unix time (seconds since unix epoch). For example: convert.time(datetime.now()) # '1409810596' :param arg: The time. :type arg: datetime.datetime or int timestamp)r/r5rrintr.rs r timer7s;3 $$mmo#u#h s8Or cN[X5=(a [[X55$)zReturns true if the given object has a method with the given name. :param arg: the object :param method: the method name :type method: string :rtype: bool )hasattrcallablegetattr)rmethods r r/r/s 3  BHWS-A$BBr cSn[U[5(a SR[U"U555$[ S[ U5R -5e)a Converts a dict of components to the format expected by the Google Maps server. For example: c = {"country": "US", "postal_code": "94043"} convert.components(c) # 'country:US|postal_code:94043' :param arg: The component filter. :type arg: dict :rtype: basestring c3x# UR5H"up[U5HnU<SU<3v M M$ g7f)N:)itemsr#)rkvitems r expandcomponents..expands0IIKDA !"D))# s8:r z*Expected a dict for components, but got %s)rrr"sortedrrr)rrDs r componentsrGsR$* #txxvc{+,,  Cy)) * ++r c@[U5(a,URS5S:XaURS5S:XaU$[U[5(a-SU;a'SU;a![ US5<S[ US5<3$[ S[ U5R-5e)a]Converts a lat/lon bounds to a comma- and pipe-separated string. Accepts two representations: 1) string: pipe-separated pair of comma-separated lat/lon pairs. 2) dict with two entries - "southwest" and "northeast". See convert.latlng for information on how these can be represented. For example: sydney_bounds = { "northeast" : { "lat" : -33.4245981, "lng" : 151.3426361 }, "southwest" : { "lat" : -34.1692489, "lng" : 150.502229 } } convert.bounds(sydney_bounds) # '-34.169249,150.502229|-33.424598,151.342636' :param arg: The bounds. :type arg: dict r rr southwest northeastz8Expected a bounds (southwest/northeast) dict, but got %s)rcountrrrrrrrs r boundsrMs8~~#))C.A-#))C.A2E C   # +"4$S%56$S%568 8  Cy)) * ++r c[U[5(a U<SU<3$[U5(aUS<SUS<3$[S[ U5R -5e)Nxr rz'Expected a size int or list, but got %s)rr6rrrrrs r sizerPsZ#ss## #a&#a&))  Cy)) * ++r c/nS=n=p4U[U5:aSnSn[X5S- S- nUS- nXWU-- nUS- nUS:aOM-X5S-S:waU)S- OUS- - nSnSn[X5S- S- nUS- nXWU-- nUS- nUS:aOM-XES-S:waUS- )OUS- - nURUS-US-S.5 U[U5:aMU$)a0Decodes a Polyline string into a list of lat/lng dicts. See the developer docs for a detailed description of this encoding: https://developers.google.com/maps/documentation/utilities/polylinealgorithm :param polyline: An encoded polyline :type polyline: string :rtype: list of dicts with lat/lng keys r r?gh㈵>)rr)lenordappend)polylinepointsindexrrresultshiftbs r decode_polyliner^"s2FEC #h- HO$r)A-A QJE 5j F QJE4x  1*!21 1EHO$r)A-A QJE 5j F QJE4x  1*!21~1E cDjt<=/ #h- 2 Mr cdS=pSnUHn[U5n[[USS-55n[[USS-55nXa- nXr- n X4HOn U S:aU S-)OU S-n U S:a$U[SU S--S-5- nU S-n U S:aM$U[U S-5- nMQ UnUnM U$) a!Encodes a list of points into a polyline string. See the developer docs for a detailed description of this encoding: https://developers.google.com/maps/documentation/utilities/polylinealgorithm :param points: a list of lat/lng pairs :type points: list of dicts or tuples :rtype: string r gj@r rTrRrS)rr6roundchr) rYlast_latlast_lngr[pointllrrd_latd_lngrBs r encode_polylinerjLsH F u %%1 $%%1 $%AU!q& QAt)3D 1R789at) s1r6{ #F  " Mr c[U[5(aU/nS[U5-n[U5n[ U5[ U5:aU$U$)aMReturns the shortest representation of the given locations. The Elevations API limits requests to 2000 characters, and accepts multiple locations either as pipe-delimited lat/lng values, or an encoded polyline, so we determine which is shortest and use it. :param locations: The lat/lng list. :type locations: list :rtype: string zenc:%s)rr!rjr%rU) locationsencoded unencodeds r shortest_pathronsL)U##K 33Gi(I 7|c)n$r N)__doc__r rrr%r(r#rrr7r/rGrMrPr^rjror r rrsa$ 94P4+6I* "n'( C+>%+P+'TDr