Qf;~ ddlZddlmZmZmZmZmZmZmZm Z m Z m Z ddl m Z mZmZmZ ddlZn#e$r ddlmZYnwxYwddlmZmZmZmZmZmZmZmZddlmZmZgdZ dZ!d e"d ej#fd Z$d e"d e"fd Z%d e"d e"fdZ&d e"d e"fdZ'd e"d e"fdZ(d e"d e"fdZ)d e"d e"fdZ*d e"d e"fdZ+d e"d e"fdZ,d e"d e"fdZ-d e"d e"fdZ.d e"d e"fdZ/d e"d e"fdZ0d e"d e"fdZ1d e"d efdZ2de"de"de"ded e"f dZ3d e"d e"fd!Z4d ee"e"fd e"fd"Z5 d?d$ed%ej6de"ded&e7d ejf d'Z8dej9ej:j;d#fd$ed e"d%eej6ded(eedej:j;fd$ed%eej6d(eeZPdS)BN) acosasinatan2cosdegreesfabsradianssinsqrttan)DictOptionalTupleUnion)zoneinfo) DepressionMinutesObserver SunDirection TimePeriodnowrefraction_at_zenithtoday) juliandayjulianday_to_juliancentury)sundawnsunrisenoonmidnightsunsetduskdaylightnighttwilight blue_hour golden_hour rahukaalamzenithazimuth elevationtime_at_elevationg?minutesreturnct|dz }||dzz }|dz}t|}||z }t|dz}tj|||S)zUConvert a floating point number of minutes to a :class:`~datetime.timedelta` <i@B)daysseconds microseconds)intdatetime timedelta)r-dssfracuss I/var/www/surfInsights/venv3-11/lib/python3.11/site-packages/astral/sun.pyminutes_to_timedeltar=0sj GdNAT"GlG G A aKE UY   B  1ab A A AA juliancenturyc(d|dd|zzzz}|dzS)z1Calculate the geometric mean longitude of the sungFžvq@g/r@g3?v@)r?l0s r<geom_mean_long_sunrD>s% ]kI 4M&MN NB :r>cd|dd|zz zzS)z/Calculate the geometric mean anomaly of the sung cd|dd|zzzz S)z+Calculate the eccentricity of Earth's orbitg]r?g_R ?gd`>rBrFs r<eccentric_location_earth_orbitrIIs + }8T*TU UUr>ct|}t|}t|}t||z}t||z|z}|d|dd|zzzz z|dd|zz zz|dzz}|S)z/Calculate the equation of the center of the sung5?gos?g_>Y1\>g y?gy?g,am2?)rGr r )r?mmradsinmsin2msin3mcs r<sun_eq_of_centerrQNsm,,A 1::D t99D t  E t d" # #E =Hx-7O,OPPQ 8h66 7 8 (   Hr>cHt|}t|}||zS)z"Calculate the sun's true longitude)rDrQ)r?rCrPs r< sun_true_longrS`s% M * *B''A 6Mr>cHt|}t|}||zS)z Calculate the sun's true anomaly)rGrQ)r?rKrPs r<sun_true_anomolyrUhs%m,,A''A q5Lr>ct|}t|}dd||zz zd|tt|zzz S)NgemD?)rUrIrr )r?ves r<sun_rad_vectorrZpsJ''A&}55A 1q1u9 %!a#gajj//.A*A BBr>czt|}dd|zz }|dz dtt|zz S)N(\B_@C8@geNw?gNz1s?)rSr r )r? true_longomegas r<sun_apparent_longr`wsAm,,I X - -E w 3wu~~+>+>!> >>r>cFd|d|d|dzz zzzz }dd|dz zdz zS)Ng r5@gQhG@g1ZGUC?gJE]?g7@g:@N@rB)r?r3s r<mean_obliquity_of_eclipticrc~sE}'MX,F"FGGG 47T>*d2 22r>ctt|}dd|zz }|dtt|zzS)Nr\r]gh㈵d?)rcrr )r?e0r_s r<obliquity_correctionrfs< #M 2 2B X - -E #genn--- --r>c"t|}t|}tt|t t|z}tt|}t t ||S)z#Calculate the sun's right ascension)rfr`rr r rr)r?ocaltananum tanadenoms r<sun_rt_ascensionrlsm m , ,B = ) )B'"++WR[[!1!11GGBKK  I 5),, - --r>ct|}t|}tt|tt|z}t t |S)zCalculate the sun's declination)rfr`r r rr)r?rYlambdsints r<sun_declinationrpsT]++A m , ,E wqzz??S00 0D 4::  r>cht|}tt|dz }||zS)N@)rfr r )r?epsilonys r<var_yrus2"=11G GG  s "##A q5Lr>c8t|}t|}t|}t|}t dt |z}t t |}t dt |z}t dt |z}t dt |z} ||zd|z|zz d|z|z|z|zzd|z|z|zz d|z|z| zz } t| dzS)Nrr@?g?)rDrIrGrur r rr) r?rCrYrKrtsin2l0rMcos2l0sin4l0rNEtimes r< eq_of_timer}s  M * *B&}55Am,,A mA wr{{" # #F wqzz??D wr{{" # #F wr{{" # #F gajj ! !E F 'D.  'A+ v % & 'A+   (Q,     5>>C r>latitude declinationr) directioncBt|}t|}t|}t|t|t|zz t|t|zz }t|}|tjkr| }|S)aZCalculate the hour angle of the sun See https://en.wikipedia.org/wiki/Hour_angle#Solar_hour_angle Args: latitude: The latitude of the obersver declination: The declination of the sun zenith: The zenith angle of the sun direction: The direction of traversal of the sun Raises: ValueError )r rr rrSETTING) r~rr)r latitude_raddeclination_rad zenith_radh hour_angles r<rrs"8$$Lk**OJ Z3|,,s?/C/CC C LC000 AaJL((( [ r>r+cf|dkrdSd}|}||z}t||z }t|S)aCalculate the extra degrees of depression that you can see round the earth due to the increase in elevation. Args: elevation: Elevation above the earth in metres Returns: A number of degrees to add to adjust for the elevation of the observer ri`)rr)r+ra1h1theta1s r<adjust_to_horizonrs@A~~qA B YB "r']]F 6??r>c |ddkrdS|ddkrdnd}|ttt|dtt |ddt |ddzz zS)zBCalculate the number of degrees to adjust for an obscuring featurerrW)rrrr pow)r+signs r<adjust_to_obscuring_featurers|ss1##22D ' T)A,  $s9Q<';';c)A,PQ>R>R'R"S"S STT r>Tobserverdatewith_refractioncJ|jdkrd}n|jdkrd}n|j}d}t|jtr |jdkrt |j}n.t|jt rt |j}|rt||z}nd}t|}d} d} tdD]} t|| z} t| } t|| ||z|z|}|j t|z }t| }|dz|z }|dkr|dz }d|z} | d z } t!| }t#j|j|j|j|z}|t"jj }|S) aCalculate the time in the UTC timezone when the sun transits the specificed zenith Args: observer: An observer viewing the sun at a specific, latitude, longitude and elevation date: The date to calculate for zenith: The zenith angle for which to calculate the transit time direction: The direction that the sun is traversing Raises: ValueError if the zenith is not transitted by the sun Returns: the time when the sun transits the specificed zenith 33333sV@33333sVrrrwgr0@g@tzinfo)r~ isinstancer+floatrtuplerrrrangerrpr longituderr}r=r6yearmonthdayreplacetimezoneutc)rrr)rrr~adjustment_for_elevationadjustment_for_refractionjd adjustmenttimeUTC_jcr hourangledeltaeqtimeoffsettddts r<time_of_transitrs.4  U " "$"($e,,S1Cc1I1I#4X5G#H#H  H& . .S#>x?Q#R#R ($8 - -% % !!%(! 4BJG 1XX&& 'Z 8 8%b))    - -0I I    ##gi&8&88Bv% F?? dNF&.v% g & &B  49dj$( ; ;b @B 8,0 1 1B Ir>rcl|dkrd|z }tj}t|trt j|}|t |}d|z } t||||||S#t$r+}|j ddkrtd|d|d}~wwxYw) aCalculates the time when the sun is at the specified elevation on the specified date. Note: This method uses positive elevations for those above the horizon. Elevations greater than 90 degrees are converted to a setting sun i.e. an elevation of 110 will calculate a setting sun at 70 degrees. Args: elevation: Elevation of the sun in degrees above the horizon to calculate for. observer: Observer to calculate for date: Date to calculate for. Default is today's date in the timezone `tzinfo`. direction: Determines whether the calculated time is for the sun rising or setting. Use ``SunDirection.RISING`` or ``SunDirection.SETTING``. Default is rising. tzinfo: Timezone to return times in. Default is UTC. Returns: Date and time at which the sun is at the specified elevation. V@f@NZrmath domain errorz"Sun never reaches an elevation of z degrees at this location.) rrrstrrZoneInforr astimezone ValueErrorargs)rr+rrrrr)excs r<r,r,Hs@4I%  ( &#+"6** |V}} )^F  dFI  *     8A;- - -$Y$$$  s%A>> B3&B..B3c t|trtj|}|t |}t t |}t|}dd|jzz |z dz }t|}t||z dz}t||z dz|z dz}|dkr |dz}|dz }n|dkr |dz }|dz}|dkr |dz}|dz }n|dkr |dz }|dz}|d kr|d z}|tj d z }n#|dkr|d z }|tj d z}tj |j |j |j|||tjj } | |S) aCalculate solar noon time when the sun is at its highest point. Args: observer: An observer viewing the sun at a specific, latitude, longitude and elevation date: Date to calculate for. Default is today for the specified tzinfo. tzinfo: Timezone to return times in. Default is UTC. Returns: Date and time at which noon occurs. Nrrbr1;rWrr2r)rrrrrrrr}rr5r6r7rrrrrr) rrrrrrhourminutesecondrs r<rrs &#+"6** |V}} #IdOO 4 4B ^^FH../&8D@G w<c `t|trtj|}|t |}t jddd}tt j||}t|dz|j dz z}t|}|j dz|z }|dz }t|}t||z dz} t||z dz| z dz} | d kr | dz} | d z } n| dkr | dz } | d z} | d kr | dz} |d z }n| dkr | dz } |d z}|dkr|d z }|t j d z}t j|j|j|j|| | t jj } | |S)aCalculate solar midnight time. Note: This calculates the solar midnight that is closest to 00:00:00 of the specified date i.e. it may return a time that is on the previous day. Args: observer: An observer viewing the sun at a specific, latitude, longitude and elevation date: Date to calculate for. Default is today for the specified tzinfo. tzinfo: Timezone to return times in. Default is UTC. Returns: Date and time at which midnight occurs. N rrxrArwrbr1rrWrrr)rrrrrr6timercombinerrr}r5r7rrrrrr) rrrmiddayrnewtrrrrrr s r<r r s*&#+"6** |V}} ]2q! $ $F 8$,,T6:: ; ;B %b3h(2D1Du1L&L M MD   F""S(F2GnG w< dateandtimecL|jdkrd}n|jdkrd}n|j}|j}|jd}|}nN| dz }|t jj}t|}t|}t|} t|} | d|zzd|zz} |j dz|jz|jdz z| z} | dkr | dz } | dk | dz d z } | d kr| d z} t!t#| }t!t#|}t%t#|}t%t#| }t!t#| }||z|z||zz}|d krd }n|d krd }t't)|}|t%t#|z}t+|dkrl|t!t#|z|z |z }t+|d kr |dkrd }nd }d t't)|z }| dkr| }n |dkrd }nd}|dkr|d z}|r|t-|z}||fS)Nrrrg @rwr1rbr0riLrAg?ggMbP?r)r~rr utcoffset total_secondsrr6rrrrrpr}rrrrr r rrabsr)rrrr~rzone utc_datetimertrr solarTimeFix trueSolarTimerchclslsdcdcszr)azDenomazRadr*s r<zenith_and_azimuthrs 4  U " "$"I!" %%''55777&@"--h.?.CDD < B"2&&A!!$$K ]]FS9_-d;L4     t # $   $  %,  $  #e+I4% WY   B WX    B WX    B W[ ! ! " "B W[ ! ! " "B r'B,b C Syy t T#YY  F3wv'''G 7||es76??+++r1W< u::  qyy'$u++... s??hG c>>GGG}}E//&v... 7?r>cp|ttjj}t |||dS)aCalculate the zenith angle of the sun. Args: observer: Observer to calculate the solar zenith for dateandtime: The date and time for which to calculate the angle. If `dateandtime` is None or is a naive Python datetime then it is assumed to be in the UTC timezone. with_refraction: If True adjust zenith to take refraction into account Returns: The zenith angle in degrees. Nrrr6rrrrrrs r<r)r)bs4$(+/00 h _ E Ea HHr>cn|ttjj}t ||dS)aCalculate the azimuth angle of the sun. Args: observer: Observer to calculate the solar azimuth for dateandtime: The date and time for which to calculate the angle. If `dateandtime` is None or is a naive Python datetime then it is assumed to be in the UTC timezone. Returns: The azimuth angle in degrees clockwise from North. If `dateandtime` is a naive Python datetime then it is assumed to be in the UTC timezone. NrWr)rrs r<r*r*zs2&(+/00 h 4 4Q 77r>cj|ttjj}dt |||z S)aCalculate the sun's angle of elevation. Args: observer: Observer to calculate the solar elevation for dateandtime: The date and time for which to calculate the angle. If `dateandtime` is None or is a naive Python datetime then it is assumed to be in the UTC timezone. with_refraction: If True adjust elevation to take refraction into account Returns: The elevation angle in degrees above the horizon. Nr)rr6rrr)rs r<r+r+s4$(+/00 &;@@ @@r> depressioncXt|trtj|}|t |}n7t|t jr|jp|}|}d}t|tr|j }n|} t||d|ztj  |}|}||kr||krt jd}nt jd}||z}t||d|ztj  |}|}||krtd|S#t$r+} | jdd krtd |d | d} ~ wwxYw) aCalculate dawn time. Args: observer: Observer to calculate dawn for date: Date to calculate for. Default is today's date in the timezone `tzinfo`. depression: Number of degrees below the horizon to use to calculate dawn. Default is for Civil dawn i.e. 6.0 tzinfo: Timezone to return times in. Default is UTC. Returns: Date and time at which dawn occurs. Raises: ValueError: if dawn does not occur on the specified date NrrrWrrz0Unable to find a dawn time on the date specifiedrrSun never reaches - degrees below the horizon, at this location.)rrrrrr6rrrvaluerrRISINGrr7rr rrrrdeptottot_daternew_daters r<rrs,&#+"6** |V}} D(+ , ,&yy{{C*j))# dD3J (;  *    88:: t  $ *222 *333e|H!s #  j xxzzH4 !STTT  8A;- - -WSWWW   CE44 F)>&F$$F)ctt|trtj|}|t |}n7t|t jr|jp|}|} t||dtztj  |}|}||kr||krt j d}nt j d}||z}t||dtztj  |}|}||krtd|S#t$rP}|jddkr9t!|t#||}|dkrd } nd } t| |d}~wwxYw) aCalculate sunrise time. Args: observer: Observer to calculate sunrise for date: Date to calculate for. Default is today's date in the timezone `tzinfo`. tzinfo: Timezone to return times in. Default is UTC. Returns: Date and time at which sunrise occurs. Raises: ValueError: if the sun does not reach the horizon on the specified date NrrWrrz3Unable to find a sunrise time on the date specifiedrr>Sun is always below the horizon on this day, at this location.>Sun is always above the horizon on this day, at this location.)rrrrrr6rrrSUN_APPARENT_RADIUSrrrr7rrr)r rrrrrrrrzmsgs r<rrs&&#+"6** |V}} D(+ , ,&yy{{'   & &     *   88:: t  $ *222 *333e|H!**#  j xxzzH4 !VWWW     8A;- - -xh!5!566A4xxVVS//s *  4C(E F7'A F22F7ctt|trtj|}|t |}n7t|t jr|jp|}|} t||dtztj  |}|}||kr||krt j d}nt j d}||z}t||dtztj  |}|}||krtd|S#t$rP}|jddkr9t!|t#||}|dkrd } nd } t| |d}~wwxYw) aCalculate sunset time. Args: observer: Observer to calculate sunset for date: Date to calculate for. Default is today's date in the timezone `tzinfo`. tzinfo: Timezone to return times in. Default is UTC. Returns: Date and time at which sunset occurs. Raises: ValueError: if the sun does not reach the horizon NrrWrrz2Unable to find a sunset time on the date specifiedrrrr)rrrrrr6rrrrrrrr7rrr)rrs r<r!r!<s(&#+"6** |V}} D(+ , ,&yy{{'   & &    *   88:: t  $ *222 *333e|H!**$  j xxzzH4 !UVVV     8A;- - -xh!5!566A4xxVVS//s *  rcXt|trtj|}|t |}n7t|t jr|jp|}|}d}t|tr|j }n|} t||d|ztj  |}|}||kr||krt jd}nt jd}||z}t||d|ztj  |}|}||krtd|S#t$r+} | jdd krtd |d | d} ~ wwxYw) aCalculate dusk time. Args: observer: Observer to calculate dusk for date: Date to calculate for. Default is today's date in the timezone `tzinfo`. depression: Number of degrees below the horizon to use to calculate dusk. Default is for Civil dusk i.e. 6.0 tzinfo: Timezone to return times in. Default is UTC. Returns: Date and time at which dusk occurs. Raises: ValueError: if dusk does not occur on the specified date NrrrWrrz0Unable to find a dusk time on the date specifiedrrrr)rrrrrr6rrrrrrrrr7rrrs r<r"r"s.&#+"6** |V}} D(+ , ,&yy{{C*j))! dD3J (<  *    88:: t  $ *222 *333e|H!s $  j xxzzH4 !STTT  8A;- - -WSWWW   rct|trtj|}|t |}t |||}t |||}||fS)aCalculate daylight start and end times. Args: observer: Observer to calculate daylight for date: Date to calculate for. Default is today's date in the timezone `tzinfo`. tzinfo: Timezone to return times in. Default is UTC. Returns: A tuple of the date and time at which daylight starts and ends. Raises: ValueError: if the sun does not rise or does not set )rrrrrrr!)rrrsrsss r<r#r#sa&&#+"6** |V}} 4 ( (B $ ' 'B r6Mr>ct|trtj|}|t |}t ||d|}|t jdz}t||d|}||fS)afCalculate night start and end times. Night is calculated to be between astronomical dusk on the date specified and astronomical dawn of the next day. Args: observer: Observer to calculate night for date: Date to calculate for. Default is today's date for the specified tzinfo. tzinfo: Timezone to return times in. Default is UTC. Returns: A tuple of the date and time at which night starts and ends. Raises: ValueError: if dawn does not occur on the specified date or dusk on the following day NrWr) rrrrrr"r6r7r)rrrstarttomorrowends r<r$r$s~.&#+"6** |V}} 4F + +Eh(a0000H x1f - -C #:r>ct|trtj|}|t |}t ||d||}|tjkr%t||||}n$t||||}|tjkr||fS||fS)aBReturns the start and end times of Twilight when the sun is traversing in the specified direction. This method defines twilight as being between the time when the sun is at -6 degrees and sunrise/sunset. Args: observer: Observer to calculate twilight for date: Date for which to calculate the times. Default is today's date in the timezone `tzinfo`. direction: Determines whether the time is for the sun rising or setting. Use ``astral.SunDirection.RISING`` or ``astral.SunDirection.SETTING``. tzinfo: Timezone to return times in. Default is UTC. Returns: A tuple of the date and time at which twilight starts and ends. Raises: ValueError: if the sun does not rise or does not set N`) rrrrrrrrrrr!rrrrrrs r<r%r%s8&#+"6** |V}} HdFI ? ? J J  EL'''hf--88@@XtV,,77??L'''czEzr>c:t|trtj|}|t |}t ||d||}t ||d||}|tjkr||fS||fS)asReturns the start and end times of the Golden Hour when the sun is traversing in the specified direction. This method uses the definition from PhotoPills i.e. the golden hour is when the sun is between 4 degrees below the horizon and 6 degrees above. Args: observer: Observer to calculate the golden hour for date: Date for which to calculate the times. Default is today's date in the timezone `tzinfo`. direction: Determines whether the time is for the sun rising or setting. Use ``SunDirection.RISING`` or ``SunDirection.SETTING``. tzinfo: Timezone to return times in. Default is UTC. Returns: A tuple of the date and time at which the Golden Hour starts and ends. Raises: ValueError: if the sun does not transit the elevations -4 & +6 degrees N^T rrrrrrrrrr s r<r'r'@s8&#+"6** |V}} HdFI ? ? J J  E (D&) = = H H  CL'''czEzr>c:t|trtj|}|t |}t ||d||}t ||d||}|tjkr||fS||fS)aYReturns the start and end times of the Blue Hour when the sun is traversing in the specified direction. This method uses the definition from PhotoPills i.e. the blue hour is when the sun is between 6 and 4 degrees below the horizon. Args: observer: Observer to calculate the blue hour for date: Date for which to calculate the times. Default is today's date in the timezone `tzinfo`. direction: Determines whether the time is for the sun rising or setting. Use ``SunDirection.RISING`` or ``SunDirection.SETTING``. tzinfo: Timezone to return times in. Default is UTC. Returns: A tuple of the date and time at which the Blue Hour starts and ends. Raises: ValueError: if the sun does not transit the elevations -4 & -6 degrees Nrr r r s r<r&r&os6&#+"6** |V}} HdFI ? ? J J  E (D&) = = H H  CL'''czEzr>daytimect|trtj|}|t |}|r#t |||}t |||}n:t |||}tjd}t |||z|}tj||z j dz }gd}| } || } ||| zz}||z}||fS)aCalculate ruhakaalam times. Args: observer: Observer to calculate rahukaalam for date: Date to calculate for. Default is today's date in the timezone `tzinfo`. daytime: If True calculate for the day time else calculate for the night time. tzinfo: Timezone to return times in. Default is UTC. Returns: Tuple containing the start and end times for Rahukaalam. Raises: ValueError: if the sun does not rise or does not set NrWr)r3)rWrrr) rrrrrrr!r6r7r3weekday) rrrrrronedayoctant_duration octant_indexroctants r<r(r(s.&#+"6** |V}}7$//XtV,,xv..#+++hv v66(#+1F1JKKKO)((LllnnG ' "F _v- .E / !C #:r>dawn_dusk_depressionc  t|trtj|}|t |}t ||||t |||t|||t|||t||||dS)aCalculate all the info for the sun at once. Args: observer: Observer for which to calculate the times of the sun date: Date to calculate for. Default is today's date in the timezone `tzinfo`. dawn_dusk_depression: Depression to use to calculate dawn and dusk. Default is for Civil dusk i.e. 6.0 tzinfo: Timezone to return times in. Default is UTC. Returns: Dictionary with keys ``dawn``, ``sunrise``, ``noon``, ``sunset`` and ``dusk`` whose values are the results of the corresponding functions. Raises: ValueError: if passed through from any of the functions N)rrrr!r") rrrrrrrrr!r")rrrrs r<rrs0&#+"6** |V}}Xt%96BB8T622XtV,,400Xt%96BB   r>)T)NT)N)Qr6mathrrrrrrr r r r typingr rrrr ImportError backportsastralrrrrrrrr astral.julianrr__all__rrr7r=rDrGrIrQrSrUrZr`rcrfrlrprur}rrrrboolrrrrrrr,rr rr)r*r+CIVILrrr!r"r#r$r%r'r&r(rrBr>r<r%s OOOOOOOOOOOOOOOOOOOOOOOO////////////#OOOO###""""""""#                    @???????   ,* B% BH,> B B B Be QQ5QQQQ V%VEVVVV  E e    $5EeC%CECCCC?U?u????3e33333..%.....E.e....5U5  e     0"'16CO >5*5+>5 ! HHH -H H H  H  HHHH\%)*1*2*;*? 8888 8= !8 8 #x& ' 8  88888z%)*2*;*?<#<#<# 8= !<# #x& '<# <#<#<#<#B%)*2*;*?B'B'B' 8= !B' #x& 'B' B'B'B'B'P!XXX"XX 5%< XXXXz04 III(+,II IIII404888(+,8 8888604 AAA(+,AA AAAA4%)+5+;*2*;*? HHH 8= !HeZ'(H #x& ' H  HHHHZ%)*2*;*?CCC 8= !C #x& 'C CCCCP%)*2*;*?DDD 8= !D #x& 'D DDDDR%)+5+;*2*;*? GGG 8= !GeZ'(G #x& ' G  GGGGX%)*2*;*? 8= ! #x& ' B%)*2*;*?!!! 8= !! #x& '! !!!!L%)*1*2*;*? --- 8= !-- #x& ' -  ----d%)*1*2*;*? ,,, 8= !,, #x& ' ,  ,,,,b%)*1*2*;*? +++ 8= !++ #x& ' +  ++++`%)*2*;*? 000 8= !00 #x& ' 0  0000j%)5?5E*2*;*? $$$ 8= !$ z 12$ #x& ' $  #x ! $$$$$$s / ==