Example #1
0
	def day_of_year(self,stdz = 0.,use_dst = 0) :

		# returns floating-point time since "Jan 0" at 0h.
		# JD should be a true UT jd given how it's initialized,
		# providing stdz and use_dst adjusts day_of_year to local.

		x = self.caldat(stdz,use_dst)
		v = _skysub.new_date_time()
		_skysub.date_time_y_set(v,float(x[0]))
		_skysub.date_time_mo_set(v,1)
		_skysub.date_time_d_set(v,1)
		_skysub.date_time_h_set(v,0)
		_skysub.date_time_mn_set(v,0)
		_skysub.date_time_s_set(v,0)
		jdjan1 = _skysub.date_to_jd(v)
		_skysub.delete_date_time(v)

		return self.jd - jdjan1 + 1.   # anything on Jan 1 is 1.xxx 
    def day_of_year(self, stdz=0., use_dst=0):

        # returns floating-point time since "Jan 0" at 0h.
        # JD should be a true UT jd given how it's initialized,
        # providing stdz and use_dst adjusts day_of_year to local.

        x = self.caldat(stdz, use_dst)
        v = _skysub.new_date_time()
        _skysub.date_time_y_set(v, float(x[0]))
        _skysub.date_time_mo_set(v, 1)
        _skysub.date_time_d_set(v, 1)
        _skysub.date_time_h_set(v, 0)
        _skysub.date_time_mn_set(v, 0)
        _skysub.date_time_s_set(v, 0)
        jdjan1 = _skysub.date_to_jd(v)
        _skysub.delete_date_time(v)

        return self.jd - jdjan1 + 1.  # anything on Jan 1 is 1.xxx
Example #3
0
def time_to_jd(instuff = "NOW",stdz = 0.,use_dst = 0) :
	
	v = _skysub.new_date_time()

	if type(instuff) == ListType or type(instuff) == TupleType :
		yr = float(instuff[0])
		if yr < 1901 or yr > 2099 :
			print "Outside calendrical range, no action."
			_skysub.delete_date_time(v)
			return -1.
		try :
		   mo = float(instuff[1])
		except ValueError :
		   mo = getmonth(instuff[1])
                   if mo == 0 :
                              printx('Illegal month name!!')
		dd = float(instuff[2])

		hh = 0.  # in case they aren't passed in 
		mm = 0.
		ss = 0.
			
		if len(instuff) > 3 :
		   try :
		      if string.find(instuff[3],":") > -1 : # colon-ized
		         temptup = string.split(instuff[3],":")
                         instuff[3] = temptup[0]
		         instuff = instuff + [temptup[1]]
		      if len(temptup) > 2 :
                                    instuff = instuff + [temptup[2]]
		      hh = float(instuff[3])
		   except :
		      hh= float(instuff[3])
		if len(instuff) > 4 :	
		   mm = float(instuff[4])
		if len(instuff) > 5 :
		   ss = float(instuff[5])

		_skysub.date_time_y_set(v,yr)
		_skysub.date_time_mo_set(v,mo)
		_skysub.date_time_d_set(v,dd)
		_skysub.date_time_h_set(v,hh)
		_skysub.date_time_mn_set(v,mm)
		_skysub.date_time_s_set(v,ss)

	elif type(instuff) == StringType :  # it's a string ...
        #        print "instuff ",instuff,"type and StrTy",type(instuff),StringType
		if string.find(instuff,"NOW") > -1 :
			_skysub.get_sys_date(v,0,0,0,0,0)
		else :	
			# de-colonize
			instuff = string.replace(instuff,":"," ")
			instuff = string.replace(instuff,","," ")
			# time given as y m d h m s
			x = string.split(instuff)
			# allow low-order fields to be omitted .. 
				# fill in here
			while len(x) < 6 :
				x = x + [0.]
			# wacky interface to struct date_time in 
					# skysub

			try :
				mo = float(x[1])
			except ValueError :
				mo = getmonth(x[1])

			y = float(x[0])
			if y < 1901 or y > 2099 :
				print "Outside calendrical limits."
				_skysub.delete_date_time(v)
				return -1.
			_skysub.date_time_y_set(v,y)
			_skysub.date_time_mo_set(v,mo)
			_skysub.date_time_d_set(v,float(x[2]))
			_skysub.date_time_h_set(v,float(x[3]))
			_skysub.date_time_mn_set(v,float(x[4]))
			_skysub.date_time_s_set(v,float(x[5]))

	elif type(instuff) == FloatType :	
	# it better be just a JD by itself ... 
		z = float(instuff)
		if z > 1.0e6 :  # it's a JD
			if z > 2415388. and z < 2488069 :
				jdin = z
			else :
				print "JD out of valid range."
				_skysub.delete_date_time(v)
				return -1.
		elif z < 5000. :  # it's a year
			jdin = _skysub.J2000 + \
				365.25 * (z - 2000.) 
		dow = _skysub.caldat(jdin,v)

	else :
		print "ERROR: Can't initialize 'instant' from given info."

	# v is now loaded with the date derived from input jd ... 
	# Now that input info is parsed, let's set the REAL jd:
	
	jd = _skysub.true_jd(v,use_dst,0,0,stdz)
	_skysub.delete_date_time(v)
	
	return(jd)
def time_to_jd(instuff="NOW", stdz=0., use_dst=0):

    v = _skysub.new_date_time()

    if type(instuff) == ListType or type(instuff) == TupleType:
        yr = float(instuff[0])
        if yr < 1901 or yr > 2099:
            print "Outside calendrical range, no action."
            _skysub.delete_date_time(v)
            return -1.
        try:
            mo = float(instuff[1])
        except ValueError:
            mo = getmonth(instuff[1])
            if mo == 0:
                printx('Illegal month name!!')
        dd = float(instuff[2])

        hh = 0.  # in case they aren't passed in
        mm = 0.
        ss = 0.

        if len(instuff) > 3:
            try:
                if string.find(instuff[3], ":") > -1:  # colon-ized
                    temptup = string.split(instuff[3], ":")
                    instuff[3] = temptup[0]
                    instuff = instuff + [temptup[1]]
                if len(temptup) > 2:
                    instuff = instuff + [temptup[2]]
                hh = float(instuff[3])
            except:
                hh = float(instuff[3])
        if len(instuff) > 4:
            mm = float(instuff[4])
        if len(instuff) > 5:
            ss = float(instuff[5])

        _skysub.date_time_y_set(v, int(yr))
        _skysub.date_time_mo_set(v, int(mo))
        _skysub.date_time_d_set(v, int(dd))
        _skysub.date_time_h_set(v, int(hh))
        _skysub.date_time_mn_set(v, int(mm))
        _skysub.date_time_s_set(v, ss)

    elif type(instuff) == StringType:  # it's a string ...
        #        print "instuff ",instuff,"type and StrTy",type(instuff),StringType
        if string.find(instuff, "NOW") > -1:
            _skysub.get_sys_date(v, 0, 0, 0, 0, 0)
        else:
            # de-colonize
            instuff = string.replace(instuff, ":", " ")
            instuff = string.replace(instuff, ",", " ")
            # time given as y m d h m s
            x = string.split(instuff)
            # allow low-order fields to be omitted ..
            # fill in here
            while len(x) < 6:
                x = x + [0.]
            # wacky interface to struct date_time in
            # skysub

            try:
                mo = float(x[1])
            except ValueError:
                mo = getmonth(x[1])

            y = float(x[0])
            if y < 1901 or y > 2099:
                print "Outside calendrical limits."
                _skysub.delete_date_time(v)
                return -1.
            _skysub.date_time_y_set(v, int(y))
            _skysub.date_time_mo_set(v, int(mo))
            _skysub.date_time_d_set(v, int(x[2]))
            _skysub.date_time_h_set(v, int(x[3]))
            _skysub.date_time_mn_set(v, int(x[4]))
            _skysub.date_time_s_set(v, float(x[5]))

    elif type(instuff) == FloatType:
        # it better be just a JD by itself ...
        z = float(instuff)
        if z > 1.0e6:  # it's a JD
            if z > 2415388. and z < 2488069:
                jdin = z
            else:
                print "JD out of valid range."
                _skysub.delete_date_time(v)
                return -1.
        elif z < 5000.:  # it's a year
            jdin = _skysub.J2000 + \
             365.25 * (z - 2000.)
        dow = _skysub.caldat(jdin, v)

    else:
        print "ERROR: Can't initialize 'instant' from given info."

    # v is now loaded with the date derived from input jd ...
    # Now that input info is parsed, let's set the REAL jd:

    jd = _skysub.true_jd(v, use_dst, 0, 0, stdz)
    _skysub.delete_date_time(v)

    return (jd)