def get_sp3_final_target(**kwargs):
""" Final Orbit information in SP3 format from COD
CODwwwwd.EPH.Z CODE final GNSS orbits
COXwwwwd.EPH.Z CODE final GLONASS orbits (for GPS weeks
0990 to 1066)
kwargs that matter:
format='sp3' Optional but if given it must be sp3
type='final' Optional but if given must be 'final'
acid='cod' to get the GNSS solution, 'cox' to get GLONASS only solution.
The latter (cox) are only available within the interval for GPS weeks
0990 to 1066
To provide a date, use either:
* pydt=datetime.datetime(...) or
* year=... and doy=...
Default values:
kwargs['format'] = sp3
kwargs['acid'] = cod
kwargs['type'] = final
"""
if 'format' in kwargs and kwargs['format'] not in ['sp3']:
raise ArgumentError('[ERROR] code::get_sp3_final Invalid format',
'format', **kwargs)
if 'acid' in kwargs and kwargs['acid'] not in ['cod', 'cox']:
raise ArgumentError('[ERROR] code::get_sp3_final Invalid acid', 'acid',
**kwargs)
if 'type' in kwargs and kwargs['type'] != 'final':
raise ArgumentError('[ERROR] code::get_sp3_final Invalid type', 'type',
**kwargs)
if 'format' not in kwargs:
kwargs['format'] = 'sp3'
if 'type' not in kwargs:
kwargs['type'] = 'final'
if 'acid' not in kwargs:
kwargs['acid'] = 'cod'
pydt = _date(**kwargs) ## this may throw
week, sow = pydt2gps(pydt)
acn = 'COD' if kwargs['acid'] == 'cod' else 'COX'
sdate = '{:04d}{:01d}'.format(week, sow2dow(sow))
frmt = 'EPH'
url_dir = '{:}'.format(pydt.strftime('%Y'))
eph = '{:}{:}.{:}.Z'.format(acn, sdate, frmt)
target = '{:}/CODE/{:}/{:}'.format(CODE_URL, url_dir, eph)
return target
def get_erp_final_target(**kwargs):
""" Final Earth Rotation Parameters (ERP) files in from COD
kwargs that matter:
span='daily' for daily ERP's or 'weekly' for weekly ERP file
code_dir='code' to download files from CODE_URL/CODE/yyyy or 'bswuser52'
to download from CODE_URL/BSWUSER52/ORB/yyyy
acid='cod' Optional but if given must be cod
type='final' Optional but if given must be 'final'
format='bernese' Optional but if given must be 'bernese'
To provide a date, use either:
* pydt=datetime.datetime(...) or
* year=... and doy=...
Default values:
kwargs['span'] = daily
CODwwww7.ERP.Z Weekly CODE final ERP files as from week 0978 (*)
CODyyddd.ERP.Z Daily CODE final ERP files as from week 1706 (*)
CODwwwwd.ERP.Z CODE final ERPs belonging to the final orbits (+)
CODwwww7.ERP.Z Collection of the 7 daily COD-ERP solutions of the
week (+)
type=final
|span=daily | span=weekly |
------------------+------------------------------------+------------------------------------+
code_dir=code | /CODE/yyyy/CODwwwwd.ERP.Z | /CODE/yyyy/CODwwww7.ERP.Z |
code_dir=bswuser52| /BSWUSER52/ORB/yyyy/CODyyddd.ERP.Z | /BSWUSER52/ORB/yyyy/CODwwww7.ERP.Z |
(*) under /BSWUSER52/ORB/yyyy
(+) under /CODE/yyyy
I cannot find any difference between CODwwww7.ERP.Z Vs CODwwww7.ERP.Z,
and CODyyddd.ERP.Z Vs CODwwwwd.ERP.Z. Hence, we add an optional argument
'code_dir' which can take the values 'bswuser52' and 'code' and decides
which of the two options will be used (aka the remote ftp directory). By
default, the value defaults to code_dir=code
"""
if 'format' in kwargs and kwargs['format'] not in ['bernese']:
raise ArgumentError('[ERROR] code::get_erp_final Invalid format',
'format', **kwargs)
if 'acid' in kwargs and kwargs['acid'] not in ['cod']:
raise ArgumentError('[ERROR] code::get_erp_final Invalid acid', 'acid',
**kwargs)
if 'type' in kwargs and kwargs['type'] != 'final':
raise ArgumentError('[ERROR] code::get_erp_final Invalid type', 'type',
**kwargs)
if 'span' in kwargs and kwargs['span'] not in ['daily', 'weekly']:
raise ArgumentError('[ERROR] code::get_erp_final Invalid span', 'span',
**kwargs)
if 'code_dir' in kwargs and kwargs['code_dir'] not in [
'bswuser52', 'code'
]:
raise ArgumentError('[ERROR] code::get_erp_final Invalid code_dir',
'code_dir', **kwargs)
if 'span' not in kwargs:
kwargs['span'] = 'daily'
if 'code_dir' not in kwargs:
kwargs['code_dir'] = 'code'
pydt = _date(**kwargs) ## this may throw
yy, ddd = pydt2yydoy(pydt)
week, sow = pydt2gps(pydt)
if kwargs['code_dir'] == 'code':
url_dir = '{:}/{:}'.format('CODE', pydt.strftime('%Y'))
else:
url_dir = '{:}/{:}/{:}'.format('BSWUSER52', 'ORB', pydt.strftime('%Y'))
acn = 'COD'
frmt = 'ERP'
if kwargs['span'] == 'weekly':
sdate = '{:04d}{:1d}'.format(week, 7)
else:
if kwargs['code_dir'] == 'code':
sdate = '{:04d}{:01d}'.format(week, sow2dow(sow))
else:
sdate = '{:02d}{:03d}'.format(yy, ddd)
erp = '{:}{:}.{:}.Z'.format(acn, sdate, frmt)
target = '{:}/{:}/{:}'.format(CODE_URL, url_dir, erp)
return target
def get_erp_rapid_target(**kwargs):
""" Rapid , Ultra-Rapid and Predicted Final Earth Rotation Parameters (ERP)
files in from COD
kwargs that matter:
acid='cod' Optional but if given must be cod
format='bernese' Optional but if given must be 'bernese'
span='daily' Optional but if given must be 'daily'
type=[...] If not given, default value is 'frapid'
To provide a date, use either:
* pydt=datetime.datetime(...) or
* year=... and doy=...
A datetime is only optional if type=='current'
CODwwwwd.ERP_M.Z CODE final rapid ERPs belonging to the final rapid
orbits (-)
COD.ERP_U CODE ultra-rapid ERPs belonging to the ultra-rapid
orbit product
CODwwwwd.ERP_U CODE ultra-rapid ERPs belonging to the ultra-rapid
orbits
CODwwwwd.ERP_M CODE final rapid ERPs belonging to the final rapid
orbits
CODwwwwd.ERP_R CODE early rapid ERPs belonging to the early rapid
orbits
CODwwwwd.ERP_P CODE predicted ERPs belonging to the predicted
24-hour orbits
CODwwwwd.ERP_P2 CODE predicted ERPs belonging to the predicted
48-hour orbits
CODwwwwd.ERP_5D CODE predicted ERPs belonging to the predicted
5-day orbits
(-) under /CODE/yyyy_M
type=current | COD.ERP_U
type=urapid or ultra-rapid | CODwwwwd.ERP_U
type=frapid or final-rapid | CODwwwwd.ERP_M [or CODwwwwd.ERP_M.Z]
type=erapid or early-rapid | CODwwwwd.ERP_R
type=prediction | CODwwwwd.ERP_P
type=p2 | CODwwwwd.ERP_P2
type=p5 | CODwwwwd.ERP_5D
files in brackets not available!
"""
if 'format' in kwargs and kwargs['format'] not in ['bernese']:
raise ArgumentError('[ERROR] code::get_erp_rapid Invalid format',
'format', **kwargs)
if 'span' in kwargs and kwargs['span'] not in ['daily']:
raise ArgumentError('[ERROR] code::get_erp_rapid Invalid span', 'span',
**kwargs)
if 'acid' in kwargs and kwargs['acid'] not in ['cod']:
raise ArgumentError('[ERROR] code::get_erp_rapid Invalid acid', 'acid',
**kwargs)
if 'type' in kwargs and kwargs['type'] not in [
'urapid', 'ultra-rapid', 'frapid', 'final-rapid', 'erapid',
'early-rapid', 'prediction', 'p2', 'p5', 'current'
]:
raise ArgumentError('[ERROR] code::get_erp_rapid Invalid type', 'type',
**kwargs)
if 'type' not in kwargs:
kwargs['type'] = 'frapid'
if kwargs['type'] != 'frapid':
pydt = _date(**kwargs) ## this may throw
week, sow = pydt2gps(pydt)
sdate = '{:04d}{:01d}'.format(week, sow2dow(sow))
acn = 'COD'
url_dir = 'CODE'
if kwargs['type'] in ['urapid', 'ultra-rapid']:
frmt = 'ERP_U'
elif kwargs['type'] in ['frapid', 'final-rapid']:
frmt = 'ERP_M'
elif kwargs['type'] in ['erapid', 'early-rapid']:
frmt = 'ERP_R'
elif kwargs['type'] in ['prediction']:
frmt = 'ERP_P'
elif kwargs['type'] in ['p2']:
frmt = 'ERP_P2'
elif kwargs['type'] in ['p5']:
frmt = 'ERP_5D'
elif kwargs['type'] in ['current']:
sdate = ''
frmt = 'ERP_U'
erp = '{:}{:}.{:}'.format(acn, sdate, frmt)
target = '{:}/{:}/{:}'.format(CODE_URL, url_dir, erp)
return target
def get_trp_rapid_target(**kwargs):
""" Rapid or Ultra-rapid tropospheric information in SINEX or Bernese format
from COD
COD.TRO_U CODE ultra-rapid troposphere product in SINEX
format
COD_TRO.SNX_U.Z CODE ultra-rapid solution, as above but with
troposphere parameters for selected sites, SINEX
format
CODwwwwd.TRO_R CODE troposphere product from the early rapid
solution, SINEX format
________Unused________________________________________________________
COD_TRO.SNX_U.Z CODE ultra-rapid solution, as above but with
troposphere parameters for selected sites, SINEX
format
CODwwwwd_TRO.SNX_R.Z CODE early rapid solution, as above but with
troposphere parameters for selected sites, SINEX
format
Default Values
kwargs['format'] = 'sinex'
kwargs['type'] = 'rapid'
To provide a date, use either:
* pydt=datetime.datetime(...) or
* year=... and doy=...
aka:
kwargs |format=sinex | format=bernese |
-----------------+--------------------+---------------------+
type=rapid | CODwwwwd.TRO_R | |
type=urapid | COD.TRO_U | |
type=urapid-sites| COD_TRO.SNX_U.Z | |
"""
if 'format' in kwargs and kwargs['format'] not in ['sinex', 'tro']:
raise ArgumentError('[ERROR] code::get_trp_rapid Invalid format',
'format', **kwargs)
if 'type' in kwargs and kwargs['type'] not in [
'rapid', 'urapid', 'urapid-sites'
]:
raise ArgumentError('[ERROR] code::get_trp_rapid Invalid type', 'type',
**kwargs)
if 'format' not in kwargs:
kwargs['format'] = 'sinex'
if 'type' not in kwargs:
kwargs['type'] = 'rapid'
if kwargs['type'] == 'rapid':
yy, ddd = _pydt2yydoy(pydt)
if kwargs['format'] in ['sinex', 'tro']:
acn = 'COD'
if kwargs['type'] == 'rapid':
week, sow = pydt2gps(pydt)
sdate = '{:04d}{:1d}'.format(week, sow2dow(sow))
frmt = 'TRO_R'
elif kwargs['type'] == 'urapid':
sdate = ''
frmt = 'TRO_U'
elif kwargs['type'] == 'urapid-sites':
sdate = '_TRO'
frmt = 'SNX_U.Z'
else:
raise RuntimeError(
'[ERROR] code::get_trp_rapid invalid request (#1)')
else:
raise RuntimeError('[ERROR] code::get_ion_rapid invalid request (#2)')
tro = '{:}{:}.{:}'.format(acn, sdate, frmt)
target = '{:}/CODE/{:}'.format(CODE_URL, tro)
return target
def get_trp_final_target(**kwargs):
""" Final tropospheric information in SINEX or Bernese format from COD
CODwwwwd.TRO.Z CODE final troposphere product, SINEX format
CODyyddd.TRP.Z Troposphere path delays of final solution
COEyyddd.TRP.Z Troposphere path delays of EUREF solution
kwargs that matter:
format='sinex' or format='tro' to get the Tropospheric SINEX format.
format='trp' or format='bernese' to get the Bernese format.
acid='coe' to get the EUREF solution.
type='final' Optional but if given must be 'final'
To provide a date, use either:
* pydt=datetime.datetime(...) or
* year=... and doy=...
Default values:
kwargs['format'] = bernese
kwargs['acid'] = cod
kwargs | format=bernese | format=sinex
--------+----------------------------------+----------------------------
acid=coe|BSWUSER52/ATM/yyyy/COEyyddd.TRP.Z |
acid=cod|BSWUSER52/ATM/yyyy/CODyyddd.TRP.Z |CODE/yyyy/CODwwwwd.TRO.Z
"""
if 'format' in kwargs and kwargs['format'] not in [
'sinex', 'tro', 'trp', 'bernese'
]:
raise ArgumentError('[ERROR] code::get_trp_final Invalid format',
'format', **kwargs)
if 'acid' in kwargs and kwargs['acid'] not in ['cod', 'coe']:
raise ArgumentError('[ERROR] code::get_trp_final Invalid acid', 'acid',
**kwargs)
if 'type' in kwargs and kwargs['type'] != 'final':
raise ArgumentError('[ERROR] code::get_trp_final Invalid type', 'type',
**kwargs)
if 'format' not in kwargs:
kwargs['format'] = 'bernese'
if 'acid' not in kwargs:
kwargs['acid'] = 'cod'
frmt = 'TRP' if kwargs['format'] in ['bernese', 'trp'] else 'TRO'
pydt = _date(**kwargs) ## this may throw
yy, ddd = _pydt2yydoy(pydt)
if kwargs['acid'] == 'coe':
if kwargs['format'] in ['sinex', 'tro']:
msg = '[ERROR] code::get_trp_final No product in SINEX format for EUREF solution'
raise RuntimeError(msg)
url_dir = 'BSWUSER52/ATM/{:}'.format(pydt.strftime("%Y"))
acn = 'COE'
sdate = '{:02d}{:03d}'.format(yy, ddd)
else:
acn = 'COD'
if kwargs['format'] in ['bernese', 'ion']:
url_dir = 'BSWUSER52/ATM/{:}'.format(pydt.strftime("%Y"))
sdate = '{:02d}{:03d}'.format(yy, ddd)
else:
url_dir = 'CODE/{:}'.format(pydt.strftime("%Y"))
week, sow = pydt2gps(pydt)
sdate = '{:04d}{:1d}'.format(week, sow2dow(sow))
tro = '{:}{:}.{:}.Z'.format(acn, sdate, frmt)
target = '{:}/{:}/{:}'.format(CODE_URL, url_dir, tro)
return target
def get_ion_rapid_target(**kwargs):
""" Rapid or Ultra-rapid ionosphere information in IONEX or Bernese format
from COD
CORGddd0.yyI.Z CODE rapid ionosphere product, IONEX format
COPGddd0.yyI.Z CODE 1-day or 2-day ionosphere predictions,
in IONEX format
CODwwwwd.ION_R CODE rapid ionosphere product, Bernese format
CODwwwwd.ION_P CODE 1-day ionosphere predictions, Bernese format
CODwwwwd.ION_P2 CODE 2-day ionosphere predictions, Bernese format
CODwwwwd.ION_P5 CODE 5-day ionosphere predictions, Bernese format
COD.ION_U Last update of CODE rapid ionosphere product
(1 day) complemented with ionosphere predictions
(2 days)
kwargs that matter:
format='ionex' or format='inx' to get the IONEX format.
format='ion' or format='bernese' to get the Bernese format.
acid='coe' to get the EUREF solution.
To provide a date, use either:
* pydt=datetime.datetime(...) or
* year=... and doy=...
Default Values
kwargs['format'] = 'bernese'
kwargs['type'] = 'rapid'
aka:
kwargs |format=ionex | format=bernese |
---------------+--------------------+---------------------+
type=rapid |CODE/CORGddd0.yyI.Z | CODE/CODwwwwd.ION_R |
type=prediction|CODE/COPGddd0.yyI.Z | CODE/CODwwwwd.ION_P |
type=current or| | CODE/COD.ION_U |
urapid or | |
ultra-rapid | |
type=p2 | | CODE/CODwwwwd.ION_P2|
type=p5 | | CODE/CODwwwwd.ION_P5|
TODO current should be an alias for urapid or ultra-rapid
"""
if 'format' in kwargs and kwargs['format'] not in [
'ionex', 'inx', 'ion', 'bernese'
]:
raise ArgumentError('[ERROR] code::get_ion_rapid Invalid format',
'format', **kwargs)
if 'type' in kwargs and kwargs['type'] not in [
'rapid', 'prediction', 'current', 'p2', 'p5', 'urapid',
'ultra-rapid'
]:
raise ArgumentError('[ERROR] code::get_ion_rapid Invalid type', 'type',
**kwargs)
if 'format' not in kwargs:
kwargs['format'] = 'bernese'
if 'type' in kwargs and kwargs['type'] in ['urapid', 'ultra-rapid']:
kwargs['type'] = 'current'
if 'type' not in kwargs:
kwargs['type'] = 'rapid'
if kwargs['type'] != 'current':
pydt = _date(**kwargs) ## this may throw
yy, ddd = pydt2yydoy(pydt)
if kwargs['format'] in ['ionex', 'inx']:
sdate = '{:03d}0'.format(ddd)
frmt = '{:}I.Z'.format(pydt.strftime("%y"))
if 'type' in kwargs and kwargs['type'] == 'rapid':
acn = 'CORG'
elif 'type' in kwargs and kwargs['type'] == 'prediction':
acn = 'COPG'
else:
raise RuntimeError(
'[ERROR] code::get_ion_rapid invalid request (#1)')
if kwargs['format'] in ['bernese', 'ion']:
acn = 'COD'
if kwargs['type'] == 'current':
frmt = 'ION_U'
sdate = ''
else:
week, sow = pydt2gps(pydt)
sdate = '{:04d}{:1d}'.format(week, sow2dow(sow))
if kwargs['type'] == 'rapid':
frmt = 'ION_R'
elif kwargs['type'] == 'prediction':
frmt = 'ION_P'
elif kwargs['type'] == 'p2':
frmt = 'ION_P2'
elif kwargs['type'] == 'p5':
frmt = 'ION_P5'
else:
raise RuntimeError(
'[ERROR] code::get_ion_rapid invalid request (#2)')
ion = '{:}{:}.{:}'.format(acn, sdate, frmt)
target = '{:}/CODE/{:}'.format(CODE_URL, ion)
return target
def get_ion_final_target(**kwargs):
""" Final ionosphere information in IONEX or Bernese format from COD
kwargs that matter:
format='ionex' or format='inx' to get the IONEX format.
format='ion' or format='bernese' to get the Bernese format.
acid='coe' to get the EUREF solution.
type='final' Optional but if given must be 'final'
To provide a date, use either:
* pydt=datetime.datetime(...) or
* year=... and doy=...
Default values:
kwargs['format'] = bernese
kwargs['acid'] = cod
kwargs |format=ionex | format=bernese |
--------+-----------------------------+------------------------------+
acid=coe|BSWUSER52/ATM/yyyy/COEyyddd.INX.Z| BSWUSER52/ATM/yyyy/COEyyddd.ION.Z|
acid=cod|CODE/yyyy/CODGddd0.yyI.Z | CODE/yyyy/CODwwwwd.ION.Z |
"""
if 'format' in kwargs and kwargs['format'] not in [
'ionex', 'inx', 'ion', 'bernese'
]:
raise ArgumentError('[ERROR] code::get_ion_final Invalid format',
'format', **kwargs)
if 'acid' in kwargs and kwargs['acid'] not in ['cod', 'coe']:
raise ArgumentError('[ERROR] code::get_ion_final Invalid acid', 'acid',
**kwargs)
if 'type' in kwargs and kwargs['type'] != 'final':
raise ArgumentError('[ERROR] code::get_ion_final Invalid type', 'type',
**kwargs)
if 'format' not in kwargs:
kwargs['format'] = 'bernese'
if 'acid' not in kwargs:
kwargs['acid'] = 'cod'
pydt = _date(**kwargs) ## this may throw
yy, ddd = pydt2yydoy(pydt)
if kwargs['format'] in ['bernese', 'ion']:
frmt = 'ION'
else:
if kwargs['acid'] == 'coe':
frmt = 'INX'
else:
frmt = '{:02d}I'.format(yy)
if kwargs['acid'] == 'coe':
url_dir = 'BSWUSER52/ATM/{:}'.format(pydt.strftime("%Y"))
acn = 'COE'
sdate = '{:02d}{:03d}'.format(yy, ddd)
else:
url_dir = 'CODE/{:}'.format(pydt.strftime("%Y"))
if kwargs['format'] in ['bernese', 'ion']:
acn = 'COD'
week, sow = pydt2gps(pydt)
sdate = '{:04d}{:01d}'.format(week, sow2dow(sow))
else:
acn = 'CODG'
sdate = '{:03d}0'.format(ddd)
ion = '{:}{:}.{:}.Z'.format(acn, sdate, frmt)
target = '{:}/{:}/{:}'.format(CODE_URL, url_dir, ion)
return target
def get_sp3_rapid_target(**kwargs):
""" Rapid or Ultra-rapid orbit information in SP3 format from COD
kwargs that matter:
format='sp3' Optional but if given it must be sp3
type='frapid' Cn be any of current, current-5d, .... (see Table below)
acid='cod' Optional but if given it must be 'cod'
To provide a date, use either:
* pydt=datetime.datetime(...) or
* year=... and doy=...
Default values:
kwargs['format'] = sp3
kwargs['acid'] = cod
kwargs['type'] = frapid
COD.EPH_U CODE ultra-rapid GNSS orbits
COD.EPH_5D Last update of CODE 5-day orbit predictions, from
rapid analysis, including all active GLONASS and
Galileo satellites
CODwwwwd.EPH_U CODE ultra-rapid GNSS orbits from the 24UT solution
available until the corresponding early rapid orbit
is available (to ensure a complete coverage of orbits
even if the early rapid solution is delayed after the
first ultra-rapid solutions of the day)
CODwwwwd.EPH_M CODE final rapid GNSS orbits
(middle day of a long-arc solution where the rapid
observations were completed by a subsequent
ultra-rapid dataset)
CODwwwwd.EPH_R CODE early rapid GNSS orbits
(third day of a 72-hour solution)
CODwwwwd.EPH_P CODE 24-hour GNSS orbit predictions
CODwwwwd.EPH_P2 CODE 48-hour GNSS orbit predictions
CODwwwwd.EPH_5D CODE 5-day GNSS orbit predictions
type=current | COD.EPH_U
type=current-5d | COD.EPH_5D
type=urapid or ultra-rapid | CODwwwwd.EPH_U
type=frapid or final-rapid | CODwwwwd.EPH_M
type=erapid or early-rapid | CODwwwwd.EPH_R
type=prediction | CODwwwwd.EPH_P
type=p2 | CODwwwwd.EPH_P2
type=p5 | CODwwwwd.EPH_5D
"""
if 'format' in kwargs and kwargs['format'] not in ['sp3']:
raise RuntimeError('[ERROR] code::get_sp3_rapid Invalid format.')
if 'acid' in kwargs and kwargs['acid'] not in ['cod']:
raise RuntimeError('[ERROR] code::get_sp3_rapid Invalid acid.')
if 'type' in kwargs and kwargs['type'] not in [
'current', 'current-5d', 'urapid', 'ultra-rapid', 'frapid',
'final-rapid', 'erapid', 'early-rapid', 'prediction', 'p2', 'p5'
]:
raise RuntimeError('[ERROR] code::get_sp3_rapid Invalid type.')
if 'format' not in kwargs:
kwargs['format'] = 'sp3'
if 'type' not in kwargs:
kwargs['type'] = 'frapid'
if 'acid' not in kwargs:
kwargs['acid'] = 'cod'
acn = 'COD'
url_dir = 'CODE'
if kwargs['type'] not in ['current', 'current-5d']:
pydt = _date(**kwargs) ## this may throw
week, sow = pydt2gps(pydt)
sdate = '{:04d}{:01d}'.format(week, sow2dow(sow))
if kwargs['type'] == 'current':
sdate = ''
frmt = 'EPH_U'
elif kwargs['type'] == 'current-5d':
sdate = ''
frmt = 'EPH_5D'
elif kwargs['type'] in ['urapid', 'ultra-rapid']:
frmt = 'EPH_U'
elif kwargs['type'] in ['frapid', 'final-rapid']:
frmt = 'EPH_M'
elif kwargs['type'] in ['erapid', 'early-rapid']:
frmt = 'EPH_R'
elif kwargs['type'] == 'prediction':
frmt = 'EPH_P'
elif kwargs['type'] == 'p2':
frmt = 'EPH_P2'
elif kwargs['type'] == 'p5':
frmt = 'EPH_5D'
else:
raise RuntimeError('[ERROR] code::get_sp3_rapid Invalid type.')
eph = '{:}{:}.{:}'.format(acn, sdate, frmt)
target = '{:}/{:}/{:}'.format(CODE_URL, url_dir, eph)
return target