In [ ]:
import os
import json
tmp = dict()
In [ ]:
"""
Daily Met Livneh 2013
"""
tmp['dailymet_livneh2013'] = dict()
tmp['dailymet_livneh2013']['spatial_resolution'] = '1/16-degree'
tmp['dailymet_livneh2013']['web_protocol'] = 'ftp'
tmp['dailymet_livneh2013']['domain'] = 'livnehpublicstorage.colorado.edu'
tmp['dailymet_livneh2013']['subdomain'] = '/public/Livneh.2013.CONUS.Dataset/Meteorology.asc.v.1.2.1915.2011.bz2/'
tmp['dailymet_livneh2013']['decision_steps'] = 'files organized by spatial bounding boxes'
tmp['dailymet_livneh2013']['filename_structure'] = 'Meteorology_Livneh_CONUSExt_v.1.2_2013_{LAT}_{LONG}'
tmp['dailymet_livneh2013']['file_format'] = 'bz2-compressed ASCII'
tmp['dailymet_livneh2013']['reference']=dict()
tmp['dailymet_livneh2013']['reference'][1] = "Livneh, B., E. A. Rosenberg, C. Lin, B. Nijssen, V. Mishra, K. M. Andreadis, E. P. Maurer, and D. P. Lettenmaier, 2013: A Long-Term Hydrologically Based Dataset of Land Surface Fluxes and States for the Conterminous United States: Update and Extensions. J. Climate, 26, 9384-9392."
tmp['dailymet_livneh2013']['reference'][2] = "ftp://livnehpublicstorage.colorado.edu/public/Livneh.2013.CONUS.Dataset/readme.txt"
tmp['dailymet_livneh2013']['start_date'] = '1915-01-01'
tmp['dailymet_livneh2013']['end_date'] = '2011-12-31'
tmp['dailymet_livneh2013']['temporal_resolution'] = 'D'
tmp['dailymet_livneh2013']['delimiter'] = '\t'
tmp['dailymet_livneh2013']['variable_list'] = ['PRECIP', 'TMAX', 'TMIN', 'WINDSPD']
tmp['dailymet_livneh2013']['variable_info'] = dict()
tmp['dailymet_livneh2013']['variable_info']['PRECIP'] = dict()
tmp['dailymet_livneh2013']['variable_info']['PRECIP']={'desc':'daily precipitation (mm)',
'dtypes':'float64','units':'mm'}
tmp['dailymet_livneh2013']['variable_info']['TMAX'] = dict()
tmp['dailymet_livneh2013']['variable_info']['TMAX']={'desc':'daily maximum temperature (C)',
'dtypes':'float64','units':'C'}
tmp['dailymet_livneh2013']['variable_info']['TMIN'] = dict()
tmp['dailymet_livneh2013']['variable_info']['TMIN']={'desc':'daily minimum temperature (C)',
'dtypes':'float64','units':'C'}
tmp['dailymet_livneh2013']['variable_info']['WINDSPD'] = dict()
tmp['dailymet_livneh2013']['variable_info']['WINDSPD']={'desc':'daily mean wind speed (m/s)',
'dtypes':'float64','units':'m/s'}
In [ ]:
"""
Daily MET Livneh 2015
"""
tmp['dailymet_livneh2015']=dict()
tmp['dailymet_livneh2015']['spatial_resolution'] = '1/16-degree'
tmp['dailymet_livneh2015']['web_protocol'] = 'ftp'
tmp['dailymet_livneh2015']['domain'] = '192.12.137.7'
tmp['dailymet_livneh2015']['subdomain'] = '/pub/dcp/archive/OBS/livneh2014.1_16deg/ascii/daily/'
tmp['dailymet_livneh2015']['decision_steps'] = 'files organized by Latitude'
tmp['dailymet_livneh2015']['filename_structure'] = 'Meteorology_Livneh_NAmerExt_15Oct2014_{LAT}_{LONG}'
tmp['dailymet_livneh2015']['file_format'] = 'bz2-compressed ASCII'
tmp['dailymet_livneh2015']['reference']=dict()
tmp['dailymet_livneh2015']['reference'][1]= "Livneh B., T.J. Bohn, D.S. Pierce, F. Munoz-Ariola, B. Nijssen, R. Vose, D. Cayan, and L.D. Brekke, 2015: A spatially comprehensive, hydrometeorological data set for Mexico, the U.S., and southern Canada 1950-2013, Nature Scientific Data, 5:150042, doi:10.1038/sdata.2015.42."
tmp['dailymet_livneh2015']['reference'][2]= "ftp://livnehpublicstorage.colorado.edu/public/Livneh.2013.CONUS.Dataset/readme.txt"
tmp['dailymet_livneh2015']['start_date'] = '1950-01-01'
tmp['dailymet_livneh2015']['end_date'] = '2013-12-31'
tmp['dailymet_livneh2015']['temporal_resolution'] = 'D'
tmp['dailymet_livneh2015']['delimiter'] = '\\s+'
tmp['dailymet_livneh2015']['variable_list'] = ['PRECIP', 'TMAX', 'TMIN', 'WINDSPD']
tmp['dailymet_livneh2015']['variable_info'] = dict()
tmp['dailymet_livneh2015']['variable_info']['PRECIP'] = dict()
tmp['dailymet_livneh2015']['variable_info']['PRECIP']={'desc':'daily precipitation (mm)',
'dtypes':'float64','units':'mm'}
tmp['dailymet_livneh2015']['variable_info']['TMAX'] = dict()
tmp['dailymet_livneh2015']['variable_info']['TMAX']={'desc':'daily maximum temperature (C)',
'dtypes':'float64','units':'C'}
tmp['dailymet_livneh2015']['variable_info']['TMIN'] = dict()
tmp['dailymet_livneh2015']['variable_info']['TMIN']={'desc':'daily minimum temperature (C)',
'dtypes':'float64','units':'C'}
tmp['dailymet_livneh2015']['variable_info']['WINDSPD'] = dict()
tmp['dailymet_livneh2015']['variable_info']['WINDSPD']={'desc':'daily mean wind speed (m/s)',
'dtypes':'float64','units':'m/s'}
In [ ]:
"""
Daily VIC Livneh 2013
"""
tmp['dailyvic_livneh2013'] = dict()
tmp['dailyvic_livneh2013']['spatial_resolution'] = '1/16-degree'
tmp['dailyvic_livneh2013']['web_protocol'] = 'ftp'
tmp['dailyvic_livneh2013']['domain'] = 'livnehpublicstorage.colorado.edu'
tmp['dailyvic_livneh2013']['subdomain'] = '/public/Livneh.2013.CONUS.Dataset/Fluxes.asc.v.1.2.1915.2011.bz2/'
tmp['dailyvic_livneh2013']['decision_steps'] = 'files organized by spatial bounding boxes'
tmp['dailyvic_livneh2013']['filename_structure'] = 'VIC_fluxes_Livneh_CONUSExt_v.1.2_2013_{LAT}_{LONG}'
tmp['dailyvic_livneh2013']['file_format'] = 'bz2-compressed ASCII'
tmp['dailyvic_livneh2013']['reference']=dict()
tmp['dailyvic_livneh2013']['reference'][1] = "Livneh, B., E. A. Rosenberg, C. Lin, B. Nijssen, V. Mishra, K. M. Andreadis, E. P. Maurer, and D. P. Lettenmaier, 2013: A Long-Term Hydrologically Based Dataset of Land Surface Fluxes and States for the Conterminous United States: Update and Extensions. J. Climate, 26, 9384-9392."
tmp['dailyvic_livneh2013']['reference'][2] = "ftp://livnehpublicstorage.colorado.edu/public/Livneh.2013.CONUS.Dataset/readme.txt"
tmp['dailyvic_livneh2013']['start_date'] = '1915-01-01'
tmp['dailyvic_livneh2013']['end_date'] = '2011-12-31'
tmp['dailyvic_livneh2013']['temporal_resolution'] = 'D'
tmp['dailyvic_livneh2013']['delimiter'] = '\t'
tmp['dailyvic_livneh2013']['variable_list'] = ['YEAR','MONTH','DAY','EVAP','RUNOFF','BASEFLOW','SMTOP','SMMID','SMBOT','SWE','WDEW','SENSIBLE','LATENT','GRNDFLUX','RNET','RADTEMP','PREC']
tmp['dailyvic_livneh2013']['variable_info'] = dict()
tmp['dailyvic_livneh2013']['variable_info']['YEAR'] = dict()
tmp['dailyvic_livneh2013']['variable_info']['YEAR']={'desc':'year',
'dtypes':'int8','units':'yr'}
tmp['dailyvic_livneh2013']['variable_info']['MONTH'] = dict()
tmp['dailyvic_livneh2013']['variable_info']['MONTH']={'desc':'month',
'dtypes':'int8','units':'mo'}
tmp['dailyvic_livneh2013']['variable_info']['DAY'] = dict()
tmp['dailyvic_livneh2013']['variable_info']['DAY']={'desc':'day',
'dtypes':'int8','units':'day'}
tmp['dailyvic_livneh2013']['variable_info']['EVAP'] = dict()
tmp['dailyvic_livneh2013']['variable_info']['EVAP']={'desc':'Total ET rate-- includes Canopy, Sub-canopy Evaporation, Transpiration, and Snow Sublimation',
'dtypes':'float64','units':'mm/s'}
tmp['dailyvic_livneh2013']['variable_info']['RUNOFF'] = dict()
tmp['dailyvic_livneh2013']['variable_info']['RUNOFF']={'desc':'Runoff',
'dtypes':'float64','units':'mm/s'}
tmp['dailyvic_livneh2013']['variable_info']['BASEFLOW'] = dict()
tmp['dailyvic_livneh2013']['variable_info']['BASEFLOW']={'desc':'Baseflow',
'dtypes':'float64','units':'mm/s'}
tmp['dailyvic_livneh2013']['variable_info']['SMTOP'] = dict()
tmp['dailyvic_livneh2013']['variable_info']['SMTOP']={'desc':'Soil moisture top layer',
'dtypes':'float64','units':'mm'}
tmp['dailyvic_livneh2013']['variable_info']['SMMID'] = dict()
tmp['dailyvic_livneh2013']['variable_info']['SMMID']={'desc':'Soil moisture middle layer',
'dtypes':'float64','units':'mm'}
tmp['dailyvic_livneh2013']['variable_info']['SMBOT'] = dict()
tmp['dailyvic_livneh2013']['variable_info']['SMBOT']={'desc':'Soil moisture bottom layer',
'dtypes':'float64','units':'mm'}
tmp['dailyvic_livneh2013']['variable_info']['SWE'] = dict()
tmp['dailyvic_livneh2013']['variable_info']['SWE']={'desc':'Snow water equivalent (SWE)',
'dtypes':'float64','units':'mm'}
tmp['dailyvic_livneh2013']['variable_info']['WDEW'] = dict()
tmp['dailyvic_livneh2013']['variable_info']['WDEW']={'desc':'Canopy water',
'dtypes':'float64','units':'mm'}
tmp['dailyvic_livneh2013']['variable_info']['SENSIBLE'] = dict()
tmp['dailyvic_livneh2013']['variable_info']['SENSIBLE']={'desc':'Net sensible heat flux',
'dtypes':'float64','units':'W/m^2'}
tmp['dailyvic_livneh2013']['variable_info']['LATENT'] = dict()
tmp['dailyvic_livneh2013']['variable_info']['LATENT']={'desc':'Net latent heat flux',
'dtypes':'float64','units':'W/m^2'}
tmp['dailyvic_livneh2013']['variable_info']['GRNDFLUX'] = dict()
tmp['dailyvic_livneh2013']['variable_info']['GRNDFLUX']={'desc':'Net heat flux into ground',
'dtypes':'float64','units':'W/m^2'}
tmp['dailyvic_livneh2013']['variable_info']['RNET'] = dict()
tmp['dailyvic_livneh2013']['variable_info']['RNET']={'desc':'Net downward radiation flux',
'dtypes':'float64','units':'W/m^2'}
tmp['dailyvic_livneh2013']['variable_info']['RADTEMP'] = dict()
tmp['dailyvic_livneh2013']['variable_info']['RADTEMP']={'desc':'Mean radiative surface temperature',
'dtypes':'float64','units':'K'}
tmp['dailyvic_livneh2013']['variable_info']['PREC'] = dict()
tmp['dailyvic_livneh2013']['variable_info']['PREC']={'desc':'Incoming precipitation rate',
'dtypes':'float64','units':'mm/s'}
In [ ]:
"""
Daily Met bias-corrected Livneh 2013
"""
tmp['dailymet_bclivneh2013'] = dict()
tmp['dailymet_bclivneh2013']['spatial_resolution'] = '1/16-degree'
tmp['dailymet_bclivneh2013']['web_protocol'] = 'http'
tmp['dailymet_bclivneh2013']['domain'] = 'cses.washington.edu'
tmp['dailymet_bclivneh2013']['subdomain'] = '/rocinante/Livneh/bcLivneh_WWA_2013/forcings_ascii/'
tmp['dailymet_bclivneh2013']['decision_steps'] = ''
tmp['dailymet_bclivneh2013']['filename_structure'] = 'data_{LAT}_{LONG}'
tmp['dailymet_bclivneh2013']['file_format'] = 'ASCII'
tmp['dailymet_bclivneh2013']['reference']=dict()
tmp['dailymet_bclivneh2013']['reference'][1] = "Livneh, B., E. A. Rosenberg, C. Lin, B. Nijssen, V. Mishra, K. M. Andreadis, E. P. Maurer, and D. P. Lettenmaier, 2013: A Long-Term Hydrologically Based Dataset of Land Surface Fluxes and States for the Conterminous United States: Update and Extensions. J. Climate, 26, 9384-9392."
tmp['dailymet_bclivneh2013']['reference'][2] = "ftp://livnehpublicstorage.colorado.edu/public/Livneh.2013.CONUS.Dataset/readme.txt"
tmp['dailymet_bclivneh2013']['start_date'] = '1915-01-01'
tmp['dailymet_bclivneh2013']['end_date'] = '2011-12-31'
tmp['dailymet_bclivneh2013']['temporal_resolution'] = 'D'
tmp['dailymet_bclivneh2013']['delimiter'] = '\t'
tmp['dailymet_bclivneh2013']['variable_list'] = ['PRECIP', 'TMAX', 'TMIN', 'WINDSPD']
tmp['dailymet_bclivneh2013']['variable_info'] = dict()
tmp['dailymet_bclivneh2013']['variable_info']['PRECIP'] = dict()
tmp['dailymet_bclivneh2013']['variable_info']['PRECIP']={'desc':'daily precipitation (mm)',
'dtypes':'float64','units':'mm'}
tmp['dailymet_bclivneh2013']['variable_info']['TMAX'] = dict()
tmp['dailymet_bclivneh2013']['variable_info']['TMAX']={'desc':'daily maximum temperature (C)',
'dtypes':'float64','units':'C'}
tmp['dailymet_bclivneh2013']['variable_info']['TMIN'] = dict()
tmp['dailymet_bclivneh2013']['variable_info']['TMIN']={'desc':'daily minimum temperature (C)',
'dtypes':'float64','units':'C'}
tmp['dailymet_bclivneh2013']['variable_info']['WINDSPD'] = dict()
tmp['dailymet_bclivneh2013']['variable_info']['WINDSPD']={'desc':'daily mean wind speed (m/s)',
'dtypes':'float64','units':'m/s'}
In [ ]:
"""
Daily VIC Livneh 2015
"""
tmp['dailyvic_livneh2015']=dict()
tmp['dailyvic_livneh2015']['spatial_resolution']='1/16-degree'
tmp['dailyvic_livneh2015']['web_protocol']='ftp'
tmp['dailyvic_livneh2015']['domain']='192.12.137.7'
tmp['dailyvic_livneh2015']['subdomain']='/pub/dcp/archive/OBS/livneh2014.1_16deg/VIC.ASCII/'
tmp['dailyvic_livneh2015']['decision_steps']='files organized by Latitude'
tmp['dailyvic_livneh2015']['filename_structure']='Fluxes_Livneh_NAmerExt_15Oct2014_{LAT}_{LONG}'
tmp['dailyvic_livneh2015']['file_format']='bz2-compressed ASCII'
tmp['dailyvic_livneh2015']['reference']=dict()
tmp['dailyvic_livneh2015']['reference'][1]="Livneh B., T.J. Bohn, D.S. Pierce, F. Munoz-Ariola, B. Nijssen, R. Vose, D. Cayan, and L.D. Brekke, 2015: A spatially comprehensive, hydrometeorological data set for Mexico, the U.S., and southern Canada 1950-2013, Nature Scientific Data, 5:150042, doi:10.1038/sdata.2015.42."
tmp['dailyvic_livneh2015']['reference'][2]="ftp://192.12.137.7/pub/dcp/archive/OBS/livneh2014.1_16deg/README.Livneh.Grids.txt.v3.txt"
tmp['dailyvic_livneh2015']['start_date']='1950-01-01'
tmp['dailyvic_livneh2015']['end_date']='2013-12-31'
tmp['dailyvic_livneh2015']['temporal_resolution']='D'
tmp['dailyvic_livneh2015']['delimiter']='\t'
tmp['dailyvic_livneh2015']['variable_list']=['YEAR','MONTH','DAY','EVAP','RUNOFF','BASEFLOW','SMTOP','SMMID','SMBOT','SWE','WDEW','SENSIBLE','LATENT','GRNDFLUX','RNET','PETTALL','PETSHORT','PETNATVEG']
tmp['dailyvic_livneh2015']['variable_info']=dict()
tmp['dailyvic_livneh2015']['variable_info']['YEAR']=dict()
tmp['dailyvic_livneh2015']['variable_info']['YEAR']={'desc':'year',
'dtypes':'int8','units':'yr'}
tmp['dailyvic_livneh2015']['variable_info']['MONTH']=dict()
tmp['dailyvic_livneh2015']['variable_info']['MONTH']={'desc':'month',
'dtypes':'int8','units':'mo'}
tmp['dailyvic_livneh2015']['variable_info']['DAY']=dict()
tmp['dailyvic_livneh2015']['variable_info']['DAY']={'desc':'day',
'dtypes':'int8','units':'day'}
tmp['dailyvic_livneh2015']['variable_info']['EVAP']=dict()
tmp['dailyvic_livneh2015']['variable_info']['EVAP']={'desc':'Total ET rate-- includes Canopy, Sub-canopy Evaporation, Transpiration, and Snow Sublimation',
'dtypes':'float64','units':'mm/day'}
tmp['dailyvic_livneh2015']['variable_info']['RUNOFF']=dict()
tmp['dailyvic_livneh2015']['variable_info']['RUNOFF']={'desc':'Runoff',
'dtypes':'float64','units':'mm/day'}
tmp['dailyvic_livneh2015']['variable_info']['BASEFLOW']=dict()
tmp['dailyvic_livneh2015']['variable_info']['BASEFLOW']={'desc':'Baseflow',
'dtypes':'float64','units':'mm/day'}
tmp['dailyvic_livneh2015']['variable_info']['SMTOP']=dict()
tmp['dailyvic_livneh2015']['variable_info']['SMTOP']={'desc':'Soil moisture top layer',
'dtypes':'float64','units':'mm'}
tmp['dailyvic_livneh2015']['variable_info']['SMMID']=dict()
tmp['dailyvic_livneh2015']['variable_info']['SMMID']={'desc':'Soil moisture middle layer',
'dtypes':'float64','units':'mm'}
tmp['dailyvic_livneh2015']['variable_info']['SMBOT']=dict()
tmp['dailyvic_livneh2015']['variable_info']['SMBOT']={'desc':'Soil moisture bottom layer',
'dtypes':'float64','units':'mm'}
tmp['dailyvic_livneh2015']['variable_info']['SWE']=dict()
tmp['dailyvic_livneh2015']['variable_info']['SWE']={'desc':'Snow water equivalent (SWE)',
'dtypes':'float64','units':'mm'}
tmp['dailyvic_livneh2015']['variable_info']['WDEW']=dict()
tmp['dailyvic_livneh2015']['variable_info']['WDEW']={'desc':'Canopy water',
'dtypes':'float64','units':'mm'}
tmp['dailyvic_livneh2015']['variable_info']['SENSIBLE']=dict()
tmp['dailyvic_livneh2015']['variable_info']['SENSIBLE']={'desc':'Net sensible heat flux',
'dtypes':'float64','units':'W/m^2'}
tmp['dailyvic_livneh2015']['variable_info']['LATENT']=dict()
tmp['dailyvic_livneh2015']['variable_info']['LATENT']={'desc':'Net latent heat flux',
'dtypes':'float64', 'units':'W/m^2'}
tmp['dailyvic_livneh2015']['variable_info']['GRNDFLUX']=dict()
tmp['dailyvic_livneh2015']['variable_info']['GRNDFLUX']={'desc':'Net heat flux into ground',
'dtypes':'float64','units':'W/m^2'}
tmp['dailyvic_livneh2015']['variable_info']['RNET']=dict()
tmp['dailyvic_livneh2015']['variable_info']['RNET']={'desc':'Net downward radiation flux',
'dtypes':'float64','units':'W/m^2'}
tmp['dailyvic_livneh2015']['variable_info']['PETTALL']=dict()
tmp['dailyvic_livneh2015']['variable_info']['PETTALL']={'desc':'Potential Evapotranspiration from tall crop (Alfalfa)',
'dtypes':'float64','units':'mm/day'}
tmp['dailyvic_livneh2015']['variable_info']['PETSHORT']=dict()
tmp['dailyvic_livneh2015']['variable_info']['PETSHORT']={'desc':'Potential Evapotranspiration from short crop (Grass)',
'dtypes':'float64','units':'mm/day'}
tmp['dailyvic_livneh2015']['variable_info']['PETNATVEG']=dict()
tmp['dailyvic_livneh2015']['variable_info']['PETNATVEG']={'desc':'Potential Evapotranspiration from current vegetation',
'dtypes':'float64','units':'mm/day'}
In [ ]:
"""
Daily wrf-nnrp Salathe 2014
"""
tmp['dailywrf_salathe2014'] = dict()
tmp['dailywrf_salathe2014']['spatial_resolution'] = '1/16-degree'
tmp['dailywrf_salathe2014']['web_protocol'] = 'http'
tmp['dailywrf_salathe2014']['domain'] = 'cses.washington.edu/'
tmp['dailywrf_salathe2014']['subdomain'] = '/rocinante/WRF/NNRP/vic_16d/WWA_1950_2010/raw/forcings_ascii/'
tmp['dailywrf_salathe2014']['decision_steps'] = ''
tmp['dailywrf_salathe2014']['filename_structure'] = 'data_{LAT}_{LONG}'
tmp['dailywrf_salathe2014']['file_format'] = 'ASCII'
tmp['dailywrf_salathe2014']['reference']=dict()
tmp['dailywrf_salathe2014']['reference'][1]="Salathé Jr EP, Hamlet AF, Mass CF, Lee SY, Stumbaugh M, Steed R. Estimates of twenty-first-century flood risk in the Pacific Northwest based on regional climate model simulations. Journal of Hydrometeorology. 2014 Oct;15(5):1881-99. DOI: 10.1175/JHM-D-13-0137.1"
tmp['dailywrf_salathe2014']['reference'][2]="http://cses.washington.edu/rocinante/WRF/README"
tmp['dailywrf_salathe2014']['start_date'] = '1950-01-01'
tmp['dailywrf_salathe2014']['end_date'] = '2010-12-31'
tmp['dailywrf_salathe2014']['temporal_resolution'] = 'D'
tmp['dailywrf_salathe2014']['delimiter'] = '\\s+'
tmp['dailywrf_salathe2014']['variable_list'] = ['PRECIP', 'TMAX', 'TMIN', 'WINDSPD']
tmp['dailywrf_salathe2014']['variable_info'] = dict()
tmp['dailywrf_salathe2014']['variable_info']['PRECIP'] = dict()
tmp['dailywrf_salathe2014']['variable_info']['PRECIP']={'desc':'Daily accumulated precipitation',
'dtypes':'float64','units':'mm'}
tmp['dailywrf_salathe2014']['variable_info']['TMAX'] = dict()
tmp['dailywrf_salathe2014']['variable_info']['TMAX']={'desc':'Maximum temperature at 2m',
'dtypes':'float64','units':'C'}
tmp['dailywrf_salathe2014']['variable_info']['TMIN'] = dict()
tmp['dailywrf_salathe2014']['variable_info']['TMIN']={'desc':'Minimum temperature at 2m',
'dtypes':'float64','units':'C'}
tmp['dailywrf_salathe2014']['variable_info']['WINDSPD'] = dict()
tmp['dailywrf_salathe2014']['variable_info']['WINDSPD']={'desc':'Wind Speed',
'dtypes':'float64','units':'m/s'}
In [ ]:
"""
Daily WRF-nnrp bias-corrected Salathe 2014
"""
tmp['dailywrf_bcsalathe2014']=dict()
tmp['dailywrf_bcsalathe2014']['spatial_resolution'] = '1/16-degree'
tmp['dailywrf_bcsalathe2014']['web_protocol'] = 'http'
tmp['dailywrf_bcsalathe2014']['domain'] = 'cses.washington.edu/'
tmp['dailywrf_bcsalathe2014']['subdomain'] = '/rocinante/WRF/NNRP/vic_16d/WWA_1950_2010/bc/forcings_ascii/'
tmp['dailywrf_bcsalathe2014']['decision_steps'] = ''
tmp['dailywrf_bcsalathe2014']['filename_structure'] = 'data_{LAT}_{LONG}'
tmp['dailywrf_bcsalathe2014']['file_format'] = 'ASCII'
tmp['dailywrf_bcsalathe2014']['reference']=dict()
tmp['dailywrf_bcsalathe2014']['reference'][1]="Salathé Jr EP, Hamlet AF, Mass CF, Lee SY, Stumbaugh M, Steed R. Estimates of twenty-first-century flood risk in the Pacific Northwest based on regional climate model simulations. Journal of Hydrometeorology. 2014 Oct;15(5):1881-99. DOI: 10.1175/JHM-D-13-0137.1"
tmp['dailywrf_bcsalathe2014']['reference'][2]="http://cses.washington.edu/rocinante/WRF/README"
tmp['dailywrf_bcsalathe2014']['start_date'] = '1950-01-01'
tmp['dailywrf_bcsalathe2014']['end_date'] = '2010-12-31'
tmp['dailywrf_bcsalathe2014']['temporal_resolution'] = 'D'
tmp['dailywrf_bcsalathe2014']['delimiter'] = '\\s+'
tmp['dailywrf_bcsalathe2014']['variable_list'] = ['PRECIP', 'TMAX', 'TMIN', 'WINDSPD']
tmp['dailywrf_bcsalathe2014']['variable_info'] = dict()
tmp['dailywrf_bcsalathe2014']['variable_info']['PRECIP'] = dict()
tmp['dailywrf_bcsalathe2014']['variable_info']['PRECIP']={'desc':'Daily accumulated precipitation',
'dtypes':'float64','units':'mm'}
tmp['dailywrf_bcsalathe2014']['variable_info']['TMAX'] = dict()
tmp['dailywrf_bcsalathe2014']['variable_info']['TMAX']={'desc':'Maximum temperature at 2m',
'dtypes':'float64','units':'C'}
tmp['dailywrf_bcsalathe2014']['variable_info']['TMIN'] = dict()
tmp['dailywrf_bcsalathe2014']['variable_info']['TMIN']={'desc':'Minimum temperature at 2m',
'dtypes':'float64','units':'C'}
tmp['dailywrf_bcsalathe2014']['variable_info']['WINDSPD'] = dict()
tmp['dailywrf_bcsalathe2014']['variable_info']['WINDSPD']={'desc':'Wind Speed',
'dtypes':'float64','units':'m/s'}
In [ ]:
sorted(tmp.keys())
In [ ]:
# output the file
json.dump(tmp, open('ogh_meta.json', 'w'), ensure_ascii=False)
# perform a test read
json.load(open('ogh_meta.json'))