Plugins in pyCIF#
Plugin documentation#
List of all plugins in pyCIF#
- Chemistries
chemistry
- Controlvects
controlvect
- Datastreams
datastream
- Backgrounds
datastream
- Fields
datastream
- CAMS netcdf files
CAMS/netcdf
- CHIMERE INI_CONCS and BOUN_CONCS netcdf files
CHIMERE/icbc
- ECMWF grib2 data files
ECMWF/grib2
- Global averages from NOAA data
NOAA/glob_avg
- Gridded NetCDF initial conditions
gridded_netcdf/std
- ICON-ART initial and lateral boundary conditions
ICON-ART/icbc
- LMDz 4 72x96x19 grid photorates
oldLMDZ/photochem
- LMDz 4 72x96x19 grid prescribed concentrations
oldLMDZ/prescrconcs
- LMDz 4 72x96x19 grid restart
oldLMDZ/ic
- LMDz chemical field
LMDZ/chemfield
- LMDz photorates
LMDZ/photochem
- LMDz prescribed concentrations
LMDZ/prescrconcs
- LMDz production and loss fields
LMDZ/prodloss3d
- LMDz restart concentrations
LMDZ/ic
- LMDz trajq files
LMDZ-trajq/netcdf
- TM5 initial condition files
TM5/ic
- Template plugin for BCs
BCs/template
- wrfchem/icbc
wrfchem/icbc
- CAMS netcdf files
- Fluxes
datastream
- EDGAR/v5
EDGAR/v5
- Becker coastal fluxes
becker/ocean
- CHIMERE AEMISSIONS and BEMISSIONS netcdf files
CHIMERE/AEMISSIONS
- CarbonMonitor/netcdf
CarbonMonitor/netcdf
- Copernicus Marine Service CO2 fluxes
CMEMS/std
- Dummy model - NetCDF
dummy/nc
- Dummy model - text
dummy/txt
- FLEXPART/nc
FLEXPART/nc
- Fluxes from csv-formatted point sources
point_sources/std
- GCP at 1 degree x 1 degree
GCP_N2O/1x1
- Global Carbon Fluxes
GCP/1x1
- Global Fire Emission Database v4
GFED4/std
- GridFED emission database
GridFED/std
- Gridded NetCDF surface flux
gridded_netcdf/std
- ICON-ART surface fluxes
ICON-ART/sflx
- INS/2012web
INS/2012web
- LMDZ/bin
LMDZ/bin
- LMDZ surface fluxes
LMDZ/sflx
- ORCHIDEE surface fluxes
orchidee/std
- TM5/std
TM5/std
- TNO/netcdf
TNO/netcdf
- Template plugin for fluxes
flux/template
- Unstructured grid NetCDF surface flux
gridded_netcdf/unstructured
- VPRM/netcdf
VPRM/netcdf
- VPRM1km/netcdf
VPRM1km/netcdf
- wrfchem/std
wrfchem/std
- EDGAR/v5
- Meteos
datastream
- Backgrounds
- Datavects
datavect
- Domains
domain
- Measurements
measurements
- Minimizers
minimizer
- Models
model
- CHIMERE/std
CHIMERE/std
- CHIMERE with OpenACC annotations
CHIMERE/acc
- ICOsahedral Nonhydrostatic weather- and climate model with Aerosols and Reactive Trace gases
ICON-ART/std
- LMDZ/std
LMDZ/std
- LMDz with OpenACC annotations
LMDZ/acc
- Lagrangian/std
Lagrangian/std
- SatWetCH4 v.1 Juliette Bernard et al., 2024
satwetch4/std
- TM5/std
TM5/std
- Template for model implementation
template/std
- dummy/std
dummy/std
- wrfchem/std
wrfchem/std
- CHIMERE/std
- Modes
mode
- Obsoperators
obsoperator
- Obsparsers
obsparser
- CO2M pseudo_data
CO2M/pseudo_data
- Integrated Carbon Observing System (ICOS) data
ICOS/std
- NOAA-ESRL Observation Package (ObsPack) Data Products
obspack/std
- TROPOMI XCH4 retrievals – Official product
TROPOMI/CH4-official
- TROPOMI XCH4 retrievals from SRON
TROPOMI/CH4-SRON
- TROPOMI XCH4 retrievals from the University of Bremen
TROPOMI/CH4-WFMD
- Template plugin for observation parsers
template/std
- VERIFY/std
VERIFY/std
- WDCGG/std
WDCGG/std
- CO2M pseudo_data
- Obsvects
obsvect
- Platforms
platform
- Bologna’s ECMWF cluster
ECMWF/ecs
- CSC-Puhti’s FMI cluster
FMI/Puhti
- CSCS - Swiss National Supercomputing Centre
EMPA/daint
- Centre de Calcul Recherche et Technologie (AMD/rome)
TGCC-CCRT/AMD
- Centre de Calcul Recherche et Technologie (skylake)
TGCC-CCRT/std
- Centre de Calcul Recherche et Technologie with NVIDIA environnement
TGCC-CCRT/nvidia
- Docker container for pycif
docker/cif
- LAERO’s cluster
LAERO/nuwa
- LSCE’s cluster
LSCE/obelix
- LSCE’s cluster with NVIDIA environnement
LSCE/obelix-nvidia
- Bologna’s ECMWF cluster
- Simulators
simulator
- Transforms
transform
- Basic
transform
- Adding background to simulations
background/std
- Clip & crop
clipcrop/std
- Element-wise product
product/std
- Horizontal re-gridding
regrid/std
- Temporal interpolation and re-indexing
time_interpolation/std
- Tracer families or addition
families/std
- Unit conversion
unit_conversion/std
- Vertical interpolation and re-mapping
vertical_interpolation/std
- exponential
exp/std
- Adding background to simulations
- Complex
transform
- System
transform
- Computing a transport model
run_model/std
- Data initialization from the control vector
fromcontrol/std
- Dump to specific format
dump2format/std
- Dump to transform inputs
dump2inputs/std
- Process data to the observation vector
toobsvect/std
- Read model output to data
loadfromoutputs/std
- sample2sparse/std
sample2sparse/std
- sparse2sample/std
sparse2sample/std
- Computing a transport model
- Basic