epygram.geometries — Geometries

Contains all geometries classes.

• epygram.geometries.AbstractGeometry — Geometry class
  • Geometry
    • Geometry.azimuth()
    • Geometry.cartoplot_geometry()
    • Geometry.cartopy_CRS_reproject()
    • Geometry.datashape
    • Geometry.distance()
    • Geometry.eq_Hgeom()
    • Geometry.get_levels()
    • Geometry.linspace()
    • Geometry.make_field()
    • Geometry.make_physicallevels_geometry()
    • Geometry.make_point_geometry()
    • Geometry.make_profile_geometry()
    • Geometry.make_section_geometry()
    • Geometry.make_vtkGrid()
    • Geometry.make_zoom_geometry()
    • Geometry.plot3DBluemarble()
    • Geometry.plot3DMaptiles()
    • Geometry.plot3DProjImage()
    • Geometry.plotgeometry()
    • Geometry.projected_geometry
    • Geometry.rectangular_grid
    • Geometry.structure
    • Geometry.vcoord_as_field()
    • Geometry.what()
  • RectangularGridGeometry
    • RectangularGridGeometry.default_cartopy_CRS()
    • RectangularGridGeometry.extract_subzone()
    • RectangularGridGeometry.fill_maskedvalues()
    • RectangularGridGeometry.get_datashape()
    • RectangularGridGeometry.get_lonlat_grid()
    • RectangularGridGeometry.gimme_corners_ij()
    • RectangularGridGeometry.gimme_corners_ll()
    • RectangularGridGeometry.gridpoints_number
    • RectangularGridGeometry.horizontally_flattened()
    • RectangularGridGeometry.isglobal
    • RectangularGridGeometry.make_subarray_geometry()
    • RectangularGridGeometry.make_subsample_geometry()
    • RectangularGridGeometry.minmax_ll()
    • RectangularGridGeometry.nearest_points()
    • RectangularGridGeometry.point_is_inside_domain_ij()
    • RectangularGridGeometry.point_is_inside_domain_ll()
    • RectangularGridGeometry.reshape_data()
• epygram.geometries.ProjectedGeometry — Projected Geometry class
  • ProjectedGeometry
    • ProjectedGeometry.compass_grid()
    • ProjectedGeometry.default_cartopy_CRS()
    • ProjectedGeometry.distance()
    • ProjectedGeometry.get_cartopy_extent()
    • ProjectedGeometry.getcenter()
    • ProjectedGeometry.ij2ll()
    • ProjectedGeometry.ij2xy()
    • ProjectedGeometry.linspace()
    • ProjectedGeometry.ll2ij()
    • ProjectedGeometry.ll2xy()
    • ProjectedGeometry.make_section_geometry()
    • ProjectedGeometry.map_factor()
    • ProjectedGeometry.map_factor_field()
    • ProjectedGeometry.mesh_area()
    • ProjectedGeometry.mesh_area_field()
    • ProjectedGeometry.plane_azimuth()
    • ProjectedGeometry.reproject_wind_on_lonlat()
    • ProjectedGeometry.resolution_ij()
    • ProjectedGeometry.resolution_ll()
    • ProjectedGeometry.secant_projection
    • ProjectedGeometry.select_subzone()
    • ProjectedGeometry.tolerant_equal()
    • ProjectedGeometry.xy2ij()
    • ProjectedGeometry.xy2ll()
• epygram.geometries.UnstructuredGeometry — Unstructured Geometry class
  • UnstructuredGeometry
    • UnstructuredGeometry.get_lonlat_grid()
    • UnstructuredGeometry.getcenter()
    • UnstructuredGeometry.ij2ll()
    • UnstructuredGeometry.ll2ij()
    • UnstructuredGeometry.nearest_points()
    • UnstructuredGeometry.resolution_ij()
    • UnstructuredGeometry.resolution_ll()
• epygram.geometries.AcademicGeometry — Academic Geometry class
  • AcademicGeometry
    • AcademicGeometry.azimuth()
    • AcademicGeometry.default_cartopy_CRS()
    • AcademicGeometry.distance()
    • AcademicGeometry.getcenter()
    • AcademicGeometry.ij2ll()
    • AcademicGeometry.ij2xy()
    • AcademicGeometry.linspace()
    • AcademicGeometry.ll2ij()
    • AcademicGeometry.ll2xy()
    • AcademicGeometry.make_section_geometry()
    • AcademicGeometry.plane_azimuth()
    • AcademicGeometry.resolution_ij()
    • AcademicGeometry.resolution_ll()
    • AcademicGeometry.tolerant_equal()
    • AcademicGeometry.xy2ij()
    • AcademicGeometry.xy2ll()
• epygram.geometries.GaussGeometry — Gauss Geometry class
  • GaussGeometry
    • GaussGeometry.default_cartopy_CRS()
    • GaussGeometry.distance_to_nearest_neighbour_ij()
    • GaussGeometry.distance_to_nearest_neighbour_ll()
    • GaussGeometry.fill_maskedvalues()
    • GaussGeometry.get_datashape()
    • GaussGeometry.get_lonlat_grid()
    • GaussGeometry.gridpoints_number
    • GaussGeometry.horizontally_flattened()
    • GaussGeometry.ij2ll()
    • GaussGeometry.isglobal
    • GaussGeometry.ll2ij()
    • GaussGeometry.map_factor()
    • GaussGeometry.map_factor_field()
    • GaussGeometry.meridian_resolution_j()
    • GaussGeometry.nearest_points()
    • GaussGeometry.point_is_inside_domain_ij()
    • GaussGeometry.point_is_inside_domain_ll()
    • GaussGeometry.reproject_wind_on_lonlat()
    • GaussGeometry.reshape_data()
    • GaussGeometry.resolution_field()
    • GaussGeometry.resolution_field_from_stretching()
    • GaussGeometry.resolution_j()
    • GaussGeometry.resolution_ll()
    • GaussGeometry.zonal_resolution_j()
• epygram.geometries.RegLLGeometry — RegLL Geometry class
  • RegLLGeometry
    • RegLLGeometry.getcenter()
    • RegLLGeometry.ij2ll()
    • RegLLGeometry.ij2xy()
    • RegLLGeometry.ll2ij()
    • RegLLGeometry.ll2xy()
    • RegLLGeometry.xy2ij()
    • RegLLGeometry.xy2ll()
• epygram.geometries.RotLLGeometry — RotLL Geometry class
  • RotLLGeometry
    • RotLLGeometry.getcenter()
    • RotLLGeometry.ij2ll()
    • RotLLGeometry.ij2xy()
    • RotLLGeometry.ll2ij()
    • RotLLGeometry.ll2xy()
    • RotLLGeometry.xy2ij()
    • RotLLGeometry.xy2ll()
• epygram.geometries.VGeometry — Vertical Geometry class
  • VGeometry
    • VGeometry.to_vgrid()
    • VGeometry.what()
  • Functions
    • hybridP2pressure()
    • hybridH2pressure()
    • hybridP2altitude()
    • hybridH2altitude()
    • pressure2altitude()
    • hybridP_coord_and_surfpressure_to_3D_pressure_field()
    • hybridP_coord_to_3D_altitude_field()
• epygram.geometries.SpectralGeometry — Spectral Geometry class
  • truncation_from_gridpoint_dims()
  • SpectralGeometry
    • SpectralGeometry.compute_xy_spderivatives()
    • SpectralGeometry.ectrans4py()
    • SpectralGeometry.etrans_inq()
    • SpectralGeometry.gp2sp()
    • SpectralGeometry.legendre_known_spectraldata_size()
    • SpectralGeometry.needed_memory
    • SpectralGeometry.sp2gp()
    • SpectralGeometry.trans_inq()
• epygram.geometries.domain_making — Domain creation
  • epygram.geometries.domain_making.ask — User Interface
    • ask_and_build_geometry()
    • ask_lonlat()
    • ask_lonlat_and_build_geometry()
  • epygram.geometries.domain_making.build — Build geometries
    • build_geometry()
    • build_CIE_field()
    • build_lonlat_geometry()
    • build_lonlat_field()
    • build_geometry_fromlonlat()
    • build_geom_from_e923nam()
    • compute_lonlat_included()
  • epygram.geometries.domain_making.output — Output
    • lam_geom2namelists()
    • regll_geom2namelists()
    • write_namelists()
    • write_geometry_as_namelists()
    • summary()
    • plot_geometry()
  • epygram.geometries.domain_making.util — Tools
    • Parameters
    • Functions

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epygram.geometries.vertical_coordinates = {'Altitude': 102, 'Height': 103, 'HybridH': 118, 'HybridP': 119, 'PV': 109, 'Pressure': 100}

Mapping of vertical coordinates

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epygram.geometries.build_surf_VGeometry()

Build a surface vertical geometry.