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API
psi_io
_mesh
Mesh
remesh_array
ArrayOrdering
MeshCodeType
_models
Props
extract_quantity_from_filepath
extract_sequence_from_filepath
get_mas_quantity_properties
get_model_prop_caller
get_pot3d_quantity_properties
get_psi_scale_properties
parse_psi_filename_schema
MasQuantities
ModelType
Pot3dQuantities
PsiScales
_units
compose_mas_units
decompose_mas_units
get_helium_fractions
BOLTZ
C_CGS
FAVORED_UNITS
FKSPITZ
FLUX_UNIT
FMP
FN0PHYS
FN_B
FN_E
FN_E_CGS
FN_FLUX
FN_HEAT
FN_J
FN_J_CGS
FN_JB
FN_KAPPA
FN_LENGTH
FN_N
FN_P
FN_QRAD
FN_RHO
FN_T
FN_TIME
FN_V
FNORML
FNORMM
FNORMT
G0NORM
G0PHYS
K
MAS_b
MAS_heat
MAS_j
MAS_n
MAS_p
MAS_t
MAS_v
MU0
OMEGA_COROTATE
PI
POT3D_b
PSI_angle
PSI_rsun
RSUN
STATAMP_TO_AMPERE
STATVOLT_TO_VOLT
VOLUMETRIC_RATE_UNIT
W
data
check_hdf_type
file_ids
get_1d_data
get_2d_data
get_3d_data
get_fieldline_data
get_synchronic_map_data
_P
_R
BASE_URL
FETCHER
REGISTRY
mhd_io
PsiData
psi_io
HdfDataMeta
HdfScaleMeta
convert
convert_psih4_to_psih5
get_scales_1d
get_scales_2d
get_scales_3d
instantiate_linear_interpolator
interpolate_point_from_1d_slice
interpolate_point_from_2d_slice
interpolate_positions_from_hdf
np_interpolate_slice_from_hdf
rdhdf_1d
rdhdf_2d
rdhdf_3d
read_hdf_by_index
read_hdf_by_ivalue
read_hdf_by_value
read_hdf_data
read_hdf_meta
read_rtp_meta
sp_interpolate_slice_from_hdf
wrhdf_1d
wrhdf_2d
wrhdf_3d
write_hdf_data
write_hdf_meta
HDFEXT
HdfExtType
PathLike
PSI_DATA_ID
PSI_SCALE_ID
SDC_TYPE_CONVERSIONS
Guide
Installation
Overview
Examples
Reading Files
Reading HDF5 File Metadata
Reading Full Datasets
Reading Subsets of Datasets
Interpolating Datasets
Writing Files
Writing Simple Datasets
Writing Datasets with Attributes
Converting Between HDF4 and HDF5
Annotating and Converting the Radial Magnetic Field
MHD Model Output
Opening MHD Model Files with PsiData
Reading MHD Data: Units, Meshes, and Value-Space Slicing
.rst
.pdf
FLUX_UNIT
Contents
FLUX_UNIT
FLUX_UNIT
#
FLUX_UNIT
=
Unit("erg
/
(s
cm2)")
#
Astropy unit for surface energy flux: erg cm⁻² s⁻¹.
Contents
FLUX_UNIT
