pyrtlib.climatology.AtmosphericProfiles#

class pyrtlib.climatology.AtmosphericProfiles#

Bases: object

AFGL Atmospheric Constituent Profiles (0-120km)

Each of these profile contains data at 50 atmospheric levels. Altitude (km), Pressure (mb), Density (cm-3), Molec. densities (ppmv):

0 (H2O),
1 (CO2),
2 (O3),
3 (N2O),
4 (CO),
5 (CH4),
6 (O2)

Plus suplimental profiles where available. The last set of data sets are constituent profiles of molecular densities (ppmv) for the minor absorbing atmospheric gases.

References

Examples

>>> from pyrtlib.climatology import AtmosphericProfiles as atmp
>>> atmp.atm_profiles()
{0: 'Tropical',
1: 'Midlatitude Summer',
2: 'Midlatitude Winter',
3: 'Subarctic Summer',
4: 'Subarctic Winter',
5: 'US Standard'}
>>> atmp.TROPICAL, atmp.H2O
(0, 0)

Methods

`__init__`()
`atm_profiles`()	Convenient function to ger the list of the buolt-in Atmospheric profiles.
`gl_atm`(atm)	Returns the Atmopshere profile.
`gl_atm_minor`(gas_minor)	Returns the minor gas profiles (gas ID's 8-28)
`gl_atm_trace`(gas_trace)	Returns the trace gas profiles (ID's 29-31,51-63)

Attributes

`AIR`
`C2CL2F4`
`C2CL3F3`
`C2CLF5`
`C2H2`
`C2H6`
`CCL2F2`
`CCL3F`
`CCL4`
`CCLF3`
`CF4`
`CH3CL`
`CH4`
`CHCLF2`
`CHCl2F`
`CLO`
`CLONO2`
`CO`
`CO2`
`COF2`
`H2CO`
`H2O`
`H2O2`
`H2S`
`HBR`
`HCL`
`HCN`
`HF`
`HI`
`HNO3`
`HNO4`
`HOCL`
`MIDLATITUDE_SUMMER`
`MIDLATITUDE_WINTER`
`N2`
`N2O`
`N2O5`
`NH3`
`NO`
`NO2`
`O2`
`O3`
`OCS`
`OH`
`PH3`
`SF6`
`SO2`
`SUBARCTIC_SUMMER`
`SUBARCTIC_WINTER`
`TROPICAL`
`US_STANDARD`

Examples using `pyrtlib.climatology.AtmosphericProfiles`#

Atmospheric Profiles

pyrtlib.climatology.AtmosphericProfiles#

Examples using pyrtlib.climatology.AtmosphericProfiles#

Examples using `pyrtlib.climatology.AtmosphericProfiles`#