4.1.1 get atmospheric profile
Description
Get the atmospheric profile.
Arguments
| Outputs |
| ||
| thickness | m | thickness of every atmospheric layer - Quantum with a
vector value and dimension of length, m
| |
| allowed: | doublem |
|
| Default: |
|
|
| temperature | K | temperature of every atmospheric layer - Quantum with
a vector value and unit of temperature, K
| |
| allowed: | doubleK |
|
| Default: |
|
|
| watermassdensity | kg.m-3 | water vapor mass density content of every atmospheric
layer - Quantum with a vector value and unit of kg.m-3
| |
| allowed: | doublekg.m-3 |
|
| Default: |
|
|
| water | m-3 | water vapor content of every atmospheric layer -
Quantum with a vector value and unit of m-3
| |
| allowed: | doublem-3 |
|
| Default: |
|
|
| pressure | Pa | pressure of every atmospheric layer - Quantum with a
vector value and unit of Pascal
| |
| allowed: | doublePa |
|
| Default: |
|
|
| O3 | m-3 | O3 of every atmospheric layer - Quantum with a vector
value and unit of m-3
| |
| allowed: | doublem-3 |
|
| Default: |
|
|
| CO | m-3 | CO of every atmospheric layer - Quantum with a vector
value and unit of m-3
| |
| allowed: | doublem-3 |
|
| Default: |
|
|
| N2O | m-3 | N2O of every atmospheric layer - Quantum with a vector
value and unit of m-3
| |
| allowed: | doublem-3 |
|
| Default: |
|
|
Example
p = at.getProfile()
for i in range(at.getNumLayers()): print p[’thickness’].value[i],p[’temperature’].value[i],p[’water’].value[i],p[’pressure’].value[i] print p[’return’] # "pretty" listing of all layer parameters |
Please send any comments or questions about CASA or AIPS++ to aips2-requests@nrao.edu
Copyright © 2008 Associated Universities Inc., Washington, D.C.
This code is available under the terms of the GNU General Public Lincense
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Updated daily during alpha development.