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#PLOTBEFEHL FEHLT NOCH - Drucklevels auslesen}}}		 }}}
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||Index of T||TempPresLvls||    
|| Levels || in mb of T Levels|| 		 ||Index of T||TempPresLvls||
|| Levels || in mb of T Levels ||
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|| 2 || 925.0||  || 2 || 925.0||
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== Notizen ==
* Drucklevels

* Profile ploten

* Grenzschichtdicke in hPa bestimmen

* Grenzschichtdicke in Meter umrechnen (barometrische Höhenformel)

Temperaturprofile: AIRS

Hilfreiche Links:

Documentation

Ftp 

   1 from pyhdf import SD
   2 from pylab import *
   3 from mpl_toolkits.basemap import Basemap
   4 
   5 fid=SD.SD('AIRS.2003.03.30.L3.RetStd001.v5.0.14.0.G07215021620.hdf')
   6 T=fid.select('Temperature_A')
   7 Temp=T.get()
   8 
   9 #Bild
  10 imshow(Temp[0,0:90,130:180],vmin=170,vmax=300)
  11 colorbar()
  12 
  13 #Basemap
  14 m = Basemap(projection='ortho',lon_0=0.0,lat_0=75.0,resolution='l')
  15 m.bluemarble()

Drucklevel:

Index of T

TempPresLvls

Levels

in mb of T Levels

1

1000.0

2

925.0

3

850.0

4

700.0

5

600.0

6

500.0

7

400.0

8

300.0

9

250.0

10

200.0

11

150.0

12

100.0

13

70.0

14

50.0

15

30.0

16

20.0

17

15.0

18

10.0

19

7.0

20

5.0

21

3.0

22

2.0

23

1.5

24

1

Notizen

* Drucklevels

* Profile ploten

* Grenzschichtdicke in hPa bestimmen

* Grenzschichtdicke in Meter umrechnen (barometrische Höhenformel)

LehreWiki: OpenSource2010/Project/Project Idea2010/Grenzschichtdicke (last edited 2011-01-17 09:45:59 by anonymous)