SEVIRI Inter-comparison and Validation Software Package
From CrewWiki
(Difference between revisions)
Line 9: | Line 9: | ||
* [[more_advanced_example#Make ISCCP like plots | ISCCP type plots (frequency distribution in dependence of cloud optical thickness and cloud top pressure)]] | * [[more_advanced_example#Make ISCCP like plots | ISCCP type plots (frequency distribution in dependence of cloud optical thickness and cloud top pressure)]] | ||
* [[CREW/AVACS examples#Scatterplots SEVIRI against CALIOP or CPR | Scatter plots (SEVIRI algorithm against CALIOP/CPR/AMSR-E)]] | * [[CREW/AVACS examples#Scatterplots SEVIRI against CALIOP or CPR | Scatter plots (SEVIRI algorithm against CALIOP/CPR/AMSR-E)]] | ||
- | * Cross section plots along the ATRAIN tracks | + | * [[more_advanced_example#CTH cross-section along ATRAIN track: SEVIRI, CALIOP and CPR | |
+ | Cross section plots along the ATRAIN tracks ]] | ||
* [[more_advanced_example#Taylor diagrams | Taylor diagrams ]] | * [[more_advanced_example#Taylor diagrams | Taylor diagrams ]] | ||
<br> | <br> |
Revision as of 16:01, 26 February 2014
Within the CREW project a software package was developed for the inter-comparison and validation against CALIOP, CPR and AMSR-E data. The software package currently has a beta version status. We would like to invite every user to give us feedback to improve the software package. The functionality of the CREW software package includes:
- Displaying cloud properties on the SEVIRI disk or other user specified areas
- Multi algorithms ensemble means and standard devations
- Histograms
- Latitudinal means
- Plotting cloud property against viewing zenith angle
- Scatter plots (SEVIRI algorithm A against SEVIRI algorithm B)
- ISCCP type plots (frequency distribution in dependence of cloud optical thickness and cloud top pressure)
- Scatter plots (SEVIRI algorithm against CALIOP/CPR/AMSR-E)
- Cross section plots along the ATRAIN tracks
- Taylor diagrams
Sections of the online user manual
1. Limitation of liability clause
2. System prerequisites
3. Installing the CREW software package
4. Interactive example
5. SEVIRI algorithm inter-comparison examples
6. Comparison examples SEVIRI against CALIOP/CPR/AMSR-E