Metadata of Model results in Coastal Engineering: Difference between revisions
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'''3. Creation of sets of meta data''' | '''3. Creation of sets of meta data''' | ||
The visualisation tool [Davit] has been enabled to generate sets of meta data in the machine readable XML-Format | The visualisation tool [Davit] has been enabled to generate sets of meta data in the machine readable XML-Format and as PDF document. The user can activate the DMQS metadata generation in Davit's screenshot menue. One reduced set of meta data describing the picture is generated when the picture is stored, a second set contains information about the underlying NetCDF file. [http://wiki.baw.de/de/index.php/Erzeugung_der_Metadatensätze| Full story.]. | ||
Acknowledgement: ''This project took advantage of netCDF software developed by UCAR/Unidata ([http://www.unidata.ucar.edu/software/netcdf/ www.unidata.ucar.edu/software/netcdf/]).'' | '''4. Editing and Copying of sets of meta data''' | ||
After simulation or analysis result files are often moved to other hard disks. Permanently stored data is moved into an archive. Since the meta data contains links to steering and result files, the paths in the links have to be adapted. Copying and editing is done with automatically generated scripts. [http://wiki.baw.de/de/index.php/Editieren_und_Kopieren_der_Metadatensätze| Full story.]. | |||
'''5. Referencing sets of meta data in a document''' | |||
The reader of a dokument can get information about a picture displaying model results by clicking on the picture. Technically this is done by a Word macro referencing the set of meta data in PDF format. Picture and PDF have similar names: | |||
* <path>/<picture>.png | |||
* <path>/<picture>.png.pdf: set of meta data for the picture <br> | |||
[http://wiki.baw.de/de/index.php/Einbinden_von_Metadatensätzen_in_ein_Dokument| Full story.]. | |||
Acknowledgement: ''This project took advantage of netCDF software developed by UCAR/Unidata ([http://www.unidata.ucar.edu/software/netcdf/ www.unidata.ucar.edu/software/netcdf/]).''<br> | |||
<big>'''Under Construction'''</big> <br> | <big>'''Under Construction'''</big> <br> | ||
===Documentation/Literature === | ===Documentation/Literature === | ||
{{{documentation}}} | {{{documentation}}} | ||
- | Meta data of model results is a part of the project data management und quality assurance in waterways engineering (DMQS). See further information on [http://intranet.baw.de/cocoon/portal/res?t=1&ci=1&si=0&i=344&d=Aufgabe&v=DETAIL&x=DETAIL&hra=12&hi=344&hd=Aufgabe&hc=8766&sichtc=cms&r=&cid=8766&rt=&nd=Aufgabe&ni=344&uki=344&ukd=Aufgabe&uksi=&ukg=1&ucid=8766&bereich=&ber=&lim=&ord=&os=&asc=&pm=&arch=false&l=DE&s=de&su=&p=&bn=&bc=&refModule=Hauptnavigation Intranet-Seiten der BAW]. | ||
back to [[Data_Management_and_Information_Systems]] | back to [[Data_Management_and_Information_Systems]] | ||
---- | ---- | ||
[[Overview]] | [[Overview]] | ||
Revision as of 09:17, 22 March 2017
Under Construction
Model results of coastal waters can be systematically described by meta data. In an internal use case it will be possible to reference this information. Starting from a picture in a text document the reader will be directly forwarded to the meta data of the displayed model results.
These guideline explain how meta data of coastal models can be collected and provided to the BAW staff. The described method is connected to the use of NetCDF files. It starts with the simulation, the first step in the processing chain writing UGRID CF-NETCDF files:
1. Collecting metadata of a simulation
Collecting the metadata has been implemented in the modelling system UnTRIM, consisting of the subsequent partial models:
- Hydrodynamics in the package Utromp2007
- Morphodynamics in SediMorph
- Spectral Waves in the k-Model
Missing meta information has to be set by environment variables, which are read by the partial models. It is recommended to bundle those variables which are constant in a project in a common shell script. For detailed information have a look at guidelines in German.
2. Collecting meta data of an analysis
The analysis tools at the BAW compute characteristic values out of the model results and write these values again in NetCDF files. They also read the meta data of the modelling results, complement them and write the complete meta data set to its output file. Full story..
3. Creation of sets of meta data
The visualisation tool [Davit] has been enabled to generate sets of meta data in the machine readable XML-Format and as PDF document. The user can activate the DMQS metadata generation in Davit's screenshot menue. One reduced set of meta data describing the picture is generated when the picture is stored, a second set contains information about the underlying NetCDF file. Full story..
4. Editing and Copying of sets of meta data
After simulation or analysis result files are often moved to other hard disks. Permanently stored data is moved into an archive. Since the meta data contains links to steering and result files, the paths in the links have to be adapted. Copying and editing is done with automatically generated scripts. Full story..
5. Referencing sets of meta data in a document
The reader of a dokument can get information about a picture displaying model results by clicking on the picture. Technically this is done by a Word macro referencing the set of meta data in PDF format. Picture and PDF have similar names:
- <path>/<picture>.png
- <path>/<picture>.png.pdf: set of meta data for the picture
Acknowledgement: This project took advantage of netCDF software developed by UCAR/Unidata (www.unidata.ucar.edu/software/netcdf/).
Under Construction
Documentation/Literature
{{{documentation}}} Meta data of model results is a part of the project data management und quality assurance in waterways engineering (DMQS). See further information on Intranet-Seiten der BAW. back to Data_Management_and_Information_Systems