codes:eubrewnet_report
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codes:eubrewnet_report [2018/03/23 15:35] – ilias | codes:eubrewnet_report [2018/03/23 15:45] – [4.4. Configuration versioning] ilias | ||
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===== 2. General description ===== | ===== 2. General description ===== | ||
- | In Figure 1 there is a simplified diagram of the Eubrewnet system. The system works using Hypertext Transfer Protocol (HTTP)([[https:// | + | In **Figure 1** there is a simplified diagram of the Eubrewnet system. The system works using Hypertext Transfer Protocol (HTTP)([[https:// |
* The website of Eubrewnet: | * The website of Eubrewnet: | ||
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==== Import module ==== | ==== Import module ==== | ||
- | This module is the basis of the entire project. It is responsible for verifying the validity of each file obtained in the acquisition module and then store the desired information in the database. This module consists by four sub-modules described above. A schematic diagram of this process is shown in Figure 2. | + | This module is the basis of the entire project. It is responsible for verifying the validity of each file obtained in the acquisition module and then store the desired information in the database. This module consists by four sub-modules described above. A schematic diagram of this process is shown in **Figure 2**. |
{{ : | {{ : | ||
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===== 3. Interface ===== | ===== 3. Interface ===== | ||
- | The interface of the Eubrewnet webpage is presented in the following figures. An interactive map shows the stations which provide data by one or more Brewers. The user can choose a station either from the map (Figure 3) or from a list (Figure 4). As already explained, registered users have more options. | + | The interface of the Eubrewnet webpage is presented in the following figures. An interactive map shows the stations which provide data by one or more Brewers. The user can choose a station either from the map (**Figure 3**) or from a list (**Figure 4**). As already explained, registered users have more options. |
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+ | | {{ : | ||
+ | **Figure 3:** The interactive map of the Eubrewnet webpage for (a) non-registered and (b) registered users. | ||
- | | {{ : | ||
{{: | {{: | ||
- | When a station has been selected, then additional options and information appear for the particular station and instruments (Figure 5). | + | When a station has been selected, then additional options and information appear for the particular station and instruments (**Figure 5**). |
{{: | {{: | ||
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- | ===== 4. Products ===== | + | ===== 4. Products ===== |
As already discussed, three products are available: TOC, UV and AOD. The generation of the TOC product is already operative while the generation of the UV and AOD products is still under development. There are three different levels of the products (1.0, 1.5 and 2.0). Levels 1.5 and 2.0 are available to the public, while level 1.0 is available only to the registered users. Raw data (which could be described as Level 0) are stored in the database, though graphical information is not available through the web page. Though, registered users can download raw data using proper functions (see Section 5.5). In general, a higher product level means a more reliable product. | As already discussed, three products are available: TOC, UV and AOD. The generation of the TOC product is already operative while the generation of the UV and AOD products is still under development. There are three different levels of the products (1.0, 1.5 and 2.0). Levels 1.5 and 2.0 are available to the public, while level 1.0 is available only to the registered users. Raw data (which could be described as Level 0) are stored in the database, though graphical information is not available through the web page. Though, registered users can download raw data using proper functions (see Section 5.5). In general, a higher product level means a more reliable product. | ||
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[[https:// | [[https:// | ||
- | The TOC configuration constants have to be updated after a new calibration of the instrument (usually every ~2 years) or after important changes in its operational characteristics. Occasionally, | + | The TOC configuration constants have to be updated after a new calibration of the instrument (usually every ~2 years) or after important changes in its operational characteristics. Occasionally, |
- | {{: | + | {{: |
- | {{: | + | {{: |
Different sets of configuration constants correspond to different periods (Figure 7). When a user is logged in, he/she should select whether he/she wants to modify an existing set of configuration constants or to add a new one (for a new period). Then the user can either upload a file with all the needed information or change the information he/she wants by hand. The corresponding tools and procedures for UV and AOD will be more complicated since a larger amount of information has to be provided by the user. More information regarding the configuration versioning can be found in: | Different sets of configuration constants correspond to different periods (Figure 7). When a user is logged in, he/she should select whether he/she wants to modify an existing set of configuration constants or to add a new one (for a new period). Then the user can either upload a file with all the needed information or change the information he/she wants by hand. The corresponding tools and procedures for UV and AOD will be more complicated since a larger amount of information has to be provided by the user. More information regarding the configuration versioning can be found in: |
codes/eubrewnet_report.txt · Last modified: 2022/10/20 07:57 by 127.0.0.1