Systemlogik/en: Unterschied zwischen den Versionen
Ferrao (Diskussion | Beiträge) (Die Seite wurde neu angelegt: „{{Navigation|vorher=Division into system elements|hoch=Work steps for model creation|nachher=Loading definition/ model input}}“) |
Ferrao (Diskussion | Beiträge) (Die Seite wurde neu angelegt: „thumb|Example for a project area and the abstraction as system plan The system logic desc…“) |
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{{Navigation|vorher=Division into system elements|hoch=Work steps for model creation|nachher=Loading definition/ model input}} | {{Navigation|vorher=Division into system elements|hoch=Work steps for model creation|nachher=Loading definition/ model input}} | ||
[[Special:MyLanguage/Datei:Projektgebiet_Abstraktion_Systemplan.png|thumb| | [[Special:MyLanguage/Datei:Projektgebiet_Abstraktion_Systemplan.png|thumb|Example for a project area and the abstraction as system plan]] The system logic describes the flow relations between the individual system elements. This requires the [[Special:MyLanguage/Unterteilung in Systemelemente#Einzugsgebietsbasierte Unterteilung|subcatchment division]] and the water body network, respectively the [[Special:MyLanguage/Subdivision into System Elements#Grid-Based Subdivision|Gridbased-Division]] and the grid of flow directions (from a DTM). Furthermore, the respective inflow and outflow elements must be identified for the entire water infrastructure depicted. | ||
In | In the user interface the system logic is entered and displayed as [[Special:MyLanguage/Systemplan|Systemplan]], i.e. all system elements are [[Special:MyLanguage/Systemplan#Create new system elements|created]] and connected [[Special:MyLanguage/Systemplan#Connect system elements|connected]] according to the flow direction. |
Version vom 15. Oktober 2020, 14:13 Uhr
thumb|Example for a project area and the abstraction as system plan The system logic describes the flow relations between the individual system elements. This requires the subcatchment division and the water body network, respectively the Gridbased-Division and the grid of flow directions (from a DTM). Furthermore, the respective inflow and outflow elements must be identified for the entire water infrastructure depicted. In the user interface the system logic is entered and displayed as Systemplan, i.e. all system elements are created and connected connected according to the flow direction.