Liste aller TaskSrv-Jobs: Unterschied zwischen den Versionen

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==General Time Series Jobs==
==General Time Series Jobs== <!--T:2-->




===Import===
===Import=== <!--T:3-->


<!--T:4-->
Import various formats into Sydro Binary format.
Import various formats into Sydro Binary format.
:Job Identifier: IMPORT
:Job Identifier: IMPORT
Zeile 15: Zeile 17:




===Save===
===Save=== <!--T:5-->


<!--T:6-->
Appends a Sydro Binary format time series with another Sydro Binary format time series.
Appends a Sydro Binary format time series with another Sydro Binary format time series.
:Job Identifier: SAVE
:Job Identifier: SAVE
:Runmode: 0 (=LoopInput)
:Runmode: 0 (=LoopInput)


===Check Min/Max===
===Check Min/Max=== <!--T:7-->


<!--T:8-->
Checks a Sydro Binary format time series on min/max values, corrects them if thresholds are exceeded and provides substitute values.
Checks a Sydro Binary format time series on min/max values, corrects them if thresholds are exceeded and provides substitute values.
:Job Identifier: CHK_MINMAX
:Job Identifier: CHK_MINMAX
:Runmode: 0 (=LoopInput)
:Runmode: 0 (=LoopInput)


===Check Gradients===
===Check Gradients=== <!--T:9-->


<!--T:10-->
Checks a Sydro Binary format time series on gradients, corrects them if thresholds are exceeded and provides substitute values.
Checks a Sydro Binary format time series on gradients, corrects them if thresholds are exceeded and provides substitute values.
:Job Identifier: CHK_GRADIENT
:Job Identifier: CHK_GRADIENT
:Runmode: 0 (=LoopInput)
:Runmode: 0 (=LoopInput)


===Export===
===Export=== <!--T:11-->


<!--T:12-->
Exports Sydro Binary format time series to another ASCII-based format.  
Exports Sydro Binary format time series to another ASCII-based format.  
:Job Identifier: EXPORT
:Job Identifier: EXPORT
:Runmode: 0 (=LoopInput)
:Runmode: 0 (=LoopInput)


===Prepare===
===Prepare=== <!--T:13-->


<!--T:14-->
Prepares Sydro Binary format time series by bringing them to a specified constant time step.
Prepares Sydro Binary format time series by bringing them to a specified constant time step.
:Job Identifier: PREPARE
:Job Identifier: PREPARE
:Runmode: 0 (=LoopInput)
:Runmode: 0 (=LoopInput)


===Mean, Sum, Integration===
===Mean, Sum, Integration=== <!--T:15-->


<!--T:16-->
Performs calculations on time series according to the job specified.
Performs calculations on time series according to the job specified.
:Job Identifier: CALCULATE
:Job Identifier: CALCULATE
:Runmode: 0 (=LoopInput)
:Runmode: 0 (=LoopInput)


===Filters peaks and low flow points===
===Filters peaks and low flow points=== <!--T:17-->


   
   
<!--T:18-->
Filter peaks and low flow points from a Sydro Binary format time series and writes them to a new Sydro Binary format time series.  
Filter peaks and low flow points from a Sydro Binary format time series and writes them to a new Sydro Binary format time series.  
:Job Identifier: FLT_PEAKLOW
:Job Identifier: FLT_PEAKLOW
:Runmode: 0 (=LoopInput)
:Runmode: 0 (=LoopInput)


===Filters according to thresholds===
===Filters according to thresholds=== <!--T:19-->


   
   
<!--T:20-->
Filter values from a Sydro Binary format time series if they exceed given thresholds and writes the result to a new Sydro Binary format time series.  
Filter values from a Sydro Binary format time series if they exceed given thresholds and writes the result to a new Sydro Binary format time series.  
:Job Identifier: FLT_THRESHOLD
:Job Identifier: FLT_THRESHOLD
:Runmode: 0 (=LoopInput)
:Runmode: 0 (=LoopInput)


===Search in time series===
===Search in time series=== <!--T:21-->


<!--T:22-->
Searches specified patterns in Sydro Binary format time series and writes the results to new Sydro Binary format time series.  
Searches specified patterns in Sydro Binary format time series and writes the results to new Sydro Binary format time series.  
:Job Identifier: SEARCH
:Job Identifier: SEARCH
:Runmode: 0 (=LoopInput)
:Runmode: 0 (=LoopInput)


===Transformation===
===Transformation=== <!--T:23-->


<!--T:24-->
Applies a transformation of a SYDRO binary format time series by means of a function given in X-Y points.
Applies a transformation of a SYDRO binary format time series by means of a function given in X-Y points.
:Job Identifier: TRANSFORMATION
:Job Identifier: TRANSFORMATION
:Runmode: 0 (=LoopInput)
:Runmode: 0 (=LoopInput)


===Writing Info on SYDRO Binary time series===
===Writing Info on SYDRO Binary time series=== <!--T:25-->


<!--T:26-->
Extract basic information from a SYDRO Binary format time series and writes *.bininfo files. Additional metadata (Name, description, created, owner, etc.) are required.  
Extract basic information from a SYDRO Binary format time series and writes *.bininfo files. Additional metadata (Name, description, created, owner, etc.) are required.  
:Job Identifier: BINHEADER
:Job Identifier: BINHEADER
Zeile 84: Zeile 97:




==Statistics==
==Statistics== <!--T:27-->




===Frequency Analysis===
===Frequency Analysis=== <!--T:28-->


<!--T:29-->
Perform frequency analysis on Sydro Binary format time series.
Perform frequency analysis on Sydro Binary format time series.
:Job Identifier: EXTREMSAT
:Job Identifier: EXTREMSAT
:Runmode: 0 (=LoopInput)
:Runmode: 0 (=LoopInput)


===Series===
===Series=== <!--T:30-->


<!--T:31-->
Finds series for low flow analysis from Sydro Binary format time series.  
Finds series for low flow analysis from Sydro Binary format time series.  
:Job Identifier: SERIE
:Job Identifier: SERIE
:Runmode: 0 (=LoopInput)
:Runmode: 0 (=LoopInput)


===Precipitation frequency analysis===
===Precipitation frequency analysis=== <!--T:32-->


<!--T:33-->
Calculates sums of precipitation for a set of rainfall duration and return periods for a given precipitation time series (in SYDRO Binary format).  
Calculates sums of precipitation for a set of rainfall duration and return periods for a given precipitation time series (in SYDRO Binary format).  
:Job Identifier: NMATRICS
:Job Identifier: NMATRICS
:Runmode: 0 (=LoopInput)
:Runmode: 0 (=LoopInput)


===Plotting position===
===Plotting position=== <!--T:34-->


<!--T:35-->
Perform a plotting position analysis on Sydro Binary format time series.
Perform a plotting position analysis on Sydro Binary format time series.
:Job Identifier: PLOTPOS
:Job Identifier: PLOTPOS
:Runmode: 0 (=LoopInput)
:Runmode: 0 (=LoopInput)


===Basis statistics===
===Basis statistics=== <!--T:36-->


<!--T:37-->
Perform basic statistical analysis like mean, std-dev. Skewness, etc. on Sydro Binary format time series.
Perform basic statistical analysis like mean, std-dev. Skewness, etc. on Sydro Binary format time series.
:Job Identifier: MOMENT
:Job Identifier: MOMENT
:Runmode: 0 (=LoopInput)
:Runmode: 0 (=LoopInput)


===Regression===
===Regression=== <!--T:38-->


<!--T:39-->
Performs a regression analysis based on two equidistant Sydro Binary format time series with the same temporal extent.
Performs a regression analysis based on two equidistant Sydro Binary format time series with the same temporal extent.
:Job Identifier: REGRESSION
:Job Identifier: REGRESSION
:Runmode: 0 (=LoopInput)
:Runmode: 0 (=LoopInput)


===Duration curve===
===Duration curve=== <!--T:40-->


<!--T:41-->
Brings a Sydro Binary format time series into a duration curve.
Brings a Sydro Binary format time series into a duration curve.
:Job Identifier: DURATION
:Job Identifier: DURATION
:Runmode: 0 (=LoopInput)
:Runmode: 0 (=LoopInput)


===Matrix statistical analysis===
===Matrix statistical analysis=== <!--T:42-->


<!--T:43-->
Calculates number and return period of events in a time series identified by thresholds and duration period when thresholds are exceeded. Used in water quality analysis (Leitfaden!)
Calculates number and return period of events in a time series identified by thresholds and duration period when thresholds are exceeded. Used in water quality analysis (Leitfaden!)
:Job Identifier: CLASSMATRIX
:Job Identifier: CLASSMATRIX
Zeile 136: Zeile 157:




==SMS related Jobs==
==SMS related Jobs== <!--T:44-->


<!--T:45-->
Max Values from SMS result files
Max Values from SMS result files
Extracts max values from SMS result files.  
Extracts max values from SMS result files.  
Zeile 143: Zeile 165:
:Runmode: 0 (=LoopInput)
:Runmode: 0 (=LoopInput)


===Extract time series from SMS result files===
===Extract time series from SMS result files=== <!--T:46-->


<!--T:47-->
Extracts time series from SMS result files and converts them into Sydro Binary format.  
Extracts time series from SMS result files and converts them into Sydro Binary format.  
:Job Identifier: SMS_ZRE
:Job Identifier: SMS_ZRE
:Runmode: 0 (=LoopInput)
:Runmode: 0 (=LoopInput)


===Impus calculation===
===Impus calculation=== <!--T:48-->


   
   
<!--T:49-->
Calculates impuls (flow depth with flow velocity) using ASC raster files.
Calculates impuls (flow depth with flow velocity) using ASC raster files.
:Job Identifier: SMS_IMPULS
:Job Identifier: SMS_IMPULS
:Runmode: 0 (=LoopInput)
:Runmode: 0 (=LoopInput)


===Time series for SMS===
===Time series for SMS=== <!--T:50-->


<!--T:51-->
(I simply forgot what it is, rarely used …)
(I simply forgot what it is, rarely used …)
:Job Identifier: SMS_ZREREAD
:Job Identifier: SMS_ZREREAD
Zeile 163: Zeile 188:




==Hydrological Jobs==
==Hydrological Jobs== <!--T:52-->




===Hypolimnion===
===Hypolimnion=== <!--T:53-->


<!--T:54-->
Identifies the interface between Epilimnion and Hypolimnion according to given parameters.  
Identifies the interface between Epilimnion and Hypolimnion according to given parameters.  
:Job Identifier: HYO_HYPOLIMGRZ
:Job Identifier: HYO_HYPOLIMGRZ
:Runmode: 0 (=LoopInput)
:Runmode: 0 (=LoopInput)


===Evaporation===
===Evaporation=== <!--T:55-->


<!--T:56-->
Calculates potential evaporation using different approaches (Haude, Turk, Blaney-Criddle, Penman). A set of input files in SYDRO Binary format is required to perform the calculation.  
Calculates potential evaporation using different approaches (Haude, Turk, Blaney-Criddle, Penman). A set of input files in SYDRO Binary format is required to perform the calculation.  
:Job Identifier: HYO_ETPCALC
:Job Identifier: HYO_ETPCALC
:Runmode: 0 (=LoopInput)
:Runmode: 0 (=LoopInput)


===Hydrological year book===
===Hydrological year book=== <!--T:57-->


<!--T:58-->
Calculates hydrological year book like results using Sydro Binary format time series.
Calculates hydrological year book like results using Sydro Binary format time series.
:Job Identifier: HYO_JAHRBUCH
:Job Identifier: HYO_JAHRBUCH
:Runmode: 0 (=LoopInput)
:Runmode: 0 (=LoopInput)


===Drought indices===
===Drought indices=== <!--T:59-->


<!--T:60-->
Calculates a drought index using the approach of standard SPI calculation. Could be any kind of parameter. Input is a SYDRO Binary format.  
Calculates a drought index using the approach of standard SPI calculation. Could be any kind of parameter. Input is a SYDRO Binary format.  
:Job Identifier: DROUGHTINDEX_SPI
:Job Identifier: DROUGHTINDEX_SPI
Zeile 191: Zeile 220:




==Special Jobs==
==Special Jobs== <!--T:61-->




===Command line===
===Command line=== <!--T:62-->


<!--T:63-->
Is able to take any command and translates that into a command line and runs the command.  
Is able to take any command and translates that into a command line and runs the command.  
:Job Identifier: CMD
:Job Identifier: CMD
Zeile 201: Zeile 231:




==GIS Jobs==
==GIS Jobs== <!--T:64-->




===Flow concentration time===
===Flow concentration time=== <!--T:65-->


<!--T:66-->
Calculates the flow concentration time for each grid cell based on elevation, flow accumulation and flow direction given as ASC raster files.  
Calculates the flow concentration time for each grid cell based on elevation, flow accumulation and flow direction given as ASC raster files.  
:Job Identifier: GIS_FLOWTIME
:Job Identifier: GIS_FLOWTIME
:Runmode: 0 (=LoopInput)
:Runmode: 0 (=LoopInput)


===GIS Extreme values idenfication===
===GIS Extreme values idenfication=== <!--T:67-->


<!--T:68-->
Extract max or min values from given set of ASC raster files.  
Extract max or min values from given set of ASC raster files.  
:Job Identifier: GIS_EXTREM
:Job Identifier: GIS_EXTREM
:Runmode: 0 (=LoopInput)
:Runmode: 0 (=LoopInput)


===Modified Uniform Soil Loss Equation===
===Modified Uniform Soil Loss Equation=== <!--T:69-->


<!--T:70-->
Calculates erosion based on the MUSLE. Requires a set of parameters.  
Calculates erosion based on the MUSLE. Requires a set of parameters.  
:Job Identifier: GIS_MUSLE
:Job Identifier: GIS_MUSLE
:Runmode: 0 (=LoopInput)
:Runmode: 0 (=LoopInput)


===GridToTimeSeries===
===GridToTimeSeries=== <!--T:71-->


<!--T:72-->
Extracts cell values from a grid and appends time series in Sydro binary format.
Extracts cell values from a grid and appends time series in Sydro binary format.
:Job Identifier: [[Special:MyLanguage/GRID_TO_TIMESERIES|GRID_TO_TIMESERIES]]
:Job Identifier: [[Special:MyLanguage/GRID_TO_TIMESERIES|GRID_TO_TIMESERIES]]
Zeile 229: Zeile 263:




==Merge Jobs==
==Merge Jobs== <!--T:73-->




===Merging Task-Server results===
===Merging Task-Server results=== <!--T:74-->


<!--T:75-->
Merges Task-Server results as time series into one file for ease of access.  
Merges Task-Server results as time series into one file for ease of access.  
:Job Identifier: MERGE
:Job Identifier: MERGE
:Runmode: 1 (=LoopTasks)
:Runmode: 1 (=LoopTasks)
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Aktuelle Version vom 23. September 2020, 15:05 Uhr

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vorheriges Kapitel: TaskSrv-Verzeichnis: Templates | übergeordnetes Kapitel: Arbeiten mit dem TaskSrv | nächstes Kapitel: Zusammenarbeit TaskSrv-SydroCmd


General Time Series Jobs

Import

Import various formats into Sydro Binary format.

Job Identifier: IMPORT
Runmode: 0 (=LoopInput)


Save

Appends a Sydro Binary format time series with another Sydro Binary format time series.

Job Identifier: SAVE
Runmode: 0 (=LoopInput)

Check Min/Max

Checks a Sydro Binary format time series on min/max values, corrects them if thresholds are exceeded and provides substitute values.

Job Identifier: CHK_MINMAX
Runmode: 0 (=LoopInput)

Check Gradients

Checks a Sydro Binary format time series on gradients, corrects them if thresholds are exceeded and provides substitute values.

Job Identifier: CHK_GRADIENT
Runmode: 0 (=LoopInput)

Export

Exports Sydro Binary format time series to another ASCII-based format.

Job Identifier: EXPORT
Runmode: 0 (=LoopInput)

Prepare

Prepares Sydro Binary format time series by bringing them to a specified constant time step.

Job Identifier: PREPARE
Runmode: 0 (=LoopInput)

Mean, Sum, Integration

Performs calculations on time series according to the job specified.

Job Identifier: CALCULATE
Runmode: 0 (=LoopInput)

Filters peaks and low flow points

Filter peaks and low flow points from a Sydro Binary format time series and writes them to a new Sydro Binary format time series.

Job Identifier: FLT_PEAKLOW
Runmode: 0 (=LoopInput)

Filters according to thresholds

Filter values from a Sydro Binary format time series if they exceed given thresholds and writes the result to a new Sydro Binary format time series.

Job Identifier: FLT_THRESHOLD
Runmode: 0 (=LoopInput)

Search in time series

Searches specified patterns in Sydro Binary format time series and writes the results to new Sydro Binary format time series.

Job Identifier: SEARCH
Runmode: 0 (=LoopInput)

Transformation

Applies a transformation of a SYDRO binary format time series by means of a function given in X-Y points.

Job Identifier: TRANSFORMATION
Runmode: 0 (=LoopInput)

Writing Info on SYDRO Binary time series

Extract basic information from a SYDRO Binary format time series and writes *.bininfo files. Additional metadata (Name, description, created, owner, etc.) are required.

Job Identifier: BINHEADER
Runmode: 0 (=LoopInput)


Statistics

Frequency Analysis

Perform frequency analysis on Sydro Binary format time series.

Job Identifier: EXTREMSAT
Runmode: 0 (=LoopInput)

Series

Finds series for low flow analysis from Sydro Binary format time series.

Job Identifier: SERIE
Runmode: 0 (=LoopInput)

Precipitation frequency analysis

Calculates sums of precipitation for a set of rainfall duration and return periods for a given precipitation time series (in SYDRO Binary format).

Job Identifier: NMATRICS
Runmode: 0 (=LoopInput)

Plotting position

Perform a plotting position analysis on Sydro Binary format time series.

Job Identifier: PLOTPOS
Runmode: 0 (=LoopInput)

Basis statistics

Perform basic statistical analysis like mean, std-dev. Skewness, etc. on Sydro Binary format time series.

Job Identifier: MOMENT
Runmode: 0 (=LoopInput)

Regression

Performs a regression analysis based on two equidistant Sydro Binary format time series with the same temporal extent.

Job Identifier: REGRESSION
Runmode: 0 (=LoopInput)

Duration curve

Brings a Sydro Binary format time series into a duration curve.

Job Identifier: DURATION
Runmode: 0 (=LoopInput)

Matrix statistical analysis

Calculates number and return period of events in a time series identified by thresholds and duration period when thresholds are exceeded. Used in water quality analysis (Leitfaden!)

Job Identifier: CLASSMATRIX
Runmode: 0 (=LoopInput)


SMS related Jobs

Max Values from SMS result files Extracts max values from SMS result files.

Job Identifier: SMS_MAX
Runmode: 0 (=LoopInput)

Extract time series from SMS result files

Extracts time series from SMS result files and converts them into Sydro Binary format.

Job Identifier: SMS_ZRE
Runmode: 0 (=LoopInput)

Impus calculation

Calculates impuls (flow depth with flow velocity) using ASC raster files.

Job Identifier: SMS_IMPULS
Runmode: 0 (=LoopInput)

Time series for SMS

(I simply forgot what it is, rarely used …)

Job Identifier: SMS_ZREREAD
Runmode: 0 (=LoopInput)


Hydrological Jobs

Hypolimnion

Identifies the interface between Epilimnion and Hypolimnion according to given parameters.

Job Identifier: HYO_HYPOLIMGRZ
Runmode: 0 (=LoopInput)

Evaporation

Calculates potential evaporation using different approaches (Haude, Turk, Blaney-Criddle, Penman). A set of input files in SYDRO Binary format is required to perform the calculation.

Job Identifier: HYO_ETPCALC
Runmode: 0 (=LoopInput)

Hydrological year book

Calculates hydrological year book like results using Sydro Binary format time series.

Job Identifier: HYO_JAHRBUCH
Runmode: 0 (=LoopInput)

Drought indices

Calculates a drought index using the approach of standard SPI calculation. Could be any kind of parameter. Input is a SYDRO Binary format.

Job Identifier: DROUGHTINDEX_SPI
Runmode: 0 (=LoopInput)


Special Jobs

Command line

Is able to take any command and translates that into a command line and runs the command.

Job Identifier: CMD
Runmode: 0 (=LoopInput)


GIS Jobs

Flow concentration time

Calculates the flow concentration time for each grid cell based on elevation, flow accumulation and flow direction given as ASC raster files.

Job Identifier: GIS_FLOWTIME
Runmode: 0 (=LoopInput)

GIS Extreme values idenfication

Extract max or min values from given set of ASC raster files.

Job Identifier: GIS_EXTREM
Runmode: 0 (=LoopInput)

Modified Uniform Soil Loss Equation

Calculates erosion based on the MUSLE. Requires a set of parameters.

Job Identifier: GIS_MUSLE
Runmode: 0 (=LoopInput)

GridToTimeSeries

Extracts cell values from a grid and appends time series in Sydro binary format.

Job Identifier: GRID_TO_TIMESERIES
Runmode: 0 (=LoopInput)


Merge Jobs

Merging Task-Server results

Merges Task-Server results as time series into one file for ease of access.

Job Identifier: MERGE
Runmode: 1 (=LoopTasks)
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