Project File |
MSP_I3K_monthly.rsproj
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Categories |
- River Management Inflow Node
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Created By |
Yong Li |
Created Date |
15/03/2012 |
Tested By |
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Tested Date |
15/03/2012 |
Maintained By |
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Additional Details |
Recession Forecast Model - current timestep model Q(t+j)=Q(t)×k^((j))
To test that forecasted inflows from an inflow node based on current time step are correctly allocated together with loss node during order phase and that orders are reduced.
Run the model in NetLP mode using different optimised algorithms including RELAX IV , PPRN Without Side-Constraints, PPRN With Side-Constraints
forecasted volume of inflow, downstream flow of inflow /storage/min flow node, extracted volume of extraction point, loss volume |
Model Information |
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Output |
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Functionality |
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Specification |
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Created In |
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Last Saved In |
3.4.2.312 |
Works In Flow Phase |
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Test Objective |
Inflow
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Status |
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Team City Result |
Passed
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Execution Time (Minutes) |
Days: 0, Hours: 0, Minutes: 0, Seconds: 38
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Jira Issues |
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Additional Files |
I3K_Summary.csv, MSP_I3K-v2.6.2.xls, |
LogFile |
MSP_I3K_monthly.rsproj.txt
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Scenarios |
Scenario Name: I3K
- Description: Using piecewise linear relationship in Loss node
- Ordering System Type: Multiple Supply Path Solver
- OwnerShip Enabled: False
- Time Step: Monthly
- Simulation Start: 1/1/2006 12:00:00 AM
- Simulation End: 6/1/2008 12:00:00 AM
- Catchments: 0
- FunctionalUnits:
- Rainfall Runoff Model:
- Filtering Model:
- Links:
- Straight-Through Routing: 7
- Nodes:
- Inflow: 2
- Supply Point: 1
- Gauge: 1
- Minimum Flow Requirement: 1
- Water User: 1
- Loss: 1
- Storage: 1
- Constituent To Models:
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