Project File |
Mn2E_RM-1204.rsproj
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Categories |
- Minimum Flow Requirement Node
- River Management Confluence Node
- Water User - General
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Created By |
Linda |
Created Date |
15/03/2012 |
Tested By |
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Tested Date |
15/03/2012 |
Maintained By |
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Additional Details |
storages in parallel with different travel times
Accounting for previous orders to determine total order prior to determining minimum flow order requirement
Storages A and B have 1 day and 0 day travel time respectively, both with orders placed to them. There is also a minimum flow node upstream of the orders which storage B is to meet. For each delivery timestep, an order has been placed to storage A at the previous timestep to meet the order. I assume that even though the MFR points to storage B, that a MFR order is determine at both the prior and current timesteps. The methodology also does not allow for reducing orders at current timestep if MFR order placed at previous timestep is no longer required. This issue has been raised in "methodological questions" document on Jira.
Prior orders are not considered when determining MFR order required at current time-step. Also, the MFR at prior order uses the requirement for 2 timesteps time instead of 1 timesteps time - not sure why this is the case given that Mn2D works
Lili Zhang: 29/07/2014, added categories.
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Model Information |
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Output |
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Functionality |
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Specification |
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Created In |
0.16.2 |
Last Saved In |
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Works In Flow Phase |
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Test Objective |
Order water if required and ownership
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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: 47
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Jira Issues |
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Additional Files |
Mn2E_solution-1_v2.19.1.36.xlsx, Scenario 1_Summary.csv, |
LogFile |
Mn2E_RM-1204.rsproj.txt
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Scenarios |
Scenario Name: Scenario 1
- Description:
- Ordering System Type: New rules based ordering system
- OwnerShip Enabled: False
- Time Step: Daily
- Simulation Start: 1/27/1971 12:00:00 AM
- Simulation End: 6/2/1971 12:00:00 AM
- Catchments: 0
- FunctionalUnits:
- Rainfall Runoff Model:
- Filtering Model:
- Links:
- Straight-Through Routing: 9
- Lagged Flow Routing: 1
- Nodes:
- Inflow: 2
- Storage: 2
- Confluence: 1
- Minimum Flow Requirement: 1
- Supply Point: 2
- Water User: 2
- Gauge: 1
- Constituent To Models:
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