Index > MSP_Mn1B_V_ON_L_InflowUpstream.rsproj

Project File MSP_Mn1B_V_ON_L_InflowUpstream.rsproj
Categories
  • Minimum Flow Requirement Node
Created By Yong Li
Created Date 03/02/2015
Tested By
Tested Date 03/02/2015
Maintained By
Additional Details To test that Required Water (ML) is correct using EE variable expression via last time step ordering network of upstream flow of upstream inflow node Run the model in NetLP mode using different optimised algorithms including RELAX IV , PPRN Without Side-Constraints, PPRN With Side-Constraints; Increase min iterations to 10 Required water of min flow requirement, downstream flow volume of min flow requirement, storage volume Updated by juanita in May 2013 to accommodate changes that happened when 'End of Time Step' evaluation was moved to after values have been recorded. Note: the attached spreadsheet hasn't been updated
Model Information
Output
Functionality
Specification
Created In 2.6.2
Last Saved In 3.4.1.134
Works In Flow Phase
Test Objective Rate specified with Expression Editor - variable : ordering network - Current time step (i.e. Last Iteration)
Status
Team City Result Passed
Execution Time (Minutes) Days: 0, Hours: 0, Minutes: 0, Seconds: 39
Jira Issues
Additional Files Mn1B_V_ON_L_InflowUpstream_Summary.csv, MSP_Mn1B_V_ON_L_InflowUpstream-v2.6.2.xls,
LogFile MSP_Mn1B_V_ON_L_InflowUpstream.rsproj.txt
Scenarios
  • Scenario Name: Mn1B_V_ON_L_InflowUpstream
    • Description: Variable based on Inflow 1 ordering network / Upstream flow link 1 / last timestep
    • Ordering System Type: Multiple Supply Path Solver
    • OwnerShip Enabled: False
    • Time Step: Monthly
    • Simulation Start: 1/1/2004 12:00:00 AM
    • Simulation End: 5/1/2006 12:00:00 AM
    • Catchments: 0
    • FunctionalUnits:
    • Rainfall Runoff Model:
    • Filtering Model:
    • Links:
      • Straight-Through Routing: 4
    • Nodes:
      • Inflow: 2
      • Minimum Flow Requirement: 1
      • Gauge: 1
      • Storage: 1
    • Constituent To Models: