Index > Carryover_100%Max_CarryOver_GoulburnSWA.rsproj

Project File Carryover_100%Max_CarryOver_GoulburnSWA.rsproj
Categories
  • Resource Assessment - Annual Accounting
Created By Yong Li
Created Date 12/06/2014
Tested By Lili Zhang
Tested Date 03/02/2015
Maintained By
Additional Details Lili Zhang:12/06/2014, test case from Yong. Lili Zhang: 14/07/2014, updated results in 3.8.3 to accommodate changes of "carry over start of water year" - showing consistent value for the entire water year. Lili Zhang: 02/09/2014, updated account balance, available water and carry over to accommodate changes of these recorders refer to value before trigger. We have got separated recorders "account balance post trigger", "available water post trigger" and "carry over post trigger" to keep values after triggers. Lili Zhang: 07/10/2014, updated project and results to accommodate recorders' name changes of "Carryover start of water year" and "Total Usage Carryover water year" to show consistent name "Carryover" which were "Carry Over" or "Carry over" before. And also recorder name change from "Total spill to date" to "Total spill from account to date".
Model Information
Output
Functionality
Specification
Created In 3.6.5.1556
Last Saved In 3.8.5.2122
Works In Flow Phase
Test Objective test 100% Max Carry Over
Status
Team City Result Passed
Execution Time (Minutes) Days: 0, Hours: 0, Minutes: 0, Seconds: 45
Jira Issues
Additional Files Scenario 2 - 100% Max Carry over - Goulburn SWA_Spill Pro-Rata_Summary.csv,
LogFile Carryover_100%Max_CarryOver_GoulburnSWA.rsproj.txt
Scenarios
  • Scenario Name: Scenario 2 - 100% Max Carry over - Goulburn SWA_Spill Pro-Rata
    • Description: With Evap, both HRWS and LRWS Spill reduced Pro-rata; Max carryover 100%
    • Ordering System Type: New rules based ordering system
    • OwnerShip Enabled: False
    • Time Step: Daily
    • Simulation Start: 7/1/2000 12:00:00 AM
    • Simulation End: 10/2/2013 12:00:00 AM
    • Catchments: 0
    • FunctionalUnits:
    • Rainfall Runoff Model:
    • Filtering Model:
    • Links:
      • Straight-Through Routing: 9
    • Nodes:
      • Storage: 1
      • Inflow: 1
      • Water User: 4
      • Supply Point: 4
    • Constituent To Models: