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Water Resource Analysis Using Integrated Development Environment

Explore a seminar on software application for water resource site analysis. Learn how elements and commands are processed, with examples of data structures and postorder traversal. Understand the stack mechanism, push-pop operations, and hydrograph storage. Discover the functionality of SAVMOV and ADDMOV commands. Dive into element types, routing strategies, and simulation validation. Gain insights into watershed schematics and element processing sequences.

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Water Resource Analysis Using Integrated Development Environment

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  1. SAVMOV AND ADDMOV SITES SOFTWARE APPLICATION SEMINAR __________________________ SITES 2005.1.4 INTEGRATED DEVELOPMENT ENVIRONMENT for WATER RESOURCE SITE ANALYSIS

  2. Data Class Diagram Project 0..n 1 Run Summary Table 0..n 0..n 0..n 0..n 1 Structure (STR) Watershed (WSD) Reach (RCH) Junction (JCT) Watershed Schematic

  3. SITES IN SERIES

  4. How are elements processed? • Elements are processed from upstream to downstream using a postorder traversal; e.g., an element is processed only after all upstream elements have been processed. • Intermediate results are stored on a stack; the last set of hydrographs placed on the stack is the first set to be removed (LIFO). • How many elements can be pushed onto the stack? 100

  5. Postorder Traversal STR WSD WSD JCT RCH STR

  6. SITES IN SERIES (Revisited)

  7. Example SITES 05/01/2000 SAVMOV 0 101 SAVMOV 101 1 SAVMOV 2 101 3 SAVMOV 0 101 SAVMOV 101 1 SAVMOV 2 101 5 SAVMOV 0 101 SAVMOV 101 1 SAVMOV 2 101 6 ADDMOV 004 ADDMOV SAVMOV 101 2 SAVMOV 2 101 2 SAVMOV 101 1 SAVMOV 2 101 1 ENDJOB 6 5 B C 3 4 A B+C 2 D C 0 0 B B+C 0 D E A 1 A+B+C Stack E

  8. SAVMOV Command • The revised SAVMOV command uses: • columns 11-13 and 16-18 for hydrograph storage location numbers. • an Element Reference Numberin columns 21-25, and • an Element Identifier in columns 41-50. • For each element, the system allows for output of hydrographs to validate the simulation. 21-25 41-50

  9. Hydrograph Storage Location Numbers • The storage location “101” denotes the stack. • Commonly Used Commands: • SAVMOV 0 101 - push a set of “zero” null hydrographs onto the stack. • SAVMOV 2 101 - push a set of “output” hydrographs onto the stack. • SAVMOV 101 1 or SAVMOV 101 2 - pop a set of hydrographs off of the stack.

  10. Example: basex.d2c Element ID Element Ref. # Going to a structure or subwatershed(1), or going to a reach (2) Element Type is stored in column 71 (1 = STR, 2 = WSD, 3 = RCH, 4 = JCT)

  11. 0 0 Example: Watershed Schematic Subwatershed: W2 Structure: 256B4 Bifurcation Point: J1 Reach: S2 Structure: 256B5

  12. ADDMOV Command • The ADDMOV command uses columns 11-13 for an optional Element Reference Number, and 31-34 for Element ID, and 71 for Element Type. • The ADDMOV command tells the simulator to add the top two sets of hydrographs on the stack and store the result on the stack for routing; e.g., Push(Stack, Pop(Stack) + Pop(Stack)).

  13. Example SITES 05/01/2000 SAVMOV 0 101 SAVMOV 101 1 SAVMOV 2 101 3 SAVMOV 0 101 SAVMOV 101 1 SAVMOV 2 101 5 SAVMOV 0 101 SAVMOV 101 1 SAVMOV 2 101 6 ADDMOV 004 ADDMOV SAVMOV 101 2 SAVMOV 2 101 2 SAVMOV 101 1 SAVMOV 2 101 1 ENDJOB 6 5 B C 3 4 A B+C 2 D C 0 0 B B+C 0 D E A 1 A+B+C Stack E

  14. Summary The key point is that the interface will generate the model and commands necessary to take care of the series routing.

  15. END OF PRESENTATION

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