2. 2
Starting page of the program
• Enter the allocated web address from a chrome website
• Click ‘Start’
3. 3
Step 1 – Selection of SWMM input file
• Click ‘Search’ to load SWMM input file
4. 4
Step 1 – Selection of SWMM input file
• Select an input file and click ‘Open’
5. 5
Step 1 – Selection of SWMM input file
• Click ‘Continue’ on the bottom to go to the next step
6. Step 2 – Selection of LID type
• Click ‘Search’ to load a SWMM file with LID controls & usages
6
7. 7
Step 2 – Selection of LID type
• Select an input file for LID type (1) and click open
8. 8
Step 2 – Selection of LID type
• Select an input file for LID type (2) and click open
9. 9
Step 2 – Selection of LID type
• Click ‘Continue’ on the bottom to go to the next step
10. Step 3 – Confirmation of design parameters
• This table shows SWMM5.1 LID control parameters which are related to design
10
11. 11
Step 3 – Confirmation of design parameters
• Check the first selected SWMM5.1 LID control parameters
12. 12
Step 3 – Confirmation of design parameters
• Check the second selected SWMM5.1 LID control parameters
13. 13
Step 4 – Confirmation of planning parameters
• The following table shows SWMM5.1 LID usage parameters which are related to
planning
14. 14
Step 4 – Confirmation of planning parameters
• Check the first selected SWMM5.1 LID control parameters
15. 15
Step 4 – Confirmation of planning parameters
• Check the second selected SWMM5.1 LID control parameters
16. Step 5 – Selection of study subcatchment
• All subcatchments modeled in the loaded SWMM input file in (step 1) will appear
• Select the subcatchments on the left and combined them with the selected LID types
16
17. 17
Step 5 – Selection of study subcatchment
• Select subcatchment S1, S2, S3, S4
• Click ‘Continue’ on the bottom to go to the next step
18. Step 6 – Simulation of generated scenarios by SWMM
• WMPM will automatically generate and simulate the SWMM program based on the
selected subcatchments and LID types
18
19. Step 7 – Comparison of total & peak flow
• This table describes the result of (total flow and peak flow) of each generated scenarios
• It as well shows the total flow before/after LID construction and the changed ratio
19
20. 20
Step 7 – Comparison of total & peak flow
• Choose which result you want to see (or check) by clicking the scroll button on the
upper right side
21. 21
Step 7 – Comparison of total & peak flow
• Check the peak flow before/after LID construction and the changed ratio
22. 22
Step 8 – Prioritization of simulated scenarios
• This table indicates the derived ranking of each generated scenarios based on the
changed ratio
23. 23
Step 8 – Prioritization of simulated scenarios
• Choose which result you want to see (or check) by clicking the scroll button on the
upper right side
24. 24
Step 8 – Prioritization of simulated scenarios
• Check the ranking for decreased peak flow of each scenarios
25. 25
Saving simulated model
• Click ‘Save’ on the upper right side to save the simulation