2. u Starting page of the program
• Enter the allocated web adress from a chrome website
• Click ‘Start’ to create a new file
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3. u Step 1 – Select SWMM input file
• Click ‘Search’ to load SWMM input file
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4. u Step 1 – Select SWMM input file
• Select an input file (Example4.inp) and click open
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5. u Step 1 – Select SWMM input file
• Click ‘Continue’ on the bottom to go to the next step
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6. u Step 2 – Select the study subcatchment & the LID type
• Click the scroll button on the right to select the study subcatchment &
LID type
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7. u Step 2 – Select the study subcatchment & the LID type
• After selecting the options, click ‘Continue’ to go to the next step
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8. u Step 3 – Simple sensitivity analysis of LID design parameters
• This page shows all parameters for the selected LID type
• All parameters refer to the SWMM5.1 LID Control
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9. u Step 3 – Simple sensitivity analysis of LID design parameters
• By clicking the ‘edit (pen shape)’, you can change the parameter value
• Minimum (start) and maximum (end) values can be set
• Numbers of parameter value can be adjusted by changing ‘count’
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10. u Step 3 – Simple sensitivity analysis of LID design parameters
• A description and figure of the parameter will show up when you click the
parameter name
(you can use it when you need more information of the selected parameter)
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11. u Step 4 – Result of simple sensitivity analysis
• This page shows which parameter relates to different results
• A graph and table is shown for a comfortable view
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12. u Step 4 – Result of simple sensitivity analysis
• Click ‘Thickness (or another parameter)’ to see the related analysis result
• You can see the changed graph and table
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13. u Step 4 – Result of simple sensitivity analysis
• You can check the minimum and maximum values of the target hydrologic
component from the table
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14. u Step 4 – Result of simple sensitivity analysis
• You can check the minimum/maximum values and the change of the hydrologic
component from the graph
• You can also delete unchanging graphs by clicking the ‘result options’ on the right
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15. u Step 4 – Result of simple sensitivity analysis
• By checking the influential parameters, select the ‘check box’ for the parameters which
will be used at the next step
• Click ‘Continue’ to go to the next step
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16. u Step 5 – Developing all feasible LID design scenarios
• All parameters which you have selected at the ‘step 4 (check box)’ will show up
• Default values of minimum (start) / maximum (end) and inter-values (count) will show up
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17. u Step 5 – Developing all feasible LID design scenarios
• You can change the value by clicking ‘edit’
• Be aware of the count (if not, it will take a long time to calculate the result)
(The total simulated scenario number = 2*2*2*2)
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18. u Step 5 – Developing all feasible LID design scenarios
• We can change all values to develop all available LID design scenarios
• Insert values as below and click ‘continue’ to go to the next step
(The total simulated number = 3*3*2*5 = 90)
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19. u Step 6 – Graph of relative frequency
• A relative frequency graph of each hydrologic component will appear for all selected
scenarios
• The high-lighted box shows how many scenarios were considered and simulated
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20. u Step 6 – Graph of relative frequency
• Select any hydrologic component which you want to check
• Ex) select ‘TotalRunoff’
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21. u Step 6 – Graph of relative frequency
• The value and percentage shows when you put the cursor at a point
• Click ‘Continue’ to go to the next step
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22. u Step 7 – Result of the LID design parameter scenarios
• The following will show up to select a hydrologic component
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23. u Step 7 – Result of the LID design parameter scenarios
• Click the scroll button to choose the hydrologic component which you want
to see (or check)
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24. u Step 7 – Result of the LID design parameter scenarios
• Insert a number which you want to see (or check)
• The number you insert refers to the best LID design scenarios in priority
• After you insert a number, the following table will automatically appear
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25. u Step 7 – Result of the LID design parameter scenarios
• You can change the number of scenarios
• the following table will appear
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26. u Step 7 – Result of the LID design parameter scenarios
• You can download SWMM input and output files of high performance scenarios
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27. u Step 7 – Result of the LID design parameter scenarios
• When you click ‘Download’ for the input data, downloaded input data can be found
in the document folder
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28. u Step 7 – Result of the LID design parameter scenarios
• When you click ‘Download’ for the output data, downloaded output data can be
found in the document folder
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29. u Step 8 – Selection of LID design parameters
• The following shows the selected scenario results of the previous step
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30. u Step 8 – Selection of LID design parameters
• Choose one of the scenarios which will be used for the next step
• Click ‘Continue’ to go to the next step
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31. u Step 9 – LID planning scenarios
• The following shows SWMM5.1 ‘LID Usage’ parameters which are related to planning
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32. u Step 9 – LID planning scenarios
• You can change the values by clicking the edit button
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33. u Step 9 – LID planning scenarios
• A description of the parameter shows up when you click the name of the parameter
(you can use it when you need more information of the parameter)
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34. u Step 9 – LID planning scenarios
• Insert values as below and click ‘continue’ to go to the next step
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35. u Step 10 – Results of hydrology
• The following shows the results of hydrology
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37. u Step 10 – Results of hydrology
• Choose which result you want to see (or check) by clicking the scroll button on the
‘hydrologic components’
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38. u Step 10 – Results of hydrology
• Insert a number which you want to see (or check)
• The number you insert refers to the best hydrological scenarios in priority
• After you insert a number, a table will automatically appear
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39. u Step 10 – Results of hydrology
• The table shows 10 scenarios each on the page
• If the number you selected is high, other results can be seen by clicking the page
number below the table
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40. u Step 10 – Results of hydrology
• You can download SWMM input and output files of high performance
scenarios
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41. u Step 10 – Results of hydrology
• You can also see (or check) the distribution of each results
• A figure is shown to support the type of LID you have chosen
• We are working on a brief summary report option
(a brief summary file which contains all of the procedure done in this program will be reported
as an excel or text file)
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42. u Step 10 – Results of hydrology
• Click ‘Save’ button to save the whole procedure of the SWMM DSS
• You can save in any step
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43. u Step 10 – Results of hydrology
• Click ‘Save’ button to save the whole procedure of the SWMM DSS
• You can save in any step
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44. u Starting page of the program
• Click the scroll button of the ‘Load existing file’ to load a saved data
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45. u Loaded step 1
• The saved data is loaded
• Shows the 1st step of the procedure
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46. u Loaded step 5
• Click the number of the step 5, then the saved page of step 5 will appear
• click any number of step and it will bring the saved page
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47. u Loaded step 8
• Click the number of the step 8, then the saved page of step 8 will appear
• To do a different analysis, case: LID planning fixed, change in LID design
• Click a scenario which is different to the previous one
(only lowered the ‘Thickness’ from 9 to 6)
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48. u Loaded step 8
• Download the ‘Input file’ of SWMM5.1
• Click ‘Continue’ to go to the next step
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49. u Loaded step 9
• Same as ‘Step 9’
• Click ‘Continue’ to go to the next step
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