Operation

1. You must have a project in Civil 3D, containing the final surface of the ground.
2. You should read this ENTIRE help.
3. Install C3DRENESG in Civil 3D.
4. Familiarize yourseLAMINA with commands available in C3DRENESG.
5. Create an parts list, adding only the pipes commercially available (swallows this hidraflow and SSA).
   • Set styles for the structures and pipes
   • Set rules for these
6. Launchs the pipenetwork to use this parts list
7. Add contribution areas if it is a drainage network
8. Set occasional contributions in structures, if it is a sewage system (this can be done in spreadsheet)
9. Correct entry errors, if appointed by the program
10. Set reference surface if required in the columns PVS and TRS.
11. Open the spreadsheet with the command C3DCalc.
12. Check the parameters in parameters frame:
    • drainage networks:
      1. rain equation
      2. Method of calculating the delay coefficient CR
      3. Recurrence time TR
      4. Equation of time concentration TE
    • sewers network:
      1. initial population
      2. final population
      3. consumption percapta
      4. And coefficients k1, k2
13. Click the button MINIMIZE to "minimize" the depths, diameters and dimensions of structures
14. Check the if  NMAN (Manning coefficient) column shows values in red, edit your parts list
15. Check columns:
    • drainage networks:
      1. AREA
      2. CR, in this case, check the calculation method in the parameters frame
      3. C or R, depending on the calculation method
      4. TE, depending on equation TE you choose
    • sewers network:
      1. CINI
      2. CFIM
      3. CUTIL
16. Eliminate negative slope. I suggest you click the menu "Lines" and click "Starts Excerpt" then increase the depth downstream by clicking the corresponding button on preview profile.
    If you leave the options of seLAMINA-correction of the slope parameters frame all slopes are adjusted.
17. Use preview profile to change dimensions of structures and pipes.
    You can also use the preview plant to find specific passages.
18. Use button flow analysis, which helps to choose pipes and slopes.
19. Check the column RULES, which indicates the columns and rows with problems and fix them. Stop the mouse over a cell in this column for the program to show the line errors.
20. Repeat the above steps until there are no more errors in the column RULES.
    Sure some errors can be ignored, for example, if a pipe coverings need to touch on the ground.
21. Click the button APPLY, for the changes to take effect.
22. Export the spreadsheet if necessary (click the to export to MS Excel, or from the File menu, export to Excel, html or draw on the screen).