WMS:Rational Method Edit Parameters: Difference between revisions
From XMS Wiki
Jump to navigationJump to search
No edit summary |
No edit summary |
||
| Line 1: | Line 1: | ||
Like the other models supported by WMS, the Rational Method can be defined for a watershed/catchment developed from feature objects, DEMs, or TINs, or built using the tools provided in the hydrologic modeling module under the ''Tree'' menu. Once the topologic tree has been constructed the ''Rational Method'' dialog can be accessed using the '''Run Simulation''' command from the ''Rational'' menu. | Like the other models supported by WMS, the Rational Method can be defined for a watershed/catchment developed from feature objects, DEMs, or TINs, or built using the tools provided in the hydrologic modeling module under the ''Tree'' menu. Once the topologic tree has been constructed the ''Rational Method'' dialog can be accessed using the '''Run Simulation''' command from the ''Rational'' menu. | ||
The ''Rational Method'' dialog allows you to enter all of the necessary values for computing a peak flow for a selected catchment area, or confluence point. The values for C, i, and A represent the values of the currently selected basin or outlet. | The ''Rational Method'' dialog allows you to enter all of the necessary values for computing a peak flow for a selected catchment area, or confluence point. The values for <math>C</math>, <math>i</math>, and <math>A</math> represent the values of the currently selected basin or outlet. | ||
'''Related Topics:''' | '''Related Topics:''' | ||
Revision as of 22:47, 7 March 2013
Like the other models supported by WMS, the Rational Method can be defined for a watershed/catchment developed from feature objects, DEMs, or TINs, or built using the tools provided in the hydrologic modeling module under the Tree menu. Once the topologic tree has been constructed the Rational Method dialog can be accessed using the Run Simulation command from the Rational menu.
The Rational Method dialog allows you to enter all of the necessary values for computing a peak flow for a selected catchment area, or confluence point. The values for , , and represent the values of the currently selected basin or outlet.
Related Topics:
