coefficient_of_the_exponential_function_of_flow_increase: coefficient_of_the_exponential_function_of_flow_increase
In FannyVille/hydroSEG: Hydrograph segmentation and discretization between natural event or hydropeak
Description
Usage
Arguments
Value
Examples
View source: R/coefficient_of_the_exponential_function_of_flow_increase.R
Description
Courret (2014) shows that in natural hydrology the rise and fall times of hydrographs follow an exponential law.
Q= 4 * exp(-a * t^b)
The value of the coefficient a can be expressed according to the module of the river.
This function give the a coefficient
Usage
1
coefficient_of_the_exponential_function_of_flow_increase(Stream_Module)
Arguments
Stream_Module
A numeric value corresponding to the average inter annual flow rate ""module"".
Value
A number
Examples
1
FannyVille/hydroSEG documentation built on March 6, 2021, 12:23 a.m.
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Description Usage Arguments Value Examples
View source: R/coefficient_of_the_exponential_function_of_flow_increase.R
Description
Courret (2014) shows that in natural hydrology the rise and fall times of hydrographs follow an exponential law. Q= 4 * exp(-a * t^b) The value of the coefficient a can be expressed according to the module of the river. This function give the a coefficient
Usage
1 | coefficient_of_the_exponential_function_of_flow_increase(Stream_Module)
|
Arguments
Stream_Module |
A numeric value corresponding to the average inter annual flow rate ""module"". |
Value
A number
Examples
1 |
R Package Documentation
Browse R Packages
We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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