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- Class HBV96 - Render/Set parameter function realized - Simulation/Calibration functionalities remain to develop
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# lumped hydrological (lumphyd) models | ||
Lumped hydrological models for sreamflow simulation and forecasting. This is a beta version of a larger package on hydrological modelling, which is yet to be developed. | ||
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This module contains the implementation of 3 lumped hydrological models: HBV-96, Sugawara tank and Linear Tank model. | ||
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The libraries contain 2 fundamental functions, which are `simulate` and `calibrate`. The first is used to calculate discharge, based on the required data for each of the models. The latter is used to define the optimal set of parameters, based on a metric of error between the simulated and measured discharge. | ||
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Please, if you happen to find any errors in the code, or just would like to further collaborate in the development of these codes, feel free to drop a line in a message. | ||
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Regards, | ||
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Juan Chacon-Hurtado | ||
# lumped hydrological (lumphyd) models | ||
Lumped hydrological models for sreamflow simulation and forecasting. This is a beta version of a larger package on hydrological modelling, which is yet to be developed. | ||
|
||
This module contains the implementation of 3 lumped hydrological models: HBV-96, Sugawara tank and Linear Tank model. | ||
|
||
The libraries contain 2 fundamental functions, which are `simulate` and `calibrate`. The first is used to calculate discharge, based on the required data for each of the models. The latter is used to define the optimal set of parameters, based on a metric of error between the simulated and measured discharge. | ||
|
||
Please, if you happen to find any errors in the code, or just would like to further collaborate in the development of these codes, feel free to drop a line in a message. | ||
|
||
Regards, | ||
|
||
Juan Chacon-Hurtado |
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import sugawara | ||
import HBV96 | ||
import sugawara | ||
import HBV96 | ||
import linear_reservoir |
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