SWRC Fit Crack Free Download For Windows [Latest] 2022
SWRC Fit Full Crack is a scientific utility for hydrologists and not only. It fits several soil hydraulic models to measured soil water retention data by nonlinear fitting.
SWRC Fit is written in numerical calculation language GNU Octave. Web interface is also available.
SWRC Fit performs nonlinear fitting of 5 soil hydraulic models to measured soil water retention curve.
This software is primarily intended for scientists in the field of hydrology and geoscience to help their research. It may also be used for educational purposes.
Here are some key features of "SWRC Fit":
￭ It is written in numerical calculation language GNU Octave.
￭ Web interface is also available.
￭ Initial estimate of parameters is automatically determined by the program.
￭ Five models are (1) Brooks and Corey model, (2) van Genuchten model, (3) Kosugi's model, (4) Durner's model and (5) Seki's model.
SWRC Fit Usage:
￭ SWRC Fit is written in numerical calculation language GNU Octave.
It can be used as an extension package of GEPP and Pmesh.
￭ Web interface is also available.
￭ SWRC Fit performs nonlinear fitting of 5 soil hydraulic models to measured soil water retention curve.
￭ It can be used to analyze water movement in variably saturated soil.
￭ It is primarily intended for hydrologists and geoscientists in the field of hydrology and geosciences to help their research. It may also be used for educational purposes.
General features of SWRC Fit
Keyword Search Box
￭ Keyword search box can be used to perform a keyword search.
Search box keyword has three forms. One is "search keyword as is", another is "replace all by keyword", and the other is "search keyword by Boolean operation".
Search result is returned in a list format.
￭ When doing a keyword search, keyword search box is set to "do Boolean operation" by default.
Search by Boolean operation can be selected as "AND" or "OR".
￭ Sometimes search keyword is not known beforehand.
￭ Boolean operation is impossible. When doing a keyword search, keyword search box is set to "do NOT operator by default.
Search result is returned in a list format.
User's Manual
Download the user's
SWRC Fit Crack Free Download PC/Windows
This software is primarily intended for scientists in the field of hydrology and geoscience to help their research. It may also be used for educational purposes.
You can use different soil hydraulic models to analyze water movement in variably saturated soil. Nonlinear fitting of the 5 models is performed to measured soil water retention curve with SWRC Fit, and the parameter values are shown on a 2-dimensional plot. Thus, the relationship between soil parameters and water retention curve can be shown easily.
Homepage of SWRC Fit
A multi-level soil analysis program
A program for analysis of soil based on the soil water-retention curve with two-equation models
SWRC Fit also analyzes the effect of soil type on the soil hydraulic property
Model description of SWRC Fit
Brooks and Corey model(BC model)
Model of Mohr et al. (1982)
Model of Hasenkamp (1996)
Models of van Genuchten et al.(GK model)
Model of Kosugi (K model)
Model of Durner (D model)
Model of Seki (S model)
In addition to the above models, SWRC Fit can analyze the effect of soil type on the soil hydraulic property.
This program is also used to analyze the soil hydraulic property (Ihara's equation) of the infiltration process (I-IV types).
This program can analyze the infiltration and evaporation values of variably saturated soil, soil water yield and other values at the same time.
This program can analyze the variability in the soil hydraulic property of variably saturated soil.
This program can analyze the relationship between soil hydraulic property and soil properties (e.g., soil water content, soil depth and texture, soil pH and soil organic matter).
This program can be used to analyze the influence of slope gradient on the soil water balance of a catchment.
This program can be used to analyze the soil water-retention curve in various agricultural areas (e.g., red and black soils).
This program can be used to analyze the influence of land use on the soil water-retention curve.
This program can be used to analyze the soil water-retention curve in mountain areas (e.g., tropical, temperate and arid).
This program can be used to analyze the soil water-retention curve in
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