FLODRO 3.0: A user friendly personal computer package for flood and drought frequency analyses
Jose A. Raynal-Villasenor
Abstract
Jose A. Raynal-Villasenor
Abstract
User friendly personal computer package FLODRO 3.0 was developed under the programming environment of Visual Basic (Visual Basic is a trademark of Microsoft, Inc.). FLODRO 3.0 has two independent programs: FLOOD and DROUGHT. On program FLOOD, flood frequency analysis is performed by using eight typical distribution functions: Normal, Two and Three Parameter Log-Normal, Two and Three Parameter Gamma, Log-Pearson Type III, Extreme Value Type I and General Extreme Value. On program DROUGHT, drought frequency analysis is performed by using four typical distribution functions: Three Parameter Log-Normal, Extreme Value Types I and III and General Extreme Value. The characteristics, properties and construction of the programs FLOOD and DROUGHT of computer package FLODRO 3.0 are displayed in the paper towards its application in flood and drought frequency analyses. The selected methods of estimation of parameters are those of moments, maximum likelihood, sextiles and probability weighted moments.
A significance statement is not available in the OpenAlex record.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
User friendly personal computer package FLODRO 3.0 was developed under the programming environment of Visual Basic (Visual Basic is a trademark of Microsoft, Inc.). FLODRO 3.0 has two independent programs: FLOOD and DROUGHT. On program FLOOD, flood frequency analysis is performed by using eight typical distribution functions: Normal, Two and Three Parameter Log-Normal, Two and Three Parameter Gamma, Log-Pearson Type III, Extreme Value Type I and General Extreme Value. On program DROUGHT, drought frequency analysis is performed by using four typical distribution functions: Three Parameter Log-Normal, Extreme Value Types I and III and General Extreme Value. The characteristics, properties and construction of the programs FLOOD and DROUGHT of computer package FLODRO 3.0 are displayed in the paper towards its application in flood and drought frequency analyses. The selected methods of estimation of parameters are those of moments, maximum likelihood, sextiles and probability weighted moments.
Key concepts: Gumbel distribution, Flood myth, Generalized extreme value distribution, Extreme value theory, Bivariate analysis, Frequency analysis, Univariate, Weibull distribution