Finished DLS-114 RMD file using rfaR#47
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This is a comprehensive step through process that goes through developing the stage frequency curves by using the Example Dam data from the DLS 114 class as well as displaying how rfaR computes everything through rfa_simulate. This activity shows the R use case for a hydrologic engineer who desires R plots to visualize hydrograph builds, stage frequency curves, and volume frequency curves with a knack for R programming. What isn't shown in this markdown file is the ability to use R packages to do statistical checks of the RFA process and utilize what is out there, namely fields packages or geospatial packages to add more context to our RFA models. Furthermore, it shows how intelligent this R implementation and how RMC is the best in the biz.
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This is a comprehensive step through process that goes through developing the stage frequency curves by using the Example Dam data from the DLS 114 class as well as displaying how rfaR computes everything through rfa_simulate. This activity shows the R use case for a hydrologic engineer who desires R plots to visualize hydrograph builds, stage frequency curves, and volume frequency curves with a knack for R programming. What isn't shown in this markdown file is the ability to use R packages to do statistical checks of the RFA process and utilize what is out there, namely fields packages or geospatial packages to add more context to our RFA models. Furthermore, it shows how intelligent this R implementation and how RMC is the best in the biz.
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devtools::document()has been rundevtools::check()passes with zero errors, warnings, and notestestthat)NEWS.mdhas been updated (if user-facing)