R version 4.5.0 RC (2025-04-04 r88112 ucrt) -- "How About a Twenty-Six" Copyright (C) 2025 The R Foundation for Statistical Computing Platform: x86_64-w64-mingw32/x64 R is free software and comes with ABSOLUTELY NO WARRANTY. You are welcome to redistribute it under certain conditions. Type 'license()' or 'licence()' for distribution details. R is a collaborative project with many contributors. Type 'contributors()' for more information and 'citation()' on how to cite R or R packages in publications. Type 'demo()' for some demos, 'help()' for on-line help, or 'help.start()' for an HTML browser interface to help. Type 'q()' to quit R. > > if ( requireNamespace("tinytest", quietly=TRUE) ){ + tinytest::test_package("biogas") + } tests1_low.R.................. 0 tests tests1_low.R.................. 0 tests tests1_low.R.................. 1 tests OK tests1_low.R.................. 2 tests OK tests1_low.R.................. 3 tests OK tests1_low.R.................. 4 tests OK tests1_low.R.................. 5 tests OK tests1_low.R.................. 6 tests OK tests1_low.R.................. 7 tests OK tests1_low.R.................. 8 tests OK tests1_low.R.................. 9 tests OK tests1_low.R.................. 9 tests OK tests1_low.R.................. 9 tests OK tests1_low.R.................. 10 tests OK tests1_low.R.................. 10 tests OK tests1_low.R.................. 11 tests OK tests1_low.R.................. 12 tests OK tests1_low.R.................. 12 tests OK tests1_low.R.................. 13 tests OK tests1_low.R.................. 13 tests OK tests1_low.R.................. 14 tests OK tests1_low.R.................. 15 tests OK tests1_low.R.................. 15 tests OK tests1_low.R.................. 16 tests OK tests1_low.R.................. 17 tests OK tests1_low.R.................. 18 tests OK tests1_low.R.................. 19 tests OK tests1_low.R.................. 19 tests OK tests1_low.R.................. 19 tests OK tests1_low.R.................. 19 tests OK tests1_low.R.................. 19 tests OK Using a standard pressure of 1 atm and standard temperature of 0 C for standardizing volume. tests1_low.R.................. 20 tests OK tests1_low.R.................. 20 tests OK tests1_low.R.................. 20 tests OK tests1_low.R.................. 20 tests OK tests1_low.R.................. 20 tests OK tests1_low.R.................. 20 tests OK tests1_low.R.................. 20 tests OK tests1_low.R.................. 20 tests OK Using a standard pressure of 101325 Pa and standard temperature of 273.15 K for standardizing volume. tests1_low.R.................. 21 tests OK tests1_low.R.................. 21 tests OK tests1_low.R.................. 21 tests OK tests1_low.R.................. 21 tests OK tests1_low.R.................. 21 tests OK tests1_low.R.................. 21 tests OK tests1_low.R.................. 21 tests OK tests1_low.R.................. 21 tests OK Using a standard pressure of 1 atm and standard temperature of 0 C for standardizing volume. tests1_low.R.................. 22 tests OK tests1_low.R.................. 23 tests OK 0.1s tests2_high.R................. 1 tests OK tests2_high.R................. 2 tests OK tests2_high.R................. 3 tests OK tests2_high.R................. 4 tests OK tests2_high.R................. 5 tests OK tests2_high.R................. 5 tests OK tests2_high.R................. 5 tests OK tests2_high.R................. 5 tests OK tests2_high.R................. 5 tests OK Working with volume data, applying volumetric method. Either temperature or pressure is missing (temp and pres arguments) so volumes are NOT standardized. tests2_high.R................. 6 tests OK tests2_high.R................. 6 tests OK tests2_high.R................. 6 tests OK Working with volume data, applying volumetric method. Either temperature or pressure is missing (temp and pres arguments) so volumes are NOT standardized. tests2_high.R................. 7 tests OK tests2_high.R................. 7 tests OK tests2_high.R................. 7 tests OK Using a standard pressure of 1 atm and standard temperature of 0 C for standardizing volume. tests2_high.R................. 7 tests OK tests2_high.R................. 7 tests OK tests2_high.R................. 7 tests OK tests2_high.R................. 7 tests OK tests2_high.R................. 7 tests OK tests2_high.R................. 7 tests OK tests2_high.R................. 7 tests OK Only a single value was provided for biogas composition (0.6), so applying it to all observations. Working with volume data, applying volumetric method. Using a standard pressure of 1 atm and standard temperature of 0 C for standardizing volume. tests2_high.R................. 8 tests OK tests2_high.R................. 8 tests OK tests2_high.R................. 8 tests OK Using a standard pressure of 1 atm and standard temperature of 0 C for standardizing volume. tests2_high.R................. 8 tests OK tests2_high.R................. 8 tests OK tests2_high.R................. 8 tests OK tests2_high.R................. 8 tests OK tests2_high.R................. 8 tests OK tests2_high.R................. 8 tests OK tests2_high.R................. 8 tests OK Only a single value was provided for biogas composition (0.6), so applying it to all observations. Using a standard pressure of 1 atm and standard temperature of 0 C for standardizing volume. tests2_high.R................. 9 tests OK 64ms All ok, 32 results (0.2s) Warning messages: 1: In cumBg(dat = test.vol) : Biogas composition date ('comp' and 'name.comp' arguments) not provided so CH4 results will not be returned. 2: In cumBg(dat = test.vol, addt0 = FALSE) : Biogas composition date ('comp' and 'name.comp' arguments) not provided so CH4 results will not be returned. > > > proc.time() user system elapsed 0.35 0.10 0.45