check_all_member_sizes: Generate a table with all member sizes and apply all checks...
In shadowboxingskills/civilR: Civil Engineering R package

Generate a table with all member sizes and apply all checks on each of them

check_all_member_sizes(
  steel_grade,
  member_type,
  k,
  L,
  E,
  h0,
  Lch,
  Ad,
  n,
  isTopLevel,
  alpha_T,
  delta_T,
  k_T,
  Ned_no_TL,
  LL,
  AL,
  Lcry,
  Lcrz,
  ml,
  strut_name,
  base_file_name,
  export_xlsx
)

`steel_grade`	steel_grade [N/{mm}^2], categorical: 'S355' or 'S275'
`member_type`	member_type, categorical: 'UC' or 'UB'
`k`	Coefficient [dimensionless]
`L`	Total length of member [m]
`E`	Young's Modulus of Elasticity [GPa]
`h0`	Distance between centroids of chords [mm]
`Lch`	Length of chord [mm]
`Ad`	Section area of diagonal (lacing), [cm^2]
`n`	Number of planes of lacing, default [n=2]
`isTopLevel`	Is member located at top level? [boolean]
`alpha_T`	Thermal coef. of expansion [degC]
`delta_T`	Change in temperature from the Installation temperature [degC]
`k_T`	Coefficient Of Temperature Effect [dimensionless]
`Ned_no_TL`	Axial Compressional Force without Temperature Load [kN]
`LL`	Live load / imposed load [kN/m]
`AL`	Accidental Impact Load [kN/m]
`Lcry`	critical length about major axis [m]
`Lcrz`	critical length minor axis [m]
`ml`	Lacing weight [kN/m]
`strut_name`	Strut name
`export_xlsx`	Boolean to export Excel spreadsheet or not [T/F]
`file_name`	Path and file name of the output table

df Dataframe containing relevant input and all computed data
optimal_member_size Optimal member size [ height (mm) x width (mm) x mass (kg/m) ]
optimal_TL Optimal Temperature Load [kN]
optimal_Ned Optimal @param Ned_no_TL Axial Compressional Force with Temperature Load [kN]