menu.md
In edibble: Encapsulating Elements of Experimental Design

crd

Code
  crd <- takeout(menu_crd(n = 24, t = 4, seed = 1))
  crd
Output
  design("Completely Randomised Design") %>%
    set_units(unit = 24) %>%
    set_trts(trt = 4) %>%
    allot_trts(trt ~ unit) %>%
    assign_trts("random", seed = 1) %>%
    serve_table()

  # Completely Randomised Design 
  # An edibble: 24 x 2
        unit    trt
   * <U(24)> <T(4)>
       <chr>  <chr>
   1  unit01   trt4
   2  unit02   trt4
   3  unit03   trt3
   4  unit04   trt3
   5  unit05   trt4
   6  unit06   trt1
   7  unit07   trt3
   8  unit08   trt3
   9  unit09   trt1
  10  unit10   trt4
  # i 14 more rows

rcbd

Code
  rcbd <- takeout(menu_rcbd(r = 3, t = 5, seed = 1))
  rcbd
Output
  design("Randomised Complete Block Design") %>%
    set_units(block = 3,
              unit = nested_in(block, 5)) %>%
    set_trts(trt = 5) %>%
    allot_trts(trt ~ unit) %>%
    assign_trts("random", seed = 1) %>%
    serve_table()

  # Randomised Complete Block Design 
  # An edibble: 15 x 3
      block    unit    trt
   * <U(3)> <U(15)> <T(5)>
      <chr>   <chr>  <chr>
   1 block1  unit01   trt3
   2 block1  unit02   trt2
   3 block1  unit03   trt4
   4 block1  unit04   trt5
   5 block1  unit05   trt1
   6 block2  unit06   trt2
   7 block2  unit07   trt1
   8 block2  unit08   trt5
   9 block2  unit09   trt3
  10 block2  unit10   trt4
  11 block3  unit11   trt1
  12 block3  unit12   trt3
  13 block3  unit13   trt4
  14 block3  unit14   trt2
  15 block3  unit15   trt5

split

Code
  split <- takeout(menu_split(t1 = 3, t2 = 2, r = 2, seed = 1))
  split
Output
  design("Split-Plot Design | Split-Unit Design") %>%
    set_units(mainplot = 6,
               subplot = nested_in(mainplot, 2)) %>%
    set_trts(trt1 = 3,
             trt2 = 2) %>%
    allot_trts(trt1 ~ mainplot,
               trt2 ~ subplot) %>%
    assign_trts("random", seed = 1) %>%
    serve_table()

  # Split-Plot Design | Split-Unit Design 
  # An edibble: 12 x 4
      mainplot   subplot   trt1   trt2
   *    <U(6)>   <U(12)> <T(3)> <T(2)>
         <chr>     <chr>  <chr>  <chr>
   1 mainplot1 subplot01  trt11  trt22
   2 mainplot1 subplot02  trt11  trt21
   3 mainplot2 subplot03  trt12  trt22
   4 mainplot2 subplot04  trt12  trt21
   5 mainplot3 subplot05  trt13  trt22
   6 mainplot3 subplot06  trt13  trt21
   7 mainplot4 subplot07  trt13  trt22
   8 mainplot4 subplot08  trt13  trt21
   9 mainplot5 subplot09  trt11  trt22
  10 mainplot5 subplot10  trt11  trt21
  11 mainplot6 subplot11  trt12  trt21
  12 mainplot6 subplot12  trt12  trt22

strip

Code
  strip <- takeout(menu_strip(t1 = 3, t2 = 2, r = 4, seed = 1))
  strip
Output
  design("Strip-Plot Design | Strip-Unit Design") %>%
    set_units(block = 4,
              row = nested_in(block, 3),
              col = nested_in(block, 2),
              unit = nested_in(block, crossed_by(row, col))) %>%
    set_trts(trt1 = 3,
             trt2 = 2) %>%
    allot_trts(trt1 ~ row,
               trt2 ~ col) %>%
    assign_trts("random", seed = 1) %>%
    serve_table()

  # Strip-Plot Design | Strip-Unit Design 
  # An edibble: 24 x 6
      block     row    col    unit   trt1   trt2
   * <U(4)> <U(12)> <U(8)> <U(24)> <T(3)> <T(2)>
      <chr>   <chr>  <chr>   <chr>  <chr>  <chr>
   1 block1   row01   col1  unit01  trt12  trt21
   2 block1   row02   col1  unit02  trt13  trt21
   3 block1   row03   col1  unit03  trt11  trt21
   4 block1   row01   col2  unit04  trt12  trt22
   5 block1   row02   col2  unit05  trt13  trt22
   6 block1   row03   col2  unit06  trt11  trt22
   7 block2   row04   col3  unit07  trt12  trt22
   8 block2   row05   col3  unit08  trt13  trt22
   9 block2   row06   col3  unit09  trt11  trt22
  10 block2   row04   col4  unit10  trt12  trt21
  # i 14 more rows

factorial

Code
  fac_crd <- takeout(menu_factorial(trt = c(2, 3, 4), design = "crd", r = 2,
  seed = 1))
  fac_crd
Output
  design("Factorial Design") %>%
    set_units(unit = 48) %>%
    set_trts(trt1 = 2,
             trt2 = 3,
             trt3 = 4) %>%
    allot_trts(~unit) %>%
    assign_trts("random", seed = 1) %>%
    serve_table()

  # Factorial Design 
  # An edibble: 48 x 4
        unit   trt1   trt2   trt3
   * <U(48)> <T(2)> <T(3)> <T(4)>
       <chr>  <chr>  <chr>  <chr>
   1  unit01  trt12  trt22  trt31
   2  unit02  trt12  trt21  trt32
   3  unit03  trt11  trt22  trt32
   4  unit04  trt11  trt23  trt31
   5  unit05  trt12  trt21  trt32
   6  unit06  trt12  trt22  trt32
   7  unit07  trt12  trt21  trt33
   8  unit08  trt12  trt22  trt33
   9  unit09  trt11  trt23  trt34
  10  unit10  trt11  trt22  trt31
  # i 38 more rows
Code
  fac_rcbd <- takeout(menu_factorial(trt = c(2, 3, 4), design = "rcbd", r = 2,
  seed = 1))
  fac_rcbd
Output
  design("Factorial Design with RCBD structure") %>%
    set_units(block = 2,
               unit = nested_in(block, 24)) %>%
    set_trts(trt1 = 2,
             trt2 = 3,
             trt3 = 4) %>%
    allot_trts(~unit) %>%
    assign_trts("random", seed = 1) %>%
    serve_table()

  # Factorial Design with RCBD structure 
  # An edibble: 48 x 5
      block    unit   trt1   trt2   trt3
   * <U(2)> <U(48)> <T(2)> <T(3)> <T(4)>
      <chr>   <chr>  <chr>  <chr>  <chr>
   1 block1  unit01  trt11  trt23  trt31
   2 block1  unit02  trt11  trt21  trt32
   3 block1  unit03  trt12  trt23  trt34
   4 block1  unit04  trt12  trt23  trt32
   5 block1  unit05  trt12  trt21  trt33
   6 block1  unit06  trt12  trt23  trt31
   7 block1  unit07  trt12  trt22  trt33
   8 block1  unit08  trt11  trt22  trt33
   9 block1  unit09  trt12  trt21  trt31
  10 block1  unit10  trt11  trt21  trt31
  # i 38 more rows

lsd

Code
  lsd <- takeout(menu_lsd(t = 10, seed = 1))
  lsd
Output
  design("Latin Square Design") %>%
    set_units(row = 10,
              col = 10,
              unit = crossed_by(row, col)) %>%
    set_trts(trt = 10) %>%
    allot_trts(trt ~ unit) %>%
    assign_trts("random", seed = 1) %>%
    serve_table()

  # Latin Square Design 
  # An edibble: 100 x 4
         row     col     unit     trt
   * <U(10)> <U(10)> <U(100)> <T(10)>
       <chr>   <chr>    <chr>   <chr>
   1   row01   col01  unit001   trt03
   2   row02   col01  unit002   trt09
   3   row03   col01  unit003   trt07
   4   row04   col01  unit004   trt10
   5   row05   col01  unit005   trt04
   6   row06   col01  unit006   trt06
   7   row07   col01  unit007   trt01
   8   row08   col01  unit008   trt05
   9   row09   col01  unit009   trt02
  10   row10   col01  unit010   trt08
  # i 90 more rows

youden

Code
  youden <- takeout(menu_youden(nc = 7, t = 10, seed = 1))
  youden
Output
  design("Youden Square Design") %>%
    set_units(row = 10,
              col = 7,
              unit = crossed_by(row, col)) %>%
    set_trts(trt = 10) %>%
    allot_trts(trt ~ unit) %>%
    assign_trts("random", seed = 1) %>%
    serve_table()

  # Youden Square Design 
  # An edibble: 70 x 4
         row    col    unit     trt
   * <U(10)> <U(7)> <U(70)> <T(10)>
       <chr>  <chr>   <chr>   <chr>
   1   row01   col1  unit01   trt03
   2   row02   col1  unit02   trt09
   3   row03   col1  unit03   trt07
   4   row04   col1  unit04   trt10
   5   row05   col1  unit05   trt04
   6   row06   col1  unit06   trt06
   7   row07   col1  unit07   trt01
   8   row08   col1  unit08   trt05
   9   row09   col1  unit09   trt02
  10   row10   col1  unit10   trt08
  # i 60 more rows