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Prints information about single_trial_analysis function.

Usage

# S3 method for smaAgri
print(x, ...)

Arguments

x

An object fitted with the function single_trial_analysis().

...

Options used by the tibble package to format the output. See `tibble::print()` for more details.

Value

an object inheriting from class smaAgri.

Author

Johan Aparicio [aut]

Examples

# \donttest{
library(agridat)
library(agriutilities)
data(besag.met)
dat <- besag.met
results <- check_design_met(
  data = dat,
  genotype = "gen",
  trial = "county",
  traits = c("yield"),
  rep = "rep",
  block = "block",
  col = "col",
  row = "row"
)
out <- single_trial_analysis(results, progress = FALSE)
print(out)
#> ---------------------------------------------------------------------
#> Summary Fitted Models:
#> ---------------------------------------------------------------------
#>     trait  trial heritability        CV    VarGen    VarErr  design
#>    <char> <char>        <num>     <num>     <num>     <num>  <char>
#> 1:  yield     C1         0.73  6.022489  87.39848  82.86095 row_col
#> 2:  yield     C2         0.37 17.104998  25.80684 108.68546 row_col
#> 3:  yield     C3         0.64 12.357202  83.57907 118.55567 row_col
#> 4:  yield     C4         0.41  8.179408  35.75568 136.21218 row_col
#> 5:  yield     C5         0.80  7.037586 103.79822  66.97523 row_col
#> 6:  yield     C6         0.49 16.632367  71.92232 207.53073 row_col
#> 
#> ---------------------------------------------------------------------
#> Outliers Removed:
#> ---------------------------------------------------------------------
#>     trait  trial genotype    id outlier
#>    <char> <fctr>   <fctr> <int>  <lgcl>
#> 1:  yield     C1      G60    50    TRUE
#> 
#> ---------------------------------------------------------------------
#> First Predicted Values and Standard Errors (BLUEs/BLUPs):
#> ---------------------------------------------------------------------
#>     trait genotype  trial    BLUEs  seBLUEs    BLUPs  seBLUPs         wt
#>    <char>   <fctr> <fctr>    <num>    <num>    <num>    <num>      <num>
#> 1:  yield      G01     C1 141.4161 6.078858 143.5308 5.249771 0.02706176
#> 2:  yield      G02     C1 157.8110 5.979708 155.8037 5.194547 0.02796663
#> 3:  yield      G03     C1 127.3836 6.091534 133.0256 5.269999 0.02694925
#> 4:  yield      G04     C1 154.8445 6.093866 153.8364 5.270427 0.02692863
#> 5:  yield      G05     C1 163.8950 6.132141 161.1831 5.271809 0.02659352
#> 6:  yield      G06     C1 128.5168 6.087902 133.6857 5.247130 0.02698141
#> 
# }