For more help, examples and explanations, see the plate setup vignette:
vignette("platesetup_vignette", package = "tidyqpcr")
create_blank_plate(well_row = LETTERS[1:16], well_col = 1:24)
create_blank_plate_96well()
make_row_names_lc1536()
make_row_names_echo1536()
create_blank_plate_1536well(
well_row = make_row_names_lc1536(),
well_col = 1:48
)| well_row | Vector of Row labels, usually LETTERS |
|---|---|
| well_col | Vector of Column labels, usually numbers |
tibble (data frame) with columns well_row, well_col, well. This contains all pairwise combinations of well_row and well_col, as well as individual well names. Both well_row and well_col are coerced to factors (even if well_col is supplied as numbers), to ensure order is consistent.
However, well is a character vector as that is the default behaviour of "unite", and display order doesn't matter.
Default value describes a full 384-well plate.
create_blank_plate_96well: create blank 96-well plate
make_row_names_lc1536: Row names for 1536-well plates on
Roche LightCycler (tm) 1536 Aa,Ab,Ac,Ad,Ba,...,Hd.
make_row_names_echo1536: Row names for 1536-well plates on
Labcyte Echo A,B,...,Z,AA,AB,...,AF.
create_blank_plate_1536well: create blank 1536-well plate
Other plate creation functions:
create_colkey_4diln_2ctrl_in_24(),
create_colkey_6_in_24(),
create_colkey_6diln_2ctrl_in_24(),
create_rowkey_4_in_16(),
create_rowkey_8_in_16_plain(),
display_plate(),
label_plate_rowcol()
create_blank_plate(well_row=LETTERS[1:2],well_col=1:3)
#> # A tibble: 6 x 3
#> well well_row well_col
#> <chr> <fct> <fct>
#> 1 A1 A 1
#> 2 A2 A 2
#> 3 A3 A 3
#> 4 B1 B 1
#> 5 B2 B 2
#> 6 B3 B 3
create_blank_plate_96well()
#> # A tibble: 96 x 3
#> well well_row well_col
#> <chr> <fct> <fct>
#> 1 A1 A 1
#> 2 A2 A 2
#> 3 A3 A 3
#> 4 A4 A 4
#> 5 A5 A 5
#> 6 A6 A 6
#> 7 A7 A 7
#> 8 A8 A 8
#> 9 A9 A 9
#> 10 A10 A 10
#> # … with 86 more rows