markblue {AgroTech} | R Documentation |
This is a function to determine spray deposit using bright blue marker and then after performing tests of assumptions, analysis of variance and comparison of means
markblue(
d1,
d2,
vl,
ci,
ncu2 = 1,
ntrat2 = 2,
nrep2 = 3,
nresp2 = 5,
naf2 = 6,
analysis = TRUE,
design = "DIC",
transf = 1,
quali = TRUE,
grau = 1,
test = "parametric",
mcomp = "tukey",
ylab = expression(mu ~ cm^2),
save.xlsx = FALSE
)
d1 |
Curved worksheet |
d2 |
Experiment worksheet |
vl |
Wash volume (mL) |
ci |
Initial marker concentration |
ncu2 |
Column referring to the curve (default is 1) |
ntrat2 |
Column referring to treatment |
nrep2 |
Column referring to repetition |
nresp2 |
Column referring to absorbance |
naf2 |
Sheet area (cm2) |
analysis |
Perform statistical analysis |
design |
Experiment design |
transf |
Data transformation |
quali |
Qualitative or quantitative treatment (default is TRUE) |
grau |
degree of the polynomial (when treatment is quantitative) |
test |
Parametric or Nonparametric (default is "parametric") |
mcomp |
Mean comparison test (default is "tukey") |
ylab |
y axis name (default is expression(mu~cm^2)) |
save.xlsx |
Want to export in excel format (default is FALSE) |
Returns the comparison between the treatments of the experiment
Curve name on the curve worksheet (d1) must be the same as the curve name on the experiment worksheet (d2)
Rodrigo Yudi Palhaci Marubayashi, marubayashi@uel.br
Gabriel Danilo Shimizu
Otavio Jorge Grigoli Abi Saab
No reference
data("example_markbluecurve")
data("example_markblue")
markblue(d1=example_markbluecurve,
d2=example_markblue,
vl=20,
ci=1500,
ncu2 = 1,
ntrat2 = 2,
nrep2 = 3,
nresp2 = 4,
naf2 = 5)