a01data | Data for an alpha (0,1) design |
aj.w | Adjust values following the method of Westcott |
ammi | AMMI or GGE with data at plot level |
ammi.gxe | AMMI or GGE with data from an interaction means matrix |
aov.f | ANOVA for a factorial experiment |
aov.lxt | Analysis for a Line x Tester genetic design. |
aov.met | ANOVA for MET with a RCBD |
aov.rcbd | ANOVA for a RCBD |
asc | Data for a 2-factor factorial with a CRD |
asl | Add non significant lines |
bm2ptb | Biomart to potatobase format |
cdt.pt | Compute derived traits for potato |
cdt.sp | Compute derived traits for sweetpotato |
check.data.pt | Check consistency for potato experimental data |
check.data.sp | Check consistency for sweetpotato experimental data |
check.freq | Check frequencies for complete replications |
check.names.pt | Check fieldbook traits names for potato |
check.names.sp | Check fieldbook traits names for sweetpotato |
check.pos | Check row and column positions |
ck.abd | Check data for an ABD |
ck.crd | Check data for a CRD |
ck.f | Check data for a full factorial |
ck.fq | Check frequencies |
ck.fs | Check factors structure |
ck.lxt | Check data for a line by tester genetic design |
ck.pos | Check row and column positions |
ck.rcbd | Check data for a RCBD |
ck.w | Check data for a Wescott layout |
clean.data.pt | Clean potato data |
clean.data.sp | Clean sweetpotato data |
convert.co.pt | Potato CO numbers |
convert.co.sp | Sweetpotato CO numbers |
cr.a01d | Alpha (0,1) design |
cr.abd | Augmented Block Design |
cr.crd | Completely Randomized Design |
create.dd | Create potatobase and sweetpotatobase design and data files |
create.fb.pt | Create potato fieldbook |
create.fb.sp | Create sweetpotato fieldbook |
create.md | Create metadata template file |
cr.f | Create design for a factorial experiment |
cr.lsd | Latin Square Design |
cr.rcbd | Randomized Complete Block Design |
cr.spld | Split-Plot Design |
cr.strd | Strip-Split-Plot Design |
cr.w | Unreplicated experiment with a grid of checks |
docomp | Do computations over some factors |
dtr | Data transformations |
ecm | Estimate Genotypic and Phenotypic Covariance and Correlation... |
elston | Elston Index |
factors | Factorization |
friedman.t | Friedman test |
lxt | Line by tester data |
megaclones | Some traits for a multi-environment trial (MET) |
megaclones2 | Some traits for a multi-environment trial (MET) |
met8x12 | Yields for a multi-environment trial (MET) |
msdplot | Plot means and standard deviations with a dotplot |
mve.f | Estimation of missing values for a factorial experiment |
mve.met | Estimation of missing values for a MET in a RCBD |
mve.rcbd | Estimation of missing values for a RCBD |
optim.w | Optimize Westcott adjustment |
pesekbaker | Pesek-Baker Index |
pjpz09 | Data for a yield trial |
plot.st4gi_ammi | AMMI or GGE biplots |
plot.st4gi_tai | Tai plot |
potatoyield | Data for a yield trial |
rsa | Regression Stability Analysis |
rts1 | Response to selection for a single experiment |
rts2 | Response to selection with several locations |
rts3 | Response to selection with several locations and years |
rts4 | Response to selection with several locations in two steps... |
setna.pt | Set values to 'NA' for potato data. |
setna.sp | Set values to 'NA' for sweetpotato data. |
setzero.pt | Set values to '0' for potato data. |
setzero.sp | Set values to '0' for sweetpotato data. |
spg | Some traits for a multi-environment trial (MET) |
ssg1to3 | Stage selection gain from 1 to 3 stages |
tai | Tai's stability analysis |
Add the following code to your website.
For more information on customizing the embed code, read Embedding Snippets.