Description Arguments Value Author(s) References
Create a figure similar to Paetkau's et al. (2004) Fig 6.
data |
The output assignment file (home likelihood or likelihood ratio statistics) from GENODIVE. |
l.skip |
(integer) The number of lines to skip before the individuals info in GenoDive assignment results (see Vignette). |
number.individuals |
(integer) The number of individuals analysed. |
number.pop |
(integer) The number of populations analysed. |
pop.id.start |
(Optional) The start of your population id
in the name of your individual sample. Your individuals are identified
in this form : SPECIES-POPULATION-MATURITY-YEAR-ID = CHI-QUE-ADU-2014-020,
then, |
pop.id.end |
(Optional) The end of your population id
in the name of your individual sample. Your individuals are identified
in this form : SPECIES-POPULATION-MATURITY-YEAR-ID = CHI-QUE-ADU-2014-020,
then, |
strata |
(optional) A tab delimited file with 2 columns with header:
|
pop.levels |
A character string with your sampling sites or populations in the order you prefer (for tables and figure). |
pop.labels |
(optional) A character string for your populations labels.
If you need to rename sampling sites in |
POPA |
First population to compare. |
POPB |
Second population to compare (with A). |
dlr |
(optional) Character string with Dlr value. |
x.dlr |
(optional) Position to the x-axis of the Dlr value. |
y.dlr |
(optional) Position to the y-axis of the Dlr value. |
fst |
(optional) Character string with Fst value. |
x.fst |
(optional) Position to the x-axis of the Fst value. |
y.fst |
(optional) Position to the y-axis of the Fst value. |
filename |
(optional) Name of the figure written in the working directory. |
plot.width |
(optional) Width in cm of the figure. |
plot.height |
(optional) height in cm of the figure. |
plot.dpi |
(optional) Number of dpi for the figure (e.g 600). |
A list with the assignment table and the assignment plot.
Thierry Gosselin thierrygosselin@icloud.com
Paetkau D, Slade R, Burden M, Estoup A (2004) Genetic assignment methods for the direct, real-time estimation of migration rate: a simulation-based exploration of accuracy and power. Molecular Ecology, 13, 55-65.
Meirmans PG, Van Tienderen PH (2004) genotype and genodive: two programs for the analysis of genetic diversity of asexual organisms. Molecular Ecology Notes, 4, 792-794.
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