Description Usage Arguments Value Author(s)
check_fit_initial is a function to identificate in a unknow location which are the best initial thermal condition partial to fit better the start of season and in spring and autmn the thermal bias due to air and water temperature.
1 2 3 4 5 | check_fit_initial(i_biometeo, i_monitoring, i_biocontainer, larv_alpha,
adu_alpha, eggs_diap, egn = 16, Ndayscenario_prim = 120,
Ndayscenario_aut = 90, deltatmed_prim = 0, deltawater_prim = 0,
deltatmed_aut = 0, deltawater_aut = 0, ini_rmse = 1, end_rmse = NULL,
stocastic = FALSE, n_sampling = 10, saveparameter = TRUE)
|
i_biometeo |
object rAedesSim |
i_biocontainer |
object rAedesSim |
larv_alpha |
numeric alpha larvae intra-competition factor. |
adu_alpha |
numeric adult larvae intra-competition factor. |
eggs_diap |
numeric Number of diapausant eggs considered. |
egn |
numeric Number of eggs pour adults. |
Ndayscenario_prim |
numeric Indicate the number of days considered after the first date of meteo data series. Defalut is 120. |
Ndayscenario_aut |
numericIndicate the number of days considered before the last date of meteo data series. Defalut is 90. |
deltatmed_prim |
numeric Mean air temperature bias cosidered for spring period. |
deltawater_prim |
numeric Mean water temperature bias cosidered for spring period. |
deltatmed_aut |
numeric Mean air temperature bias cosidered for spring period. |
deltawater_aut |
numeric Mean water temperature bias cosidered for spring period. |
ini_rmse |
numeric Starting index to calculate RMSE. Defalut is 1 that means all monitoring data are considered. |
end_rmse |
numeric Ending index to calculate RMSE. Defalut is NULL that means all monitoring data are considered. |
stocastic |
logical performs stocastic elaboration by poisson sampling at the end of simulation for each state. |
n_sampling |
numeric number of resampling if stochastic is implemented see in |
saveparameter |
logical Save results about parameters. Default is FALSE. |
i_moitoring |
object rAedesSim |
List of results with graph, esclosion graph ,the initial rmse and the full simulation object.
Istituto di Biometeorologia Firenze Italy Alfonso crisci a.crisci@ibimet.cnr.it ASL 2 LUCCA Marco Selmi m.selmi@usl2.toscana.it
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