library(knitr) opts_chunk$set(message = F, warning = F)
Install the package as follows:
install.packages('devtools') library(devtools) install_github('SCCWRP/SQObioaccumulation') library(SQObioaccumulation)
devtools::load_all()
Run the bioaccumulation model with defaults:
# data inputs data(biota) data(constants) data(contam) data(mcsparms) # calculated contaminant inputs contamcalc <- cntcalc(contam, constants) # run model res <- bioaccum_batch(biota, contamcalc, constants) # assign output to separate objects cbiota <- res$cbiota bsaf <- res$bsaf
Creat a summary table:
# summary table indic_sum <- indic_sum_fun(cbiota, contamcalc) indic_sum
Plot BSAF and tissue concentration estimates for a selected contaminant:
# plot of bsaf, cbiota by specific contaminant plo_bsaf(bsaf, cbiota, 'alphaChlordane')
Make a table of BSAF and tissue concentration estimates for a selected contaminant:
# tabular summary of bsaf, cbiota by specific contaminant tab_bsaf(bsaf, cbiota, 'alphaChlordane')
Run Monte Carlo simulations (MCS) with results from bioaccumulation model and additional inputs:
mcsres <- mcs_fun(1000, indic_sum, mcsparms, constants)
Summarize MCS results:
mcs_sum_fun(mcsres)
Plot cumulative distribution curves for MCS:
mcs_plo(mcsres, xmax = 3)
Get overall SQO assessment:
wgtavg <- wgt_avg_fun(mcsparms) sqo_sum_fun(wgtavg, mcsres, constants)
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