A Concentration-Response Modeling Utility


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Documentation for package ‘tcplfit2’ version 0.1.9

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acgnlsobj AC GNLS Objective Function
acy Activity Concentration y
bmdbounds BMD Bounds
bmdobj BMD Objective Function
calcempirical_top Empirically locate top and top concentration
cnst Constant Model
concRespCore Concentration Response Core
concRespPlot Concentration Response Plot
concRespPlot2 Concentration Response Plot - ggplot2
exp2 Exponential 2 Model
exp3 Exponential 3 Model
exp4 Exponential 4 Model
exp5 Exponential 5 Model
fitcnst Constant Model Fit
fitexp2 Exponential 2 Model Fit
fitexp3 Exponential 3 Model Fit
fitexp4 Exponential 4 Model Fit
fitexp5 Exponential 5 Model Fit
fitgnls Gain-Loss Model Fit
fithill Hill Model Fit
fitpoly1 Polynomial 1 (Linear) Model Fit
fitpoly2 Polynomial 2 (Quadratic) Model Fit
fitpow Power Model Fit
get_AUC Calculate Area Under the Curve (AUC)
gnls Gain-Loss Model
gnlsderivobj GNLS Derivative Objective Function
hillfn Hill Model
hitcont Continuous Hitcalls
hitcontinner Continuous Hitcalls Inner
hitlogic Hit Logic (Discrete)
hitloginner Hit Logic Inner (Discrete)
loggnls Log Gain-Loss Model
loghill Log Hill Model
mc0 Sample multi-concentration data set from invitrodb
mc3 Sample concentration-response data set from invitrodb
nestselect Nest Select
plot_allcurves Plot All Curves Fit with tcplfit2_core - ggplot2
poly1 Polynomial 1 Model
poly2 Polynomial 2 Model
poly2bmds Polynomial 2 Model (BMDS)
post_hit_AUC Calculate Area Under the Curve After Hit-calling
pow Power Model
signatures Sample concentration-response data set from HTTR
tcplfit2_core Concentration-response curve fitting
tcplhit2_core Hitcalling Function
tcplObj Concentration Response Objective Function
toplikelihood Top Likelihood