Package index • hydroGOF

All functions

APFB(): Annual Peak Flow Bias
EgaEnEstellaQts: Ega in "Estella" (Q071), ts with daily streamflows.
HFB(): Median annual high-flow bias
JDKGE(): Joint Divergence Kling-Gupta Efficiency
KGE(): Kling-Gupta Efficiency
KGEkm(): Kling-Gupta Efficiency with knowable-moments
KGElf(): Kling-Gupta Efficiency for low values
KGEnp(): Non-parametric version of the Kling-Gupta Efficiency
LCE(): Lee and Choi Efficiency
LME(): Liu-Mean Efficiency
NSE(): Nash-Sutcliffe Efficiency
PMR(): Proxy for Model Robustness
R2(): Coefficient of determination
VE(): Volumetric Efficiency
br2(): br2
cp(): Coefficient of persistence
d(): Index of Agreement
dr(): Refined Index of Agreement
ggof(): Graphical Goodness of Fit
gof(): Numerical Goodness-of-fit measures
hydroGOF-package hydroGOF: Goodness-of-fit (GoF) functions for numerical and graphical comparison of simulated and observed time series, mainly focused on hydrological modelling.
mNSE(): Modified Nash-Sutcliffe efficiency
mae(): Mean Absolute Error
md(): Modified Index of Agreement
me(): Mean Error
mse(): Mean Squared Error
nrmse(): Normalized Root Mean Square Error
pbias(): Percent Bias
pbiasfdc(): Percent Bias in the Slope of the Midsegment of the Flow Duration Curve
pfactor(): P-factor
plot2(): Plotting 2 Time Series
plotbands(): Plot a ts with observed values and two confidence bounds
plotbandsonly(): Adds uncertainty bounds to an existing plot.
rNSE(): Relative Nash-Sutcliffe efficiency
rPearson(): Pearson correlation coefficient
rSD(): Ratio of Standard Deviations
rSpearman(): Spearman's rank correlation coefficient
rd(): Relative Index of Agreement
rfactor(): R-factor
rmse(): Root Mean Square Error
rsr(): Ratio of RMSE to the standard deviation of the observations
sKGE(): Split Kling-Gupta Efficiency
ssq(): Sum of the Squared Residuals
ubRMSE(): Unbiased Root Mean Square Error
valindex(): Valid Indexes
wNSE(): Weighted Nash-Sutcliffe efficiency
wsNSE(): Weighted seasonal Nash-Sutcliffe Efficiency