The package will formally test two curves represented by discrete data sets to be statistically equal or not when the errors of the two curves were assumed either equal or not using the tube formula to calculate the tail probabilities.

[Up] [Top]

Documentation for package ‘curvetest’ version 2.2

Help Pages

alpha2h Test Equality of Curves with Homoscedastic or Heteroscedastic Errors.
curvefit Test Equality of Curves with Homoscedastic or Heteroscedastic Errors.
curvetest Test Equality of Curves with Homoscedastic or Heteroscedastic Errors.
curvetest.raw Test Equality of Curves with Homoscedastic or Heteroscedastic Errors.
distance Test Equality of Curves with Homoscedastic or Heteroscedastic Errors.
get.data Test Equality of Curves with Homoscedastic or Heteroscedastic Errors.
get.weight.function Test Equality of Curves with Homoscedastic or Heteroscedastic Errors.
getoptimalalpha Test Equality of Curves with Homoscedastic or Heteroscedastic Errors.
getWV Test Equality of Curves with Homoscedastic or Heteroscedastic Errors.
lines Test Equality of Curves with Homoscedastic or Heteroscedastic Errors.
lines.curvefit Test Equality of Curves with Homoscedastic or Heteroscedastic Errors.
plot Test Equality of Curves with Homoscedastic or Heteroscedastic Errors.
plot.curvefit Test Equality of Curves with Homoscedastic or Heteroscedastic Errors.
print Test Equality of Curves with Homoscedastic or Heteroscedastic Errors.
print.curvefit Test Equality of Curves with Homoscedastic or Heteroscedastic Errors.
print.curvetest Test Equality of Curves with Homoscedastic or Heteroscedastic Errors.