Mantid
|
Functions | |
double | gaussian (const double time, const double decayConstant) |
Returns the evaluation of the Gaussian apodization function at a time (t) and decay constant tau: f =exp(-time^2/(2*tau^2)) More... | |
double | lorentz (const double time, const double decayConstant) |
Returns the evaluation of the Lorentz (an exponential decay) apodization function at a time (t) and decay constant tau: f = exp(-t/tau) More... | |
double | none (const double, const double) |
Returns no apodization function. More... | |
double Mantid::Algorithms::ApodizationFunctions::gaussian | ( | const double | time, |
const double | decayConstant | ||
) |
Returns the evaluation of the Gaussian apodization function at a time (t) and decay constant tau: f =exp(-time^2/(2*tau^2))
time | :: [input] current time (t) |
decayConstant | :: [input] the decay constant (tau) |
Definition at line 35 of file ApodizationFunctions.cpp.
Referenced by Mantid::Algorithms::PaddingAndApodization::getApodizationFunction().
double Mantid::Algorithms::ApodizationFunctions::lorentz | ( | const double | time, |
const double | decayConstant | ||
) |
Returns the evaluation of the Lorentz (an exponential decay) apodization function at a time (t) and decay constant tau: f = exp(-t/tau)
time | :: [input] current time (t) |
decayConstant | :: [input] the decay constant (tau) |
Definition at line 25 of file ApodizationFunctions.cpp.
Referenced by Mantid::Algorithms::PaddingAndApodization::getApodizationFunction().
double Mantid::Algorithms::ApodizationFunctions::none | ( | const double | , |
const double | |||
) |
Returns no apodization function.
i.e. the data is unchanged
: | [input] current time (t) |
: | [input] the decay constant (tau) |
Definition at line 46 of file ApodizationFunctions.cpp.
Referenced by Mantid::Algorithms::PaddingAndApodization::getApodizationFunction().