HeatCapacity

class HeatCapacity : public feasst::Analyze

Accumulate average heat capacity, C, per Boltzmann constant ( \(k_B\)), as computed from the fluctuation in the energy, U,

\( C/k_B = \beta^2 (\langle U^2 \rangle - \langle U \rangle^2) \).

Note that the heat capacity can also be computed from the moments output by Energy.

Public Functions

std::string header(const MonteCarlo &mc) const

Return the header for writing.

void initialize(MonteCarlo *mc)

Initialize and precompute before trials.

void update(const MonteCarlo &mc)

Perform update action.

std::string write(const MonteCarlo &mc)

Perform write action.

Arguments