Class ThermostattedMDRENSSwapParameterInfo

x.__init__(...) initializes x; see help(type(x)) for signature

Parameters:

• sampler1 (subclass instance of AbstractSingleChainMC) - First sampler
• sampler2 (subclass instance of AbstractSingleChainMC) - Second sampler
• timestep (float) - Integration timestep
• traj_length (int) - Trajectory length in number of timesteps
• gradient (subclass instance of AbstractGradient) - Gradient which determines the dynamics during a trajectory
• mass_matrix (n-dimensional InvertibleMatrix with n being the dimension of the configuration space, that is, the dimension of the position / momentum vectors) - Mass matrix
• protocol (callable) - Switching protocol determining the time dependence of the switching parameter. It is a function f taking the running time t and the switching time tau to yield a value in [0, 1] with f(0, tau) = 0 and f(tau, tau) = 1
• temperature (Real-valued function mapping from [0,1] to R. T(0) = temperature of the ensemble sampler1 samples from, T(1) = temperature of the ensemble sampler2 samples from) - Temperature interpolation function.
• collision_probability (float) - Probability for a collision with the heatbath during one timestep
• collision_interval (int) - Interval during which collision may occur with probability collision_probability

Overrides: object.__init__

(inherited documentation)

collision_interval

Interval during which collision may occur with probability collision_probability.

Get Method:

unreachable.collision_interval(self) - Interval during which collision may occur with probability collision_probability.

Set Method:

unreachable.collision_interval(self, value)

collision_probability

Probability for a collision with the heatbath during one timestep.

Get Method:

unreachable.collision_probability(self) - Probability for a collision with the heatbath during one timestep.

Set Method:

unreachable.collision_probability(self, value)

temperature

Get Method:

unreachable.temperature(self)