Struct ConstantVolumeBuilder 

pub struct ConstantVolumeBuilder<TT, TR> { /* private fields */ }

Builder that constructs ConstantVolume.

Call ConstantVolume::builder to start building a new ConstantVolume.

Implementations

impl<TT, TR> ConstantVolumeBuilder<TT, TR>

pub fn translational_thermostat<T>( self, translational_thermostat: T, ) -> ConstantVolumeBuilder<T, TR>

Set the thermostat that applies to the translational degrees of freedom.

Example

use hoomd_md::{method::ConstantVolume, thermostat::Bussi};

let delta_t = 0.001;
let constant_volume = ConstantVolume::builder(delta_t)
    .translational_thermostat(Bussi::default())
    .build();

pub fn rotational_thermostat<T>( self, rotational_thermostat: T, ) -> ConstantVolumeBuilder<TT, T>

Set the thermostat that applies to the rotational degrees of freedom.

Example

use hoomd_md::{method::ConstantVolume, thermostat::Bussi};

let delta_t = 0.001;
let constant_volume = ConstantVolume::builder(delta_t)
    .rotational_thermostat(Bussi::default())
    .build();

pub fn thermostat<T: Clone>(self, thermostat: T) -> ConstantVolumeBuilder<T, T>

Set the thermostat that applies to both translational and rotational degrees of freedom.

The given thermostat is cloned. The translational and rotational thermostats evolve independently.

Example

use hoomd_md::{method::ConstantVolume, thermostat::Bussi};

let delta_t = 0.001;
let constant_volume = ConstantVolume::builder(delta_t)
    .thermostat(Bussi::default())
    .build();

pub fn build(self) -> ConstantVolume<TT, TR>

Complete building a new ConstantVolume.

Example

use hoomd_md::method::ConstantVolume;

let delta_t = 0.001;
let constant_volume = ConstantVolume::builder(delta_t).build();