pub fn build_disp_fn<P>(
        &self,
        lock: InstanceLockGuard,
        potential: P,
        equilibrium_coords: Coords,
        equilibrium_meta: P::Meta,
    ) -> FailResult<DispFn<P>>
    where P: Potential,
    { DispFn::from_builder(self, lock, potential, equilibrium_coords, equilibrium_meta) }
/// Create a `DispFn`, an alternative to `Lammps` which is optimized for computing
/// forces at displacements.
Create a `DispFn`, an alternative to `Lammps` which is optimized for computing
forces at displacements.
Create a ` DispFn ` an alternative to ` Lammps ` which is optimized for computing forces at displacements .
pub fn build_disp_fn<P>(
        &self,
        lock: InstanceLockGuard,
        potential: P,
        equilibrium_coords: Coords,
        equilibrium_meta: P::Meta,
    ) -> FailResult<DispFn<P>>
    where P: Potential,
    { DispFn::from_builder(self, lock, potential, equilibrium_coords, equilibrium_meta) }
pub fn build_disp_fn < P > ( & self , lock : InstanceLockGuard , potential : P , equilibrium_coords : Coords , equilibrium_meta : P :: Meta , ) -> FailResult < DispFn < P > > where P : Potential , { DispFn :: from_builder ( self , lock , potential , equilibrium_coords , equilibrium_meta ) }
Create a `DispFn`, an alternative to `Lammps` which is optimized for computing
forces at displacements.
Create a ` DispFn ` an alternative to ` Lammps ` which is optimized for computing forces at displacements .
&self
lock
InstanceLockGuard
potential
P
equilibrium_coords
Coords
equilibrium_meta
P::Meta
&self
lock
InstanceLockGuard
potential
P
equilibrium_coords
Coords
equilibrium_meta
P::Meta