Struct InverseProcess 

pub struct InverseProcess<'a, CP: ContinuousProcess<T>, T: FloatExt = f64> { /* private fields */ }

Inverse process of a continuous process

The inverse process for a continuous monotonic process $X(t)$ is defined as the process that

$$ Y(t) = \inf { s\geqslant 0\ |\ X(s)\geqslant t } $$

Implementations

impl<'a, CP: ContinuousProcess<T>, T: FloatExt> InverseProcess<'a, CP, T>

pub fn new(process: &'a CP) -> Self

Create a new inverse process with given process

Arguments

• process - The continuous process

pub fn get_process(&self) -> &'a CP

Get the process

Trait Implementations

impl<'a, CP: Clone + ContinuousProcess<T>, T: Clone + FloatExt> Clone for InverseProcess<'a, CP, T>

fn clone(&self) -> InverseProcess<'a, CP, T>

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl<'a, CP: ContinuousProcess<T>, T: FloatExt> ContinuousProcess<T> for InverseProcess<'a, CP, T>

fn displacement(&self, duration: T, time_step: T) -> XResult<T>

Get the displacement of the continuous process.

fn end(&self, duration: T, time_step: T) -> XResult<T>

Get the ending position at the requested duration.

fn start(&self) -> T

Get the starting position.

fn simulate(&self, duration: T, time_step: T) -> XResult<(Vec<T>, Vec<T>)>

Simulate the continuous process

fn mean(&self, duration: T, particles: usize, time_step: T) -> XResult<T>

where Self: ContinuousTrajectoryTrait<T>,

Get the mean of the continuous process

fn msd(&self, duration: T, particles: usize, time_step: T) -> XResult<T>

where Self: ContinuousTrajectoryTrait<T>,

Get the mean square displacement of the continuous process

fn raw_moment( &self, duration: T, order: i32, particles: usize, time_step: T, ) -> XResult<T>

where Self: ContinuousTrajectoryTrait<T>,

Get the raw moment of the continuous process

fn central_moment( &self, duration: T, order: i32, particles: usize, time_step: T, ) -> XResult<T>

where Self: ContinuousTrajectoryTrait<T>,

Get the central moment of the continuous process

fn frac_raw_moment( &self, duration: T, order: T, particles: usize, time_step: T, ) -> XResult<T>

where Self: ContinuousTrajectoryTrait<T>,

Get the fractional raw moment of the continuous process

fn frac_central_moment( &self, duration: T, order: T, particles: usize, time_step: T, ) -> XResult<T>

where Self: ContinuousTrajectoryTrait<T>,

Get the fractional central moment of the continuous process

fn fpt( &self, domain: (T, T), max_duration: T, time_step: T, ) -> XResult<Option<T>>

where Self: Sized,

Get the first passage time of the continuous process

fn occupation_time( &self, domain: (T, T), duration: T, time_step: T, ) -> XResult<T>

where Self: Sized,

Get the occupation time of the continuous process

fn tamsd( &self, duration: T, delta: T, time_step: T, quad_order: usize, ) -> XResult<T>

where Self: Sized,

Get the time-averaged mean square displacement of the continuous process.

fn eatamsd( &self, duration: T, delta: T, particles: usize, time_step: T, quad_order: usize, ) -> XResult<T>

where Self: Sized,

Get the ensemble average of the time-averaged mean square displacement of the continuous process.

impl<'a, CP: Debug + ContinuousProcess<T>, T: Debug + FloatExt> Debug for InverseProcess<'a, CP, T>

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.