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Functions
void	uniform_optimisator (double *code, double motion_model_parameter, int code_length, double deltat)
	Functions for the uniform motion model:
double	uniform_w (double motion_model_parameter, double xi)
	Compute the weight function () for a uniform velocity.
double	uniform_w_integrand (double v, double xi)
	Function to integrate in velocity to get the w function; uniform motion model. This is the integrand in equation (15).
double	uniform_integrand (double motion_model_parameter, double deltat, double xi, int k)
	Function to integrate (in ) in order to compute the a_k coefficient of the code; uniform motion model. This is the integrand of equation (17).

Function Documentation

double uniform_integrand	(	double	motion_model_parameter,
		double	deltat,
		double	xi,
		int	k
	)

Function to integrate (in ) in order to compute the a_k coefficient of the code; uniform motion model. This is the integrand of equation (17).

Parameters:

double	motion_model_parameter : maximum velocity;
double	deltat : the temporal sampling of the flutter shutter function;
double	xi : frequency;
int	: k the k-th coefficient of the code.

Returns:: double , see the integrand of (17)

Construct the function to be integrated in order to compute the a_k:

return $[4]{w(0)}$

Definition at line 145 of file flutter_optimizer_uniform.cpp.

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void uniform_optimisator	(	double *	code,
		double	motion_model_parameter,
		int	code_length,
		double	deltat
	)

Functions for the uniform motion model:

This function just call "uniform_integrand" with the approriate parameters : k, deltat, velocity_{max}, etc.

Main loop for the computation of a_k :

The following evaluate the integrals using Algorithm 3 with a=0, b=velocity_max/1000 (see the above comment on the support of ) and eps=0.001 (see line 32 of this file) Initalization for integral evaluation

A EXPLIQUER.

init so the first iteration of the main loop

is always done.

Main loop for the integral evaluation

Definition at line 65 of file flutter_optimizer_uniform.cpp.

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double uniform_w	(	double	motion_model_parameter,
		double	xi
	)

Compute the weight function () for a uniform velocity.

Construct the function for an uniform motion model,

Initalization.

The following evaluate the integrals using Algorithm 3 with a=motion_model_parameter/1000, b=velocity_max (see the above comment on the support of ) and eps=0.001 (see line 32 of this file)

Main loop for evaluation of

Definition at line 180 of file flutter_optimizer_uniform.cpp.

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double uniform_w_integrand	(	double	velocity,
		double	xi
	)

Function to integrate in velocity to get the w function; uniform motion model. This is the integrand in equation (15).

Unormalized density of probavelocityility of velocity. Notice that the normalization is not required since the code is defined up to a constant multiplication. See also the integrand of (15) and remark 1, page 8.

Parameters:

double	velocity : velocity;
double	xi : frequency;

Returns:: ${{1}_{[-|v|,|v| ]}()}{|v|}$

Definition at line 247 of file flutter_optimizer_uniform.cpp.

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