#include <geometry.h>

Inheritance diagram for pixled::geometry::AngleDeg:

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Collaboration diagram for pixled::geometry::AngleDeg:

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Public Member Functions
angle	operator() (led l, time t) const override

Public Member Functions inherited from pixled::Function< AngleDeg, angle, float >
	Function (Fcts &&... fcts)

const base::Function< typename std::tuple_element< i, decltype(args)>::type::Type > &	arg () const

std::tuple_element< i, decltype(args)>::type::Type	call (led l, time t) const

Additional Inherited Members
Public Types inherited from pixled::Function< AngleDeg, angle, float >
using	Type = typename base::Function< angle >::Type

Public Types inherited from pixled::base::Function< R >
typedef R	Type

Protected Member Functions inherited from pixled::Function< AngleDeg, angle, float >
base::Function< angle > *	copy () const override

Protected Attributes inherited from pixled::Function< AngleDeg, angle, float >
std::tuple< const FctWrapper< Args >... >	args

Detailed Description

Functionnal angle definition, in degree.

Notice the difference with pixled::angle, that is a fundamental type, returned by this AngleDeg Function.

Contrary to pixled::angle, AngleDeg is defined from a dynamic Function that return a value in degree.

Parameters

float angle value in degree

Return values

angle the pixled::angle defined by the specified value

Member Function Documentation

angle pixled::geometry::AngleDeg::operator()	(	led	l,
		time	t
	)		const

overridevirtual

Computes the value of this Function for led l at time t.

Parameters

l	led
t	time

Returns: Result of this Function, evaluated on led l at time t. Notice that evaluating a function usually requires the recursive evaluation of other Functions (that are actually parameters of this function) until a Constant is reached for example.

The documentation for this class was generated from the following files: