Core module¶

Point¶

template<class T> class Point_¶

The 2D point class.

Public Functions

Point_(T x_ = T{0}, T y_ = T{0})¶: The Point constructor.

~Point_()¶: The Point destructor.

Point_(const Point_ &p)¶: The Point constructor (copy).

Point_<T> &operator=(const Point_ &p)¶: Assignment operator.

Point_<T> &operator+=(const Point_ &p)¶

Point_<T> &operator-=(const Point_ &p)¶

Point_<T> operator-() const¶

Point_<T> &operator*=(T t)¶

Point_<T> &operator/=(T t)¶

T dot(const Point_ &p) const¶: Dot product.

T det(const Point_ &p) const¶: Determinant.

bool operator==(const Point_ &p) const¶

bool operator!=(const Point_ &p) const¶

bool operator<(const Point_ &p) const¶

bool operator>(const Point_ &p) const¶

double norm() const¶: Norm.

Point_<T> normalize() const¶: Normalization.

operator cv::Point_<T>() const¶: Implicit convertion to cv::Point_<T>.

Public Members

T x = {0}¶

T y = {0}¶

Array2D¶

template<class T> class Array2D¶

The 2-dimensional array class.

This class is not supported by Python because this can be altered by Python’s buildin list.

Public Functions

Array2D()¶: The Array2D constructor.

Array2D(int rows, int cols)¶: The Array2D constructor.

Array2D(int rows, int cols, const T &value)¶

Allocate memory space and fill it with the specified value.

Parameters

[in] rows: Number of rows
[in] cols: Number of columns
[in] value: A value with which the array is filled

Array2D(const Array2D &ary)¶: The Array2D constructor (copy).

Array2D(Array2D &&ary)¶: The Array2D constructor (move).

Array2D<T> &operator=(const Array2D &ary)¶: Assignment operator (copy).

Array2D<T> &operator=(Array2D &&ary)¶: Assignment operator (move).

T &operator()(int i, int j) const¶: Accessor.

int cols() const¶: Return # of rows.

int rows() const¶: Return # of columns.

Random¶

class Random¶

Random number generator using Mersenne-twister.

Public Functions

LIME_METHOD_API Random(uint32_t seed = UINT_MAX)¶

LIME_METHOD_API int lime::Random::nextInt(): Generate a random 32-bit signed integer.

LIME_METHOD_API int lime::Random::nextInt(const int n): Generate a random integer from [0, n-1].

LIME_METHOD_API double lime::Random::nextReal(): Generate a floating point random number from [0, 1).

LIME_METHOD_API double lime::Random::normal(): Generate a random number from normal distribution.

RandomQueue¶

template<class T> class random_queue¶

Random queue.

Public Functions

random_queue()¶: Constructor.

~random_queue()¶: Destructor.

void push(const T &value)¶: Push value to the queue.

T pop()¶: Return a random value form the queue and remove it.

bool empty() const¶: Check if the queue is empty or not.

int size() const¶: Returns # of elements in the queue.