Noble SDK

# MEC

# Description

The MEC (Minimum Enclosing Circle) namespace provides functionality for calculating the minimum enclosing circle, used to determine the smallest circular area that encompasses a set of points.

# How to Use

#include "Noble.h"

// Create a set of points
std::vector<Vector> points;
points.push_back(Vector(100, 100));
points.push_back(Vector(200, 150));
points.push_back(Vector(150, 200));

// Get the minimum circle enclosing all points
MecCircle circle = MEC::GetMec(points);

// Use the center and radius of the obtained circle
Vector center = circle.Center;
float radius = circle.Radius;

# GetMec

MecCircle GetMec(std::vector<Vector> const& points)

Calculates the minimum circle enclosing all given points.

Parameter Type Description
points std::vector<Vector> const& Collection of points to be enclosed
// Create a set of points
std::vector<Vector> points;
points.push_back(Vector(100, 100));
points.push_back(Vector(200, 150));
points.push_back(Vector(150, 200));

// Get the minimum circle enclosing all points
MecCircle circle = MEC::GetMec(points);

# Class:MecCircle

The structure definition for the minimum enclosing circle.

MecCircle circle(Vector(150, 150), 50.0f);

# MecCircle.Center

Vector Center

The center coordinate of the minimum enclosing circle.

MecCircle circle = MEC::GetMec(points);
Vector center = circle.Center;

# MecCircle.Radius

float Radius

The radius of the minimum enclosing circle.

MecCircle circle = MEC::GetMec(points);
float radius = circle.Radius;

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