MathHexagon.cxx File Reference

#include <cmath>
#include <sstream>
#include "MureConstant.hxx"
#include "MUREGlobal.hxx"
#include "MiscFunction.hxx"
#include "Shape.hxx"
#include "TReference.hxx"
#include "MathHexagon.hxx"
#include "MathPlane.hxx"
#include "MathBrick.hxx"
#include "MathCylinder.hxx"
#include "MathTube.hxx"

Functions
bool	IsHexagonInTube (double Xh[2], Shape_ptr hexa, double Rmax, double Rmin, double *Xt)
bool	IsHexagonInHexagon (double Xh1[2], Shape_ptr hexa1, Shape_ptr hexa2)
bool	IsCylinderInHexagon (Shape_ptr cylinder, Shape_ptr hexagon)

Variables
const double	sqroot3 = sqrt(3.)

Function Documentation

IsCylinderInHexagon()

bool IsCylinderInHexagon	(	Shape_ptr	cylinder,
		Shape_ptr	hexagon
	)

Say if a cylinder or a tube is entirely included in an hexagon : in (X, Y) -> no dependance with Z Return 1 if the tube/cylinder is inside ENTIRELY the hexagon, return 0 if not

Parameters

cylinder	: the cylinder or the tube
hexagon	: the hexagon

IsHexagonInHexagon()

bool IsHexagonInHexagon	(	double	Xh1[2],
		Shape_ptr	hexa1,
		Shape_ptr	hexa2
	)

Say if each corner of an Hexagon 1 is included in an Hexagon 2.

Parameters

Xh1	: the Hexagon 1 origin (x, y)
hexa1	: an Hexagon 1
hexa2	: an Hexagon 2

IsHexagonInTube()

bool IsHexagonInTube	(	double	Xh[2],
		Shape_ptr	hexa,
		double	Rmax,
		double	Rmin = 0,
		double *	Xt = nullptr
	)

Say if each corner of an Hexagon is included in a Tube.

Parameters

Xh	: the Hexagon origin (x, y)
hexa	: an Hexagon
Rmax	: the external radius of the Tube
Rmin	: the internal radius of the Tube
Xt	: the (x, y) origin of the Tube

Variable Documentation

sqroot3

const double sqroot3 = sqrt(3.)