global.H File Reference

The basic include file for mlib; defines constants and inline utility functions. More...

#include <cmath>
#include <cstdio>
#include <cstdlib>
#include <cassert>
#include "std/support.H"

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Namespaces
namespace	mlib
Epsilon Value Accessor Functions
Use these inline functions to access the epsilon value variables rather than accessing the variables directly.
double	mlib::epsAbsMath ()
double	mlib::epsAbsSqrdMath ()
double	mlib::epsNorMath ()
double	mlib::epsNorSqrdMath ()
double	mlib::epsZeroMath ()
bool	mlib::isZero (double x)
	Tell if a double is so small that it is essentially zero:.
bool	mlib::isEqual (double x, double y)
	Tell if two doubles are so close that they are essentially equal:.
void	mlib::setEpsAbsMath (double eps)
	Set the value of the absolute epsilon constant (and the absolute epsilon squared constant as well).
Epsilon Values
Don't use these global variables directly, use the inline functions instead. We have to keep these variables in the header file to be able to inline the access functions.
double	mlib::gEpsAbsMath = 1e-8
	Absolute epsilon.
double	mlib::gEpsAbsSqrdMath = 1e-16
	Absolute epsilon squared.
const double	mlib::gEpsNorMath = 1e-10
	Normalized epsilon.
const double	mlib::gEpsNorSqrdMath = 1e-20
	Normalized epsilon squared.
const double	mlib::gEpsZeroMath = 1e-12
	Really a very small value.
Defines
#define	TWO_PI   (2*M_PI)
	2*pi
#define	MLIB_INLINE
Functions
double	mlib::deg2rad (double degrees)
	Converts degrees to radians.
double	mlib::rad2deg (double radians)
	Converts radians to degrees.
double	mlib::Acos (double x)
	Safe arc cosine function.
void	mlib::fn_gdb_will_recognize_so_i_can_set_a_fuggin_breakpoint ()

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Detailed Description

The basic include file for mlib; defines constants and inline utility functions.

Definition in file global.H.

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Define Documentation

#define MLIB_INLINE

Definition at line 108 of file global.H.

#define TWO_PI   (2*M_PI)

2*pi Definition at line 42 of file global.H. Referenced by GLSphirTexCoordGen::compute_uv(), LoopLoc::limit_normal(), remap(), LoopCalc< COLOR >::smooth_limit_val(), BMESH::Sphere(), mlib::Point3list< L, M, P, V, S >::winding_number(), and mlib::Point2list< L, P, V, S >::winding_number().

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