VuoMeshParametric.cc File Reference

Description

VuoMeshParametric implementation.

Copyright

Copyright © 2012–2015 Kosada Incorporated. This code may be modified and distributed under the terms of the MIT License. For more information, see http://vuo.org/license.

Macros
#define	PI   3.14159265359
	Constant providing the ratio of a circle's circumference to its diameter.

Functions
static double	deg2rad (double degrees)
	Converts degrees to radians.
static double	rad2deg (double radians)
	Converts radians to degrees.
VuoMesh	VuoMeshParametric_generate (VuoReal time, VuoText xExp, VuoText yExp, VuoText zExp, VuoInteger uSubdivisions, VuoInteger vSubdivisions, bool closeU, VuoReal uMin, VuoReal uMax, bool closeV, VuoReal vMin, VuoReal vMax)
	Generates a mesh given a set of mathematical expressions specifying a warped surface.
static double	sinInDegrees (double degrees)
	Trigonometric functions that take degrees instead of radians.
static double	cosInDegrees (double degrees)
	Trigonometric functions that take degrees instead of radians.
static double	tanInDegrees (double degrees)
	Trigonometric functions that take degrees instead of radians.
static double	asinInDegrees (double x)
	Trigonometric functions that take degrees instead of radians.
static double	acosInDegrees (double x)
	Trigonometric functions that take degrees instead of radians.
static double	atanInDegrees (double x)
	Trigonometric functions that take degrees instead of radians.
static double	sinhInDegrees (double degrees)
	Trigonometric functions that take degrees instead of radians.
static double	coshInDegrees (double degrees)
	Trigonometric functions that take degrees instead of radians.
static double	tanhInDegrees (double degrees)
	Trigonometric functions that take degrees instead of radians.
static double	asinhInDegrees (double x)
	Trigonometric functions that take degrees instead of radians.
static double	acoshInDegrees (double x)
	Trigonometric functions that take degrees instead of radians.
static double	atanhInDegrees (double x)
	Trigonometric functions that take degrees instead of radians.

Macro Definition Documentation

#define PI   3.14159265359

Constant providing the ratio of a circle's circumference to its diameter.

Function Documentation

static double acoshInDegrees ( double  x )

static

Trigonometric functions that take degrees instead of radians.

static double acosInDegrees ( double  x )

static

Trigonometric functions that take degrees instead of radians.

static double asinhInDegrees ( double  x )

static

Trigonometric functions that take degrees instead of radians.

static double asinInDegrees ( double  x )

static

Trigonometric functions that take degrees instead of radians.

static double atanhInDegrees ( double  x )

static

Trigonometric functions that take degrees instead of radians.

static double atanInDegrees ( double  x )

static

Trigonometric functions that take degrees instead of radians.

static double coshInDegrees ( double  degrees )

static

Trigonometric functions that take degrees instead of radians.

static double cosInDegrees ( double  degrees )

static

Trigonometric functions that take degrees instead of radians.

static double deg2rad ( double  degrees )

static

Converts degrees to radians.

static double rad2deg ( double  radians )

static

Converts radians to degrees.

static double sinhInDegrees ( double  degrees )

static

Trigonometric functions that take degrees instead of radians.

static double sinInDegrees ( double  degrees )

static

Trigonometric functions that take degrees instead of radians.

static double tanhInDegrees ( double  degrees )

static

Trigonometric functions that take degrees instead of radians.

static double tanInDegrees ( double  degrees )

static

Trigonometric functions that take degrees instead of radians.

VuoMesh VuoMeshParametric_generate	(	VuoReal	time,
		VuoText	xExp,
		VuoText	yExp,
		VuoText	zExp,
		VuoInteger	uSubdivisions,
		VuoInteger	vSubdivisions,
		bool	closeU,
		VuoReal	uMin,
		VuoReal	uMax,
		bool	closeV,
		VuoReal	vMin,
		VuoReal	vMax
	)

Generates a mesh given a set of mathematical expressions specifying a warped surface.