MCCoordTypes.h File Reference

#include "Prefix/StdAfx.h"
#include <limits>
#include "BasicMath.X.h"

Go to the source code of this file.

Classes
class	VectorworksMVR::_WorldPt
class	VectorworksMVR::WorldPt
struct	VectorworksMVR::WorldRange
class	VectorworksMVR::_WorldRect
class	VectorworksMVR::WorldRect
struct	VectorworksMVR::FloatPt3
struct	VectorworksMVR::WorldCoordBase
struct	VectorworksMVR::_WorldPt3
struct	VectorworksMVR::WorldPt3
struct	VectorworksMVR::_WorldCube
class	VectorworksMVR::WorldCube
class	VectorworksMVR::_TransformMatrix
class	VectorworksMVR::TransformMatrix
struct	VectorworksMVR::TransformXMatrix
class	VectorworksMVR::CubeVerts
class	VectorworksMVR::Ray
struct	VectorworksMVR::Axis
class	VectorworksMVR::WorldRectVerts

Namespaces
namespace	VectorworksMVR

Macros
#define	WORLDRECTISEMPTY(rect, assert)
#define	WORLDCUBEISEMPTY(cube, assert)
#define	kMaxCoord   kMaxOutOfRangeWorldCoord

Typedefs
typedef double	VectorworksMVR::WorldCoord
typedef double	VectorworksMVR::_WorldCoord
typedef double	VectorworksMVR::WorldInches
typedef WorldCoord	VectorworksMVR::WorldArea
typedef WorldCoord	VectorworksMVR::WorldVolume
typedef WorldPt	VectorworksMVR::Vector2
typedef WorldPt3	VectorworksMVR::Vector
typedef WorldPt3	VectorworksMVR::NormalVector
typedef WorldPt3	VectorworksMVR::WorldVector
typedef _WorldPt3	VectorworksMVR::_Vector
typedef WorldPt3	VectorworksMVR::ColorVector
typedef WorldPt *	VectorworksMVR::WorldPtPtr
typedef WorldPt3 *	VectorworksMVR::WorldPt3Ptr
typedef Vector *	VectorworksMVR::VectorPtr
typedef WorldRect *	VectorworksMVR::WorldRectPtr
typedef WorldCube *	VectorworksMVR::WorldCubePtr
typedef TransformMatrix *	VectorworksMVR::TransformMatrixPtr
typedef TransformXMatrix *	VectorworksMVR::TransformXMatrixPtr
typedef double	VectorworksMVR::Degrees
typedef double	VectorworksMVR::Radians
typedef double	VectorworksMVR::QDDegrees
typedef double	VectorworksMVR::QDRadians
typedef double	VectorworksMVR::UnknownAngleType

Enumerations
enum	VectorworksMVR::EAssertStatus { VectorworksMVR::eAssert , VectorworksMVR::eDontAssert }
enum	VectorworksMVR::EEmptyKind { VectorworksMVR::eStandardValue , VectorworksMVR::eSpecialValue }
enum	{ VectorworksMVR::kXIndex = 0 , VectorworksMVR::kYIndex = 1 , VectorworksMVR::kZIndex = 2 }
enum	VectorworksMVR::ECoordKind { VectorworksMVR::eNoUserOrigin , VectorworksMVR::eIncludeUserOriginX , VectorworksMVR::eIncludeUserOriginY , VectorworksMVR::eIncludeUserOrigin }
enum	VectorworksMVR::EAngleMeasure {   VectorworksMVR::eAngleError , VectorworksMVR::eDegrees , VectorworksMVR::eMinutes , VectorworksMVR::eSeconds ,   VectorworksMVR::eRadians , VectorworksMVR::eGrads }

Functions
WorldCoord	VectorworksMVR::InchesToWorldCoord (WorldInches inches)
double	VectorworksMVR::WorldCoordToInches (WorldCoord coord)
Boolean	VectorworksMVR::WorldCoordsAreNearlyEqual (WorldCoord n1, WorldCoord n2)
Boolean	VectorworksMVR::WorldCoordIsNearlyZero (WorldCoord n)
Boolean	VectorworksMVR::WorldCoordsAreNotNearlyEqual (WorldCoord n1, WorldCoord n2)
Boolean	VectorworksMVR::WorldCoord1_GE_WorldCoord2 (WorldCoord n1, WorldCoord n2)
Boolean	VectorworksMVR::WorldCoord1_GT_WorldCoord2 (WorldCoord n1, WorldCoord n2)
Boolean	VectorworksMVR::WorldCoord1_LE_WorldCoord2 (WorldCoord n1, WorldCoord n2)
Boolean	VectorworksMVR::WorldCoord1_LT_WorldCoord2 (WorldCoord n1, WorldCoord n2)
WorldCoord	VectorworksMVR::WorldCoordBumpedHigher (WorldCoord n)
WorldCoord	VectorworksMVR::WorldCoordBumpedLower (WorldCoord n)
Boolean	VectorworksMVR::WorldCoordsAreRelativelyClose (const WorldCoord &n1, const WorldCoord &n2, const double &ratio=1e-7)
WorldCoord	VectorworksMVR::CrossProductMagnitude (const WorldPt &a, const WorldPt &b)
WorldCoord	VectorworksMVR::DotProduct (const WorldPt &a, const WorldPt &b)
WorldPt	VectorworksMVR::operator* (const double scalar, const WorldPt thePt)
Boolean	VectorworksMVR::WorldPtsAreRelativelyClose (WorldPt p1, WorldPt p2, double ratio=1e-7)
WorldRect	VectorworksMVR::EmptyWorldRect ()
WorldPt3	VectorworksMVR::CrossProduct (const WorldPt3 &p1, const WorldPt3 &p2)
WorldCoord	VectorworksMVR::DotProduct (const WorldPt3 &p1, const WorldPt3 &p2)
WorldPt3	VectorworksMVR::operator* (const double &scalar, const WorldPt3 &thePt)
WorldPt3	VectorworksMVR::operator* (const WorldPt3 &inPt, const double &inScalar)
Boolean	VectorworksMVR::WorldPt3sAreRelativelyClose (const WorldPt3 &p1, const WorldPt3 &p2, const double &ratio=1e-7)
WorldCoord	VectorworksMVR::DotProductX (const WorldPt3 &p)
WorldCoord	VectorworksMVR::DotProductY (const WorldPt3 &p)
WorldCoord	VectorworksMVR::DotProductZ (const WorldPt3 &p)
WorldCube	VectorworksMVR::EmptyWorldCube ()
void GS_API	VectorworksMVR::RotateWorldRect (const TransformMatrix &mat, const WorldRect &c, WorldRectVerts &verts)
short	VectorworksMVR::LongToShort (Sint32 x)
Boolean	VectorworksMVR::RadiansAreNearlyEqual (Radians angle1, Radians angle2)

Variables
const short	VectorworksMVR::MaxInt = 32767
const short	VectorworksMVR::kMaxShortInt = 32767
const Sint32	VectorworksMVR::MaxLongInt = INT32_MAX
const Sint32	VectorworksMVR::kMaxLongInt = INT32_MAX
const double	VectorworksMVR::kWorldCoordsPerInch
const double	VectorworksMVR::kInchesPerWorldCoord
const double	VectorworksMVR::kWorldCoordsPerInch_Squared
const double	VectorworksMVR::kDecimicronsPerInch
const double	VectorworksMVR::kWorldCoordsPerDecimicron
const double	VectorworksMVR::kWorldCoordsPerMM
const short	VectorworksMVR::kMaximumTotalDigitsOfPrecision
const short	VectorworksMVR::kMaximumFractionalDigitsOfPrecision
const double	VectorworksMVR::kNearlyEqualEpsilonForWorldCoords = 1e-13
const double	VectorworksMVR::kWorldCoordBumpEpsilon
const double	VectorworksMVR::kNearlyEqualEpsilonForRadians
const double	VectorworksMVR::kTypographicalPointsPerInch
const WorldCoord	VectorworksMVR::kMaxLegalWorldCoord = 1.0E100
const WorldCoord	VectorworksMVR::kMaxOutOfRangeWorldCoord = DBL_MAX
const WorldRect	VectorworksMVR::kEmptyWorldRect

Macro Definition Documentation

kMaxCoord

#define kMaxCoord   kMaxOutOfRangeWorldCoord

WORLDCUBEISEMPTY

#define WORLDCUBEISEMPTY	(		cube,
			assert )

Value:

((cube.left > cube.right) || (cube.bottom > cube.top) || (cube.back > cube.front))

WORLDRECTISEMPTY

#define WORLDRECTISEMPTY	(		rect,
			assert )

Value:

((rect.left > rect.right) || (rect.bottom > rect.top))