geoff_geometry Namespace Reference

Classes

class  Box
 
class  Box3d
 
class  Circle
 
class  CLine
 
class  Kurve
 
class  Line
 
class  Matrix
 
class  Plane
 
class  Point
 
class  Point3d
 
class  Span
 
class  SpanDataObject
 
class  SpanVertex
 
class  spVertex
 
class  Triangle3d
 
class  Vector2d
 
class  Vector3d
 

Enumerations

enum  GENERAL_MESSAGES {
  MES_TITLE = 0 , MES_UNFINISHEDCODING , MES_ERRORFILENAME , MES_LOGFILE ,
  MES_LOGFILE1 , MES_P4CMENU , MES_P4CMENUHINT
}
 
enum  GEOMETRY_ERROR_MESSAGES {
  MES_DIFFSCALE = 1000 , MES_POINTONCENTRE , MES_INVALIDARC , MES_LOFTUNEQUALSPANCOUNT ,
  MES_EQUALSPANCOUNTFAILED , MES_CANNOTTRIMSPAN , MES_INDEXOUTOFRANGE , MES_BAD_VERTEX_NUMBER ,
  MES_BAD_REF_OFFSET , MES_BAD_SEC_OFFSET , MES_ROLLINGBALL4AXIS_ERROR , MES_INPUT_EQUALSPANCOUNT ,
  MES_INVALIDPLANE
}
 
enum  MESSAGE_GROUPS { GENERAL_MESSAGES , GEOMETRY_ERROR_MESSAGES , PARAMSPMP }
 
enum  OFFSET_METHODS { NO_ELIMINATION = 0 , BASIC_OFFSET , ROLLINGBALL_OFFSET }
 
enum  SPAN_IDS { UNMARKED = 0xe0000000 , ROLL_AROUND , INTERSECTION , FULL_CIRCLE_KURVE }
 
enum  UNITS_TYPE { MM = 0 , METRES , INCHES }
 

Functions

Point Along (const CLine &s, double d)
 
Point Along (const CLine &s, double d, const Point &p)
 
Point Along (const CLine &s, double d, Point &p)
 
int apolloniusProblem (int AT1, const Circle &c1, int AT2, const Circle &c2, int AT3, const Circle &c3, Circle &Solution1, Circle &Solution2)
 
int apolloniusProblem (int AT1, const Circle &c1, int AT2, const Circle &c2, int AT3, const CLine &cl3, Circle &Solution1, Circle &Solution2)
 
int apolloniusProblem (int AT1, const Circle &c1, int AT2, const CLine &cl2, int AT3, const CLine &cl3, Circle &Solution1, Circle &Solution2)
 
int ArcArcIntof (const Span &arc0, const Span &arc1, Point &pLeft, Point &pRight)
 
Point Around (const Circle &c, double d, const Point &p)
 
Point AtAngle (const Circle &c, double angle)
 
CLine AtAngle (double angle, const Point &p0, const CLine &s)
 
double atn360 (double dy, double dx)
 
int biarc (CLine &cl0, CLine &cl1, Span *sp0, Span *sp1)
 
static void bubblesort (vector< Point > &p, vector< double > &d)
 
int corner (const Span &span, const Span &next, double cpTol=CPTANGENTTOL)
 
int corner (const Vector2d &v0, const Vector2d &v1, double cpTol)
 
double CPTOL (double offset, double maxOffset)
 
double Degrees (double radians)
 
double Dist (const Circle &c, const Point &p)
 
double Dist (const Circle &c0, const Circle &c1)
 
double Dist (const CLine &s, const Circle &c)
 
double Dist (const Line &l, const Point3d &p, Point3d &pnear, double &t)
 
double Dist (const Point &p0, const Circle &c, const Point &p1)
 
double Dist (const Point3d *p, const Vector3d *vl, const Point3d *pf)
 
double Dist (const Span &sp, const Point &p, Point &pnear)
 
double DistSq (const Point3d *p, const Vector3d *vl, const Point3d *pf)
 
static bool DoesIntersInterfere (const Point &pInt, const Kurve &k, double offset)
 
static Kurve eliminateLoops (const Kurve &k, const Kurve &originalk, double offset, int &ret)
 
int EqualiseSpanCount (Kurve &k1, Kurve &k2, Kurve &k1equal, Kurve &k2equal, bool equalise_same_span_count)
 
void EqualiseSpanCountAfterOffset (Kurve &k1, Kurve &k2, Kurve &k1Out, Kurve &k2Out)
 
void EqualiseSpanCountAfterOffsetFromRollAround (Kurve &k1, Kurve &k2, Kurve &k1Out, Kurve &k2Out)
 
void FAILURE (const std::wstring &str)
 
void FAILURE (const wchar_t *str)
 
bool FEQ (double a, double b, double tolerance=TOLERANCE)
 
bool FEQZ (double a, double tolerance=TIGHT_TOLERANCE)
 
bool FNE (double a, double b, double tolerance=TOLERANCE)
 
bool FNEZ (double a, double tolerance=TIGHT_TOLERANCE)
 
const wchar_t * getMessage (const wchar_t *original)
 
double IncludedAngle (const CLine &s0, const CLine &s1, int dir=1)
 
double IncludedAngle (const Vector2d &v0, const Vector2d &v1, int dir)
 
double IncludedAngle (const Vector3d &v0, const Vector3d &v1, const Vector3d &normal, int dir)
 
int Intof (const Circle &c0, const Circle &c1, Point &pLeft, Point &pRight)
 
Point Intof (const CLine &s0, const CLine &s1)
 
int Intof (const Line &l0, const Line &l1, Point3d &intof)
 
int Intof (const Span &sp0, const Span &sp1, Point &p0, Point &p1, double t[4])
 
Point Intof (int intMode, const Circle &c0, const Circle &c1)
 
Point Intof (int intMode, const Circle &c0, const Circle &c1, Point &otherInters)
 
Point Intof (int NF, const CLine &s, const Circle &c)
 
Point Intof (int NF, const CLine &s, const Circle &c, Point &otherInters)
 
Point IntofIso (Span &one, Span &two, Span &three)
 
Line IsPtsLine (const double *a, int n, double tolerance, double *deviation)
 
int LineArcIntof (const Span &line, const Span &arc, Point &p0, Point &p1, double t[4])
 
int LineLineIntof (const Span &sp0, const Span &sp1, Point &p, double t[2])
 
Point Mid (const Point &p0, const Point &p1, double factor)
 
Point Mid (const Span &sp)
 
void MinMax (const Point &p, Point &pmin, Point &pmax)
 
void MinMax (const Point3d &p, Point3d &pmin, Point3d &pmax)
 
double mm (double value)
 
Point3d Near (const Line &l, const Point3d &p, double &t)
 
CLine Normal (const CLine &s)
 
CLine Normal (const CLine &s, const Point &p)
 
Point On (const Circle &c, const Point &p)
 
Point On (const CLine &s, const Point &p)
 
bool OnSpan (const Span &sp, const Point &p)
 
bool OnSpan (const Span &sp, const Point &p, bool nearPoints, Point &pNear, Point &pOnSpan)
 
ostream & operator<< (ostream &op, Point3d &p)
 
wostream & operator<< (wostream &op, Circle &c)
 
wostream & operator<< (wostream &op, CLine &cl)
 
wostream & operator<< (wostream &op, Plane &pl)
 
wostream & operator<< (wostream &op, Point &p)
 
wostream & operator<< (wostream &op, Span &sp)
 
wostream & operator<< (wostream &op, Vector2d &v)
 
wostream & operator<< (wostream &op, Vector3d &v)
 
CLine Parallel (const CLine &cl, const Point &p)
 
CLine Parallel (const CLine &s0, Point &p)
 
Circle Parallel (int side, const Circle &c0, double distance)
 
CLine Parallel (int side, const CLine &s0, double distance)
 
Point Polar (const Point &p, double angle, double r)
 
int quadratic (double a, double b, double c, double &x0, double &x1)
 
double Radians (double degrees)
 
Point Rel (const Point &p, double x0, double y0)
 
void set_Tolerances (int mode)
 
static int Split (double tolerance, double angle, double radius, int dir)
 
void tangential_arc (const Point &p0, const Point &p1, const Vector2d &v0, Point &c, int &dir)
 
CLine Tanto (int AT, const Circle &c, const Point &p)
 
CLine Tanto (int AT, const Circle &c, double angle, const CLine &s0)
 
CLine Tanto (int AT0, const Circle &c0, int AT1, const Circle &c)
 
Circle Tanto (int AT1, CLine &s1, int AT2, CLine &s2, double rad)
 
Circle Tanto (int AT1, CLine s1, int AT2, CLine s2, int AT3, CLine s3)
 
Circle Tanto (int AT1, const CLine &s1, int AT2, const CLine &s2, double rad)
 
Circle Tanto (int AT1, const CLine &s1, int AT2, const CLine &s2, int AT3, const CLine &s3)
 
Circle Tanto (int LR, int AT0, const Circle &c0, const Point &p, double rad)
 
Circle Tanto (int LR, int AT0, const Circle &c0, int AT1, const Circle &c1, double rad)
 
Circle Tanto (int LR, int AT1, const Circle &c1, int AT2, const Circle &c2, int AT3, const Circle c3)
 
Circle Tanto (int NF, CLine &s0, Point &p, double rad)
 
Circle Tanto (int NF, const CLine &s0, const Point &p, double rad)
 
Circle Tanto (int NF, int AT0, const CLine &s0, int AT1, const Circle &c1, double rad)
 
Circle Thro (const Point &p0, const Point &p1)
 
Circle Thro (const Point &p0, const Point &p1, const Point &p2)
 
Circle Thro (int LR, const Point &p0, const Point &p1, double rad)
 
Point XonCLine (CLine &s, double xval)
 
Point XonCLine (const CLine &s, double xval)
 
Point YonCLine (CLine &s, double yval)
 
Point YonCLine (const CLine &s, double yval)
 

Variables

double COS_SMALL_ANGLE
 
double RESOLUTION = 1.0e-06
 
double SIN_SMALL_ANGLE
 
double SMALL_ANGLE
 
double TIGHT_TOLERANCE = 1.0e-09
 
double TOLERANCE = 1.0e-06
 
double TOLERANCE_SQ = TOLERANCE * TOLERANCE
 
double UNIT_VECTOR_TOLERANCE = 1.0e-10
 
Matrix UnitMatrix
 
int UNITS = MM
 

Enumeration Type Documentation

◆ GENERAL_MESSAGES

Enumerator
MES_TITLE 
MES_UNFINISHEDCODING 
MES_ERRORFILENAME 
MES_LOGFILE 
MES_LOGFILE1 
MES_P4CMENU 
MES_P4CMENUHINT 

◆ GEOMETRY_ERROR_MESSAGES

Enumerator
MES_DIFFSCALE 
MES_POINTONCENTRE 
MES_INVALIDARC 
MES_LOFTUNEQUALSPANCOUNT 
MES_EQUALSPANCOUNTFAILED 
MES_CANNOTTRIMSPAN 
MES_INDEXOUTOFRANGE 
MES_BAD_VERTEX_NUMBER 
MES_BAD_REF_OFFSET 
MES_BAD_SEC_OFFSET 
MES_ROLLINGBALL4AXIS_ERROR 
MES_INPUT_EQUALSPANCOUNT 
MES_INVALIDPLANE 

◆ MESSAGE_GROUPS

Enumerator
GENERAL_MESSAGES 
GEOMETRY_ERROR_MESSAGES 
PARAMSPMP 

◆ OFFSET_METHODS

Enumerator
NO_ELIMINATION 
BASIC_OFFSET 
ROLLINGBALL_OFFSET 

◆ SPAN_IDS

Enumerator
UNMARKED 
ROLL_AROUND 
INTERSECTION 
FULL_CIRCLE_KURVE 

◆ UNITS_TYPE

Enumerator
MM 
METRES 
INCHES 

Function Documentation

◆ Along() [1/3]

Point geoff_geometry::Along ( const CLine s,
double  d 
)

Referenced by Along(), Thro(), and YonCLine().

◆ Along() [2/3]

Point geoff_geometry::Along ( const CLine s,
double  d,
const Point p 
)

References Along(), Around(), AtAngle(), On(), and Tanto().

◆ Along() [3/3]

Point geoff_geometry::Along ( const CLine s,
double  d,
Point p 
)

◆ apolloniusProblem() [1/3]

int geoff_geometry::apolloniusProblem ( int  AT1,
const Circle c1,
int  AT2,
const Circle c2,
int  AT3,
const Circle c3,
Circle Solution1,
Circle Solution2 
)

References apolloniusProblem().

Referenced by apolloniusProblem().

◆ apolloniusProblem() [2/3]

int geoff_geometry::apolloniusProblem ( int  AT1,
const Circle c1,
int  AT2,
const Circle c2,
int  AT3,
const CLine cl3,
Circle Solution1,
Circle Solution2 
)

References apolloniusProblem().

◆ apolloniusProblem() [3/3]

int geoff_geometry::apolloniusProblem ( int  AT1,
const Circle c1,
int  AT2,
const CLine cl2,
int  AT3,
const CLine cl3,
Circle Solution1,
Circle Solution2 
)

References apolloniusProblem().

◆ ArcArcIntof()

int geoff_geometry::ArcArcIntof ( const Span arc0,
const Span arc1,
Point pLeft,
Point pRight 
)

◆ Around()

Point geoff_geometry::Around ( const Circle c,
double  d,
const Point p 
)

◆ AtAngle() [1/2]

Point geoff_geometry::AtAngle ( const Circle c,
double  angle 
)

◆ AtAngle() [2/2]

CLine geoff_geometry::AtAngle ( double  angle,
const Point p0,
const CLine s 
)

Referenced by Along(), and Tanto().

◆ atn360()

double geoff_geometry::atn360 ( double  dy,
double  dx 
)

References atn360().

Referenced by atn360(), and Dist().

◆ biarc()

int geoff_geometry::biarc ( CLine cl0,
CLine cl1,
Span sp0,
Span sp1 
)

References biarc().

Referenced by biarc().

◆ bubblesort()

static void geoff_geometry::bubblesort ( vector< Point > &  p,
vector< double > &  d 
)
static

◆ corner() [1/2]

int geoff_geometry::corner ( const Span span,
const Span next,
double  cpTol = CPTANGENTTOL 
)

◆ corner() [2/2]

int geoff_geometry::corner ( const Vector2d v0,
const Vector2d v1,
double  cpTol 
)

References corner(), and draftgeoutils.general::v1().

Referenced by corner().

◆ CPTOL()

double geoff_geometry::CPTOL ( double  offset,
double  maxOffset 
)

References CPTOL(), draftfunctions.offset::offset(), and RESOLUTION.

Referenced by CPTOL().

◆ Degrees()

double geoff_geometry::Degrees ( double  radians)

References Degrees().

Referenced by Degrees().

◆ Dist() [1/7]

double geoff_geometry::Dist ( const Circle c,
const Point p 
)

References Dist(), and On().

◆ Dist() [2/7]

double geoff_geometry::Dist ( const Circle c0,
const Circle c1 
)

◆ Dist() [3/7]

double geoff_geometry::Dist ( const CLine s,
const Circle c 
)

References Dist().

◆ Dist() [4/7]

double geoff_geometry::Dist ( const Line l,
const Point3d p,
Point3d pnear,
double &  t 
)

References Near().

◆ Dist() [5/7]

double geoff_geometry::Dist ( const Point p0,
const Circle c,
const Point p1 
)

◆ Dist() [6/7]

double geoff_geometry::Dist ( const Point3d p,
const Vector3d vl,
const Point3d pf 
)

returns the distance of pf from the line given by p,vl vl must be normalised

References geoff_geometry::Vector3d::magnitude().

◆ Dist() [7/7]

◆ DistSq()

double geoff_geometry::DistSq ( const Point3d p,
const Vector3d vl,
const Point3d pf 
)

returns the distance squared of pf from the line given by p,vl vl must be normalised

References geoff_geometry::Vector3d::magnitudeSq().

◆ DoesIntersInterfere()

◆ eliminateLoops()

◆ EqualiseSpanCount()

int geoff_geometry::EqualiseSpanCount ( Kurve k1,
Kurve k2,
Kurve k1equal,
Kurve k2equal,
bool  equalise_same_span_count 
)

References EqualiseSpanCount().

Referenced by EqualiseSpanCount().

◆ EqualiseSpanCountAfterOffset()

void geoff_geometry::EqualiseSpanCountAfterOffset ( Kurve k1,
Kurve k2,
Kurve k1Out,
Kurve k2Out 
)

◆ EqualiseSpanCountAfterOffsetFromRollAround()

void geoff_geometry::EqualiseSpanCountAfterOffsetFromRollAround ( Kurve k1,
Kurve k2,
Kurve k1Out,
Kurve k2Out 
)

◆ FAILURE() [1/2]

void geoff_geometry::FAILURE ( const std::wstring &  str)

◆ FAILURE() [2/2]

◆ FEQ()

◆ FEQZ()

◆ FNE()

◆ FNEZ()

bool geoff_geometry::FNEZ ( double  a,
double  tolerance = TIGHT_TOLERANCE 
)

◆ getMessage()

◆ IncludedAngle() [1/3]

double geoff_geometry::IncludedAngle ( const CLine s0,
const CLine s1,
int  dir = 1 
)

◆ IncludedAngle() [2/3]

double geoff_geometry::IncludedAngle ( const Vector2d v0,
const Vector2d v1,
int  dir 
)

◆ IncludedAngle() [3/3]

double geoff_geometry::IncludedAngle ( const Vector3d v0,
const Vector3d v1,
const Vector3d normal,
int  dir 
)

◆ Intof() [1/8]

int geoff_geometry::Intof ( const Circle c0,
const Circle c1,
Point pLeft,
Point pRight 
)

◆ Intof() [2/8]

◆ Intof() [3/8]

◆ Intof() [4/8]

int geoff_geometry::Intof ( const Span sp0,
const Span sp1,
Point p0,
Point p1,
double  t[4] 
)

◆ Intof() [5/8]

Point geoff_geometry::Intof ( int  intMode,
const Circle c0,
const Circle c1 
)

References Intof().

◆ Intof() [6/8]

Point geoff_geometry::Intof ( int  intMode,
const Circle c0,
const Circle c1,
Point otherInters 
)

References Intof().

◆ Intof() [7/8]

Point geoff_geometry::Intof ( int  NF,
const CLine s,
const Circle c 
)

References Intof().

◆ Intof() [8/8]

Point geoff_geometry::Intof ( int  NF,
const CLine s,
const Circle c,
Point otherInters 
)

References quadratic().

◆ IntofIso()

Point geoff_geometry::IntofIso ( Span one,
Span two,
Span three 
)

References IntofIso().

Referenced by IntofIso().

◆ IsPtsLine()

Line geoff_geometry::IsPtsLine ( const double *  a,
int  n,
double  tolerance,
double *  deviation 
)

◆ LineArcIntof()

int geoff_geometry::LineArcIntof ( const Span line,
const Span arc,
Point p0,
Point p1,
double  t[4] 
)

◆ LineLineIntof()

int geoff_geometry::LineLineIntof ( const Span sp0,
const Span sp1,
Point p,
double  t[2] 
)

◆ Mid() [1/2]

Point geoff_geometry::Mid ( const Point p0,
const Point p1,
double  factor 
)

◆ Mid() [2/2]

Point geoff_geometry::Mid ( const Span sp)

◆ MinMax() [1/2]

void geoff_geometry::MinMax ( const Point p,
Point pmin,
Point pmax 
)

◆ MinMax() [2/2]

void geoff_geometry::MinMax ( const Point3d p,
Point3d pmin,
Point3d pmax 
)

◆ mm()

double geoff_geometry::mm ( double  value)

References INCHES, METRES, and UNITS.

◆ Near()

Point3d geoff_geometry::Near ( const Line l,
const Point3d p,
double &  t 
)

Referenced by Dist().

◆ Normal() [1/2]

CLine geoff_geometry::Normal ( const CLine s)

◆ Normal() [2/2]

CLine geoff_geometry::Normal ( const CLine s,
const Point p 
)

◆ On() [1/2]

Point geoff_geometry::On ( const Circle c,
const Point p 
)

◆ On() [2/2]

Point geoff_geometry::On ( const CLine s,
const Point p 
)

Referenced by Along(), Dist(), and OnSpan().

◆ OnSpan() [1/2]

bool geoff_geometry::OnSpan ( const Span sp,
const Point p 
)

◆ OnSpan() [2/2]

◆ operator<<() [1/8]

ostream& geoff_geometry::operator<< ( ostream &  op,
Point3d p 
)

◆ operator<<() [2/8]

wostream& geoff_geometry::operator<< ( wostream &  op,
Circle c 
)

◆ operator<<() [3/8]

wostream& geoff_geometry::operator<< ( wostream &  op,
CLine cl 
)

◆ operator<<() [4/8]

wostream& geoff_geometry::operator<< ( wostream &  op,
Plane pl 
)

◆ operator<<() [5/8]

wostream& geoff_geometry::operator<< ( wostream &  op,
Point p 
)

◆ operator<<() [6/8]

wostream& geoff_geometry::operator<< ( wostream &  op,
Span sp 
)

◆ operator<<() [7/8]

wostream& geoff_geometry::operator<< ( wostream &  op,
Vector2d v 
)

◆ operator<<() [8/8]

wostream& geoff_geometry::operator<< ( wostream &  op,
Vector3d v 
)

◆ Parallel() [1/4]

CLine geoff_geometry::Parallel ( const CLine cl,
const Point p 
)

References Thro().

◆ Parallel() [2/4]

CLine geoff_geometry::Parallel ( const CLine s0,
Point p 
)

◆ Parallel() [3/4]

Circle geoff_geometry::Parallel ( int  side,
const Circle c0,
double  distance 
)

◆ Parallel() [4/4]

CLine geoff_geometry::Parallel ( int  side,
const CLine s0,
double  distance 
)

◆ Polar()

Point geoff_geometry::Polar ( const Point p,
double  angle,
double  r 
)

◆ quadratic()

int geoff_geometry::quadratic ( double  a,
double  b,
double  c,
double &  x0,
double &  x1 
)

◆ Radians()

double geoff_geometry::Radians ( double  degrees)

References Radians().

Referenced by Radians().

◆ Rel()

Point geoff_geometry::Rel ( const Point p,
double  x0,
double  y0 
)

◆ set_Tolerances()

void geoff_geometry::set_Tolerances ( int  mode)

◆ Split()

static int geoff_geometry::Split ( double  tolerance,
double  angle,
double  radius,
int  dir 
)
static

◆ tangential_arc()

void geoff_geometry::tangential_arc ( const Point p0,
const Point p1,
const Vector2d v0,
Point c,
int &  dir 
)

◆ Tanto() [1/13]

CLine geoff_geometry::Tanto ( int  AT,
const Circle c,
const Point p 
)

References TOLERANCE.

Referenced by Along(), geoff_geometry::Circle::Tanto(), and Tanto().

◆ Tanto() [2/13]

CLine geoff_geometry::Tanto ( int  AT,
const Circle c,
double  angle,
const CLine s0 
)

References AtAngle().

◆ Tanto() [3/13]

CLine geoff_geometry::Tanto ( int  AT0,
const Circle c0,
int  AT1,
const Circle c 
)

◆ Tanto() [4/13]

Circle geoff_geometry::Tanto ( int  AT1,
CLine s1,
int  AT2,
CLine s2,
double  rad 
)

◆ Tanto() [5/13]

◆ Tanto() [6/13]

Circle geoff_geometry::Tanto ( int  AT1,
const CLine s1,
int  AT2,
const CLine s2,
double  rad 
)

References Tanto().

◆ Tanto() [7/13]

Circle geoff_geometry::Tanto ( int  AT1,
const CLine s1,
int  AT2,
const CLine s2,
int  AT3,
const CLine s3 
)

References Tanto().

◆ Tanto() [8/13]

Circle geoff_geometry::Tanto ( int  LR,
int  AT0,
const Circle c0,
const Point p,
double  rad 
)

◆ Tanto() [9/13]

Circle geoff_geometry::Tanto ( int  LR,
int  AT0,
const Circle c0,
int  AT1,
const Circle c1,
double  rad 
)

◆ Tanto() [10/13]

Circle geoff_geometry::Tanto ( int  LR,
int  AT1,
const Circle c1,
int  AT2,
const Circle c2,
int  AT3,
const Circle  c3 
)

References Tanto().

◆ Tanto() [11/13]

Circle geoff_geometry::Tanto ( int  NF,
CLine s0,
Point p,
double  rad 
)

◆ Tanto() [12/13]

Circle geoff_geometry::Tanto ( int  NF,
const CLine s0,
const Point p,
double  rad 
)

References Tanto(), and Thro().

◆ Tanto() [13/13]

Circle geoff_geometry::Tanto ( int  NF,
int  AT0,
const CLine s0,
int  AT1,
const Circle c1,
double  rad 
)

◆ Thro() [1/3]

Circle geoff_geometry::Thro ( const Point p0,
const Point p1 
)

◆ Thro() [2/3]

Circle geoff_geometry::Thro ( const Point p0,
const Point p1,
const Point p2 
)

◆ Thro() [3/3]

Circle geoff_geometry::Thro ( int  LR,
const Point p0,
const Point p1,
double  rad 
)

◆ XonCLine() [1/2]

Point geoff_geometry::XonCLine ( CLine s,
double  xval 
)

References Intof().

Referenced by XonCLine().

◆ XonCLine() [2/2]

Point geoff_geometry::XonCLine ( const CLine s,
double  xval 
)

References XonCLine().

◆ YonCLine() [1/2]

Point geoff_geometry::YonCLine ( CLine s,
double  yval 
)

References Intof().

Referenced by YonCLine().

◆ YonCLine() [2/2]

Point geoff_geometry::YonCLine ( const CLine s,
double  yval 
)

References Along(), Intof(), and YonCLine().

Variable Documentation

◆ COS_SMALL_ANGLE

double geoff_geometry::COS_SMALL_ANGLE
extern

◆ RESOLUTION

double geoff_geometry::RESOLUTION = 1.0e-06

Referenced by CPTOL(), and set_Tolerances().

◆ SIN_SMALL_ANGLE

double geoff_geometry::SIN_SMALL_ANGLE
extern

◆ SMALL_ANGLE

double geoff_geometry::SMALL_ANGLE
extern

◆ TIGHT_TOLERANCE

double geoff_geometry::TIGHT_TOLERANCE = 1.0e-09

◆ TOLERANCE

◆ TOLERANCE_SQ

double geoff_geometry::TOLERANCE_SQ = TOLERANCE * TOLERANCE

Referenced by Intof(), and set_Tolerances().

◆ UNIT_VECTOR_TOLERANCE

double geoff_geometry::UNIT_VECTOR_TOLERANCE = 1.0e-10

◆ UnitMatrix

Matrix geoff_geometry::UnitMatrix

◆ UNITS

int geoff_geometry::UNITS = MM

Referenced by mm(), quadratic(), and set_Tolerances().