Public Member Functions | Static Public Member Functions

zeus::TArc2D Class Reference

#include <Arc2D.h>

Inheritance diagram for zeus::TArc2D:
zeus::IArc2D zeus::IGeometricObject2D

List of all members.

Public Member Functions

 TArc2D ()
 Default constructor. Creates an arc of length 0 on the unit circle.
 TArc2D (const IVector2D &rVecCenter, const Float &rfRadius, const IAngle &rStartAngle, const IAngle &rEndAngle, bool bAnglesAreGivenCounterClockwise)
 Standard constructor.
 TArc2D (const ICircle2D &rCircle, const IAngle &rStartAngle, const IAngle &rEndAngle, bool bAnglesAreGivenCounterClockwise)
 Constructor taking an ICircle2D.
 TArc2D (const TArc2D &rArc)
 Copy constructor: Constructor taking class type object.
 TArc2D (const IArc2D &rArc)
 Constructor taking interface type object.
virtual ~TArc2D ()
virtual ICircle2D &MQUALIFIER getCircle ()
virtual const ICircle2D &MQUALIFIER getCircleConst () const
virtual void MQUALIFIER setCircle (const ICircle2D &rCircle)
virtual const IVector2D &MQUALIFIER getCenter () const
virtual void MQUALIFIER setCenter (const IVector2D &rVecCenter)
virtual const Float &MQUALIFIER getRadius () const
virtual void MQUALIFIER setRadius (const Float &rfRadius)
virtual const IAngle &MQUALIFIER getStartAngle () const
virtual const IAngle &MQUALIFIER getEndAngle () const
virtual void MQUALIFIER setStartAngle (const IAngle &rStartAngle)
virtual void MQUALIFIER setEndAngle (const IAngle &rEndAngle)
virtual void MQUALIFIER setAngles (const IAngle &rStartAngle, const IAngle &rEndAngle, bool bAnglesAreGivenCounterClockwise)
virtual void MQUALIFIER switchAngles ()
virtual void MQUALIFIER getStartPoint (IVector2D &rVecStart) const
virtual void MQUALIFIER getEndPoint (IVector2D &rVecEnd) const
virtual Float MQUALIFIER getLength () const
virtual void MQUALIFIER createSupplementArc (IArc2D &rSupplementArc) const
virtual bool MQUALIFIER isShorterThanSupplementArc () const
virtual void MQUALIFIER assign (const IArc2D &rArc)
virtual bool MQUALIFIER isEqual (const IArc2D &rArc) const
virtual bool MQUALIFIER containsAngle (const IAngle &rAngle, bool bIncludeStartAndEndPoints=true) const
virtual bool MQUALIFIER containsPoint2 (const IVector2D &rVecPoint, bool bIncludeStartAndEndPoints=true) const
virtual void MQUALIFIER moveStartPointOnCircle (const Float &rfDistance, bool bCounterClockwise)
virtual void MQUALIFIER moveEndPointOnCircle (const Float &rfDistance, bool bCounterClockwise)
virtual const InterfaceID
&MQUALIFIER 		getInterfaceID () const
virtual Retval MQUALIFIER intersect (const IGeometricObject2D &rObject, IList< IVector2D > &rLstIntersectionPoints, const Float &rfTangentTolerance=INTERSECT_TANGENT_TOLERANCE) const
virtual bool MQUALIFIER containsPoint (const IVector2D &rVecPoint) const
virtual void MQUALIFIER calcClosestPointToPoint (const IVector2D &rVecPoint, IVector2D &rVecClosestPoint) const
virtual Float MQUALIFIER calcDistanceToPoint (const IVector2D &rVecPoint) const
virtual Float MQUALIFIER calcDistanceToObject (const IGeometricObject2D &rObject) const
virtual Retval MQUALIFIER getXMinPoint (IVector2D &rVecPoint) const
virtual Retval MQUALIFIER getXMaxPoint (IVector2D &rVecPoint) const
virtual Retval MQUALIFIER getYMinPoint (IVector2D &rVecPoint) const
virtual Retval MQUALIFIER getYMaxPoint (IVector2D &rVecPoint) const
virtual void MQUALIFIER getMinMaxCoordinates (Float &rfXMin, Float &rfXMax, Float &rfYMin, Float &rfYMax) const
const TArc2D & operator= (const IArc2D &rArc)
 Assignment of interface type object.
const TArc2D & operator= (const TArc2D &rArc)
 Assignment of class type object.
bool operator== (const IArc2D &rArc) const
 Equality with another arc?
bool operator!= (const IArc2D &rArc) const
 Inequality with another arc?

Static Public Member Functions

static bool createFrom3Points (const IVector2D &rVecStartPoint, const IVector2D &rVecEndPoint, const IVector2D &rVecIntermediatePoint, IArc2D &rArc)
 Static creation method to create an arc from 3 points.
static bool createFrom2PointsRadiusAndFlags (const IVector2D &rVecStartPoint, const IVector2D &rVecEndPoint, const Float &rfRadius, bool bPointsAreGivenCounterClockwise, bool bShorterArc, IArc2D &rArc, const Float &rfTangentTolerance=INTERSECT_TANGENT_TOLERANCE)
 Static creation method to give 2 points, the radius and 2 flags.
static bool createFrom2PointsAndCenter (const IVector2D &rVecStartPoint, const IVector2D &rVecEndPoint, const IVector2D &rVecCenter, bool bPointsAreGivenCounterClockwise, IArc2D &rArc)
 Statoc creation method to give 2 points and the center.
static Retval calcArcsTangentTo2StraightLines (const IStraightLine2D &rStraightLine1, const IStraightLine2D &rStraightLine2, const Float &rfRadius, IList< IArc2D > &rLstTangentArcs, const Float &rfTangentTolerance=INTERSECT_TANGENT_TOLERANCE)
 Static method to calculate all 4 arcs tangent to 2 straight lines.
static Retval calcArcsTangentToStraightLineAndCircle (const IStraightLine2D &rStraightLine, const ICircle2D &rCircle, const Float &rfRadius, IList< IArc2D > &rLstTangentArcs, const Float &rfTangentTolerance=INTERSECT_TANGENT_TOLERANCE)
 Static method to calculate all 8 arcs tangent to a straight line and a circle.
static Retval calcArcsTangentTo2Circles (const ICircle2D &rCircle1, const ICircle2D &rCircle2, const Float &rfRadius, IList< IArc2D > &rLstTangentArcs, const Float &rfTangentTolerance=INTERSECT_TANGENT_TOLERANCE)
 Static method to calculate all 8 arcs tangent to 2 circles.
static Retval calcArcsTangentTo2LineSegments (const ILineSegment2D &rLineSegment1, const ILineSegment2D &rLineSegment2, const Float &rfRadius, IList< IArc2D > &rLstTangentArcs, const Float &rfTangentTolerance=INTERSECT_TANGENT_TOLERANCE)
 Static method to calculate all arcs tangent to 2 line segments.
static Retval calcArcsTangentToLineSegmentAndArc (const ILineSegment2D &rLineSegment, const IArc2D &rArc, const Float &rfRadius, IList< IArc2D > &rLstTangentArcs, const Float &rfTangentTolerance=INTERSECT_TANGENT_TOLERANCE)
 Static method to calculate all arcs tangent to a line segment and an arc.
static Retval calcArcsTangentTo2Arcs (const IArc2D &rArc1, const IArc2D &rArc2, const Float &rfRadius, IList< IArc2D > &rLstTangentArcs, const Float &rfTangentTolerance=INTERSECT_TANGENT_TOLERANCE)
 Static method to calculate all arcs tangent to 2 arcs.

Detailed Description

IArc2D encapsulates a three dimensional floating point arc for vector geometry calculations.

Constructor & Destructor Documentation

zeus::TArc2D::TArc2D (  ) [inline]

Default constructor. Creates an arc of length 0 on the unit circle.

zeus::TArc2D::TArc2D ( const IVector2D &  rVecCenter,
const Float &  rfRadius,
const IAngle &  rStartAngle,
const IAngle &  rEndAngle,
bool  bAnglesAreGivenCounterClockwise 
)

Standard constructor.

Standard constructor.

Parameters:
rVecCenter[IN]: Center.
rfRadius[IN]: Radius.
rStartAngle[IN]: Start angle.
rEndAngle[IN]: End angle.
bAnglesAreGivenCounterClockwise[IN]: The angles are given counterclockwise.
zeus::TArc2D::TArc2D ( const ICircle2D &  rCircle,
const IAngle &  rStartAngle,
const IAngle &  rEndAngle,
bool  bAnglesAreGivenCounterClockwise 
)

Constructor taking an ICircle2D.

Constructor taking an ICircle2D.

Parameters:
rCircle[IN]: The defining circle.
rStartAngle[IN]: Start angle.
rEndAngle[IN]: End angle.
bAnglesAreGivenCounterClockwise[IN]: The angles are given counterclockwise.
zeus::TArc2D::TArc2D ( const TArc2D &  rArc ) [inline]

Copy constructor: Constructor taking class type object.

zeus::TArc2D::TArc2D ( const IArc2D &  rArc ) [inline]

Constructor taking interface type object.

virtual zeus::TArc2D::~TArc2D (  ) [inline, virtual]

Virtual destructor.

Member Function Documentation

virtual void MQUALIFIER zeus::TArc2D::assign ( const IArc2D &  rArc ) [inline, virtual]

Assignment.

Parameters:
rArc[IN]: Arc to be assigned to this arc.

Implements zeus::IArc2D.

Retval zeus::TArc2D::calcArcsTangentTo2Arcs ( const IArc2D &  rArc1,
const IArc2D &  rArc2,
const Float &  rfRadius,
IList< IArc2D > &  rLstTangentArcs,
const Float &  rfTangentTolerance = INTERSECT_TANGENT_TOLERANCE 
) [static]

Static method to calculate all arcs tangent to 2 arcs.

Static method to calculate all arcs tangent to 2 arcs.

Parameters:
rArc1,2[IN] : The 2 given arcs.
rfRadius[IN] : The desired radius.
rLstTangentArcs[OUT]: List of tangent arcs.
rfTangentTolerance[IN] : See IGeometricObject2D::intersect(..).
Return values:
RET_NOERROR: No error. Arcs were added to rLstTangentArcs.
RET_EMPTY_SET: No tangent arcs exist geometrically. No arcs were added to rLstTangentArcs.
RET_INFINITE_SET: An infinite number of tangent arcs exists. No arcs were added to rLstTangentArcs.
Retval zeus::TArc2D::calcArcsTangentTo2Circles ( const ICircle2D &  rCircle1,
const ICircle2D &  rCircle2,
const Float &  rfRadius,
IList< IArc2D > &  rLstTangentArcs,
const Float &  rfTangentTolerance = INTERSECT_TANGENT_TOLERANCE 
) [static]

Static method to calculate all 8 arcs tangent to 2 circles.

Static method to calculate all 8 arcs tangent to 2 circles.

Parameters:
rCircle1[IN] : The first given circle.
rCircle2[IN] : The second given circle.
rfRadius[IN] : The desired radius.
rLstTangentArcs[OUT]: List of tangent arcs. The maximum is 8, all values from 0 to 8 are possible.
rfTangentTolerance[IN] : See IGeometricObject2D::intersect(..).
Return values:
RET_NOERROR: No error. Arcs were added to rLstTangentArcs.
RET_EMPTY_SET: No tangent circles exist geometrically. No arcs were added to rLstTangentArcs.
RET_INFINITE_SET: An infinite number of tangent arcs exists. No arcs were added to rLstTangentArcs.
Retval zeus::TArc2D::calcArcsTangentTo2LineSegments ( const ILineSegment2D &  rLineSegment1,
const ILineSegment2D &  rLineSegment2,
const Float &  rfRadius,
IList< IArc2D > &  rLstTangentArcs,
const Float &  rfTangentTolerance = INTERSECT_TANGENT_TOLERANCE 
) [static]

Static method to calculate all arcs tangent to 2 line segments.

Static method to calculate all arcs tangent to 2 line segments.

Parameters:
rLineSegment1,2[IN] : The 2 given line segments.
rfRadius[IN] : The desired radius.
rLstTangentArcs[OUT]: List of tangent arcs.
rfTangentTolerance[IN] : See IGeometricObject2D::intersect(..).
Return values:
RET_NOERROR: No error. Arcs were added to rLstTangentArcs.
RET_EMPTY_SET: No tangent arcs exist. No arcs were added to rLstTangentArcs.
RET_INFINITE_SET: An infinite number of tangent arcs exists, as the 2 line segments are parallel and the distance between them is equal to 2*rfRadius. No arcs were added to rLstTangentArcs.
RET_INTERNAL_ERROR: An internal error has occurred, requiring code correction and ZeusMathTest extension.
Retval zeus::TArc2D::calcArcsTangentTo2StraightLines ( const IStraightLine2D &  rStraightLine1,
const IStraightLine2D &  rStraightLine2,
const Float &  rfRadius,
IList< IArc2D > &  rLstTangentArcs,
const Float &  rfTangentTolerance = INTERSECT_TANGENT_TOLERANCE 
) [static]

Static method to calculate all 4 arcs tangent to 2 straight lines.

Static method to calculate all 4 arcs tangent to 2 straight lines.

Parameters:
rStraightLine1,2[IN] : The given straight lines.
rfRadius[IN] : The desired radius.
rLstTangentArcs[OUT]: List of tangent arcs. The method will add 4 arcs in case RET_NOERROR is returned and no arcs otherwise.
rfTangentTolerance[IN] : See IGeometricObject2D::intersect(..).
Return values:
RET_NOERROR: 4 arcs were added to rLstTangentArcs.
RET_EMPTY_SET: No tangent arc exists, as the 2 straight lines are parallel and the distance between them is not equal to 2*rfRadius. No arcs were added to rLstTangentArcs.
RET_INFINITE_SET: An infinite number of tangent arcs exists, as the 2 straight lines are parallel and the distance between them is equal to 2*rfRadius. No arcs were added to rLstTangentArcs.
RET_INTERNAL_ERROR: An internal error has occurred, requiring code correction and ZeusMathTest extension.
Retval zeus::TArc2D::calcArcsTangentToLineSegmentAndArc ( const ILineSegment2D &  rLineSegment,
const IArc2D &  rArc,
const Float &  rfRadius,
IList< IArc2D > &  rLstTangentArcs,
const Float &  rfTangentTolerance = INTERSECT_TANGENT_TOLERANCE 
) [static]

Static method to calculate all arcs tangent to a line segment and an arc.

Static method to calculate all arcs tangent to a line segment and an arc.

Parameters:
rLineSegment[IN] : The given line segment.
rArc[IN] : The given arc.
rfRadius[IN] : The desired radius.
rLstTangentArcs[OUT]: List of tangent arcs.
rfTangentTolerance[IN] : See IGeometricObject2D::intersect(..).
Return values:
RET_NOERROR: No error. Arcs were added to rLstTangentArcs.
RET_EMPTY_SET: No tangent arcs exist geometrically. No arcs were added to rLstTangentArcs.
RET_INFINITE_SET: This case is geometrically impossible, hence this retval will never be returned.
Retval zeus::TArc2D::calcArcsTangentToStraightLineAndCircle ( const IStraightLine2D &  rStraightLine,
const ICircle2D &  rCircle,
const Float &  rfRadius,
IList< IArc2D > &  rLstTangentArcs,
const Float &  rfTangentTolerance = INTERSECT_TANGENT_TOLERANCE 
) [static]

Static method to calculate all 8 arcs tangent to a straight line and a circle.

Static method to calculate all 8 arcs tangent to a straight line and a circle.

Parameters:
rStraightLine[IN] : The given straight line.
rCircle[IN] : The given circle.
rfRadius[IN] : The desired radius.
rLstTangentArcs[OUT]: List of tangent arcs. Maximum is 8, 0, 1, 2, 4, 5, 6 and 7 are also possible.
rfTangentTolerance[IN] : See IGeometricObject2D::intersect(..).
Return values:
RET_NOERROR: No error. Arcs were added to rLstTangentArcs.
RET_EMPTY_SET: No tangent arcs exist geometrically. No arcs were added to rLstTangentArcs.
RET_INFINITE_SET: This case is geometrically impossible, hence this retval will never be returned.
void MQUALIFIER zeus::TArc2D::calcClosestPointToPoint ( const IVector2D &  rVecPoint,
IVector2D &  rVecClosestPoint 
) const [virtual]
See also:
IGeometricObject2D.

Implements zeus::IGeometricObject2D.

Float MQUALIFIER zeus::TArc2D::calcDistanceToObject ( const IGeometricObject2D &  rObject ) const [virtual]
See also:
IGeometricObject2D.

Implements zeus::IGeometricObject2D.

Float MQUALIFIER zeus::TArc2D::calcDistanceToPoint ( const IVector2D &  rVecPoint ) const [virtual]
See also:
IGeometricObject2D.

Implements zeus::IGeometricObject2D.

bool MQUALIFIER zeus::TArc2D::containsAngle ( const IAngle &  rAngle,
bool  bIncludeStartAndEndPoints = true 
) const [virtual]
See also:
IArc2D.

Implements zeus::IArc2D.

virtual bool MQUALIFIER zeus::TArc2D::containsPoint ( const IVector2D &  rVecPoint ) const [inline, virtual]

Is a given point on this object?

Parameters:
rVecPoint[IN]: Vector to the given point.
Returns:
: This object contains the given point.

Implements zeus::IGeometricObject2D.

bool MQUALIFIER zeus::TArc2D::containsPoint2 ( const IVector2D &  rVecPoint,
bool  bIncludeStartAndEndPoints = true 
) const [virtual]
See also:
IArc2D.

Implements zeus::IArc2D.

bool zeus::TArc2D::createFrom2PointsAndCenter ( const IVector2D &  rVecStartPoint,
const IVector2D &  rVecEndPoint,
const IVector2D &  rVecCenter,
bool  bPointsAreGivenCounterClockwise,
IArc2D &  rArc 
) [static]

Statoc creation method to give 2 points and the center.

Method to create an arc out of two points on a circle and the center of the circle.

Parameters:
rVecStartPoint: Startpoint of the arc
rVecEndPoint: Endpoint of the arc
rVecCenter: Endpoint of the arc
bPointsAreGivenCounterClockwise: true = points are given counter clockwise
rArc: return parameter
Return values:
true: arc created
false,:invalid points. No arc created
bool zeus::TArc2D::createFrom2PointsRadiusAndFlags ( const IVector2D &  rVecStartPoint,
const IVector2D &  rVecEndPoint,
const Float &  rfRadius,
bool  bPointsAreGivenCounterClockwise,
bool  bShorterArc,
IArc2D &  rArc,
const Float &  rfTangentTolerance = INTERSECT_TANGENT_TOLERANCE 
) [static]

Static creation method to give 2 points, the radius and 2 flags.

Static creation method to give 2 points, the radius and 2 flags.

Parameters:
rVecStartPoint[IN] : Start point.
rVecEndPoint[IN] : End point.
rfRadius[IN] : Radius.
bPointsAreGivenCounterClockwise[IN] : The points are given counterclockwise.
bShorterArc[IN] : The shorter arc out of 2 remaining possibilities shall be created.
rArc[OUT]: The arc created.
rfTangentTolerance[IN] : See IGeometricObject2D::intersect(..).
Returns:
: No error.
bool zeus::TArc2D::createFrom3Points ( const IVector2D &  rVecStartPoint,
const IVector2D &  rVecEndPoint,
const IVector2D &  rVecIntermediatePoint,
IArc2D &  rArc 
) [static]

Static creation method to create an arc from 3 points.

Static creation method to create an arc from 3 points.

Parameters:
rVecStartPoint[IN] : Start point.
rVecEndPoint[IN] : End point.
rVecIntermediatePoint[IN] : Intermediate point on the arc.
rArc[OUT]: The arc created.
Returns:
: No error.
void MQUALIFIER zeus::TArc2D::createSupplementArc ( IArc2D &  rSupplementArc ) const [virtual]
See also:
IArc2D.

Implements zeus::IArc2D.

virtual const IVector2D& MQUALIFIER zeus::TArc2D::getCenter (  ) const [inline, virtual]

Get the center vector.

Implements zeus::IArc2D.

virtual ICircle2D& MQUALIFIER zeus::TArc2D::getCircle (  ) [inline, virtual]

Interface IArc2D.

Implements zeus::IArc2D.

virtual const ICircle2D& MQUALIFIER zeus::TArc2D::getCircleConst (  ) const [inline, virtual]

Get the defining circle.

Returns:
: Defining circle.

Implements zeus::IArc2D.

virtual const IAngle& MQUALIFIER zeus::TArc2D::getEndAngle (  ) const [inline, virtual]

Get the end angle. See start angle.

Implements zeus::IArc2D.

void MQUALIFIER zeus::TArc2D::getEndPoint ( IVector2D &  rVecEnd ) const [virtual]
See also:
IArc2D.

Implements zeus::IArc2D.

virtual const InterfaceID& MQUALIFIER zeus::TArc2D::getInterfaceID (  ) const [inline, virtual]

Interface IGeometricObject2D.

Implements zeus::IGeometricObject2D.

Float MQUALIFIER zeus::TArc2D::getLength (  ) const [virtual]
See also:
IArc2D.

Implements zeus::IArc2D.

void MQUALIFIER zeus::TArc2D::getMinMaxCoordinates ( Float &  rfXMin,
Float &  rfXMax,
Float &  rfYMin,
Float &  rfYMax 
) const [virtual]
See also:
IGeometricObject2D.

Implements zeus::IGeometricObject2D.

virtual const Float& MQUALIFIER zeus::TArc2D::getRadius (  ) const [inline, virtual]

Get the radius.

Implements zeus::IArc2D.

virtual const IAngle& MQUALIFIER zeus::TArc2D::getStartAngle (  ) const [inline, virtual]

Get the start angle.

Arcs are always defined counter clockwise: The arc runs from the start angle to the end angle counter clockwise, hence in mathematically positive direction of rotation.

Implements zeus::IArc2D.

void MQUALIFIER zeus::TArc2D::getStartPoint ( IVector2D &  rVecStart ) const [virtual]
See also:
IArc2D.

Implements zeus::IArc2D.

Retval MQUALIFIER zeus::TArc2D::getXMaxPoint ( IVector2D &  rVecPoint ) const [virtual]
See also:
IGeometricObject2D.

Implements zeus::IGeometricObject2D.

Retval MQUALIFIER zeus::TArc2D::getXMinPoint ( IVector2D &  rVecPoint ) const [virtual]
See also:
IGeometricObject2D.

Implements zeus::IGeometricObject2D.

Retval MQUALIFIER zeus::TArc2D::getYMaxPoint ( IVector2D &  rVecPoint ) const [virtual]
See also:
IGeometricObject2D.

Implements zeus::IGeometricObject2D.

Retval MQUALIFIER zeus::TArc2D::getYMinPoint ( IVector2D &  rVecPoint ) const [virtual]
See also:
IGeometricObject2D.

Implements zeus::IGeometricObject2D.

Retval MQUALIFIER zeus::TArc2D::intersect ( const IGeometricObject2D &  rObject,
IList< IVector2D > &  rLstIntersectionPoints,
const Float &  rfTangentTolerance = INTERSECT_TANGENT_TOLERANCE 
) const [virtual]
See also:
IGeometricObject2D.

Implements zeus::IGeometricObject2D.

virtual bool MQUALIFIER zeus::TArc2D::isEqual ( const IArc2D &  rArc ) const [inline, virtual]

Equality with another arc?

Parameters:
rArc[IN]: The other arc.
Returns:
: Equality.

Implements zeus::IArc2D.

bool MQUALIFIER zeus::TArc2D::isShorterThanSupplementArc (  ) const [virtual]
See also:
IArc2D.

Implements zeus::IArc2D.

void MQUALIFIER zeus::TArc2D::moveEndPointOnCircle ( const Float &  rfDistance,
bool  bCounterClockwise 
) [virtual]
See also:
IArc2D::moveEndPointOnCircle

Implements zeus::IArc2D.

void MQUALIFIER zeus::TArc2D::moveStartPointOnCircle ( const Float &  rfDistance,
bool  bCounterClockwise 
) [virtual]
See also:
IArc2D::moveEndPointOnCircle

Implements zeus::IArc2D.

bool zeus::TArc2D::operator!= ( const IArc2D &  rArc ) const [inline]

Inequality with another arc?

const TArc2D & zeus::TArc2D::operator= ( const TArc2D &  rArc )

Assignment of class type object.

Assignment of class type object.

Parameters:
Arc[IN]: Arc to be assigned to this arc.
Returns:
: const reference to this arc after the assignment.
const TArc2D & zeus::TArc2D::operator= ( const IArc2D &  rArc )

Assignment of interface type object.

Assignment.

Assignment of interface type object.

Parameters:
rArc[IN]: Arc to be assigned to this arc.
Returns:
: const reference to this arc after the assignment.
bool zeus::TArc2D::operator== ( const IArc2D &  rArc ) const

Equality with another arc?

Operators.

Equality with another arc?

Parameters:
rArc[IN]: The other arc.
Returns:
: Equality.
void MQUALIFIER zeus::TArc2D::setAngles ( const IAngle &  rStartAngle,
const IAngle &  rEndAngle,
bool  bAnglesAreGivenCounterClockwise 
) [virtual]
See also:
IArc2D.

Implements zeus::IArc2D.

virtual void MQUALIFIER zeus::TArc2D::setCenter ( const IVector2D &  rVecCenter ) [inline, virtual]

Set the center vector.

Parameters:
rVecCenter[IN]: The center vector.

Implements zeus::IArc2D.

virtual void MQUALIFIER zeus::TArc2D::setCircle ( const ICircle2D &  rCircle ) [inline, virtual]

Set the defining circle.

Parameters:
rCircle[IN]: The defining circle.

Implements zeus::IArc2D.

void MQUALIFIER zeus::TArc2D::setEndAngle ( const IAngle &  rEndAngle ) [virtual]

Constructor taking interface type object.

Parameters:
rArc[IN]: Arc to be copied to this arc.

Implements zeus::IArc2D.

virtual void MQUALIFIER zeus::TArc2D::setRadius ( const Float &  rfRadius ) [inline, virtual]

Set the radius.

Parameters:
rfRadius[IN]: The new radius.

Implements zeus::IArc2D.

void MQUALIFIER zeus::TArc2D::setStartAngle ( const IAngle &  rStartAngle ) [virtual]

Copy constructor: Constructor taking class type object.

Parameters:
rArc[IN]: Arc to be copied to this arc.

Implements zeus::IArc2D.

void MQUALIFIER zeus::TArc2D::switchAngles (  ) [virtual]
See also:
IArc2D.

Implements zeus::IArc2D.

The documentation for this class was generated from the following files:
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Written by Benjamin Hadorn http://www.xatlantis.ch.
Last change made on Sun Jan 22 2012 15:32:26