OESurfaceArc

class OESurfaceArc

This class represents OESurfaceArc that stores data for drawing the arcs of molecule surface. See Figure: Example of the data stored in the OESurfaceArc class.

../../_images/OESurfaceArc.png — **Example of the data stored in the OESurfaceArc class**

Note

Angles are interpreted such that \(0.0^{\circ}\) and \(360.0^{\circ}\) degrees are at the 12 o’clock position, \(90.0^{\circ}\) degree corresponds to 3 o’clock, etc.

See also

OESurfaceArcFxnBase class
OEGet2DSurfaceArcs function

Constructors

OESurfaceArc() -> OESurfaceArc

Default constructor.

OESurfaceArc(adisp: OE2DAtomDisplay, center: OE2DPoint,
             bgnAngle: float, endAngle: float, radius: float) -> OESurfaceArc

Creates an OESurfaceArc object with the given parameters.

OESurfaceArc(rhs: OESurfaceArc) -> OESurfaceArc

Copy constructor.

GetAtomDisplay

GetAtomDisplay() -> OE2DAtomDisplay

Returns the pointer of the OE2DAtomDisplay object the given arc belongs to.

See also

OE2DAtomDisplay class in the OEDepict TK manual

GetBgnAngle

GetBgnAngle() -> float

Returns the angle (in degrees) where the arc of the surface starts.

GetCenter

GetCenter() -> OE2DPoint

Returns the (x,y) coordinates of the center of the surface arc.

See also

OE2DPoint class in the OEDepict TK manual

GetEndAngle

GetEndAngle() -> float

Returns the angle (in degrees) where the arc of the surface ends.

GetRadius

GetRadius() -> float

Returns the radius of the arc.

SetAtomDisplay

SetAtomDisplay(adisp: OE2DAtomDisplay) -> bool

Sets the atom display to which the arc belongs.

See also

OE2DAtomDisplay class in the OEDepict manual

SetBgnAngle

SetBgnAngle(angle: float) -> bool

Sets the angle where the arc of the surface begins.

angle: The angle has to in the range of \([0.0^{\circ}, 360.0^{\circ}]\)

SetCenter

SetCenter(center: OE2DPoint) -> bool

Sets the (x,y) coordinates of the center of the surface arc.

SetEndAngle

SetEndAngle(angle: float) -> bool

Sets the angle where the arc of the surface ends.

angle: The angle has to in the range of \([0.0^{\circ}, 360.0^{\circ}]\)

SetRadius

SetRadius(radius: float) -> bool

Sets the radius of the arc.