An Object representing a cubic.
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#include <cubic_imp.h>
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Object * | transform (const Transformation &) const |
| Return this Object, transformed by the transformation t.
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Cubic * | copy () const |
| Returns a copy of this Object.
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const CubicCartesianData | data () const |
| Return the cartesian representation of this cubic.
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const ObjectType * | type () const |
| Returns the lowermost ObjectType that this object is an instantiation of.
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bool | equals (const Object &rhs) const |
| Returns true if this Object is equal to rhs.
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bool | containsPoint (const Coordinate &p, const KigDocument &doc) const |
| Return whether this Curve contains the given point.
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Coordinate | attachPoint () const |
| Returns a reference point where to attach labels; when this returns an invalidCoord then the attachment is either not done at all, or done in a specific way (like for curves, or for points) The treatment of points could also take advantage of this attachment mechanism.
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bool | inherits (const ObjectType *t) const |
| Returns true if this Object inherits the Object type represented by t.
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bool | valid () const |
| Returns true if this is a valid Object.
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An Object representing a cubic.
◆ containsPoint()
bool Cubic::containsPoint |
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const Coordinate & |
p, |
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const KigDocument & |
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virtual |
Return whether this Curve contains the given point.
This is implemented as a numerical approximation. lementations can/should use the value test_threshold in common.h as a threshold value.
Implements Curve.
◆ copy()
Cubic * Cubic::copy |
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const |
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virtual |
Returns a copy of this Object.
The copy is an exact copy. Changes to the copy don't affect the original.
Implements Curve.
◆ equals()
bool Cubic::equals |
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const Object & |
rhs | ) |
const |
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virtual |
Returns true if this Object is equal to rhs.
This function checks whether rhs is of the same Object type, and whether it contains the same data as this Object.
Implements Object.
◆ type()
Returns the lowermost ObjectType that this object is an instantiation of.
E.g. if you want to get a string containing the internal name of the type of an object, you can do:
tn = object.type().internalName()
Implements Object.
This file is part of the documentation for tdelibs .