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BezierCurveT.hh
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40\*===========================================================================*/
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46//=============================================================================
47//
48// CLASS BezierCurveT
49//
50//=============================================================================
51
52
53#ifndef ACG_BEZIERCURVE_HH
54#define ACG_BEZIERCURVE_HH
55
56
57//== INCLUDES =================================================================
58
59
60#include "VectorT.hh"
61#include <vector>
62
63
64//== NAMESPACES ==============================================================
65
66
67namespace ACG {
68
69
70//== CLASS DEFINITION =========================================================
71
72
76template <class Point>
77class BezierCurveT : public std::vector<Point>
78{
79public:
80
81 typedef typename Point::value_type Scalar;
83 typedef std::vector<Point> Base;
84
85
88
91
92
94 unsigned int degree() const { return Base::size()-1; }
95
96
98 Point operator()(Scalar _t) const;
99
100
104 void subdivide(Scalar _t, Self& _curve0, Self& _curve1) const;
105
106};
107
108
109//=============================================================================
110} // namespace ACG
111//=============================================================================
112#if defined(INCLUDE_TEMPLATES) && !defined(ACG_BEZIERCURVE_C)
113#define ACG_BEZIERCURVE_TEMPLATES
114#include "BezierCurveT_impl.hh"
115#endif
116//=============================================================================
117#endif // ACG_BEZIERCURVE_HH defined
118//=============================================================================
119
~BezierCurveT()
destructor
unsigned int degree() const
return degree (= size()-1)
void subdivide(Scalar _t, Self &_curve0, Self &_curve1) const
Point operator()(Scalar _t) const
evaluate curve at parameter _t using deCasteljau
BezierCurveT()
constructor
Namespace providing different geometric functions concerning angles.