| Line | Source Code | Coverage |
|---|
| 1 | | - |
| 2 | | - |
| 3 | QDebug operator<<(QDebug d, const QLine &p) | - |
| 4 | { | - |
| 5 | d << "QLine(" << p.p1() << ',' << p.p2() << ')'; | - |
| 6 | return d; executed: return d;Execution Count:1 | 1 |
| 7 | } | - |
| 8 | QDataStream &operator<<(QDataStream &stream, const QLine &line) | - |
| 9 | { | - |
| 10 | stream << line.p1() << line.p2(); | - |
| 11 | return stream; executed: return stream;Execution Count:3 | 3 |
| 12 | } | - |
| 13 | QDataStream &operator>>(QDataStream &stream, QLine &line) | - |
| 14 | { | - |
| 15 | QPoint p1, p2; | - |
| 16 | stream >> p1; | - |
| 17 | stream >> p2; | - |
| 18 | line = QLine(p1, p2); | - |
| 19 | | - |
| 20 | return stream; executed: return stream;Execution Count:7 | 7 |
| 21 | } | - |
| 22 | qreal QLineF::length() const | - |
| 23 | { | - |
| 24 | qreal x = pt2.x() - pt1.x(); | - |
| 25 | qreal y = pt2.y() - pt1.y(); | - |
| 26 | return qSqrt(x*x + y*y); executed: return qSqrt(x*x + y*y);Execution Count:28476 | 28476 |
| 27 | } | - |
| 28 | qreal QLineF::angle() const | - |
| 29 | { | - |
| 30 | const qreal dx = pt2.x() - pt1.x(); | - |
| 31 | const qreal dy = pt2.y() - pt1.y(); | - |
| 32 | | - |
| 33 | const qreal theta = qAtan2(-dy, dx) * 360.0 / 6.28318530717958647692528676655900576; | - |
| 34 | | - |
| 35 | const qreal theta_normalized = theta < 0 ? theta + 360 : theta; evaluated: theta < 0| yes Evaluation Count:3739 | yes Evaluation Count:4367 |
| 3739-4367 |
| 36 | | - |
| 37 | if (qFuzzyCompare(theta_normalized, qreal(360))) evaluated: qFuzzyCompare(theta_normalized, qreal(360))| yes Evaluation Count:2 | yes Evaluation Count:8104 |
| 2-8104 |
| 38 | return qreal(0); executed: return qreal(0);Execution Count:2 | 2 |
| 39 | else | - |
| 40 | return theta_normalized; executed: return theta_normalized;Execution Count:8104 | 8104 |
| 41 | } | - |
| 42 | void QLineF::setAngle(qreal angle) | - |
| 43 | { | - |
| 44 | const qreal angleR = angle * 6.28318530717958647692528676655900576 / 360.0; | - |
| 45 | const qreal l = length(); | - |
| 46 | | - |
| 47 | const qreal dx = qCos(angleR) * l; | - |
| 48 | const qreal dy = -qSin(angleR) * l; | - |
| 49 | | - |
| 50 | pt2.rx() = pt1.x() + dx; | - |
| 51 | pt2.ry() = pt1.y() + dy; | - |
| 52 | } executed: }Execution Count:1804 | 1804 |
| 53 | QLineF QLineF::fromPolar(qreal length, qreal angle) | - |
| 54 | { | - |
| 55 | const qreal angleR = angle * 6.28318530717958647692528676655900576 / 360.0; | - |
| 56 | return QLineF(0, 0, qCos(angleR) * length, -qSin(angleR) * length); executed: return QLineF(0, 0, qCos(angleR) * length, -qSin(angleR) * length);Execution Count:4169 | 4169 |
| 57 | } | - |
| 58 | | - |
| 59 | | - |
| 60 | | - |
| 61 | | - |
| 62 | | - |
| 63 | | - |
| 64 | | - |
| 65 | QLineF QLineF::unitVector() const | - |
| 66 | { | - |
| 67 | qreal x = pt2.x() - pt1.x(); | - |
| 68 | qreal y = pt2.y() - pt1.y(); | - |
| 69 | | - |
| 70 | qreal len = qSqrt(x*x + y*y); | - |
| 71 | QLineF f(p1(), QPointF(pt1.x() + x/len, pt1.y() + y/len)); | - |
| 72 | | - |
| 73 | | - |
| 74 | | - |
| 75 | | - |
| 76 | | - |
| 77 | | - |
| 78 | return f; executed: return f;Execution Count:36455 | 36455 |
| 79 | } | - |
| 80 | QLineF::IntersectType QLineF::intersect(const QLineF &l, QPointF *intersectionPoint) const | - |
| 81 | { | - |
| 82 | | - |
| 83 | const QPointF a = pt2 - pt1; | - |
| 84 | const QPointF b = l.pt1 - l.pt2; | - |
| 85 | const QPointF c = pt1 - l.pt1; | - |
| 86 | | - |
| 87 | const qreal denominator = a.y() * b.x() - a.x() * b.y(); | - |
| 88 | if (denominator == 0 || !qt_is_finite(denominator)) evaluated: denominator == 0| yes Evaluation Count:3431 | yes Evaluation Count:3407 |
partially evaluated: !qt_is_finite(denominator)| no Evaluation Count:0 | yes Evaluation Count:3407 |
| 0-3431 |
| 89 | return NoIntersection; executed: return NoIntersection;Execution Count:3431 | 3431 |
| 90 | | - |
| 91 | const qreal reciprocal = 1 / denominator; | - |
| 92 | const qreal na = (b.y() * c.x() - b.x() * c.y()) * reciprocal; | - |
| 93 | if (intersectionPoint) partially evaluated: intersectionPoint| yes Evaluation Count:3407 | no Evaluation Count:0 |
| 0-3407 |
| 94 | *intersectionPoint = pt1 + a * na; executed: *intersectionPoint = pt1 + a * na;Execution Count:3407 | 3407 |
| 95 | | - |
| 96 | if (na < 0 || na > 1) evaluated: na < 0| yes Evaluation Count:5 | yes Evaluation Count:3402 |
evaluated: na > 1| yes Evaluation Count:1201 | yes Evaluation Count:2201 |
| 5-3402 |
| 97 | return UnboundedIntersection; executed: return UnboundedIntersection;Execution Count:1206 | 1206 |
| 98 | | - |
| 99 | const qreal nb = (a.x() * c.y() - a.y() * c.x()) * reciprocal; | - |
| 100 | if (nb < 0 || nb > 1) partially evaluated: nb < 0| no Evaluation Count:0 | yes Evaluation Count:2201 |
evaluated: nb > 1| yes Evaluation Count:1 | yes Evaluation Count:2200 |
| 0-2201 |
| 101 | return UnboundedIntersection; executed: return UnboundedIntersection;Execution Count:1 | 1 |
| 102 | | - |
| 103 | return BoundedIntersection; executed: return BoundedIntersection;Execution Count:2200 | 2200 |
| 104 | } | - |
| 105 | qreal QLineF::angleTo(const QLineF &l) const | - |
| 106 | { | - |
| 107 | if (isNull() || l.isNull()) partially evaluated: isNull()| no Evaluation Count:0 | yes Evaluation Count:2781 |
partially evaluated: l.isNull()| no Evaluation Count:0 | yes Evaluation Count:2781 |
| 0-2781 |
| 108 | return 0; never executed: return 0; | 0 |
| 109 | | - |
| 110 | const qreal a1 = angle(); | - |
| 111 | const qreal a2 = l.angle(); | - |
| 112 | | - |
| 113 | const qreal delta = a2 - a1; | - |
| 114 | const qreal delta_normalized = delta < 0 ? delta + 360 : delta; evaluated: delta < 0| yes Evaluation Count:821 | yes Evaluation Count:1960 |
| 821-1960 |
| 115 | | - |
| 116 | if (qFuzzyCompare(delta, qreal(360))) partially evaluated: qFuzzyCompare(delta, qreal(360))| no Evaluation Count:0 | yes Evaluation Count:2781 |
| 0-2781 |
| 117 | return 0; never executed: return 0; | 0 |
| 118 | else | - |
| 119 | return delta_normalized; executed: return delta_normalized;Execution Count:2781 | 2781 |
| 120 | } | - |
| 121 | qreal QLineF::angle(const QLineF &l) const | - |
| 122 | { | - |
| 123 | if (isNull() || l.isNull()) partially evaluated: isNull()| no Evaluation Count:0 | yes Evaluation Count:183 |
partially evaluated: l.isNull()| no Evaluation Count:0 | yes Evaluation Count:183 |
| 0-183 |
| 124 | return 0; never executed: return 0; | 0 |
| 125 | qreal cos_line = (dx()*l.dx() + dy()*l.dy()) / (length()*l.length()); | - |
| 126 | qreal rad = 0; | - |
| 127 | | - |
| 128 | if (cos_line >= -1.0 && cos_line <= 1.0) rad = qAcos( cos_line ); executed: rad = qAcos( cos_line );Execution Count:182 partially evaluated: cos_line >= -1.0| yes Evaluation Count:183 | no Evaluation Count:0 |
evaluated: cos_line <= 1.0| yes Evaluation Count:182 | yes Evaluation Count:1 |
| 0-183 |
| 129 | return rad * 360 / 6.28318530717958647692528676655900576; executed: return rad * 360 / 6.28318530717958647692528676655900576;Execution Count:183 | 183 |
| 130 | } | - |
| 131 | | - |
| 132 | | - |
| 133 | | - |
| 134 | QDebug operator<<(QDebug d, const QLineF &p) | - |
| 135 | { | - |
| 136 | d << "QLineF(" << p.p1() << ',' << p.p2() << ')'; | - |
| 137 | return d; executed: return d;Execution Count:1 | 1 |
| 138 | } | - |
| 139 | QDataStream &operator<<(QDataStream &stream, const QLineF &line) | - |
| 140 | { | - |
| 141 | stream << line.p1() << line.p2(); | - |
| 142 | return stream; executed: return stream;Execution Count:3 | 3 |
| 143 | } | - |
| 144 | QDataStream &operator>>(QDataStream &stream, QLineF &line) | - |
| 145 | { | - |
| 146 | QPointF start, end; | - |
| 147 | stream >> start; | - |
| 148 | stream >> end; | - |
| 149 | line = QLineF(start, end); | - |
| 150 | | - |
| 151 | return stream; executed: return stream;Execution Count:7 | 7 |
| 152 | } | - |
| 153 | | - |
| 154 | | - |
| 155 | | - |
| 156 | | - |
| 157 | | - |
| | |