17181727464

Committed 04 Aug 2025 07:19PM UTC coverage: 26.702% (+0.3%) from 26.388%

Build # 17181727464

Build Type

push

github

Committed by

web-flow

Commit Message

Bump min SDK to 3.7, update dependencies, reformat (#348)

Run Details

496 of 1182 new or added lines in 55 files covered. (41.96%)

18 existing lines in 8 files now uncovered.

4463 of 16714 relevant lines covered (26.7%)

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59.32

/lib/src/vector_math/quad.dart

// Copyright (c) 2015, Google Inc. Please see the AUTHORS file for details.
// All rights reserved. Use of this source code is governed by a BSD-style
// license that can be found in the LICENSE file.

part of '../../vector_math.dart';

/// Defines a quad by four points.
class Quad {
  final Vector3 _point0;
  final Vector3 _point1;
  final Vector3 _point2;
  final Vector3 _point3;

  /// The first point of the quad.
  Vector3 get point0 => _point0;

  /// The second point of the quad.
  Vector3 get point1 => _point1;

  /// The third point of the quad.
  Vector3 get point2 => _point2;

  /// The fourth point of the quad.
  Vector3 get point3 => _point3;

  /// Create a new, uninitialized quad.
  Quad()
    : _point0 = Vector3.zero(),
      _point1 = Vector3.zero(),
      _point2 = Vector3.zero(),
      _point3 = Vector3.zero();

  /// Create a quad as a copy of [other].
  Quad.copy(Quad other)
    : _point0 = Vector3.copy(other._point0),
      _point1 = Vector3.copy(other._point1),
      _point2 = Vector3.copy(other._point2),
      _point3 = Vector3.copy(other._point3);

  /// Create a quad by four points.
  Quad.points(Vector3 point0, Vector3 point1, Vector3 point2, Vector3 point3)
    : _point0 = Vector3.copy(point0),
      _point1 = Vector3.copy(point1),
      _point2 = Vector3.copy(point2),
      _point3 = Vector3.copy(point3);

  /// Copy the quad from [other] into this.
  void copyFrom(Quad other) {
    _point0.setFrom(other._point0);
    _point1.setFrom(other._point1);
    _point2.setFrom(other._point2);
    _point3.setFrom(other._point3);
  }

  /// Copy the normal of this into [normal].
  void copyNormalInto(Vector3 normal) {
    final v0 = _point0.clone()..sub(_point1);
    normal
      ..setFrom(_point2)
      ..sub(_point1)
      ..crossInto(v0, normal)
      ..normalize();
  }

  /// Copies the two triangles that define this.
  void copyTriangles(Triangle triangle0, Triangle triangle1) {
    triangle0._point0.setFrom(_point0);
    triangle0._point1.setFrom(_point1);
    triangle0._point2.setFrom(_point2);
    triangle1._point0.setFrom(_point0);
    triangle1._point1.setFrom(_point3);
    triangle1._point2.setFrom(_point2);
  }

  /// Transform this by the transform [t].
  void transform(Matrix4 t) {
    t
      ..transform3(_point0)
      ..transform3(_point1)
      ..transform3(_point2)
      ..transform3(_point3);
  }

  /// Translate this by [offset].
  void translate(Vector3 offset) {
    _point0.add(offset);
    _point1.add(offset);
    _point2.add(offset);
    _point3.add(offset);
  }

  /// Returns a printable string
  @override
  String toString() =>
      '[0] $_point0\n[1] $_point1\n'
      '[2] $_point2\n[3] $_point3\n';

  /// Check if two quad are the same.
  @override
  bool operator ==(Object other) =>
      (other is Quad) &&
      (_point3 == other._point3) &&
      (_point2 == other._point2) &&
      (_point1 == other._point1) &&
      (_point0 == other._point0);

  @override
  int get hashCode => Object.hash(_point0, _point1, _point2, _point3);
}

1	// Copyright (c) 2015, Google Inc. Please see the AUTHORS file for details.
2	// All rights reserved. Use of this source code is governed by a BSD-style
3	// license that can be found in the LICENSE file.
4
5	part of '../../vector_math.dart';
6
7	/// Defines a quad by four points.
8	class Quad {
9	final Vector3 _point0;
10	final Vector3 _point1;
11	final Vector3 _point2;
12	final Vector3 _point3;
13
14	/// The first point of the quad.
15	Vector3 get point0 => _point0;	4✔
16
17	/// The second point of the quad.
18	Vector3 get point1 => _point1;	4✔
19
20	/// The third point of the quad.
21	Vector3 get point2 => _point2;	4✔
22
23	/// The fourth point of the quad.
24	Vector3 get point3 => _point3;	4✔
25
26	/// Create a new, uninitialized quad.
27	Quad()	×
NEW 28	: _point0 = Vector3.zero(),	×
NEW 29	_point1 = Vector3.zero(),	×
NEW 30	_point2 = Vector3.zero(),	×
NEW 31	_point3 = Vector3.zero();	×
32
33	/// Create a quad as a copy of [other].
34	Quad.copy(Quad other)	1✔
35	: _point0 = Vector3.copy(other._point0),	2✔
36	_point1 = Vector3.copy(other._point1),	2✔
37	_point2 = Vector3.copy(other._point2),	2✔
38	_point3 = Vector3.copy(other._point3);	2✔
39
40	/// Create a quad by four points.
41	Quad.points(Vector3 point0, Vector3 point1, Vector3 point2, Vector3 point3)	2✔
42	: _point0 = Vector3.copy(point0),	2✔
43	_point1 = Vector3.copy(point1),	2✔
44	_point2 = Vector3.copy(point2),	2✔
45	_point3 = Vector3.copy(point3);	2✔
46
47	/// Copy the quad from [other] into this.
48	void copyFrom(Quad other) {	×
49	_point0.setFrom(other._point0);	×
50	_point1.setFrom(other._point1);	×
51	_point2.setFrom(other._point2);	×
52	_point3.setFrom(other._point3);	×
53	}
54
55	/// Copy the normal of this into [normal].
56	void copyNormalInto(Vector3 normal) {	1✔
57	final v0 = _point0.clone()..sub(_point1);	4✔
58	normal
59	..setFrom(_point2)	2✔
60	..sub(_point1)	2✔
61	..crossInto(v0, normal)	1✔
62	..normalize();	1✔
63	}
64
65	/// Copies the two triangles that define this.
66	void copyTriangles(Triangle triangle0, Triangle triangle1) {	1✔
67	triangle0._point0.setFrom(_point0);	3✔
68	triangle0._point1.setFrom(_point1);	3✔
69	triangle0._point2.setFrom(_point2);	3✔
70	triangle1._point0.setFrom(_point0);	3✔
71	triangle1._point1.setFrom(_point3);	3✔
72	triangle1._point2.setFrom(_point2);	3✔
73	}
74
75	/// Transform this by the transform [t].
76	void transform(Matrix4 t) {	×
77	t
78	..transform3(_point0)	×
79	..transform3(_point1)	×
80	..transform3(_point2)	×
81	..transform3(_point3);	×
82	}
83
84	/// Translate this by [offset].
85	void translate(Vector3 offset) {	×
86	_point0.add(offset);	×
87	_point1.add(offset);	×
88	_point2.add(offset);	×
89	_point3.add(offset);	×
90	}
91
92	/// Returns a printable string
93	@override	×
NEW 94	String toString() =>	×
NEW 95	'[0] $_point0\n[1] $_point1\n'	×
UNCOV 96	'[2] $_point2\n[3] $_point3\n';	×
97
98	/// Check if two quad are the same.
99	@override	1✔
100	bool operator ==(Object other) =>
101	(other is Quad) &&	1✔
102	(_point3 == other._point3) &&	3✔
103	(_point2 == other._point2) &&	3✔
104	(_point1 == other._point1) &&	3✔
105	(_point0 == other._point0);	3✔
106
107	@override	1✔
108	int get hashCode => Object.hash(_point0, _point1, _point2, _point3);	5✔
109	}

google / vector_math.dart / 17181727464

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