Uses of Class
org.xmlcml.euclid.Angle

Packages that use Angle

Package	Description
org.xmlcml.euclid

Uses of Angle in org.xmlcml.euclid

Methods in org.xmlcml.euclid that return Angle

Modifier and Type	Method and Description
Angle	Real2Vector.angle(int i1, int i2, int i3) get angle between 3 points
Angle	Point3Vector.angle(int i1, int i2, int i3) get angle between 3 points.
Angle	Real2Vector.angle(IntSet is) get angle between 3 points
Angle	Point3Vector.angle(IntSet is) get angle between 3 points
static Angle	Point3.getAngle(Point3 p1, Point3 p2, Point3 p3) get angle.
static Angle	Real2.getAngle(Real2 p1, Real2 p2, Real2 p3) get angle between 3 Real2s (the second is in the centre)
Angle	Line2.getAngleMadeWith(Line2 line) convenience method.
Angle	Plane3.getAngleMadeWith(Plane3 pl2) the angle between 2 planes.
Angle	Vector2.getAngleMadeWith(Vector2 v) I *think* I have written this so that the angle is positive as this rotates anticlockwise to vector.
Angle	Vector3.getAngleMadeWith(Vector3 v2) calculate unsigned angle between vectors result = angle between this and v2 uses acos(this.dot.v2) so angle is unsigned does not alter this.
Angle	Transform2.getAngleOfRotation() interpret current matrix as rotation about axis NOT YET CHECKED; assume combined rotation and Xskew and isotropic scale (cos -sin) * (1 d) // d is tan(skew angle) (sin cos) (0 1) gives (cos d.cos-sin) (sin d.sin+cos)
Angle	Transform2.getAngleOfRotationNew() interpret current matrix as rotation about axis NOT YET CHECKED; assume combined rotation and Xskew and isotropic scale (cos -sin) * (1 tand) // d is tan(skew angle) (sin cos) (0 1) gives (cos tand.cos-sin) (sin tand.sin+cos)
Angle	Transform2.getAngleOfSkew(double eps) interpret current matrix as rotation about axis NOT YET CHECKED; assume combined rotation and Xskew and isotropic scale (cos -sin) * (1 tand) // d is tan(skew angle) (sin cos) (0 1) gives (cos tand.cos-sin) (sin tand.sin+cos)
Angle	Polar.getTheta() gets angular part
Angle	Complex.getTheta() angle.
static Angle	Point3.getTorsion(Point3 p1, Point3 p2, Point3 p3, Point3 p4) torsion angle.
Angle	Angle.multiplyBy(double f) multiply an angle by a scalar
Angle	Angle.plus(Angle a2) add two angles
Angle	Angle.subtract(Angle a2) subtract two angles
Angle	Point3Vector.torsion(int i1, int i2, int i3, int i4) get torsion angle between 4 points.
Angle	Point3Vector.torsion(IntSet is) get torsion angle between 4 points.

Methods in org.xmlcml.euclid with parameters of type Angle

Modifier and Type	Method and Description
static Point3	Point3.calculateFromInternalCoordinates(Point3 p1, Point3 p2, Point3 p3, double length, Angle angle, Angle torsion) add point using internal coordinates.
Double	Line2.calculateUnsignedDistanceBetweenLines(Line2 line, Angle eps) calculated unsigned distance between parallel lines.
int	Transform3.getAxisAndAngle(Vector3 axis, Angle ang) interpret current matrix as rotation about general axis.
Integer	Angle.getRightAngle(Angle eps) Tests whether this is a right angle.
static Transform2	Transform2.getRotationAboutPoint(Angle angle, Real2 point) rotate about a point.
boolean	Angle.greaterThan(Angle a) is one angle greater than another (after normalisation)
boolean	Angle.greaterThanOrEquals(Angle a) is one angle greater than or equal to another (after normalisation)
boolean	Line2.isAntiParallelTo(Line2 line, Angle eps)
boolean	Angle.isEqualTo(Angle a) are two angles equal
boolean	Angle.isEqualTo(Angle a, double eps) are two angles equal
boolean	Line2.isHorizontal(Angle eps)
Boolean	Line2.isParallelOrAntiParallelTo(Line2 line, Angle eps) are unsigned lines parallel.
Boolean	Line2.isParallelTo(Line2 line, Angle eps) are two lines parallel within tolerance.
Boolean	Line2.isPerpendicularTo(Line2 line, Angle angleEps)
boolean	Line2.isVertical(Angle eps)
boolean	Angle.lessThan(Angle a) is one angle less than another (after normalisation)
boolean	Angle.lessThanOrEquals(Angle a) is one angle less than or equal to another (after normalisation)
Angle	Angle.plus(Angle a2) add two angles
void	Real2Vector.rotateAboutCentroid(Angle a) rotate about centroid by given angle; MODIFIES 'this'
void	Angle.shallowCopy(Angle a) shallowCopy
Angle	Angle.subtract(Angle a2) subtract two angles

Constructors in org.xmlcml.euclid with parameters of type Angle

Constructor and Description
Angle(Angle a) copy constructor
Complex(double r, Angle th) in polar coords
Polar(double a, Angle b) constructor.
Transform2(Angle zrot) clockwise rotation about z- axis
Transform3(Angle xrot, Angle yrot, Angle zrot) from rotation about the three orthogonal axes.
Transform3(Axis.Axis3 axis, Angle rot) from rotation about an axis.
Transform3(Line3 l, Angle a) Rotation about a line.
Transform3(Vector3 v, Angle a) from rotation about a vector.