Uses of Interface
net.jinx.slowmath.Real

Packages that use Real

net.jinx.slowmath

Uses of Real in net.jinx.slowmath

Classes in net.jinx.slowmath that implement Real

class	ADouble Implementation of Real that uses double as it's type.
class	AFloat Implementation of Real that uses float as it's type.

Methods in net.jinx.slowmath that return Real

Real	Real.abs() Returns the absolute value of this Real.
Real	AFloat.abs()
Real	ADouble.abs()
Real	Real.acos() Returns the arc cosine of this Real.
Real	AFloat.acos()
Real	ADouble.acos()
Real	Real.add(Real v) Adds this and another Real together, returning the results.
Real	AFloat.add(Real v)
Real	ADouble.add(Real v)
Real	Real.asin() Returns the arc sine of this Real.
Real	AFloat.asin()
Real	ADouble.asin()
Real	Real.atan() Returns the arc tanget of this Real.
Real	AFloat.atan()
Real	ADouble.atan()
Real	Real.cos() Returns the cosine of this Real.
Real	AFloat.cos()
Real	ADouble.cos()
Real	Real.divide(Real v) Divides this by another Real together, returning the results.
Real	AFloat.divide(Real v)
Real	ADouble.divide(Real v)
Real	Vector.dot(Vector v) Returns a Vector whose value is the dot product of this and v.
static Real	MathUtil.e()
Real	Real.exp() Returns Euler's number raised by this Real.
Real	AFloat.exp()
Real	ADouble.exp()
Real	Matrix3D.get(int row, int col) Returns a given element of this Matrix3D.
Real	Quaternion.getW() Provides the W coordinate.
Real	Quaternion.getX() Provides the X coordinate.
Real	Vector.getX() Provides the X coordinate.
Real	Quaternion.getY() Provides the Y coordinate.
Real	Vector.getY() Provides the Y coordinate.
Real	Quaternion.getZ() Provides the Z coordinate.
Real	Vector.getZ() Provides the Z coordinate.
Real	Real.log() Returns the natural logarithm of this Real.
Real	AFloat.log()
Real	ADouble.log()
Real	Quaternion.magnitude()
Real	Vector.magnitude() Returns the the following: sqrt(X*X + Y*Y + Z*Z).
Real	Real.max(Real v) Returns the maximum of this Real and another.
Real	AFloat.max(Real v)
Real	ADouble.max(Real v)
Real	Real.min(Real v) Returns the minimum of this Real and another.
Real	AFloat.min(Real v)
Real	ADouble.min(Real v)
Real	Real.multiply(Real v) Multiplies this and another Real together, returning the results.
Real	AFloat.multiply(Real v)
Real	ADouble.multiply(Real v)
Real	Real.negate() Returns the negation of this Real.
Real	AFloat.negate()
Real	ADouble.negate()
static Real	MathUtil.negOne()
static Real	MathUtil.one()
static Real	MathUtil.oneHalf()
static Real	MathUtil.parseReal(java.lang.String s) Parses a value from the String.
static Real	MathUtil.pi()
Real	Real.pow(Real v) Returns the power of this Real raised by another.
Real	AFloat.pow(Real v)
Real	ADouble.pow(Real v)
Real	Real.signum() Returns the signum of this Real.
Real	AFloat.signum()
Real	ADouble.signum()
Real	Real.sin() Returns the sine of this Real.
Real	AFloat.sin()
Real	ADouble.sin()
Real	Real.sqrt() Returns the square root of this Real.
Real	AFloat.sqrt()
Real	ADouble.sqrt()
Real	Real.subtract(Real v) Subtracts another Real from this, returning the results.
Real	AFloat.subtract(Real v)
Real	ADouble.subtract(Real v)
Real	Real.tan() Returns the tangent of this Real.
Real	AFloat.tan()
Real	ADouble.tan()
static Real	MathUtil.two()
static Real	MathUtil.wrapDouble(double v) Constructs a type-neutral Real for the given double.
static Real	MathUtil.wrapLong(long v) Wraps a long in a Real in a type-neutral manner.
static Real	MathUtil.zero()

Methods in net.jinx.slowmath with parameters of type Real

Quaternion	Quaternion.add(Real n)
Real	Real.add(Real v) Adds this and another Real together, returning the results.
Vector	Vector.add(Real v) Returns the result of adding v to this Vector.
Real	AFloat.add(Real v)
Real	ADouble.add(Real v)
Matrix3D	Matrix3D.applyPerspective(Real d) Applies a perspective transformation and returns the result.
int	Real.compareTo(Real v) Compares this Real with v.
int	AFloat.compareTo(Real v)
int	ADouble.compareTo(Real v)
Quaternion	Quaternion.divide(Real n)
Real	Real.divide(Real v) Divides this by another Real together, returning the results.
Vector	Vector.divide(Real v) Returns the result of this Vector divided by v.
Real	AFloat.divide(Real v)
Real	ADouble.divide(Real v)
Real	Real.max(Real v) Returns the maximum of this Real and another.
Real	AFloat.max(Real v)
Real	ADouble.max(Real v)
Real	Real.min(Real v) Returns the minimum of this Real and another.
Real	AFloat.min(Real v)
Real	ADouble.min(Real v)
Quaternion	Quaternion.multiply(Real n)
Real	Real.multiply(Real v) Multiplies this and another Real together, returning the results.
Vector	Vector.multiply(Real v) Returns the result of multiplying v with this Vector.
Real	AFloat.multiply(Real v)
Real	ADouble.multiply(Real v)
static Matrix3D	Matrix3D.perspectiveMatrix(Real d) Constructs a perspective transformation Matrix3D.
Real	Real.pow(Real v) Returns the power of this Real raised by another.
Real	AFloat.pow(Real v)
Real	ADouble.pow(Real v)
Matrix3D	Matrix3D.rotateX(Real t) Applies a rotation transformation and returns the result.
Matrix3D	Matrix3D.rotateY(Real t) Applies a rotation transformation and returns the result.
Matrix3D	Matrix3D.rotateZ(Real t) Applies a rotation transformation and returns the result.
Matrix3D	Matrix3D.scale(Real s) Applies a scale transformation and returns the result.
Matrix3D	Matrix3D.scale(Real x, Real y, Real z) Applies a scale transformation and returns the result.
static Matrix3D	Matrix3D.scalingMatrix(Real s) Constructs a scaling Matrix3D.
static Matrix3D	Matrix3D.scalingMatrix(Real vx, Real vy, Real vz) Constructs a scaling Matrix3D.
Quaternion	Quaternion.subtract(Real n)
Real	Real.subtract(Real v) Subtracts another Real from this, returning the results.
Vector	Vector.subtract(Real v) Returns the result of subtracting v from this Vector.
Real	AFloat.subtract(Real v)
Real	ADouble.subtract(Real v)
static Matrix3D	Matrix3D.xRotationMatrix(Real t) Constructs a rotation Matrix3D for rotating around the X axis.
static Matrix3D	Matrix3D.yRotationMatrix(Real t) Constructs a rotation Matrix3D for rotating around the Y axis.
static Matrix3D	Matrix3D.zRotationMatrix(Real t) Constructs a rotation Matrix3D for rotating around the Z axis.

Constructors in net.jinx.slowmath with parameters of type Real

Matrix3D(Real[] values)
Constructs a Matrix3D using the array of Reals.

Quaternion(Real[] vec)
Constructs a new Quaternion with the given W/X/Y/Z coordinates.

Quaternion(Real x, Real y, Real z, Real w)
Constructs a new Quaternion with the given W/X/Y/Z coordinates.

Quaternion(Vector v, Real w)

Vector(Real[] vec)
Constructs a new Vector with the given X/Y/Z coordinates.

Vector(Real x, Real y, Real z)
Constructs a new Vector with the given X/Y/Z coordinates.