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package jcliffford | ||||||||
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Uses of Clifford in jclifford |
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Subclasses of Clifford in jclifford | |
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class |
Homogeneous
This class represents the Homogeneous coordinates. |
Fields in jclifford declared as Clifford | |
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private static Clifford |
Homogeneous.e
e = e- + e+, where e+ * e+ = 1 and e- * e- = -1. |
private static Clifford |
Homogeneous.E
E = e ^ eo is the unit pseudoscalar of Minkowski plane R1,1. |
private static Clifford |
Homogeneous.eo
eo = 0.5 * (e- - e+), {eo, e} forms a null basis eo * eo = e * e = 0. |
private static Clifford |
Homogeneous.he
he = 0.5 * e. |
protected static Clifford |
Clifford.pseudoScalar
Algebra's pseudoscalar. |
Methods in jclifford that return Clifford | |
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Clifford |
Clifford.add(Clifford cl)
Adds two elements. |
Clifford |
Clifford.comm(Clifford cl)
Computes the commutation with the specified element. |
Clifford |
Clifford.conj()
Computes the conjugation of this element. |
Clifford |
Clifford.dual()
Computes the dual of this element. |
Clifford |
Clifford.gP(Clifford cl)
Computes the geometric product of two elements. |
Clifford |
Clifford.gP(double scalar)
Computes the geometric product of an element and a scalar. |
Clifford |
Clifford.grade(int grade)
Grades an element. |
Clifford |
Clifford.gradeInv()
Computes the grade involution of this element. |
Clifford |
Clifford.inv()
Computes the inverse of this element. |
Clifford |
Clifford.lC(Clifford cl)
Computes the left contraction with the specified element. |
Clifford |
Clifford.meet(Clifford cl)
Computes the meet with the specified element. |
Clifford |
Clifford.meet(Clifford cl,
Clifford is)
Computes the meet with the specified element in a common subspace. |
Clifford |
Clifford.rC(Clifford cl)
Computes the right contraction with the specified element. |
Clifford |
Clifford.reflect(Clifford n)
Computes the reflection against the specified vector. |
Clifford |
Clifford.rev()
Computes the reverse of this element. |
Clifford |
Clifford.sub(Clifford cl)
Subtracts two elements. |
Clifford |
Clifford.wP(Clifford cl)
Computes the wedge product of two elements. |
Methods in jclifford with parameters of type Clifford | |
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Clifford |
Clifford.add(Clifford cl)
Adds two elements. |
Clifford |
Clifford.comm(Clifford cl)
Computes the commutation with the specified element. |
double |
Clifford.dot(Clifford cl)
Computes the fast dot product of two vector. |
Clifford |
Clifford.gP(Clifford cl)
Computes the geometric product of two elements. |
Clifford |
Clifford.lC(Clifford cl)
Computes the left contraction with the specified element. |
Clifford |
Clifford.meet(Clifford cl)
Computes the meet with the specified element. |
Clifford |
Clifford.meet(Clifford cl,
Clifford is)
Computes the meet with the specified element in a common subspace. |
Clifford |
Clifford.rC(Clifford cl)
Computes the right contraction with the specified element. |
Clifford |
Clifford.reflect(Clifford n)
Computes the reflection against the specified vector. |
Clifford |
Clifford.sub(Clifford cl)
Subtracts two elements. |
Clifford |
Clifford.wP(Clifford cl)
Computes the wedge product of two elements. |
Constructors in jclifford with parameters of type Clifford | |
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Homogeneous(Clifford cl)
Creates and returns an element in Homogeneous generalized model. |
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package jclifford | ||||||||
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