Java Doc for AbstractComplexVector.java in  » Science » JSci » JSci » maths » vectors » Java Source Code / Java DocumentationJava Source Code and Java Documentation

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Java Source Code / Java Documentation » Science » JSci » JSci.maths.vectors   Source Cross Reference   Class Diagram   Java Document (Java Doc)   java.lang.Object    JSci.maths.vectors.MathVector       JSci.maths.vectors.AbstractComplexVector All known Subclasses:   JSci.maths.vectors.Complex3Vector,  JSci.maths.vectors.Complex2Vector,  JSci.maths.vectors.ComplexVector, AbstractComplexVector abstract public class AbstractComplexVector extends MathVector implements HilbertSpace.Member(Code) The AbstractComplexVector class encapsulates vectors containing complex numbers. version:    1.0 author:    Mark Hale Constructor Summary protected   AbstractComplexVector(int dim)      Method Summary abstract public  AbstractComplexVector add(AbstractComplexVector v)      Returns the addition of this vector and another. abstract public  AbstractComplexVector conjugate()      Returns the complex conjugate of this vector. final public  boolean equals(Object obj)      Compares two complex vectors for equality. public  boolean equals(Object obj, double tol)      abstract public  Complex getComponent(int n)      Returns a component of this vector. abstract public  double getImagComponent(int n)      abstract public  double getRealComponent(int n)      public  Object getSet()      public  int hashCode()      Returns a hashcode for this vector. abstract public  AbstractDoubleVector imag()      Returns the imaginary part of this complex vector. public  double infNorm()      Returns the l-norm. abstract public  AbstractComplexVector mapComponents(ComplexMapping f)      Applies a function on all the vector components. public  double norm()      Returns the l2-norm (magnitude). public  AbstractComplexVector normalize()      Returns a normalised vector (a vector with norm equal to one). abstract public  AbstractDoubleVector real()      Returns the real part of this complex vector. abstract public  AbstractComplexVector scalarDivide(Complex z)      Returns the division of this vector by a scalar. abstract public  AbstractComplexVector scalarDivide(double x)      Returns the division of this vector by a scalar. abstract public  AbstractComplexVector scalarMultiply(Complex z)      Returns the multiplication of this vector by a scalar. abstract public  AbstractComplexVector scalarMultiply(double x)      Returns the multiplication of this vector by a scalar. abstract public  Complex scalarProduct(AbstractComplexVector v)      Returns the scalar product of this vector and another. abstract public  void setComponent(int n, Complex z)      Sets the value of a component of this vector. abstract public  void setComponent(int n, double x, double y)      Sets the value of a component of this vector. abstract public  AbstractComplexVector subtract(AbstractComplexVector v)      Returns the subtraction of this vector by another. public  String toString()      Returns a comma delimited string representing the value of this vector. Constructor Detail AbstractComplexVector protected AbstractComplexVector(int dim)(Code) Method Detail add abstract public AbstractComplexVector add(AbstractComplexVector v)(Code) Returns the addition of this vector and another. Parameters:   v - a complex vector exception:   VectorDimensionException - If the vectors are different sizes. conjugate abstract public AbstractComplexVector conjugate()(Code) Returns the complex conjugate of this vector. equals final public boolean equals(Object obj)(Code) Compares two complex vectors for equality. Two vectors are considered to be equal if the norm of their difference is within the zero tolerance. Parameters:   obj - a complex vector equals public boolean equals(Object obj, double tol)(Code) getComponent abstract public Complex getComponent(int n)(Code) Returns a component of this vector. Parameters:   n - index of the vector component exception:   VectorDimensionException - If attempting to access an invalid component. getImagComponent abstract public double getImagComponent(int n)(Code) getRealComponent abstract public double getRealComponent(int n)(Code) getSet public Object getSet()(Code) hashCode public int hashCode()(Code) Returns a hashcode for this vector. imag abstract public AbstractDoubleVector imag()(Code) Returns the imaginary part of this complex vector. infNorm public double infNorm()(Code) Returns the l-norm. mapComponents abstract public AbstractComplexVector mapComponents(ComplexMapping f)(Code) Applies a function on all the vector components. Parameters:   f - a user-defined function a complex vector norm public double norm()(Code) Returns the l2-norm (magnitude). normalize public AbstractComplexVector normalize()(Code) Returns a normalised vector (a vector with norm equal to one). real abstract public AbstractDoubleVector real()(Code) Returns the real part of this complex vector. scalarDivide abstract public AbstractComplexVector scalarDivide(Complex z)(Code) Returns the division of this vector by a scalar. Parameters:   z - a complex number exception:   ArithmeticException - If divide by zero. scalarDivide abstract public AbstractComplexVector scalarDivide(double x)(Code) Returns the division of this vector by a scalar. Parameters:   x - a double exception:   ArithmeticException - If divide by zero. scalarMultiply abstract public AbstractComplexVector scalarMultiply(Complex z)(Code) Returns the multiplication of this vector by a scalar. Parameters:   z - a complex number scalarMultiply abstract public AbstractComplexVector scalarMultiply(double x)(Code) Returns the multiplication of this vector by a scalar. Parameters:   x - a double scalarProduct abstract public Complex scalarProduct(AbstractComplexVector v)(Code) Returns the scalar product of this vector and another. Parameters:   v - a complex vector exception:   VectorDimensionException - If the vectors are different sizes. setComponent abstract public void setComponent(int n, Complex z)(Code) Sets the value of a component of this vector. Should only be used to initialise this vector. Parameters:   n - index of the vector component Parameters:   z - a complex number exception:   VectorDimensionException - If attempting to access an invalid component. setComponent abstract public void setComponent(int n, double x, double y)(Code) Sets the value of a component of this vector. Should only be used to initialise this vector. Parameters:   n - index of the vector component Parameters:   x - the real part of a complex number Parameters:   y - the imaginary part of a complex number exception:   VectorDimensionException - If attempting to access an invalid component. subtract abstract public AbstractComplexVector subtract(AbstractComplexVector v)(Code) Returns the subtraction of this vector by another. Parameters:   v - a complex vector exception:   VectorDimensionException - If the vectors are different sizes. toString public String toString()(Code) Returns a comma delimited string representing the value of this vector. Fields inherited from JSci.maths.vectors.MathVector final protected int N(Code)(Java Doc) Methods inherited from JSci.maths.vectors.MathVector final public int dimension()(Code)(Java Doc) protected static String getInvalidComponentMsg(int i)(Code)(Java Doc) abstract public double norm()(Code)(Java Doc) Methods inherited from java.lang.Object native protected Object clone() throws CloneNotSupportedException(Code)(Java Doc) public boolean equals(Object obj)(Code)(Java Doc) protected void finalize() throws Throwable(Code)(Java Doc) final native public Class getClass()(Code)(Java Doc) native public int hashCode()(Code)(Java Doc) final native public void notify()(Code)(Java Doc) final native public void notifyAll()(Code)(Java Doc) public String toString()(Code)(Java Doc) final native public void wait(long timeout) throws InterruptedException(Code)(Java Doc) final public void wait(long timeout, int nanos) throws InterruptedException(Code)(Java Doc) final public void wait() throws InterruptedException(Code)(Java Doc)