Uses of Class
JxnComplexArrayAlgebra
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Uses of JxnComplexArrayAlgebra in <Unnamed>
Methods in <Unnamed> that return JxnComplexArrayAlgebra Modifier and Type Method Description JxnComplexArrayAlgebraJxnComplexAlgebra. add(JxnComplexArrayAlgebra ca)Returnscaadded to this.JxnComplexArrayAlgebraJxnComplexAlgebra. add(JxnRealArrayAlgebra ra)Returnsraadded to this.JxnComplexArrayAlgebraJxnComplexArrayAlgebra. add(double d)Addsdto this.static JxnComplexArrayAlgebraJxnComplexArrayAlgebra. add(double d, JxnComplexArrayAlgebra caa)Returnsd + caa.JxnComplexArrayAlgebraJxnComplexArrayAlgebra. add(JxnComplexAlgebra cx)Addscxto this.JxnComplexArrayAlgebraJxnComplexArrayAlgebra. add(JxnComplexArrayAlgebra z)Addszto this.JxnComplexArrayAlgebraJxnRealArrayAlgebra. add(JxnComplexAlgebra cx)Addscxto this.static JxnComplexArrayAlgebraJxnComplexArrayAlgebra. conj(JxnComplexArrayAlgebra z)Return the conjugate complex for each element of the internal array ofz.static JxnComplexArrayAlgebraJxnComplexArrayAlgebra. cos(JxnComplexArrayAlgebra z)CallsJxnComplexAlgebra.cos(JxnComplexAlgebra)for each element of the internal array ofz.static JxnComplexArrayAlgebraJxnComplexArrayAlgebra. cosh(JxnComplexArrayAlgebra z)CallsJxnComplexAlgebra.cosh(JxnComplexAlgebra)for each element of the internal array ofz.JxnComplexArrayAlgebraJxnComplexAlgebra. div(JxnComplexArrayAlgebra ca)Returns this divided byca.JxnComplexArrayAlgebraJxnComplexAlgebra. div(JxnRealArrayAlgebra ra)Returns this divided byra.JxnComplexArrayAlgebraJxnComplexArrayAlgebra. div(double d)Divides this byd.static JxnComplexArrayAlgebraJxnComplexArrayAlgebra. div(double d, JxnComplexArrayAlgebra caa)Returnsd / caa.JxnComplexArrayAlgebraJxnComplexArrayAlgebra. div(JxnComplexAlgebra cx)Divides this bycx.JxnComplexArrayAlgebraJxnComplexArrayAlgebra. div(JxnComplexArrayAlgebra z)Divides this byz.JxnComplexArrayAlgebraJxnRealArrayAlgebra. div(JxnComplexAlgebra cx)Divides this bycx.static JxnComplexArrayAlgebraJxnComplexArrayAlgebra. exp(JxnComplexArrayAlgebra z)CallsJxnComplexAlgebra.exp(JxnComplexAlgebra)for each element of the internal array ofz.JxnComplexArrayAlgebraJxnComplexArrayAlgebra. inv()Replaces this by its reciprocal.static JxnComplexArrayAlgebraJxnComplexArrayAlgebra. log(JxnComplexArrayAlgebra z)CallsJxnComplexAlgebra.log(JxnComplexAlgebra)for each element of the internal array ofz.JxnComplexArrayAlgebraJxnComplexAlgebra. mul(JxnComplexArrayAlgebra ca)Returns this (post)multiplied byca.JxnComplexArrayAlgebraJxnComplexAlgebra. mul(JxnRealArrayAlgebra ra)Returns this (post)multiplied byra.JxnComplexArrayAlgebraJxnComplexArrayAlgebra. mul(double d)(Post)Multiplies this byd.static JxnComplexArrayAlgebraJxnComplexArrayAlgebra. mul(double d, JxnComplexArrayAlgebra caa)Returnsd * caa.JxnComplexArrayAlgebraJxnComplexArrayAlgebra. mul(JxnComplexAlgebra cx)(Post)Multiplies this bycx.JxnComplexArrayAlgebraJxnComplexArrayAlgebra. mul(JxnComplexArrayAlgebra z)(Post)Multiplies this byz.JxnComplexArrayAlgebraJxnRealArrayAlgebra. mul(JxnComplexAlgebra cx)(Post)Multiplies this bycx.JxnComplexArrayAlgebraJxnComplexArrayAlgebra. mulL(double d)(Pre)Multiplies this byd.JxnComplexArrayAlgebraJxnComplexAlgebra. pow(JxnRealArrayAlgebra ra)Returns this by its power ofra.JxnComplexArrayAlgebraJxnComplexArrayAlgebra. pow(double exponent)Replaces this by its power ofd.JxnComplexArrayAlgebraJxnComplexArrayAlgebra. pow(JxnRealArrayAlgebra ra)Replaces this by its power ofra.static JxnComplexArrayAlgebraJxnComplexArrayAlgebra. sin(JxnComplexArrayAlgebra z)CallsJxnComplexAlgebra.sin(JxnComplexAlgebra)for each element of the internal array ofz.static JxnComplexArrayAlgebraJxnComplexArrayAlgebra. sinh(JxnComplexArrayAlgebra z)CallsJxnComplexAlgebra.sinh(JxnComplexAlgebra)for each element of the internal array ofz.static JxnComplexArrayAlgebraJxnComplexArrayAlgebra. sqrt(JxnComplexArrayAlgebra z)CallsJxnComplexAlgebra.sqrt(JxnComplexAlgebra)for each element of the internal array ofz.JxnComplexArrayAlgebraJxnComplexAlgebra. sub(JxnComplexArrayAlgebra ca)Returnscasubtracted from this.JxnComplexArrayAlgebraJxnComplexAlgebra. sub(JxnRealArrayAlgebra ra)Returnsrasubtracted from this.JxnComplexArrayAlgebraJxnComplexArrayAlgebra. sub(double d)Subtractsdfrom this.static JxnComplexArrayAlgebraJxnComplexArrayAlgebra. sub(double d, JxnComplexArrayAlgebra caa)Returnsd - caa.JxnComplexArrayAlgebraJxnComplexArrayAlgebra. sub(JxnComplexAlgebra cx)Subtractscxfrom this.JxnComplexArrayAlgebraJxnComplexArrayAlgebra. sub(JxnComplexArrayAlgebra z)Subtractszfrom this.JxnComplexArrayAlgebraJxnRealArrayAlgebra. sub(JxnComplexAlgebra cx)Subtractscxfrom this.static JxnComplexArrayAlgebraJxnComplexArrayAlgebra. tan(JxnComplexArrayAlgebra z)CallsJxnComplexAlgebra.tan(JxnComplexAlgebra)for each element of the internal array ofz.static JxnComplexArrayAlgebraJxnComplexArrayAlgebra. tanh(JxnComplexArrayAlgebra z)CallsJxnComplexAlgebra.tanh(JxnComplexAlgebra)for each element of the internal array ofz.Methods in <Unnamed> with parameters of type JxnComplexArrayAlgebra Modifier and Type Method Description static JxnRealArrayAlgebraJxnComplexArrayAlgebra. abs(JxnComplexArrayAlgebra z)Return the magnitude of each element of the internal array ofz.JxnComplexArrayAlgebraJxnComplexAlgebra. add(JxnComplexArrayAlgebra ca)Returnscaadded to this.static JxnComplexArrayAlgebraJxnComplexArrayAlgebra. add(double d, JxnComplexArrayAlgebra caa)Returnsd + caa.JxnComplexArrayAlgebraJxnComplexArrayAlgebra. add(JxnComplexArrayAlgebra z)Addszto this.static JxnComplexArrayAlgebraJxnComplexArrayAlgebra. conj(JxnComplexArrayAlgebra z)Return the conjugate complex for each element of the internal array ofz.static JxnComplexArrayAlgebraJxnComplexArrayAlgebra. cos(JxnComplexArrayAlgebra z)CallsJxnComplexAlgebra.cos(JxnComplexAlgebra)for each element of the internal array ofz.static JxnComplexArrayAlgebraJxnComplexArrayAlgebra. cosh(JxnComplexArrayAlgebra z)CallsJxnComplexAlgebra.cosh(JxnComplexAlgebra)for each element of the internal array ofz.JxnComplexArrayAlgebraJxnComplexAlgebra. div(JxnComplexArrayAlgebra ca)Returns this divided byca.static JxnComplexArrayAlgebraJxnComplexArrayAlgebra. div(double d, JxnComplexArrayAlgebra caa)Returnsd / caa.JxnComplexArrayAlgebraJxnComplexArrayAlgebra. div(JxnComplexArrayAlgebra z)Divides this byz.static JxnComplexArrayAlgebraJxnComplexArrayAlgebra. exp(JxnComplexArrayAlgebra z)CallsJxnComplexAlgebra.exp(JxnComplexAlgebra)for each element of the internal array ofz.JxnComplexAlgebraJxnComplexArrayAlgebra. getValue(JxnComplexArrayAlgebra caa, double t)static JxnComplexAlgebraJxnComplexArrayAlgebra. getValue(JxnComplexArrayAlgebra caa, int i)Return the ith element ofcaa.static JxnRealArrayAlgebraJxnComplexArrayAlgebra. imag(JxnComplexArrayAlgebra z)Returns the imaginary parts ofz.static intJxnComplexArrayAlgebra. length(JxnComplexArrayAlgebra z)Returns the length of the internal arrays ofz.static JxnComplexArrayAlgebraJxnComplexArrayAlgebra. log(JxnComplexArrayAlgebra z)CallsJxnComplexAlgebra.log(JxnComplexAlgebra)for each element of the internal array ofz.JxnComplexArrayAlgebraJxnComplexAlgebra. mul(JxnComplexArrayAlgebra ca)Returns this (post)multiplied byca.static JxnComplexArrayAlgebraJxnComplexArrayAlgebra. mul(double d, JxnComplexArrayAlgebra caa)Returnsd * caa.JxnComplexArrayAlgebraJxnComplexArrayAlgebra. mul(JxnComplexArrayAlgebra z)(Post)Multiplies this byz.static JxnRealArrayAlgebraJxnComplexArrayAlgebra. phi(JxnComplexArrayAlgebra z)Returns the argument (phase angle) of each element of the internal array ofz.static JxnRealArrayAlgebraJxnComplexArrayAlgebra. phiD(JxnComplexArrayAlgebra z)Returns the argument (phase angle) in degrees of each element of the internal array ofz.static JxnRealArrayAlgebraJxnComplexArrayAlgebra. real(JxnComplexArrayAlgebra z)Returns the real parts ofz.static JxnComplexArrayAlgebraJxnComplexArrayAlgebra. sin(JxnComplexArrayAlgebra z)CallsJxnComplexAlgebra.sin(JxnComplexAlgebra)for each element of the internal array ofz.static JxnComplexArrayAlgebraJxnComplexArrayAlgebra. sinh(JxnComplexArrayAlgebra z)CallsJxnComplexAlgebra.sinh(JxnComplexAlgebra)for each element of the internal array ofz.static JxnComplexArrayAlgebraJxnComplexArrayAlgebra. sqrt(JxnComplexArrayAlgebra z)CallsJxnComplexAlgebra.sqrt(JxnComplexAlgebra)for each element of the internal array ofz.JxnComplexArrayAlgebraJxnComplexAlgebra. sub(JxnComplexArrayAlgebra ca)Returnscasubtracted from this.static JxnComplexArrayAlgebraJxnComplexArrayAlgebra. sub(double d, JxnComplexArrayAlgebra caa)Returnsd - caa.JxnComplexArrayAlgebraJxnComplexArrayAlgebra. sub(JxnComplexArrayAlgebra z)Subtractszfrom this.static JxnComplexArrayAlgebraJxnComplexArrayAlgebra. tan(JxnComplexArrayAlgebra z)CallsJxnComplexAlgebra.tan(JxnComplexAlgebra)for each element of the internal array ofz.static JxnComplexArrayAlgebraJxnComplexArrayAlgebra. tanh(JxnComplexArrayAlgebra z)CallsJxnComplexAlgebra.tanh(JxnComplexAlgebra)for each element of the internal array ofz.Constructors in <Unnamed> with parameters of type JxnComplexArrayAlgebra Constructor Description JxnComplexArrayAlgebra(JxnComplexArrayAlgebra z)Creates a copy ofz.
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