Represents a column in a ComplexMatrix.

Namespace: Extreme.Mathematics.LinearAlgebra.Complex
Assembly: Extreme.Numerics (Extreme.Numerics)

Syntax

Visual Basic (Declaration)
Public NotInheritable Class ComplexColumnVector _
	Inherits ComplexVector
C#
public sealed class ComplexColumnVector : ComplexVector
C++
public ref class ComplexColumnVector sealed : public ComplexVector

Methods

IconTypeDescription
AbsoluteMax()
Returns the value of the component in this ComplexVector that has the largest absolute value.
AbsoluteMaxIndex()
Returns the index of the component in this ComplexVector that has the largest absolute value.
AbsoluteMin()
Returns the value of the component in this ComplexVector that has the smallest absolute value.
AbsoluteMinIndex()
Returns the index of the component in this ComplexVector that has the smallest absolute value.
Add(ComplexVector)
Adds another ComplexVector to this ComplexVector.
Add(DoubleComplex, ComplexVector)
Adds a scaled ComplexVector to this ComplexVector.
Add(ComplexMatrix, ComplexVector)
Adds the product of a ComplexMatrix and a ComplexVector to this ComplexVector.
Add(DoubleComplex, ComplexMatrix, ComplexVector)
Adds the scaled product of a ComplexMatrix and a ComplexVector to this ComplexVector.
Apply(ComplexFunction)
Applies a function to the elements of a ComplexVector.
Clone()
Makes a copy of this ComplexVector.
Clone(CloningMethod)
Makes a copy of this ComplexVector using the specified method.
CloneData()
If possible, gives this instance its own copy of its elements.
ComponentwiseDivide(ComplexVector)
Divides the components of this instance by the corresponding components of another vector.
ComponentwiseMultiply(ComplexVector)
Multiplies the components of this instance by the corresponding components of another vector.
Conjugate()
Returns a ComplexVector whose components are the complex conjugate of this vector's components.
CopyTo(ComplexVector, Int32)
Copies the components of this ComplexVector to another vector starting at the specified position.
CopyTo(ComplexVector)
Copies the components of this ComplexVector to another vector.
CopyTo(DoubleComplex[]())
Copies the components of this ComplexVector to another vector.
DotProduct(ComplexVector)
Returns the dot product of this vector with another vector.
Equals(Object)
Determines whether the specified Object is equal to the current ComplexVector.
Finalize()
Allows an Object to attempt to free resources and perform other cleanup operations before the Object is reclaimed by garbage collection.
GetComponents()
Gets the components of the ComplexVector.
GetEnumerator()
Returns a ComplexVectorEnumerator for this ComplexVector.
GetHashCode()
Returns the hash code for this instance.
GetImaginaryPart()
Returns a real vector containing the imaginary components of the vector.
GetObjectData(SerializationInfo, StreamingContext)
Populates a SerializationInfo with the data needed to serialize the target object.
GetRealPart()
Returns a real vector containing the real components of the vector.
GetSubvector(Range)
Returns a vector whose components are a subset of the components of this instance
GetSubvector(Int32, Int32)
Returns a vector whose components are a subset of the components of this instance
GetSubvector(Int32, Int32, Int32)
Returns a vector whose components are a subset of the components of this instance
GetType()
Gets the Type of the current instance.
GetValue(Int32)
Gets the vector component at the specified position.
IsComponentWritable(Int32)
Gets a value indicating whether the value of the component at the specified index can be changed.
MemberwiseClone()
Creates a shallow copy of the current Object.
Multiply(DoubleComplex)
Multiplies a vector by a given factor.
Multiply(ComplexMatrix)
Adds the scaled product of a ComplexMatrix and a ComplexVector to this ComplexVector.
Multiply(ComplexMatrix, MatrixOperationSide)
Multiplies a ComplexVector by a ComplexMatrix.
Norm()
Returns the two-norm of the ComplexVector.
Norm(Int32)
Returns the norm of the specified order of this ComplexVector.
Norm(Double)
Returns the norm of the specified order of this ComplexVector.
Normalize()
Scales the ComplexVector to make its two-norm equal to one.
NormInternal(Int32)
Returns the norm of the specified order of this ComplexVector.
NormInternal(Double)
Returns the norm of the specified order of this ComplexVector.
NormSquared()
Returns the square of the two-norm of this ComplexVector.
OneNorm()
Returns the one-norm of this ComplexVector.
SetValue(DoubleComplex, Int32)
Sets the vector component at the specified position to the specified value.
SetValue(DoubleComplex)
Sets all the components of the ComplexVector to the specified value.
ShallowCopy()
Makes a shallow copy of this ComplexVector.
Subtract(ComplexVector)
Subtracts another ComplexVector from this ComplexVector.
Subtract(ComplexMatrix, ComplexVector)
Subtracts the product of a ComplexMatrix and a ComplexVector from this ComplexVector.
SwapElements(Int32, Int32)
Exchanges two elements of the vector.
ToConjugate()
Changes the components of the vector to their complex conjugate.
ToGeneralVector()
Makes a copy of this instance and returns it as a ComplexGeneralVector.
ToString()
Returns a String representation of this ComplexVector.
ToString(String)
Converts the numeric value of this ComplexVector instance to its equivalent string representation, using the specified format.
ToString(String, IFormatProvider)
Returns a String representation of this ComplexGeneralMatrix.
ToStringInternal(StringBuilder, String, IFormatProvider)
Writes a string representation of this ComplexVector to an instance of StringBuilder using the specified number format.
Zero()
Sets all the components of the ComplexVector to 0.

Properties

IconTypeDescription
Item(Int32)
Gets or sets a specific component of this vector.
Item(Range)
Gets or sets a range of components of the ComplexVector.
Length
Gets the number of elements in the ComplexVector.

Remarks

ComplexColumnVector is the default implementation of a vector that represents a column or part of a column in a ComplexMatrix. It is the type returned by the GetColumn(Int32) method of the ComplexMatrix class.

If you define your own matrix class, which should inherit from ComplexMatrix, you may want to define your own vector type to take advantage of structural properties of the matrix.

Inheritance Hierarchy

System.Object
  Extreme.Mathematics.LinearAlgebra.Complex.ComplexVector
    Extreme.Mathematics.LinearAlgebra.Complex.ComplexColumnVector