Class RealDenseEquals

java.lang.Object

org.flag4j.linalg.ops.dense.real.RealDenseEquals

public final class RealDenseEquals
extends Object

This class provides methods for checking the equality of real dense tensors.

Method Summary

Modifier and Type	Method	Description
static boolean	matrixEquals(Matrix A, Matrix B)	Checks if two real dense matrices are equal.
static boolean	tensorEquals(double[] src1, Shape shape1, double[] src2, Shape shape2)	Checks if two dense tensors are equal.
static boolean	tensorEquals(Tensor A, Tensor B)	Checks if two real dense tensors are equal.
static boolean	vectorEquals(double[] src1, double[] src2)	Checks if two real dense vectors are equal.

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Method Details

vectorEquals

public static boolean vectorEquals(double[] src1,
 double[] src2)

Checks if two real dense vectors are equal.

Parameters:

src1 - Entries of first vector.

src2 - Entries of second vector.

Returns:

true if the two vectors are element-wise numerically equal; false otherwise.

matrixEquals

public static boolean matrixEquals(Matrix A,
 Matrix B)

Checks if two real dense matrices are equal.

Parameters:

A - First matrix.

B - Second matrix.

Returns:

True if the two matrices are element-wise equivalent.

tensorEquals

public static boolean tensorEquals(Tensor A,
 Tensor B)

Checks if two real dense tensors are equal.

Parameters:

A - First tensor in comparison.

B - Second tensor in comparison.

Returns:

True if the two tensors are numerically element-wise equivalent.

tensorEquals

public static boolean tensorEquals(double[] src1,
 Shape shape1,
 double[] src2,
 Shape shape2)

Checks if two dense tensors are equal. For the purposes of this method, Double.NaN values are considered equal.

Parameters:

src1 - Entries of first tensor.

shape1 - Shape of first tensor.

src2 - Entries of second tensor.

shape2 - Shape of second tensor.

Returns:

True if the two tensors are the same shape and numerically element-wise equivalent.