public void DotProductTwoNullMatrix()
{
// Arrange
Vector b = MatrixVectorData.ArrangeVectorD_3_Row();
// Act
Vector c = Matrix.DotProduct(b, null);
}
public void SetValueNegativeIndex()
{
// Arrange
Vector a = MatrixVectorData.ArrangeVectorD_3_Row();
// Act
a.SetValue(-2, 2);
}
public void SetValueOutOfBounds()
{
// Arrange
Vector a = MatrixVectorData.ArrangeVectorD_3_Row();
// Act
a.SetValue(5, 2);
}
public void DotProductTwoIncorrectSize()
{
// Arrange
Matrix a = MatrixVectorData.ArrangeMatrixA_4_4();
Vector b = MatrixVectorData.ArrangeVectorD_3_Row();
// Act
Vector c = Matrix.DotProduct(b, a);
}
public void AddVectorIncorrectAlignment()
{
// Arrange
Vector a = MatrixVectorData.ArrangeVectorB_3_Column();
Vector b = MatrixVectorData.ArrangeVectorD_3_Row();
// Act
a.Add(b);
}
public void MultiplyVectorIncorrectAlignment()
{
// Arrange
Vector a = MatrixVectorData.ArrangeVectorB_3_Column();
Vector b = MatrixVectorData.ArrangeVectorD_3_Row();
// Act
Vector.Multiply(a, b);
}
public void SubtractVectorIncorrectAlignment()
{
// Arrange
Vector a = MatrixVectorData.ArrangeVectorB_3_Column();
Vector b = MatrixVectorData.ArrangeVectorD_3_Row();
// Act
Vector.Subtract(a, b);
}
public void SetValue()
{
// Arrange
Vector a = MatrixVectorData.ArrangeVectorD_3_Row();
// Act
a.SetValue(1, 4.34);
// Assert
Assert.AreEqual(4.34, a.GetValue(1));
}
