make_stacked_matrix()

Matrix<common_value_type, common_allocator_type, void, common_policy_type> Chusov::Math::make_stacked_matrix	(	aug1_t &&	aug1,
		aug_t_n &&...	aug_n
	)

Creates a Matrix object as set other matrices stacked to the bottom of each other consequently.

Template Parameters

aug1_t	is a type of the mandatory first entity of the parameter list.
aug_t_n...	is a pack of matrix types defining other rows to be augmented to the created matrix.

Parameters

aug1	is the first matrix to be located at the top.
aug_n	is an optional set of matrices to be stacked to the bottom of aug1.

Returns

Returns a resulting matrix.

The function is built to be used with template deduction mechanisms and can be used to stack various types of matrices into one matrix object. Unlike the make_augmentation_matrix function, make_stacked_matrix only accepts various instantiations of Matrix which have a common type, that is if they are convertible to such a common instantiation of the Matrix template, such that:

• value_type is an std::common_type applied to elements of entities in the parameter list.
• allocator_type is an typename std::allocator_traits::template rebind_alloc applied to the type of an allocator of a matrix specified by the first parameter. If the parameter is actually a matrix, the allocator instance of a resulting matrix is created from an instance of the allocator of the first parameter. Otherwise, the instance is default-constructed.
• derived_type is void.
• policy_type is determined by the common_policy metafunction. Any runtime data is also unified according to respective elements of the policies.

Exceptions

Chusov::Exceptions::InvalidParameterException

Invalid sizes of parameters.