bothcat.h File Reference

Routines to concatenate Action's in two-by-two fashion. More...

#include <myramath/MYRAMATH_EXPORT.h>
#include <myramath/utility/Number.h>

Include dependency graph for bothcat.h:

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Classes
class	myra::Array2< T >
	Container of values, allows random (i,j) access. More...
class	myra::Action< Number >
	Applies the "Action" of a linear operator, b := A*x. More...

Functions
Action< NumberS >	myra::bothcat (const Action< NumberS > &A, const Action< NumberS > &B, const Action< NumberS > &C, const Action< NumberS > &D)
	Returns [A B; C D].
Action< NumberD >	myra::bothcat (const Action< NumberD > &A, const Action< NumberD > &B, const Action< NumberD > &C, const Action< NumberD > &D)
	Returns [A B; C D].
Action< NumberC >	myra::bothcat (const Action< NumberC > &A, const Action< NumberC > &B, const Action< NumberC > &C, const Action< NumberC > &D)
	Returns [A B; C D].
Action< NumberZ >	myra::bothcat (const Action< NumberZ > &A, const Action< NumberZ > &B, const Action< NumberZ > &C, const Action< NumberZ > &D)
	Returns [A B; C D].
Action< NumberS >	myra::bothcat (const Array2< Action< NumberS > > &actions)
	Returns [A B C; D E F], note this requires size and initializer_list braces, as in: bothcat(2,3,{A,B,C,D,E,F})
Action< NumberD >	myra::bothcat (const Array2< Action< NumberD > > &actions)
	Returns [A B C; D E F], note this requires size and initializer_list braces, as in: bothcat(2,3,{A,B,C,D,E,F})
Action< NumberC >	myra::bothcat (const Array2< Action< NumberC > > &actions)
	Returns [A B C; D E F], note this requires size and initializer_list braces, as in: bothcat(2,3,{A,B,C,D,E,F})
Action< NumberZ >	myra::bothcat (const Array2< Action< NumberZ > > &actions)
	Returns [A B C; D E F], note this requires size and initializer_list braces, as in: bothcat(2,3,{A,B,C,D,E,F})

Detailed Description

Routines to concatenate Action's in two-by-two fashion.