aie::detail::C_block_larger_internal< TypeA, TypeB, AccumBits, Elems, Ratio > Struct Template Reference

#include <mmul.hpp>

Public Types
using	accum_tag = accum_tag_for_mul_types< TypeA, TypeB, AccumBits >
using	accum_type = accum< accum_tag, Elems >
using	internal_accum_type = accum< accum_tag, Elems *Ratio >

Public Member Functions
	C_block_larger_internal ()
	C_block_larger_internal (const accum_type &acc, bool to_zero=false)
template<typename T >
	C_block_larger_internal (const vector< T, Elems > &v, int shift=0)
	operator accum_type () const
accum_type	to_accum () const
template<typename T >
vector< T, Elems >	to_vector (int shift=0) const
template<typename T >
vector< T, Elems >	to_vector_sign (bool v_sign, int shift=0) const

Public Attributes
internal_accum_type	data
bool	zero

Member Typedef Documentation

accum_tag

template<typename TypeA , typename TypeB , unsigned AccumBits, unsigned Elems, unsigned Ratio>

using aie::detail::C_block_larger_internal< TypeA, TypeB, AccumBits, Elems, Ratio >::accum_tag = accum_tag_for_mul_types<TypeA, TypeB, AccumBits>

accum_type

template<typename TypeA , typename TypeB , unsigned AccumBits, unsigned Elems, unsigned Ratio>

using aie::detail::C_block_larger_internal< TypeA, TypeB, AccumBits, Elems, Ratio >::accum_type = accum<accum_tag, Elems>

internal_accum_type

template<typename TypeA , typename TypeB , unsigned AccumBits, unsigned Elems, unsigned Ratio>

using aie::detail::C_block_larger_internal< TypeA, TypeB, AccumBits, Elems, Ratio >::internal_accum_type = accum<accum_tag, Elems * Ratio>

Constructor & Destructor Documentation

C_block_larger_internal() [1/3]

template<typename TypeA , typename TypeB , unsigned AccumBits, unsigned Elems, unsigned Ratio>

aie::detail::C_block_larger_internal< TypeA, TypeB, AccumBits, Elems, Ratio >::C_block_larger_internal ( )

inline

C_block_larger_internal() [2/3]

template<typename TypeA , typename TypeB , unsigned AccumBits, unsigned Elems, unsigned Ratio>

aie::detail::C_block_larger_internal< TypeA, TypeB, AccumBits, Elems, Ratio >::C_block_larger_internal ( const accum_type &  acc, bool  to_zero = false  )

inline

C_block_larger_internal() [3/3]

template<typename TypeA , typename TypeB , unsigned AccumBits, unsigned Elems, unsigned Ratio>

template<typename T >

aie::detail::C_block_larger_internal< TypeA, TypeB, AccumBits, Elems, Ratio >::C_block_larger_internal ( const vector< T, Elems > &  v, int  shift = 0  )

inline

Member Function Documentation

operator accum_type()

template<typename TypeA , typename TypeB , unsigned AccumBits, unsigned Elems, unsigned Ratio>

aie::detail::C_block_larger_internal< TypeA, TypeB, AccumBits, Elems, Ratio >::operator accum_type ( ) const

inline

to_accum()

template<typename TypeA , typename TypeB , unsigned AccumBits, unsigned Elems, unsigned Ratio>

accum_type aie::detail::C_block_larger_internal< TypeA, TypeB, AccumBits, Elems, Ratio >::to_accum ( ) const

inline

to_vector()

template<typename TypeA , typename TypeB , unsigned AccumBits, unsigned Elems, unsigned Ratio>

template<typename T >

vector< T, Elems > aie::detail::C_block_larger_internal< TypeA, TypeB, AccumBits, Elems, Ratio >::to_vector ( int  shift = 0 ) const

inline

to_vector_sign()

template<typename TypeA , typename TypeB , unsigned AccumBits, unsigned Elems, unsigned Ratio>

template<typename T >

vector< T, Elems > aie::detail::C_block_larger_internal< TypeA, TypeB, AccumBits, Elems, Ratio >::to_vector_sign ( bool  v_sign, int  shift = 0  ) const

inline

Member Data Documentation

data

template<typename TypeA , typename TypeB , unsigned AccumBits, unsigned Elems, unsigned Ratio>

internal_accum_type aie::detail::C_block_larger_internal< TypeA, TypeB, AccumBits, Elems, Ratio >::data

zero

template<typename TypeA , typename TypeB , unsigned AccumBits, unsigned Elems, unsigned Ratio>

bool aie::detail::C_block_larger_internal< TypeA, TypeB, AccumBits, Elems, Ratio >::zero

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The documentation for this struct was generated from the following file:

• mmul.hpp