TestOneMethod< Simd > Class Template Reference

Public Types
using	Element = typename Simd::scalar_t
using	vect_t = typename Simd::vect_t
using	vectElt = vector< Element >
template<bool B, typename T = void>
using	enable_if_t = typename enable_if< B, T >::type

Public Member Functions
template<typename... AScal, typename RScal , typename... ASimd, typename RSimd , enable_if_t< sizeof...(AScal)==sizeof...(ASimd)> * = nullptr, enable_if_t< count_nonconst_lvalue_reference< AScal... >::n==count_nonconst_lvalue_reference< ASimd... >::n > * = nullptr, enable_if_t< is_all_same< AScal... >::value > * = nullptr, enable_if_t< is_all_same< vect_t, ASimd... >::value > * = nullptr>
	TestOneMethod (function< RSimd(ASimd...)> fsimd, function< RScal(AScal...)> fscal, function< void(vector< vectElt > &)> genInputs, string fname)
template<typename Ret , typename... AScal>
enable_if_t< is_all_same< Element, AScal... >::value &&std::is_convertible< Ret, Element >::value, void >	evaluate_scalar_method (function< Ret(AScal...)> fscal)
template<typename... AScal>
enable_if_t< is_all_same< vectElt, AScal... >::value, void >	evaluate_scalar_method (function< vectElt(AScal...)> fscal)
template<typename... AScal>
enable_if_t< is_all_same< vectElt, AScal... >::value, void >	evaluate_scalar_method (function< void(AScal...)> fscal)
template<typename Ret , typename... ASimd>
enable_if_t< is_all_same< vect_t, ASimd... >::value &&std::is_convertible< Ret, vect_t >::value, void >	evaluate_simd_method (function< Ret(ASimd...)> fsimd, array< vect_t, sizeof...(ASimd)> &simd_in)
template<typename... ASimd>
enable_if_t< is_all_same< vect_t, ASimd... >::value, void >	evaluate_simd_method (function< void(ASimd...)> fsimd, array< vect_t, sizeof...(ASimd)> &simd_in)
bool	getStatus () const
string	getTestName () const
bool	writeResultLine () const
void	writeDebugData () const

Static Public Attributes
static constexpr size_t	vect_size = Simd::vect_size

Protected Attributes
size_t	nb_lref
string	name
vector< vectElt >	inputs
vector< vectElt >	outputs_simd
vector< vectElt >	outputs_scalar

Member Typedef Documentation

Element

using Element = typename Simd::scalar_t

vect_t

using vect_t = typename Simd::vect_t

vectElt

using vectElt = vector<Element>

enable_if_t

using enable_if_t = typename enable_if<B, T>::type

Constructor & Destructor Documentation

TestOneMethod()

TestOneMethod ( function< RSimd(ASimd...)>  fsimd, function< RScal(AScal...)>  fscal, function< void(vector< vectElt > &)>  genInputs, string  fname  )

inline

Member Function Documentation

evaluate_scalar_method() [1/3]

enable_if_t< is_all_same< Element, AScal... >::value &&std::is_convertible< Ret, Element >::value, void > evaluate_scalar_method ( function< Ret(AScal...)>  fscal )

inline

evaluate_scalar_method() [2/3]

enable_if_t< is_all_same< vectElt, AScal... >::value, void > evaluate_scalar_method ( function< vectElt(AScal...)>  fscal )

inline

evaluate_scalar_method() [3/3]

enable_if_t< is_all_same< vectElt, AScal... >::value, void > evaluate_scalar_method ( function< void(AScal...)>  fscal )

inline

evaluate_simd_method() [1/2]

enable_if_t< is_all_same< vect_t, ASimd... >::value &&std::is_convertible< Ret, vect_t >::value, void > evaluate_simd_method ( function< Ret(ASimd...)>  fsimd, array< vect_t, sizeof...(ASimd)> &  simd_in  )

inline

evaluate_simd_method() [2/2]

enable_if_t< is_all_same< vect_t, ASimd... >::value, void > evaluate_simd_method ( function< void(ASimd...)>  fsimd, array< vect_t, sizeof...(ASimd)> &  simd_in  )

inline

getStatus()

bool getStatus ( ) const

inline

getTestName()

string getTestName ( ) const

inline

writeResultLine()

bool writeResultLine ( ) const

inline

writeDebugData()

void writeDebugData ( ) const

inline

Field Documentation

vect_size

constexpr size_t vect_size = Simd::vect_size

staticconstexpr

nb_lref

size_t nb_lref

protected

name

string name

protected

inputs

vector<vectElt> inputs

protected

outputs_simd

vector<vectElt> outputs_simd

protected

outputs_scalar

vector<vectElt> outputs_scalar

protected

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

• test-simd.C