cppassist Namespace Reference

Namespaces
	detail
	fs
	string

Classes
class	AbstractLogHandler
	Abstract log message handler. More...
class	aligned_allocator
class	ArgumentParser
	Command line arguments parser. More...
class	CommandLineAction
	Command line action. More...
class	CommandLineCommand
	Command line command. More...
class	CommandLineOption
	Command line option. More...
class	CommandLineParameter
	Command line parameter. More...
class	CommandLineProgram
	Command line program. More...
class	CommandLineSwitch
	Command line switch. More...
class	ConsoleLogHandler
	Log message handler that writes log messages to stdout. More...
class	DescriptiveRawFile
	Raw data with header file loader. More...
class	FileLogHandler
	Log message handler that writes log messages a file. More...
class	Flags
struct	identity
	Helper class to deduce function types with lambdas. More...
class	LogMessage
	Representation of a log message. More...
class	LogMessageBuilder
	Stream interface to build LogMessage's from different kinds of primitive types. More...
class	RawFile
	Raw data file loader. More...
class	Tokenizer
	Text parser tool that converts a text buffer into a stream of tokens. More...
class	TypeList
	A compile-time list of types. More...
class	TypeList< T, Types... >
	A compile-time list of types. More...
class	TypeList<>
	A compile-time list of types. More...
class	value
class	value< float, 1 >
class	value< float, 16 >
class	value< float, 4 >
class	value< float, 8 >
class	vector

Enumerations
enum	Encoding : unsigned int { Encoding::ANSI, Encoding::ASCII = Encoding::ANSI, Encoding::UTF8, Encoding::UTF16 }
	String encoding. More...

Functions
template<typename EnumType >
Flags< EnumType >	makeFlags (EnumType value)
CPPASSIST_API AbstractLogHandler *	loggingHandler ()
	Get global logging handler. More...
CPPASSIST_API void	setLoggingHandler (AbstractLogHandler *handler)
	Set global logging handler. More...
CPPASSIST_API int	verbosityLevel ()
	Get current log level. More...
CPPASSIST_API void	setVerbosityLevel (int verbosity)
	Set current log level. More...
CPPASSIST_API LogMessageBuilder	log (int level, const std::string &context="")
	Get log stream. More...
CPPASSIST_API LogMessageBuilder	critical (const std::string &context="")
	Get log stream for critical errors. More...
CPPASSIST_API LogMessageBuilder	error (const std::string &context="")
	Get log stream for error messages. More...
CPPASSIST_API LogMessageBuilder	warning (const std::string &context="")
	Get log stream for warning messages. More...
CPPASSIST_API LogMessageBuilder	info (const std::string &context="")
	Get log stream for info messages. More...
CPPASSIST_API LogMessageBuilder	debug (const std::string &context="")
	Get log stream for debug messages. More...
CPPASSIST_API LogMessageBuilder	debug (unsigned int debugLevel, const std::string &context="")
	Get log stream for debug messages at a given debug level. More...
template<class T , class... Args>
detail::UniqueIf< T >::UniqueSingle	make_unique (Args &&... args)
template<class T >
detail::UniqueIf< T >::UniqueArrayUnknownBound	make_unique (std::size_t n)
template<class T , class... Args>
detail::UniqueIf< T >::UniqueArrayKnownBound	make_unique (Args &&...)=delete
template<typename Class , typename Type >
std::ptrdiff_t	offset (Type Class::*member)
	Determines the offset of a member within a class. More...
template<typename T , size_t SIMD_SIZE>
void	add (const vector< T, SIMD_SIZE > &first, const vector< T, SIMD_SIZE > &second, vector< T, SIMD_SIZE > &result)
template<typename T , size_t SIMD_SIZE>
void	sub (const vector< T, SIMD_SIZE > &first, const vector< T, SIMD_SIZE > &second, vector< T, SIMD_SIZE > &result)
template<typename T , size_t SIMD_SIZE>
void	mul (const vector< T, SIMD_SIZE > &first, const vector< T, SIMD_SIZE > &second, vector< T, SIMD_SIZE > &result)
template<typename T , size_t SIMD_SIZE>
void	div (const vector< T, SIMD_SIZE > &first, const vector< T, SIMD_SIZE > &second, vector< T, SIMD_SIZE > &result)
template<typename T , size_t SIMD_SIZE>
void	add (const vector< T, SIMD_SIZE > &first, const typename vector< T, SIMD_SIZE >::primitive_type &scalar, vector< T, SIMD_SIZE > &result)
template<typename T , size_t SIMD_SIZE>
void	sub (const vector< T, SIMD_SIZE > &first, const typename vector< T, SIMD_SIZE >::primitive_type &scalar, vector< T, SIMD_SIZE > &result)
template<typename T , size_t SIMD_SIZE>
void	mul (const vector< T, SIMD_SIZE > &first, const typename vector< T, SIMD_SIZE >::primitive_type &scalar, vector< T, SIMD_SIZE > &result)
template<typename T , size_t SIMD_SIZE>
void	div (const vector< T, SIMD_SIZE > &first, const typename vector< T, SIMD_SIZE >::primitive_type &scalar, vector< T, SIMD_SIZE > &result)
template<typename T , size_t SIMD_SIZE>
void	add (const typename vector< T, SIMD_SIZE >::primitive_type &scalar, const vector< T, SIMD_SIZE > &first, vector< T, SIMD_SIZE > &result)
template<typename T , size_t SIMD_SIZE>
void	sub (const typename vector< T, SIMD_SIZE >::primitive_type &scalar, const vector< T, SIMD_SIZE > &first, vector< T, SIMD_SIZE > &result)
template<typename T , size_t SIMD_SIZE>
void	mul (const typename vector< T, SIMD_SIZE >::primitive_type &scalar, const vector< T, SIMD_SIZE > &first, vector< T, SIMD_SIZE > &result)
template<typename T , size_t SIMD_SIZE>
void	div (const typename vector< T, SIMD_SIZE >::primitive_type &scalar, const vector< T, SIMD_SIZE > &first, vector< T, SIMD_SIZE > &result)
template<typename T , size_t SIMD_SIZE>
void	sqrt (const vector< T, SIMD_SIZE > &first, vector< T, SIMD_SIZE > &result)
void *	aligned_malloc (size_t size, size_t alignment)
void	aligned_free (void *ptr)
auto	operator+ (const value< float, 1 > &first, const value< float, 1 > &second) -> value< float, 1 >
auto	operator- (const value< float, 1 > &first, const value< float, 1 > &second) -> value< float, 1 >
auto	operator* (const value< float, 1 > &first, const value< float, 1 > &second) -> value< float, 1 >
auto	operator/ (const value< float, 1 > &first, const value< float, 1 > &second) -> value< float, 1 >
auto	operator+ (const value< float, 1 > &first, const value< float, 1 >::primitive_type &scalar) -> value< float, 1 >
auto	operator- (const value< float, 1 > &first, const value< float, 1 >::primitive_type &scalar) -> value< float, 1 >
auto	operator* (const value< float, 1 > &first, const value< float, 1 >::primitive_type &scalar) -> value< float, 1 >
auto	operator/ (const value< float, 1 > &first, const value< float, 1 >::primitive_type &scalar) -> value< float, 1 >
auto	operator+ (const value< float, 1 >::primitive_type &scalar, const value< float, 1 > &other) -> value< float, 1 >
auto	operator- (const value< float, 1 >::primitive_type &scalar, const value< float, 1 > &other) -> value< float, 1 >
auto	operator* (const value< float, 1 >::primitive_type &scalar, const value< float, 1 > &other) -> value< float, 1 >
auto	operator/ (const value< float, 1 >::primitive_type &scalar, const value< float, 1 > &other) -> value< float, 1 >
auto	sqrt (const value< float, 1 > &first) -> value< float, 1 >
auto	operator+ (const value< float, 16 > &first, const value< float, 16 > &second) -> value< float, 16 >
auto	operator- (const value< float, 16 > &first, const value< float, 16 > &second) -> value< float, 16 >
auto	operator* (const value< float, 16 > &first, const value< float, 16 > &second) -> value< float, 16 >
auto	operator/ (const value< float, 16 > &first, const value< float, 16 > &second) -> value< float, 16 >
auto	operator+ (const value< float, 16 > &first, const value< float, 16 >::primitive_type &scalar) -> value< float, 16 >
auto	operator- (const value< float, 16 > &first, const value< float, 16 >::primitive_type &scalar) -> value< float, 16 >
auto	operator* (const value< float, 16 > &first, const value< float, 16 >::primitive_type &scalar) -> value< float, 16 >
auto	operator/ (const value< float, 16 > &first, const value< float, 16 >::primitive_type &scalar) -> value< float, 16 >
auto	operator+ (const value< float, 16 >::primitive_type &scalar, const value< float, 16 > &other) -> value< float, 16 >
auto	operator- (const value< float, 16 >::primitive_type &scalar, const value< float, 16 > &other) -> value< float, 16 >
auto	operator* (const value< float, 16 >::primitive_type &scalar, const value< float, 16 > &other) -> value< float, 16 >
auto	operator/ (const value< float, 16 >::primitive_type &scalar, const value< float, 16 > &other) -> value< float, 16 >
auto	sqrt (const value< float, 16 > &first) -> value< float, 16 >
auto	operator+ (const value< float, 4 > &first, const value< float, 4 > &second) -> value< float, 4 >
auto	operator- (const value< float, 4 > &first, const value< float, 4 > &second) -> value< float, 4 >
auto	operator* (const value< float, 4 > &first, const value< float, 4 > &second) -> value< float, 4 >
auto	operator/ (const value< float, 4 > &first, const value< float, 4 > &second) -> value< float, 4 >
auto	operator+ (const value< float, 4 > &first, const value< float, 4 >::primitive_type &scalar) -> value< float, 4 >
auto	operator- (const value< float, 4 > &first, const value< float, 4 >::primitive_type &scalar) -> value< float, 4 >
auto	operator* (const value< float, 4 > &first, const value< float, 4 >::primitive_type &scalar) -> value< float, 4 >
auto	operator/ (const value< float, 4 > &first, const value< float, 4 >::primitive_type &scalar) -> value< float, 4 >
auto	operator+ (const value< float, 4 >::primitive_type &scalar, const value< float, 4 > &other) -> value< float, 4 >
auto	operator- (const value< float, 4 >::primitive_type &scalar, const value< float, 4 > &other) -> value< float, 4 >
auto	operator* (const value< float, 4 >::primitive_type &scalar, const value< float, 4 > &other) -> value< float, 4 >
auto	operator/ (const value< float, 4 >::primitive_type &scalar, const value< float, 4 > &other) -> value< float, 4 >
auto	sqrt (const value< float, 4 > &first) -> value< float, 4 >
auto	operator+ (const value< float, 8 > &first, const value< float, 8 > &second) -> value< float, 8 >
auto	operator- (const value< float, 8 > &first, const value< float, 8 > &second) -> value< float, 8 >
auto	operator* (const value< float, 8 > &first, const value< float, 8 > &second) -> value< float, 8 >
auto	operator/ (const value< float, 8 > &first, const value< float, 8 > &second) -> value< float, 8 >
auto	operator+ (const value< float, 8 > &first, const value< float, 8 >::primitive_type &scalar) -> value< float, 8 >
auto	operator- (const value< float, 8 > &first, const value< float, 8 >::primitive_type &scalar) -> value< float, 8 >
auto	operator* (const value< float, 8 > &first, const value< float, 8 >::primitive_type &scalar) -> value< float, 8 >
auto	operator/ (const value< float, 8 > &first, const value< float, 8 >::primitive_type &scalar) -> value< float, 8 >
auto	operator+ (const value< float, 8 >::primitive_type &scalar, const value< float, 8 > &other) -> value< float, 8 >
auto	operator- (const value< float, 8 >::primitive_type &scalar, const value< float, 8 > &other) -> value< float, 8 >
auto	operator* (const value< float, 8 >::primitive_type &scalar, const value< float, 8 > &other) -> value< float, 8 >
auto	operator/ (const value< float, 8 >::primitive_type &scalar, const value< float, 8 > &other) -> value< float, 8 >
auto	sqrt (const value< float, 8 > &first) -> value< float, 8 >
template<typename Callback , typename Vector , typename... Vectors>
void	traverse (Callback callback, Vector &&vector, Vectors &&... vectors)
template<typename Callback , typename Vector , typename... Vectors>
void	traverse_mt (Callback callback, Vector &&vector, Vectors &&... vectors)
CPPASSIST_API size_t	getNumberOfThreads ()
	Get optimal number of threads for parallelization. More...
template<typename T >
void	forEach (T start, T end, typename identity< std::function< void(T)>>::type callback, bool parallelize=true)
	Call a function on each iteration of a loop. More...
template<typename T >
void	parallelFor (T start, T end, typename identity< std::function< void(T)>>::type callback)
	Call a function on each iteration of a loop (parallelized in threads) More...
template<typename T >
void	parallelFor (const std::vector< T > &elements, typename identity< std::function< void(const T &element)>>::type callback)
	Call a function on each item of a list (parallelized in threads) More...
template<typename T >
void	parallelFor (std::vector< T > &elements, typename identity< std::function< void(T &element)>>::type callback)
	Call a function on each item of a list (parallelized in threads) More...
template<typename T >
void	sequentialFor (T start, T end, typename identity< std::function< void(T)>>::type callback)
	Call a function on each iteration of a loop (sequential) More...
template<typename T >
void	sequentialFor (const std::vector< T > &elements, typename identity< std::function< void(const T &element)>>::type callback)
	Call a function on each item of a list (sequential) More...
template<typename T >
void	sequentialFor (std::vector< T > &elements, typename identity< std::function< void(T &element)>>::type callback)
	Call a function on each item of a list (sequential) More...

Variables
const auto	numberOfThreads = getNumberOfThreads()

Enumeration Type Documentation

Encoding

enum cppassist::Encoding : unsigned int

strong

String encoding.

This enum is mainly used to support the conversion of strings or collections of characters to UTF-32.

Enumerator
ANSI
ASCII
UTF8
UTF16

Function Documentation

makeFlags()

template<typename EnumType >

Flags< EnumType > cppassist::makeFlags

(

EnumType

value

)

loggingHandler()

CPPASSIST_API AbstractLogHandler* cppassist::loggingHandler

(

)

Get global logging handler.

Returns

Logging handler (can be null)

setLoggingHandler()

CPPASSIST_API void cppassist::setLoggingHandler

(

AbstractLogHandler *

handler

)

Set global logging handler.

Parameters

[in]

handler

Logging handler (can be null)

verbosityLevel()

CPPASSIST_API int cppassist::verbosityLevel

(

)

Get current log level.

Returns

Log level

Remarks

All log messages above the current verbosity level are omitted.

setVerbosityLevel()

CPPASSIST_API void cppassist::setVerbosityLevel

(

int

verbosity

)

Set current log level.

Parameters

[in]

verbosity

Log level

See also

verbosityLevel

log()

CPPASSIST_API LogMessageBuilder cppassist::log	(	int	level,
		const std::string &	context = ""
	)

Get log stream.

Use the stream interface to create log messages. Example:

log(LogMessage::Info) << "Message: " << 3.14;

Parameters

[in]	level	Log level
[in]	context	User defined context string

Returns

Log stream interface

critical()

CPPASSIST_API LogMessageBuilder cppassist::critical

(

const std::string &

context = ""

)

Get log stream for critical errors.

Parameters

[in]

context

User defined context string

Returns

Log stream interface

See also

log

error()

CPPASSIST_API LogMessageBuilder cppassist::error

(

const std::string &

context = ""

)

Get log stream for error messages.

Parameters

[in]

context

User defined context string

Returns

Log stream interface

See also

log

warning()

CPPASSIST_API LogMessageBuilder cppassist::warning

(

const std::string &

context = ""

)

Get log stream for warning messages.

Parameters

[in]

context

User defined context string

Returns

Log stream interface

See also

log

info()

CPPASSIST_API LogMessageBuilder cppassist::info

(

const std::string &

context = ""

)

Get log stream for info messages.

Parameters

[in]

context

User defined context string

Returns

Log stream interface

See also

log

debug() [1/2]

CPPASSIST_API LogMessageBuilder cppassist::debug

(

const std::string &

context = ""

)

Get log stream for debug messages.

Parameters

[in]

context

User defined context string

Returns

Log stream interface

See also

log

debug() [2/2]

CPPASSIST_API LogMessageBuilder cppassist::debug	(	unsigned int	debugLevel,
		const std::string &	context = ""
	)

Get log stream for debug messages at a given debug level.

Parameters

[in]	debugLevel	Debug level (e.g., 0 for debug, 1 for debug+1, etc.)
[in]	context	User defined context string

Returns

Log stream interface

See also

log

make_unique() [1/3]

template<class T , class... Args>

detail::UniqueIf< T >::UniqueSingle cppassist::make_unique

(

Args &&...

args

)

make_unique() [2/3]

template<class T >

detail::UniqueIf< T >::UniqueArrayUnknownBound cppassist::make_unique

(

std::size_t

n

)

make_unique() [3/3]

template<class T , class... Args>

detail::UniqueIf<T>::UniqueArrayKnownBound cppassist::make_unique ( Args &&  ... )

delete

offset()

template<typename Class , typename Type >

std::ptrdiff_t cppassist::offset

(

Type Class::*

member

)

Determines the offset of a member within a class.

Parameters

[in]

member

Pointer to class member

Returns

Offset of member

add() [1/3]

template<typename T , size_t SIMD_SIZE>

void cppassist::add	(	const vector< T, SIMD_SIZE > &	first,
		const vector< T, SIMD_SIZE > &	second,
		vector< T, SIMD_SIZE > &	result
	)

References cppassist::vector< T, SIMD_SIZE >::chunk(), cppassist::vector< T, SIMD_SIZE >::chunkSize(), and cppassist::vector< T, SIMD_SIZE >::size().

sub() [1/3]

template<typename T , size_t SIMD_SIZE>

void cppassist::sub	(	const vector< T, SIMD_SIZE > &	first,
		const vector< T, SIMD_SIZE > &	second,
		vector< T, SIMD_SIZE > &	result
	)

References cppassist::vector< T, SIMD_SIZE >::chunk(), cppassist::vector< T, SIMD_SIZE >::chunkSize(), and cppassist::vector< T, SIMD_SIZE >::size().

mul() [1/3]

template<typename T , size_t SIMD_SIZE>

void cppassist::mul	(	const vector< T, SIMD_SIZE > &	first,
		const vector< T, SIMD_SIZE > &	second,
		vector< T, SIMD_SIZE > &	result
	)

References cppassist::vector< T, SIMD_SIZE >::chunk(), cppassist::vector< T, SIMD_SIZE >::chunkSize(), and cppassist::vector< T, SIMD_SIZE >::size().

div() [1/3]

template<typename T , size_t SIMD_SIZE>

void cppassist::div	(	const vector< T, SIMD_SIZE > &	first,
		const vector< T, SIMD_SIZE > &	second,
		vector< T, SIMD_SIZE > &	result
	)

References cppassist::vector< T, SIMD_SIZE >::chunk(), cppassist::vector< T, SIMD_SIZE >::chunkSize(), and cppassist::vector< T, SIMD_SIZE >::size().

add() [2/3]

template<typename T , size_t SIMD_SIZE>

void cppassist::add	(	const vector< T, SIMD_SIZE > &	first,
		const typename vector< T, SIMD_SIZE >::primitive_type &	scalar,
		vector< T, SIMD_SIZE > &	result
	)

References cppassist::vector< T, SIMD_SIZE >::chunk(), cppassist::vector< T, SIMD_SIZE >::chunkSize(), and cppassist::vector< T, SIMD_SIZE >::size().

sub() [2/3]

template<typename T , size_t SIMD_SIZE>

void cppassist::sub	(	const vector< T, SIMD_SIZE > &	first,
		const typename vector< T, SIMD_SIZE >::primitive_type &	scalar,
		vector< T, SIMD_SIZE > &	result
	)

References cppassist::vector< T, SIMD_SIZE >::chunk(), cppassist::vector< T, SIMD_SIZE >::chunkSize(), and cppassist::vector< T, SIMD_SIZE >::size().

mul() [2/3]

template<typename T , size_t SIMD_SIZE>

void cppassist::mul	(	const vector< T, SIMD_SIZE > &	first,
		const typename vector< T, SIMD_SIZE >::primitive_type &	scalar,
		vector< T, SIMD_SIZE > &	result
	)

References cppassist::vector< T, SIMD_SIZE >::chunk(), cppassist::vector< T, SIMD_SIZE >::chunkSize(), and cppassist::vector< T, SIMD_SIZE >::size().

div() [2/3]

template<typename T , size_t SIMD_SIZE>

void cppassist::div	(	const vector< T, SIMD_SIZE > &	first,
		const typename vector< T, SIMD_SIZE >::primitive_type &	scalar,
		vector< T, SIMD_SIZE > &	result
	)

References cppassist::vector< T, SIMD_SIZE >::chunk(), cppassist::vector< T, SIMD_SIZE >::chunkSize(), and cppassist::vector< T, SIMD_SIZE >::size().

add() [3/3]

template<typename T , size_t SIMD_SIZE>

void cppassist::add	(	const typename vector< T, SIMD_SIZE >::primitive_type &	scalar,
		const vector< T, SIMD_SIZE > &	first,
		vector< T, SIMD_SIZE > &	result
	)

References cppassist::vector< T, SIMD_SIZE >::chunk(), cppassist::vector< T, SIMD_SIZE >::chunkSize(), and cppassist::vector< T, SIMD_SIZE >::size().

sub() [3/3]

template<typename T , size_t SIMD_SIZE>

void cppassist::sub	(	const typename vector< T, SIMD_SIZE >::primitive_type &	scalar,
		const vector< T, SIMD_SIZE > &	first,
		vector< T, SIMD_SIZE > &	result
	)

References cppassist::vector< T, SIMD_SIZE >::chunk(), cppassist::vector< T, SIMD_SIZE >::chunkSize(), and cppassist::vector< T, SIMD_SIZE >::size().

mul() [3/3]

template<typename T , size_t SIMD_SIZE>

void cppassist::mul	(	const typename vector< T, SIMD_SIZE >::primitive_type &	scalar,
		const vector< T, SIMD_SIZE > &	first,
		vector< T, SIMD_SIZE > &	result
	)

References cppassist::vector< T, SIMD_SIZE >::chunk(), cppassist::vector< T, SIMD_SIZE >::chunkSize(), and cppassist::vector< T, SIMD_SIZE >::size().

div() [3/3]

template<typename T , size_t SIMD_SIZE>

void cppassist::div	(	const typename vector< T, SIMD_SIZE >::primitive_type &	scalar,
		const vector< T, SIMD_SIZE > &	first,
		vector< T, SIMD_SIZE > &	result
	)

References cppassist::vector< T, SIMD_SIZE >::chunk(), cppassist::vector< T, SIMD_SIZE >::chunkSize(), and cppassist::vector< T, SIMD_SIZE >::size().

sqrt() [1/5]

template<typename T , size_t SIMD_SIZE>

void cppassist::sqrt	(	const vector< T, SIMD_SIZE > &	first,
		vector< T, SIMD_SIZE > &	result
	)

References cppassist::vector< T, SIMD_SIZE >::chunk(), cppassist::vector< T, SIMD_SIZE >::chunkSize(), and cppassist::vector< T, SIMD_SIZE >::size().

Referenced by sqrt().

aligned_malloc()

void* cppassist::aligned_malloc ( size_t  size, size_t  alignment  )

inline

References cppassist::detail::_aligned_malloc().

Referenced by cppassist::aligned_allocator< T, N >::allocate().

aligned_free()

void cppassist::aligned_free ( void *  ptr )

inline

References cppassist::detail::_aligned_free().

Referenced by cppassist::aligned_allocator< T, N >::deallocate().

operator+() [1/12]

auto cppassist::operator+ ( const value< float, 1 > &  first, const value< float, 1 > &  second  ) -> value<float, 1>

inline

References cppassist::value< float, 1 >::m_value.

operator-() [1/12]

auto cppassist::operator- ( const value< float, 1 > &  first, const value< float, 1 > &  second  ) -> value<float, 1>

inline

References cppassist::value< float, 1 >::m_value.

operator*() [1/12]

auto cppassist::operator* ( const value< float, 1 > &  first, const value< float, 1 > &  second  ) -> value<float, 1>

inline

References cppassist::value< float, 1 >::m_value.

operator/() [1/12]

auto cppassist::operator/ ( const value< float, 1 > &  first, const value< float, 1 > &  second  ) -> value<float, 1>

inline

References cppassist::value< float, 1 >::m_value.

operator+() [2/12]

auto cppassist::operator+ ( const value< float, 1 > &  first, const value< float, 1 >::primitive_type &  scalar  ) -> value<float, 1>

inline

References cppassist::value< float, 1 >::m_value.

operator-() [2/12]

auto cppassist::operator- ( const value< float, 1 > &  first, const value< float, 1 >::primitive_type &  scalar  ) -> value<float, 1>

inline

References cppassist::value< float, 1 >::m_value.

operator*() [2/12]

auto cppassist::operator* ( const value< float, 1 > &  first, const value< float, 1 >::primitive_type &  scalar  ) -> value<float, 1>

inline

References cppassist::value< float, 1 >::m_value.

operator/() [2/12]

auto cppassist::operator/ ( const value< float, 1 > &  first, const value< float, 1 >::primitive_type &  scalar  ) -> value<float, 1>

inline

References cppassist::value< float, 1 >::m_value.

operator+() [3/12]

auto cppassist::operator+ ( const value< float, 1 >::primitive_type &  scalar, const value< float, 1 > &  other  ) -> value<float, 1>

inline

References cppassist::value< float, 1 >::m_value.

operator-() [3/12]

auto cppassist::operator- ( const value< float, 1 >::primitive_type &  scalar, const value< float, 1 > &  other  ) -> value<float, 1>

inline

References cppassist::value< float, 1 >::m_value.

operator*() [3/12]

auto cppassist::operator* ( const value< float, 1 >::primitive_type &  scalar, const value< float, 1 > &  other  ) -> value<float, 1>

inline

References cppassist::value< float, 1 >::m_value.

operator/() [3/12]

auto cppassist::operator/ ( const value< float, 1 >::primitive_type &  scalar, const value< float, 1 > &  other  ) -> value<float, 1>

inline

References cppassist::value< float, 1 >::m_value.

sqrt() [2/5]

auto cppassist::sqrt ( const value< float, 1 > &  first ) -> value<float, 1>

inline

References sqrt().

operator+() [4/12]

auto cppassist::operator+ ( const value< float, 16 > &  first, const value< float, 16 > &  second  ) -> value<float, 16>

inline

operator-() [4/12]

auto cppassist::operator- ( const value< float, 16 > &  first, const value< float, 16 > &  second  ) -> value<float, 16>

inline

operator*() [4/12]

auto cppassist::operator* ( const value< float, 16 > &  first, const value< float, 16 > &  second  ) -> value<float, 16>

inline

operator/() [4/12]

auto cppassist::operator/ ( const value< float, 16 > &  first, const value< float, 16 > &  second  ) -> value<float, 16>

inline

operator+() [5/12]

auto cppassist::operator+ ( const value< float, 16 > &  first, const value< float, 16 >::primitive_type &  scalar  ) -> value<float, 16>

inline

operator-() [5/12]

auto cppassist::operator- ( const value< float, 16 > &  first, const value< float, 16 >::primitive_type &  scalar  ) -> value<float, 16>

inline

operator*() [5/12]

auto cppassist::operator* ( const value< float, 16 > &  first, const value< float, 16 >::primitive_type &  scalar  ) -> value<float, 16>

inline

operator/() [5/12]

auto cppassist::operator/ ( const value< float, 16 > &  first, const value< float, 16 >::primitive_type &  scalar  ) -> value<float, 16>

inline

operator+() [6/12]

auto cppassist::operator+ ( const value< float, 16 >::primitive_type &  scalar, const value< float, 16 > &  other  ) -> value<float, 16>

inline

operator-() [6/12]

auto cppassist::operator- ( const value< float, 16 >::primitive_type &  scalar, const value< float, 16 > &  other  ) -> value<float, 16>

inline

operator*() [6/12]

auto cppassist::operator* ( const value< float, 16 >::primitive_type &  scalar, const value< float, 16 > &  other  ) -> value<float, 16>

inline

operator/() [6/12]

auto cppassist::operator/ ( const value< float, 16 >::primitive_type &  scalar, const value< float, 16 > &  other  ) -> value<float, 16>

inline

sqrt() [3/5]

auto cppassist::sqrt ( const value< float, 16 > &  first ) -> value<float, 16>

inline

operator+() [7/12]

auto cppassist::operator+ ( const value< float, 4 > &  first, const value< float, 4 > &  second  ) -> value<float, 4>

inline

operator-() [7/12]

auto cppassist::operator- ( const value< float, 4 > &  first, const value< float, 4 > &  second  ) -> value<float, 4>

inline

operator*() [7/12]

auto cppassist::operator* ( const value< float, 4 > &  first, const value< float, 4 > &  second  ) -> value<float, 4>

inline

operator/() [7/12]

auto cppassist::operator/ ( const value< float, 4 > &  first, const value< float, 4 > &  second  ) -> value<float, 4>

inline

operator+() [8/12]

auto cppassist::operator+ ( const value< float, 4 > &  first, const value< float, 4 >::primitive_type &  scalar  ) -> value<float, 4>

inline

operator-() [8/12]

auto cppassist::operator- ( const value< float, 4 > &  first, const value< float, 4 >::primitive_type &  scalar  ) -> value<float, 4>

inline

operator*() [8/12]

auto cppassist::operator* ( const value< float, 4 > &  first, const value< float, 4 >::primitive_type &  scalar  ) -> value<float, 4>

inline

operator/() [8/12]

auto cppassist::operator/ ( const value< float, 4 > &  first, const value< float, 4 >::primitive_type &  scalar  ) -> value<float, 4>

inline

operator+() [9/12]

auto cppassist::operator+ ( const value< float, 4 >::primitive_type &  scalar, const value< float, 4 > &  other  ) -> value<float, 4>

inline

operator-() [9/12]

auto cppassist::operator- ( const value< float, 4 >::primitive_type &  scalar, const value< float, 4 > &  other  ) -> value<float, 4>

inline

operator*() [9/12]

auto cppassist::operator* ( const value< float, 4 >::primitive_type &  scalar, const value< float, 4 > &  other  ) -> value<float, 4>

inline

operator/() [9/12]

auto cppassist::operator/ ( const value< float, 4 >::primitive_type &  scalar, const value< float, 4 > &  other  ) -> value<float, 4>

inline

sqrt() [4/5]

auto cppassist::sqrt ( const value< float, 4 > &  first ) -> value<float, 4>

inline

operator+() [10/12]

auto cppassist::operator+ ( const value< float, 8 > &  first, const value< float, 8 > &  second  ) -> value<float, 8>

inline

operator-() [10/12]

auto cppassist::operator- ( const value< float, 8 > &  first, const value< float, 8 > &  second  ) -> value<float, 8>

inline

operator*() [10/12]

auto cppassist::operator* ( const value< float, 8 > &  first, const value< float, 8 > &  second  ) -> value<float, 8>

inline

operator/() [10/12]

auto cppassist::operator/ ( const value< float, 8 > &  first, const value< float, 8 > &  second  ) -> value<float, 8>

inline

operator+() [11/12]

auto cppassist::operator+ ( const value< float, 8 > &  first, const value< float, 8 >::primitive_type &  scalar  ) -> value<float, 8>

inline

operator-() [11/12]

auto cppassist::operator- ( const value< float, 8 > &  first, const value< float, 8 >::primitive_type &  scalar  ) -> value<float, 8>

inline

operator*() [11/12]

auto cppassist::operator* ( const value< float, 8 > &  first, const value< float, 8 >::primitive_type &  scalar  ) -> value<float, 8>

inline

operator/() [11/12]

auto cppassist::operator/ ( const value< float, 8 > &  first, const value< float, 8 >::primitive_type &  scalar  ) -> value<float, 8>

inline

operator+() [12/12]

auto cppassist::operator+ ( const value< float, 8 >::primitive_type &  scalar, const value< float, 8 > &  other  ) -> value<float, 8>

inline

operator-() [12/12]

auto cppassist::operator- ( const value< float, 8 >::primitive_type &  scalar, const value< float, 8 > &  other  ) -> value<float, 8>

inline

operator*() [12/12]

auto cppassist::operator* ( const value< float, 8 >::primitive_type &  scalar, const value< float, 8 > &  other  ) -> value<float, 8>

inline

operator/() [12/12]

auto cppassist::operator/ ( const value< float, 8 >::primitive_type &  scalar, const value< float, 8 > &  other  ) -> value<float, 8>

inline

sqrt() [5/5]

auto cppassist::sqrt ( const value< float, 8 > &  first ) -> value<float, 8>

inline

traverse()

template<typename Callback , typename Vector , typename... Vectors>

void cppassist::traverse ( Callback  callback, Vector &&  vector, Vectors &&...  vectors  )

inline

References cppassist::vector< T, SIMD_SIZE >::chunk(), and cppassist::vector< T, SIMD_SIZE >::chunkSize().

traverse_mt()

template<typename Callback , typename Vector , typename... Vectors>

void cppassist::traverse_mt ( Callback  callback, Vector &&  vector, Vectors &&...  vectors  )

inline

References cppassist::vector< T, SIMD_SIZE >::chunk(), cppassist::vector< T, SIMD_SIZE >::chunkSize(), forEach(), and cppassist::vector< T, SIMD_SIZE >::vector().

getNumberOfThreads()

CPPASSIST_API size_t cppassist::getNumberOfThreads

(

)

Get optimal number of threads for parallelization.

Returns

Number of threads

forEach()

template<typename T >

void cppassist::forEach	(	T	start,
		T	end,
		typename identity< std::function< void(T)>>::type	callback,
		bool	parallelize = true
	)

Call a function on each iteration of a loop.

Parameters

[in]	start	Start value
[in]	end	End value (must be >= start!)
[in]	callback	Function that is called on each iteration
[in]	parallelize	true to parallelize the execution (if possible), else false

Remarks

Both start and end must be enumerable typed that support the + operator.

References parallelFor(), and sequentialFor().

Referenced by traverse_mt().

parallelFor() [1/3]

template<typename T >

void cppassist::parallelFor	(	T	start,
		T	end,
		typename identity< std::function< void(T)>>::type	callback
	)

Call a function on each iteration of a loop (parallelized in threads)

Parameters

[in]	start	Start value
[in]	end	End value (must be >= start!)
[in]	callback	Function that is called on each iteration

Remarks

Both start and end must be enumerable typed that support the + operator.

References numberOfThreads.

Referenced by forEach(), and parallelFor().

parallelFor() [2/3]

template<typename T >

void cppassist::parallelFor	(	const std::vector< T > &	elements,
		typename identity< std::function< void(const T &element)>>::type	callback
	)

Call a function on each item of a list (parallelized in threads)

Parameters

[in]	elements	List of elements
[in]	callback	Function that is called on each iteration

References parallelFor().

parallelFor() [3/3]

template<typename T >

void cppassist::parallelFor	(	std::vector< T > &	elements,
		typename identity< std::function< void(T &element)>>::type	callback
	)

Call a function on each item of a list (parallelized in threads)

Parameters

[in]	elements	List of elements
[in]	callback	Function that is called on each iteration

References parallelFor().

sequentialFor() [1/3]

template<typename T >

void cppassist::sequentialFor	(	T	start,
		T	end,
		typename identity< std::function< void(T)>>::type	callback
	)

Call a function on each iteration of a loop (sequential)

Parameters

[in]	start	Start value
[in]	end	End value (must be >= start!)
[in]	callback	Function that is called on each iteration

Remarks

Both start and end must be enumerable typed that support the + operator.

Referenced by forEach(), and sequentialFor().

sequentialFor() [2/3]

template<typename T >

void cppassist::sequentialFor	(	const std::vector< T > &	elements,
		typename identity< std::function< void(const T &element)>>::type	callback
	)

Call a function on each item of a list (sequential)

Parameters

[in]	elements	List of elements
[in]	callback	Function that is called on each iteration

References sequentialFor().

sequentialFor() [3/3]

template<typename T >

void cppassist::sequentialFor	(	std::vector< T > &	elements,
		typename identity< std::function< void(T &element)>>::type	callback
	)

Call a function on each item of a list (sequential)

Parameters

[in]	elements	List of elements
[in]	callback	Function that is called on each iteration

References sequentialFor().

Variable Documentation

numberOfThreads

const auto cppassist::numberOfThreads = getNumberOfThreads()

Referenced by parallelFor().