Classes
struct	Abs
	Functor absolute value (\|x\|) Applies element-wise absolute value to tensor elements. More...

struct	Cos
	Functor cosine Applies element-wise cosine to tensor elements (radians) More...

struct	Cosh
	Functor hyperbolic cosine Applies element-wise hyperbolic cosine to tensor elements. More...

struct	Exp
	Functor exponential (e^x) Applies element-wise exponential to tensor elements. More...

class	Function
	Expression template for mathematical function operations. More...

struct	Log
	Functor natural logarithm (ln(x)) Applies element-wise natural logarithm to tensor elements. More...

struct	Rsqrt
	Functor inverse square root (1/√x) Applies element-wise inverse square root to tensor elements. More...

struct	Sin
	Functor sine Applies element-wise sine to tensor elements (radians) More...

struct	Sinh
	Functor hyperbolic sine Applies element-wise hyperbolic sine to tensor elements. More...

struct	Sqrt
	Functor square root (√x) Applies element-wise square root to tensor elements. More...

struct	Tan
	Functor tangent Applies element-wise tangent to tensor elements (radians) More...

struct	Tanh
	Functor hyperbolic tangent Applies element-wise hyperbolic tangent to tensor elements. More...

Functions
template<Expression Operand>
constexpr auto	log (Operand &&operand)
	Creates a lazy-evaluated natural logarithm expression.

template<Expression Operand>
constexpr auto	exp (Operand &&operand)
	Creates a lazy-evaluated exponential function expression.

template<Expression Operand>
constexpr auto	sqrt (Operand &&operand)
	Creates a lazy-evaluated square root expression.

template<Expression Operand>
constexpr auto	rsqrt (Operand &&operand, float epsilon=0.0f)
	Creates a lazy-evaluated inverse square root expression.

template<Expression Operand>
constexpr auto	abs (Operand &&operand)
	Creates a lazy-evaluated absolute value expression.

template<Expression Operand>
constexpr auto	sin (Operand &&operand)
	Creates a lazy-evaluated sine function expression.

template<Expression Operand>
constexpr auto	cos (Operand &&operand)
	Creates a lazy-evaluated cosine function expression.

template<Expression Operand>
constexpr auto	tan (Operand &&operand)
	Creates a lazy-evaluated tangent function expression.

template<Expression Operand>
constexpr auto	sinh (Operand &&operand)
	Creates a lazy-evaluated hyperbolic sine expression.

template<Expression Operand>
constexpr auto	cosh (Operand &&operand)
	Creates a lazy-evaluated hyperbolic cosine expression.

template<Expression Operand>
constexpr auto	tanh (Operand &&operand)
	Creates a lazy-evaluated hyperbolic tangent expression.

Function Documentation

◆ abs()

template<Expression Operand>

constexpr auto tannic::function::abs ( Operand && operand )

constexpr

Creates a lazy-evaluated absolute value expression.

Template Parameters

Operand Type satisfying Expression concept

Parameters

operand Input tensor expression

Returns: Functor expression representing element-wise |operand|

See also: Abs

◆ cos()

template<Expression Operand>

constexpr auto tannic::function::cos ( Operand && operand )

constexpr

Creates a lazy-evaluated cosine function expression.

Template Parameters

Operand Type satisfying Expression concept

Parameters

operand Input tensor expression (in radians)

Returns: Functor expression representing element-wise cos(operand)

See also: Cos

◆ cosh()

template<Expression Operand>

constexpr auto tannic::function::cosh ( Operand && operand )

constexpr

Creates a lazy-evaluated hyperbolic cosine expression.

Template Parameters

Operand Type satisfying Expression concept

Parameters

operand Input tensor expression

Returns: Functor expression representing element-wise cosh(operand)

See also: Cosh

◆ exp()

template<Expression Operand>

constexpr auto tannic::function::exp ( Operand && operand )

constexpr

Creates a lazy-evaluated exponential function expression.

Template Parameters

Operand Type satisfying Expression concept

Parameters

operand Input tensor expression

Returns: Functor expression representing element-wise e^(operand)

See also: Exp

◆ log()

template<Expression Operand>

constexpr auto tannic::function::log ( Operand && operand )

constexpr

Creates a lazy-evaluated natural logarithm expression.

Template Parameters

Operand Type satisfying Expression concept

Parameters

operand Input tensor expression

Returns: Functor expression representing element-wise ln(operand)

Note: Computes natural logarithm (base e) for each element

See also: Log

◆ rsqrt()

template<Expression Operand>

constexpr auto tannic::function::rsqrt	(	Operand &&	operand,
		float	epsilon = `0.0f`
	)

constexpr

Creates a lazy-evaluated inverse square root expression.

Template Parameters

Operand Type satisfying Expression concept

Parameters

operand Input tensor expression

Returns: Functor expression representing element-wise √operand

Note: Returns NaN for negative inputs

See also: Rsqrt

◆ sin()

template<Expression Operand>

constexpr auto tannic::function::sin ( Operand && operand )

constexpr

Creates a lazy-evaluated sine function expression.

Template Parameters

Operand Type satisfying Expression concept

Parameters

operand Input tensor expression (in radians)

Returns: Functor expression representing element-wise sin(operand)

See also: Sin

◆ sinh()

template<Expression Operand>

constexpr auto tannic::function::sinh ( Operand && operand )

constexpr

Creates a lazy-evaluated hyperbolic sine expression.

Template Parameters

Operand Type satisfying Expression concept

Parameters

operand Input tensor expression

Returns: Functor expression representing element-wise sinh(operand)

See also: Sinh

◆ sqrt()

template<Expression Operand>

constexpr auto tannic::function::sqrt ( Operand && operand )

constexpr

Creates a lazy-evaluated square root expression.

Template Parameters

Operand Type satisfying Expression concept

Parameters

operand Input tensor expression

Returns: Functor expression representing element-wise √operand

Note: Returns NaN for negative inputs

See also: Sqrt

◆ tan()

template<Expression Operand>

constexpr auto tannic::function::tan ( Operand && operand )

constexpr

Creates a lazy-evaluated tangent function expression.

Template Parameters

Operand Type satisfying Expression concept

Parameters

operand Input tensor expression (in radians)

Returns: Functor expression representing element-wise tan(operand)

Note: Returns NaN where cosine equals zero

See also: Tan

◆ tanh()

template<Expression Operand>

constexpr auto tannic::function::tanh ( Operand && operand )

constexpr

Creates a lazy-evaluated hyperbolic tangent expression.

Template Parameters

Operand Type satisfying Expression concept

Parameters

operand Input tensor expression

Returns: Functor expression representing element-wise tanh(operand)

See also: Tanh

Classes

Functions

Function Documentation

◆ abs()

◆ cos()

◆ cosh()

◆ exp()

◆ log()

◆ rsqrt()

◆ sin()

◆ sinh()

◆ sqrt()

◆ tan()

◆ tanh()