Implements ComputeOperation for one argument. More...

#include <computeExpression.hpp>

Inheritance diagram for codi::UnaryOperation< T_Real, T_Impl >:

[legend]

Public Types
using	Impl = T_Impl
	See UnaryOperation.

using	Real = T_Real
	See UnaryOperation.

Public Types inherited from codi::ComputeOperation< T_Real >
using	Real = T_Real
	See ComputeOperation.

Static Public Member Functions
template<size_t argNumber, typename Adjoint, typename Arg>
static inlineauto	applyAdjoint (Adjoint const &adjoint, Real const &result, Arg const &arg)

template<typename Adjoint, typename Arg>
static inlineauto	applyAdjointArg (Adjoint const &adjoint, Real const &result, Arg const &arg)

template<size_t argNumber, typename Tangent, typename Arg>
static inlineauto	applyTangent (Tangent const &tangent, Real const &result, Arg const &arg)

template<typename Tangent, typename Arg>
static inlineauto	applyTangentArg (Tangent const &tangent, Real const &result, Arg const &arg)

template<typename Arg>
static inlineReal	primal (Arg const &arg)

Static Public Member Functions inherited from codi::ComputeOperation< T_Real >
template<size_t argNumber, typename Adjoint, typename... Args>
static inlineauto	applyAdjoint (Adjoint const &adjoint, Real const &result, Args const &... args)

template<size_t argNumber, typename Tangent, typename... Args>
static inlineauto	applyTangent (Tangent const &tangent, Real const &result, Args const &... args)

static inlinestd::string	getMathRep ()
	Get the math symbol of the operation. E.g. `+` for operators and `pow()` for functions.

template<typename... Args>
static inlineReal	primal (Args const &... args)

Detailed Description

template<typename T_Real, typename T_Impl>
struct codi::UnaryOperation< T_Real, T_Impl >

Implements ComputeOperation for one argument.

Implementations need to define primal, applyTangentArg and applyAdjointArg.

See ComputeOperation for details.

Template Parameters

T_Real	Original primal value of the statement/expression.
T_Impl	Final implementation of the operation.

Member Function Documentation

◆ applyAdjoint()

template<typename T_Real, typename T_Impl>

template<size_t argNumber, typename Adjoint, typename Arg>

static inlineauto codi::UnaryOperation< T_Real, T_Impl >::applyAdjoint	(	Adjoint const &	adjoint,
		Real const &	result,
		Arg const &	arg )

inlinestatic

Apply the reverse AD mode with respect to the given argument on the adjoint and return the result. Computes $\bar x_{argNumber} = \frac{\d f}{\d x_{argNumber}}^T \bar w$

Forwards to applyAdjointArg.

◆ applyAdjointArg()

template<typename T_Real, typename T_Impl>

template<typename Adjoint, typename Arg>

static inlineauto codi::UnaryOperation< T_Real, T_Impl >::applyAdjointArg	(	Adjoint const &	adjoint,
		Real const &	result,
		Arg const &	arg )

static

Apply the reverse AD mode with respect to the argument on the adjoint and return the result. Computes $\bar x = \frac{\d f}{\d x}^T \bar w$

◆ applyTangent()

template<typename T_Real, typename T_Impl>

template<size_t argNumber, typename Tangent, typename Arg>

static inlineauto codi::UnaryOperation< T_Real, T_Impl >::applyTangent	(	Tangent const &	tangent,
		Real const &	result,
		Arg const &	arg )

inlinestatic

Apply the forward AD mode with respect to the given argument on the tangent and return the result. Computes $\dot w = \frac{\d f}{\d x_{argNumber}} \dot x_{argNumber}$