#include <BaseIterator.hpp>

Inheritance diagram for BooleanDecoder:

Collaboration diagram for BooleanDecoder:

Public Member Functions
	BooleanDecoder (const uint8_t *data)
	BooleanDecoder ()
float	Get () const override
std::vector< float >	DecodeTensor (const TensorShape &tensorShape, const bool) override
Public Member Functions inherited from TypedIterator< const uint8_t, Decoder< float > >
	TypedIterator (const uint8_t *data=nullptr)
void	Reset (void *data) override
TypedIterator &	operator++ () override
TypedIterator &	operator+= (const unsigned int increment) override
TypedIterator &	operator-= (const unsigned int increment) override
TypedIterator &	operator[] (const unsigned int index) override
Public Member Functions inherited from Decoder< float >
	Decoder ()
virtual	~Decoder ()
Public Member Functions inherited from BaseIterator
	BaseIterator ()
virtual	~BaseIterator ()

Additional Inherited Members
Protected Attributes inherited from TypedIterator< const uint8_t, Decoder< float > >
const uint8_t *	m_Iterator
const uint8_t *	m_Start

Detailed Description

Definition at line 427 of file BaseIterator.hpp.

Constructor & Destructor Documentation

◆ BooleanDecoder() [1/2]

BooleanDecoder ( const uint8_t * data )

inline

Definition at line 430 of file BaseIterator.hpp.

431 : TypedIterator(data) {}

References TypedIterator< const uint8_t, Decoder< float > >::TypedIterator().

Referenced by BooleanDecoder().

◆ BooleanDecoder() [2/2]

BooleanDecoder ( )

inline

Definition at line 433 of file BaseIterator.hpp.

434 : BooleanDecoder(nullptr) {}

References BooleanDecoder().

Member Function Documentation

◆ DecodeTensor()

std::vector< float > DecodeTensor	(	const TensorShape &	tensorShape,
		const bool	)

inlineoverridevirtual

Implements Decoder< float >.

Definition at line 440 of file BaseIterator.hpp.

    {
        const unsigned int size = tensorShape.GetNumElements();
        std::vector<float> decodedTensor;
        decodedTensor.reserve(size);
 
        for (uint32_t i = 0; i < size; ++i)
        {
            this->operator[](i);
            decodedTensor.emplace_back(*m_Iterator);
        }
 
        return decodedTensor;
    }