#include <vx_remap.h>

Inheritance diagram for coreflow::Remap:

Public Member Functions
	Remap (vx_context context, vx_reference scope)
	Construct a new Remap object.

	~Remap ()
	Destroy the Remap object.

vx_status	setCoordValue (vx_uint32 dst_x, vx_uint32 dst_y, vx_float32 src_x, vx_float32 src_y)
	Set the Coord Value object.

vx_status	getCoordValue (vx_uint32 dst_x, vx_uint32 dst_y, vx_float32 src_x, vx_float32 src_y)
	Get the Coord Value object.

vx_uint32	srcWidth () const
	Get the source width.

vx_uint32	srcHeight () const
	Get the source height.

vx_uint32	dstWidth () const
	Get the destination width.

vx_uint32	dstHeight () const
	Get the destination height.

vx_status	setRemapPoint (vx_uint32 dst_x, vx_uint32 dst_y, vx_float32 src_x, vx_float32 src_y)
	Set the Remap Point.

vx_status	getRemapPoint (vx_uint32 dst_x, vx_uint32 dst_y, vx_float32 src_x, vx_float32 src_y)
	Get the Remap Point.

vx_status	copyPatch (const vx_rectangle_t rect, vx_size user_stride_y, void user_ptr, vx_enum user_coordinate_type, vx_enum usage, vx_enum user_mem_type)
	Copy a patch of remap data to/from user memory.

vx_status	mapPatch (const vx_rectangle_t rect, vx_map_id map_id, vx_size stride_y, void *ptr, vx_enum coordinate_type, vx_enum usage, vx_enum mem_type)
	Map a patch of remap data for reading or writing.

vx_status	unmapPatch (vx_uint32 map_id)
	Unmap a previously mapped patch of remap data.

void	destruct () override final
	Function to destroy a remap object.

vx_uint32	refCount () const
	Returns the reference count of the object.

vx_enum	dataType () const
	Returns the type of the reference.

const vx_char *	refName () const
	Returns the name of the reference.

void	setName (const vx_char *name)
	Sets the name of the reference.

vx_uint32	incrementReference (vx_reftype_e refType)
	Increments the ref count.

vx_uint32	decrementReference (vx_reftype_e refType)
	Decrements the ref count.

vx_uint32	totalReferenceCount ()
	Returns the total reference count of the object.

void	initReferenceForDelay (vx_delay delay, vx_int32 index)
	Used to initialize any vx_reference as a delay element.

Static Public Member Functions
static vx_remap	createRemap (vx_context context, vx_uint32 src_width, vx_uint32 src_height, vx_uint32 dst_width, vx_uint32 dst_height)
	Create a remap object.

static vx_bool	isValidRemap (vx_remap remap)
	Validate remap object.

static vx_reference	createReference (vx_context context, vx_enum type, vx_reftype_e refType, vx_reference scope)
	Used to create a reference.

static void	printReference (vx_reference ref)
	Prints the values of a reference.

static vx_bool	isValidReference (vx_reference ref)
	Used to validate everything but vx_context, vx_image and vx_buffer.

static vx_bool	isValidReference (vx_reference ref, vx_enum type)
	Used to validate everything but vx_context, vx_image and vx_buffer.

static vx_size	sizeOfType (vx_enum type)
	Returns the number of bytes in the internal structure for a given type.

static vx_status	releaseReference (vx_reference *ref, vx_enum type, vx_reftype_e reftype, vx_destructor_f special_destructor)
	Used to destroy a reference.

Public Attributes
vx_memory_t	memory
	The memory layout.

vx_uint32	src_width
	Input Width.

vx_uint32	src_height
	Input Height.

vx_uint32	dst_width
	Output Width.

vx_uint32	dst_height
	Output Height.

struct _vx_platform *	platform
	Platform for ICD compatibility.

vx_uint32	magic
	Used to validate references, must be set to VX_MAGIC.

vx_enum	type
	Set to an enum value in vx_type_e.

vx_context	context
	Pointer to the top level context. If this reference is the context, this will be NULL.

vx_reference	scope
	The pointer to the object's scope parent. When virtual objects are scoped within a graph, this will point to that parent graph. This is left generic to allow future scoping variations. By default scope should be the same as context.

vx_uint32	external_count
	The count of the number of users with this reference. When greater than 0, this can not be freed. When zero, the value can be considered inaccessible.

vx_uint32	internal_count
	The count of the number of framework references. When greater than 0, this can not be freed.

vx_uint32	read_count
	The number of times the object has been read (in some portion)

vx_uint32	write_count
	The number of times the object has been written to (in some portion)

vx_sem_t	lock
	The reference lock which is used to protect access to "in-fly" data.

void *	reserved
	A reserved field which can be used to store anonymous data.

vx_uint32	index
	A field which can be used to store a temporary, per-graph index.

vx_bool	extracted
	This indicates if the object was extracted from another object.

vx_bool	is_virtual
	This indicates if the object is virtual or not.

vx_delay	delay

vx_int32	delay_slot_index

vx_bool	is_accessible
	This indicates that if the object is virtual whether it is accessible at the moment or not.

vx_char	name [VX_MAX_REFERENCE_NAME]
	The reference name.

Member Data Documentation

◆ context

vx_context coreflow::Reference::context

inherited

Pointer to the top level context. If this reference is the context, this will be NULL.

◆ delay

vx_delay coreflow::Reference::delay

inherited

◆ delay_slot_index

vx_int32 coreflow::Reference::delay_slot_index

inherited

◆ dst_height

vx_uint32 coreflow::Remap::dst_height

Output Height.

◆ dst_width

vx_uint32 coreflow::Remap::dst_width

Output Width.

◆ external_count

vx_uint32 coreflow::Reference::external_count

inherited

The count of the number of users with this reference. When greater than 0, this can not be freed. When zero, the value can be considered inaccessible.

◆ extracted

vx_bool coreflow::Reference::extracted

inherited

This indicates if the object was extracted from another object.

◆ index

vx_uint32 coreflow::Reference::index

inherited

A field which can be used to store a temporary, per-graph index.

◆ internal_count

vx_uint32 coreflow::Reference::internal_count

inherited

The count of the number of framework references. When greater than 0, this can not be freed.

◆ is_accessible

vx_bool coreflow::Reference::is_accessible

inherited

This indicates that if the object is virtual whether it is accessible at the moment or not.

◆ is_virtual

vx_bool coreflow::Reference::is_virtual

inherited

This indicates if the object is virtual or not.

◆ lock

vx_sem_t coreflow::Reference::lock

inherited

The reference lock which is used to protect access to "in-fly" data.

◆ magic

vx_uint32 coreflow::Reference::magic

inherited

Used to validate references, must be set to VX_MAGIC.

◆ memory

vx_memory_t coreflow::Remap::memory

The memory layout.

◆ name

vx_char coreflow::Reference::name[VX_MAX_REFERENCE_NAME]

inherited

The reference name.

◆ platform

struct _vx_platform* coreflow::Reference::platform

inherited

Platform for ICD compatibility.

◆ read_count

vx_uint32 coreflow::Reference::read_count

inherited

The number of times the object has been read (in some portion)

◆ reserved

void* coreflow::Reference::reserved

inherited

A reserved field which can be used to store anonymous data.

◆ scope

vx_reference coreflow::Reference::scope

inherited

The pointer to the object's scope parent. When virtual objects are scoped within a graph, this will point to that parent graph. This is left generic to allow future scoping variations. By default scope should be the same as context.

◆ src_height

vx_uint32 coreflow::Remap::src_height

Input Height.

◆ src_width

vx_uint32 coreflow::Remap::src_width

Input Width.

◆ type

vx_enum coreflow::Reference::type

inherited

Set to an enum value in vx_type_e.

◆ write_count

vx_uint32 coreflow::Reference::write_count

inherited

The number of times the object has been written to (in some portion)

Public Member Functions

Static Public Member Functions

Public Attributes

Member Data Documentation

◆ context

◆ delay

◆ delay_slot_index

◆ dst_height

◆ dst_width

◆ external_count

◆ extracted

◆ index

◆ internal_count

◆ is_accessible

◆ is_virtual

◆ lock

◆ magic

◆ memory

◆ name

◆ platform

◆ read_count

◆ reserved

◆ scope

◆ src_height

◆ src_width

◆ type

◆ write_count