anonymous_namespace{SuperResolution_.cpp} Namespace Reference

Functions
Ptr< FrameSource >	createFrameSource (const string &type, vector< MxArray >::const_iterator first, vector< MxArray >::const_iterator last)
	Create an instance of FrameSource using options in arguments. More...
Ptr< superres::FarnebackOpticalFlow >	createFarnebackOpticalFlow (bool use_gpu, vector< MxArray >::const_iterator first, vector< MxArray >::const_iterator last)
	Create an instance of FarnebackOpticalFlow using options in arguments. More...
Ptr< superres::DualTVL1OpticalFlow >	createDualTVL1OpticalFlow (bool use_gpu, vector< MxArray >::const_iterator first, vector< MxArray >::const_iterator last)
	Create an instance of DualTVL1OpticalFlow using options in arguments. More...
Ptr< BroxOpticalFlow >	createBroxOpticalFlow (bool, vector< MxArray >::const_iterator first, vector< MxArray >::const_iterator last)
	Create an instance of BroxOpticalFlow using options in arguments. More...
Ptr< PyrLKOpticalFlow >	createPyrLKOpticalFlow (bool, vector< MxArray >::const_iterator first, vector< MxArray >::const_iterator last)
	Create an instance of PyrLKOpticalFlow using options in arguments. More...
Ptr< DenseOpticalFlowExt >	createDenseOpticalFlowExt (const string &type, vector< MxArray >::const_iterator first, vector< MxArray >::const_iterator last)
	Create an instance of DenseOpticalFlowExt using options in arguments. More...
Ptr< SuperResolution >	createSuperResolution (const string &type)
	Create an instance of SuperResolution using options in arguments. More...
MxArray	toStruct (Ptr< DenseOpticalFlowExt > p)
	Convert a DenseOpticalFlowExt to MxArray. More...

Variables
int	last_id = 0
	Last object id to allocate. More...
map< int, Ptr< SuperResolution > >	obj_
	Object container. More...

Function Documentation

createBroxOpticalFlow()

Ptr<BroxOpticalFlow> anonymous_namespace{SuperResolution_.cpp}::createBroxOpticalFlow	(	bool	,
		vector< MxArray >::const_iterator	first,
		vector< MxArray >::const_iterator	last
	)

Create an instance of BroxOpticalFlow using options in arguments.

Parameters

use_gpu	specify whether to use CPU or GPU implementation
first	iterator at the beginning of the vector range
last	iterator at the end of the vector range

Returns

smart pointer to created cv::superres::BroxOpticalFlow

Definition at line 165 of file SuperResolution_.cpp.

createDenseOpticalFlowExt()

Ptr<DenseOpticalFlowExt> anonymous_namespace{SuperResolution_.cpp}::createDenseOpticalFlowExt	(	const string &	type,
		vector< MxArray >::const_iterator	first,
		vector< MxArray >::const_iterator	last
	)

Create an instance of DenseOpticalFlowExt using options in arguments.

Parameters

type	dense optical flow type, one of: "FarnebackOpticalFlow" "DualTVL1OpticalFlow" "FarnebackOpticalFlowCUDA" (requires CUDA) "DualTVL1OpticalFlowCUDA" (requires CUDA) "BroxOpticalFlowCUDA" (requires CUDA) "PyrLKOpticalFlowCUDA" (requires CUDA)
first	iterator at the beginning of the vector range
last	iterator at the end of the vector range

Returns

smart pointer to created cv::superres::DenseOpticalFlowExt

Definition at line 243 of file SuperResolution_.cpp.

createDualTVL1OpticalFlow()

Ptr<superres::DualTVL1OpticalFlow> anonymous_namespace{SuperResolution_.cpp}::createDualTVL1OpticalFlow	(	bool	use_gpu,
		vector< MxArray >::const_iterator	first,
		vector< MxArray >::const_iterator	last
	)

Create an instance of DualTVL1OpticalFlow using options in arguments.

Parameters

use_gpu	specify whether to use CPU or GPU implementation
first	iterator at the beginning of the vector range
last	iterator at the end of the vector range

Returns

smart pointer to created cv::superres::DualTVL1OpticalFlow

Definition at line 120 of file SuperResolution_.cpp.

createFarnebackOpticalFlow()

Ptr<superres::FarnebackOpticalFlow> anonymous_namespace{SuperResolution_.cpp}::createFarnebackOpticalFlow	(	bool	use_gpu,
		vector< MxArray >::const_iterator	first,
		vector< MxArray >::const_iterator	last
	)

Create an instance of FarnebackOpticalFlow using options in arguments.

Parameters

use_gpu	specify whether to use CPU or GPU implementation
first	iterator at the beginning of the vector range
last	iterator at the end of the vector range

Returns

smart pointer to created cv::superres::FarnebackOpticalFlow

Definition at line 77 of file SuperResolution_.cpp.

createFrameSource()

Ptr<FrameSource> anonymous_namespace{SuperResolution_.cpp}::createFrameSource	(	const string &	type,
		vector< MxArray >::const_iterator	first,
		vector< MxArray >::const_iterator	last
	)

Create an instance of FrameSource using options in arguments.

Parameters

type	frame source type, one of: "Camera" "Video" "VideoCUDA" (requires CUDA) "Empty"
first	iterator at the beginning of the vector range
last	iterator at the end of the vector range

Returns

smart pointer to created FrameSource

Definition at line 34 of file SuperResolution_.cpp.

createPyrLKOpticalFlow()

Ptr<PyrLKOpticalFlow> anonymous_namespace{SuperResolution_.cpp}::createPyrLKOpticalFlow	(	bool	,
		vector< MxArray >::const_iterator	first,
		vector< MxArray >::const_iterator	last
	)

Create an instance of PyrLKOpticalFlow using options in arguments.

Parameters

use_gpu	specify whether to use CPU or GPU implementation
first	iterator at the beginning of the vector range
last	iterator at the end of the vector range

Returns

smart pointer to created cv::superres::PyrLKOpticalFlow

Definition at line 204 of file SuperResolution_.cpp.

createSuperResolution()

Ptr<SuperResolution> anonymous_namespace{SuperResolution_.cpp}::createSuperResolution

(

const string &

type

)

Create an instance of SuperResolution using options in arguments.

Parameters

type	super resolution algorithm type, one of: "BTVL1" "BTVL1_CUDA" (requires CUDA)

Returns

smart pointer to created cv::superres::SuperResolution

Definition at line 276 of file SuperResolution_.cpp.

toStruct()

MxArray anonymous_namespace{SuperResolution_.cpp}::toStruct

(

Ptr< DenseOpticalFlowExt >

p

)

Convert a DenseOpticalFlowExt to MxArray.

Parameters

p	smart poitner to an instance of DenseOpticalFlowExt

Returns

output MxArray structure

Definition at line 296 of file SuperResolution_.cpp.

Variable Documentation

last_id

int anonymous_namespace{SuperResolution_.cpp}::last_id = 0

Last object id to allocate.

Definition at line 20 of file SuperResolution_.cpp.

obj_

map<int,Ptr<SuperResolution> > anonymous_namespace{SuperResolution_.cpp}::obj_

Object container.

Definition at line 22 of file SuperResolution_.cpp.