terry Namespace Reference

Namespaces
namespace	algorithm
namespace	color
namespace	detail
namespace	detail_copy_channel
namespace	draw
namespace	filter
namespace	generator
namespace	geometry
namespace	math
namespace	numeric
namespace	sampler
Data Structures
struct	alpha_max_filler
struct	black_filler
struct	channel_base_type
struct	channel_base_type< boost::gil::scoped_channel_value< ChannelValue, MinV, MaxV > >
struct	is_scoped_channel
struct	is_scoped_channel< boost::gil::scoped_channel_value< ChannelValue, MinV, MaxV > >
struct	assign_channel_if_exists_t
struct	assign_channel_if_exists_t< Pixel, Channel, boost::mpl::false_ >
struct	assign_channel_if_exists_t< Pixel, Channel, boost::mpl::true_ >
struct	channel_type_to_index
struct	channel_view_type
struct	channel_clamp
struct	clamp_converter
struct	make_metric
struct	make_kerning
struct	make_width
struct	make_advance_width
struct	make_advance_height
struct	make_height
struct	make_glyph_height
class	render_glyph
struct	find_last_fitted_glyph
struct	make_special_interval
struct	make_alpha_blend
struct	draw_line
class	matrix3x2
struct	mapping_traits< matrix3x2< F > >
struct	image_from_view
struct	layout_type
struct	floating_channel_type_t
struct	floating_pixel_from_view
class	Rect
struct	merge_per_channel
	standard per channel functor More...
struct	merge_per_channel_with_alpha
	standard per channel functor with the alpha values stored inside the functor More...
struct	merge_per_pixel
	per pixel functor (instead of per channel) More...
struct	merge_functor
struct	merge_functor< Pixel, merge_per_pixel >
struct	merge_functor< Pixel, merge_per_channel_with_alpha >
struct	merge_functor< Pixel, merge_per_channel >
struct	is_negative_impl
struct	is_negative_impl< false, Channel >
struct	FunctorAverage
struct	FunctorPlus
struct	FunctorCopy
struct	FunctorDifference
struct	FunctorDivide
struct	FunctorExclusion
struct	FunctorFrom
struct	FunctorGeometric
struct	FunctorMultiply
struct	FunctorScreen
struct	FunctorHardLight
struct	FunctorHypot
struct	FunctorMinus
struct	FunctorDarken
struct	FunctorLighten
struct	FunctorOverlay
struct	FunctorColorDodge
struct	FunctorColorBurn
struct	FunctorPinLight
struct	FunctorReflect
struct	FunctorFreeze
struct	FunctorInterpolated
struct	FunctorATop
struct	FunctorConjointOver
struct	FunctorDisjointOver
struct	FunctorIn
struct	FunctorMask
struct	FunctorMatte
struct	FunctorOut
struct	FunctorOver
struct	FunctorStencil
struct	FunctorUnder
struct	FunctorXOR
struct	FunctorColor
struct	pixel_proxy
	Returns the reference proxy associated with a type that has a "reference" member typedef. More...
struct	mapping_traits
Enumerations
enum	{   Left = ( 0x1 << 0 ), Center = ( 0x1 << 1 ), Right = ( 0x1 << 2 ), Top = ( 0x1 << 3 ),   Middle = ( 0x1 << 4 ), Bottom = ( 0x1 << 5 ), FMiddle = ( 0x1 << 6 ), FBottom = ( 0x1 << 7 ) }
Functions
template<typename F , typename F2 >
point2< F >	transform (const ::tuttle::plugin::lens::NormalLensDistortParams< F > &params, const point2< F2 > &src)
template<typename F , typename F2 >
point2< F >	transform (const ::tuttle::plugin::lens::NormalLensUndistortParams< F > &params, const point2< F2 > &src)
template<typename F , typename F2 >
point2< F >	transform (const ::tuttle::plugin::lens::FisheyeLensDistortParams< F > &params, const point2< F2 > &src)
template<typename F , typename F2 >
point2< F >	transform (const ::tuttle::plugin::lens::FisheyeLensUndistortParams< F > &params, const point2< F2 > &src)
template<typename F , typename F2 >
point2< F >	transform (const ::tuttle::plugin::lens::AdvancedLensDistortParams< F > &params, const point2< F2 > &src)
template<class Pixel >
static const Pixel	get_black ()
	Get black color value.
template<class View >
static const View::value_type	get_black (const View &)
template<class View >
static View::value_type	get_white ()
template<class View >
static View::value_type	get_white (const View &)
template<class View >
void	fill_alpha_max (const View &v)
template<class View >
void	fill_black (View &v)
	Fill an image in black, all channels to 0.0 value and alpha channel to 1.0 (if exists)
template<typename Channel , typename View >
channel_view_type< Channel, View >::type	channel_view (const View &src)
template<typename View >
detail::color_processed_view_type < clamp_converter< typename View::value_type >, View > ::type	clamp_view (const View &src)
template<typename CC , typename View >
detail::color_processed_view_type < CC, View >::type	color_processed_view (const View &src, const CC &cc)
template<class Channel , class View >
void	copy_channel_if_exist (const View &src, const View &dst)
template<class Channel , class Pixel >
void	copy_pixel_channel_if_exist (const Pixel &src, const Pixel &dst)
template<typename GlyphView , typename View >
void	copy_and_convert_alpha_blended_pixels (const GlyphView &glyphView, const typename View::value_type &glyphColor, const View &dstView)
template<typename view_t , typename value_type >
void	wuline (const view_t &view, const value_type &pixel, int X0, int Y0, int X1, int Y1, int NumLevels, int IntensityBits)
template<typename T >
GIL_FORCEINLINE matrix3x2< T >	operator* (const matrix3x2< T > &m1, const matrix3x2< T > &m2)
template<typename T , typename F >
GIL_FORCEINLINE point2< F >	operator* (const point2< T > &p, const matrix3x2< F > &m)
template<typename F , typename F2 >
GIL_FORCEINLINE point2< F >	transform (const matrix3x2< F > &mat, const point2< F2 > &src)
template<typename View , typename T >
View	subimage_view (const View &src, const Rect< T > &region)
template<class View >
float	max_value ()
template<class View >
float	domain_max_value ()
template<typename T >
std::ostream &	operator<< (std::ostream &os, const Rect< T > &rect)
template<typename T , class View >
Rect< T >	getBounds (const View &v)
	Retrieve the bounding box of an image [0, 0, width, height].
template<class Point , class Rect >
bool	pointInRect (const Point &p, const Rect &rec)
template<class Rect >
Rect	translateRegion (const Rect &windowRoW, const Rect &dependingTo)
template<class Rect , class Point >
Rect	translateRegion (const Rect &windowRoW, const Point &move)
template<class Rect >
Rect	translateRegion (const Rect &windowRoW, const std::ptrdiff_t x, const std::ptrdiff_t y)
template<class R >
R	rectanglesBoundingBox (const R &a, const R &b)
template<class R >
R	rectanglesIntersection (const R &a, const R &b)
template<class R , class V >
R	rectangleGrow (const R &rect, const V marge)
template<class R , class V >
R	rectangleReduce (const R &rect, const V marge)
template<typename View , typename T >
void	maxmin (const View &view, T &max, T &min)
	Compute min & max value from a view.
template<class S_VIEW , class D_VIEW , typename T >
D_VIEW &	normalize (const S_VIEW &src, D_VIEW &dst, const T a, const T b)
	Normalize a view (using contrast streching)
template<class S_VIEW , class D_VIEW , typename T >
D_VIEW &	multiply (const S_VIEW &src, D_VIEW &dst, const T factor)
template<typename Channel >
bool	is_negative (const Channel &v)
template<class F , class View >
void	merge_views (const View &srcA, const View &srcB, View &dst, F fun)
template<typename Sampler , typename SrcView , typename DstView , typename MapFn >
void	resample_pixels (const SrcView &src_view, const DstView &dst_view, const MapFn &dst_to_src, Sampler sampler=Sampler(), const sampler::EParamFilterOutOfImage outOfImageProcess=sampler::eParamFilterOutBlack)
	Set each pixel in the destination view as the result of a sampling function over the transformed coordinates of the source viewThe provided implementation works for 2D image views only.
template<typename Sampler , typename Types1 , typename V2 , typename MapFn >
void	resample_pixels (const any_image_view< Types1 > &src, const V2 &dst, const MapFn &dst_to_src, Sampler sampler=Sampler())
	resample_pixels when the source is run-time specified If invoked on incompatible views, throws std::bad_cast()
template<typename Sampler , typename V1 , typename Types2 , typename MapFn >
void	resample_pixels (const V1 &src, const any_image_view< Types2 > &dst, const MapFn &dst_to_src, Sampler sampler=Sampler())
	resample_pixels when the destination is run-time specified If invoked on incompatible views, throws std::bad_cast()
template<typename Sampler , typename SrcTypes , typename DstTypes , typename MapFn >
void	resample_pixels (const any_image_view< SrcTypes > &src, const any_image_view< DstTypes > &dst, const MapFn &dst_to_src, Sampler sampler=Sampler())
	resample_pixels when both the source and the destination are run-time specified If invoked on incompatible views, throws std::bad_cast()
template<typename Sampler , typename SrcMetaView , typename DstMetaView >
void	resample_subimage (const SrcMetaView &src, const DstMetaView &dst, double src_min_x, double src_min_y, double src_max_x, double src_max_y, double angle, const Sampler &sampler=Sampler())
	Copy into the destination a rotated rectangular region from the source, rescaling it to fit into the destination.
template<typename Sampler , typename SrcMetaView , typename DstMetaView >
void	resize_view (const SrcMetaView &src, const DstMetaView &dst, const Sampler &sampler=Sampler())
	Copy the source view into the destination, scaling to fit.

---

Enumeration Type Documentation

anonymous enum

Enumerator:

Left
Center
Right
Top
Middle
Bottom
FMiddle
FBottom

Definition at line 15 of file utilgil.hpp.

---

Function Documentation

template<typename Channel , typename View >

channel_view_type< Channel , View >::type terry::channel_view

(

const View &

src

)

Definition at line 71 of file channel_view.hpp.

References tuttle::host::graph::make().

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template<typename View >

detail::color_processed_view_type<clamp_converter<typename View::value_type>,View>::type terry::clamp_view

(

const View &

src

)

[inline]

Definition at line 104 of file clamp.hpp.

References color_processed_view().

Referenced by terry::detail::clamp_view_type< View >::clamp_view().

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template<typename CC , typename View >

detail::color_processed_view_type<CC, View>::type terry::color_processed_view	(	const View &	src,
		const CC &	cc
	)		[inline]

Definition at line 59 of file color_processed_view.hpp.

References terry::detail::_color_processed_view_type< CC, View >::make().

Referenced by terry::detail::clamp_view_type_resolver< View, has_scoped_channel >::clamp_view(), and clamp_view().

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template<typename GlyphView , typename View >

void terry::copy_and_convert_alpha_blended_pixels	(	const GlyphView &	glyphView,
		const typename View::value_type &	glyphColor,
		const View &	dstView
	)		[inline]

Definition at line 72 of file utilgil.hpp.

References boost::gil::channel_invert().

Referenced by terry::render_glyph< view_t >::operator()().

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template<class Channel , class View >

void terry::copy_channel_if_exist	(	const View &	src,
		const View &	dst
	)

Definition at line 36 of file copy.hpp.

template<class Channel , class Pixel >

void terry::copy_pixel_channel_if_exist	(	const Pixel &	src,
		const Pixel &	dst
	)

Definition at line 44 of file copy.hpp.

template<class View >

float terry::domain_max_value

(

)

[inline]

Definition at line 87 of file globals.hpp.

References max_value().

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template<class View >

void terry::fill_alpha_max

(

const View &

v

)

Definition at line 84 of file basic_colors.hpp.

References terry::algorithm::transform_pixels().

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template<class View >

void terry::fill_black

(

View &

v

)

Fill an image in black, all channels to 0.0 value and alpha channel to 1.0 (if exists)

Todo:

tuttle: to rewrite !!!

Definition at line 95 of file basic_colors.hpp.

References terry::algorithm::transform_pixels().

Referenced by tuttle::plugin::anisotropicFilter::diffusion::AnisotropicDiffusionProcess< View >::blur_anisotropic(), tuttle::plugin::nlmDenoiser::NLMDenoiserProcess< View >::nlMeans(), and normalize().

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template<class Pixel >

static const Pixel terry::get_black

(

)

[inline, static]

Get black color value.

Todo:

tuttle: to rewrite !!!

Definition at line 52 of file basic_colors.hpp.

References boost::gil::color_convert().

Referenced by tuttle::plugin::pushPixel::PushPixelProcess< View >::multiThreadProcessImages().

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template<class View >

static const View::value_type terry::get_black

(

const View &

)

[inline, static]

Definition at line 62 of file basic_colors.hpp.

template<class View >

static View::value_type terry::get_white

(

)

[inline, static]

Todo:

tuttle: to rewrite !!!

Definition at line 68 of file basic_colors.hpp.

References boost::gil::color_convert().

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template<class View >

static View::value_type terry::get_white

(

const View &

)

[inline, static]

Definition at line 78 of file basic_colors.hpp.

template<typename T , class View >

Rect<T> terry::getBounds

(

const View &

v

)

Retrieve the bounding box of an image [0, 0, width, height].

Definition at line 72 of file Rect.hpp.

template<typename Channel >

bool terry::is_negative

(

const Channel &

v

)

Definition at line 29 of file MergeFunctors.hpp.

Referenced by terry::FunctorDivide< Pixel >::operator()(), terry::FunctorMultiply< Pixel >::operator()(), terry::FunctorColorBurn< Pixel >::operator()(), and terry::FunctorFreeze< Pixel >::operator()().

template<class View >

float terry::max_value

(

)

[inline]

Definition at line 80 of file globals.hpp.

Referenced by boost::gil::detail::alpha_or_max_impl(), tuttle::plugin::lut::LutProcess< View >::applyLut(), boost::gil::channel_invert(), tuttle::plugin::sobel::SobelProcess< SView, DView >::computeGradientDirection(), tuttle::plugin::histogramKeyer::displayASpecificHistogram(), tuttle::plugin::histogram::displayASpecificHistogram(), tuttle::plugin::histogram::displayASpecificHistogramBorder(), tuttle::plugin::histogramKeyer::displayASpecificHistogramBorder(), domain_max_value(), down_sample(), terry::filter::floodFill::flood_fill_bruteForce(), main(), boost::gil::detail::channel_traits_impl< T, true >::max_value(), min_channel_values_(), boost::gil::toolbox::negative(), tuttle::plugin::nlmDenoiser::NLMDenoiserProcess< View >::nlMeans(), boost::gil::toolbox::calc_negative::operator()(), terry::alpha_max_filler::operator()(), set_to_max::operator()(), boost::gil::toolbox::calc_brightness::operator()(), boost::gil::toolbox::calc_brightness_< VALUE >::operator()(), boost::gil::default_color_converter_impl< rgb_t, cmyk_t >::operator()(), terry::FunctorHardLight< Pixel >::operator()(), boost::gil::default_color_converter_impl< gray_t, rgba_t >::operator()(), terry::FunctorOverlay< Pixel >::operator()(), terry::FunctorColorDodge< Pixel >::operator()(), boost::gil::channel_converter_unsigned< bits32f, bits32 >::operator()(), terry::FunctorColorBurn< Pixel >::operator()(), terry::FunctorPinLight< Pixel >::operator()(), terry::FunctorReflect< Pixel >::operator()(), terry::FunctorFreeze< Pixel >::operator()(), terry::FunctorInterpolated< Pixel >::operator()(), terry::FunctorATop< Pixel >::operator()(), terry::FunctorConjointOver< Pixel >::operator()(), terry::FunctorDisjointOver< Pixel >::operator()(), terry::FunctorMatte< Pixel >::operator()(), terry::FunctorOut< Pixel >::operator()(), terry::FunctorXOR< Pixel >::operator()(), and tuttle::plugin::normalize::NormalizeProcess< View >::setup().

template<typename View , typename T >

void terry::maxmin	(	const View &	view,
		T &	max,
		T &	min
	)

Compute min & max value from a view.

Parameters:

[in]	view	Source view
[out]	max	maximum image value
[out]	min	minimum image value

Definition at line 17 of file math.hpp.

References boost::gil::view().

Referenced by normalize().

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template<class F , class View >

void terry::merge_views	(	const View &	srcA,
		const View &	srcB,
		View &	dst,
		F	fun
	)

Definition at line 62 of file ViewsMerging.hpp.

Referenced by tuttle::plugin::fade::FadeProcess< View >::multiThreadProcessImages(), tuttle::plugin::merge::MergeProcess< View, Functor >::multiThreadProcessImages(), and tuttle::plugin::text::TextProcess< View, Functor >::multiThreadProcessImages().

template<class S_VIEW , class D_VIEW , typename T >

D_VIEW& terry::multiply	(	const S_VIEW &	src,
		D_VIEW &	dst,
		const T	factor
	)

Definition at line 95 of file math.hpp.

Referenced by tuttle::imageUtils::ImageTensors< View >::anisotropic_gradient().

template<class S_VIEW , class D_VIEW , typename T >

D_VIEW& terry::normalize	(	const S_VIEW &	src,
		D_VIEW &	dst,
		const T	a,
		const T	b
	)

Normalize a view (using contrast streching)

Parameters:

[in,out]	dst	Source and destination view
[in]	a	lower limit
[in]	b	upper limit

Returns:

Return the normalized image

Definition at line 57 of file math.hpp.

References fill_black(), and maxmin().

Referenced by tuttle::imageUtils::ImageTensors< View >::anisotropic_gradient(), terry::filter::buildGaussian1DKernel(), and terry::filter::buildGaussianDerivative1DKernel().

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template<typename T >

GIL_FORCEINLINE matrix3x2<T> terry::operator*	(	const matrix3x2< T > &	m1,
		const matrix3x2< T > &	m2
	)

Definition at line 53 of file affine.hpp.

References terry::matrix3x2< T >::a, terry::matrix3x2< T >::b, terry::matrix3x2< T >::c, terry::matrix3x2< T >::d, terry::matrix3x2< T >::e, and terry::matrix3x2< T >::f.

template<typename T , typename F >

GIL_FORCEINLINE point2<F> terry::operator*	(	const point2< T > &	p,
		const matrix3x2< F > &	m
	)

Definition at line 64 of file affine.hpp.

References terry::matrix3x2< T >::a, terry::matrix3x2< T >::b, terry::matrix3x2< T >::c, terry::matrix3x2< T >::d, terry::matrix3x2< T >::e, and terry::matrix3x2< T >::f.

template<typename T >

std::ostream& terry::operator<<	(	std::ostream &	os,
		const Rect< T > &	rect
	)

Definition at line 59 of file Rect.hpp.

References terry::Rect< T >::x1.

template<class Point , class Rect >

bool terry::pointInRect	(	const Point &	p,
		const Rect &	rec
	)		[inline]

Definition at line 78 of file Rect.hpp.

References terry::Rect< T >::x1, terry::Rect< T >::x2, terry::Rect< T >::y1, and terry::Rect< T >::y2.

Referenced by terry::filter::floodFill::flood_fill_bruteForce().

template<class R , class V >

R terry::rectangleGrow	(	const R &	rect,
		const V	marge
	)		[inline]

Definition at line 162 of file Rect.hpp.

template<class R , class V >

R terry::rectangleReduce	(	const R &	rect,
		const V	marge
	)		[inline]

Definition at line 173 of file Rect.hpp.

Referenced by terry::filter::applyFloodFill(), terry::filter::applyThinning(), and terry::filter::floodFill::flood_fill_bruteForce().

template<class R >

R terry::rectanglesBoundingBox	(	const R &	a,
		const R &	b
	)		[inline]

Definition at line 140 of file Rect.hpp.

References tuttle::max(), and tuttle::min().

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template<class R >

R terry::rectanglesIntersection	(	const R &	a,
		const R &	b
	)		[inline]

Definition at line 151 of file Rect.hpp.

References tuttle::max(), and tuttle::min().

Referenced by terry::filter::floodFill::flood_fill(), and terry::render_glyph< view_t >::operator()().

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template<typename Sampler , typename SrcView , typename DstView , typename MapFn >

void terry::resample_pixels	(	const SrcView &	src_view,
		const DstView &	dst_view,
		const MapFn &	dst_to_src,
		Sampler	sampler = Sampler(),
		const sampler::EParamFilterOutOfImage	outOfImageProcess = sampler::eParamFilterOutBlack
	)

Set each pixel in the destination view as the result of a sampling function over the transformed coordinates of the source viewThe provided implementation works for 2D image views only.

Definition at line 49 of file resample.hpp.

References terry::sampler::sample(), and transform().

Referenced by terry::detail::resample_pixels_fn< Sampler, MapFn >::apply_compatible(), and resample_subimage().

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template<typename Sampler , typename Types1 , typename V2 , typename MapFn >

void terry::resample_pixels	(	const any_image_view< Types1 > &	src,
		const V2 &	dst,
		const MapFn &	dst_to_src,
		Sampler	sampler = Sampler()
	)

resample_pixels when the source is run-time specified If invoked on incompatible views, throws std::bad_cast()

Definition at line 97 of file resample.hpp.

template<typename Sampler , typename V1 , typename Types2 , typename MapFn >

void terry::resample_pixels	(	const V1 &	src,
		const any_image_view< Types2 > &	dst,
		const MapFn &	dst_to_src,
		Sampler	sampler = Sampler()
	)

resample_pixels when the destination is run-time specified If invoked on incompatible views, throws std::bad_cast()

Definition at line 108 of file resample.hpp.

template<typename Sampler , typename SrcTypes , typename DstTypes , typename MapFn >

void terry::resample_pixels	(	const any_image_view< SrcTypes > &	src,
		const any_image_view< DstTypes > &	dst,
		const MapFn &	dst_to_src,
		Sampler	sampler = Sampler()
	)

resample_pixels when both the source and the destination are run-time specified If invoked on incompatible views, throws std::bad_cast()

Definition at line 119 of file resample.hpp.

template<typename Sampler , typename SrcMetaView , typename DstMetaView >

void terry::resample_subimage	(	const SrcMetaView &	src,
		const DstMetaView &	dst,
		double	src_min_x,
		double	src_min_y,
		double	src_max_x,
		double	src_max_y,
		double	angle,
		const Sampler &	sampler = Sampler()
	)

Copy into the destination a rotated rectangular region from the source, rescaling it to fit into the destination.

Extract into dst the rotated bounds [src_min..src_max] rotated at 'angle' from the source view 'src' The source coordinates are in the coordinate space of the source image Note that the views could also be variants (i.e. any_image_view)

Definition at line 19 of file resample_subimage.hpp.

References terry::matrix3x2< T >::get_rotate(), terry::matrix3x2< T >::get_scale(), terry::matrix3x2< T >::get_translate(), and resample_pixels().

Referenced by resize_view().

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template<typename Sampler , typename SrcMetaView , typename DstMetaView >

void terry::resize_view	(	const SrcMetaView &	src,
		const DstMetaView &	dst,
		const Sampler &	sampler = Sampler()
	)

Copy the source view into the destination, scaling to fit.

Definition at line 42 of file resample_subimage.hpp.

References resample_subimage().

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template<typename View , typename T >

View terry::subimage_view	(	const View &	src,
		const Rect< T > &	region
	)		[inline]

Definition at line 12 of file subimage.hpp.

References terry::Rect< T >::x1, terry::Rect< T >::x2, terry::Rect< T >::y1, and terry::Rect< T >::y2.

Referenced by tuttle::imageUtils::ImageTensors< View >::anisotropic_gradient(), tuttle::plugin::anisotropicFilter::diffusion::AnisotropicDiffusionProcess< View >::blur_anisotropic(), tuttle::host::attribute::Image::copy(), tuttle::plugin::merge::copy_pixels(), terry::filter::detail::correlate_rows_imp(), terry::draw::fill_pixels(), tuttle::plugin::merge::fill_pixels(), terry::filter::floodFill::flood_fill_bruteForce(), tuttle::plugin::getGilView(), tuttle::plugin::colorGradation::ColorGradationProcess< View >::multiThreadProcessImages(), tuttle::plugin::dpx::writer::DPXWriterProcess< View >::multiThreadProcessImages(), tuttle::plugin::colorspace::ColorSpaceProcess< View >::multiThreadProcessImages(), tuttle::plugin::crop::CropProcess< View >::multiThreadProcessImages(), tuttle::plugin::flip::FlipProcess< View >::multiThreadProcessImages(), tuttle::plugin::component::ComponentProcess< SView, DView >::multiThreadProcessImages(), tuttle::plugin::debugImageEffectApi::DebugImageEffectApiProcess< View >::multiThreadProcessImages(), tuttle::plugin::convolution::ConvolutionProcess< View >::multiThreadProcessImages(), tuttle::plugin::blur::BlurProcess< View >::multiThreadProcessImages(), tuttle::plugin::bitDepth::BitDepthProcess< SView, DView >::multiThreadProcessImages(), tuttle::plugin::colorTransform::ColorTransformProcess< View >::multiThreadProcessImages(), tuttle::plugin::ctl::CTLProcess< View >::multiThreadProcessImages(), tuttle::plugin::idKeyer::IdKeyerProcess< View >::multiThreadProcessImages(), tuttle::plugin::sobel::SobelProcess< SView, DView >::multiThreadProcessImages(), tuttle::plugin::localmaxima::LocalMaximaProcess< SView, DView >::multiThreadProcessImages(), tuttle::plugin::fade::FadeProcess< View >::multiThreadProcessImages(), tuttle::plugin::quality::DiffProcess< View >::multiThreadProcessImages(), tuttle::plugin::print::PrintProcess< View >::multiThreadProcessImages(), tuttle::plugin::merge::MergeProcess< View, Functor >::multiThreadProcessImages(), tuttle::plugin::pushPixel::PushPixelProcess< View >::multiThreadProcessImages(), tuttle::plugin::ocio::lut::OCIOLutProcess< View >::multiThreadProcessImages(), tuttle::plugin::ocio::colorspace::OCIOColorSpaceProcess< View >::multiThreadProcessImages(), tuttle::plugin::warp::WarpProcess< View >::multiThreadProcessImages(), tuttle::plugin::constant::ConstantProcess< View >::multiThreadProcessImages(), tuttle::plugin::anisotropicFilter::tensors::AnisotropicTensorsProcess< View >::multiThreadProcessImages(), tuttle::plugin::anisotropicFilter::diffusion::AnisotropicDiffusionProcess< View >::multiThreadProcessImages(), tuttle::plugin::invert::InvertProcess< View >::multiThreadProcessImages(), tuttle::plugin::normalize::NormalizeProcess< View >::multiThreadProcessImages(), tuttle::plugin::colorTransfer::ColorTransferProcess< View >::multiThreadProcessImages(), tuttle::plugin::text::TextProcess< View, Functor >::multiThreadProcessImages(), tuttle::plugin::nlmDenoiser::NLMDenoiserProcess< View >::multiThreadProcessImages(), tuttle::plugin::histogramKeyer::HistogramKeyerProcess< View >::multiThreadProcessImages(), tuttle::plugin::histogram::HistogramProcess< View >::multiThreadProcessImages(), tuttle::plugin::colorSpaceKeyer::ColorSpaceKeyerProcess< View >::multiThreadProcessImages(), tuttle::plugin::colorCubeViewer::ColorCubeViewerProcess< View >::multiThreadProcessImages(), tuttle::plugin::nlmDenoiser::NLMDenoiserProcess< View >::nlMeans(), test1::operator()(), layer::rounded< view_t >::operator()(), layer::pattern< view_t >::operator()(), layer::shrink< view_t >::operator()(), layer::aligned< view_t >::operator()(), layer::fill_horizontal< view_t >::operator()(), layer::parallel_grid< view_t >::operator()(), layer::columns< view_t >::operator()(), layer::horizontal_channels< view_t >::operator()(), layer::render_glyphs< view_t >::operator()(), layer::rows< view_t >::operator()(), layer::text< view_t >::operator()(), terry::render_glyph< view_t >::operator()(), layer::elipsed_layer< view_t >::operator()(), tuttle::plugin::jpeg::reader::JpegReaderProcess< View >::readImage(), tuttle::plugin::png::reader::PngReaderProcess< View >::readImage(), tuttle::plugin::ImageGilProcessor< DView >::setup(), tuttle::plugin::imageStatistics::ImageStatisticsProcess< View >::setup(), and tuttle::plugin::exr::reader::EXRReaderProcess< View >::sliceCopy().

template<typename F , typename F2 >

point2<F> terry::transform	(	const ::tuttle::plugin::lens::NormalLensDistortParams< F > &	params,
		const point2< F2 > &	src
	)		[inline]

Definition at line 27 of file lensDistortAlgorithm.hpp.

Referenced by layer::text< view_t >::operator()(), resample_pixels(), terry::sampler::resample_pixels_progress(), tuttle::plugin::text::TextProcess< View, Functor >::setup(), tuttle::plugin::lens::transformValues(), and tuttle::plugin::lens::transformValuesApply().

template<typename F , typename F2 >

point2<F> terry::transform	(	const ::tuttle::plugin::lens::NormalLensUndistortParams< F > &	params,
		const point2< F2 > &	src
	)		[inline]

Definition at line 44 of file lensDistortAlgorithm.hpp.

template<typename F , typename F2 >

GIL_FORCEINLINE point2<F> terry::transform	(	const matrix3x2< F > &	mat,
		const point2< F2 > &	src
	)

Definition at line 89 of file affine.hpp.

template<typename F , typename F2 >

point2<F> terry::transform	(	const ::tuttle::plugin::lens::FisheyeLensDistortParams< F > &	params,
		const point2< F2 > &	src
	)		[inline]

Todo:

support for fisheye...

Definition at line 101 of file lensDistortAlgorithm.hpp.

template<typename F , typename F2 >

point2<F> terry::transform	(	const ::tuttle::plugin::lens::FisheyeLensUndistortParams< F > &	params,
		const point2< F2 > &	src
	)		[inline]

Todo:

support for fisheye...

Definition at line 127 of file lensDistortAlgorithm.hpp.

template<typename F , typename F2 >

point2<F> terry::transform	(	const ::tuttle::plugin::lens::AdvancedLensDistortParams< F > &	params,
		const point2< F2 > &	src
	)		[inline]

Todo:

support for advanced lens...

Definition at line 151 of file lensDistortAlgorithm.hpp.

template<class Rect >

Rect terry::translateRegion	(	const Rect &	windowRoW,
		const Rect &	dependingTo
	)		[inline]

Definition at line 107 of file Rect.hpp.

References terry::Rect< T >::x1, terry::Rect< T >::x2, terry::Rect< T >::y1, and terry::Rect< T >::y2.

Referenced by terry::filter::floodFill::flood_fill_bruteForce(), and terry::render_glyph< view_t >::operator()().

template<class Rect , class Point >

Rect terry::translateRegion	(	const Rect &	windowRoW,
		const Point &	move
	)		[inline]

Definition at line 118 of file Rect.hpp.

References terry::Rect< T >::x1, terry::Rect< T >::x2, terry::Rect< T >::y1, and terry::Rect< T >::y2.

template<class Rect >

Rect terry::translateRegion	(	const Rect &	windowRoW,
		const std::ptrdiff_t	x,
		const std::ptrdiff_t	y
	)		[inline]

Definition at line 129 of file Rect.hpp.

References terry::Rect< T >::x1, terry::Rect< T >::x2, terry::Rect< T >::y1, and terry::Rect< T >::y2.

template<typename view_t , typename value_type >

void terry::wuline	(	const view_t &	view,
		const value_type &	pixel,
		int	X0,
		int	Y0,
		int	X1,
		int	Y1,
		int	NumLevels,
		int	IntensityBits
	)		[inline]

Definition at line 119 of file utilgil.hpp.

References terry::algorithm::static_for_each(), and boost::gil::view().

Referenced by terry::draw_line< view_t >::operator()().

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