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/*
* Simd Library (http://ermig1979.github.io/Simd).
*
* Copyright (c) 2011-2021 Yermalayeu Ihar.
*
* Permission is hereby granted, free of charge, to any person obtaining a copy
* of this software and associated documentation files (the "Software"), to deal
* in the Software without restriction, including without limitation the rights
* to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
* copies of the Software, and to permit persons to whom the Software is
* furnished to do so, subject to the following conditions:
*
* The above copyright notice and this permission notice shall be included in
* all copies or substantial portions of the Software.
*
* THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
* IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
* FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
* AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
* LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
* OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
* SOFTWARE.
*/
#ifndef __SimdPixel_hpp__
#define __SimdPixel_hpp__
#include "Simd/SimdView.hpp"
namespace Simd
{
/*! @ingroup cpp_pixels
\short Contains various pixel structures.
Contains various pixel structures useful for work with Simd::View structure.
*/
namespace Pixel
{
struct Bgr24;
struct Bgra32;
struct Hsv24;
struct Hsl24;
struct Rgb24;
struct Rgba32;
//-------------------------------------------------------------------------
/*! @ingroup cpp_pixels
\short 24-bit BGR pixel.
Provides manipulation of 24-bit BGR (Blue, Green, Red) pixels of the View struct.
*/
struct Bgr24
{
uint8_t blue; /*!< \brief 8-bit blue channel 24-bit BGR pixel. */
uint8_t green; /*!< \brief 8-bit green channel 24-bit BGR pixel. */
uint8_t red; /*!< \brief 8-bit red channel 24-bit BGR pixel. */
/*!
Creates a new 24-bit BGR pixel structure with specified channel values.
\param [in] gray - initial value for all channels. It is equal to 0 by default.
*/
Bgr24(const uint8_t & gray = uint8_t(0));
/*!
Creates a new 24-bit BGR pixel structure with specified channel values.
\param [in] b - initial value for blue channel.
\param [in] g - initial value for green channel.
\param [in] r - initial value for red channel.
*/
Bgr24(const uint8_t & b, const uint8_t & g, const uint8_t & r);
/*!
Creates a new 24-bit BGR pixel structure on the base of 32-bit BGRA pixel.
\param [in] p - 32-bit BGRA pixel.
*/
Bgr24(const Bgra32 & p);
/*!
Creates a new 24-bit BGR pixel structure on the base of 24-bit RGB pixel.
\param [in] p - 24-bit RGB pixel.
*/
Bgr24(const Rgb24 & p);
/*!
Creates a new 24-bit BGR pixel structure on the base of 32-bit RGBA pixel.
\param [in] p - 32-bit RGBA pixel.
*/
Bgr24(const Rgba32& p);
/*!
Creates a copy of 24-bit BGR pixel structure.
\param [in] p - 24-bit BGR pixel.
*/
Bgr24(const Bgr24 & p);
/*!
\fn template <template<class> class A> static const Bgr24 & At(const View<A> & view, ptrdiff_t col, ptrdiff_t row);
Gets constant reference to the pixel with specific coordinates at the image view.
\param [in] view - an image view of 24-bit BGR pixel format.
\param [in] col - x-coordinate of the pixel.
\param [in] row - y-coordinate of the pixel.
\return a constant reference to the pixel.
*/
template <template<class> class A> static const Bgr24 & At(const View<A> & view, ptrdiff_t col, ptrdiff_t row);
/*!
\fn template <template<class> class A> static Bgr24 & At(View<A> & view, ptrdiff_t col, ptrdiff_t row);
Gets reference to the pixel with specific coordinates at the image view.
\param [in] view - an image view of 24-bit BGR pixel format.
\param [in] col - x-coordinate of the pixel.
\param [in] row - y-coordinate of the pixel.
\return a reference to the pixel.
*/
template <template<class> class A> static Bgr24 & At(View<A> & view, ptrdiff_t col, ptrdiff_t row);
};
/*! @ingroup cpp_pixels
\short 32-bit BGRA pixel.
Provides manipulation of 32-bit BGRA (Blue, Green, Red, Alpha) pixels of the View struct.
*/
struct Bgra32
{
uint8_t blue; /*!< \brief 8-bit blue channel 32-bit BGRA pixel. */
uint8_t green; /*!< \brief 8-bit green channel 32-bit BGRA pixel. */
uint8_t red; /*!< \brief 8-bit red channel 32-bit BGRA pixel. */
uint8_t alpha; /*!< \brief 8-bit alpha channel 32-bit BGRA pixel. */
/*!
Creates a new 32-bit BGRA pixel structure with specified channel values.
\param [in] gray - initial value for blue, green and red channels. It is equal to 0 by default.
\param [in] a - initial value for alpha channel. It is equal to 255 by default.
*/
Bgra32(const uint8_t & gray = uint8_t(0), const uint8_t & a = uint8_t(255));
/*!
Creates a new 32-bit BGRA pixel structure with specified channel values.
\param [in] b - initial value for blue channel.
\param [in] g - initial value for green channel.
\param [in] r - initial value for red channel.
\param [in] a - initial value for alpha channel. It is equal to 255 by default.
*/
Bgra32(const uint8_t & b, const uint8_t & g, const uint8_t & r, const uint8_t & a = uint8_t(255));
/*!
Creates a new 32-bit BGRA pixel structure on the base of 24-bit BGR pixel.
\param [in] p - 24-bit BGR pixel.
\param [in] a - initial value for alpha channel. It is equal to 255 by default.
*/
Bgra32(const Bgr24 & p, const uint8_t & a = uint8_t(255));
/*!
Creates a new 32-bit BGRA pixel structure on the base of 24-bit RGB pixel.
\param [in] p - 24-bit RGB pixel.
\param [in] a - initial value for alpha channel. It is equal to 255 by default.
*/
Bgra32(const Rgb24 & p, const uint8_t & a = uint8_t(255));
/*!
Creates a new 32-bit BGRA pixel structure on the base of 32-bit RGBA pixel.
\param [in] p - 32-bit RGBA pixel.
*/
Bgra32(const Rgba32& p);
/*!
Creates a copy of 32-bit BGRA pixel structure.
\param [in] p - 32-bit BGRA pixel.
*/
Bgra32(const Bgra32 & p);
/*!
\fn template <template<class> class A> static const Bgr32 & At(const View<A> & view, ptrdiff_t col, ptrdiff_t row);
Gets constant reference to the pixel with specific coordinates at the image view.
\param [in] view - an image view of 32-bit BGRA pixel format.
\param [in] col - x-coordinate of the pixel.
\param [in] row - y-coordinate of the pixel.
\return a constant reference to the pixel.
*/
template <template<class> class A> static const Bgra32 & At(const View<A> & view, ptrdiff_t col, ptrdiff_t row);
/*!
\fn template <template<class> class A> static Bgr32 & At(View<A> & view, ptrdiff_t col, ptrdiff_t row);
Gets reference to the pixel with specific coordinates at the image view.
\param [in] view - an image view of 32-bit BGRA pixel format.
\param [in] col - x-coordinate of the pixel.
\param [in] row - y-coordinate of the pixel.
\return a reference to the pixel.
*/
template <template<class> class A> static Bgra32 & At(View<A> & view, ptrdiff_t col, ptrdiff_t row);
};
/*! @ingroup cpp_pixels
\short 24-bit HSV pixel.
Provides manipulation of 24-bit HSV (Hue, Saturation, Value) pixels of the View struct.
*/
struct Hsv24
{
uint8_t hue; /*!< \brief 8-bit hue channel 24-bit HSV pixel. */
uint8_t saturation; /*!< \brief 8-bit saturation channel 24-bit HSV pixel. */
uint8_t value; /*!< \brief 8-bit value channel 24-bit HSV pixel. */
/*!
Creates a new 24-bit HSV pixel structure with specified channel values.
\param [in] gray - initial value for value channel. It is equal to 0 by default.
*/
Hsv24(const uint8_t & gray = uint8_t(0));
/*!
Creates a new 24-bit HSV pixel structure with specified channel values.
\param [in] h - initial value for hue channel.
\param [in] s - initial value for saturation channel.
\param [in] v - initial value for value channel.
*/
Hsv24(const uint8_t & h, const uint8_t & s, const uint8_t & v);
/*!
Creates a copy of 24-bit HSV pixel structure.
\param [in] p - 24-bit HSV pixel.
*/
Hsv24(const Hsv24 & p);
/*!
\fn template <template<class> class A> static const Hsv24 & At(const View<A> & view, ptrdiff_t col, ptrdiff_t row);
Gets constant reference to the pixel with specific coordinates at the image view.
\param [in] view - an image view of 24-bit HSV pixel format.
\param [in] col - x-coordinate of the pixel.
\param [in] row - y-coordinate of the pixel.
\return a constant reference to the pixel.
*/
template <template<class> class A> static const Hsv24 & At(const View<A> & view, ptrdiff_t col, ptrdiff_t row);
/*!
\fn template <template<class> class A> static Hsv24 & At(View<A> & view, ptrdiff_t col, ptrdiff_t row);
Gets reference to the pixel with specific coordinates at the image view.
\param [in] view - an image view of 24-bit HSV pixel format.
\param [in] col - x-coordinate of the pixel.
\param [in] row - y-coordinate of the pixel.
\return a reference to the pixel.
*/
template <template<class> class A> static Hsv24 & At(View<A> & view, ptrdiff_t col, ptrdiff_t row);
};
/*! @ingroup cpp_pixels
\short 24-bit HSL pixel.
Provides manipulation of 24-bit HSL (Hue, Saturation, Lightness) pixels of the View struct.
*/
struct Hsl24
{
uint8_t hue; /*!< \brief 8-bit hue channel 24-bit HSL pixel. */
uint8_t saturation; /*!< \brief 8-bit saturation channel 24-bit HSL pixel. */
uint8_t lightness; /*!< \brief 8-bit lightness channel 24-bit HSL pixel. */
/*!
Creates a new 24-bit HSL pixel structure with specified channel values.
\param [in] gray - initial value for value channel. It is equal to 0 by default.
*/
Hsl24(const uint8_t & gray = uint8_t(0));
/*!
Creates a new 24-bit HSL pixel structure with specified channel values.
\param [in] h - initial value for hue channel.
\param [in] s - initial value for saturation channel.
\param [in] l - initial value for lightness channel.
*/
Hsl24(const uint8_t & h, const uint8_t & s, const uint8_t & l);
/*!
Creates a copy of 24-bit HSL pixel structure.
\param [in] p - 24-bit HSL pixel.
*/
Hsl24(const Hsl24 & p);
/*!
\fn template <template<class> class A> static const Hsl24 & At(const View<A> & view, ptrdiff_t col, ptrdiff_t row);
Gets constant reference to the pixel with specific coordinates at the image view.
\param [in] view - an image view of 24-bit HSL pixel format.
\param [in] col - x-coordinate of the pixel.
\param [in] row - y-coordinate of the pixel.
\return a constant reference to the pixel.
*/
template <template<class> class A> static const Hsl24 & At(const View<A> & view, ptrdiff_t col, ptrdiff_t row);
/*!
\fn template <template<class> class A> static Hsl24 & At(View<A> & view, ptrdiff_t col, ptrdiff_t row);
Gets reference to the pixel with specific coordinates at the image view.
\param [in] view - an image view of 24-bit HSL pixel format.
\param [in] col - x-coordinate of the pixel.
\param [in] row - y-coordinate of the pixel.
\return a reference to the pixel.
*/
template <template<class> class A> static Hsl24 & At(View<A> & view, ptrdiff_t col, ptrdiff_t row);
};
/*! @ingroup cpp_pixels
\short 24-bit RGB pixel.
Provides manipulation of 24-bit RGB (Red, Blue, Green) pixels of the View struct.
*/
struct Rgb24
{
uint8_t red; /*!< \brief 8-bit red channel 24-bit BGR pixel. */
uint8_t green; /*!< \brief 8-bit green channel 24-bit BGR pixel. */
uint8_t blue; /*!< \brief 8-bit blue channel 24-bit BGR pixel. */
/*!
Creates a new 24-bit RGB pixel structure with specified channel values.
\param [in] gray - initial value for all channels. It is equal to 0 by default.
*/
Rgb24(const uint8_t & gray = uint8_t(0));
/*!
Creates a new 24-bit RGB pixel structure with specified channel values.
\param [in] r - initial value for red channel.
\param [in] g - initial value for green channel.
\param [in] b - initial value for blue channel.
*/
Rgb24(const uint8_t & r, const uint8_t & g, const uint8_t & b);
/*!
Creates a new 24-bit RGB pixel structure on the base of 32-bit BGRA pixel.
\param [in] p - 32-bit BGRA pixel.
*/
Rgb24(const Bgra32 & p);
/*!
Creates a new 24-bit RGB pixel structure on the base of 24-bit BGR pixel.
\param [in] p - 24-bit BGR pixel.
*/
Rgb24(const Bgr24 & p);
/*!
Creates a new 24-bit RGB pixel structure on the base of 32-bit RGBA pixel.
\param [in] p - 32-bit RGBA pixel.
*/
Rgb24(const Rgba32& p);
/*!
Creates a copy of 24-bit RGB pixel structure.
\param [in] p - 24-bit RGB pixel.
*/
Rgb24(const Rgb24 & p);
/*!
\fn template <template<class> class A> static const Rgb24 & At(const View<A> & view, ptrdiff_t col, ptrdiff_t row);
Gets constant reference to the pixel with specific coordinates at the image view.
\param [in] view - an image view of 24-bit RGB pixel format.
\param [in] col - x-coordinate of the pixel.
\param [in] row - y-coordinate of the pixel.
\return a constant reference to the pixel.
*/
template <template<class> class A> static const Rgb24 & At(const View<A> & view, ptrdiff_t col, ptrdiff_t row);
/*!
\fn template <template<class> class A> static Rgb24 & At(View<A> & view, ptrdiff_t col, ptrdiff_t row);
Gets reference to the pixel with specific coordinates at the image view.
\param [in] view - an image view of 24-bit RGB pixel format.
\param [in] col - x-coordinate of the pixel.
\param [in] row - y-coordinate of the pixel.
\return a reference to the pixel.
*/
template <template<class> class A> static Rgb24 & At(View<A> & view, ptrdiff_t col, ptrdiff_t row);
};
/*! @ingroup cpp_pixels
\short 32-bit RGBA pixel.
Provides manipulation of 32-bit RGBA (Red, Blue, Green, Alpha) pixels of the View struct.
*/
struct Rgba32
{
uint8_t red; /*!< \brief 8-bit red channel 32-bit BGRA pixel. */
uint8_t green; /*!< \brief 8-bit green channel 32-bit BGRA pixel. */
uint8_t blue; /*!< \brief 8-bit blue channel 32-bit BGRA pixel. */
uint8_t alpha; /*!< \brief 8-bit alpha channel 32-bit RGBA pixel. */
/*!
Creates a new 32-bit RGBA pixel structure with specified channel values.
\param [in] gray - initial value for all channels. It is equal to 0 by default.
\param [in] a - initial value for alpha channel. It is equal to 255 by default.
*/
Rgba32(const uint8_t& gray = uint8_t(0), const uint8_t& a = uint8_t(255));
/*!
Creates a new 32-bit RGBA pixel structure with specified channel values.
\param [in] r - initial value for red channel.
\param [in] g - initial value for green channel.
\param [in] b - initial value for blue channel.
\param [in] a - initial value for alpha channel. It is equal to 255 by default.
*/
Rgba32(const uint8_t& r, const uint8_t& g, const uint8_t& b, const uint8_t& a = uint8_t(255));
/*!
Creates a new 32-bit RGBA pixel structure on the base of 32-bit BGRA pixel.
\param [in] p - 32-bit BGRA pixel.
*/
Rgba32(const Bgra32& p);
/*!
Creates a new 32-bit RGBA pixel structure on the base of 24-bit BGR pixel.
\param [in] p - 24-bit BGR pixel.
\param [in] a - initial value for alpha channel. It is equal to 255 by default.
*/
Rgba32(const Bgr24& p, const uint8_t& a = uint8_t(255));
/*!
Creates a new of 32-bit RGBA pixel structure on the base of 24-bit RGB pixel.
\param [in] p - 24-bit RGB pixel.
\param [in] a - initial value for alpha channel. It is equal to 255 by default.
*/
Rgba32(const Rgb24& p, const uint8_t& a = uint8_t(255));
/*!
Creates a copy of 32-bit RGBA pixel structure.
\param [in] p - 32-bit RGBA pixel.
*/
Rgba32(const Rgba32& p);
/*!
\fn template <template<class> class A> static const Rgba32 & At(const View<A> & view, ptrdiff_t col, ptrdiff_t row);
Gets constant reference to the pixel with specific coordinates at the image view.
\param [in] view - an image view of 32-bit RGBA pixel format.
\param [in] col - x-coordinate of the pixel.
\param [in] row - y-coordinate of the pixel.
\return a constant reference to the pixel.
*/
template <template<class> class A> static const Rgba32& At(const View<A>& view, ptrdiff_t col, ptrdiff_t row);
/*!
\fn template <template<class> class A> static Rgba32 & At(View<A> & view, ptrdiff_t col, ptrdiff_t row);
Gets reference to the pixel with specific coordinates at the image view.
\param [in] view - an image view of 32-bit RGBA pixel format.
\param [in] col - x-coordinate of the pixel.
\param [in] row - y-coordinate of the pixel.
\return a reference to the pixel.
*/
template <template<class> class A> static Rgba32& At(View<A>& view, ptrdiff_t col, ptrdiff_t row);
};
//-------------------------------------------------------------------------
// struct Bgr24 implementation:
SIMD_INLINE Bgr24::Bgr24(const uint8_t & gray)
: blue(gray)
, green(gray)
, red(gray)
{
}
SIMD_INLINE Bgr24::Bgr24(const uint8_t & b, const uint8_t & g, const uint8_t & r)
: blue(b)
, green(g)
, red(r)
{
}
SIMD_INLINE Bgr24::Bgr24(const Bgra32 & p)
: blue(p.blue)
, green(p.green)
, red(p.red)
{
}
SIMD_INLINE Bgr24::Bgr24(const Rgb24 & p)
: blue(p.blue)
, green(p.green)
, red(p.red)
{
}
SIMD_INLINE Bgr24::Bgr24(const Rgba32& p)
: blue(p.blue)
, green(p.green)
, red(p.red)
{
}
SIMD_INLINE Bgr24::Bgr24(const Bgr24 & p)
: blue(p.blue)
, green(p.green)
, red(p.red)
{
}
template <template<class> class A> SIMD_INLINE const Bgr24 & Bgr24::At(const View<A> & view, ptrdiff_t col, ptrdiff_t row)
{
assert(view.format == View<A>::Bgr24);
return Simd::At<A, Bgr24>(view, col, row);
}
template <template<class> class A> SIMD_INLINE Bgr24 & Bgr24::At(View<A> & view, ptrdiff_t col, ptrdiff_t row)
{
assert(view.format == View<A>::Bgr24);
return Simd::At<A, Bgr24>(view, col, row);
}
// struct Bgra32 implementation:
SIMD_INLINE Bgra32::Bgra32(const uint8_t & gray, const uint8_t & a)
: blue(gray)
, green(gray)
, red(gray)
, alpha(a)
{
}
SIMD_INLINE Bgra32::Bgra32(const uint8_t & b, const uint8_t & g, const uint8_t & r, const uint8_t & a)
: blue(b)
, green(g)
, red(r)
, alpha(a)
{
}
SIMD_INLINE Bgra32::Bgra32(const Bgr24 & p, const uint8_t & a)
: blue(p.blue)
, green(p.green)
, red(p.red)
, alpha(a)
{
}
SIMD_INLINE Bgra32::Bgra32(const Rgb24 & p, const uint8_t & a)
: blue(p.blue)
, green(p.green)
, red(p.red)
, alpha(a)
{
}
SIMD_INLINE Bgra32::Bgra32(const Rgba32& p)
: blue(p.blue)
, green(p.green)
, red(p.red)
, alpha(p.alpha)
{
}
SIMD_INLINE Bgra32::Bgra32(const Bgra32 & p)
: blue(p.blue)
, green(p.green)
, red(p.red)
, alpha(p.alpha)
{
}
template <template<class> class A> SIMD_INLINE const Bgra32 & Bgra32::At(const View<A> & view, ptrdiff_t col, ptrdiff_t row)
{
assert(view.format == View<A>::Bgra32);
return Simd::At<A, Bgra32>(view, col, row);
}
template <template<class> class A> SIMD_INLINE Bgra32 & Bgra32::At(View<A> & view, ptrdiff_t col, ptrdiff_t row)
{
assert(view.format == View<A>::Bgra32);
return Simd::At<A, Bgra32>(view, col, row);
}
// struct Hsv24 implementation:
SIMD_INLINE Hsv24::Hsv24(const uint8_t & gray)
: hue(0)
, saturation(0)
, value(gray)
{
}
SIMD_INLINE Hsv24::Hsv24(const uint8_t & h, const uint8_t & s, const uint8_t & v)
: hue(h)
, saturation(s)
, value(v)
{
}
SIMD_INLINE Hsv24::Hsv24(const Hsv24 & p)
: hue(p.hue)
, saturation(p.saturation)
, value(p.value)
{
}
template <template<class> class A> SIMD_INLINE const Hsv24 & Hsv24::At(const View<A> & view, ptrdiff_t col, ptrdiff_t row)
{
assert(view.format == View<A>::Hsv24);
return Simd::At<A, Hsv24>(view, col, row);
}
template <template<class> class A> SIMD_INLINE Hsv24 & Hsv24::At(View<A> & view, ptrdiff_t col, ptrdiff_t row)
{
assert(view.format == View<A>::Hsv24);
return Simd::At<A, Hsv24>(view, col, row);
}
// struct Hsl24 implementation:
SIMD_INLINE Hsl24::Hsl24(const uint8_t & gray)
: hue(0)
, saturation(0)
, lightness(gray)
{
}
SIMD_INLINE Hsl24::Hsl24(const uint8_t & h, const uint8_t & s, const uint8_t & l)
: hue(h)
, saturation(s)
, lightness(l)
{
}
SIMD_INLINE Hsl24::Hsl24(const Hsl24 & p)
: hue(p.hue)
, saturation(p.saturation)
, lightness(p.lightness)
{
}
template <template<class> class A> SIMD_INLINE const Hsl24 & Hsl24::At(const View<A> & view, ptrdiff_t col, ptrdiff_t row)
{
assert(view.format == View<A>::Hsl24);
return Simd::At<A, Hsl24>(view, col, row);
}
template <template<class> class A> SIMD_INLINE Hsl24 & Hsl24::At(View<A> & view, ptrdiff_t col, ptrdiff_t row)
{
assert(view.format == View<A>::Hsl24);
return Simd::At<A, Hsl24>(view, col, row);
}
// struct Rgb24 implementation:
SIMD_INLINE Rgb24::Rgb24(const uint8_t & gray)
: red(gray)
, green(gray)
, blue(gray)
{
}
SIMD_INLINE Rgb24::Rgb24(const uint8_t & r, const uint8_t & g, const uint8_t & b)
: red(r)
, green(g)
, blue(b)
{
}
SIMD_INLINE Rgb24::Rgb24(const Bgra32 & p)
: red(p.red)
, green(p.green)
, blue(p.blue)
{
}
SIMD_INLINE Rgb24::Rgb24(const Bgr24 & p)
: red(p.red)
, green(p.green)
, blue(p.blue)
{
}
SIMD_INLINE Rgb24::Rgb24(const Rgba32& p)
: red(p.red)
, green(p.green)
, blue(p.blue)
{
}
SIMD_INLINE Rgb24::Rgb24(const Rgb24 & p)
: red(p.red)
, green(p.green)
, blue(p.blue)
{
}
template <template<class> class A> SIMD_INLINE const Rgb24 & Rgb24::At(const View<A> & view, ptrdiff_t col, ptrdiff_t row)
{
assert(view.format == View<A>::Rgb24);
return Simd::At<A, Rgb24>(view, col, row);
}
template <template<class> class A> SIMD_INLINE Rgb24 & Rgb24::At(View<A> & view, ptrdiff_t col, ptrdiff_t row)
{
assert(view.format == View<A>::Rgb24);
return Simd::At<A, Rgb24>(view, col, row);
}
// struct Rgba32 implementation:
SIMD_INLINE Rgba32::Rgba32(const uint8_t& gray, const uint8_t& a)
: red(gray)
, green(gray)
, blue(gray)
, alpha(a)
{
}
SIMD_INLINE Rgba32::Rgba32(const uint8_t& r, const uint8_t& g, const uint8_t& b, const uint8_t& a)
: red(r)
, green(g)
, blue(b)
, alpha(a)
{
}
SIMD_INLINE Rgba32::Rgba32(const Bgra32& p)
: red(p.red)
, green(p.green)
, blue(p.blue)
, alpha(p.alpha)
{
}
SIMD_INLINE Rgba32::Rgba32(const Bgr24& p, const uint8_t& a)
: red(p.red)
, green(p.green)
, blue(p.blue)
, alpha(a)
{
}
SIMD_INLINE Rgba32::Rgba32(const Rgb24& p, const uint8_t& a)
: red(p.red)
, green(p.green)
, blue(p.blue)
, alpha(a)
{
}
SIMD_INLINE Rgba32::Rgba32(const Rgba32& p)
: red(p.red)
, green(p.green)
, blue(p.blue)
, alpha(p.alpha)
{
}
template <template<class> class A> SIMD_INLINE const Rgba32& Rgba32::At(const View<A>& view, ptrdiff_t col, ptrdiff_t row)
{
assert(view.format == View<A>::Rgba32);
return Simd::At<A, Rgba32>(view, col, row);
}
template <template<class> class A> SIMD_INLINE Rgba32& Rgba32::At(View<A>& view, ptrdiff_t col, ptrdiff_t row)
{
assert(view.format == View<A>::Rgba32);
return Simd::At<A, Rgba32>(view, col, row);
}
}
}
#endif//__SimdPixel_hpp__
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