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ed67f9a571
Import the selection of integer types into boost::gil namespace,
and move from channel.hpp to typedefs.hpp for easier access.
Replace bits32f with float32_t and bits64f with float64_t
- kept as alias of scoped_channel_value.
Move float64_t (bits64f) to typedefs.hpp.
Replace the four {float|double}_{zero|one} min/max channel values
with float_point_zero and float_point_one templates.
Replace <boost/cstdint,hpp> with C++11 <cstdint>.
Introduce preference of using declaration instead of typedef.
Reformat typedefs.hpp to take advantage of the using declaration
- works much better for left-to-right reading, alias name as
most important detail comes first.
Add some of missing #include typedefs.hpp, sort some headers.
Copyright 2008 Lubomir Bourdev and Hailin Jin Distributed under the Boost Software License, Version 1.0. (See accompanying file LICENSE_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) This directory contains GIL sample code. We provide a Makefile that compiles all examples. You will need to change it to specify the correct path to boost, gil, and libjpeg. Some of the examples include the GIL numeric extension, which you can get from: http://opensource.adobe.com/gil/download.html The makefile generates a separate executable for each test file. Each executable generates its output as "out-<example_name>.jpg". For example, the resize.cpp example generates the image out-resize.jpg The following examples are included: 1. resize.cpp Scales an image using bilinear or nearest-neighbor resampling 2. affine.cpp Performs an arbitrary affine transformation on the image 3. convolution.cpp Convolves the image with a Gaussian kernel 4. mandelbrot.cpp Creates a synthetic image defining the Mandelbrot set 5. interleaved_ptr.cpp Illustrates how to create a custom pixel reference and iterator. Creates a GIL image view over user-supplied data without the need to cast to GIL pixel type 6. x_gradient.cpp Horizontal gradient, from the tutorial 7. histogram.cpp Algorithm to compute the histogram of an image 8. packed_pixel.cpp Illustrates how to create a custom pixel model - a pixel whose channel size is not divisible by bytes 9. dynamic_image.cpp Example of using images whose type is instantiated at run time