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module dmagick.c.resample;
import dmagick.c.cacheView;
import dmagick.c.exception;
import dmagick.c.image;
import dmagick.c.magickType;
import dmagick.c.magickVersion;
import dmagick.c.pixel;
//A mixin with static if has problems with circular imports. (dmagick.c.image)
version(MagickCore_660) {} else
version(MagickCore_661) {} else
version(MagickCore_662) {} else
version(MagickCore_663) {} else
version(MagickCore_664) {} else
version(MagickCore_665) {} else
{
version = MagickCore_666_and_up;
}
extern(C)
{
version ( MagickCore_666_and_up )
{
/**
* Used to adjust the filter algorithm used when resizing images.
* Different filters experience varying degrees of success with
* various images and can take significantly different amounts of
* processing time. ImageMagick uses the LanczosFilter by default
* since this filter has been shown to provide the best results for
* most images in a reasonable amount of time. Other filter types
* (e.g. TriangleFilter) may execute much faster but may show
* artifacts when the image is re-sized or around diagonal lines.
* The only way to be sure is to test the filter with sample images.
*
* See_Also: $(LINK2 http://www.imagemagick.org/Usage/resize/,
* Resize Filters) in the Examples of ImageMagick Usage.
*/
enum FilterTypes
{
UndefinedFilter, ///
PointFilter, /// ditto
BoxFilter, /// ditto
TriangleFilter, /// ditto
HermiteFilter, /// ditto
HanningFilter, /// ditto
HammingFilter, /// ditto
BlackmanFilter, /// ditto
GaussianFilter, /// ditto
QuadraticFilter, /// ditto
CubicFilter, /// ditto
CatromFilter, /// ditto
MitchellFilter, /// ditto
JincFilter, /// ditto
SincFilter, /// ditto
SincFastFilter, /// ditto
KaiserFilter, /// ditto
WelshFilter, /// ditto
ParzenFilter, /// ditto
BohmanFilter, /// ditto
BartlettFilter, /// ditto
LagrangeFilter, /// ditto
LanczosFilter, /// ditto
LanczosSharpFilter, /// ditto
Lanczos2Filter, /// ditto
Lanczos2SharpFilter, /// ditto
RobidouxFilter, /// ditto
RobidouxSharpFilter, /// ditto
CosineFilter, /// ditto
SplineFilter, /// ditto
LanczosRadiusFilter, /// ditto
SentinelFilter, // a count of all the filters, not a real filter
BesselFilter = JincFilter,
Lanczos2DFilter = Lanczos2Filter,
Lanczos2DSharpFilter = Lanczos2SharpFilter
}
}
else
{
enum FilterTypes
{
UndefinedFilter,
PointFilter,
BoxFilter,
TriangleFilter,
HermiteFilter,
HanningFilter,
HammingFilter,
BlackmanFilter,
GaussianFilter,
QuadraticFilter,
CubicFilter,
CatromFilter,
MitchellFilter,
LanczosFilter,
JincFilter,
SincFilter,
KaiserFilter,
WelshFilter,
ParzenFilter,
LagrangeFilter,
BohmanFilter,
BartlettFilter,
SincFastFilter,
Lanczos2DFilter,
Lanczos2DSharpFilter,
RobidouxFilter,
RobidouxSharpFilter,
CosineFilter,
SentinelFilter, /* a count of all the filters, not a real filter */
BesselFilter = JincFilter
}
}
struct ResampleFilter {}
MagickBooleanType ResamplePixelColor(ResampleFilter*, const double, const double, MagickPixelPacket*);
MagickBooleanType SetResampleFilterInterpolateMethod(ResampleFilter*, const InterpolatePixelMethod);
MagickBooleanType SetResampleFilterVirtualPixelMethod(ResampleFilter*, const VirtualPixelMethod);
ResampleFilter* AcquireResampleFilter(const(Image)*, ExceptionInfo*);
ResampleFilter* DestroyResampleFilter(ResampleFilter*);
void ScaleResampleFilter(ResampleFilter*, const double, const double, const double, const double);
void SetResampleFilter(ResampleFilter*, const FilterTypes, const double);
}
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