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module dmagick.c.effect;
import dmagick.c.exception;
import dmagick.c.image;
import dmagick.c.magickType;
import dmagick.c.magickVersion;
import dmagick.c.morphology;
extern(C)
{
/**
* Image preview type.
*/
enum PreviewType
{
UndefinedPreview, ///
RotatePreview, /// ditto
ShearPreview, /// ditto
RollPreview, /// ditto
HuePreview, /// ditto
SaturationPreview, /// ditto
BrightnessPreview, /// ditto
GammaPreview, /// ditto
SpiffPreview, /// ditto
DullPreview, /// ditto
GrayscalePreview, /// ditto
QuantizePreview, /// ditto
DespecklePreview, /// ditto
ReduceNoisePreview, /// ditto
AddNoisePreview, /// ditto
SharpenPreview, /// ditto
BlurPreview, /// ditto
ThresholdPreview, /// ditto
EdgeDetectPreview, /// ditto
SpreadPreview, /// ditto
SolarizePreview, /// ditto
ShadePreview, /// ditto
RaisePreview, /// ditto
SegmentPreview, /// ditto
SwirlPreview, /// ditto
ImplodePreview, /// ditto
WavePreview, /// ditto
OilPaintPreview, /// ditto
CharcoalDrawingPreview, /// ditto
JPEGPreview /// ditto
}
version(D_Ddoc)
{
/**
* The statistic method to apply.
*/
enum StatisticType
{
UndefinedStatistic, ///
GradientStatistic, /// Maximum difference in area.
MaximumStatistic, /// Maximum value per channel in neighborhood.
MeanStatistic, /// Average value per channel in neighborhood.
MedianStatistic, /// Median value per channel in neighborhood.
MinimumStatistic, /// Minimum value per channel in neighborhood.
ModeStatistic, /// Mode (most frequent) value per channel in neighborhood.
NonpeakStatistic, /// Value just before or after the median value per channel in neighborhood.
StandardDeviationStatistic ///
}
}
else
{
mixin(
{
string types = "enum StatisticType
{
UndefinedStatistic,";
static if ( MagickLibVersion >= 0x670 )
{
types ~= "GradientStatistic,";
}
types ~= "
MaximumStatistic,
MeanStatistic,
MedianStatistic,
MinimumStatistic,
ModeStatistic,
NonpeakStatistic,";
static if ( MagickLibVersion >= 0x670 )
{
types ~= "StandardDeviationStatistic,";
}
types ~= "
}";
return types;
}());
}
Image* AdaptiveBlurImage(const(Image)*, const double, const double, ExceptionInfo*);
Image* AdaptiveBlurImageChannel(const(Image)*, const ChannelType, const double, const double, ExceptionInfo*);
Image* AdaptiveSharpenImage(const(Image)*, const double, const double, ExceptionInfo*);
Image* AdaptiveSharpenImageChannel(const(Image)*, const ChannelType, const double, const double, ExceptionInfo*);
Image* BlurImage(const(Image)*, const double, const double, ExceptionInfo*);
Image* BlurImageChannel(const(Image)*, const ChannelType, const double, const double, ExceptionInfo*);
Image* ConvolveImage(const(Image)*, const size_t, const(double)*, ExceptionInfo*);
Image* ConvolveImageChannel(const(Image)*, const ChannelType, const size_t, const(double)*, ExceptionInfo*);
Image* DespeckleImage(const(Image)*, ExceptionInfo*);
Image* EdgeImage(const(Image)*, const double, ExceptionInfo*);
Image* EmbossImage(const(Image)*, const double, const double, ExceptionInfo*);
Image* FilterImage(const(Image)*, const(KernelInfo)*, ExceptionInfo*);
Image* FilterImageChannel(const(Image)*, const ChannelType, const(KernelInfo)*, ExceptionInfo*);
Image* GaussianBlurImage(const(Image)*, const double, const double, ExceptionInfo*);
Image* GaussianBlurImageChannel(const(Image)*, const ChannelType, const double, const double, ExceptionInfo*);
static if ( MagickLibVersion < 0x669 )
{
Image* MedianFilterImage(const(Image)*, const double, ExceptionInfo*);
}
static if ( MagickLibVersion == 0x668 )
{
Image* ModeImage(const(Image)*, const double, ExceptionInfo*);
}
Image* MotionBlurImage(const(Image)*, const double, const double, const double, ExceptionInfo*);
Image* MotionBlurImageChannel(const(Image)*, const ChannelType, const double, const double, const double, ExceptionInfo*);
Image* PreviewImage(const(Image)*, const PreviewType, ExceptionInfo*);
Image* RadialBlurImage(const(Image)*, const double, ExceptionInfo*);
Image* RadialBlurImageChannel(const(Image)*, const ChannelType, const double, ExceptionInfo*);
static if ( MagickLibVersion < 0x669 )
{
Image* ReduceNoiseImage(const(Image)*, const double, ExceptionInfo*);
}
Image* SelectiveBlurImage(const(Image)*, const double, const double, const double, ExceptionInfo*);
Image* SelectiveBlurImageChannel(const(Image)*, const ChannelType, const double, const double, const double, ExceptionInfo*);
Image* ShadeImage(const(Image)*, const MagickBooleanType, const double, const double, ExceptionInfo*);
Image* SharpenImage(const(Image)*, const double, const double, ExceptionInfo*);
Image* SharpenImageChannel(const(Image)*, const ChannelType ,const double, const double, ExceptionInfo*);
Image* SpreadImage(const(Image)*, const double, ExceptionInfo*);
static if ( MagickLibVersion >= 0x669 )
{
Image* StatisticImage(const(Image)*, const StatisticType, const size_t, const size_t, ExceptionInfo*);
Image* StatisticImageChannel(const(Image)*, const ChannelType, const StatisticType, const size_t, const size_t, ExceptionInfo*);
}
Image* UnsharpMaskImage(const(Image)*, const double, const double, const double, const double, ExceptionInfo*);
Image* UnsharpMaskImageChannel(const(Image)*, const ChannelType, const double, const double, const double, const double, ExceptionInfo*);
}
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