本文整理汇总了C#中MagickWand.Clone方法的典型用法代码示例。如果您正苦于以下问题：C# MagickWand.Clone方法的具体用法？C# MagickWand.Clone怎么用？C# MagickWand.Clone使用的例子？那么恭喜您, 这里精选的方法代码示例或许可以为您提供帮助。您也可以进一步了解该方法所在类MagickWand的用法示例。
在下文中一共展示了MagickWand.Clone方法的10个代码示例，这些例子默认根据受欢迎程度排序。您可以为喜欢或者感觉有用的代码点赞，您的评价将有助于系统推荐出更棒的C#代码示例。
示例1: SigmoidalTest
public void SigmoidalTest()
{
double[] alpha = { 1, 2, 3, 4 };
double[] beta = { 0 , 5000, 20000, 30000, 40000, 65000 };
MagickWandEnvironment.Genesis();
foreach(var file in _files)
{
using(var wand = new MagickWand(file))
{
foreach(var a in alpha)
{
foreach(var b in beta)
{
using(var tmp = wand.Clone())
{
tmp.SigmoidalContrastImage(true, a, b);
WriteImage("sigmoidal", file, new string[] { a.ToString(), b.ToString() }, tmp);
}
}
}
}
}
MagickWandEnvironment.Terminus();
}示例2: ContrastTest
public void ContrastTest()
{
double[] alpha = { 0, .5, 1, 1.1 };
double[] beta = { 0 , 5000, 20000, 30000, 40000, 65000 };
MagickWandEnvironment.Genesis();
foreach(var file in _files)
{
using(var wand = new MagickWand(file))
{
using(var tmp = wand.Clone())
{
tmp.ContrastImage(true);
WriteImage("contrast", file, new string[] { "1" }, tmp);
tmp.ContrastImage(true);
WriteImage("contrast", file, new string[] { "2" }, tmp);
tmp.ContrastImage(true);
WriteImage("contrast", file, new string[] { "3" }, tmp);
}
}
}
MagickWandEnvironment.Terminus();
}示例3: GetOptimalQuality
public uint GetOptimalQuality(MagickWand wand)
{
var tmp = $"{Path.GetTempFileName()}.jpg";
try
{
using(var tmpWand = wand.Clone())
{
tmpWand.CompressionQuality = MAX_QUALITY;
wand.WriteImage(tmp, true);
}
var opts = new ImgminOptions
{
ErrorThreshold = 0.08
};
var imgmin = new Imgmin(opts);
var result = imgmin.Minify(tmp, tmp);
if(!_quiet)
{
Console.WriteLine(result.StandardOutput);
}
// the following has not been reliable, so figure out the
// quality based on opening the tmp file.
//return Convert.ToUInt32(result.StatsAfter.Quality);
using(var qualWand = new MagickWand(tmp))
{
return qualWand.ImageCompressionQuality;
}
}
finally
{
File.Delete(tmp);
}
}示例4: ContrastStretchTest
public void ContrastStretchTest()
{
double[] black = { 0, 100, 1000, 2000 };
double[] white = { 0, 50000, 60000, 65000 };
MagickWandEnvironment.Genesis();
foreach(var file in _files)
{
using(var wand = new MagickWand(file))
{
foreach(var b in black)
{
foreach(var w in white)
{
using(var tmp = wand.Clone())
{
tmp.ContrastStretchImage(b, w);
WriteImage("contrast_stretch", file, new string[] { b.ToString(), w.ToString() }, tmp);
}
}
}
}
}
MagickWandEnvironment.Terminus();
}示例5: BrightnessContrastTest
public void BrightnessContrastTest()
{
double[] brightness = { 0, 10, 25 };
double[] contrast = { 0, 10, 25 };
MagickWandEnvironment.Genesis();
foreach(var file in _files)
{
using(var wand = new MagickWand(file))
{
foreach(var b in brightness)
{
foreach(var c in contrast)
{
using(var tmp = wand.Clone())
{
tmp.BrightnessContrastImage(b, c);
WriteImage("brightness_contrast", file, new string[] { b.ToString(), c.ToString() }, tmp);
}
}
}
}
}
MagickWandEnvironment.Terminus();
}示例6: ModulateTest
public void ModulateTest()
{
double[] brightness = { 50, 100, 150 };
double[] saturation = { 0, 100, 120, 150 };
MagickWandEnvironment.Genesis();
foreach(var file in _files)
{
using(var wand = new MagickWand(file))
{
foreach(var b in brightness)
{
foreach(var s in saturation)
{
using(var tmp = wand.Clone())
{
tmp.ModulateImage(b, s, 300); // 300 = no rotation
WriteImage("modulate", file, new string[] { b.ToString(), s.ToString() }, tmp);
}
}
}
}
}
MagickWandEnvironment.Terminus();
}示例7: LevelTest
public void LevelTest()
{
double[] black = { 0, 100, 1000, 2000 };
double[] white = { 0, 50000, 60000, 65000 };
MagickWandEnvironment.Genesis();
foreach(var file in _files)
{
using(var wand = new MagickWand(file))
{
foreach(var b in black)
{
foreach(var w in white)
{
using(var tmp = wand.Clone())
{
tmp.LevelImage(b, 1, w); // 1 = no gamma
WriteImage("level", file, new string[] { b.ToString(), w.ToString() }, tmp);
}
}
}
}
}
MagickWandEnvironment.Terminus();
}示例8: TestNightOptimizations
public void TestNightOptimizations()
{
MagickWandEnvironment.Genesis();
using(var mw = new MagickWand("nighttest.jpg"))
{
using(var mw2 = mw.Clone())
{
mw2.AutoGammaImage();
Write(mw2, "night_AutoGammaImage.jpg");
}
using(var mw2 = mw.Clone())
{
mw2.AutoLevelImage();
Write(mw2, "night_AutoLevelImage.jpg");
}
using(var mw2 = mw.Clone())
{
mw2.LinearStretchImage(2, 98);
Write(mw2, "night_LinearStretchImage.jpg");
}
using(var mw2 = mw.Clone())
{
mw2.NormalizeImage();
Write(mw2, "night_NormalizeImage.jpg");
}
}
MagickWandEnvironment.Terminus();
}示例9: TestBasicWandMethods
public void TestBasicWandMethods()
{
MagickWandEnvironment.Genesis();
using(var pw = new PixelWand())
using(var mw = new MagickWand("test.jpg"))
{
pw.Red = 200;
using(var mw2 = mw.Clone())
{
mw2.AdaptiveBlurImage(5, 2);
Write(mw2, "AdaptiveBlurImage.jpg");
}
using(var mw2 = mw.Clone())
{
mw2.AdaptiveResizeImage(320, 212);
Write(mw2, "adaptiveResizeImage.jpg");
}
using(var mw2 = mw.Clone())
{
mw2.AdaptiveSharpenImage(20, 12);
Write(mw2, "AdaptiveSharpenImage.jpg");
}
using(var mw2 = mw.Clone())
{
mw2.AdaptiveThresholdImage(20, 12, 2);
Write(mw2, "AdaptiveThresholdImage.jpg");
}
using(var mw2 = mw.Clone())
{
mw2.AddNoiseImage(NoiseType.PoissonNoise);
Write(mw2, "AddNoiseImage.jpg");
}
using(var mw2 = mw.Clone())
{
mw2.AutoGammaImage();
Write(mw2, "AutoGammaImage.jpg");
}
using(var mw2 = mw.Clone())
{
mw2.AutoLevelImage();
Write(mw2, "AutoLevelImage.jpg");
}
using(var mw2 = mw.Clone())
{
mw2.AutoOrientImage();
Write(mw2, "AutoOrientImage.jpg");
}
using(var mw2 = mw.Clone())
{
mw2.BlurImage(10, 2);
Write(mw2, "BlurImage.jpg");
}
using(var mw2 = mw.Clone())
{
mw2.BorderImage(pw, 10, 10);
Write(mw2, "BorderImage.jpg");
}
using(var mw2 = mw.Clone())
{
mw2.BrightnessContrastImage(30, 20);
Write(mw2, "BrightnessContrastImage.jpg");
}
using(var mw2 = mw.Clone())
{
mw2.CharcoalImage(30, 20);
Write(mw2, "CharcoalImage.jpg");
}
using(var mw2 = mw.Clone())
{
mw2.ChopImage(30, 20, 0, 0);
Write(mw2, "ChopImage.jpg");
}
using(var mw2 = mw.Clone())
{
mw2.ClampImage();
Write(mw2, "ClampImage.jpg");
}
/*
using(var mw2 = mw.Clone())
{
mw2.ClipImage();
Write(mw2, "ClipImage.jpg");
}
*/
using(var mw2 = mw.Clone())
{
mw2.ContrastImage(true);
Write(mw2, "ContrastImage.jpg");
}
using(var mw2 = mw.Clone())
{
mw2.ContrastStretchImage(2, 98);
Write(mw2, "ContrastStretchImage.jpg");
}
using(var mw2 = mw.Clone())
{
mw2.CropImage(30, 20, 0, 0);
//.........这里部分代码省略.........
示例10: ProcessPhotoAsync
public async Task<ProcessingResult> ProcessPhotoAsync(string filename)
{
var result = new ProcessingResult();
var jpgName = Path.ChangeExtension(filename, ".jpg");
var origPath = _pathHelper.GetSourceFilePath(filename);
var srcPath = _pathHelper.GetScaledLocalPath(SourceTarget.ScaledPathSegment, filename);
result.ExifData = await _exifReader.ReadExifDataAsync(origPath);
// always keep the original in the source dir
File.Move(origPath, srcPath);
result.Source = new ProcessedPhoto {
Target = SourceTarget,
LocalFilePath = srcPath,
WebFilePath = _pathHelper.GetScaledWebFilePath(SourceTarget.ScaledPathSegment, filename)
};
using(var wand = new MagickWand())
{
if(_rawConverter.IsRawFile(srcPath))
{
result.RawConversionResult = await _rawConverter.ConvertAsync(srcPath);
wand.ReadImage(result.RawConversionResult.OutputFile);
File.Delete(result.RawConversionResult.OutputFile);
}
else
{
wand.ReadImage(srcPath);
}
result.Source.Height = wand.ImageHeight;
result.Source.Width = wand.ImageWidth;
wand.AutoOrientImage();
wand.StripImage();
using(var optWand = wand.Clone())
{
result.OptimizationResult = _optimizer.Optimize(optWand);
// get the best compression quality for the optimized image
// (best => smallest size for negligible quality loss)
result.CompressionQuality = (short)_qualitySearcher.GetOptimalQuality(optWand);
result.Xs = ProcessTarget(wand, optWand, result.CompressionQuality, XsTarget, jpgName);
result.Sm = ProcessTarget(wand, optWand, result.CompressionQuality, SmTarget, jpgName);
result.Md = ProcessTarget(wand, optWand, result.CompressionQuality, MdTarget, jpgName);
result.Lg = ProcessTarget(wand, optWand, result.CompressionQuality, LgTarget, jpgName);
result.Print = ProcessTarget(wand, optWand, result.CompressionQuality, PrintTarget, jpgName);
}
}
return result;
}