Common Tool Class 10-Upload watermark class

public class WaterMark
{
<summary>
Image watermark
</summary>
<param name= "Imgpath" > Server picture relative path </param>
<param name= "filename" > Save file name </param>
<param name= "Watermarkfilename" > Watermark file relative path </param>
<param name= "Watermarkstatus" > Picture watermark Position 0= not used 1 = upper Left 2 = upper 3 = upper Right 4 = Left middle 9 = right Bottom </param>
<param name= "Quality" > Additional watermark image quality,0-100</param>
<param name= "Watermarktransparency" > Opacity of the Watermark 1--10 10 is opaque </param>
public static void Addimagesignpic (string imgpath, string filename, string watermarkfilename, int watermarkstatus, int qua lity, int watermarktransparency)
{
if (! File.exists (Utils.getmappath (Imgpath)))
Return
byte[] _imagebytes = File.readallbytes (Utils.getmappath (Imgpath));
Image img = image.fromstream (new System.IO.MemoryStream (_imagebytes));
filename = utils.getmappath (filename);

if (Watermarkfilename.startswith ("/") = = False)
Watermarkfilename = "/" + watermarkfilename;
Watermarkfilename = Utils.getmappath (watermarkfilename);
if (! File.exists (Watermarkfilename))
Return
Graphics g = Graphics.fromimage (IMG);
Setting high-quality interpolation methods
G.interpolationmode = System.Drawing.Drawing2D.InterpolationMode.High;
Set high quality, low speed rendering smoothness
G.smoothingmode = System.Drawing.Drawing2D.SmoothingMode.HighQuality;
Image watermark = new Bitmap (watermarkfilename);

if (watermark. Height >= img. Height | | Watermark. Width >= img. Width)
Return

ImageAttributes imageattributes = new ImageAttributes ();
ColorMap ColorMap = new ColorMap ();

Colormap.oldcolor = Color.FromArgb (255, 0, 255, 0);
Colormap.newcolor = Color.FromArgb (0, 0, 0, 0);
Colormap[] remaptable = {COLORMAP};

Imageattributes.setremaptable (remaptable, Coloradjusttype.bitmap);

float transparency = 0.5F;
if (watermarktransparency >= 1 && watermarktransparency <= 10)
Transparency = (watermarktransparency/10.0f);

Float[][] Colormatrixelements = {
New float[] {1.0f, 0.0f, 0.0f, 0.0f, 0.0f},
New float[] {0.0f, 1.0f, 0.0f, 0.0f, 0.0f},
New float[] {0.0f, 0.0f, 1.0f, 0.0f, 0.0f},
New float[] {0.0f, 0.0f, 0.0f, transparency, 0.0f},
New float[] {0.0f, 0.0f, 0.0f, 0.0f, 1.0f}
};

ColorMatrix ColorMatrix = new ColorMatrix (colormatrixelements);

Imageattributes.setcolormatrix (ColorMatrix, Colormatrixflag.default, Coloradjusttype.bitmap);

int xpos = 0;
int ypos = 0;

Switch (watermarkstatus)
{
Case 1:
xpos = (int) (IMG. Width * (float). 01);
ypos = (int) (IMG. Height * (float). 01);
Break
Case 2:
xpos = (int) (IMG. Width * (float).-(Watermark. WIDTH/2));
ypos = (int) (IMG. Height * (float). 01);
Break
Case 3:
xpos = (int) (IMG. Width * (float).)-(watermark. Width));
ypos = (int) (IMG. Height * (float). 01);
Break
Case 4:
xpos = (int) (IMG. Width * (float). 01);
ypos = (int) (IMG. Height * (float).-(Watermark. HEIGHT/2));
Break
Case 5:
xpos = (int) (IMG. Width * (float).-(Watermark. WIDTH/2));
ypos = (int) (IMG. Height * (float).-(Watermark. HEIGHT/2));
Break
Case 6:
xpos = (int) (IMG. Width * (float).)-(watermark. Width));
ypos = (int) (IMG. Height * (float).-(Watermark. HEIGHT/2));
Break
Case 7:
xpos = (int) (IMG. Width * (float). 01);
ypos = (int) (IMG. Height * (float).)-Watermark. Height);
Break
Case 8:
xpos = (int) (IMG. Width * (float).-(Watermark. WIDTH/2));
ypos = (int) (IMG. Height * (float).)-Watermark. Height);
Break
Case 9:
xpos = (int) (IMG. Width * (float).)-(watermark. Width));
ypos = (int) (IMG. Height * (float).)-Watermark. Height);
Break
}

G.drawimage (Watermark, New Rectangle (xpos, ypos, Watermark. Width, Watermark. Height), 0, 0, Watermark. Width, Watermark. Height, GraphicsUnit.Pixel, ImageAttributes);

imagecodecinfo[] codecs = Imagecodecinfo.getimageencoders ();
ImageCodecInfo ici = null;
foreach (ImageCodecInfo codec in codecs)
{
if (codec. Mimetype.indexof ("JPEG") >-1)
ICI = codec;
}
EncoderParameters encoderparams = new EncoderParameters ();
long[] Qualityparam = new Long[1];
if (Quality < 0 | | quality > 100)
quality = 80;

Qualityparam[0] = quality;

Encoderparameter Encoderparam = new Encoderparameter (System.Drawing.Imaging.Encoder.Quality, Qualityparam);
Encoderparams.param[0] = Encoderparam;

if (ici! = null)
Img. Save (filename, ICI, encoderparams);
Else
Img. Save (filename);

G.dispose ();
Img. Dispose ();
Watermark. Dispose ();
Imageattributes.dispose ();
}

//<summary>
//Text watermark
//</summary>
//<param name= "Imgpath" > Server picture relative path </param
//<param name= "filename" > Save file name </param>
//<param name= "Watermarktext" > Watermark text </ Param>
//<param name= "Watermarkstatus" > Picture watermark Position 0= not using 1 = upper Left 2 = upper 3 = upper Right 4 = Left middle 9 = right lower </param>
//<par Am name= "Quality" > Additional watermark image quality, 0-100</param>
//<param name= "FontName" > Font </param>
//< param name= "fontsize" > Font size </PARAM>
public static void Addimagesigntext (string imgpath, string filename, string watermarktext, int watermarkstatus, int quality, string fontname, int fontsize)
{
byte[] _imagebytes = File . ReadAllBytes (Utils.getmappath (Imgpath));
Image img = image.fromstream (new System.IO.MemoryStream (_imagebytes));
filename = utils.getmappath (filename);

Graphics g = Graphics.fromimage (IMG);
Font drawfont = new Font (fontname, FontSize, Fontstyle.regular, GraphicsUnit.Pixel);
SizeF crsize;
Crsize = g.measurestring (Watermarktext, Drawfont);

float xpos = 0;
float ypos = 0;

Switch (watermarkstatus)
{
Case 1:
Xpos = (float) img. Width * (float). 01;
Ypos = (float) img. Height * (float). 01;
Break
Case 2:
Xpos = ((float) img. Width * (float).)-(CRSIZE.WIDTH/2);
Ypos = (float) img. Height * (float). 01;
Break
Case 3:
Xpos = ((float) img. Width * (float).)-Crsize.width;
Ypos = (float) img. Height * (float). 01;
Break
Case 4:
Xpos = (float) img. Width * (float). 01;
Ypos = ((float) img. Height * (float).)-(CRSIZE.HEIGHT/2);
Break
Case 5:
Xpos = ((float) img. Width * (float).)-(CRSIZE.WIDTH/2);
Ypos = ((float) img. Height * (float).)-(CRSIZE.HEIGHT/2);
Break
Case 6:
Xpos = ((float) img. Width * (float).)-Crsize.width;
Ypos = ((float) img. Height * (float).)-(CRSIZE.HEIGHT/2);
Break
Case 7:
Xpos = (float) img. Width * (float). 01;
Ypos = ((float) img. Height * (float).)-Crsize.height;
Break
Case 8:
Xpos = ((float) img. Width * (float).)-(CRSIZE.WIDTH/2);
Ypos = ((float) img. Height * (float).)-Crsize.height;
Break
Case 9:
Xpos = ((float) img. Width * (float).)-Crsize.width;
Ypos = ((float) img. Height * (float).)-Crsize.height;
Break
}

g.DrawString (Watermarktext, Drawfont, New SolidBrush (Color.White), xpos + 1, ypos + 1);
g.DrawString (Watermarktext, Drawfont, New SolidBrush (Color.Black), xpos, ypos);

imagecodecinfo[] codecs = Imagecodecinfo.getimageencoders ();
ImageCodecInfo ici = null;
foreach (ImageCodecInfo codec in codecs)
{
if (codec. Mimetype.indexof ("JPEG") >-1)
ICI = codec;
}
EncoderParameters encoderparams = new EncoderParameters ();
long[] Qualityparam = new Long[1];
if (Quality < 0 | | quality > 100)
quality = 80;

Qualityparam[0] = quality;

Encoderparameter Encoderparam = new Encoderparameter (System.Drawing.Imaging.Encoder.Quality, Qualityparam);
Encoderparams.param[0] = Encoderparam;

if (ici! = null)
Img. Save (filename, ICI, encoderparams);
Else
Img. Save (filename);

G.dispose ();
Img. Dispose ();
}
}

Common Tool Class 10-Upload watermark class