[Go] picture processing function (adaptive thumbnail add thumbnail image in DataTable)

        /// <summary>        ///to specify a generated thumbnail in a row for a DataTable/// </summary>        /// <param name= "dataTable" >Data Source</param>        /// <param name= "Datatableimagecolumnname" >column name of the data source to generate the thumbnail</param>        /// <param name= "Appendsmallpiccolumnname" >new column names for thumbnail data columns</param>        /// <param name= "ImageFormat" >Source image Format</param>        /// <param name= "MaxWidth" >maximum width of image Adaptive</param>        /// <param name= "MaxHeight" >most like adaptive maximum height</param>         Public Static voidGetsmallpic (DataTable DataTable,stringDatatableimagecolumnname,stringAppendsmallpiccolumnname, ImageFormat ImageFormat,intMaxWidth,intmaxheight) {            varDC =NewDataColumn (Appendsmallpiccolumnname, Type.GetType ("system.byte[]"));            DATATABLE.COLUMNS.ADD (DC);  for(inti =0; i < DataTable.Rows.Count; i++)            {                //Generate thumbnails Getsmallpic (Datatable.rows[i], datatableimagecolumnname, appendsmallpiccolumnname);                varImagebyte = (byte[]) datatable.rows[i][datatableimagecolumnname]; varms =NewMemoryStream (Imagebyte,0, imagebyte.length); varSourceimage =Image.fromstream (MS); intNewwidth, Newheight; Imageselfadaption (Sourceimage, MaxWidth, MaxHeight, outNewwidth, outnewheight); varMybitmap =NewBitmap (sourceimage, Newwidth, newheight); Ms=NewMemoryStream ();                Mybitmap.save (MS, ImageFormat); Datatable.rows[i][appendsmallpiccolumnname]=Ms.                ToArray (); Ms.            Close (); }        }         /// <summary>        ///gets the width of the image after adaptive (set maximum width height)/// </summary>        /// <param name= "image" >Image</param>        /// <param name= "MaxWidth" >Maximum width</param>        /// <param name= "MaxHeight" >Maximum Height</param>        /// <param name= "Newwidth" >Adaptive Image Width</param>        /// <param name= "Newheight" >self-adapting image height</param>        /// <returns></returns>         Public Static voidImageselfadaption (image Image,intMaxWidth,intMaxHeight, out intNewwidth, out intnewheight) {            varOriginalWidth =image.            Width; varOriginalHeight =image.            Height; Double_newwidth = maxWidth, _newheight =MaxHeight; Doublet = originalwidth > MaxWidth?Maxwidth:originalwidth; if(OriginalHeight * t/originalwidth >maxheight) {_newheight=MaxHeight; _newwidth= (Double) Maxheight/originalheight *OriginalWidth; }            Else{_newwidth=T; _newheight= (t/originalwidth) *OriginalHeight; } newwidth= (int) _newwidth; Newheight= (int) _newheight; }         /// <summary>        ///get an image that complements transparent areas/// </summary>        /// <param name= "image" >image to complement transparent areas</param>        /// <param name= "Mincomplementsize" >minimum pixel block size to complement transparent areas (note: must be greater than or equal to 2)</param>        /// <returns></returns>         Public StaticBitmap Getcomplementimage (image Image,intmincomplementsize) {            if(Mincomplementsize <2)            {                return NewBitmap (image. Width, image.            Height); }            Else            {                intNewwidth =image.                Width; intNewheight =image.                Height; //width to seek redundancy                intwidth = image. Width%mincomplementsize; //High Redundancy                intHeight = image. Height%mincomplementsize; //Not enough width                if(Width! =0) {Newwidth+ = Mincomplementsize-width; }                if(Height! =0)//High Enough{newheight+ = Mincomplementsize-height; }                return NewBitmap (image, Newwidth, newheight); }        }         /// <summary>        ///Get Image Object/// </summary>        /// <param name= "Imagebyte" >Binary image binary data</param>        /// <returns></returns>         Public StaticImage GetImage (byte[] imagebyte) {            if(Imagebyte! =NULL)            {                varms =NewMemoryStream (); Ms. Write (Imagebyte,0, imagebyte.length); returnImage.fromstream (MS); }            return NULL; }        /// <summary>        ///get image binary Data/// </summary>        /// <param name= "image" >Image</param>        /// <param name= "ImageFormat" >image Format</param>        /// <returns></returns>         Public Static byte[] Getimagebytearray (image image, ImageFormat imageformat) {varms =NewMemoryStream (); Image.            Save (MS, ImageFormat); varIMG =New byte[Ms.            Length]; Ms. Position=0; Ms. Read (IMG,0, Convert.ToInt32 (Ms.            Length)); Ms.            Close (); returnimg; }

[Go] picture processing function (adaptive thumbnail add thumbnail image in DataTable)