private void FlushCanvases(Action <byte[]> onChunkReady)
{
for (int y = 0; y < Height; y += TileHeight)
{
RCINFO[] rcs = new RCINFO[WidthCount];
int i = 0;
for (int x = 0; x < Width; x += TileWidth)
{
var canvas = GetCanvas(x, y);
var rcinfo = new RCINFO
{
currentOffset = 0,
rc = canvas,
};
canvas.LockAddress(out rcinfo.pitch, out rcinfo.data);
rcinfo.length = Math.Min(Width - x, TileWidth) * canvas.PixFormat.BytesPerPixel();
}
var tileHeightSize = TileSize(Math.Min(TileHeight, Height - y));
var bytesPerWrite = PixFormat.PixelsPerYAxis();
// We need to correct for DXT3/DXT5 images having multiple pixels in Y axis per written bytes
// Additionally, MagLevel also applies to the canvases, so need to keep that
}
}
public static void CodePixFormat(this ICoder coder, ref PixFormat pixFormat)
{
var reading = coder.IsReading;
Type type = reading ? null : pixFormat.Type;
string formatName = reading ? null : pixFormat.Format.GetName().ToString();
coder.CodeType(ref type);
coder.CodeString(ref formatName);
if (reading)
{
pixFormat = new PixFormat(type, Col.FormatOfName(formatName));
}
}
protected static PixImage CreateRaw(FormatConvertedBitmap fcBitmap, PixFormat pixFormat, int channels)
{
var sx = fcBitmap.PixelWidth;
var sy = fcBitmap.PixelHeight;
if (pixFormat.Format == Col.Format.BW)
{
var bitImage = new PixImage <byte>(Col.Format.BW, 1 + (sx - 1) / 8, sy, channels);
fcBitmap.CopyPixels(bitImage.Array, bitImage.IntStride, 0);
var pixImage = new PixImage <byte>(Col.Format.BW, sx, sy, 1);
ExpandPixels(bitImage, pixImage);
return(pixImage);
}
else
{
var pixImage = Create(pixFormat, sx, sy, channels);
fcBitmap.CopyPixels(pixImage.Array, pixImage.IntStride, 0);
return(pixImage);
}
}
public static List<string> PointGenerator(string inputBitmapPath, PixFormat _pixFor)
{
List<string> imglist = new List<string>();
try
{
if (_pixFor == PixFormat._null)
throw new Exception("Format null olamaz") { Source = "" };
using (MagickImage imagem = new MagickImage(inputBitmapPath))
{
//############# ResizeImage #############
int yuzde = 100;
imagem.Quality = 100;
int _w = imagem.Width + (imagem.Width / 100) * yuzde;
int _h = imagem.Height + (imagem.Height / 100) * yuzde;
int new_W = _w - (_w % (int)_pixFor);
int new_H = _h - (_h % (int)_pixFor);
imagem.Resize(new_W, new_H);
imagem.Blur(5, 5);
//############# GenerateSquare #############
/////////// calculate image point rgb avg ////////////
string curImgPth = Path.GetFileName(inputBitmapPath);
string path = UserProperty.PixelXmlMap_Path + "\\" + curImgPth.Substring(0, curImgPth.Length - 4) + _pixFor.ToString() + "_.xml";
FileInfo finf = new FileInfo(path);
List<ImgSquare> sp0 = new List<ImgSquare>();
if (!File.Exists(path))
{
int[,] pixavg = new int[5, 3];
int _pixformat = (int)_pixFor;
WritablePixelCollection _totalpix = imagem.GetWritablePixels(0, 0, imagem.Width, imagem.Height);
int range = _pixformat / 2;
for (int w = 0; w < imagem.Width; w += _pixformat)
{
for (int h = 0; h < imagem.Height; h += _pixformat)
{
if (!(w + _pixformat <= imagem.Width && h + _pixformat <= imagem.Height))
continue;//olmazda olursa diye
pixavg = new int[5, 3];
for (int x = 0; x < range; x++)
{
for (int y = 0; y < range; y++)
{
Color a = _totalpix.GetPixel(x + w + 0, h + 0 + y).ToColor().ToColor();
pixavg[0, 0] += a.R;
pixavg[0, 1] += a.G;
pixavg[0, 2] += a.B;
Color b = _totalpix.GetPixel(x + w + range, h + y).ToColor().ToColor();
pixavg[1, 0] += b.R;
pixavg[1, 1] += b.G;
pixavg[1, 2] += b.B;
Color c = _totalpix.GetPixel(x + w, h + range + y).ToColor().ToColor();
pixavg[2, 0] += c.R;
pixavg[2, 1] += c.G;
pixavg[2, 2] += c.B;
Color d = _totalpix.GetPixel(x + w + range, h + range + y).ToColor().ToColor();
pixavg[3, 0] += d.R;
pixavg[3, 1] += d.G;
pixavg[3, 2] += d.B;
}
}
//tümü için aynı toplanıyor
pixavg[4, 0] = pixavg[0, 0] + pixavg[1, 0] + pixavg[2, 0] + pixavg[3, 0];
pixavg[4, 1] = pixavg[0, 1] + pixavg[1, 1] + pixavg[2, 1] + pixavg[3, 1];
pixavg[4, 2] = pixavg[0, 2] + pixavg[1, 2] + pixavg[2, 2] + pixavg[3, 2];
//----
int totalminiPix = (range * range);
pixavg[0, 0] /= totalminiPix;
pixavg[0, 1] /= totalminiPix;
pixavg[0, 2] /= totalminiPix;
pixavg[1, 0] /= totalminiPix;
pixavg[1, 1] /= totalminiPix;
pixavg[1, 2] /= totalminiPix;
pixavg[2, 0] /= totalminiPix;
pixavg[2, 1] /= totalminiPix;
pixavg[2, 2] /= totalminiPix;
pixavg[3, 0] /= totalminiPix;
pixavg[3, 1] /= totalminiPix;
pixavg[3, 2] /= totalminiPix;
int totalPix = totalminiPix * 4;
pixavg[4, 0] /= totalPix;
pixavg[4, 1] /= totalPix;
pixavg[4, 2] /= totalPix;
sp0.Add(new ImgSquare(w, h, new List<QuardPixAvg>()
{
new QuardPixAvg(Color.FromArgb((pixavg[0, 0]), (pixavg[0, 1]), (pixavg[0, 2])), QuardBolum.SolUst),
new QuardPixAvg (Color.FromArgb((pixavg[1, 0]), (pixavg[1, 1]), (pixavg[1, 2])), QuardBolum.SagUst),
new QuardPixAvg(Color.FromArgb((pixavg[2, 0]), (pixavg[2, 1]), (pixavg[2, 2])), QuardBolum.SolAlt),
new QuardPixAvg(Color.FromArgb((pixavg[3, 0]), (pixavg[3, 1]), (pixavg[3, 2])), QuardBolum.SagAlt),
new QuardPixAvg(Color.FromArgb((pixavg[4, 0]), (pixavg[4, 1]), (pixavg[4, 2])), QuardBolum.TotalAvg)
}));
}
}
_totalpix = null;
pixavg = null;
////////////////////////////// xml generate ///////////////////////////////
#region xml oluşturma
//XmlDocument doc = new XmlDocument();
//XmlElement root = doc.CreateElement("SquarePoints");
//root.SetAttribute("Count", sp0.Count.ToString());
//root.SetAttribute("PixFormat", _pixFor.ToString());
//foreach (ImgSquare item in sp0)
//{
// XmlElement child = doc.CreateElement("SquarePoint");
// child.SetAttribute("WxH", item.ToString());
// child.SetAttribute("ColorAVG", item.SAvgArb.ToString());
// List<QuardPixAvg> lstQ = item.QuardAvg;
// child.SetAttribute("SolUst", lstQ[0].QuardAvg.ToString());
// child.SetAttribute("SagUst", lstQ[1].QuardAvg.ToString());
// child.SetAttribute("SolAlt", lstQ[2].QuardAvg.ToString());
// child.SetAttribute("SagAlt", lstQ[3].QuardAvg.ToString());
// root.AppendChild(child);
//}
//doc.AppendChild(root);
//if (!Directory.Exists(finf.Directory.FullName))
// Directory.CreateDirectory(finf.Directory.FullName);
//doc.Save(path);
//doc = null;
#endregion
}
else
{
#region xml okuma
//XmlDocument doc = new XmlDocument();
//doc.Load(path);
//XmlNodeList root1 = doc.GetElementsByTagName("SquarePoints");
//XmlNode root2 = root1.Item(0);
//foreach (XmlNode item in root2.ChildNodes)
//{
// try
// {
// XmlAttribute at1 = item.Attributes[0];
// string[] point = at1.InnerText.Split('x');
// XmlAttribute at2 = item.Attributes[1];
// string ColorAvg = at2.InnerText;
// List<QuardPixAvg> lQuard = new List<QuardPixAvg>();
// int SolUst = int.Parse(item.Attributes[2].InnerText);
// int SagUst = int.Parse(item.Attributes[3].InnerText);
// int SolAlt = int.Parse(item.Attributes[4].InnerText);
// int SagAlt = int.Parse(item.Attributes[5].InnerText);
// int Tumu = int.Parse(item.Attributes[1].InnerText);
// lQuard.Add(new QuardPixAvg(Color.FromArgb(SolUst), QuardBolum.SolUst));
// lQuard.Add(new QuardPixAvg(Color.FromArgb(SagUst), QuardBolum.SagUst));
// lQuard.Add(new QuardPixAvg(Color.FromArgb(SolAlt), QuardBolum.SolAlt));
// lQuard.Add(new QuardPixAvg(Color.FromArgb(SagAlt), QuardBolum.SagAlt));
// lQuard.Add(new QuardPixAvg(Color.FromArgb(Tumu), QuardBolum.Tumu));
// sp0.Add(new ImgSquare(int.Parse(point[0]), int.Parse(point[1]), lQuard));
// }
// catch (Exception e)
// {
// throw e;
// }
//}
//root2 = null;
//root1 = null;
//doc = null;
#endregion
}
//#---------------------------------
int opacity = 50;
switch (_pixFor)
{
case PixFormat._null:
sp0.Clear();
throw new Exception("Tanımsız format") { Source = "" };
break;
case PixFormat._12x12: //12:36 sn
opacity = 50;
break;
case PixFormat._20x20: //3:10 sn
opacity = 50;
break;
case PixFormat._36x36: //0:50 sn
opacity = 50;
break;
case PixFormat._48x48: //0:27 sn
opacity = 50;
break;
case PixFormat._64x64: //0:15 sn
opacity = 50;
break;
case PixFormat._94x94: //0:08 sn
opacity = 50;
break;
}
//string MiniPicturePath = Path.Combine(UserProperty.Data_Path, PixFormat._94x94.ToString()); //eski yükleme şekli
string MiniPicturePath = Path.Combine(UserProperty.Data_InstagramPhotos);
if (Directory.Exists(MiniPicturePath))
{
Bitmap btm = imagem.ToBitmap();
using (Graphics gr1 = Graphics.FromImage(btm))
{
//string[] list = Directory.GetFiles(MiniPicturePath, "*" + JPG);
//string[] list = new string[0];
///////////////////////////////////////////////////////////////
string[] file = Directory.GetFiles(UserProperty.Current_User, UserProperty.UserXmlInfo);
if (file.Count() != 1)
throw new Exception("Geçersiz kullanıcı bilgileri");
XDocument doc = XDocument.Load(file[0]);
XElement root = doc.Elements("_" + ImageProperty.GetUserName()).First();
XElement InstagramP = root.Elements("InstagramPhotos").FirstOrDefault();
XElement[] photos = (from p in InstagramP.Elements() where p.Attribute("useThis").Value.ToLower() == "true" select p).ToArray();
//list = new string[photos.Count()];
//for (int i = 0; i < photos.Count(); i++)
// list[i] = Path.Combine(MiniPicturePath, photos[i].Value);
///////////////////////////////////////////////////
if (photos.Count() == 0)
throw new Exception("Bu Formata Uygun Resimler Bulunamadı") { Source = "" };
List<ImgSquare> spl2 = new List<ImgSquare>();
for (int i = 0; i < photos.Count(); i++)
{
if (File.Exists(Path.Combine(MiniPicturePath, Path.GetFileName(photos[i].Value))))
{
using (MagickImage mini = new MagickImage(Path.Combine(MiniPicturePath, Path.GetFileName(photos[i].Value))))
{
mini.Quality = 100;
if (mini.Width != 94 && mini.Height != 94)
mini.Resize((int)_pixFor, (int)_pixFor);
//ImgSquare imgsq = new ImgSquare(mini.ToBitmap(), new List<QuardPixAvg>() {
// new QuardPixAvg(Color.FromArgb(int.Parse(photos[i].Attribute("SolUst").Value)),QuardBolum.SagAlt),
// new QuardPixAvg(Color.FromArgb(int.Parse(photos[i].Attribute("SagUst").Value)),QuardBolum.SagAlt),
// new QuardPixAvg(Color.FromArgb(int.Parse(photos[i].Attribute("SolAlt").Value)),QuardBolum.SagAlt),
// new QuardPixAvg(Color.FromArgb(int.Parse(photos[i].Attribute("SagAlt").Value)),QuardBolum.SagAlt),
// new QuardPixAvg(Color.FromArgb(int.Parse(photos[i].Attribute("TotalAvg").Value)),QuardBolum.SagAlt)
//});
spl2.Add(new ImgSquare(mini.ToBitmap()));
mini.Dispose();
}
}
}
photos = null;
doc = null;
root = null;
InstagramP = null;
List<ImgSquare> spl4 = new List<ImgSquare>();
spl4.AddRange(sp0);
spl4.AddRange(spl2);
spl2.Clear();
spl4 = spl4.OrderBy(p => p.GeneratedColorCode).ToList();
int qpiro_number = 432101;
int qpiro_number2 = 0;
int undefined = 0;
for (int i = 0; i < sp0.Count; i++)
{
ImgSquare item = sp0[i];
//if (item.SAvgArb == 0 && item.IAvgRgb == 0)
// continue;
try
{
qpiro_number2 = 0;
List<ImgSquare> snc = null;
int cont = 0;
do
{
snc = spl4.Where(p =>
(p.GeneratedColorCode - (qpiro_number + qpiro_number2) < item.GeneratedColorCode &&
p.GeneratedColorCode + (qpiro_number + qpiro_number2) > item.GeneratedColorCode) &&
p.isArea == false).ToList();
qpiro_number2 += 332101;
cont++;
}
while (snc.Count == 0 && cont < 5);
Rectangle rec = new Rectangle(item.W, item.H, (int)_pixFor, (int)_pixFor);
if (snc.Count != 0)
{
int randi = random.Next(0, snc.Count);
System.Drawing.Image img = SmartRotate(item, snc[randi]);
snc.Clear();//
img = Transparnt(img, opacity);
gr1.DrawImage(img, rec);
sp0.RemoveAt(i);
i--;
img.Dispose();
}
else
{
using (MagickImage imgUndefined = new MagickImage(Path.Combine(UserProperty.Data_InstagramPhotos, "black.jpg")))
{
System.Drawing.Image img = Transparnt(imgUndefined.ToBitmap(), opacity);
gr1.DrawImage(img, rec);
sp0.RemoveAt(i);
i--;
imgUndefined.Dispose();
}
//int ss = item.GeneratedColorCode;
//if (ss >= 11075440 && ss <= 15260100)
//{
// cont = 0;
// qpiro_number2 += 332101;
// do
// {
// snc = spl4.Where(p =>
// (p.GeneratedColorCode - (qpiro_number + qpiro_number2) < item.GeneratedColorCode &&
// p.GeneratedColorCode + (qpiro_number + qpiro_number2) > item.GeneratedColorCode) &&
// p.isArea == false).ToList();
// qpiro_number2 += 332101;
// cont++;
// }
// while (snc.Count == 0 && cont < 13);
// if (snc.Count != 0)
// {
// Rectangle rec = new Rectangle(item.W, item.H, (int)_pixFor, (int)_pixFor);
// int randi = random.Next(0, snc.Count);
// System.Drawing.Image img = SmartRotate(item, snc[randi]);
// snc.Clear();//
// img = Transparnt(img, opacity);
// gr1.DrawImage(img, rec);
// sp0.RemoveAt(i);
// i--;
// }
// else
// {
// }
//}
undefined++;
}
}
catch (Exception ef)
{
throw ef;
}
}
sp0.Clear();
spl4.Clear();
gr1.Dispose();
//workingBitmap1.Save(Path.Combine(UsrImageProc.SavedPhotos_Path, Path.GetFileName(inputBitmapPath)));
//imglist.Add("lokale kaydettim");
Bitmap hd = btm.ArithmeticBlend(btm, ColorCalculationType.Add);
imglist.Add(ImageToBase64(hd, System.Drawing.Imaging.ImageFormat.Jpeg));
imglist.Add(ImageToBase64(btm, System.Drawing.Imaging.ImageFormat.Jpeg));
btm.Dispose();
hd.Dispose();
imagem.Dispose();
}
}
else
{
throw new Exception("Bu Formata Uygun Resimler Bulunamadı2") { Source = "" };
}
}
}
catch (Exception e)
{
throw e;
}
return imglist;
}
/// <summary>
/// Gets the color for pixel format.
/// </summary>
/// <param name="PixelFormat">The tex reader.</param>
/// <param name="Stream">The tex pixel format.</param>
public static Color GetColor(BinaryReader Stream, int PixelFormat)
{
PixFormat Format = (PixFormat)PixelFormat;
switch (Format)
{
case PixFormat.RGBA_8888:
case PixFormat.RGBA_8888b:
{
byte ColorR = Stream.ReadByte();
byte ColorG = Stream.ReadByte();
byte ColorB = Stream.ReadByte();
byte ColorA = Stream.ReadByte();
return(Color.FromArgb((ColorA << 24) | (ColorR << 16) | (ColorG << 8) | ColorB));
}
case PixFormat.RGBA_4444:
{
ushort RColor = Stream.ReadUInt16();
int ColorR = ((RColor >> 12) & 0xF) << 4;
int ColorG = ((RColor >> 8) & 0xF) << 4;
int ColorB = ((RColor >> 4) & 0xF) << 4;
int ColorA = (RColor & 0xF) << 4;
return(Color.FromArgb(ColorA, ColorR, ColorG, ColorB));
}
case PixFormat.RGB_565:
{
ushort _Color = Stream.ReadUInt16();
int Red = ((_Color >> 11) & 0x1F) << 3;
int Green = ((_Color >> 5) & 0x3F) << 2;
int Blue = ((_Color & 0X1F) << 0x03);
return(Color.FromArgb(Red, Green, Blue));
}
case PixFormat.LUMINANCE8_A8:
{
ushort _Color = Stream.ReadUInt16();
int Alpha = _Color & 0xFF;
int RGB = _Color >> 8;
int Red = RGB;
int Green = RGB;
int Blue = RGB;
return(Color.FromArgb(Alpha, Red, Green, Blue));
}
case PixFormat.LUMINANCE8:
{
ushort _Color = Stream.ReadByte();
int Red = _Color;
int Green = _Color;
int Blue = _Color;
return(Color.FromArgb(Red, Green, Blue));
}
default:
{
Logging.Error(typeof(PixHelper), "Pixel Format n°" + PixelFormat + " is not supported.");
}
break;
}
return(Color.Empty);
}
public IHttpActionResult ImageGenerate()
{
QpiroJSON resp = new QpiroJSON();
UserProperty.ImgType itype = new UserProperty.ImgType();
PixFormat PixelFormat = new PixFormat();
string imgName = "";
try
{
///////////////////////////////////////////////
int bsy = UserProperty.XmlGetValue("Busy");
if (bsy == 1)
throw new Exception("Bir işlem halen devam etmekte bitmesini bekleyiniz.") { Source = "Busy" };
///////////////////////////////////////////////////
int tck = UserProperty.XmlGetValue("Ticket");
if (tck == -3)
{
throw new Exception("Kullanıcı bilgileri bulunamadı.") { Source = "Ticket1" };
}
else
{
if (!UserProperty.EmailVerified)
throw new Exception("Eposta adresinizi onaylamanız gerekmektedir") { Source = "EVerified" };
if (-1 >= tck - 1)
{
throw new Exception("Biletiniz bitmiş işlem yapamıyoruz.") { Source = "Ticket2" };
}
else
{
UserProperty.XmlUpdate("Ticket", -1, true);
UserProperty.XmlUpdate("Busy", 1, false);
}
}
////////////////////////////////////////////////////
imgName = Convert.ToString(HttpContext.Current.Request["imagename"]);
itype = UserProperty.ImgType.Resources;
string typ = HttpContext.Current.Request["pixtype"];
if (typ == null)
throw new Exception("Lütfen format seçiniz") { Source = "" };
PixelFormat = (PixFormat)ImageProperty.StringToEnum(typeof(PixFormat), Convert.ToString(typ));
}
catch (Exception e)
{
if (e.Source == "Ticket1" ||
e.Source == "Ticket2" ||
e.Source == "Ticket3" ||
e.Source == "Ticket4" ||
e.Source == "Busy" ||
e.Source == "EVerified")
{ }
else
{
UserProperty.XmlUpdate("Ticket", 1, true);
UserProperty.XmlUpdate("Busy", 0, false);
}
resp.Message = e.Message;
return this.Json<QpiroJSON>(resp);
}
try
{
string imgPath = "";
switch (itype)
{
case UserProperty.ImgType.Resources:
imgPath = Path.Combine(UserProperty.ResourcePhotos_Path, imgName + ImageProperty.JPG);
break;
default:
throw new Exception("Tanımlanamayan imagename formatı") { Source = "" };
break;
}
if (File.Exists(imgPath))
{
DateTime start = DateTime.Now;
System.GC.Collect();
List<PartOfImage> imgsInf = ImageProperty.PartOfImage(imgPath, imgName, (int)PixelFormat);
ServerAsyncCallBack servers = new ServerAsyncCallBack();
servers.Execute(_QPR.Type.AsyncCallType.ImageGenerate, imgsInf, (int)PixelFormat);
imgsInf.Clear();
if (UserProperty.ComputerNumber == 1)
{
do
{
Thread.Sleep(999);
} while (servers._respLocalTest.Status == TaskStatus.WaitingForActivation);
}
else
{
do
{
Thread.Sleep(999);
} while (
servers._resp1.Status == TaskStatus.WaitingForActivation ||
servers._resp2.Status == TaskStatus.WaitingForActivation ||
servers._resp3.Status == TaskStatus.WaitingForActivation ||
servers._resp4.Status == TaskStatus.WaitingForActivation ||
servers._resp5.Status == TaskStatus.WaitingForActivation ||
servers._resp6.Status == TaskStatus.WaitingForActivation ||
servers._resp7.Status == TaskStatus.WaitingForActivation ||
servers._resp8.Status == TaskStatus.WaitingForActivation
);
}
DateTime end = DateTime.Now;
string time = TimeSpan.FromTicks(end.Ticks - start.Ticks).ToString();
resp.Time = (time.Split(':')[time.Split(':').Length - 2] + ":" + time.Split(':')[time.Split(':').Length - 1]);
///////////////////////////////////////
if (UserProperty.ComputerNumber == 1)//local test
{
byte[] bitmp0 = servers._respLocalTest.Result.Body.ImageGenerateResult.newImage;
Rectangle br0 = ImageProperty.stringToRectangle(servers._respLocalTest.Result.Body.ImageGenerateResult.ImagePartInfo);
MagickImage img0 = new MagickImage(bitmp0);
Bitmap newImg0 = new Bitmap(img0.Width, img0.Height);
Graphics grr0 = Graphics.FromImage(newImg0);
grr0.DrawImage(img0.ToBitmap(), br0.X, br0.Y);
grr0.Dispose();
(resp.Data as List<object>).Add(ImageProperty.ImageToBase64(newImg0, System.Drawing.Imaging.ImageFormat.Jpeg));
}
else
{
byte[] bitmp1 = servers._resp1.Result.Body.ImageGenerateResult.newImage;
Rectangle br1 = ImageProperty.stringToRectangle(servers._resp1.Result.Body.ImageGenerateResult.ImagePartInfo);
byte[] bitmp2 = servers._resp2.Result.Body.ImageGenerateResult.newImage;
Rectangle br2 = ImageProperty.stringToRectangle(servers._resp2.Result.Body.ImageGenerateResult.ImagePartInfo);
byte[] bitmp3 = servers._resp3.Result.Body.ImageGenerateResult.newImage;
Rectangle br3 = ImageProperty.stringToRectangle(servers._resp3.Result.Body.ImageGenerateResult.ImagePartInfo);
byte[] bitmp4 = servers._resp4.Result.Body.ImageGenerateResult.newImage;
Rectangle br4 = ImageProperty.stringToRectangle(servers._resp4.Result.Body.ImageGenerateResult.ImagePartInfo);
byte[] bitmp5 = servers._resp5.Result.Body.ImageGenerateResult.newImage;
Rectangle br5 = ImageProperty.stringToRectangle(servers._resp5.Result.Body.ImageGenerateResult.ImagePartInfo);
byte[] bitmp6 = servers._resp6.Result.Body.ImageGenerateResult.newImage;
Rectangle br6 = ImageProperty.stringToRectangle(servers._resp6.Result.Body.ImageGenerateResult.ImagePartInfo);
byte[] bitmp7 = servers._resp7.Result.Body.ImageGenerateResult.newImage;
Rectangle br7 = ImageProperty.stringToRectangle(servers._resp7.Result.Body.ImageGenerateResult.ImagePartInfo);
byte[] bitmp8 = servers._resp8.Result.Body.ImageGenerateResult.newImage;
Rectangle br8 = ImageProperty.stringToRectangle(servers._resp8.Result.Body.ImageGenerateResult.ImagePartInfo);
servers = null;
int newW = 0, newH = 0;
if (br1.Width < br1.Height)
{
newW = br1.Width * UserProperty.ComputerNumber;
newH = br1.Height;
}
else
{
newW = br1.Width;
newH = br1.Height * UserProperty.ComputerNumber;
}
//MagickImage img0 = new MagickImage(bitmp0);
MagickImage img1 = new MagickImage(bitmp1);
MagickImage img2 = new MagickImage(bitmp2);
MagickImage img3 = new MagickImage(bitmp3);
MagickImage img4 = new MagickImage(bitmp4);
MagickImage img5 = new MagickImage(bitmp5);
MagickImage img6 = new MagickImage(bitmp6);
MagickImage img7 = new MagickImage(bitmp7);
MagickImage img8 = new MagickImage(bitmp8);
Bitmap newImg = new Bitmap(newW, newH);
Graphics grr = Graphics.FromImage(newImg);
//grr.DrawImage(img0.ToBitmap(), br0.X, br0.Y);
grr.DrawImage(img1.ToBitmap(), br1.X, br1.Y);
grr.DrawImage(img2.ToBitmap(), br2.X, br2.Y);
grr.DrawImage(img3.ToBitmap(), br3.X, br3.Y);
grr.DrawImage(img4.ToBitmap(), br4.X, br4.Y);
grr.DrawImage(img5.ToBitmap(), br5.X, br5.Y);
grr.DrawImage(img6.ToBitmap(), br6.X, br6.Y);
grr.DrawImage(img7.ToBitmap(), br7.X, br7.Y);
grr.DrawImage(img8.ToBitmap(), br8.X, br8.Y);
grr.Dispose();
(resp.Data as List<object>).Add(ImageProperty.ImageToBase64(newImg, System.Drawing.Imaging.ImageFormat.Jpeg));
}
///////////////////////////////////////
UserProperty.XmlUpdate("Busy", 0, false);
time = "";
}
else
{
throw new Exception("Belirtilen resim bulunamadı") { Source = "" };
}
}
catch (Exception e)
{
UserProperty.XmlUpdate("Busy", 0, false);
UserProperty.XmlUpdate("Ticket", 1, true);
resp.Message = e.Message;
}
return this.Json<QpiroJSON>(resp);
}
public PixVolumeInfo(PixFormat format, V3i size)
{
Format = format; Size = size;
}
public PixImageInfo(PixFormat format, V2i size)
{
Format = format; Size = size;
}