/// <summary>
/// すべてのLGN細胞とカメラ画像を描画
/// </summary>
/// <param name="RetinalCell"></param>
private void LGN_Draw(byte[] RetinalCell)
{
//LGN細胞への写像を計算するインスタンスを受容野の数だけ作成
ImgDisplay = new ImgDisplayWindow();
LGN_RF0 = new LGN_View(0);
LGN_RF1 = new LGN_View(1);
LGN_RF2 = new LGN_View(2);
LGN_RF3 = new LGN_View(3);
LGN_RF4 = new LGN_View(4);
LGN_RF5 = new LGN_View(5);
LGN_RF6 = new LGN_View(6);
LGN_Projector LGN_Projector = new LGN_Projector();
ImgDisplay.Show();
LGN_RF0.Show();
LGN_RF1.Show();
LGN_RF2.Show();
LGN_RF3.Show();
LGN_RF4.Show();
LGN_RF5.Show();
LGN_RF6.Show();
//受容野ごとにLGNへの射影結果を描画
LGN_Projector.Dummy(0, RetinalCell, Ximg_RF0, Yimg_RF0, Xlgn_RF0, Ylgn_RF0, LGN_RF0);
LGN_Projector.Dummy(1, RetinalCell, Ximg_RF1, Yimg_RF1, Xlgn_RF1, Ylgn_RF1, LGN_RF1);
LGN_Projector.Dummy(2, RetinalCell, Ximg_RF2, Yimg_RF2, Xlgn_RF2, Ylgn_RF2, LGN_RF2);
LGN_Projector.Dummy(3, RetinalCell, Ximg_RF3, Yimg_RF3, Xlgn_RF3, Ylgn_RF3, LGN_RF3);
LGN_Projector.Dummy(4, RetinalCell, Ximg_RF4, Yimg_RF4, Xlgn_RF4, Ylgn_RF4, LGN_RF4);
LGN_Projector.Dummy(5, RetinalCell, Ximg_RF5, Yimg_RF5, Xlgn_RF5, Ylgn_RF5, LGN_RF5);
LGN_Projector.Dummy(6, RetinalCell, Ximg_RF6, Yimg_RF6, Xlgn_RF6, Ylgn_RF6, LGN_RF6);
ImgDisplay.DrawMask(improc.ToImage(RetinalCell, 1280, 960), mask);
}
/// <summary>
/// 非同期に描画のリフレッシュを実行
/// </summary>
private async void AsyncRefresh1()
{
await Task.Run(() =>
{
ImgDisplay = new ImgDisplayWindow();
LGN_RF0 = new LGN_View(0);
LGN_RF1 = new LGN_View(1);
LGN_RF2 = new LGN_View(2);
LGN_RF3 = new LGN_View(3);
LGN_RF4 = new LGN_View(4);
LGN_RF5 = new LGN_View(5);
LGN_RF6 = new LGN_View(6);
ImgDisplay.Show();
LGN_RF0.Show();
LGN_RF1.Show();
LGN_RF2.Show();
LGN_RF3.Show();
LGN_RF4.Show();
LGN_RF5.Show();
LGN_RF6.Show();
while (true)
{
if (DrawFlag_IMG)
{
ImgDisplay.ImgRefresh();
LGN_RF0.DrawRefresh(bmp_RF0);
LGN_RF1.DrawRefresh(bmp_RF1);
LGN_RF2.DrawRefresh(bmp_RF2);
LGN_RF3.DrawRefresh(bmp_RF3);
LGN_RF4.DrawRefresh(bmp_RF4);
LGN_RF5.DrawRefresh(bmp_RF5);
LGN_RF6.DrawRefresh(bmp_RF6);
DrawFlag_IMG = false;
}
if (ReturnFlag)
{
ImgDisplay.Close();
LGN_RF0.Close();
LGN_RF1.Close();
LGN_RF2.Close();
LGN_RF3.Close();
LGN_RF4.Close();
LGN_RF5.Close();
LGN_RF6.Close();
ReturnFlag = false;
return;
}
}
});
}
/// <summary>
/// 網膜細胞からLGN細胞への射影結果をビットマップに変換
/// </summary>
/// <param name="RF_index"></param>
/// <param name="RetinalCell"></param>
/// <param name="Ximg"></param>
/// <param name="Yimg"></param>
/// <param name="Xlgn"></param>
/// <param name="Ylgn"></param>
/// <returns></returns>
public void Dummy(int RF_index, byte[] RetinalCell, List <int> Ximg, List <int> Yimg, List <double> Xlgn, List <double> Ylgn, LGN_View LGN_View)
{
Bitmap bmp = new Bitmap(600, 600, PixelFormat.Format32bppArgb);
//受容野領域の画像データの切り出し
LGN.AddRange(CalcLGN(RetinalCell, Ximg, Yimg));
//切り出したLGN細胞をファイル出力
StreamWriter sw = new StreamWriter("LGN_RF0.dat");
foreach (var x in LGN)
{
//sw.WriteLine(Convert.ToString(x, 2).PadLeft(8, '0'));
sw.WriteLine(x);
}
sw.Close();
//LGNへの射影結果をビットマップに変換
bmp = LGNCell2Bitmap(Xlgn, Ylgn, LGN, 600, 600);
//描画処理
LGN_View.DrawLGN(bmp);
//リストの初期化
LGN.Clear();
}