public void PointRead(Node node, StreamWriter writer, point3D rp)
{
var convertRGB = new HSVtoRGB();
deep++;
if (node.count != 0)
{
#region ストリームライター
int[] RGB = { 0, 0, 0 };
RGB = convertRGB.Convert_RGB((250 - 250 * node.count / 100000), 1, 1);
writer.WriteLine(rp.X + "," + rp.Y + "," + rp.Z + "," + RGB[0] + "," + RGB[1] + "," + RGB[2] + "," + node.count);
node = null;
deep--;
return;
#endregion
#region ファイルライター？
/*
* int[] RGB = { 0, 0, 0 };
* RGB = convertRGB.Convert_RGB((250 - 250 * node.count / 100000), 1, 1);
* File.AppendAllText(@"C:\test\octree2.txt", node.point.X + "," + node.point.Y + "," + node.point.Z + "," + RGB[0] + "," + RGB[1] + "," + RGB[2] +","+node.count+","+ Environment.NewLine);
*/
#endregion
}
if (node.children != null && node.children[0] != null)
{
PointRead(node.children[0], writer, new point3D.pget(rp.X - Form1.check_area / Math.Pow(2, deep), rp.Y - Form1.check_area / Math.Pow(2, deep), rp.Z - Form1.check_area / Math.Pow(2, deep)));
}
if (node.children != null && node.children[1] != null)
{
PointRead(node.children[1], writer, new point3D.pget(rp.X - Form1.check_area / Math.Pow(2, deep), rp.Y - Form1.check_area / Math.Pow(2, deep), rp.Z + Form1.check_area / Math.Pow(2, deep)));
}
if (node.children != null && node.children[2] != null)
{
PointRead(node.children[2], writer, new point3D.pget(rp.X - Form1.check_area / Math.Pow(2, deep), rp.Y + Form1.check_area / Math.Pow(2, deep), rp.Z - Form1.check_area / Math.Pow(2, deep)));
}
if (node.children != null && node.children[3] != null)
{
PointRead(node.children[3], writer, new point3D.pget(rp.X - Form1.check_area / Math.Pow(2, deep), rp.Y + Form1.check_area / Math.Pow(2, deep), rp.Z + Form1.check_area / Math.Pow(2, deep)));
}
if (node.children != null && node.children[4] != null)
{
PointRead(node.children[4], writer, new point3D.pget(rp.X + Form1.check_area / Math.Pow(2, deep), rp.Y - Form1.check_area / Math.Pow(2, deep), rp.Z - Form1.check_area / Math.Pow(2, deep)));
}
if (node.children != null && node.children[5] != null)
{
PointRead(node.children[5], writer, new point3D.pget(rp.X + Form1.check_area / Math.Pow(2, deep), rp.Y - Form1.check_area / Math.Pow(2, deep), rp.Z + Form1.check_area / Math.Pow(2, deep)));
}
if (node.children != null && node.children[6] != null)
{
PointRead(node.children[6], writer, new point3D.pget(rp.X + Form1.check_area / Math.Pow(2, deep), rp.Y + Form1.check_area / Math.Pow(2, deep), rp.Z - Form1.check_area / Math.Pow(2, deep)));
}
if (node.children != null && node.children[7] != null)
{
PointRead(node.children[7], writer, new point3D.pget(rp.X + Form1.check_area / Math.Pow(2, deep), rp.Y + Form1.check_area / Math.Pow(2, deep), rp.Z + Form1.check_area / Math.Pow(2, deep)));
}
deep--;
return;
}
private void exe_Click(object sender, EventArgs e)
{
var counter = new CycleMeasurementMemory(this);
counter.Start(TimeSpan.FromMilliseconds(1000)); // 1秒間隔で計測実行
octree.boxelsize = double.Parse(splitsize.Text) / 1000;
//Console.WriteLine("Start!");
localconsole.Text = "Start!\r\n";
localconsole.Update();
var sw = new System.Diagnostics.Stopwatch();
sw.Restart();
long usememory = Environment.WorkingSet;
Node root = new Node();
point3D readpoint = new point3D();
var Octree = new octree();
foreach (string st in list)
{
using (StreamReader sr = new StreamReader(st, Encoding.GetEncoding("Shift_JIS")))
{
while ((line = sr.ReadLine()) != null)
{
string[] splitted = line.Split(',');
try
{
octree.cp.X = float.Parse(splitted[1]);
octree.cp.Y = float.Parse(splitted[0]);
octree.cp.Z = float.Parse(splitted[2]);
Octree.PointWrite(root, check_area);
if (maxmemory < Environment.WorkingSet)
{
maxmemory = Environment.WorkingSet;
}
}
catch (Exception error)
{
continue;
}
}
}
}
//Console.WriteLine("読み込み終了");
localconsole.Text += "読み込み終了\r\n";
localconsole.Update();
Encoding sjisEnc = Encoding.GetEncoding("Shift_JIS");
using (StreamWriter writer = new StreamWriter(@"C:\test\" + WriteFile.Text, true, sjisEnc))
{
Octree.PointRead(root, writer, rootpoint);
}
sw.Stop();
pointmax.Text = Form1.count.mpoint.ToString();
pointaverage.Text = Form1.count.average.ToString();
exetime.Text = sw.Elapsed.ToString();
//Console.WriteLine("書き出し終了");
localconsole.Text += "書き出し終了\r\n";
localconsole.Update();
counter.Stop();
//Console.WriteLine("UseMemory:" + maxmemory);
memory.Text = maxmemory.ToString();
//Console.WriteLine("Finished! Time:" + sw.Elapsed);
localconsole.Text += "Finished!\r\n";
localconsole.Update();
}
public void AddPoint(point3D point)
{
this.points.Add(point);
}
public void AddPoints(point3D[] pointsArray)
{
foreach (var item in pointsArray)
{
this.points.Add(item);
}
}
public static point3D GetDistance(point3D pointOne, point3D pointTwo)
{
point3D distance = new point3D(0, 0, 0);
distance.X = Math.Abs(pointOne.X - pointTwo.X);
distance.Y = Math.Abs(pointOne.Y - pointTwo.Y);
distance.Z = Math.Abs(pointOne.Z - pointTwo.Z);
return distance;
}
static void Main()
{
Path newPath = new Path();
string path = "(1 2 3), (3 4 5), (8 9 10)";
newPath.AddPoints(path);
point3D newPoint = new point3D(13, 22, 4);
newPath.AddPoint(newPoint);
PointsStorage.SavePath(newPath);
Path loadedPath = PointsStorage.LoadPath();
foreach (var item in loadedPath.Points)
{
Console.WriteLine(item);
}
}
public void AddPoints(string points)
{
string[] allPoints = points.Split(',');
for (int index = 0; index < allPoints.Length; index++)
{
allPoints[index] = allPoints[index].Replace("(", "").Replace(")", "").Trim();
string[] eachCoordinate = allPoints[index].Split();
if (eachCoordinate[0] != "")
{
point3D newPoint = new point3D(int.Parse(eachCoordinate[0]), int.Parse(eachCoordinate[1]), int.Parse(eachCoordinate[2]));
this.points.Add(newPoint);
}
}
}
public void AddPoint(point3D point)
{
this.points.Add(point);
}
