void FindAllStreamLines()
{
FindInitSpecial();
double tmp = w.AlphaRadians;
w.AlphaDegrees = 0;
StreamLines = new List <List <DataPoint> >();
StreamLinesBase = new List <List <DataPoint> >();
async_full = new FullBuildAsync(AsyncFullBuild);
res_list = new List <IAsyncResult>();
for (double y = h; y <= y_max - h; y += h)
{
StreamLines.Add(new List <DataPoint>());
StreamLines.Add(new List <DataPoint>());
StreamLinesBase.Add(new List <DataPoint>());
StreamLinesBase.Add(new List <DataPoint>());
res_list.Add(async_full.BeginInvoke(StreamLinesBase[StreamLinesBase.Count - 2], StreamLinesBase[StreamLinesBase.Count - 1], StreamLines[StreamLines.Count - 2], StreamLines[StreamLines.Count - 1], Exp(I * tmp), y, null, null));
}
LeftStagnationPoint = w.f.z(LeftStagnationPointBase * Exp(I * tmp));
RightStagnationPoint = w.f.z(RightStagnationPointBase * Exp(I * tmp));
g.DrawStagnationPoints(RightStagnationPoint, LeftStagnationPoint);
LeftSpecialStreamLine = new List <DataPoint>();
RightSpecialStreamLine = new List <DataPoint>();
res_list.Add(async_transform.BeginInvoke(LeftSpecialStreamLineBase, LeftSpecialStreamLine, Exp(I * tmp), null, null));
res_list.Add(async_transform.BeginInvoke(RightSpecialStreamLineBase, RightSpecialStreamLine, Exp(I * tmp), null, null));
while (!res_list.IsAllThreadsCompleted())
{
}
w.AlphaRadians = tmp;
res_list = null;
}
void FindAllStreamLines()
{
async_full = new FullBuildAsync(AsyncFullBuild);
res_list = new List <IAsyncResult>();
for (double y = y_min + h; y <= y_max - h; y += h)
{
StreamLines.Add(new List <DataPoint>());
StreamLinesBase.Add(new List <DataPoint>());
res_list.Add(async_full.BeginInvoke(StreamLinesBase[StreamLinesBase.Count - 1], StreamLines[StreamLines.Count - 1], y, null, null));
}
while (!res_list.IsAllThreadsCompleted())
{
}
res_list = null;
}
