public async Task Stats(CommandContext ctx, string id)
{
if (id.Length > 10)
{
var token = await TheGraph.GetTokenByID(id);
var embed = DiscordEmbed.TokenStatsEmbed(token);
await ctx.Channel.SendMessageAsync(embed : embed).ConfigureAwait(false);
}
else
{
var tokens = await TheGraph.GetTokensBySymbol(id);
if (tokens.Count == 0)
{
return;
}
var embeds = DiscordEmbed.TokenStatsEmbeds(tokens);
foreach (var embed in embeds)
{
await ctx.Channel.SendMessageAsync(embed : embed).ConfigureAwait(false);
}
}
//if(SymbolIDPairs.pairs.ContainsKey(id.ToUpper()))
// id = SymbolIDPairs.pairs[id.ToUpper()];
}
public MainWindow()
{
var parsedArguments = new ParsedArguments(new string[] { });
var server = new Server(parsedArguments);
_server = server;
server.TempAddSink(new GraphDataSink(this));
server.Run();
InitializeComponent();
var plt = TheGraph.plt;
Random rand = new Random(0);
int pointCount = (int)1e6;
int lineCount = 5;
plt.Title("Signal Plot Quickstart (5 million points)");
plt.YLabel("Vertical Units");
plt.XLabel("Horizontal Units");
plt.Resize();
TheGraph.Render();
}
public async Task AllStats(CommandContext ctx, string id = "x")
{
if (SymbolIDPairs.pairs.ContainsKey(id.ToUpper()))
{
id = SymbolIDPairs.pairs[id.ToUpper()];
}
var token = await TheGraph.GetTokenByID(id);
var embed = DiscordEmbed.TokenStatsAllEmbed(token);
await ctx.Channel.SendMessageAsync(embed : embed).ConfigureAwait(false);
}
protected override void ReadInFile(string inFile)
{
List <string> allLines = new List <string>();
try
{
allLines = File.ReadAllLines(inFile).ToList();
}
catch (Exception e)
{
Logger.Log("Hunt-Fill Tracor:");
Logger.Log(e.ToString());
Logger.Log("Cannot read data from existing " + inFile);
}
// outputLine format:
// sa teta clpsFlg slope slopRat dvrgFlg stage endTime nn
int nn = 1;
foreach (var line in allLines)
{
var lineList = line.Split(' ').ToList();
IdaPoint pnt = new IdaPoint();
var im = Convert.ToDouble(lineList[0]);
pnt.Im = im;
pnt.Edp = Convert.ToDouble(lineList[1]);
pnt.CollapseFlag = Convert.ToBoolean(lineList[2]);
pnt.Slope = Convert.ToDouble(lineList[3]);
pnt.RelSlope = Convert.ToDouble(lineList[4]);
pnt.DivergFlag = Convert.ToBoolean(lineList[5]);
pnt.AnalysisEndTime = Convert.ToDouble(lineList[6]);
TheGraph.Add(nn, pnt);
if (pnt.CollapseFlag)
{
ImCollapse = pnt.Im;
}
else
{
ImStable = pnt.Im;
EdpStable = pnt.Edp;
if (CurStage == Stage.Hunt)
{
NLastStable = TheGraph.Count; //to support for file continuation
}
}
CurStage = lineList[6] == "0" ? Stage.Hunt : (lineList[6] == "1" ? Stage.Bracket : Stage.Fill);
if (nn >= MaxIdaPnts)
{
Continue = false;
}
nn++;
}
}
public override void UpdateStatus(ref IdaPoint pnt, SingleRunJob.Status theStatus)
{
//iterate through all points to find the order
var im = pnt.Im;
var edp = pnt.Edp;
var dvrgFlg = pnt.DivergFlag;
var nn = TheGraph.TakeWhile(kvp => kvp.Value.Im < im).Count();
StageChanged = false;
var stage0 = CurStage;
if (CurStage != Stage.Fill)
{
pnt.Slope = (pnt.Im - ImStable) / (edp - EdpStable);
pnt.Slope = Math.Abs(pnt.Slope);
if (nn == 1 && Math.Abs(InitSlope) < 1e-3)
{
InitSlope = pnt.Slope;
}
pnt.RelSlope = pnt.Slope / InitSlope;
if (edp > TetaLimit || pnt.RelSlope < 0.2 || dvrgFlg)
{
pnt.CollapseFlag = true;
CurStage = Stage.Bracket;
if (pnt.Im < ImCollapse)
{
ImCollapse = pnt.Im;
ImForNexts = ImStable + (ImCollapse - ImStable) / 3;
StageChanged = true;
}
}
else
{
if (pnt.Im > ImStable)
{
ImStable = pnt.Im;
EdpStable = edp;
}
if (CurStage == Stage.Hunt)
{
NLastStable = nn;
}
}
if (CurStage == Stage.Bracket)
{
var clpseRsln = (ImCollapse - ImStable) / ImStable;
if (clpseRsln < MaxClpsRsltn)
{
CurStage = Stage.Fill;
StageChanged = true;
ImForNexts = (TheGraph[NLastStable].Im + TheGraph[NLastStable - 1].Im) / 2.0;
NLastStable--;
if (NLastStable < 1)
{
Continue = false;
}
}
}
}
pnt.StringOut = string.Format("{0} {1}", CurStage, theStatus);
pnt.Order = nn;
EndStatusUpdate(pnt);
}
