public override void UpdatePredictors()
{
TickerChangedEventArgs lastTicker = Data.Store.GetLastTicker(pair);
double lastPrice = lastTicker.MarketData.PriceLast;
double buyPrice = lastTicker.MarketData.OrderTopBuy;
double sellPrice = lastTicker.MarketData.OrderTopSell;
double change24 = lastTicker.ChangeLast;
double mult = GetOPTMultiplier(change24);
ruleMeanRev.SetTrigger(mult);
TickerChangedEventArgs[] tickers = Data.Store.GetTickerData(pair);
if (tickers == null)
{
throw new Exception("Data store returned NULL tickers for pair " + pair);
}
predictorExtremes.Update(tickers);
predictorMeanRev.Recalculate(tickers);
predictorMacd.Recalculate(tickers);
Utility.TradeTracker.UpdateOpenPosition(pair, buyPrice);
GUI.GUIManager.SetPairSummary(this.pair, tickers, lastTicker.MarketData.Volume24HourBase);
}
public static void UpdateTickers()
{
try {
KeyValuePair <CurrencyPair, PoloniexAPI.MarketTools.IMarketData>[] data =
ClientManager.client.Markets.GetSummaryAsync().Result.ToArray();
if (data == null)
{
return;
}
for (int i = 0; i < data.Length; i++)
{
TickerChangedEventArgs lastTicker = Data.Store.GetLastTicker(data[i].Key);
if (lastTicker == null)
{
continue;
}
if (!PoloniexAPI.MarketTools.MarketData.Equal(lastTicker.MarketData, data[i].Value))
{
TickerChangedEventArgs tempTicker = new TickerChangedEventArgs(data[i].Key, (PoloniexAPI.MarketTools.MarketData)data[i].Value);
tempTicker.Timestamp = Utility.DateTimeHelper.DateTimeToUnixTimestamp(DateTime.Now);
Data.Store.AddTickerData(tempTicker);
}
}
}
catch (Exception e) {
Utility.ErrorLog.ReportError("Error refreshing market data", e);
}
}
public static void UpdateWalletValue(string currency)
{
// update the wallet BTC value based on most recent ticker values
// doesn't make any API calls, just recalculates based on local data
try {
if (walletState == null)
{
UpdateWallet();
}
else if (currency == "BTC")
{
return;
}
else
{
IBalance balance;
if (walletState.TryGetValue(currency, out balance))
{
CurrencyPair cp = new CurrencyPair("BTC", currency);
TickerChangedEventArgs lastTicker = Data.Store.GetLastTicker(cp);
if (lastTicker != null)
{
double currValue = lastTicker.MarketData.PriceLast;
double currAmount = balance.QuoteOnOrders + balance.QuoteAvailable;
balance.BitcoinValue = currAmount * currValue;
GUI.GUIManager.UpdateWallet(walletState.ToArray());
}
}
}
}
catch (Exception e) {
Console.WriteLine(e.Message + "\n" + e.StackTrace);
}
}
public static void PullTickerHistoryRecent(CurrencyPair pair)
{
if (!AllowTickerUpdate)
{
return;
}
if (tickerData == null)
{
tickerData = new TSList <TSList <TickerChangedEventArgs> >();
}
allowUpdatePairs = new List <CurrencyPair>();
List <PoloniexAPI.MarketTools.ITrade> trades = WebApiCustom.GetTrades(pair);
if (trades != null)
{
TickerChangedEventArgs[] fakeTickers = new TickerChangedEventArgs[trades.Count];
for (int i = 0; i < trades.Count; i++)
{
MarketData md = new MarketData(trades[i].PricePerCoin);
TickerChangedEventArgs ticker = new TickerChangedEventArgs(pair, md);
fakeTickers[i] = ticker;
}
TSList <TickerChangedEventArgs> tickerList = new TSList <TickerChangedEventArgs>(fakeTickers);
tickerList.Sort();
tickerData.Add(tickerList);
allowUpdatePairs.Add(pair);
}
}
// File Managment
public static void SaveTradeData()
{
List <TickerChangedEventArgs> allTickers = new List <TickerChangedEventArgs>();
for (int i = 0; i < tickerData.Count; i++)
{
for (int j = 0; j < tickerData[i].Count; j++)
{
TickerChangedEventArgs currTicker = tickerData[i][j];
allTickers.Add(currTicker);
}
}
allTickers.Sort();
List <string> lines = new List <string>();
for (int i = 0; i < allTickers.Count; i++)
{
TickerChangedEventArgs currTicker = allTickers[i];
string currLine = string.Format("{0}:{1}:{2}:{3}",
currTicker.CurrencyPair,
currTicker.Timestamp,
currTicker.MarketData.PriceLast.ToString("F8"),
currTicker.MarketData.Volume24HourBase.ToString("F8"));
lines.Add(currLine);
}
CLI.Manager.PrintLog("Saving ticker data to file (" + lines.Count + " tickers)");
Utility.FileManager.SaveFile("data/ticker data", lines.ToArray());
CLI.Manager.PrintLog("Done!");
}
public override void Setup(bool simulate = false)
{
GUI.GUIManager.AddStrategyScreenPair(this.pair);
// ----------------------------------
SetupRules();
// ----------------------------------
// Check file if this has been bought already
double openPos = Utility.TradeTracker.GetOpenPosition(pair);
LastBuyTime = Utility.TradeTracker.GetOpenPositionBuyTime(pair);
openPosition = openPos;
TickerChangedEventArgs lastTicker = Data.Store.GetLastTicker(pair);
if (lastTicker == null)
{
throw new Exception("Couldn't build timeframe model for " + pair + " - no tickers available");
}
predictorExtremes = new Data.Predictors.PriceExtremes(pair);
TickerChangedEventArgs[] tickers = Data.Store.GetTickerData(pair);
if (tickers == null)
{
throw new Exception("Couldn't build predictor history for " + pair + " - no tickers available");
}
predictorExtremes.Update(tickers);
}
async void Live_OnTickerChanged(object sender, TickerChangedEventArgs ticker)
{
if (TickerDataTask == null)
{
Debug.WriteLine("No task set!");
return;
}
if (IsRunning && !IsReentrant)
{
// previous task hasn't completed
Debug.WriteLine("Ticker Task already running");
return;
}
try
{
// we're running it now
IsRunning = true;
Debug.WriteLine("Ticker Running Task");
await TickerDataTask.Invoke();
Debug.WriteLine("Ticker Task Completed");
}
catch (Exception)
{
Debug.WriteLine("Ticker Task Failed");
}
finally
{
// allow it to run again
IsRunning = false;
}
}
public static void AddTickerData(TickerChangedEventArgs ticker, bool ignoreTimeFilter = false)
{
if (!AllowTickerUpdate)
{
return;
}
if (allowUpdatePairs == null)
{
return;
}
if (!allowUpdatePairs.Contains(ticker.CurrencyPair))
{
return;
}
int storeTime;
lock (TickerStoreTime) {
if (!TickerStoreTime.TryGetValue(ticker.CurrencyPair, out storeTime))
{
storeTime = TickerStoreTimeDefault;
}
}
long deleteTime = ticker.Timestamp - storeTime;
lock (tickerData) {
for (int i = 0; i < tickerData.Count; i++)
{
if (tickerData[i] == null)
{
continue;
}
if (tickerData[i].Count == 0)
{
continue;
}
if (tickerData[i][0].CurrencyPair == ticker.CurrencyPair)
{
while (tickerData[i][0].Timestamp < deleteTime)
{
tickerData[i].First().Dispose();
tickerData[i].RemoveAt(0);
}
if (!ignoreTimeFilter && ticker.Timestamp - tickerData[i].Last().Timestamp < 5)
{
return;
}
tickerData[i].Add(ticker);
Trading.Manager.NotifyTickerUpdate(ticker.CurrencyPair);
return;
}
}
TSList <TickerChangedEventArgs> list = new TSList <TickerChangedEventArgs>();
list.Add(ticker);
tickerData.Add(list);
Trading.Manager.NotifyTickerUpdate(ticker.CurrencyPair);
}
}
public override void OnTick(TickerChangedEventArgs ticker)
{
// Ticker data
if (ticker.CurrencyPair == Symbol)
{
topBuyPrice = ticker.MarketData.OrderTopBuy;
topSellPrice = ticker.MarketData.OrderTopSell;
}
}
public static void MapPattern(TickerChangedEventArgs[] tickers, TickerChangedEventArgs prediction)
{
double[] values = new double[tickers.Length];
for (int i = 0; i < tickers.Length; i++)
{
values[i] = tickers[i].MarketData.PriceLast;
}
MapPattern(values, prediction.MarketData.PriceLast);
}
public override void OnTick(TickerChangedEventArgs ticker)
{
// Tticker prices
if (ticker.CurrencyPair == Symbol)
{
//Debug.WriteLine("TOP BUY " + ticker.MarketData.OrderTopBuy);
//Debug.WriteLine("TOP SELL " + ticker.MarketData.OrderTopSell);
topBuyPrice = ticker.MarketData.OrderTopBuy;
topSellPrice = ticker.MarketData.OrderTopSell;
currentTickerPrice = ticker.MarketData.PriceLast;
}
}
public override void OnTick(TickerChangedEventArgs ticker)
{
// Save ticker variables
if (ticker.MarketData.Volume24HourBase > 2000)
{
topBuyPrice = ticker.MarketData.OrderTopBuy;
topSellPrice = ticker.MarketData.OrderTopSell;
currentTickerPrice = ticker.MarketData.PriceLast;
dailyVolume = ticker.MarketData.Volume24HourBase;
perenctChangeTick = ticker.MarketData.PriceChangePercentage;
}
}
public override void Setup(bool simulate = false)
{
GUI.GUIManager.AddStrategyScreenPair(this.pair);
// ----------------------------------
SetupRules();
// ----------------------------------
// Check file if this has been bought already
double openPos = Utility.TradeTracker.GetOpenPosition(pair);
LastBuyTime = Utility.TradeTracker.GetOpenPositionBuyTime(pair);
openPosition = openPos;
TickerChangedEventArgs lastTicker = Data.Store.GetLastTicker(pair);
if (lastTicker == null)
{
throw new Exception("Couldn't build timeframe model for " + pair + " - no tickers available");
}
predictorExtremes = new Data.Predictors.PriceExtremes(pair);
predictorMACD = new Data.Predictors.MACD(pair, 7200);
predictorVolume = new Data.Predictors.Volume(pair, 300, 7200);
predictorMeanRev = new Data.Predictors.MeanReversion(pair, 7200);
TickerChangedEventArgs[] tickers = Data.Store.GetTickerData(pair);
if (tickers == null)
{
throw new Exception("Couldn't build predictor history for " + pair + " - no tickers available");
}
predictorExtremes.Update(tickers);
predictorVolume.Recalculate(tickers);
predictorMeanRev.Recalculate(tickers);
List <TickerChangedEventArgs> tickerList = new List <TickerChangedEventArgs>();
for (int i = 0; i < tickers.Length; i++)
{
tickerList.Add(tickers[i]);
predictorMACD.Recalculate(tickerList.ToArray());
if (i % 100 == 0)
{
Utility.ThreadManager.ReportAlive("MeanRevADX");
}
}
}
public override void OnTick(TickerChangedEventArgs ticker)
{
// Last ticker price
if (ticker.CurrencyPair == Symbol)
{
Debug.WriteLine("TOP BUY " + ticker.MarketData.OrderTopBuy);
Debug.WriteLine("TOP SELL " + ticker.MarketData.OrderTopSell);
topBuyPrice = ticker.MarketData.OrderTopBuy;
topSellPrice = ticker.MarketData.OrderTopSell;
}
PercentChange(ticker);
}
private void Live_OnTickerChanged(object sender, TickerChangedEventArgs ticker)
{
CurrencyPair symbol = GetSymbolCode(symbol1, symbol2);
if (ticker.CurrencyPair == symbol)
{
TickerTextBlock.Dispatcher.Invoke(new Action(() =>
{
TickerData.Items.Add(ticker.MarketData);
TickerData.Items.Refresh();
TickerTextBlock.Text = ticker.MarketData.PriceLast.ToStringNormalized();
currentTickerPrice = ticker.MarketData.PriceLast;
}));
}
}
public override void OnTick(TickerChangedEventArgs ticker)
{
// Last ticker price
if (ticker.CurrencyPair == Symbol)
{
symbolOk = true;
topBuyPrice = ticker.MarketData.OrderTopBuy;
topSellPrice = ticker.MarketData.OrderTopSell;
tickerPricePercentageChange = ticker.MarketData.PriceChangePercentage;
tickerPriceLast = ticker.MarketData.PriceLast;
}
}
public override void UpdatePredictors()
{
TickerChangedEventArgs lastTicker = Data.Store.GetLastTicker(pair);
double lastPrice = lastTicker.MarketData.PriceLast;
double buyPrice = lastTicker.MarketData.OrderTopBuy;
double sellPrice = lastTicker.MarketData.OrderTopSell;
TickerChangedEventArgs[] tickers = Data.Store.GetTickerData(pair);
if (tickers == null)
{
throw new Exception("Data store returned NULL tickers for pair " + pair);
}
predictorExtremes.Update(tickers);
predictorDX.Recalculate(tickers);
Utility.TradeTracker.UpdateOpenPosition(pair, buyPrice);
}
public override void OnTick(TickerChangedEventArgs ticker)
{
// Last ticker price
if (ticker.CurrencyPair == Symbol)
{
symbolOk = true;
Debug.WriteLine("TOP BUY " + ticker.MarketData.OrderTopBuy);
Debug.WriteLine("TOP SELL " + ticker.MarketData.OrderTopSell);
topBuyPrice = ticker.MarketData.OrderTopBuy;
topSellPrice = ticker.MarketData.OrderTopSell;
tickerPricePercentageChange = ticker.MarketData.PriceChangePercentage;
tickerPriceLast = ticker.MarketData.PriceLast;
}
//PercentChange(ticker);
}
private static void AddTicker(TickerChangedEventArgs ticker, List <Trading.TPManager> tpManagers, bool evaluate)
{
Data.Store.AddTickerData(ticker);
if (evaluate)
{
for (int i = 0; i < tpManagers.Count; i++)
{
if (ticker.CurrencyPair == tpManagers[i].GetPair())
{
PoloniexBot.GUI.GUIManager.SetTradeHistoryEndTime(ticker.Timestamp);
tpManagers[i].UpdatePredictors();
tpManagers[i].EvaluateAndTrade();
Trading.Manager.UpdateWalletValue(ticker.CurrencyPair.QuoteCurrency);
return;
}
}
}
}
public override void UpdatePredictors()
{
TickerChangedEventArgs lastTicker = Data.Store.GetLastTicker(pair);
double lastPrice = lastTicker.MarketData.PriceLast;
double buyPrice = lastTicker.MarketData.OrderTopBuy;
double sellPrice = lastTicker.MarketData.OrderTopSell;
TickerChangedEventArgs[] tickers = Data.Store.GetTickerData(pair);
if (tickers == null)
{
throw new Exception("Data store returned NULL tickers for pair " + pair);
}
if (tickers.Length > 0)
{
LastUSDTBTCPrice = tickers.Last().MarketData.PriceLast;
}
Manager.UpdateWalletValue("USDT", LastUSDTBTCPrice);
predictorExtremes.Update(tickers);
GUI.GUIManager.UpdateMainSummary(tickers);
}
public override void EvaluateTrade()
{
TickerChangedEventArgs lastTicker = Data.Store.GetLastTicker(pair);
double lastPrice = lastTicker.MarketData.PriceLast;
double buyPrice = lastTicker.MarketData.OrderTopBuy;
double sellPrice = lastTicker.MarketData.OrderTopSell;
if (lastPrice == lastTradePrice)
{
return;
}
lastTradePrice = lastPrice;
double currQuoteAmount = Manager.GetWalletState(pair.QuoteCurrency);
double currBaseAmount = Manager.GetWalletState(pair.BaseCurrency);
double currQuoteOrdersAmount = Manager.GetWalletStateOrders(pair.QuoteCurrency);
double currTradableBaseAmount = currBaseAmount * 0.3;
if (currTradableBaseAmount < RuleMinimumBaseAmount.MinimumTradeAmount)
{
currTradableBaseAmount = currBaseAmount;
}
double postBaseAmount = currQuoteAmount * buyPrice;
double postQuoteAmount = currTradableBaseAmount / sellPrice;
double minPrice = 0;
double maxPrice = 0;
double volumeTrend = 0;
double priceDelta = 0;
// --------------------------
Data.ResultSet.Variable tempVar;
if (predictorExtremes.GetLastResult().variables.TryGetValue("min", out tempVar))
{
minPrice = tempVar.value;
}
if (predictorExtremes.GetLastResult().variables.TryGetValue("max", out tempVar))
{
maxPrice = tempVar.value;
}
if (predictorVolume.GetLastResult().variables.TryGetValue("ratio", out tempVar))
{
volumeTrend = tempVar.value;
}
if (predictorPriceDelta.GetLastResult().variables.TryGetValue("priceDelta", out tempVar))
{
priceDelta = tempVar.value;
}
// -------------------------------------------
// Compile all the rule variables into a dictionary
// -------------------------------------------
Dictionary <string, double> ruleVariables = new Dictionary <string, double>();
ruleVariables.Add("lastBuyTimestamp", LastBuyTime);
ruleVariables.Add("lastSellTimestamp", LastSellTime);
ruleVariables.Add("lastTickerTimestamp", lastTicker.Timestamp);
ruleVariables.Add("price", lastPrice);
ruleVariables.Add("buyPrice", buyPrice);
ruleVariables.Add("sellPrice", sellPrice);
ruleVariables.Add("openPrice", openPosition);
ruleVariables.Add("quoteAmountOrders", currQuoteOrdersAmount);
ruleVariables.Add("quoteAmount", currQuoteAmount);
ruleVariables.Add("baseAmount", currBaseAmount);
ruleVariables.Add("baseAmountTradable", currTradableBaseAmount);
ruleVariables.Add("postQuoteAmount", postQuoteAmount);
ruleVariables.Add("postBaseAmount", postBaseAmount);
ruleVariables.Add("volumeTrend", volumeTrend);
ruleVariables.Add("priceDelta1", priceDelta);
ruleVariables.Add("minPrice", minPrice);
ruleVariables.Add("maxPrice", maxPrice);
ruleVariables.Add("minGUI", lastPrice / minPrice);
ruleVariables.Add("maxGUI", maxPrice / lastPrice);
// -----------------------
// Update the sell band price rise offset
// -----------------------
((RuleSellBand)ruleSellBand).PriceRiseOffset = predictorExtremes.PriceRiseOffset;
// -----------------------
// Recalculate all the rules
// -----------------------
try {
for (int i = 0; i < allRules.Length; i++)
{
allRules[i].Recalculate(ruleVariables);
}
}
catch (Exception e) {
Console.WriteLine("Error: " + e.Message);
return;
}
// ----------------
// Update GUI
// ----------------
GUI.GUIManager.UpdateStrategyScreenPair(this.pair, ruleVariables);
Utility.TradeTracker.UpdateStopLoss(pair, ruleStopLoss.currTrigger);
// ----------------
// Custom rule logic
// ----------------
#region Buy Logic Tree
if (ruleMinBase.Result != RuleResult.BlockBuy && ruleMinQuotePost.Result != RuleResult.BlockBuy)
{
// we have enough of base and will have enough of quote (after trade) to satisfy minimum trade amount (0.0001)
// note: this counts the volatility factor, RuleMinimumBaseAmount uses baseAmount * volatility in verification
if (ruleForce.Result == RuleResult.Buy)
{
Buy(sellPrice, postQuoteAmount, true);
return;
}
if (ruleDelayAllTrades.Result != RuleResult.BlockBuySell && ruleDelayBuy.Result != RuleResult.BlockBuy && !RuleBubbleSave.BlockTrade)
{
// enough time has passed since the last trades were made
if (ruleMinQuote.Result == RuleResult.BlockSell)
{
// if it's blocking sell that means we don't own quote, so go ahead with buying
if (ruleVolumeTrend.Result == RuleResult.Buy && rulePriceDelta.Result == RuleResult.Buy)
{
Buy(sellPrice, postQuoteAmount, true);
return;
}
}
}
}
#endregion
#region Sell Logic Tree
if (ruleMinQuote.Result != RuleResult.BlockSell && ruleMinBasePost.Result != RuleResult.BlockSell)
{
// we have enough of quote and will have enough of base (after trade) to satisfy minimum trade amount (0.0001)
if (ruleForce.Result == RuleResult.Sell)
{
Sell(buyPrice, currQuoteAmount, true);
return;
}
if (ruleDelayAllTrades.Result != RuleResult.BlockBuySell)
{
// enough time has passed since the last trades were made
if (ruleStopLoss.Result == RuleResult.Sell)
{
// price has dropped below stop-loss
Sell(buyPrice, currQuoteAmount, true);
return;
}
if (ruleMinSellPriceDump.Result != RuleResult.BlockSell)
{
// current price is profitable (0.5%)
Sell(buyPrice, currQuoteAmount, false);
return;
}
if (ruleMinSellprice.Result != RuleResult.BlockSell)
{
// current price is profitable (2%)
if (ruleSellBand.Result == RuleResult.Sell)
{
// price is below the sell band
Sell(buyPrice, currQuoteAmount, false);
return;
}
}
}
}
#endregion
}
public override void EvaluateTrade()
{
TickerChangedEventArgs lastTicker = Data.Store.GetLastTicker(pair);
double lastPrice = lastTicker.MarketData.PriceLast;
double buyPrice = lastTicker.MarketData.OrderTopBuy;
double sellPrice = lastTicker.MarketData.OrderTopSell;
double currQuoteAmount = Manager.GetWalletState(pair.QuoteCurrency);
double currBaseAmount = Manager.GetWalletState(pair.BaseCurrency);
double currTradableBaseAmount = currBaseAmount * 0.3; // VolatilityScore;
double postBaseAmount = currQuoteAmount * buyPrice;
double postQuoteAmount = currTradableBaseAmount / sellPrice;
double lowerBand = 0;
double meanRev = 0;
Data.ResultSet.Variable tempVar;
if (predictorBollingerBands.GetLastResult().variables.TryGetValue("lowerBand", out tempVar))
{
lowerBand = tempVar.value;
}
if (predictorMeanReverse.GetLastResult().variables.TryGetValue("score", out tempVar))
{
meanRev = tempVar.value;
}
// -------------------------------
// Update the trade history screen
// -------------------------------
// todo: update trade history
// -------------------------------------------
// Compile all the rule variables into a dictionary
// -------------------------------------------
Dictionary <string, double> ruleVariables = new Dictionary <string, double>();
ruleVariables.Add("lastBuyTimestamp", LastBuyTime);
ruleVariables.Add("lastSellTimestamp", LastSellTime);
ruleVariables.Add("lastTickerTimestamp", lastTicker.Timestamp);
ruleVariables.Add("price", lastPrice);
ruleVariables.Add("buyPrice", buyPrice);
ruleVariables.Add("sellPrice", sellPrice);
ruleVariables.Add("openPrice", openPosition);
ruleVariables.Add("maxPrice", maximumPrice);
ruleVariables.Add("quoteAmount", currQuoteAmount);
ruleVariables.Add("baseAmount", currBaseAmount);
ruleVariables.Add("baseAmountTradable", currTradableBaseAmount);
ruleVariables.Add("postQuoteAmount", postQuoteAmount);
ruleVariables.Add("postBaseAmount", postBaseAmount);
ruleVariables.Add("bollingerBandLow", lowerBand);
ruleVariables.Add("meanRev", meanRev);
// -----------------------
// Recalculate global rules
// -----------------------
ruleGlobalTrend.Recalculate(ruleVariables, pair);
ruleVariables.Add("mRevGlobal", RuleGlobalDrop.GetGlobalTrend());
// -----------------------
// Recalculate all the rules
// -----------------------
try {
for (int i = 0; i < allRules.Length; i++)
{
allRules[i].Recalculate(ruleVariables);
}
}
catch (Exception e) {
Console.WriteLine("Error: " + e.Message);
return;
}
// ----------------
// Update GUI
// ----------------
GUI.GUIManager.UpdateStrategyScreenPair(this.pair, ruleVariables);
// ----------------
// Custom rule logic
// ----------------
#region Buy Logic Tree
if (ruleMinBase.Result != RuleResult.BlockBuy && ruleMinQuotePost.Result != RuleResult.BlockBuy)
{
// we have enough of base and will have enough of quote (after trade) to satisfy minimum trade amount (0.0001)
// note: this counts the volatility factor, RuleMinimumBaseAmount uses baseAmount * volatility in verification
if (ruleForce.Result == RuleResult.Buy)
{
Buy(sellPrice, postQuoteAmount);
return;
}
if (ruleDelayAllTrades.Result != RuleResult.BlockBuySell && ruleDelayBuy.Result != RuleResult.BlockBuy)
{
// enough time has passed since the last trades were made
if (ruleMinQuote.Result == RuleResult.BlockSell)
{
// if it's blocking sell that means we don't own quote, so go ahead with buying
if (ruleGlobalTrend.Result == RuleResult.None)
{
// global trend isn't dropping
if (ruleBollingerBuy.Result == RuleResult.Buy && ruleMeanRev.Result == RuleResult.Buy)
{
// price is below the low bollinger line
Buy(sellPrice, postQuoteAmount);
return;
}
}
}
}
}
#endregion
#region Sell Logic Tree
if (ruleMinQuote.Result != RuleResult.BlockSell && ruleMinBasePost.Result != RuleResult.BlockSell)
{
// we have enough of quote and will have enough of base (after trade) to satisfy minimum trade amount (0.0001)
if (ruleForce.Result == RuleResult.Sell)
{
Sell(buyPrice, currQuoteAmount);
return;
}
if (ruleDelayAllTrades.Result != RuleResult.BlockBuySell)
{
// enough time has passed since the last trades were made
if (ruleMinSellprice.Result != RuleResult.BlockSell && ruleDump.Result == RuleResult.Sell)
{
// current price is profitable and pair is in dump mode
Sell(buyPrice, currQuoteAmount);
return;
}
if (ruleMinSellprice.Result != RuleResult.BlockSell && ruleSellBand.Result == RuleResult.Sell)
{
// current price is profitable and is below the sell band
Sell(buyPrice, currQuoteAmount);
return;
}
if (ruleStopLoss.Result == RuleResult.Sell)
{
// the price has dropped 10% since buying
// sell to prevent further losses
Sell(buyPrice, currQuoteAmount);
return;
}
}
}
#endregion
}
public void Recalculate(long timestamp, double price, double[] values)
{
// adx, boll, macd, meanRev, priceDelta
TickerChangedEventArgs tempTicker = new TickerChangedEventArgs(pair, new PoloniexAPI.MarketTools.MarketData(price));
tempTicker.Timestamp = timestamp;
predictorExtremes.Update(new TickerChangedEventArgs[] { tempTicker });
Utility.TradeTracker.UpdateOpenPosition(pair, price);
// ------------------------------
double lastPrice = price;
double buyPrice = price;
double sellPrice = price;
double currQuoteAmount = Manager.GetWalletState(pair.QuoteCurrency);
double currBaseAmount = Manager.GetWalletState(pair.BaseCurrency);
double currTradableBaseAmount = currBaseAmount * 0.3; // VolatilityScore;
double postBaseAmount = currQuoteAmount * buyPrice;
double postQuoteAmount = currTradableBaseAmount / sellPrice;
double adx = values[0];
double boll = values[1];
double macd = values[2];
double meanRev = values[3];
double priceDelta = values[4];
double minPrice = 0;
double maxPrice = 0;
// --------------------------
Data.ResultSet.Variable tempVar;
if (predictorExtremes.GetLastResult().variables.TryGetValue("min", out tempVar))
{
minPrice = tempVar.value;
}
if (predictorExtremes.GetLastResult().variables.TryGetValue("max", out tempVar))
{
maxPrice = tempVar.value;
}
// --------------------------
// -------------------------------------------
// Compile all the rule variables into a dictionary
// -------------------------------------------
Dictionary <string, double> ruleVariables = new Dictionary <string, double>();
ruleVariables.Add("lastBuyTimestamp", LastBuyTime);
ruleVariables.Add("lastSellTimestamp", LastSellTime);
ruleVariables.Add("lastTickerTimestamp", timestamp);
ruleVariables.Add("price", lastPrice);
ruleVariables.Add("buyPrice", buyPrice);
ruleVariables.Add("sellPrice", sellPrice);
ruleVariables.Add("openPrice", openPosition);
ruleVariables.Add("quoteAmount", currQuoteAmount);
ruleVariables.Add("baseAmount", currBaseAmount);
ruleVariables.Add("baseAmountTradable", currTradableBaseAmount);
ruleVariables.Add("postQuoteAmount", postQuoteAmount);
ruleVariables.Add("postBaseAmount", postBaseAmount);
ruleVariables.Add("adx", adx);
ruleVariables.Add("bandSizeDelta", boll);
ruleVariables.Add("macd", macd);
ruleVariables.Add("meanRev", meanRev);
ruleVariables.Add("priceDelta", priceDelta);
ruleVariables.Add("minPrice", minPrice);
ruleVariables.Add("maxPrice", maxPrice);
ruleVariables.Add("minGUI", lastPrice / minPrice);
ruleVariables.Add("maxGUI", maxPrice / lastPrice);
// -----------------------
// Recalculate all the rules
// -----------------------
try {
for (int i = 0; i < allRules.Length; i++)
{
allRules[i].Recalculate(ruleVariables);
}
}
catch (Exception e) {
Console.WriteLine("Error: " + e.Message);
return;
}
// ----------------
// Update GUI
// ----------------
GUI.GUIManager.UpdateStrategyScreenPair(this.pair, ruleVariables);
// ----------------
// Custom rule logic
// ----------------
#region Buy Logic Tree
if (ruleMinBase.Result != RuleResult.BlockBuy && ruleMinQuotePost.Result != RuleResult.BlockBuy)
{
// we have enough of base and will have enough of quote (after trade) to satisfy minimum trade amount (0.0001)
// note: this counts the volatility factor, RuleMinimumBaseAmount uses baseAmount * volatility in verification
if (ruleDelayAllTrades.Result != RuleResult.BlockBuySell && ruleDelayBuy.Result != RuleResult.BlockBuy)
{
// enough time has passed since the last trades were made
if (ruleMinQuote.Result == RuleResult.BlockSell)
{
// if it's blocking sell that means we don't own quote, so go ahead with buying
if (ruleADX.currentResult == RuleResult.Buy && ruleMeanRev.currentResult == RuleResult.Buy)
{
// price has stopped falling and is below average
Buy(sellPrice, postQuoteAmount, timestamp);
return;
}
}
}
}
#endregion
#region Sell Logic Tree
if (ruleMinQuote.Result != RuleResult.BlockSell && ruleMinBasePost.Result != RuleResult.BlockSell)
{
// we have enough of quote and will have enough of base (after trade) to satisfy minimum trade amount (0.0001)
if (ruleDelayAllTrades.Result != RuleResult.BlockBuySell)
{
// enough time has passed since the last trades were made
if (ruleMinSellprice.Result != RuleResult.BlockSell)
{
// current price is profitable
if (ruleSellBand.Result == RuleResult.Sell)
{
// price is below the sell band
Sell(buyPrice, currQuoteAmount, timestamp);
return;
}
}
if (ruleStopLoss.Result == RuleResult.Sell)
{
// price has dropped below stop-loss
Sell(buyPrice, currQuoteAmount, timestamp);
return;
}
}
}
#endregion
}
#pragma warning disable CS1998 // Async method lacks 'await' operators and will run synchronously
public virtual void OnTick(TickerChangedEventArgs ticker)
{
// Override this method on sub classes
// Find a way to call this method after each tick change on price(bid or ask)
}
// Percentage Change
public void PercentChange(TickerChangedEventArgs ticker)
{
DateTime startdate = new DateTime(2017, 1, 1);
DateTime enddate = new DateTime(DateTime.UtcNow.Year, DateTime.UtcNow.Month, DateTime.UtcNow.Day, DateTime.UtcNow.Hour, DateTime.UtcNow.Minute, 0);
var CandleSeries = Client.PoloniexClient.Markets.GetChartDataAsync(Symbol, MarketSeries, startdate, enddate);
var candleSeries = CandleSeries.Result;
var index = candleSeries.Count() - 2;
//Percent Drop Calc
if (ticker.CurrencyPair == Symbol)
{
double lastClose = candleSeries[index].Close;
double percentChange = Math.Round(((ticker.MarketData.PriceLast - lastClose) / ticker.MarketData.PriceLast) * 100, 4);
double tickerPercentChange = ticker.MarketData.PriceChangePercentage;
// Output IBS to datawindow
outputData.Dispatcher.Invoke(new Action(() =>
{
outputData.Strategy1Output.Text += "Percentage Change" + "\n" + percentChange + "\n" + DateTime.Now.ToString() + "\n" + "-------------------" + "\n";
outputData.Strategy1Output.Text += "Ticker Change" + "\n" + tickerPercentChange + "\n" + DateTime.Now.ToString() + "\n" + "-------------------" + "\n";
outputData.Strategy1Output.Text += "Last Close" + "\n" + lastClose + "\n" + candleSeries[index].Time + "\n" + "-------------------" + "\n";
outputData.Strategy1Output.Text += "Last Ticker Price" + "\n" + ticker.MarketData.PriceLast + "\n" + DateTime.Now.ToString() + "\n" + "-------------------" + "\n";
}));
//Buy
try
{
if ((bool)Buy)
{
//if (CandleSeries[index].Close > CandleSeries[index].Open && percentChange <= 1)
if (percentChange <= -1)
{
//double pricePerCoinBuy = await currentPrice.CurrentMarketPrice(Symbol, OrderType.Buy);
var volume = quantity.TotalToQuantity(Total, topBuyPrice);
Dispatcher.CurrentDispatcher.Invoke(() =>
{
var buyOrder = Task.Run(async() => { await marketOrder.ExecuteMarketOrder(Symbol, OrderType.Buy, volume); });
//var buyOrder = marketOrder.ExecuteMarketOrder(Symbol, OrderType.Buy, volume);
buyOrder.Wait();
});
// Output IBS to datawindow
string tradeOutputBuy = DateTime.Now + "\n" + "Volume = " + volume + "\n" + OrderType.Buy + "\n" + "% Change = " + percentChange + "\n" + "-------------------" + "\n";
Debug.WriteLine(tradeOutputBuy);
outputData.Strategy1Output.Text += tradeOutputBuy;
}
}
if ((bool)Sell)
{
if (percentChange >= 100)
{
var quoteBalance = balance.GetBalance(Symbol.QuoteCurrency);
var balanceQuote = quoteBalance.Result;
if (balanceQuote > minOrderSize)
{
if (balanceQuote > minOrderSize)
{
//double pricePerCoinSell = await currentPrice.CurrentMarketPrice(Symbol, OrderType.Sell);
var volume = quantity.TotalToQuantity(Total, topSellPrice);
Dispatcher.CurrentDispatcher.Invoke(() =>
{
var sellOrder = Task.Run(async() => { await marketOrder.ExecuteMarketOrder(Symbol, OrderType.Sell, volume); });
sellOrder.Wait();
});
// Output IBS to datawindow
string tradeOutputSell = DateTime.Now + "\n" + "Volume = " + volume + "\n" + OrderType.Sell + "\n" + "% Change = " + percentChange + "\n" + "-------------------" + "\n";
Debug.WriteLine(tradeOutputSell);
outputData.Strategy1Output.Text += tradeOutputSell;
}
}
}
}
}
catch (Exception error)
{
Console.WriteLine(error.Message);
//MessageDialogue.Show("Order Error" + error.Message);
}
}
}
public void TickChanged(object sender, TickerChangedEventArgs ticker)
{
OnTick(ticker);
}
public static bool PullTickerHistory(CurrencyPair pair, long startTimestamp, long endTimestamp)
{
if (!AllowTickerUpdate)
{
return(false);
}
if (tickerData == null)
{
tickerData = new TSList <TSList <TickerChangedEventArgs> >();
}
if (allowUpdatePairs == null)
{
allowUpdatePairs = new List <CurrencyPair>();
}
// pull last trades
List <PoloniexAPI.MarketTools.ITrade> trades = new List <ITrade>();
int failedAttempts = 0;
while (true)
{
try {
List <PoloniexAPI.MarketTools.ITrade> temp = WebApiCustom.GetTrades(pair, (int)startTimestamp, (int)endTimestamp);
trades.AddRange(temp);
if (temp.Count < 300)
{
break;
}
endTimestamp = Utility.DateTimeHelper.DateTimeToUnixTimestamp(temp.Last().Time);
failedAttempts = 0;
ThreadManager.ReportAlive("Data.Store");
Thread.Sleep(1500);
}
catch (Exception e) {
// Console.WriteLine(e.Message + "\n" + e.StackTrace);
Console.WriteLine(pair + " - ERROR");
failedAttempts++;
if (failedAttempts >= 5)
{
return(false);
}
Thread.Sleep(4000);
}
}
// convert into fake tickers
if (trades.Count == 0)
{
return(false);
}
TickerChangedEventArgs[] fakeTickers = new TickerChangedEventArgs[trades.Count];
for (int j = 0; j < trades.Count; j++)
{
MarketData md = new MarketData(trades[j].PricePerCoin);
TickerChangedEventArgs ticker = new TickerChangedEventArgs(pair, md);
ticker.Timestamp = DateTimeHelper.DateTimeToUnixTimestamp(trades[j].Time);
fakeTickers[j] = ticker;
}
// dump them into ticker data
TSList <TickerChangedEventArgs> tickerList = new TSList <TickerChangedEventArgs>(fakeTickers);
tickerList.Sort();
tickerData.Add(tickerList);
allowUpdatePairs.Add(pair);
return(true);
}
public override void EvaluateTrade()
{
TickerChangedEventArgs lastTicker = Data.Store.GetLastTicker(pair);
double lastPrice = lastTicker.MarketData.PriceLast;
double buyPrice = lastTicker.MarketData.OrderTopBuy;
double sellPrice = lastTicker.MarketData.OrderTopSell;
double currQuoteAmount = Manager.GetWalletState(pair.QuoteCurrency);
double currBaseAmount = Manager.GetWalletState(pair.BaseCurrency);
double currTradableBaseAmount = currBaseAmount * 0.5; // VolatilityScore;
if (currTradableBaseAmount < RuleMinimumBaseAmount.MinimumAllowedTradeAmount)
{
currTradableBaseAmount = currBaseAmount;
}
double postBaseAmount = currQuoteAmount * buyPrice;
double postQuoteAmount = currTradableBaseAmount / sellPrice;
double minPrice = 0;
double maxPrice = 0;
double delta1 = 0;
double delta2 = 0;
double delta3 = 0;
// --------------------------
Data.ResultSet.Variable tempVar;
if (predictorExtremes.GetLastResult().variables.TryGetValue("min", out tempVar))
{
minPrice = tempVar.value;
}
if (predictorExtremes.GetLastResult().variables.TryGetValue("max", out tempVar))
{
maxPrice = tempVar.value;
}
if (predictorDX.GetLastResult().variables.TryGetValue("delta1", out tempVar))
{
delta1 = tempVar.value;
}
if (predictorDX.GetLastResult().variables.TryGetValue("delta2", out tempVar))
{
delta2 = tempVar.value;
}
if (predictorDX.GetLastResult().variables.TryGetValue("delta3", out tempVar))
{
delta3 = tempVar.value;
}
// -------------------------------------------
// Compile all the rule variables into a dictionary
// -------------------------------------------
Dictionary <string, double> ruleVariables = new Dictionary <string, double>();
ruleVariables.Add("lastBuyTimestamp", LastBuyTime);
ruleVariables.Add("lastSellTimestamp", LastSellTime);
ruleVariables.Add("lastTickerTimestamp", lastTicker.Timestamp);
ruleVariables.Add("price", lastPrice);
ruleVariables.Add("buyPrice", buyPrice);
ruleVariables.Add("sellPrice", sellPrice);
ruleVariables.Add("openPrice", openPosition);
ruleVariables.Add("quoteAmount", currQuoteAmount);
ruleVariables.Add("baseAmount", currBaseAmount);
ruleVariables.Add("baseAmountTradable", currTradableBaseAmount);
ruleVariables.Add("postQuoteAmount", postQuoteAmount);
ruleVariables.Add("postBaseAmount", postBaseAmount);
ruleVariables.Add("priceDelta1", delta1);
// ruleVariables.Add("priceDelta2", delta2);
// ruleVariables.Add("priceDelta3", delta3);
ruleVariables.Add("minPrice", minPrice);
ruleVariables.Add("maxPrice", maxPrice);
ruleVariables.Add("minGUI", lastPrice / minPrice);
ruleVariables.Add("maxGUI", maxPrice / lastPrice);
DayOfWeek dof = Utility.DateTimeHelper.UnixTimestampToDateTime(lastTicker.Timestamp).DayOfWeek;
if (dof == DayOfWeek.Saturday || dof == DayOfWeek.Sunday)
{
return;
}
// -----------------------
// Recalculate all the rules
// -----------------------
try {
for (int i = 0; i < allRules.Length; i++)
{
allRules[i].Recalculate(ruleVariables);
}
}
catch (Exception e) {
Console.WriteLine("Error: " + e.Message);
return;
}
// ----------------
// Update GUI
// ----------------
GUI.GUIManager.UpdateStrategyScreenPair(this.pair, ruleVariables);
// ----------------
// Custom rule logic
// ----------------
#region Buy Logic Tree
if (ruleMinBase.Result != RuleResult.BlockBuy && ruleMinQuotePost.Result != RuleResult.BlockBuy)
{
// we have enough of base and will have enough of quote (after trade) to satisfy minimum trade amount (0.0001)
// note: this counts the volatility factor, RuleMinimumBaseAmount uses baseAmount * volatility in verification
if (ruleForce.Result == RuleResult.Buy)
{
Buy(sellPrice, postQuoteAmount);
return;
}
if (ruleDelayAllTrades.Result != RuleResult.BlockBuySell && ruleDelayBuy.Result != RuleResult.BlockBuy)
{
// enough time has passed since the last trades were made
if (ruleMinQuote.Result == RuleResult.BlockSell)
{
// if it's blocking sell that means we don't own quote, so go ahead with buying
if (rulePriceDelta.currentResult == RuleResult.Buy)
{
// price is on an upwards trend
Buy(sellPrice, postQuoteAmount);
return;
}
}
}
}
#endregion
#region Sell Logic Tree
if (ruleMinQuote.Result != RuleResult.BlockSell && ruleMinBasePost.Result != RuleResult.BlockSell)
{
// we have enough of quote and will have enough of base (after trade) to satisfy minimum trade amount (0.0001)
if (ruleForce.Result == RuleResult.Sell)
{
Sell(buyPrice, currQuoteAmount);
return;
}
if (ruleDelayAllTrades.Result != RuleResult.BlockBuySell)
{
// enough time has passed since the last trades were made
if (ruleMinSellprice.Result != RuleResult.BlockSell)
{
// current price is profitable
Sell(buyPrice, currQuoteAmount);
return;
}
/*
*
*
* if (ruleSellBand.Result == RuleResult.Sell) {
* // price is below the sell band
*
* Sell(buyPrice, currQuoteAmount);
* SaveTradeData(true, LastSellTime - LastBuyTime);
* return;
* }
* }
*/
if (ruleStopLoss.Result == RuleResult.Sell)
{
// price has dropped below stop-loss
Sell(buyPrice, currQuoteAmount);
return;
}
}
}
#endregion
}
public override void EvaluateTrade()
{
TickerChangedEventArgs lastTicker = Data.Store.GetLastTicker(pair);
double lastPrice = lastTicker.MarketData.PriceLast;
double buyPrice = lastTicker.MarketData.OrderTopBuy;
double sellPrice = lastTicker.MarketData.OrderTopSell;
double currQuoteAmount = Manager.GetWalletState(pair.QuoteCurrency);
double currBaseAmount = Manager.GetWalletState(pair.BaseCurrency);
double currQuoteOrdersAmount = Manager.GetWalletStateOrders(pair.QuoteCurrency);
double currBaseOrdersAmount = Manager.GetWalletStateOrders(pair.BaseCurrency);
double currTradableBaseAmount = currBaseAmount * 0.5;
if (currTradableBaseAmount < RuleMinimumBaseAmount.MinimumAllowedTradeAmount)
{
currTradableBaseAmount = currBaseAmount;
}
double postBaseAmount = currQuoteAmount * buyPrice;
double postQuoteAmount = currTradableBaseAmount / sellPrice;
double minPrice = 0;
double maxPrice = 0;
double delta1 = 0;
// --------------------------
Data.ResultSet.Variable tempVar;
if (predictorExtremes.GetLastResult().variables.TryGetValue("min", out tempVar))
{
minPrice = tempVar.value;
}
if (predictorExtremes.GetLastResult().variables.TryGetValue("max", out tempVar))
{
maxPrice = tempVar.value;
}
if (predictorDX.GetLastResult().variables.TryGetValue("delta1", out tempVar))
{
delta1 = tempVar.value;
}
// -------------------------------------------
// Compile all the rule variables into a dictionary
// -------------------------------------------
Dictionary <string, double> ruleVariables = new Dictionary <string, double>();
ruleVariables.Add("lastBuyTimestamp", LastBuyTime);
ruleVariables.Add("lastSellTimestamp", LastSellTime);
ruleVariables.Add("lastTickerTimestamp", lastTicker.Timestamp);
ruleVariables.Add("price", lastPrice);
ruleVariables.Add("buyPrice", buyPrice);
ruleVariables.Add("sellPrice", sellPrice);
ruleVariables.Add("openPrice", openPosition);
ruleVariables.Add("quoteAmount", currQuoteAmount);
ruleVariables.Add("baseAmount", currBaseAmount);
ruleVariables.Add("quoteAmountOrders", currQuoteOrdersAmount);
ruleVariables.Add("baseAmountOrders", currBaseOrdersAmount);
ruleVariables.Add("baseAmountTradable", currTradableBaseAmount);
ruleVariables.Add("postQuoteAmount", postQuoteAmount);
ruleVariables.Add("postBaseAmount", postBaseAmount);
ruleVariables.Add("priceDelta1", delta1);
ruleVariables.Add("minPrice", minPrice);
ruleVariables.Add("maxPrice", maxPrice);
ruleVariables.Add("minGUI", lastPrice / minPrice);
ruleVariables.Add("maxGUI", maxPrice / lastPrice);
// -----------------------
// Recalculate all the rules
// -----------------------
try {
for (int i = 0; i < allRules.Length; i++)
{
allRules[i].Recalculate(ruleVariables);
}
}
catch (Exception e) {
Console.WriteLine("Error: " + e.Message);
return;
}
// ----------------
// Update GUI
// ----------------
GUI.GUIManager.UpdateStrategyScreenPair(this.pair, ruleVariables);
// ----------------
// Custom rule logic
// ----------------
if (ruleDelayAllTrades.Result != RuleResult.BlockBuySell)
{
// look at base order amount (phase 2: buying)
if (ruleMinBaseOrders.Result != RuleResult.BlockBuy)
{
// update the buy order
if (buyPrice > orderPrice)
{
// price is higher then my buy price, so move mine to the top
Move(orderID, buyPrice + Utility.Constants.OneSatoshi, true);
return;
}
return;
}
// look at quote amount (phase 3: need to sell)
if (ruleMinQuote.Result != RuleResult.BlockSell && ruleMinBasePost.Result != RuleResult.BlockSell)
{
// we have enough of quote and will have enough of base (after trade) to satisfy minimum trade amount (0.0001)
Sell(openPosition * 1.015, currQuoteAmount);
return;
}
// look at base amount (phase 1: need to buy)
if (ruleMinBase.Result != RuleResult.BlockBuy && ruleMinQuotePost.Result != RuleResult.BlockBuy)
{
// we have enough of base and will have enough of quote (after trade) to satisfy minimum trade amount (0.0001)
// note: this counts the volatility factor, RuleMinimumBaseAmount uses baseAmount * volatility in verification
if (ruleForce.Result == RuleResult.Buy)
{
Buy(buyPrice + Utility.Constants.OneSatoshi, postQuoteAmount);
return;
}
if (rulePriceDelta.currentResult == RuleResult.Buy)
{
// price has stopped falling and is below average
Buy(buyPrice + Utility.Constants.OneSatoshi, postQuoteAmount);
return;
}
return;
}
}
}
public static TSList <TSList <TickerChangedEventArgs> > LoadTradeData(bool addTickers = true)
{
CLI.Manager.PrintLog("Clearing trade pairs");
Trading.Manager.ClearAllPairs();
CLI.Manager.PrintLog("Clearing current ticker data");
if (allowUpdatePairs != null)
{
allowUpdatePairs.Clear();
}
if (tickerData == null)
{
tickerData = new TSList <TSList <TickerChangedEventArgs> >();
}
ClearTickerData();
CLI.Manager.PrintLog("Loading ticker data from file");
string[] lines = Utility.FileManager.ReadFile("data/ticker data");
if (lines == null || lines.Length == 0)
{
throw new Exception("Failed reading file - no lines returned");
}
TSList <TSList <TickerChangedEventArgs> > tickerStoreReference;
if (addTickers)
{
tickerStoreReference = tickerData;
}
else
{
tickerStoreReference = new TSList <TSList <TickerChangedEventArgs> >();
}
for (int i = 0; i < lines.Length; i++)
{
string[] parts = lines[i].Split(':');
CurrencyPair currPair = CurrencyPair.Parse(parts[0]);
long currTimestamp = long.Parse(parts[1]);
double currPrice = double.Parse(parts[2]);
double volume24Base = double.Parse(parts[3]);
TickerChangedEventArgs currTicker = new TickerChangedEventArgs(currPair, new MarketData(currPrice));
currTicker.Timestamp = currTimestamp;
currTicker.MarketData.Volume24HourBase = volume24Base;
if (allowUpdatePairs == null)
{
allowUpdatePairs = new List <CurrencyPair>();
}
if (!allowUpdatePairs.Contains(currPair))
{
allowUpdatePairs.Add(currPair);
}
// add to list
bool added = false;
for (int j = 0; j < tickerStoreReference.Count; j++)
{
if (tickerStoreReference[j][0].CurrencyPair == currPair)
{
tickerStoreReference[j].Add(currTicker);
added = true;
break;
}
}
if (!added)
{
tickerStoreReference.Add(new TSList <TickerChangedEventArgs>());
tickerStoreReference.Last().Add(currTicker);
}
}
CLI.Manager.PrintLog("Loading complete (" + lines.Length + " tickers)");
return(tickerStoreReference);
}
