The Fast Adaptive Trend Line (FATL) is calculated using a low-frequency digital filter (FLF-1).  The FLF-1 filter is necessary for suppressing high-frequency noises and reducing market cycles with very short volatility periods, which can also be considered as noise. The FLF-1 and FLF-2 filters for low frequencies provide attenuation in the stop band of no less than 40 dB and do not distort the amplitude and phase of the entry discontinuous price series in the pass band (bandwidth). These properties of the digital filters significantly improve noise suppression compared to a simple moving average, thereby sharply reducing the probability of false buy and sell signals. There are no analogues to FATL among widely known technical instruments. It is not a moving average, but rather adaptive line estimates of short-term trends. Unlike a moving average, FATL does not have any phase delay with respect to current prices.

This is an update version that has been smoothed to 7 bars that gives it a SMA as the base line.

using System;<font></font> using cAlgo.API;<font></font> using cAlgo.API.Indicators;<font></font> <font></font> namespace cAlgo<font></font> {<font></font>     [Levels(-25, 0, 25)]<font></font>     [Indicator(IsOverlay = false, AccessRights = AccessRights.None)]<font></font>     public class TrueStrengthIndex : Indicator<font></font>     {<font></font>         // Double Smoothed PC<font></font>         // PC = Current Price minus Prior Price<font></font>         // First Smoothing = 25-period EMA of PC<font></font>         // Second Smoothing = 13-period EMA of 25-period EMA of PC<font></font> <font></font>         // Double Smoothed Absolute PC<font></font>         // Absolute Price Change |PC| = Absolute Value of Current Price minus Prior Price<font></font>         // First Smoothing = 25-period EMA of |PC|<font></font>         // Second Smoothing = 13-period EMA of 25-period EMA of |PC|<font></font> <font></font>         // TSI = 100 x (Double Smoothed PC / Double Smoothed Absolute PC)<font></font> <font></font>         [Parameter("Source")]<font></font>         public DataSeries Source { get; set; }<font></font> <font></font>         [Parameter("First Smoothing", DefaultValue = 25, MinValue = 1)]<font></font>         public int FirstSmoothingPeriods { get; set; }<font></font> <font></font>         [Parameter("Second Smoothing", DefaultValue = 13, MinValue = 1)]<font></font>         public int SecondSmoothingPeriods { get; set; }<font></font> <font></font>         [Parameter("Signal Periods", DefaultValue = 7, MinValue = 1)]<font></font>         public int SignalPeriods { get; set; }<font></font> <font></font>         [Output("TSI", LineColor = "DodgerBlue")]<font></font>         public IndicatorDataSeries TSI { get; set; }<font></font> <font></font>         [Output("Signal", LineColor = "Red")]<font></font>         public IndicatorDataSeries Signal { get; set; }<font></font> <font></font>         private IndicatorDataSeries PC, APC;<font></font>         private ExponentialMovingAverage FirstSmoothingPC, SecondSmoothingPC, FirstSmoothingAPC, SecondSmoothingAPC;<font></font>         private ExponentialMovingAverage SignalEMA;<font></font> <font></font>         protected override void Initialize()<font></font>         {<font></font>             PC = CreateDataSeries();<font></font>             FirstSmoothingPC = Indicators.ExponentialMovingAverage(PC, FirstSmoothingPeriods);<font></font>             SecondSmoothingPC = Indicators.ExponentialMovingAverage(FirstSmoothingPC.Result, SecondSmoothingPeriods);<font></font> <font></font>             APC = CreateDataSeries();<font></font>             FirstSmoothingAPC = Indicators.ExponentialMovingAverage(APC, FirstSmoothingPeriods);<font></font>             SecondSmoothingAPC = Indicators.ExponentialMovingAverage(FirstSmoothingAPC.Result, SecondSmoothingPeriods);<font></font> <font></font>             SignalEMA = Indicators.ExponentialMovingAverage(TSI, SignalPeriods);<font></font>         }<font></font> <font></font><font style="vertical-align: inherit;"><font style="vertical-align: inherit;">         public override void Calculate(int index)</font></font><font></font><font style="vertical-align: inherit;"><font style="vertical-align: inherit;">         {</font></font><font></font><font style="vertical-align: inherit;"><font style="vertical-align: inherit;">             PC[indice] = Source[indice] - Source[indice - 1] ;</font></font><font></font><font style="vertical-align: inherit;"><font style="vertical-align: inherit;">             APC[index] = Math.Abs(PC[index]);</font></font><font></font><font style="vertical-align: inherit;"><font style="vertical-align: inherit;">             TSI[index] = 100 * (SecondSmoothingPC.Result[index] / SecondSmoothingAPC.Result[index]);</font></font><font></font> <font></font><font style="vertical-align: inherit;"><font style="vertical-align: inherit;">             Signal[index] = SignalEMA.Résultat[index] ;</font></font><font></font><font style="vertical-align: inherit;"><font style="vertical-align: inherit;">         }</font></font><font></font><font style="vertical-align: inherit;"><font style="vertical-align: inherit;">     }</font></font><font></font><font style="vertical-align: inherit;"><font style="vertical-align: inherit;"> }</font></font><font></font>

Random Walk Index technical indicator was originally developed by Michael Poulos. The RWI compares a security's price movements to random movements in an effort to determine if it's in a statistically significant trend. It can be used to generate decisive signals based on the strength of the underlying price trend. In this version customized by Iba with polarization indicator values, the resulting sentiment zones are filtered, and the levels -1 and +1 are considered as logical trigger values. Additionally, the colors shadow green (bullish) and red (bearish) represent bullish and bearish sentiment, respectively.

Random Walk Index technical indicator was originally developed by Michael Poulos. The RWI compares a security's price movements to random movements in an effort to determine if it's in a statistically significant trend. It can be used to generate decisive signals based on the strength of the underlying price trend. In this original version, the levels 0 and 1 are considered as logical trigger values. Additionally, the calculation method is generated using ATR or Range methods.

Relative ATR (Average True Range) Indicator for cTrader   The Relative ATR Indicator for cTrader is a powerful tool designed to gauge volatility in relation to longer-term average volatility. It's built to assist traders in understanding how current volatility compares to historical volatility, providing valuable insight for potential trade entries, exits, and risk management. It is also useful for systematic traders to use on cBots working different symbols, as the values of the Relative ATR are usually more easily understood.     As you see in the picture, the upper indicator panel shows the Average True Range, the lower panel shows the Relative Average True Range. It is a lot easier to understand the relative ATR as values above 1 imply that the short-term volatility is higher than the long-term volatility. This custom indicator takes two parameters, a "fast" and a "slow" period. By default, the fast ATR period is set to 5 and the slow ATR period is set to 50.  I found these values to be best for intraday trading.     These two periods represent the time periods over which the ATR is calculated. The "fast" ATR is more sensitive to recent price changes, while the "slow" ATR smooths out these changes over a longer period. By comparing these two values, the Relative ATR Indicator can give an indication of whether recent price movements represent a significant change in volatility. The main calculation occurs in the `Calculate` method, which is called for each new price data point. The Relative ATR is calculated as the ratio of the fast ATR to the slow ATR. This ratio is then outputted as the indicator's result, providing a real-time measure of relative volatility. Remember: As with any indicator, the Relative ATR should not be used in isolation, but in conjunction with other indicators and analysis methods to make informed trading decisions.   In Summary, I found the relative average true range to be a better way to objectify volatility than the average true range.   Download the indicator for free from my website: sinalgolab.com    

Thats all it is but you can see whats going on.  

This is what 3 clouds look like ON CHART I know it's a mess but thats what happens ha ha ha    

This is what the MACD looks like set onto a chart. Using the BARS close as the center line the orange line in this picture is a MA set to 1 for refferance

This indicator displays the news of the Forex Factory site for you on the chart. You can set the indicator to alert you. The alarm is both sound and pop-up You can adjust what kind of news is displayed in terms of importance to you. By moving on the lines, the title of the news will be displayed for you. If there is a problem or you have a suggestion, I will be happy Last update: June 8, 2023    

order flow

  /* --------------------------------------------------------------------------------------------------------------------------------                         Order Flow Ticks Order Flow Ticks brings the main concepts of Order Flow (aka Footprint) for cTrader. Using ideas from my previous creations (Volume for Renko/Range, TPO Profile) made this possible.   Comparing with Footprint, we have the features: * Normal Mode = Volume Profile of Bar * Buy vs Sell Divided Mode = Bid/Ask Footprint * Buy vs Sell Profile Mode = Same but Profile * Delta Divided Mode = Delta Footprint * Delta Profile Mode = Same but Profile   All parameters are self-explanatory. Also works on Ticks/Renko/Range Charts   For Better Performance, Recompile it on cTrader with .NET 6.0 instead .NET 4.x.   AUTHOR: srlcarlg    == DON"T BE an ASSHOLE SELLING this FREE and OPEN-SOURCE indicator == ---------------------------------------------------------------------------------------------------------------------------- */   using System.Globalization; using System; using System.Collections.Generic; using System.Linq; using System.Text; using cAlgo.API; using cAlgo.API.Collections; using cAlgo.API.Indicators; using cAlgo.API.Internals;   namespace cAlgo {     [Indicator(IsOverlay = true, TimeZone = TimeZones.UTC, AccessRights = AccessRights.None)]     public class OrderFlowTicks : Indicator     {         public enum LoadFromData         {             Existing_on_Chart,             Today,             Yesterday,             One_Week,             Two_Week,             Monthly,             Custom         }           [Parameter("Load From:", DefaultValue = LoadFromData.Existing_on_Chart, Group = "==== Tick Volume Settings ====")]         public LoadFromData LoadFromInput { get; set; }           [Parameter("Custom (dd/mm/yyyy):", DefaultValue = "00/00/0000", Group = "==== Tick Volume Settings ====")]         public string StringDate { get; set; }                             [Parameter("Nº Bars to Show:", DefaultValue = -1, MinValue = -1, Group = "==== Order Flow Ticks ====")]         public int Lookback { get; set; }                   public enum ModeVOLData         {             Normal,             Buy_Sell,             Delta,         }           [Parameter("VOL Mode:", DefaultValue = ModeVOLData.Delta, Group = "==== Order Flow Ticks ====")]         public ModeVOLData ModeVOLInput { get; set; }         public enum DeltaVisualData         {             Divided,             Profile,         }         [Parameter("Buy&Sell/Delta Mode:", DefaultValue = DeltaVisualData.Profile, Group = "==== Order Flow Ticks ====")]         public DeltaVisualData DeltaVisualInput { get; set; }                           public enum ConfigRowData         {             Predefined,             Custom,         }         [Parameter("Row Config:", DefaultValue = ConfigRowData.Predefined, Group = "==== Order Flow Ticks ====")]         public ConfigRowData ConfigRowInput { get; set; }                   [Parameter("Custom Row Height:", DefaultValue = 0.2, MinValue = 0.2, Group = "==== Order Flow Ticks ====")]         public double CustomHeight { get; set; }                             [Parameter("Fill Histogram?", DefaultValue = true, Group = "==== Visualization ====")]         public bool FillHist { get; set; }                   [Parameter("Show Numbers?", DefaultValue = true, Group = "==== Visualization ====")]         public bool ShowNumbers { get; set; }                   [Parameter("Show Results?", DefaultValue = true, Group = "==== Visualization ====")]         public bool ShowResults { get; set; }                   [Parameter("[Renko] Show Wicks?", DefaultValue = true, Group = "==== Visualization ====")]         public bool ShowWicks { get; set; }                             public enum OperatorBuySell_Data         {             Sum,             Subtraction,         }         [Parameter("Operator Buy/Sell (only)", DefaultValue = OperatorBuySell_Data.Sum, Group = "==== Results/Numbers ====")]         public OperatorBuySell_Data OperatorBuySell_Input { get; set; }                   public enum ResultsType_Data         {             Percentage,             Value,             Both         }         [Parameter("Results Type:", DefaultValue = ResultsType_Data.Percentage, Group = "==== Results/Numbers ====")]         public ResultsType_Data ResultsType_Input { get; set; }                   public enum ResultsColoringData         {             bySide,             Fixed,         }         [Parameter("Results Coloring:", DefaultValue = ResultsColoringData.bySide, Group = "==== Results/Numbers ====")]         public ResultsColoringData ResultsColoringInput { get; set; }                   [Parameter("Fixed Color Rt/Nb:", DefaultValue = Colors.White, Group = "==== Results/Numbers ====")]         public Colors RawColorRtNb { get; set; }             [Parameter("Enable Filter?", DefaultValue = true, Group = "==== Large Result Filter ====")]         public bool EnableFilter { get; set; }                   [Parameter("MA Filter Type:", DefaultValue = MovingAverageType.Exponential, Group = "==== Large Result Filter ====")]         public MovingAverageType MAtype { get; set; }           [Parameter("MA Filter Period:", DefaultValue = 5, MinValue = 1, Group = "==== Large Result Filter ====")]         public int MAperiod { get; set; }                   [Parameter("Large R. Ratio", DefaultValue = 1.5, MinValue = 1, MaxValue = 2, Group = "==== Large Result Filter ====")]         public double Filter_Ratio { get; set; }                   [Parameter("Large R. Color", DefaultValue = Colors.Gold, Group = "==== Large Result Filter ====")]         public Colors RawColorLargeR { get; set; }                   [Parameter("Coloring Bar?", DefaultValue = true, Group = "==== Large Result Filter ====")]         public bool ColoringBars { get; set; }                   [Parameter("[Delta] Coloring Cumulative?", DefaultValue = true, Group = "==== Large Result Filter ====")]         public bool ColoringCD { get; set; }                             [Parameter("Color Volume:", DefaultValue = Colors.SkyBlue, Group = "==== Volume ====")]         public Colors RawColorHist { get; set; }           [Parameter("Color Largest Volume:", DefaultValue = Colors.Gold, Group = "==== Volume ====")]         public Colors RawColorLVOL { get; set; }                                                       [Parameter("Color Buy:", DefaultValue = Colors.DeepSkyBlue, Group = "==== Buy ====")]         public Colors RawColorBuy { get; set; }                   [Parameter("Color Largest Buy:", DefaultValue = Colors.Gold, Group = "==== Buy ====")]         public Colors RawColorBuy_LVOL { get; set; }                             [Parameter("Color Sell:", DefaultValue = Colors.Crimson, Group = "==== Sell ====")]         public Colors RawColorSell { get; set; }                   [Parameter("Color Largest Sell:", DefaultValue = Colors.Goldenrod, Group = "==== Sell ====")]         public Colors RawColorSell_LVOL { get; set; }                                     [Parameter("Opacity Histogram:", DefaultValue = 70, MinValue = 5, MaxValue = 100, Group = "==== Opacity ====")]         public int OpacityHist { get; set; }                   [Parameter("Opacity Rt/Nb", DefaultValue = 80, MinValue = 5, MaxValue = 100, Group = "==== Opacity ====")]         public int OpacityNumbers { get; set; }                     [Parameter("Font Size Numbers:", DefaultValue = 8, MinValue = 1, MaxValue = 80, Group = "==== Font Size ====")]         public int FontSizeNumbers { get; set; }                   [Parameter("Font Size Results:", DefaultValue = 10, MinValue = 1, MaxValue = 80, Group = "==== Font Size ====")]         public int FontSizeResults { get; set; }                             public enum ConfigInfoC         {             Top_Right,             Top_Left,             Bottom_Right,             Bottom_Left,         }         [Parameter("Info Corner Position:", DefaultValue = ConfigInfoC.Bottom_Left, Group = "==== Others ====")]         public ConfigInfoC ConfigInfoC_Input { get; set; }                   [Parameter("Info Corner Color:", DefaultValue = Colors.Snow, Group = "==== Others ====")]         public Colors RawColorInfoC { get; set; }                           [Parameter("Developed for cTrader/C#", DefaultValue = "by srlcarlg", Group = "==== Credits ====")]         public string Credits { get; set; }             private VerticalAlignment V_Align = VerticalAlignment.Top;         private HorizontalAlignment H_Align = HorizontalAlignment.Center;         private bool Wrong = false;         private DateTime FromDateTime;                   private List<double> allSegmentsPrices = new List<double>();                private IDictionary<double, int> allVolumesRank = new Dictionary<double, int>();         private IDictionary<double, int> allVolumesR_Up = new Dictionary<double, int>();         private IDictionary<double, int> allVolumesR_Down = new Dictionary<double, int>();         private IDictionary<double, int> allDeltaRank = new Dictionary<double, int>();         private IDictionary<double, int> CumulDeltaRank = new Dictionary<double, int>();                   private IDictionary<int, ChartRectangle> currentBar_HistsD = new Dictionary<int, ChartRectangle>();         private IDictionary<int, ChartText> currentBar_NumbersD = new Dictionary<int, ChartText>();                   private double HeightPips = 4;         private double rowHeight = 0;                   private bool isLive = false;                   private Color VolumeColor;         private Color BuyColor;         private Color SellColor;                   private Color Volume_LVOLColor;         private Color Buy_LVOLColor;         private Color Sell_LVOLColor;                   private Color RtNb_FixedColor;                   private int cleanedIndex;                    private Bars _TicksOHLC;         private bool NewBar = false;         private bool finishedCalc = false;         private bool lockCalc = false;                   private IndicatorDataSeries CumulDeltaSeries, DynamicSeries;                   private MovingAverage MACumulDelta, MADynamic;                   protected override void Initialize()         {             // ========== Predefined Config ==========             if (ConfigRowInput == ConfigRowData.Predefined && (Chart.TimeFrame >= TimeFrame.Minute && Chart.TimeFrame <= TimeFrame.Monthly))             {                 if (Chart.TimeFrame >= TimeFrame.Minute && Chart.TimeFrame <= TimeFrame.Minute4)                     SetHeightPips(0.3, 5);                 else if (Chart.TimeFrame >= TimeFrame.Minute5 && Chart.TimeFrame <= TimeFrame.Minute10)                     SetHeightPips(1, 10);                 else if (Chart.TimeFrame >= TimeFrame.Minute15 && Chart.TimeFrame <= TimeFrame.Hour8)                 {                     if (Chart.TimeFrame >= TimeFrame.Minute15 && Chart.TimeFrame < TimeFrame.Minute30)                         SetHeightPips(2, 15);                                           if (Chart.TimeFrame >= TimeFrame.Minute30 && Chart.TimeFrame <= TimeFrame.Hour)                         SetHeightPips(4, 30);                     else if (Chart.TimeFrame >= TimeFrame.Hour4 && Chart.TimeFrame <= TimeFrame.Hour8)                         SetHeightPips(6, 50);                 }                 else if (Chart.TimeFrame >= TimeFrame.Hour12 && Chart.TimeFrame <= TimeFrame.Day3)                     SetHeightPips(15, 180);                 else if (Chart.TimeFrame >= TimeFrame.Weekly && Chart.TimeFrame <= TimeFrame.Monthly)                     SetHeightPips(50, 380);             }             else             {   if (ConfigRowInput == ConfigRowData.Predefined)                 {                     string Msg = "'Predefined Config' is designed only for Standard Timeframe (Minutes, Hours, Days, Weekly, Monthly)\n\n use 'Custom Config' to others Chart Timeframes (Renko/Range/Ticks).";                     Chart.DrawStaticText("txt", $"{Msg}", V_Align, H_Align, Color.Orange);                     Wrong = true;                     return;                 }                 HeightPips = CustomHeight;             }                           void SetHeightPips(double digits5, double digits2)             {                 if (Symbol.Digits == 5)                     HeightPips = digits5;                 else if (Symbol.Digits == 2)                 {                     HeightPips = digits2;                     if (Symbol.PipSize == 0.1)                         HeightPips /= 2;                 }             }             if (EnableFilter)             {                 DynamicSeries = CreateDataSeries();                 CumulDeltaSeries = CreateDataSeries();                                   MADynamic = Indicators.MovingAverage(DynamicSeries, MAperiod, MAtype);                 MACumulDelta = Indicators.MovingAverage(CumulDeltaSeries, MAperiod, MAtype);             }             // First Ticks Data             _TicksOHLC = MarketData.GetBars(TimeFrame.Tick);                           string currentTimeframe = Chart.TimeFrame.ToString();                  if (currentTimeframe.Contains("Renko") || currentTimeframe.Contains("Range") || currentTimeframe.Contains("Tick"))                 Bars.BarOpened += SetNewBar;                           if (LoadFromInput != LoadFromData.Existing_on_Chart)                 VolumeInitialize();                               // Ex: 4 pips to Volume calculation(rowHeight)             rowHeight = (Symbol.PipSize) * HeightPips;                           // ===== Colors with Opacity =====             int histOpacity = (int)(2.55 * OpacityHist);             Color rawHist = Color.FromName(RawColorHist.ToString());             VolumeColor = Color.FromArgb(histOpacity, rawHist.R, rawHist.G, rawHist.B);                           Color rawBuy = Color.FromName(RawColorBuy.ToString());             BuyColor = Color.FromArgb(histOpacity, rawBuy.R, rawBuy.G, rawBuy.B);                           Color rawSell = Color.FromName(RawColorSell.ToString());             SellColor = Color.FromArgb(histOpacity, rawSell.R, rawSell.G, rawSell.B);               // Largest Volume             Color rawHistLVOL = Color.FromName(RawColorLVOL.ToString());             Volume_LVOLColor = Color.FromArgb(histOpacity, rawHistLVOL.R, rawHistLVOL.G, rawHistLVOL.B);                           Color rawBuyLVOL = Color.FromName(RawColorBuy_LVOL.ToString());             Buy_LVOLColor = Color.FromArgb(histOpacity, rawBuyLVOL.R, rawBuyLVOL.G, rawBuyLVOL.B);                           Color rawSellLVOL = Color.FromName(RawColorSell_LVOL.ToString());             Sell_LVOLColor = Color.FromArgb(histOpacity, rawSellLVOL.R, rawSellLVOL.G, rawSellLVOL.B);                           // Fixed Rt/Nb Color             int NumbersOpacity = (int)(2.55 * OpacityNumbers);             Color rawFixed = Color.FromName(RawColorRtNb.ToString());             RtNb_FixedColor = Color.FromArgb(NumbersOpacity, rawFixed.R, rawFixed.G, rawFixed.B);                           // === Info Corner ===             Color rawColor = Color.FromName(RawColorInfoC.ToString());             Color InfoColor = Color.FromArgb((int)(2.55 * 70), rawColor.R, rawColor.G, rawColor.B);             string strMode = ConfigRowInput == ConfigRowData.Predefined ? "Predefined" : "Custom";             string strVisual = (ModeVOLInput == ModeVOLData.Buy_Sell || ModeVOLInput == ModeVOLData.Delta) ? $"{DeltaVisualInput}" : "";             string VolInfo = $"{strVisual} \n" +                              $"VOL {ModeVOLInput} \n" +                              $"{strMode} Row \n" +                              $"Row Height: {HeightPips} pip(s) \n";                           VerticalAlignment v_align = VerticalAlignment.Bottom;             HorizontalAlignment h_align = HorizontalAlignment.Left;             if (ConfigInfoC_Input == ConfigInfoC.Bottom_Right)                 h_align = HorizontalAlignment.Right;             else if (ConfigInfoC_Input == ConfigInfoC.Top_Left)                 v_align = VerticalAlignment.Top;             else if (ConfigInfoC_Input == ConfigInfoC.Top_Right)             {                 v_align = VerticalAlignment.Top;                 h_align = HorizontalAlignment.Right;             }             Chart.DrawStaticText("Vol Info", VolInfo, v_align, h_align, InfoColor);                           DrawOnScreen("Calculating...");             Second_DrawOnScreen("Taking too long? \nSet Nº Bars to Show");         }           public override void Calculate(int index)         {             if (Wrong)                 return;                           // ==== Removing Messages ====             if (!IsLastBar) {                 DrawOnScreen("");                 Second_DrawOnScreen("");             }               if (index < (Bars.OpenTimes.GetIndexByTime(Server.Time)-Lookback) && (Lookback != -1 && Lookback > 0))                 return;                               int indexStart = index;                                                   // === Clean Dicts/others ===             if (index == indexStart && index != cleanedIndex || (index-1) == indexStart && (index-1) != cleanedIndex)             {                 allSegmentsPrices.Clear();                 allVolumesRank.Clear();                 allVolumesR_Up.Clear();                 allVolumesR_Down.Clear();                 allDeltaRank.Clear();                 cleanedIndex = index == indexStart ? index : (index-1);             }                           // Historical data             if (!IsLastBar)             {                 if (!isLive)                     VP(index, indexStart);                 else                     NewBar=true;             }             else             {                                                   isLive = true;                                 if (NewBar)                {                     string currentTimeframe = Chart.TimeFrame.ToString();                          if ((currentTimeframe.Contains("Renko") || currentTimeframe.Contains("Range")) && ModeVOLInput == ModeVOLData.Normal && !finishedCalc)                     {                         finishedCalc=true; Repaint(index-1); lockCalc = true;                         return;                     }                    if (ModeVOLInput == ModeVOLData.Delta)                    {                        foreach (int key in currentBar_HistsD.Keys)                        {                             try {                             Chart.RemoveObject(currentBar_HistsD[key].Name);                             } catch {}                         }                         foreach (int key in currentBar_NumbersD.Keys)                         {                             try {                             Chart.RemoveObject(currentBar_NumbersD[key].Name);                             } catch {};                         }                            currentBar_HistsD.Clear();                         currentBar_NumbersD.Clear();                     }                     Repaint(index-1);                     NewBar = false;                     if (ModeVOLInput == ModeVOLData.Delta)                         currentBar_HistsD.Clear(); currentBar_NumbersD.Clear();                     return;                }                                 // "Repaint" of Numbers/Histograms Delta because of unknown High/Low                if (ModeVOLInput == ModeVOLData.Delta)                {                    foreach (int key in currentBar_HistsD.Keys)                    {                         try {                         Chart.RemoveObject(currentBar_HistsD[key].Name);                         } catch {}                     }                     foreach (int key in currentBar_NumbersD.Keys)                     {                         try {                         Chart.RemoveObject(currentBar_NumbersD[key].Name);                         } catch {};                     }                        currentBar_HistsD.Clear();                     currentBar_NumbersD.Clear();                 }                 Repaint(index);             }                           void Repaint(int ind)             {                 allSegmentsPrices.Clear();                 allVolumesRank.Clear();                 allVolumesR_Up.Clear();                 allVolumesR_Down.Clear();                 allDeltaRank.Clear();                 VP(ind, ind);             }         }                   private void VP(int index, int iStart)         {               // ======= Highest and Lowest =======             double highest = Bars.HighPrices[index], lowest = Bars.LowPrices[index], open = Bars.OpenPrices[index];                           if (Chart.TimeFrame.ToString().Contains("Renko") && ShowWicks)             {                 var CurrentTimeBar = Bars.OpenTimes[index];                 var NextTimeBar = Bars.OpenTimes[index + 1];                 bool isBullish = (Bars.ClosePrices[index] > Bars.OpenPrices[index]);                                   if (isBullish)                     lowest = GetWicks(CurrentTimeBar, NextTimeBar, isBullish);                 else                     highest = GetWicks(CurrentTimeBar, NextTimeBar, isBullish);             }                           List<double> currentSegments = new List<double>();                    double prev_segment = open;                while (prev_segment >= (lowest-rowHeight))             {                 currentSegments.Add(prev_segment);                 prev_segment = Math.Abs(prev_segment - rowHeight);             }             prev_segment = open;                while (prev_segment <= (highest+rowHeight))             {                 currentSegments.Add(prev_segment);                 prev_segment = Math.Abs(prev_segment + rowHeight);             }             allSegmentsPrices = currentSegments.OrderBy(x => x).ToList();                           // ======= Volume on Tick =======             VolP_Tick(index);                            // ======= Drawing =======             if (allSegmentsPrices.Count == 0)                 return;               double prev_segment_loop = 0;             for (int i = 0; i < allSegmentsPrices.Count; i++)             {                 if (prev_segment_loop == 0)                     prev_segment_loop = allSegmentsPrices[i];                                       double priceKey = allSegmentsPrices[i];                 if (!allVolumesRank.ContainsKey(priceKey))                     continue;                   int largestVOL = allVolumesRank.Values.Max();                                   double priceLVOL = 0;                 for (int k = 0; k < allVolumesRank.Count; k++)                 {                     if (allVolumesRank.ElementAt(k).Value == largestVOL)                     {                         priceLVOL = allVolumesRank.ElementAt(k).Key;                         break;                     }                 }                                                   // =======  HISTOGRAMs + Texts  =======                 /*                 Indeed, the value of X-Axis is simply a rule of three,                 where the maximum value of the respective side (One/Buy/Sell) will be the maxLength (in Milliseconds),                 from there the math adjusts the histograms.                                           MaxValue    maxLength(ms)                        x             ?(ms)                                   The values 1.50 and 3 are the manually set values like the size of the Bar body in any timeframe (Candle, Ticks, Renko, Range)                 */                                   double lowerSegment = prev_segment_loop;                 double upperSegment = allSegmentsPrices[i];                                   string currentTimeframe = Chart.TimeFrame.ToString();                     // All Volume                 double maxLength = 0;                 if (!IsLastBar)                     maxLength = Bars[iStart + 1].OpenTime.Subtract(Bars[iStart].OpenTime).TotalMilliseconds;                 else                 {                     maxLength = Bars[iStart].OpenTime.Subtract(Bars[iStart-1].OpenTime).TotalMilliseconds;                     if ((currentTimeframe.Contains("Renko") || currentTimeframe.Contains("Range")) && ModeVOLInput == ModeVOLData.Normal && finishedCalc && !lockCalc)                        maxLength = Bars[iStart + 1].OpenTime.Subtract(Bars[iStart].OpenTime).TotalMilliseconds;                 }                                   double proportion = allVolumesRank[priceKey] * (maxLength - (maxLength/1.50));                 double dynLength = proportion / largestVOL;                                   // Bull / Up                 double proportion_Up = allVolumesR_Up[priceKey] * (maxLength - (maxLength/1.50));                 double dynLength_Up = proportion_Up / allVolumesR_Up.Values.Max();                 // Bear / Down                 double maxLength_Left = Bars[iStart].OpenTime.Subtract(Bars[iStart-1].OpenTime).TotalMilliseconds;                 double proportion_Down = allVolumesR_Down[priceKey] * (maxLength_Left - (maxLength_Left/1.50));                 double dynLength_Down = proportion_Down / allVolumesR_Down.Values.Max();                 // Delta                 double proportion_Delta = allDeltaRank[priceKey] * (maxLength - (maxLength/1.50));                 double dynLength_Delta = proportion_Delta / allDeltaRank.Values.Max();                                   if (allDeltaRank[priceKey] < 0 && DeltaVisualInput == DeltaVisualData.Divided && ModeVOLInput == ModeVOLData.Delta)                 {                     // Negative Delta                     proportion_Delta = allDeltaRank[priceKey] * (maxLength_Left - (maxLength_Left/1.50));                     dynLength_Delta = proportion_Delta / allDeltaRank.Values.Where(n => n < 0).Min();                  }                                     if (DeltaVisualInput == DeltaVisualData.Profile && ModeVOLInput == ModeVOLData.Buy_Sell)                 {                     // Buy vs Sell = Pseudo Delta                     int buy_Volume = allVolumesR_Up.Values.Max();                     int sell_Volume = allVolumesR_Down.Values.Max();                     int sideVolMax = buy_Volume > sell_Volume ? buy_Volume : sell_Volume;                                           proportion_Up = allVolumesR_Up[priceKey] * (maxLength - (maxLength/1.20));                     dynLength_Up = proportion_Up / sideVolMax;                     proportion_Down = allVolumesR_Down[priceKey] * (maxLength - (maxLength/1.50));                     dynLength_Down = proportion_Down / sideVolMax;                                       }                 else if (DeltaVisualInput == DeltaVisualData.Profile && ModeVOLInput == ModeVOLData.Delta)                 {                       int Positive_Delta = allDeltaRank.Values.Max();                     IEnumerable<int> allNegative = allDeltaRank.Values.Where(n => n < 0);                      int Negative_Delta = 0;                     try {Negative_Delta = Math.Abs(allNegative.Min());} catch {}                                           int deltaMax = Positive_Delta > Negative_Delta ? Positive_Delta : Negative_Delta;                       dynLength_Delta = proportion_Delta / deltaMax;                 }                                                                                     if (ModeVOLInput == ModeVOLData.Normal)                 {                     Color dynColor = allVolumesRank[priceKey] != largestVOL ? VolumeColor : Volume_LVOLColor;                     ChartRectangle volHist;                     if (currentTimeframe.Contains("Renko") || currentTimeframe.Contains("Range"))                         volHist = Chart.DrawRectangle($"{iStart}_{i}", Bars.OpenTimes[iStart], lowerSegment, Bars[iStart].OpenTime.AddMilliseconds(dynLength), upperSegment, dynColor);                     else                         volHist = Chart.DrawRectangle($"{iStart}_{i}", Bars.OpenTimes[iStart].AddMilliseconds(-(maxLength/3)), lowerSegment, Bars[iStart].OpenTime.AddMilliseconds(-(maxLength/3)).AddMilliseconds(dynLength*2), upperSegment, dynColor);                                           if (FillHist)                         volHist.IsFilled = true;                                           if (ShowNumbers)                     {                         ChartText C = Chart.DrawText($"{iStart}_{i}Center", $"{allVolumesRank[priceKey]}", Bars.OpenTimes[iStart], priceKey, RtNb_FixedColor);                         C.HorizontalAlignment = HorizontalAlignment.Center;                         C.FontSize = FontSizeNumbers;                     }                     if (ShowResults)                     {                         ChartText Center;                         Color dynResColor = ResultsColoringInput == ResultsColoringData.Fixed ? RtNb_FixedColor : VolumeColor;                         Center = Chart.DrawText($"{iStart}SumCenter", $"\n{allVolumesRank.Values.Sum()}", Bars.OpenTimes[iStart], lowest, dynResColor);                         Center.HorizontalAlignment = HorizontalAlignment.Center;                                                   if (EnableFilter)                         {                             DynamicSeries[index] = allVolumesRank.Values.Sum();                                                               // =========== Dynamic Series Filter ===========                             double DynamicFilter = DynamicSeries[index] / MADynamic.Result[index];                             double DynamicLarge = DynamicFilter >= Filter_Ratio ? DynamicSeries[index] : 0;                                                           Color dynBarColor = DynamicLarge >= 2 ? Color.FromName(RawColorLargeR.ToString()) : dynResColor;                             Center.Color = dynBarColor;                             if (ColoringBars && dynBarColor == Color.FromName(RawColorLargeR.ToString()))                                 Chart.SetBarFillColor(index, Color.FromName(RawColorLargeR.ToString()));                         }                       }                                       }                 else if (ModeVOLInput == ModeVOLData.Buy_Sell)                 {                     Color dynColorBuy = allVolumesR_Up[priceKey] != allVolumesR_Up.Values.Max() ? BuyColor : Buy_LVOLColor;                     Color dynColorSell = allVolumesR_Down[priceKey] != allVolumesR_Down.Values.Max() ? SellColor : Sell_LVOLColor;                                           ChartRectangle buyHist;                     ChartRectangle sellHist;                     if (DeltaVisualInput == DeltaVisualData.Divided)                     {                         buyHist = Chart.DrawRectangle($"{iStart}_{i}Buy", Bars.OpenTimes[iStart], lowerSegment, Bars[iStart].OpenTime.AddMilliseconds(dynLength_Up), upperSegment, dynColorBuy);                         sellHist = Chart.DrawRectangle($"{iStart}_{i}Sell", Bars.OpenTimes[iStart], lowerSegment, Bars[iStart].OpenTime.AddMilliseconds(-dynLength_Down), upperSegment, dynColorSell);                     }                     else                     {                         if (currentTimeframe.Contains("Renko") || currentTimeframe.Contains("Range")) {                             sellHist = Chart.DrawRectangle($"{iStart}_{i}Sell", Bars.OpenTimes[iStart], lowerSegment, Bars[iStart].OpenTime.AddMilliseconds(dynLength_Down), upperSegment, SellColor);                             buyHist = Chart.DrawRectangle($"{iStart}_{i}Buy", Bars.OpenTimes[iStart], lowerSegment, Bars[iStart].OpenTime.AddMilliseconds(dynLength_Up), upperSegment, BuyColor);                         }                         else {                             sellHist = Chart.DrawRectangle($"{iStart}_{i}Sell", Bars.OpenTimes[iStart].AddMilliseconds(-(maxLength/3)), lowerSegment, Bars[iStart].OpenTime.AddMilliseconds(-(maxLength/3)).AddMilliseconds(dynLength_Down*2), upperSegment, SellColor);                             buyHist = Chart.DrawRectangle($"{iStart}_{i}Buy", Bars.OpenTimes[iStart].AddMilliseconds(-(maxLength/3)), lowerSegment, Bars[iStart].OpenTime.AddMilliseconds(-(maxLength/3)).AddMilliseconds(dynLength_Up*2), upperSegment, BuyColor);                         }                     }                                           if (FillHist)                     {                         buyHist.IsFilled = true;                         sellHist.IsFilled = true;                     }                                           if (ShowNumbers)                     {                         ChartText L = Chart.DrawText($"{iStart}_{i}SellNumber", $"{allVolumesR_Down[priceKey]}", Bars.OpenTimes[iStart], priceKey, RtNb_FixedColor);                         ChartText R = Chart.DrawText($"{iStart}_{i}BuyNumber", $"{allVolumesR_Up[priceKey]}", Bars.OpenTimes[iStart], priceKey, RtNb_FixedColor);                                                   if (DeltaVisualInput == DeltaVisualData.Divided) {                             L.HorizontalAlignment = HorizontalAlignment.Left;                             R.HorizontalAlignment = HorizontalAlignment.Right;                         }                         else {                             L.HorizontalAlignment = HorizontalAlignment.Right;                             R.HorizontalAlignment = HorizontalAlignment.Left;                         }                         L.FontSize = FontSizeNumbers;                         R.FontSize = FontSizeNumbers;                     }                                           if (ShowResults)                     {                         Color dynColorLeft = ResultsColoringInput == ResultsColoringData.Fixed ? RtNb_FixedColor : SellColor;                         Color dynColorRight = ResultsColoringInput == ResultsColoringData.Fixed ? RtNb_FixedColor : BuyColor;                                                   int volBuy = allVolumesR_Up.Values.Sum();                         int volSell = allVolumesR_Down.Values.Sum();                                                   Color compare = volBuy > volSell ? BuyColor : volBuy < volSell ? SellColor : RtNb_FixedColor;                         Color dynColorCenter = ResultsColoringInput == ResultsColoringData.Fixed ? RtNb_FixedColor : compare;                                                                                                   int percentBuy = (volBuy * 100) / (volBuy + volSell);                         int percentSell = (volSell * 100) / (volBuy + volSell);                                                   var selected = ResultsType_Input;                         string dynStrBuy = selected == ResultsType_Data.Percentage ? $"\n{percentBuy}%" : selected == ResultsType_Data.Value ? $"\n{volBuy}" : $"\n{percentBuy}%\n({volBuy})";                         string dynStrSell = selected == ResultsType_Data.Percentage ? $"\n{percentSell}%" : selected == ResultsType_Data.Value ? $"\n{volSell}" : $"\n{percentSell}%\n({volSell})";                         string dynSpaceSum = (selected == ResultsType_Data.Percentage || selected == ResultsType_Data.Value) ? $"\n\n" : $"\n\n\n";                                                   ChartText Left, Right, Center;                         Left = Chart.DrawText($"{iStart}SellSum", $"{dynStrSell}", Bars.OpenTimes[iStart], lowest, dynColorLeft);                         Right = Chart.DrawText($"{iStart}BuySum", $"{dynStrBuy}", Bars.OpenTimes[iStart], lowest, dynColorRight);                         if (OperatorBuySell_Input == OperatorBuySell_Data.Sum)                             Center = Chart.DrawText($"{iStart}SumCenter", $"{dynSpaceSum}{allVolumesR_Up.Values.Sum() + allVolumesR_Down.Values.Sum()}", Bars.OpenTimes[iStart], lowest, dynColorCenter);                         else                             Center = Chart.DrawText($"{iStart}SumCenter", $"{dynSpaceSum}{allVolumesR_Up.Values.Sum() - allVolumesR_Down.Values.Sum()}", Bars.OpenTimes[iStart], lowest, dynColorCenter);                                                   if (DeltaVisualInput == DeltaVisualData.Divided) {                             Left.HorizontalAlignment = HorizontalAlignment.Left;                             Right.HorizontalAlignment = HorizontalAlignment.Right;                         }                         else {                             Left.HorizontalAlignment = HorizontalAlignment.Right;                             Right.HorizontalAlignment = HorizontalAlignment.Left;                         }                                                    Left.FontSize = FontSizeResults;                         Right.FontSize = FontSizeResults;                         Center.HorizontalAlignment = HorizontalAlignment.Center;                         Center.FontSize = FontSizeResults;                           if (EnableFilter)                         {                             if (OperatorBuySell_Input == OperatorBuySell_Data.Sum)                                 DynamicSeries[index] = allVolumesR_Up.Values.Sum() + allVolumesR_Down.Values.Sum();                             else                                 DynamicSeries[index] = allVolumesR_Up.Values.Sum() - allVolumesR_Down.Values.Sum();                                                               // =========== Dynamic Series Filter ===========                             double DynamicFilter = DynamicSeries[index] / MADynamic.Result[index];                             double DynamicLarge = DynamicFilter >= Filter_Ratio ? DynamicSeries[index] : 0;                                                           Color dynBarColor = DynamicLarge >= 2 ? Color.FromName(RawColorLargeR.ToString()) : dynColorCenter;                             Center.Color = dynBarColor;                             if (ColoringBars && dynBarColor == Color.FromName(RawColorLargeR.ToString()))                                 Chart.SetBarFillColor(index, Color.FromName(RawColorLargeR.ToString()));                         }                       }                                           }                 else                 {                     IEnumerable<int> allNegative = allDeltaRank.Values.Where(n => n < 0);                      int Negative_Delta = 0;                     try {Negative_Delta = allNegative.Min();} catch {}                                               Color dynColorBuy = allDeltaRank[priceKey] != allDeltaRank.Values.Max() ? BuyColor : Buy_LVOLColor;                     Color dynColorSell = allDeltaRank[priceKey] != Negative_Delta ? SellColor : Sell_LVOLColor;                       ChartRectangle deltaHist;                     if (DeltaVisualInput == DeltaVisualData.Divided)                     {                         try {                             if (allDeltaRank[priceKey] >= 0)                                 deltaHist = Chart.DrawRectangle($"{iStart}_{i}BuyDelta", Bars.OpenTimes[iStart], lowerSegment, Bars[iStart].OpenTime.AddMilliseconds(dynLength_Delta), upperSegment, dynColorBuy);                             else                                 deltaHist = Chart.DrawRectangle($"{iStart}_{i}SellDelta", Bars.OpenTimes[iStart], lowerSegment, Bars[iStart].OpenTime.AddMilliseconds(-dynLength_Delta), upperSegment, dynColorSell);                         } catch {                            if (allDeltaRank[priceKey] >= 0)                                 deltaHist = Chart.DrawRectangle($"{iStart}_{i}BuyDelta", Bars.OpenTimes[iStart], lowerSegment, Bars[iStart].OpenTime, upperSegment, dynColorBuy);                             else                                 deltaHist = Chart.DrawRectangle($"{iStart}_{i}SellDelta", Bars.OpenTimes[iStart], lowerSegment, Bars[iStart].OpenTime, upperSegment, dynColorSell);                         }                     }                     else                     {                         try {                         if (currentTimeframe.Contains("Renko") || currentTimeframe.Contains("Range"))                         {                             if (allDeltaRank[priceKey] >= 0)                                 deltaHist = Chart.DrawRectangle($"{iStart}_{i}ProfileDelta", Bars.OpenTimes[iStart], lowerSegment, Bars[iStart].OpenTime.AddMilliseconds(dynLength_Delta), upperSegment, BuyColor);                             else                                 deltaHist = Chart.DrawRectangle($"{iStart}_{i}ProfileDelta", Bars.OpenTimes[iStart], lowerSegment, Bars[iStart].OpenTime.AddMilliseconds(-dynLength_Delta), upperSegment, SellColor);                         }                         else                         {                             if (allDeltaRank[priceKey] >= 0)                                 deltaHist = Chart.DrawRectangle($"{iStart}_{i}ProfileDelta", Bars.OpenTimes[iStart].AddMilliseconds(-(maxLength/3)), lowerSegment, Bars[iStart].OpenTime.AddMilliseconds(-(maxLength/3)).AddMilliseconds(dynLength_Delta*2), upperSegment, BuyColor);                             else                                 deltaHist = Chart.DrawRectangle($"{iStart}_{i}ProfileDelta", Bars.OpenTimes[iStart].AddMilliseconds(-(maxLength/3)), lowerSegment, Bars[iStart].OpenTime.AddMilliseconds(-(maxLength/3)).AddMilliseconds(-dynLength_Delta*2), upperSegment, SellColor);                         }                         } catch {                             deltaHist = Chart.DrawRectangle($"{iStart}_{i}ProfileDelta", Bars.OpenTimes[iStart].AddMilliseconds(-(maxLength/3)), lowerSegment, Bars[iStart].OpenTime.AddMilliseconds(-(maxLength/3)), upperSegment, RtNb_FixedColor);                         }                                               }                     if (FillHist)                         deltaHist.IsFilled = true;                                               if (IsLastBar)                     {                         if (!currentBar_HistsD.ContainsKey(i))                             currentBar_HistsD.Add(i, deltaHist);                         else                             currentBar_HistsD[i] = deltaHist;                     }                                           if (ShowNumbers)                     {                         ChartText Numbers;                         if (allDeltaRank[priceKey] > 0)                         {                             Numbers = Chart.DrawText($"{iStart}_{i}BuyNumber", $"{allDeltaRank[priceKey]}", Bars.OpenTimes[iStart], priceKey, RtNb_FixedColor);                             if (DeltaVisualInput == DeltaVisualData.Divided)                                 Numbers.HorizontalAlignment = HorizontalAlignment.Right;                             else                                 Numbers.HorizontalAlignment = HorizontalAlignment.Center;                                                               Numbers.FontSize = FontSizeNumbers;                         }                         else if (allDeltaRank[priceKey] < 0)                         {                             Numbers = Chart.DrawText($"{iStart}_{i}SellNumber", $"{allDeltaRank[priceKey]}", Bars.OpenTimes[iStart], priceKey, RtNb_FixedColor);                             if (DeltaVisualInput == DeltaVisualData.Divided)                                 Numbers.HorizontalAlignment = HorizontalAlignment.Left;                             else                                 Numbers.HorizontalAlignment = HorizontalAlignment.Center;                             Numbers.FontSize = FontSizeNumbers;                         }                         else                         {                             Numbers = Chart.DrawText($"{iStart}_{i}NoNumber", $"{allDeltaRank[priceKey]}", Bars.OpenTimes[iStart], priceKey, RtNb_FixedColor);                             Numbers.HorizontalAlignment = HorizontalAlignment.Center;                             Numbers.FontSize = FontSizeNumbers;                         }                                                   if (IsLastBar)                         {                             if (!currentBar_NumbersD.ContainsKey(i))                                 currentBar_NumbersD.Add(i, Numbers);                             else                                 currentBar_NumbersD[i] = Numbers;                         }                     }                       // =======  Results  =======                      if (ShowResults)                     {                         Color dynColorLeft = ResultsColoringInput == ResultsColoringData.Fixed ? RtNb_FixedColor : SellColor;                         Color dynColorRight = ResultsColoringInput == ResultsColoringData.Fixed ? RtNb_FixedColor : BuyColor;                                                   Color compareSumD = allDeltaRank.Values.Sum() > 0 ? BuyColor : allDeltaRank.Values.Sum() < 0 ? SellColor : RtNb_FixedColor;                         Color dynColorCenter = ResultsColoringInput == ResultsColoringData.Fixed ? RtNb_FixedColor : compareSumD;                                                   int deltaBuy = allDeltaRank.Values.Where(n => n > 0).Sum();                         int deltaSell = allDeltaRank.Values.Where(n => n < 0).Sum();                                                   int percentBuy = 0;                         int percentSell = 0;                         try {percentBuy = (deltaBuy * 100) / (deltaBuy + Math.Abs(deltaSell));} catch {};                         try {percentSell = (deltaSell * 100) / (deltaBuy + Math.Abs(deltaSell));} catch {}                                                   var selected = ResultsType_Input;                         string dynStrBuy = selected == ResultsType_Data.Percentage ? $"\n{percentBuy}%" : selected == ResultsType_Data.Value ? $"\n{deltaBuy}" : $"\n{percentBuy}%\n({deltaBuy})";                         string dynStrSell = selected == ResultsType_Data.Percentage ? $"\n{percentSell}%" : selected == ResultsType_Data.Value ? $"\n{deltaSell}" : $"\n{percentSell}%\n({deltaSell})";                         string dynSpaceSum = (selected == ResultsType_Data.Percentage || selected == ResultsType_Data.Value) ? $"\n\n" : $"\n\n\n";                                                   ChartText Left, Right, Center;                         Left = Chart.DrawText($"{iStart}SellDeltaSum", $"{dynStrSell}", Bars.OpenTimes[iStart], lowest, dynColorLeft);                         Right = Chart.DrawText($"{iStart}BuyDeltaSum", $"{dynStrBuy}", Bars.OpenTimes[iStart], lowest, dynColorRight);                         Center = Chart.DrawText($"{iStart}SumDeltaCenter", $"{dynSpaceSum}{allDeltaRank.Values.Sum()}", Bars.OpenTimes[iStart], lowest, dynColorCenter);                                                   Left.HorizontalAlignment = HorizontalAlignment.Left;                         Left.FontSize = FontSizeResults;                         Right.HorizontalAlignment = HorizontalAlignment.Right;                         Right.FontSize = FontSizeResults;                         Center.HorizontalAlignment = HorizontalAlignment.Center;                         Center.FontSize = FontSizeResults;                                                     if (!CumulDeltaRank.ContainsKey(index))                             CumulDeltaRank.Add(index, allDeltaRank.Values.Sum());                         else                             CumulDeltaRank[index] = allDeltaRank.Values.Sum();                           int CumulDelta = CumulDeltaRank.Keys.Count <= 1 ? CumulDeltaRank[index] : (CumulDeltaRank[index] + CumulDeltaRank[index-1]);                         int prevCumulDelta = CumulDeltaRank.Keys.Count <= 2 ? CumulDeltaRank[index] : (CumulDeltaRank[index-1] + CumulDeltaRank[index-2]);                                                   Color compareCD = CumulDelta > prevCumulDelta ? BuyColor : CumulDelta < prevCumulDelta ? SellColor : RtNb_FixedColor;                         Color dynColorCD = ResultsColoringInput == ResultsColoringData.Fixed ? RtNb_FixedColor : compareCD;                           ChartText CD = Chart.DrawText($"{iStart}CD", $"\n{CumulDelta}\n", Bars.OpenTimes[iStart], highest, dynColorCD);                         CD.HorizontalAlignment = HorizontalAlignment.Center;                         CD.VerticalAlignment = VerticalAlignment.Top;                         CD.FontSize = FontSizeResults;                                                   if (EnableFilter)                         {                             CumulDeltaSeries[index] = Math.Abs(CumulDeltaRank[index]);                             DynamicSeries[index] = Math.Abs(allDeltaRank.Values.Sum());                                                           // =========== Dynamic Series Filter ===========                             double DynamicFilter = DynamicSeries[index] / MADynamic.Result[index];                             double DynamicLarge = DynamicFilter >= Filter_Ratio ? DynamicSeries[index] : 0;                                                           Color dynBarColor = DynamicLarge >= 2 ? Color.FromName(RawColorLargeR.ToString()) : dynColorCenter;                             Center.Color = dynBarColor;                             if (ColoringBars && dynBarColor == Color.FromName(RawColorLargeR.ToString()))                                 Chart.SetBarFillColor(index, Color.FromName(RawColorLargeR.ToString()));                                                           if (ColoringCD) {                                 // =========== Cumul Delta Filter ===========                                 double CumulDeltaFilter = CumulDeltaSeries[index] / MACumulDelta.Result[index];                                 double CumulDeltaLarge = CumulDeltaFilter > Filter_Ratio ? CumulDeltaSeries[index] : 0;                                 Color dynCDColor = CumulDeltaLarge > 2 ? Color.FromName(RawColorLargeR.ToString()) : dynColorCD;                                 CD.Color = dynCDColor;                             }                         }                                            }                 }                                     prev_segment_loop = allSegmentsPrices[i];             }         }             // ====== Functions Area ======               private void VolP_Tick(int index)         {             DateTime startTime = Bars.OpenTimes[index];             DateTime endTime = Bars.OpenTimes[index+1];                           if (IsLastBar)                 endTime = _TicksOHLC.Last().OpenTime;                                           double prevTick = 0;                           for (int tickIndex = 0; tickIndex < _TicksOHLC.Count; tickIndex++)             {                 Bar tickBar;                 tickBar = _TicksOHLC[tickIndex];                                   if (tickBar.OpenTime < startTime || tickBar.OpenTime > endTime)                 {                     if (tickBar.OpenTime > endTime)                         break;                     else                         continue;                 }                                   RankVol(tickBar.Close);                 prevTick = tickBar.Close;             }             // ========= ========== ==========             void RankVol(double tickPrice)             {                 double prev_segmentValue = 0.0;                 for (int i = 0; i < allSegmentsPrices.Count; i++)                 {                     if (prev_segmentValue != 0 && tickPrice >= prev_segmentValue && tickPrice <= allSegmentsPrices[i])                     {                         double priceKey = allSegmentsPrices[i];                               if (allVolumesRank.ContainsKey(priceKey))                         {                             allVolumesRank[priceKey] += 1;                                                           if (tickPrice > prevTick && prevTick != 0)                                 allVolumesR_Up[priceKey] += 1;                             else if (tickPrice < prevTick && prevTick != 0)                                 allVolumesR_Down[priceKey] += 1;                             else if (tickPrice == prevTick && prevTick != 0)                             {                                 allVolumesR_Up[priceKey] += 1;                                 allVolumesR_Down[priceKey] += 1;                             }                                                           allDeltaRank[priceKey] += (allVolumesR_Up[priceKey] - allVolumesR_Down[priceKey]);                         }                         else                         {                             allVolumesRank.Add(priceKey, 1);                                                           if (!allVolumesR_Up.ContainsKey(priceKey))                                 allVolumesR_Up.Add(priceKey, 1);                             else                                 allVolumesR_Up[priceKey] += 1;                                                               if (!allVolumesR_Down.ContainsKey(priceKey))                                 allVolumesR_Down.Add(priceKey, 1);                             else                                 allVolumesR_Down[priceKey] += 1;                                                               if (!allDeltaRank.ContainsKey(priceKey))                                 allDeltaRank.Add(priceKey, (allVolumesR_Up[priceKey] - allVolumesR_Down[priceKey]));                             else                                 allDeltaRank[priceKey] += (allVolumesR_Up[priceKey] - allVolumesR_Down[priceKey]);                         }                                                   break;                                }                     prev_segmentValue = allSegmentsPrices[i];                 }             }         }                   private double GetWicks(DateTime startTime, DateTime endTime, bool isBullish)         {             double min = Int32.MaxValue;             double max = 0;                           if (IsLastBar)                 endTime = _TicksOHLC.Last().OpenTime;                                       for (int tickIndex = 0; tickIndex < _TicksOHLC.Count; tickIndex++)             {                 Bar tickBar = _TicksOHLC[tickIndex];                   if (tickBar.OpenTime < startTime || tickBar.OpenTime > endTime)                 {                     if (tickBar.OpenTime > endTime)                         break;                     else                         continue;                 }                   if (isBullish && tickBar.Close < min)                     min = tickBar.Close;                       else if (!isBullish && tickBar.Close > max)                     max = tickBar.Close;             }                           return isBullish ? min : max;         }                   private void DrawOnScreen(string Msg)         {             Chart.DrawStaticText("txt", $"{Msg}", V_Align, H_Align, Color.LightBlue);         }         private void Second_DrawOnScreen(string Msg)         {             Chart.DrawStaticText("txt2", $"{Msg}", VerticalAlignment.Top, HorizontalAlignment.Left, Color.LightBlue);         }         private void SetNewBar(BarOpenedEventArgs obj)         {             NewBar = true;         }         // ************************** VOLUME RENKO/RANGE **************************         /*             Original source code by srlcarlg (me) (https://ctrader.com/algos/indicators/show/3045)             Uses Ticks Data to make the calculation of volume, just like Candles.         */         private void VolumeInitialize()         {             if (LoadFromInput == LoadFromData.Custom)             {                 // ==== Get datetime to load from: dd/mm/yyyy ====                 if (DateTime.TryParseExact(StringDate, "dd/mm/yyyy", new CultureInfo("en-US"), DateTimeStyles.None, out FromDateTime))                 {                     if (FromDateTime > Server.Time.Date)                     {                         // for Log                         FromDateTime = Server.Time.Date;                         Print($"Invalid DateTime '{StringDate}'. Using '{FromDateTime}'");                     }                 }                 else                 {                     // for Log                     FromDateTime = Server.Time.Date;                     Print($"Invalid DateTime '{StringDate}'. Using '{FromDateTime}'");                 }             }             else             {                 DateTime LastBarTime = Bars.LastBar.OpenTime.Date;                 if (LoadFromInput == LoadFromData.Today)                     FromDateTime = LastBarTime.Date;                 else if (LoadFromInput == LoadFromData.Yesterday)                     FromDateTime = LastBarTime.AddDays(-1);                 else if (LoadFromInput == LoadFromData.One_Week)                     FromDateTime = LastBarTime.AddDays(-5);                 else if (LoadFromInput == LoadFromData.Two_Week)                     FromDateTime = LastBarTime.AddDays(-10);                 else if (LoadFromInput == LoadFromData.Monthly)                     FromDateTime = LastBarTime.AddMonths(-1);             }               // ==== Check if existing ticks data on the chart really needs more data ====             DateTime FirstTickTime = _TicksOHLC.OpenTimes.Reverse().LastOrDefault();             if (FirstTickTime >= FromDateTime)             {                 LoadMoreTicks(FromDateTime);                 DrawOnScreen("Data Collection Finished \n Calculating...");             }             else             {                 Print($"Using existing tick data from '{FirstTickTime}'");                 DrawOnScreen($"Using existing tick data from '{FirstTickTime}' \n Calculating...");             }         }         private void LoadMoreTicks(DateTime FromDateTime)         {             bool msg = false;               while (_TicksOHLC.OpenTimes.Reverse().LastOrDefault() > FromDateTime)             {                 if (!msg)                 {                     Print($"Loading from '{_TicksOHLC.OpenTimes.Reverse().Last()}' to '{FromDateTime}'...");                     msg = true;                 }                   int loadedCount = _TicksOHLC.LoadMoreHistory();                 Print("Loaded {0} Ticks, Current Tick Date: {1}", loadedCount, _TicksOHLC.OpenTimes.Reverse().LastOrDefault());                 if (loadedCount == 0)                     break;             }             Print("Data Collection Finished, First Tick from: {0}", _TicksOHLC.OpenTimes.Reverse().LastOrDefault());         }     } }