49€

Source code included

1. Description

The Scyware Harmonics Indicator is the most complete harmonic patterns auto-recognition indicator. Harmonic patterns profit from the natural order of the financial markets.

Brief Introduction

The harmonic methodology utilizes the recognition of specific price patterns and the alignment of exact Fibonacci ratios to determine highly probable reversal points in the financial markets. This methodology assumes that trading patterns or cycles, like many patterns and cycles in life, repeat themselves. The key is to identify these patterns, and to enter or to exit a position based upon a high degree of probability that the same historic price action will occur. Although these patterns are not 100% accurate, these situations have been historically proven. If these set-ups are identified correctly, it is possible to identify significant opportunities with a very limited risk.

2. Features

• Detects Bat, Gartley, Crab, Butterfly, Cypher and Shark patterns
• It evaluates past price action and displays past patterns
• The indicator analyzes its own quality and performance
• It plots all the pattern ratios on the chart
• Fibonacci projections are vector-independent

3. Screenshots

4. Installation Instructions

5.1 Installing Demo Version

To set up the indicator on cAlgo or cTrader, just follow the following steps.

• Copy the downloaded .algo file into your cAlgo/cTrader Indicators Sources folder : cAlgo/Sources/Indicators
• -- OR --
• Double click the downloaded .algo file. This already installed cAlgo/cTrader platform will install it

1. Launch cAlgo or cTrader and verify you have the file Harmonics_v2.0.zip in your Indicators list on cAlgo/cTrader
2. You are ready to go!

5.2 Installing Full-Version (source code included)

• After purchase and on the downloads page, download and extract the Harmonics_v2.0.zip file anywhere on your computer
• Copy the Scyware.cAlgo.Harmonics.dll file into cAlgo API folder located in : cAlgo\API
• copy the Scyware_Harmonics_V1.algo into your cAlgo indicators folder : cAlgo\Sources\Indicators
• -- OR --
• Double click the Scyware_Harmonics_V1.algo file. Your cAlgo/cTrader platform will automatically install it
• In cAlgo and if you need to re-build the indicator, verify that the Scyware.cAlgo.Harmonics.dll library is properly referenced from within the indicator.
• You are ready to go!


• Inside the purchased .zip file you can also find the source code to generate the Scyware.cAlgo.Harmonics.dll library in Scyware.cAlgo.Harmonics.zip

5. Parameters

6. About Harmonics

The Potential Reversal Zone (PRZ)

The concept of the Potential Reversal Zone (PRZ) was originally outlined by Scott M. Carney in his book. A wholeheartedly recommended reading. History has proven that a convergence of Fibonacci numbers and price patterns provides a highly probable area for a reversal. This area of convergence is called the potential reversal zone. When three, four, or even five numbers come together within a specific area, you must respect the high probability for some type of reversal. A Potential Reversal Zone (PRZ) represents the critical areas where the flow of buying and selling is potentially changing. These harmonic zones attempt to identify the price levels where imbalanced overbought and oversold situations are reversing back to their respective equilibrium level. An ideal reversal usually tests all of the price levels in the Potential Reversal Zone (PRZ) on the initial test. The predominant trend usually reverses from this initial test of the entire PRZ and continues in the reversal direction shortly thereafter. In an ideal reversal, the price bar that tests all of the fibonacci projections in the PRZ is called the Terminal Price Bar. The trade must be taken when the Potential Reversal Zone (PRZ) has been tested and rejected by a Terminal Price Bar or a strong breakout has taken place in the reversal direction without testing all the PRZ levels. The farthest price level of the PRZ or the Point X of the pattern are suitable stop-loss levels.

Harmonic Ratios

Primary Ratios

Directly derived from the Fibonnaci Number Sequence.
- 0.618 = Primary Ratio
- 1.618 = Primary Projection

Primary Derived Ratios

- 0.786 = Square root of 0.618
- 0.886 = Fourth roof of 0.618 or Square root of 0.786
- 1.130 = Fourth root of 1.618 or Square root of 1.27
- 1.270 = Square root of 1.618

Complementary Derived Ratios

- 0.382 = (1 - 0.618) or 0.618e2
- 0.500 = 0.770e2
- 0.707 = Square root of 0.50
- 1.410 = Square root of 2.0
- 2.000 = 1 + 1
- 2.240 = Square root of 5
- 2.618 = 1.618e2
- 3.141 = Pi
- 3.618 = 1 + 2.618

7. Developers

The Harmonics indicator can be used inside a robot. A simple example showing how to use the indicator inside a cBot in cAlgo is illustrated :

///
/*
/* This is a very simple example of how to use the Scyware Harmonics Indicator inside a robot
/* For more in depth example please contact us. 
///*/

using System;
using System.Linq;
using cAlgo.API;
using cAlgo.API.Indicators;
using cAlgo.API.Internals;
using cAlgo.Indicators;
using Scyware.cAlgo.Harmonics;

namespace cAlgo
{
    [Robot(TimeZone = TimeZones.UTC, AccessRights = AccessRights.None)]
    public class Harmonics : Robot
    {
    
    
        public const string Label = "Harmonics";
        
        Scyware_Harmonics harmonics;
        protected override void OnStart()
        { 
            harmonics = Indicators.GetIndicator(
                10 /*Scan Window*/,
                1000 /*ParamHistoryBars*/,
                0.01/*ParamRatioTolerance*/,
                95/*/aramMinAccuracyThreshold*/,
                4 /*ParamAgeThreshold*/,
                true /*ParamFindBullish,*/,
                true /*ParamFindBearish,*/,
                true /*ParamShowBat,*/,
                true /*ParamShowGartley,*/,
                true /*ParamShowCrab,*/,
                true /*ParamShowButterfly,*/,
                true /*ParamShowCypher*/,
                true/*ParamShowShark*/,
                false/*ParamDisplayRatio*/);
        }

        protected override void OnTick()
        {
            if (harmonics.BullishPatterns.Any())
            {
                Pattern5 pattern = harmonics.BullishPatterns.Last();
                
                // properties of Pattern5 object
                Print(pattern.Accuracy);
                Print(pattern.TradeType);
                Print(pattern.Name);
                
                if (!Positions.FindAll(Label, Symbol,TradeType.Buy).Any())
                {
                    ExecuteMarketOrder(TradeType.Buy,Symbol,2000,Label,40,80);
                }
            }
            if (harmonics.BearishPatterns.Any())
            {
                if (!Positions.FindAll(Label, Symbol,TradeType.Sell).Any())
                {
                    ExecuteMarketOrder(TradeType.Sell,Symbol,2000,Label,40,80);
                }
            }
            
        }
        
        protected override void OnBar()
        {
          //this is very important instruction !!
           harmonics.OnBar();
        }

        protected override void OnStop()
        {
            
        }
    }
}

Don't forget to add the reference to the indicator Harmonics_v2.0.zip before building

8. Frequantly Asked Questions

9. User comments