MetaTrader 5 için MQL5 kaynak kodu kütüphanesi - 36

Smoother rainbow

Asymmetric bands oscillator - extended version

Asymmetric bands oscillator

Smoother momentum MACD with floating levels

Smoother momentum MACD

CCI - standard deviation based using Hull for prices pre-filtering

The indicator determines the index of the direction of the bar prices and the Gap/breaks in them. It is a logical continuation of the ms-Candle indicator.

Dual differentiator adaptive EMA

Dual differentiator

MACD with on-chart SR levels

Smoothed WPR with floating levels and on chart support / resistance levels

Smoothed WPR with floating levels

Smoothed Williams percent range

Long Short-Term Memory Neural Network - for time series analysis.

Trix oscillator with support / resistance lines on chart

Stochastic with support / resistance levels

RSI with on chart SR levels

CCI with on chart support and resistance levels

Corrected double smoothed Wilder's EMA (extended version)

Corrected double smoothed Wilder's EMA

TRIX using Wilder's double smoothed EMA - with an addition of floating levels

TRIX (using double smoothed Wilder's EMA)

Very handy Multiple Moving Averages for those who like to look at Price Action using several time periods...

Pretty simple. Seems Stupid. But yes, You need this...

RSI of average using double smoothed Wilder's EMA

RSI with double smoothed Wilders EMA

A very simple, efficient and non-obtrusive clock for your Chart. KISS compliant! :)

Double smoothed Wilders EMA

TRIX (using fast EMA for calculation)

MACD of RSI adaptive EMA - with floating levels

RSI adaptive double smoothed EMA

Phase accumulation adaptive market mode - discontinues signal lines

Phase accumulation adaptive market mode

Phase accumulation adaptive bandpass filter

Zero mean normalized nonlinear Kalman filter - with floating levels

Zero mean normalized nonlinear Kalman filter

Nonlinear Kalman filter - floating levels

This is a working singleton code example. The sole purpose of this post is to provide a working code sample of a singleton object. A singleton object is created when there 'can be only one' of the object. This is accomplished by making an object's constructor private, and ensuring assignment and copy operations are also private. I was working on an EA and identified that an object should never have more than one copy. I don't expect the EA to ever get large enough for it to actually matter that a singleton is used, but I like the clarity in the code for the object's type. The code follows closely the tutorial at http://www.yolinux.com/TUTORIALS/C++Singleton.html.

Averages crosses

Heiken ashi - histogram