Downloads - futures io
futures io futures trading


Categories Help    

What's Hot

Sort by

Show full/short entries Entries
RSIOMA for NT-8 4 *
In response to a request from @bobwest this is an NT-8 version of the RSIOMA ported from MetaTrader by @ivanjocic and converted to NT-8 by @Prtester

Here is a link to the NT-7 version for your reference:
https://futures.io/download/ninjatrader-7/indicators/2154-download.html

This indicator takes two moving averages, calculates their RSI (Relative Strength Index) and then also adds a moving average of the calculated RSI. These two lines now can accurately signal the trend changes. They are shown in the separate window where they change from 0 to 100. Additional histogram indicator is shown for quick reference below the lines.

On the picture the bold blue line is RSI of the moving averages, the thin violet line is its moving average. RSI above MA and RSI above level 50 is a signal of a bullish trend. RSI below MA and RSI below level 50 is a signal of a bearish trend. One can also buy when the RSI breaks level 20 from below and sell when RSI breaks level 80 from above, but those are weaker signals. Histogram provides quick reference. Green lines signal BUY, red signal SELL, magenta mean overbought, blue mean oversold.


Category NinjaTrader 8 Indicators and More 
 
Suggest other entries I might like
Details: RSIOMA for NT-8
Category: NinjaTrader 8 Indicators and More 


February 11th, 2020
Size: 3.77 KB
Downloaded: 469 times

Keywords: nt-8 rsioma
MEF - RSIOMA v1.0 5 *
Feb 11 2020: NT8 version is here: NT8 indicator

RSIOMA MetaTrader indicator port this indicator takes two moving averages, calculates their RSI (Relative Strength Index) and then also adds a moving average of the calculated RSI. These two lines now can accurately signal the trend changes. They are shown in the separate window where they change from 0 to 100. Additional histogram indicator is shown for quick reference below the lines.

On the picture the bold blue line is RSI of the moving averages, the thin violet line is its moving average. RSI above MA and RSI above level 50 is a signal of a bullish trend. RSI below MA and RSI below level 50 is a signal of a bearish trend. One can also buy when the RSI breaks level 20 from below and sell when RSI breaks level 80 from above, but those are weaker signals. Histogram provides quick reference. Green lines signal BUY, red signal SELL, magenta mean overbought, blue mean oversold.


Category NinjaTrader 7 Indicators 
 
Suggest other entries I might like
Details: MEF - RSIOMA v1.0
Category: NinjaTrader 7 Indicators 


February 11th, 2020
Size: 4.36 KB
Downloaded: 362 times

Keywords: mef rsioma
gwaSuperDrive 3 *
This was forked and converted from https://futures.io/download/ninjatrader-7/indicators/785-download.html?view I am not taking any credit other then the effort I put in with the help of some others on this forum to get this converted and working successfully in NT8.

Tested on NT 8.0.20.1 64bit

version 1.1

Shows momentum and volatility
Sell when Red opens above Green
Buy when green opens above Red

Enjoy and happy trading!



Change Log
-------------
v1.1
* Fixed import issue, by exporting Ninjascript properly with the export tool

v1.0
converted to NT8


Category NinjaTrader 8 Indicators and More 
 
Suggest other entries I might like
Details: gwaSuperDrive
Category: NinjaTrader 8 Indicators and More 


February 10th, 2020
Size: 10.21 KB
Downloaded: 283 times
Scalp Trader V1 5 *
This is a testing tool for NT 7 which I developed with Trading Coders (I paid for their help - https://www.tradingcoders.com/) for my personal use. It's primarily a scalping tool using a simple MACD cross. There are two additional indicators which are optional: a simple EMA and StepMAV71Sharky which was freely available. Thank you Sharky wherever you are.
It includes a profit target and stop loss. You can also test time of day and has an alert.
You can select to trade long, short or both. I generally test one side at a time. Even when I'm using it in live trading, I insert a long and a short side usually on separate charts and do not use "both". The signals are more accurate.

If someone wants to covert it for NT 8, that would be nice. Let me know if someone does the conversion.
I'm a scalper so I find it useful to test different scalping ideas.
Any questions or comments, please feel free to contact me.

PhantomTrader


Category The Elite Circle 
 
Suggest other entries I might like
Details: Scalp Trader V1
Category: The Elite Circle 


February 12th, 2020
Size: 14.37 KB
Downloaded: 144 times
Bband2 with Color for NinjaTrader 8 5 *
Conversion to NinjaTrader 8 of the "Bband2 with Color" from NinjaTrader 7. ( found here. )

Exported using NinjaTrader 8 version: 8.0.15.1

Feb. 16, 2020 - Updated drawing logic to improve drawing performance. Please update your copy using this new version.


Category NinjaTrader 8 Indicators and More 
 
Suggest other entries I might like
Details: Bband2 with Color for NinjaTrader 8
Category: NinjaTrader 8 Indicators and More 


January 25th, 2020
Size: 5.63 KB
Downloaded: 137 times
View the winning 'starred entries' Formula Indicator 5 *
Winning Entry January 1st, 2020 to February 1st, 2020 [1 votes]

Formula indicator which allows you to generate new series on the fly by formula

Simple formula examples:
CLOSE(0) / CLOSE(1)
(HIGH(0) - LOW(0)) / 2
MATH-LOG10(CLOSE(0))
CLOSE(0) / VALUE(SMA(14), 0)
(CLOSE(0) / CLOSE(1)) * 14
VALUE(SMA(BARS-ARRAY(0),14), 0)
VALUE(SMA(14), 0) - VALUE(EMA(14), 0)


Comparison to NinjaScript syntax (left is formula expression - right is NinjaScript/C# expression):
CLOSE() - Close
CLOSE(0) - Close[0]
VALUE(VOL(),0) - VOL()[0]
VALUE(CLOSE(), 0) - Close[0]
BARS-ARRAY(0) - BarsArray[0]
VALUE(SMA(BARS-ARRAY(0), 14), 0) - SMA(BarsArray[0], 14)[0]
VALUE(SMA(14),0) - SMA(14)[0]
VALUE(MACD(12,26,9),0) - MACD(12,26,9)[0]
MATH-LOG10(CLOSE(0)) - Math.Log10(Close[0])

Supported Price Series:
CLOSE, OPEN, HIGH, LOW, WEIGHTED, TYPICAL, MEDIAN

Supported Indicators:
ADL, ADX, ADXR, AroonOscillator, ATR, BOP, CCI, CMO, DEMA, DisparityIndex, DM, EMA, FOSC, HMA, KAMA, LinReg, LinRegIntercept, LinRegSlope, MACD, MAMA, MAX, MFI, MIN, Momentum, OBV, ParabolicSAR, PFE, Range, RIND, ROC, RSI, RSquared, StdDev, SMA, StochRSI, SUM, TEMA, TMA, TSF, TSI, UltimateOscillator, VMA, VOL, WilliamsR, WMA, ZLEMA

Supported math functions:
MATH-ABC, MATH-LOG, MATH-LOG10, MATH-EXP, MATH-SQRT, MATH-ACOS, MATH-ASIN, MATH-ATAN, MATH-ATAN2, MATH-CEILING, MATH-COS, MATH-COSH, MATH-E, MATH-FLOOR, MATH-IEEEREMAINDER, MATH-MAX, MATH-MIN, MATH-PI, MATH-POW, MATH-ROUND, MATH-SIN, MATH-SINH, MATH-TAN, MATH-TANH

Also attaching tests results which can help you to see different combination of formulas:
[OK] "4 + 2" (expected: 6 actual: 6)
[OK] "5 - 2" (expected: 3 actual: 3)
[OK] "6 / 2" (expected: 3 actual: 3)
[OK] "7 * 2" (expected: 14 actual: 14)
[OK] "7 * 2 + 4" (expected: 18 actual: 18)
[OK] "(3 * 2) + 5" (expected: 11 actual: 11)
[OK] "VALUE(SMA(20), 0) - VALUE(SMA(10), 0)" (expected: -0.000764999999999016 actual: -0.000764999999999016)
[OK] "( ( VALUE(SMA(14), 0) - VALUE(SMA(14), 1) ) / VALUE(SMA(14), 1) ) * 100" (expected: 0.0148253190666608 actual: 0.0148253190666608)
[OK] "MATH-ABC(5)" (expected: 5 actual: 5)
[OK] "MATH-ABC(-5)" (expected: 5 actual: 5)
[OK] "MATH-ABC( VALUE(WilliamsR(14), 0) )" (expected: 21.8750000000039 actual: 21.8750000000039)
[OK] "MATH-LOG(MATH-EXP(9.9))" (expected: 9.9 actual: 9.9)
[OK] "MATH-LOG10(0.105)" (expected: -0.978810700930062 actual: -0.978810700930062)
[OK] "MATH-LOG10(0.5)" (expected: -0.301029995663981 actual: -0.301029995663981)
[OK] "MATH-LOG10(0.798)" (expected: -0.0979971086492706 actual: -0.0979971086492706)
[OK] "MATH-LOG10(CLOSE(0))" (expected: 0.0450881615428167 actual: 0.0450881615428167)
[OK] "MATH-SQRT(2870.3)" (expected: 53.5751808209734 actual: 53.5751808209734)
[OK] "MATH-ACOS(45)" (expected: NaN actual: NaN)
[OK] "VALUE(CLOSE(), 0)" (expected: 1.1094 actual: 1.1094)
[OK] "CLOSE(0)" (expected: 1.1094 actual: 1.1094)
[OK] "VALUE(OPEN(), 0)" (expected: 1.1091 actual: 1.1091)
[OK] "OPEN(0)" (expected: 1.1091 actual: 1.1091)
[OK] "VALUE(HIGH(), 0)" (expected: 1.10985 actual: 1.10985)
[OK] "HIGH(0)" (expected: 1.10985 actual: 1.10985)
[OK] "VALUE(LOW(), 0)" (expected: 1.1089 actual: 1.1089)
[OK] "LOW(0)" (expected: 1.1089 actual: 1.1089)
[OK] "VALUE(WEIGHTED(), 0)" (expected: 1.1093875 actual: 1.1093875)
[OK] "WEIGHTED(0)" (expected: 1.1093875 actual: 1.1093875)
[OK] "VALUE(MEDIAN(), 0)" (expected: 1.109375 actual: 1.109375)
[OK] "MEDIAN(0)" (expected: 1.109375 actual: 1.109375)
[OK] "VALUE(TYPICAL(), 0)" (expected: 1.10938333333333 actual: 1.10938333333333)
[OK] "TYPICAL(0)" (expected: 1.10938333333333 actual: 1.10938333333333)
[OK] "VALUE(ADL(), 0)" (expected: -182256.34354221 actual: -182256.34354221)
[OK] "VALUE(ADL(BARS-ARRAY(0)), 0)" (expected: -182256.34354221 actual: -182256.34354221)
[OK] "VALUE(ADL(CLOSE()), 0)" (expected: -182256.34354221 actual: -182256.34354221)
[OK] "VALUE(ADL(SMA(1)), 0)" (expected: -182256.34354221 actual: -182256.34354221)
[OK] "VALUE(ADX(14), 0)" (expected: 29.6009497977994 actual: 29.6009497977994)
[OK] "VALUE(ADX(BARS-ARRAY(0), 14), 0)" (expected: 29.6009497977994 actual: 29.6009497977994)
[OK] "VALUE(ADX(CLOSE(), 14), 0)" (expected: 29.6009497977994 actual: 29.6009497977994)
[OK] "VALUE(ADX(SMA(1), 14), 0)" (expected: 29.6009497977994 actual: 29.6009497977994)
[OK] "VALUE(ADXR(10,14), 0)" (expected: 22.575677726387 actual: 22.575677726387)
[OK] "VALUE(ADXR(BARS-ARRAY(0),10,14), 0)" (expected: 22.575677726387 actual: 22.575677726387)
[OK] "VALUE(ADXR(CLOSE(), 10,14), 0)" (expected: 22.575677726387 actual: 22.575677726387)
[OK] "VALUE(ADXR(SMA(1), 10,14), 0)" (expected: 22.575677726387 actual: 22.575677726387)
[OK] "VALUE(AroonOscillator(14), 0)" (expected: 71.4285714285714 actual: 71.4285714285714)
[OK] "VALUE(AroonOscillator(BARS-ARRAY(0), 14), 0)" (expected: 71.4285714285714 actual: 71.4285714285714)
[OK] "VALUE(AroonOscillator(CLOSE(), 14), 0)" (expected: 71.4285714285714 actual: 71.4285714285714)
[OK] "VALUE(AroonOscillator(SMA(1), 14), 0)" (expected: 71.4285714285714 actual: 71.4285714285714)
[OK] "VALUE(ATR(14), 0)" (expected: 0.000755675079148666 actual: 0.000755675079148666)
[OK] "VALUE(ATR(BARS-ARRAY(0), 14), 0)" (expected: 0.000755675079148666 actual: 0.000755675079148666)
[OK] "VALUE(ATR(CLOSE(), 14), 0)" (expected: 0.000755675079148666 actual: 0.000755675079148666)
[OK] "VALUE(ATR(SMA(1), 14), 0)" (expected: 0.000755675079148666 actual: 0.000755675079148666)
[OK] "VALUE(BOP(14), 0)" (expected: 0.183493073342715 actual: 0.183493073342715)
[OK] "VALUE(BOP(BARS-ARRAY(0), 14), 0)" (expected: 0.183493073342715 actual: 0.183493073342715)
[OK] "VALUE(BOP(CLOSE(), 14), 0)" (expected: 0.183493073342715 actual: 0.183493073342715)
[OK] "VALUE(BOP(SMA(1), 14), 0)" (expected: 0.183493073342715 actual: 0.183493073342715)
[OK] "VALUE(CCI(14), 0)" (expected: 120.133261300689 actual: 120.133261300689)
[OK] "VALUE(CCI(BARS-ARRAY(0), 14), 0)" (expected: 120.133261300689 actual: 120.133261300689)
[OK] "VALUE(CCI(CLOSE(), 14), 0)" (expected: 120.133261300689 actual: 120.133261300689)
[OK] "VALUE(CCI(SMA(1),14), 0)" (expected: 120.133261300689 actual: 120.133261300689)
[OK] "VALUE(CMO(14), 0)" (expected: 45.0980392156965 actual: 45.0980392156965)
[OK] "VALUE(CMO(BARS-ARRAY(0), 14), 0)" (expected: 45.0980392156965 actual: 45.0980392156965)
[OK] "VALUE(CMO(CLOSE(), 14), 0)" (expected: 45.0980392156965 actual: 45.0980392156965)
[OK] "VALUE(CMO(SMA(1), 14), 0)" (expected: 45.0980392157274 actual: 45.0980392157274)
[OK] "VALUE(DEMA(14), 0)" (expected: 1.10915796254563 actual: 1.10915796254563)
[OK] "VALUE(DEMA(BARS-ARRAY(0), 14), 0)" (expected: 1.10915796254563 actual: 1.10915796254563)
[OK] "VALUE(DEMA(CLOSE(), 14), 0)" (expected: 1.10915796254563 actual: 1.10915796254563)
[OK] "VALUE(DEMA(SMA(1), 14), 0)" (expected: 1.10915796254565 actual: 1.10915796254565)
[OK] "VALUE(DisparityIndex(25), 0)" (expected: 0.118721312343214 actual: 0.118721312343214)
[OK] "VALUE(DisparityIndex(BARS-ARRAY(0), 25), 0)" (expected: 0.118721312343214 actual: 0.118721312343214)
[OK] "VALUE(DisparityIndex(CLOSE(), 25), 0)" (expected: 0.118721312343214 actual: 0.118721312343214)
[OK] "VALUE(DisparityIndex(SMA(1),25), 0)" (expected: 0.118721312343214 actual: 0.118721312343214)
[OK] "VALUE(DM(14), 0)" (expected: 29.6009497977994 actual: 29.6009497977994)
[OK] "VALUE(DM(BARS-ARRAY(0), 14), 0)" (expected: 29.6009497977994 actual: 29.6009497977994)
[OK] "VALUE(DM(CLOSE(), 14), 0)" (expected: 29.6009497977994 actual: 29.6009497977994)
[OK] "VALUE(DM(SMA(1), 14), 0)" (expected: 29.6009497977994 actual: 29.6009497977994)
[OK] "VALUE(DM.DiPlus(14), 0)" (expected: 28.5818630008438 actual: 28.5818630008438)
[OK] "VALUE(DM.DiPlus(BARS-ARRAY(0), 14), 0)" (expected: 28.5818630008438 actual: 28.5818630008438)
[OK] "VALUE(DM.DiPlus(CLOSE(), 14), 0)" (expected: 28.5818630008438 actual: 28.5818630008438)
[OK] "VALUE(DM.DiPlus(SMA(1), 14), 0)" (expected: 28.5818630008438 actual: 28.5818630008438)
[OK] "VALUE(DM.DiMinus(14), 0)" (expected: 10.0017764240038 actual: 10.0017764240038)
[OK] "VALUE(DM.DiMinus(BARS-ARRAY(0), 14), 0)" (expected: 10.0017764240038 actual: 10.0017764240038)
[OK] "VALUE(DM.DiMinus(CLOSE(), 14), 0)" (expected: 10.0017764240038 actual: 10.0017764240038)
[OK] "VALUE(DM.DiMinus(SMA(1), 14), 0)" (expected: 10.0017764240038 actual: 10.0017764240038)
[OK] "VALUE(EMA(14), 0)" (expected: 1.10847618080925 actual: 1.10847618080925)
[OK] "VALUE(EMA(BARS-ARRAY(0), 14), 0)" (expected: 1.10847618080925 actual: 1.10847618080925)
[OK] "VALUE(EMA(CLOSE(), 14), 0)" (expected: 1.10847618080925 actual: 1.10847618080925)
[OK] "VALUE(EMA(SMA(1), 14), 0)" (expected: 1.10847618080927 actual: 1.10847618080927)
[OK] "VALUE(FOSC(14), 0)" (expected: -0.00837003346463134 actual: -0.00837003346463134)
[OK] "VALUE(FOSC(BARS-ARRAY(0), 14), 0)" (expected: -0.00837003346463134 actual: -0.00837003346463134)
[OK] "VALUE(FOSC(CLOSE(), 14), 0)" (expected: -0.00837003346463134 actual: -0.00837003346463134)
[OK] "VALUE(FOSC(SMA(1), 14), 0)" (expected: -0.00837003285063601 actual: -0.00837003285063601)
[OK] "VALUE(HMA(14), 0)" (expected: 1.10938436506785 actual: 1.10938436506785)
[OK] "VALUE(HMA(BARS-ARRAY(0), 14), 0)" (expected: 1.10938436506785 actual: 1.10938436506785)
[OK] "VALUE(HMA(CLOSE(), 14), 0)" (expected: 1.10938436506785 actual: 1.10938436506785)
[OK] "VALUE(HMA(SMA(1), 14), 0)" (expected: 1.10938436506827 actual: 1.10938436506827)
[OK] "VALUE(KAMA(2,10,30), 0)" (expected: 1.10848323049355 actual: 1.10848323049355)
[OK] "VALUE(KAMA(BARS-ARRAY(0), 2,10,30), 0)" (expected: 1.10848323049355 actual: 1.10848323049355)
[OK] "VALUE(KAMA(CLOSE(), 2,10,30), 0)" (expected: 1.10848323049355 actual: 1.10848323049355)
[OK] "VALUE(KAMA(SMA(1), 2,10,30), 0)" (expected: 1.10848323049357 actual: 1.10848323049357)
[OK] "VALUE(LinReg(14), 0)" (expected: 1.10949285715126 actual: 1.10949285715126)
[OK] "VALUE(LinReg(BARS-ARRAY(0), 14), 0)" (expected: 1.10949285715126 actual: 1.10949285715126)
[OK] "VALUE(LinReg(CLOSE(), 14), 0)" (expected: 1.10949285715126 actual: 1.10949285715126)
[OK] "VALUE(LinReg(SMA(1), 14), 0)" (expected: 1.10949285714447 actual: 1.10949285714447)
[OK] "VALUE(LinRegIntercept(14), 0)" (expected: 1.10712142856302 actual: 1.10712142856302)
[OK] "VALUE(LinRegIntercept(BARS-ARRAY(0), 14), 0)" (expected: 1.10712142856302 actual: 1.10712142856302)
[OK] "VALUE(LinRegIntercept(CLOSE(), 14), 0)" (expected: 1.10712142856302 actual: 1.10712142856302)
[OK] "VALUE(LinRegIntercept(SMA(1), 14), 0)" (expected: 1.10712142856986 actual: 1.10712142856986)
[OK] "VALUE(LinRegSlope(14), 0)" (expected: 0.000182417583710548 actual: 0.000182417583710548)
[OK] "VALUE(LinRegSlope(BARS-ARRAY(0), 14), 0)" (expected: 0.000182417583710548 actual: 0.000182417583710548)
[OK] "VALUE(LinRegSlope(CLOSE(), 14), 0)" (expected: 0.000182417583710548 actual: 0.000182417583710548)
[OK] "VALUE(LinRegSlope(SMA(1), 14), 0)" (expected: 0.000182417582661881 actual: 0.000182417582661881)
[OK] "VALUE(MACD(12,26,9),0)" (expected: 0.000525976279517115 actual: 0.000525976279517115)
[OK] "VALUE(MACD(BARS-ARRAY(0),12,26,9), 0)" (expected: 0.000525976279517115 actual: 0.000525976279517115)
[OK] "VALUE(MACD(CLOSE(),12,26,9), 0)" (expected: 0.000525976279517115 actual: 0.000525976279517115)
[OK] "VALUE(MACD(SMA(1),12,26,9), 0)" (expected: 0.000525976279517115 actual: 0.000525976279517115)
[OK] "VALUE(MACD.Diff(12,26,9), 0)" (expected: 0.000182642769187317 actual: 0.000182642769187317)
[OK] "VALUE(MACD.Diff(BARS-ARRAY(0), 12,26,9), 0)" (expected: 0.000182642769187317 actual: 0.000182642769187317)
[OK] "VALUE(MACD.Diff(CLOSE(), 12,26,9), 0)" (expected: 0.000182642769187317 actual: 0.000182642769187317)
[OK] "VALUE(MACD.Diff(SMA(1), 12,26,9), 0)" (expected: 0.000182642769187236 actual: 0.000182642769187236)
[OK] "VALUE(MAMA(0.5,0.05), 0)" (expected: 1.10830451536214 actual: 1.10830451536214)
[OK] "VALUE(MAMA(BARS-ARRAY(0), 0.5,0.05), 0)" (expected: 1.10830451536214 actual: 1.10830451536214)
[OK] "VALUE(MAMA(CLOSE(), 0.5,0.05), 0)" (expected: 1.10830451536214 actual: 1.10830451536214)
[OK] "VALUE(MAMA(SMA(1), 0.5,0.05), 0)" (expected: 1.10830451536214 actual: 1.10830451536214)
[OK] "VALUE(MAMA.Fama(0.5,0.05), 0)" (expected: 1.10758123649033 actual: 1.10758123649033)
[OK] "VALUE(MAMA.Fama(BARS-ARRAY(0), 0.5,0.05), 0)" (expected: 1.10758123649033 actual: 1.10758123649033)
[OK] "VALUE(MAMA.Fama(CLOSE(), 0.5,0.05), 0)" (expected: 1.10758123649033 actual: 1.10758123649033)
[OK] "VALUE(MAMA.Fama(SMA(1), 0.5,0.05), 0)" (expected: 1.10758123649033 actual: 1.10758123649033)
[OK] "VALUE(MAX(14), 0)" (expected: 1.1094 actual: 1.1094)
[OK] "VALUE(MAX(BARS-ARRAY(0), 14), 0)" (expected: 1.1094 actual: 1.1094)
[OK] "VALUE(MAX(CLOSE(), 14), 0)" (expected: 1.1094 actual: 1.1094)
[OK] "VALUE(MAX(SMA(1), 14), 0)" (expected: 1.10940000000002 actual: 1.10940000000002)
[OK] "VALUE(MFI(14), 0)" (expected: 72.5214668756238 actual: 72.5214668756238)
[OK] "VALUE(MFI(BARS-ARRAY(0), 14), 0)" (expected: 72.5214668756238 actual: 72.5214668756238)
[OK] "VALUE(MFI(CLOSE(), 14), 0)" (expected: 72.5214668756238 actual: 72.5214668756238)
[OK] "VALUE(MFI(SMA(1), 14), 0)" (expected: 72.5214668756238 actual: 72.5214668756238)
[OK] "VALUE(MIN(14), 0)" (expected: 1.10695 actual: 1.10695)
[OK] "VALUE(MIN(BARS-ARRAY(0), 14), 0)" (expected: 1.10695 actual: 1.10695)
[OK] "VALUE(MIN(CLOSE(), 14), 0)" (expected: 1.10695 actual: 1.10695)
[OK] "VALUE(MIN(SMA(1), 14), 0)" (expected: 1.10695000000002 actual: 1.10695000000002)
[OK] "VALUE(Momentum(14), 0)" (expected: 0.00229999999999997 actual: 0.00229999999999997)
[OK] "VALUE(Momentum(BARS-ARRAY(0), 14), 0)" (expected: 0.00229999999999997 actual: 0.00229999999999997)
[OK] "VALUE(Momentum(CLOSE(), 14), 0)" (expected: 0.00229999999999997 actual: 0.00229999999999997)
[OK] "VALUE(Momentum(SMA(1), 14), 0)" (expected: 0.00230000000000175 actual: 0.00230000000000175)
[OK] "VALUE(OBV(), 0)" (expected: -970154 actual: -970154)
[OK] "VALUE(OBV(BARS-ARRAY(0)), 0)" (expected: -970154 actual: -970154)
[OK] "VALUE(OBV(CLOSE()), 0)" (expected: -970154 actual: -970154)
[OK] "VALUE(OBV(SMA(1)), 0)" (expected: -970154 actual: -970154)
[OK] "VALUE(ParabolicSAR(0.02,0.2,0.02), 0)" (expected: 1.10808073403957 actual: 1.10808073403957)
[OK] "VALUE(ParabolicSAR(BARS-ARRAY(0), 0.02,0.2,0.02), 0)" (expected: 1.10808073403957 actual: 1.10808073403957)
[OK] "VALUE(ParabolicSAR(CLOSE(), 0.02,0.2,0.02), 0)" (expected: 1.10808073403957 actual: 1.10808073403957)
[OK] "VALUE(ParabolicSAR(SMA(1), 0.02,0.2,0.02), 0)" (expected: 1.10808073403957 actual: 1.10808073403957)
[OK] "VALUE(PFE(14,10), 0)" (expected: 0.856455637395163 actual: 0.856455637395163)
[OK] "VALUE(PFE(BARS-ARRAY(0), 14,10), 0)" (expected: 0.856455637395163 actual: 0.856455637395163)
[OK] "VALUE(PFE(CLOSE(), 14,10), 0)" (expected: 0.856455637395163 actual: 0.856455637395163)
[OK] "VALUE(PFE(SMA(1), 14,10), 0)" (expected: 0.856455637395163 actual: 0.856455637395163)
[OK] "VALUE(Range(), 0)" (expected: 0.000950000000000006 actual: 0.000950000000000006)
[OK] "VALUE(Range(BARS-ARRAY(0)), 0)" (expected: 0.000950000000000006 actual: 0.000950000000000006)
[OK] "VALUE(Range(CLOSE()), 0)" (expected: 0.000950000000000006 actual: 0.000950000000000006)
[OK] "VALUE(Range(SMA(1)), 0)" (expected: 0.000950000000000006 actual: 0.000950000000000006)
[OK] "VALUE(RIND(3,10), 0)" (expected: 47.1788350678776 actual: 47.1788350678776)
[OK] "VALUE(RIND(BARS-ARRAY(0), 3,10), 0)" (expected: 47.1788350678776 actual: 47.1788350678776)
[OK] "VALUE(RIND(CLOSE(), 3,10), 0)" (expected: 47.1788350678776 actual: 47.1788350678776)
[OK] "VALUE(RIND(SMA(1), 3,10), 0)" (expected: 47.1788350678776 actual: 47.1788350678776)
[OK] "VALUE(ROC(14), 0)" (expected: 0.207749977418478 actual: 0.207749977418478)
[OK] "VALUE(ROC(BARS-ARRAY(0), 14), 0)" (expected: 0.207749977418478 actual: 0.207749977418478)
[OK] "VALUE(ROC(CLOSE(), 14), 0)" (expected: 0.207749977418478 actual: 0.207749977418478)
[OK] "VALUE(ROC(SMA(1), 14), 0)" (expected: 0.207749977418635 actual: 0.207749977418635)
[OK] "VALUE(RSI(14,3), 0)" (expected: 65.4724695863047 actual: 65.4724695863047)
[OK] "VALUE(RSI(BARS-ARRAY(0), 14,3), 0)" (expected: 65.4724695863047 actual: 65.4724695863047)
[OK] "VALUE(RSI(CLOSE(), 14,3), 0)" (expected: 65.4724695863047 actual: 65.4724695863047)
[OK] "VALUE(RSI(SMA(1), 14,3), 0)" (expected: 65.4724695863158 actual: 65.4724695863158)
[OK] "VALUE(RSquared(8), 0)" (expected: 0.498626377789318 actual: 0.498626377789318)
[OK] "VALUE(RSquared(BARS-ARRAY(0), 8), 0)" (expected: 0.498626377789318 actual: 0.498626377789318)
[OK] "VALUE(RSquared(CLOSE(), 8), 0)" (expected: 0.498626377789318 actual: 0.498626377789318)
[OK] "VALUE(RSquared(SMA(1), 8), 0)" (expected: 0.498626370943076 actual: 0.498626370943076)
[OK] "VALUE(StdDev(14), 0)" (expected: 0.000796612726947466 actual: 0.000796612726947466)
[OK] "VALUE(StdDev(BARS-ARRAY(0), 14), 0)" (expected: 0.000796612726947466 actual: 0.000796612726947466)
[OK] "VALUE(StdDev(CLOSE(), 14), 0)" (expected: 0.000796612726947466 actual: 0.000796612726947466)
[OK] "VALUE(StdDev(SMA(1), 14), 0)" (expected: 0.000796612726947901 actual: 0.000796612726947901)
[OK] "VALUE(SMA(14), 0)" (expected: 1.10830714285714 actual: 1.10830714285714)
[OK] "VALUE(SMA(BARS-ARRAY(0), 14), 0)" (expected: 1.10830714285714 actual: 1.10830714285714)
[OK] "VALUE(SMA(CLOSE(), 14), 0)" (expected: 1.10830714285714 actual: 1.10830714285714)
[OK] "VALUE(SMA(SMA(1), 14), 0)" (expected: 1.10830714285716 actual: 1.10830714285716)
[OK] "VALUE(StochRSI(14), 0)" (expected: 0.860111194913672 actual: 0.860111194913672)
[OK] "VALUE(StochRSI(BARS-ARRAY(0), 14), 0)" (expected: 0.860111194913672 actual: 0.860111194913672)
[OK] "VALUE(StochRSI(CLOSE(), 14), 0)" (expected: 0.860111194913672 actual: 0.860111194913672)
[OK] "VALUE(StochRSI(SMA(1), 14), 0)" (expected: 0.860111194913856 actual: 0.860111194913856)
[OK] "VALUE(SUM(14), 0)" (expected: 15.5162999999999 actual: 15.5162999999999)
[OK] "VALUE(SUM(BARS-ARRAY(0), 14), 0)" (expected: 15.5162999999999 actual: 15.5162999999999)
[OK] "VALUE(SUM(CLOSE(), 14), 0)" (expected: 15.5162999999999 actual: 15.5162999999999)
[OK] "VALUE(SUM(SMA(1), 14), 0)" (expected: 15.5163000000003 actual: 15.5163000000003)
[OK] "VALUE(TEMA(14), 0)" (expected: 1.10945373542596 actual: 1.10945373542596)
[OK] "VALUE(TEMA(BARS-ARRAY(0), 14), 0)" (expected: 1.10945373542596 actual: 1.10945373542596)
[OK] "VALUE(TEMA(CLOSE(), 14), 0)" (expected: 1.10945373542596 actual: 1.10945373542596)
[OK] "VALUE(TEMA(SMA(1), 14), 0)" (expected: 1.10945373542599 actual: 1.10945373542599)
[OK] "VALUE(TMA(15), 0)" (expected: 1.10825546875 actual: 1.10825546875)
[OK] "VALUE(TMA(BARS-ARRAY(0), 15), 0)" (expected: 1.10825546875 actual: 1.10825546875)
[OK] "VALUE(TMA(CLOSE(), 15), 0)" (expected: 1.10825546875 actual: 1.10825546875)
[OK] "VALUE(TMA(SMA(1), 15), 0)" (expected: 1.10825546875001 actual: 1.10825546875001)
[OK] "VALUE(TSF(3,14), 0)" (expected: 1.11004010990239 actual: 1.11004010990239)
[OK] "VALUE(TSF(BARS-ARRAY(0), 3,14), 0)" (expected: 1.11004010990239 actual: 1.11004010990239)
[OK] "VALUE(TSF(CLOSE(), 3,14), 0)" (expected: 1.11004010990239 actual: 1.11004010990239)
[OK] "VALUE(TSF(SMA(1), 3,14), 0)" (expected: 1.11004010989245 actual: 1.11004010989245)
[OK] "VALUE(TSI(3,14), 0)" (expected: 38.3448003003004 actual: 38.3448003003004)
[OK] "VALUE(TSI(BARS-ARRAY(0), 3,14), 0)" (expected: 38.3448003003004 actual: 38.3448003003004)
[OK] "VALUE(TSI(CLOSE(), 3,14), 0)" (expected: 38.3448003003004 actual: 38.3448003003004)
[OK] "VALUE(TSI(SMA(1), 3,14), 0)" (expected: 38.344800300326 actual: 38.344800300326)
[OK] "VALUE(UltimateOscillator(7,14,28), 0)" (expected: 55.4425069497896 actual: 55.4425069497896)
[OK] "VALUE(UltimateOscillator(BARS-ARRAY(0), 7,14,28), 0)" (expected: 55.4425069497896 actual: 55.4425069497896)
[OK] "VALUE(UltimateOscillator(CLOSE(), 7,14,28), 0)" (expected: 55.4425069497896 actual: 55.4425069497896)
[OK] "VALUE(UltimateOscillator(SMA(1), 7,14,28), 0)" (expected: 55.4425069497896 actual: 55.4425069497896)
[OK] "VALUE(VMA(9,9), 0)" (expected: 1.10822574301695 actual: 1.10822574301695)
[OK] "VALUE(VMA(BARS-ARRAY(0), 9,9), 0)" (expected: 1.10822574301695 actual: 1.10822574301695)
[OK] "VALUE(VMA(CLOSE(), 9,9), 0)" (expected: 1.10822574301695 actual: 1.10822574301695)
[OK] "VALUE(VMA(SMA(1), 9,9), 0)" (expected: 1.10822574301697 actual: 1.10822574301697)
[OK] "VALUE(VOL(), 0)" (expected: 4476 actual: 4476)
[OK] "VALUE(VOL(BARS-ARRAY(0)), 0)" (expected: 4476 actual: 4476)
[OK] "VALUE(VOL(CLOSE()), 0)" (expected: 4476 actual: 4476)
[OK] "VALUE(VOL(SMA(1)), 0)" (expected: 4476 actual: 4476)
[OK] "VALUE(WilliamsR(14), 0)" (expected: -21.8750000000039 actual: -21.8750000000039)
[OK] "VALUE(WilliamsR(BARS-ARRAY(0), 14), 0)" (expected: -21.8750000000039 actual: -21.8750000000039)
[OK] "VALUE(WilliamsR(CLOSE(), 14), 0)" (expected: -21.8750000000039 actual: -21.8750000000039)
[OK] "VALUE(WilliamsR(SMA(1), 14), 0)" (expected: -21.8750000000039 actual: -21.8750000000039)
[OK] "VALUE(WMA(14), 0)" (expected: 1.10870238095518 actual: 1.10870238095518)
[OK] "VALUE(WMA(BARS-ARRAY(0), 14), 0)" (expected: 1.10870238095518 actual: 1.10870238095518)
[OK] "VALUE(WMA(CLOSE(), 14), 0)" (expected: 1.10870238095518 actual: 1.10870238095518)
[OK] "VALUE(WMA(SMA(1), 14), 0)" (expected: 1.10870238095293 actual: 1.10870238095293)
[OK] "VALUE(ZLEMA(14), 0)" (expected: 1.10933885376531 actual: 1.10933885376531)
[OK] "VALUE(ZLEMA(BARS-ARRAY(0), 14), 0)" (expected: 1.10933885376531 actual: 1.10933885376531)
[OK] "VALUE(ZLEMA(CLOSE(), 14), 0)" (expected: 1.10933885376531 actual: 1.10933885376531)
[OK] "VALUE(ZLEMA(SMA(1), 14), 0)" (expected: 1.10933885376534 actual: 1.10933885376534)


Category NinjaTrader 8 Indicators and More 
 
Suggest other entries I might like
Details: Formula Indicator
Category: NinjaTrader 8 Indicators and More 


December 14th, 2019
Size: 3.39 KB
Downloaded: 129 times
PriceActionSwing NT8 5 *
The PriceActionSwing indicator for NinjaTrader 8.0 calculates swings in different ways and visualizes them. It shows swing information like the swing length, duration, volume,... It contains a lot of features. It is also usable on the Market Analyzer.

The package contains 3 indicators:
PriceActionSwing
- standard swing indicator with visualization and swing information
PriceActionSwingPro
- Draw automatically Fibonacci extensions and retracements
- Calculate a swing statistic (not fully supported right now)
- Calculate and visualize ABC patterns
- Risk management (automatically for ABC patterns) (not fully supported right now)
- Calculate and visualize divergence based on an indicator
PriceActionSwingOscillator
- swing trend visualization
- developing swing volume (repainting)

Useful to see/trade price action with HH, HL in uptrends and LL, LH in downtrends and patterns like double top/bottom, triangle,

For more information see this thread.

Version 19 - 12. December 2016
- Updated to NinjaTrader8

Version 20 - 19. December 2016
- Fixed brush properties to use the preset function

COMPATIBILITY:
NinjaTrader 7.0: NO, see NT7 version here
NinjaTrader 8.0: YES


Category Free Section 
 
Suggest other entries I might like
Details: PriceActionSwing NT8
Category: Free Section 


December 19th, 2016
Size: 58.44 KB
Downloaded: 121 times
View the winning 'starred entries' Custom Trader Dynamic Index (TDI) NT8
Winning Entry January 1st, 2020 to February 1st, 2020 [1 votes]

Hey guys, I've discovered a custom TDI that can be created without coding. All the indicators are available if you have NT8. Instructions are as follows:

Double stochastics 10 period; Scale justification - right

SUM 3 period; Input series - RSI period 13; Scale justification - overlay
SUM 18 period; Input series - RSI period 13; Scale justification - left
Bollinger; Input series - RSI period 13; Scale justification - right; Period 34, Standard deviations - 2 (Set upper and lower band to transparent to hide or you can leave them if you prefer)

* Best trade set ups for longs is when the 2 SUMs are above the middle Bollinger band and double stochastic is oversold. The reverse is true for shorts. You can also trade it when fast SUM crosses slow SUM just like other oscillators. Feel free to change the period settings to suit your trading needs. Play around with it and let me know how it works for you!

*The Download is a copy of my indicator template that you'll have to import into your charts.


Category The Elite Circle 
 
Suggest other entries I might like
Details: Custom Trader Dynamic Index (TDI) NT8
Category: The Elite Circle 


December 22nd, 2019
Size: 52.70 KB
Downloaded: 96 times
Custom Trader Dynamic Index (TDI) NT8 4 *
Hey guys, I've discovered a custom TDI that can be created without coding. All the indicators are available if you have NT8. Instructions are as follows:

Double stochastics 10 period; Scale justification - right

SUM 3 period; Input series - RSI period 13; Scale justification - overlay
SUM 18 period; Input series - RSI period 13; Scale justification - left
Bollinger; Input series - RSI period 13; Scale justification - right; Period 34, Standard deviations - 2 (Set upper and lower band to transparent to hide or you can leave them if you prefer)

* Best trade set ups for longs is when the 2 SUMs are above or crossing the middle Bollinger band and double stochastic is oversold. The reverse is true for shorts. You can also trade it when fast SUM crosses slow SUM just like other oscillators. It's useful to have it on different time frames and you can adjust the period setting to fit your trading needs. Play around with it and let me know how it works for you!

*The Download is a copy of my indicator template that you'll have to import into your charts or you can follow the instructions to create it yourself.


Category NinjaTrader 8 Indicators and More 
 
Suggest other entries I might like
Details: Custom Trader Dynamic Index (TDI) NT8
Category: NinjaTrader 8 Indicators and More 


December 22nd, 2019
Size: 52.70 KB
Downloaded: 88 times
Supply Demand Zones for NT8 (MTF) 5 *
The indicator plots supply and demand based zones from various time frames on the chart. It also adds a context menu item to the default Ninjatrader context menu to hide and show active and broken zones.

Version: 1.2 | Dec. 2016


Category NinjaTrader 8 Indicators and More 
 
Suggest other entries I might like
Details: Supply Demand Zones for NT8 (MTF)
Category: NinjaTrader 8 Indicators and More 


November 6th, 2016
Size: 13.33 KB
Downloaded: 86 times

Keywords: demand supply zones
 



 
Category
 


All times are GMT -4. The time now is 07:31 PM. (this page content is cached, log in for real-time version)

Copyright © 2020 by futures io, s.a., Av Ricardo J. Alfaro, Century Tower, Panama, +507 833-9432, info@futures.io
All information is for educational use only and is not investment advice.
There is a substantial risk of loss in trading commodity futures, stocks, options and foreign exchange products. Past performance is not indicative of future results.