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Market Replay ES 12-19 (NT8) 3 of 3 5 *
NT 8 Market Replay data for ES

Contract: ES 12-19 - Part 3 of 3



Download instructions:

Note this is a multi-part download. After download and before extracting you need to rename this file to "ES 12-19.7z.003"

Dowload and unzip file in NT 8 replay folder Documents\NinjaTrader 8\db\replay
  • Once all files have been downloaded and renamed, right-click on the first one and select "extract here"
  • Make sure to use the "extract here" function as shown, and not the "Extract to" function, to avoid the creation of a folder within a folder
  • The archive will create a folder with the relevant front month and a series of .nrd files inside (one per day)



Note: the archive contains only the dates with the most volume for this contract, meaning, this is data relevant only to when the contract becomes the front month.


If you are not too familiar with Windows file extensions and your Windows settings, make sure to check this thread out: https://nexusfi.com/tech-support/48500-how-show-file-extensions-known-file-types-windows.html


Category NinjaTrader Market Replay Data  		 
Suggest other entries I might like
Details: Market Replay ES 12-19 (NT8) 3 of 3
Category: NinjaTrader Market Replay Data 


December 20th, 2019
Size: 62.99 MB
Downloaded: 142 times
Market Replay ES 12-19 (NT8) 2 of 3 5 *
NT 8 Market Replay data for ES

Contract: ES 12-19 - Part 2 of 3



Download instructions:

Note this is a multi-part download. After download and before extracting you need to rename this file to "ES 12-19.7z.002"

Dowload and unzip file in NT 8 replay folder Documents\NinjaTrader 8\db\replay
  • Once all files have been downloaded and renamed, right-click on the first one and select "extract here"
  • Make sure to use the "extract here" function as shown, and not the "Extract to" function, to avoid the creation of a folder within a folder
  • The archive will create a folder with the relevant front month and a series of .nrd files inside (one per day)



Note: the archive contains only the dates with the most volume for this contract, meaning, this is data relevant only to when the contract becomes the front month.


If you are not too familiar with Windows file extensions and your Windows settings, make sure to check this thread out: https://nexusfi.com/tech-support/48500-how-show-file-extensions-known-file-types-windows.html


Category NinjaTrader Market Replay Data  		 
Suggest other entries I might like
Details: Market Replay ES 12-19 (NT8) 2 of 3
Category: NinjaTrader Market Replay Data 


December 20th, 2019
Size: 250.00 MB
Downloaded: 149 times
Market Replay ES 12-19 (NT8) 1 of 3
NT 8 Market Replay data for ES

Contract: ES 12-19 - Part 1 of 3



Download instructions:

Note this is a multi-part download. After download and before extracting you need to rename this file to "ES 12-19.7z.001"

Dowload and unzip file in NT 8 replay folder Documents\NinjaTrader 8\db\replay
  • Once all files have been downloaded and renamed, right-click on the first one and select "extract here"
  • Make sure to use the "extract here" function as shown, and not the "Extract to" function, to avoid the creation of a folder within a folder
  • The archive will create a folder with the relevant front month and a series of .nrd files inside (one per day)



Note: the archive contains only the dates with the most volume for this contract, meaning, this is data relevant only to when the contract becomes the front month.


If you are not too familiar with Windows file extensions and your Windows settings, make sure to check this thread out: https://nexusfi.com/tech-support/48500-how-show-file-extensions-known-file-types-windows.html


Category NinjaTrader Market Replay Data  		 
Suggest other entries I might like
Details: Market Replay ES 12-19 (NT8) 1 of 3
Category: NinjaTrader Market Replay Data 


December 20th, 2019
Size: 250.00 MB
Downloaded: 156 times
Formula Indicator 5 *
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  		 
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Details: Formula Indicator
Category: NinjaTrader 8 Indicators and More 


December 14th, 2019
Size: 3.39 KB
Downloaded: 633 times
BTOpeningRange v2 5 *
This is an upgrade from the original BTOpeningRange indicator by Jason Chan (bearishtrader).
The v1 indicator didn't print the open price, only the High/Low range. The open price plot is now available.
Also, you can configure when to stop the plot. By default, the plot will stop when the regular session ends.
The plots, colors and times are all configurable in the properties screen.

I searched high and low for a free, simple indicator with the open range and price. Hopefully this will be useful for anyone looking for the same thing


Category NinjaTrader 8 Indicators and More  		 
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Details: BTOpeningRange v2
Category: NinjaTrader 8 Indicators and More 


December 10th, 2019
Size: 2.99 KB
Downloaded: 740 times
Market Replay CL 12-19 (NT8)
NT 8 Market Replay data for CL

Contract: CL 12-19



Download instructions:
dowload and unzip file in NT 8 replay folder Documents\NinjaTrader 8\db\replay
The file will create a folder with the relevant front month and a series of .nrd files inside (one per day)

Make sure to use the "extract here" function as shown, and not the "Extract to" function, to avoid the creation of a folder within a folder.



Note: the archive contains only the dates with the most volume for this contract, meaning, this is data relevant only to when the contract becomes the front month.


Category NinjaTrader Market Replay Data  		 
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Details: Market Replay CL 12-19 (NT8)
Category: NinjaTrader Market Replay Data 


November 28th, 2019
Size: 186.36 MB
Downloaded: 87 times
Convert Market Replay(NRD) to CSV and Import ticks format 5 *
This strategy allows you:
- convert market-replay(NRD) to CSV format (for each day separately)
- convert market-replay to NinjaTrader ticks import format (*.Last.txt, *.Ask.txt, *.Bid.txt)

How to use it:
1) Connect to Market Replay Connection
2) In strategy tab add MarketReplayDumpStrategy and select Contract you're trying to convert for example ES 09-19(make sure that you have any market replays for that contact). TimeFrame of strategy do not matter, same as DaysToLoad, but better select 1 day to load it faster.
3) Make sure folder from strategy settings exists
4) Enable the strategy and watch Output window

* Dump process can be multi-threaded, you can control that via MaxDegreeOfParallelism
* Creation of import data is single threaded since it is writing to one file
* Strategy will automatically detect life time of contact by expiration/rollover dates from NinjaTrader, and adds extra 3 days before and after
* Once conversion process is done strategy will disable itself
* When importing(Tools->Import->Historical Data) set "Time Zone of imported Data" to your NinjaTrader TimeZone(Tools->Options->General->Time Zone)
* Tested on 8.0.19.1 64-bit


Category NinjaTrader 8 Indicators and More  		 
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Details: Convert Market Replay(NRD) to CSV and Import ticks format
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November 25th, 2019
Size: 161.72 KB
Downloaded: 255 times
RSI in Laguerre Time with Fractal Energy 5 *
This is a NT8 converted version of the TOS (ThinkOrSwim) indicator.

You can use it to trade reversals or continuation whenever both the RSI Lag and FE are in confluence.

More usage details can be found on the TOS board here:
https://usethinkscript.com/threads/rsi-laguerre-indicator-with-fractal-energy-usage-notes.219/


Category NinjaTrader 8 Indicators and More  		 
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Details: RSI in Laguerre Time with Fractal Energy
Category: NinjaTrader 8 Indicators and More 


November 20th, 2019
Size: 7.50 KB
Downloaded: 1108 times
Pace of Tape for NT6.5
PaceofTape indicator for NT6.5

Category NinjaTrader 6.5 Indicators  		 
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Details: Pace of Tape for NT6.5
Category: NinjaTrader 6.5 Indicators 


November 3rd, 2019
Size: 2.43 KB
Downloaded: 23 times
CandleCode V1.0 for NT8 5 *
This is a simplified variation of Viktor Likhovidov's digital coding of candlesticks as seen in the September 2001 issue of Stocks & Commodities. Each candlestick is converted into a 3 digit number.

First Digit = High - Open
Second Digit = High - Close
Third Digit = Open - Low

Try it with various bar types and you will see different patterns emerge for minute, range, renko, etc. bar types.

This indie may have value as signaling an entry or exit, especially when used with other indies. Plus, anyone wishing to edit the code will find it very simple and easy to edit.

Those who export their chart data to Excel may find this column of data useful.


Category NinjaTrader 8 Indicators and More  		 
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Details: CandleCode V1.0 for NT8
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October 23rd, 2019
Size: 1.57 KB
Downloaded: 523 times
 

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