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Re: DSL (Discontinued Signal Line) indicators
Posted: Sun Apr 16, 2017 1:45 am
by mrtools
mrtools wrote: Sun Mar 19, 2017 11:17 pm
Knaimad, added the mtf.
Posting this again seems the original file not working after migration.
Re: dsl (discontinued signal line) indicators
Posted: Sun Apr 16, 2017 1:53 am
by mrtools
This is discontinued signal line of ha delta oma smoothed. Indicator is mtf with alerts on color change.
Re: dsl (discontinued signal line) indicators
Posted: Mon Apr 17, 2017 12:04 am
by myrx
Hello @mrtools and forum,
this indicator looks actually good enough to try it out :P
# happy Easter #
Re: dsl (discontinued signal line) indicators
Posted: Thu Apr 20, 2017 6:29 am
by moneylender
Thank you guys, this is a very interesting thread. The information is just fantastic!
Thanks again
ML
Dsl macd
Posted: Sat Apr 22, 2017 9:11 pm
by mladen
Dsl (discontinued signal lines) macd - with some options added
Macd is calculated using EMA. This version allows it to use any of the 4 basic average types
* using sma
* using ema
* using smma
* using lwma
Example when "macd" is calculated using SMMA
Dsl DMI - (vidya)
Posted: Sun Apr 23, 2017 11:30 pm
by mladen
Dsl (discontinued signal lines) DMI that can use Vidya for smoothing (in this case it uses result smoothing, not internal prices smoothing)
Also, this is the first case where the modified Vidya is calculating smoothed value of one value (DMI) using CMO (Chandes momentum oscillator) of another value (close price) in this case. That way it is much more responsive and the lag is reduced to minimal. It also makes the whole indicator implicitly adaptive (being that Vidya is adaptive)
DSL weighted bulls/bears smoothed (mtf + alerts)
Posted: Tue Apr 25, 2017 7:19 pm
by mladen
Upgraded weighted dsl smoothed version of bull/bears :
- multi time frame added
- alerts on signal lines crosses added
- alerts on zero line crosses added
Dsl DMI - (vidya) - new version
Posted: Thu May 11, 2017 12:54 am
by mladen
This falls into "experiments" category too
Dsl DMI - (vidya) - new version - with a direct intervention in the DMI calculation - this version allows to have smoothed ranges (not ATR, but the range - the first step of dmi calculation). It seems that the lag added is almost non-existent (see the example)
Some parameters experimenting advised - and for the icing on the cake, vidya smoothing (since it is adaptive) on the end of calculation should add some more value to the already useful DMI oscillator
Re: Dsl DMI - (vidya) - new version
Posted: Thu May 11, 2017 2:20 am
by mntiwana
mladen wrote: Thu May 11, 2017 12:54 am
This falls into "experiments" category too
Dsl DMI - (vidya) - new version - with a direct intervention in the DMI calculation - this version allows to have smoothed ranges (not ATR, but the range - the first step of dmi calculation). It seems that the lag added is almost non-existent (see the example)
dsl dmi.png
Some parameters experimenting advised - and for the icing on the cake, vidya smoothing (since it is adaptive) on the end of calculation should add some more value to the already useful DMI oscillator
Dearest MLADEN
Thanks for the pretty invention
one question plz - It always confuse me - what exact "DMI" stand for as there are two different descriptions
1 : Dynamic Momentum Index
2 : Directional Movement Index
how a standard user can differentiate in between - and plz some explanations regarding all 2 sort indicators.
regards
Re: Dsl DMI - (vidya) - new version
Posted: Thu May 11, 2017 2:30 am
by mladen
mntiwana wrote: Thu May 11, 2017 2:20 am
Dearest MLADEN
Thanks for the pretty invention
one question plz - It always confuse me - what exact "DMI" stand for as there are two different descriptions
1 : Dynamic Momentum Index
2 : Directional Movement Index
how a standard user can differentiate in between - and plz some explanations regarding all 2 sort indicators.
regards
DMI is coming from the name that Welles Wilder used for it (some more information can be found here :
DMI - Welles Wilder). With an addition of "average" it became the ADX
But DMI in this case is DMI oscillator - not quite DMI (ADX) but very similar to it. Using almost the math used by ADM (ADX) too