friend4you wrote:Thanks, looks great, even with hidden divergence. Your settings are unusual, did you test them to be better? Can you post the older indicator, your version is build from?

If I deactivate lines on an indicator, does that make it faster or does the indicator just don't show the lines like in the rsx indicator of the second post?


What does that mean:

Code: Select all

RsiSignalLinePhase           = 0;            // Rsi signal line jurik phase
AND
enum stdMethods
{
   std_custSam, // Custom - with sample correction
   std_custNos  // Custom - without sample correction

Any news about the small 3ma indicator update?

The indicator I modified to make the version I posted was the last one you posted. The settings were just from trial and error.

This phase is explained by Mark Jurik

Why does JMA have a PHASE parameter?

There are two ways to decrease noise in a time series using JMA. Increasing the LENGTH parameter will make JMA move slower and thereby reduce noise at the expense of added lag.

Alternatively, you can change the amount of "inertia" contained within JMA. Inertia is like physical mass, the more you have, the more difficult it is to turn direction.
So a filter with lots of inertia will require more time to reverse direction and thereby reduce noise at the expense of overshooting during reversals in the time series.

All strong noise filters have lag and overshoot, and JMA is no exception. However, the JMA's adjustable parameters PHASE and LENGTH offer you a way to select the optimal tradeoff between lag and overshoot. This gives you the opportunity to fine-tune various technical indicators.For example, the chart (at right) shows a fast JMA line crossing over a slower JMA line. To make the fast JMA line turn "on a dime" whenever the market reverses, it was set to have no inertia. In contrast, the slow JMA was set to have large inertia, thereby slowing down its ability to turn during market reversals. This arrangement causes the faster line to cross over the slower line as quickly as possible, thereby producing low lag crossover signals. Clearly, user control of a filter's inertia offers considerable power over filters lacking this capability.

More on this subject here: What are Jurik indicators?

Deactivating any lines will not change the indicator speed. 

About   that is used with standard deviation.

And the small 3ma indicator is a decompiled indicator, I will not work on a decompiled indicator.