Bonjour et merci beaucoup.
The indicator you shared here is a great indicator.
I am not sure to understand what you ask.
In fact the indicator you share does an end point version of the i-REGR indicator. The calculation is made point by point of the i-REGR and plotted point by point so when the regular i-REGR recalculates this does not affects the end point versions because it does not allow any recalculation of past data.
So we can know how it changes over time.
However the author changed the name of the variables provoking maybe some confusion.
RegrOrdr gives the degree of the Polynom fit.
RegrOrdr (KH i-Regr v1) = degree (i-regr) - degree of Polynom fit
Set RegrOrdr = 1 Linear
Set RegrOrdr = 2 Quad
Set RegrOrdr = 3 Cubic
etc.
StdDev (KH i-Regr v1) = kstd (i-regr)
Standard deviation of the channel
The only think I think that may be improved is to use a jurik filtering instead of Triple EMA.
By the way we have A SSA end pointed (see a link some posts ago).
We have Fast Fourier Transform end pointed (this one is not free but in the elite section in TSD, I do not have it)
"KH i-Regr v1.mq4
Developed By KingHigh
Derived from work done by developer of
i-regr.mq4 found int MT4 CodeBase database
No Name to credit work was found with code.
i-regr gives a pretty Polynom fit
but the display gives no real view of how
it performs over a series of bars or the
whole chart for that matter. This version
re-calculates the fit bar by bar so that
an EA writer can see how well it works.
Also added a Triple EMA smooth to remove
small pertabations and allows minimum
slopes to be nulled and shows a positive
slope and neg slope.
This indie DOES NOT re-paint. Don't Ask!
Set RegrOrdr = 1 Linear
Set RegrOrdr = 2 Quad
Set RegrOrdr = 3 Cubic & so on
Set StdDev = 0 for no StdDev display
Set PreSmPrd for pre calc smoothing
Set PostSmPrd for post calc smoothing "
The indicator you shared here is a great indicator.
I am not sure to understand what you ask.
In fact the indicator you share does an end point version of the i-REGR indicator. The calculation is made point by point of the i-REGR and plotted point by point so when the regular i-REGR recalculates this does not affects the end point versions because it does not allow any recalculation of past data.
So we can know how it changes over time.
However the author changed the name of the variables provoking maybe some confusion.
RegrOrdr gives the degree of the Polynom fit.
RegrOrdr (KH i-Regr v1) = degree (i-regr) - degree of Polynom fit
Set RegrOrdr = 1 Linear
Set RegrOrdr = 2 Quad
Set RegrOrdr = 3 Cubic
etc.
StdDev (KH i-Regr v1) = kstd (i-regr)
Standard deviation of the channel
The only think I think that may be improved is to use a jurik filtering instead of Triple EMA.
By the way we have A SSA end pointed (see a link some posts ago).
We have Fast Fourier Transform end pointed (this one is not free but in the elite section in TSD, I do not have it)
"KH i-Regr v1.mq4
Developed By KingHigh
Derived from work done by developer of
i-regr.mq4 found int MT4 CodeBase database
No Name to credit work was found with code.
i-regr gives a pretty Polynom fit
but the display gives no real view of how
it performs over a series of bars or the
whole chart for that matter. This version
re-calculates the fit bar by bar so that
an EA writer can see how well it works.
Also added a Triple EMA smooth to remove
small pertabations and allows minimum
slopes to be nulled and shows a positive
slope and neg slope.
This indie DOES NOT re-paint. Don't Ask!
Set RegrOrdr = 1 Linear
Set RegrOrdr = 2 Quad
Set RegrOrdr = 3 Cubic & so on
Set StdDev = 0 for no StdDev display
Set PreSmPrd for pre calc smoothing
Set PostSmPrd for post calc smoothing "