chickensword wrote: Tue Dec 20, 2022 7:30 am May Mr Tools please give it this color look please? I’m not sure if this donchian channels in the picture I found on instagram also
With gratitude !

mrtools wrote: Tue Dec 20, 2022 11:31 am Not sure what type of channel that is don't think a donchian channel would work.

mrtools wrote: Tue Dec 20, 2022 7:58 am Not sure if I can do it or not, will give it a try.

mrtools wrote: Tue Dec 20, 2022 11:31 am Not sure what type of channel that is don't think a donchian channel would work.

//@version=2
study("Motion To Attraction Channels",shorttitle="MTA-Channels",overlay=true)
length = input(14)
//
alpha = 1/length
a = close > nz(A[1],close) ? close : nz(a[1],close)
b = close < nz(B[1],close) ? close : nz(b[1],close)
c = change(b) ? nz(c[1]) + alpha : change(a) ? 0 : nz(c[1])
d = change(a) ? nz(d[1]) + alpha : change(b) ? 0 : nz(d[1])
//
avg = avg(a,b)
A = c*avg+(1-c)*a
B = d*avg+(1-d)*b
//
plot(A,color=#0080FF,transp=0),plot(B,color=#FF0040,transp=0) 

chickensword wrote: Wed Dec 21, 2022 6:37 am I found it Mr Tools

Code: Select all

//@version=2
study("Motion To Attraction Channels",shorttitle="MTA-Channels",overlay=true)
length = input(14)
//
alpha = 1/length
a = close > nz(A[1],close) ? close : nz(a[1],close)
b = close < nz(B[1],close) ? close : nz(b[1],close)
c = change(b) ? nz(c[1]) + alpha : change(a) ? 0 : nz(c[1])
d = change(a) ? nz(d[1]) + alpha : change(b) ? 0 : nz(d[1])
//
avg = avg(a,b)
A = c*avg+(1-c)*a
B = d*avg+(1-d)*b
//
plot(A,color=#0080FF,transp=0),plot(B,color=#FF0040,transp=0) 

chickensword wrote: Thu Dec 22, 2022 11:33 am Any update Mr tool ¯\_(ツ)_/¯ I would assume was foreign language or too powerful

kvak wrote: Wed Apr 20, 2022 10:30 pm

chickensword wrote: Fri Dec 23, 2022 9:44 am Hey there Kvak do you think you could help us translate the above Motion Attraction indicator? Much appreciated

kvak wrote: Fri Dec 23, 2022 11:14 am Hello, I think that this is out of my skill...