Simple moving averages close together

[SwervinMervin]

I'm BEGGING for someone to be able to write code in the thinkscript editor to be able to scan for the 20 SMA and 200 SMA within (x) percent away from each other for (x) amount of bars.
For example, creating a scan for 20 SMA and 200 SMA within 1% apart from each other (staying within 1%) for 10 bars. Doesn't matter which SMA is on top.. so long as within the 10 bars, they don't seperate more than 1% of distance from each other.

The main objective is to be able to scan for a stock that has its 20 SMA and 200 SMA close in proximity to each other for a decent amount of time.. lets say .. at least for 10 bars.

Please please please!!! Anybody

 

[BenTen]

Already available here https://usethinkscript.com/threads/...een-emas-or-any-2-plots-for-thinkorswim.1345/

 

[SwervinMervin]

Hey Mr. Ben. Thank you so much for the response. I do humbly appreciate it. I'm excited to do a deep dive into this community.

What you provided in response wasn't quite was I was asking for, but it might have been me not explaining it clearly.

If I may, let's take the stock DAL for example. Using the 20 SMA and the 200 SMA (which are the only moving averages i'm interested in)... Look how close those particularly moving averages are close together on the daily chart from 4/13/23 to 5/17/23. This is about 25 bars on the daily. That's what I'm looking for. It doens't have to be touching like that, but close and for a certain amount of bars.

I'm looking to make a scanner that can detect whenever any stock's 20 SMAs and 200 SMAs are within a certain percentage of each other (doesn't matter if the 20 is on top or bottom) so long as they're within a certain percentage of distance from each other but..also for an (x) amount bars.

Thank you so much for everything that you do !! I've joined yesterday and I'm already so excited.

 

[Joshua]

input Dist = 1;
input Length = 10;
def MA200 =
    simpleMovingAvg(close,200);
def MA20 =
    simpleMovingAvg(close,20);
def PctDist =
    (Max(MA200,Ma20) - Min(Ma200,Ma20)) / Min(Ma200,Ma20) * 100;
def Consec =
    Sum(PctDist <= Dist,Length) == Length;
plot Scan = Consec;