Welcome to NexusFi: the best trading community on the planet, with over 150,000 members Sign Up Now for Free
Genuine reviews from real traders, not fake reviews from stealth vendors
Quality education from leading professional traders
We are a friendly, helpful, and positive community
We do not tolerate rude behavior, trolling, or vendors advertising in posts
We are here to help, just let us know what you need
You'll need to register in order to view the content of the threads and start contributing to our community. It's free for basic access, or support us by becoming an Elite Member -- see if you qualify for a discount below.
-- Big Mike, Site Administrator
(If you already have an account, login at the top of the page)
If I want to track the difference between the NQ and the ES futures on a percentage basis, I can type in NQ and add ES on top of it to see when the two futures are far apart. Is there a synthetic futures formula that would allow me to track the spread between NQ and ES in a systematic fashion?
I tried to use NQ-ES but this leads to some confusing, at least to me, results:
As you can see, the 2 (ES orange, NQ magenta) futures and the NQ-ES spread (blue line) start out at 0% but, even though the ES and NQ drift apart and meet once again, as indicated by the green circles, the blue line (the spread), doesn't fall back to the 0% line as it should, because the gap between NQ and ES is closed at the green circled spots.
Why isn't the NQ-ES spread at 0% once NQ and ES meet and above zero (in case NQ gets stronger than ES) and below zero (in case NQ gets weaker than ES)?
Can you help answer these questions from other members on NexusFi?
The picture is from tradingview, but the same graphs are displayed by thinkorswim, which leads me to believe that there's a fundamnetal misconception that I have about the percentage view of futures spreads, but I just can't put my finger on what exactly is wrong with my point of view.
Let's say we're at the starting point where everything's at zeri percent.
Next, we encounter a state where NQ went down 3% (is now at -3% in the percentage view) and ES went up 2%.
We see that NQ is undervalued compared to ES, and we want to buy the NQ-ES spread, which should be at -5%, since that spread is long NQ (-3%) and short ES (-2%) which equals -5% total on the whole position.
Buying the NQ-ES spread means that I'm buying NQ and selling ES.
Let's now assume that NQ goes up 3% and ES falls down 2%, then both tickers are at zero percent, andthe NQ-ES spread should also reach zero percent, as the spread neutralized the-5% when I bought the spread.
Unfortunately, the spread doesn't work that way, it's not tracking the percentage difference between the two futures, and I don't know what it does exactly at this point...
I don't understand.... Isn't volatility captured by percentages? I'm not looking at ticks, just the pure percentage moves themselves.
If I'm long NQ and short ES, I should capture the percentage moves of NQ and the percentage moves of ES with that spread because i'm long 1 NQ contract and short 1 ES contract...
You are misunderstanding a few things. To cut to the chase, you need to divide, not subtract, if you want to see the percent difference. Enter your formula on TV as: NQ1! / ES1!
Imagine A is at 100 and B is at 200. Each gains 100 points, with A now at 200 and B now at 300. A has increased 100%, and B has increased 50%. They've both moved 100 points higher, but A has outperformed B on a percentage basis. So of course, since NQ's point value is 3x that of ES, if they both gain 1000 points a difference spread will show no change, but in reality ES has outperformed NQ by a factor of 3.
If you'd bought 1 unit of A at 100 and sold at 200, you'd have made +100. If you had bought 1 unit of B at 200 and sold at 300, you'd have also made +100. Yet, it took twice as much capital outlay when buying B.
When you set the scale to "percent", it takes the leftmost point on the chart, sets that as the starting value, and bases all other values on the chart as the difference from that value, in percentage terms. If you do some experimenting, you will see that this yields the result you want. For example, using Dec 31 as the starting point, you will see a starting NQ/ES ratio of 3.43, and that ratio was almost identical on Sept 2, and the chart correctly shows a near zero percent difference on that day.
Your explanation makes it easy to understand. Don't know why I didn't think of that appraoch myself...
Dividing really yields the results that I want! Now I understand the logic behind the spread constructs with 2 tickers. What if I add 4 tickers to the equation?
For example, If I want to track the difference between NQ-ES and RTY-YM, what should I enter then? (NQ1!/ES1!)/(RTY1!/YM1!)? Is that correct?
So buying that spread (NQ1!/ES1!)/(RTY1!/YM1!) results in being long NQ-ES and being short RTY-YM?