Note: At the judges request here, this downgraded issue from the same warden has been included in this report for completeness.
The protocol does not enforce a width limit but the maximum possible width can only cover less than 2.5% of the whole tick range (when tick spacing is 10).
Users might end up extremely small position width due to downcast to 12-bit while trying to cover a wide range of ticks with their position. 
The width of a leg in the token ID is a 12-bit value and this value is added with addWidth() function during token ID construction. Because the width is a 12-bit value, the biggest value of the width is 4095.
As we can see here, width = (tickUpper - tickLower) / tickSpacing.
Supported tick spacings in this protocol are 10, 60 and 200 according to the protocols audit page.
For a pool with a tick spacing of 10, the maximum tick range a leg can cover is 40950 (this is the max possible value of tickUpper - tickLower).
The max tick in the protocol is: 887272
The min tick in the protocol is: -887272
Now lets check the possible tick range for a tick spacing of 10.
max: 887270 (remainder should be 0)
min: -887270  
tick upper - tick lower = 1,774,540
That value is the maximum difference between ticks. Of course, we are not expecting anyone to cover the whole range. That contradicts the idea of concentrated liquidity.
However, the value of 40950 / 1774540 is just 2.307%. Users cant even cover 2.5% of the possible price range. If a user tries to cover a wide range, that value will be overwritten and the width will be an extremely small value.
The protocol promotes that any token including meme tokens like Shiba or Pepe can be used to create options. There is also this sentence in the protocols audit page:
It is been stated that nonsensical inputs may result in unwanted outcomes. However, trying to cover 2.5% of the price range for a meme token in the bull market is not nonsensical. In fact, users should be able to cover much wider ranges in these kinds of tokens.
Lets check a few pricing examples with these tick ranges. Ill use the price calculation formula described in this uniswap article.
As I mentioned above, max width is 4095 and max tick range is 40950 (for tickSpacing 10).
Prices are calculated based on 1.0001**tick. When we calculate 1.0001 ** 40950, well see the result of ~60.027. Which means max range a leg can cover is 60x (which is not a big deal for a meme token).
Example 1:
For a token with USDC pair:
Tick is 276000 -> price based on the formula: ~1.0329
Tick is 235000 -> price based on the formula: ~62.314 
The tick range in above example is 41000, which is bigger than the max range. However the price range is only between 1 and 62 dollars. 
Example 2:
The price range in the example above was around 60 dollars. It is much more significant with low priced tokens. Similarly again with USDC pair:
Tick is 299000 -> price based on the formula: ~0.10357
Tick is 258000 -> price based on the formula: ~6.2483
It is still 60x price difference but the nominal price range is significantly narrow. 12-bit width leg cant even cover a token price between 0.1 and 6.2 dollars.
I acknowledge users should be careful when trading options. However, a user wanting to mint an option with a price range of 0.1 USD to 10 USD in the bull market conditions is not something unexpected or extremely rare, especially if the token is a volatile one. If a user tries to mint an option this way, they will end up with a much riskier and narrow position.
If the protocol wants to support any token at any price, the width should be bigger than 12-bit (the max possible range (1774540) is an 18-bit value). Otherwise, the protocol should warn its users that there is a maximum width restriction.
You can use the snippet by copy-pasting it in the SemiFungiblePositionManager.t.soltest file:
I would recommend either enforcing max width restriction and informing users in detail on that matter, or using bigger width values. 
Context
dyedm1 (Panoptic) disputed and commented:
Picodes (judge) commented:
