Kind of a strange sentence so I’ll explain further. Imagine you have a baseball that you toss in an arc. At any point you can activate the power to teleport. The location you arrive at will be one where the ball will strike your palm in the next fraction of a second. Hence making you “catch” it.
The power cannot activate if the ball strikes a solid surface, or if the space you are teleporting to is not empty.
Additionally, the ball must be propelled by your hand directly. Balls hit with bats or rackets do not count.
The ball itself must be at least 2.5 grams and have a density of at least 0.08 g/cm^3. That’s roughly the measurements of a pingpong ball, for reference.
“Ball” here does not mean perfect sphere, only a roughly spherical object. A lemon would count, but not a frisbee, for example.
Finally, no matter your orientation when you begin the teleportation, you will always end it standing upright. That is taken into account when determining if there is enough empty space to teleport.
Thanks for the response! Every bit of info helps, so no worries if it's not exactly what I'm looking for. HVAC design guides on YouTube might actually be a good starting point for understanding some practical design principles. I hadn't considered that angle before.
And yeah, I totally get what you mean about CFD being a minefield of spam and sales pitches. It’s frustrating trying to wade through all that just to find some solid advice.
Appreciate the tip—I'll check out those HVAC guides and see if I can apply any of their insights to my project. If you come across any other resources or have more suggestions, feel free to share!