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Generally I’ve seen it rules that the overlap needs to cover >50% of the square to affect it. In which case you have the exact same coverage as before. But in this case I’d just rule that we shift the grid 45 degrees so it lines up again and move units to the closest square that aligns. I.e. don’t use geometry to try to munchkin.
There’s a bunch of grid-based shapes that pertain to the rules of 5e as well if you need that. Also 5e fun fact: a circle or radius affect is going to look like a square since diagonal distance is not accounted for, but in Pf2e it looks closer to an actual circle.
Hex is the superior square
Ahem… I think you mean, “hexagons are the bestagons”
5e accounts for diagonal distance. Each second diagonal is 10ft. A 10ft. radius sphere spell would cover this pattern on the ground:
OOOOOOO
OOXXXOO
OXXXXXO
OXXXXXO
OXXXXXO
OOXXXOO
OOOOOOO
…lemmy formatting kills that but you get the point I hope.
OOOOOOO OOXXXOO OXXXXXO OXXXXXO OXXXXXO OOXXXOO OOOOOOOMany thanks!
You’re welcome! For reference it’s a code block, all formatting goes out the window, returns are considered returns, and a monospaced font. You use three backticks (```) on a line above and below your “code” (you can technically specify the code type at the end of that first back tick line) and then go to town between them.
I use them for actual code but the ability to use them to get normal returns somehow hadn’t occurred to me haha
You can also have “normal returns”, or line breaks instead of new paragraph, by putting a double space at the end of a line:
Hello
Double
Spaced
Lemmy!Omg yes I forgot about this thank you
Newlines are great
But they should just format them normally
That is only listed in 5e as an optional rule, by default a square is a square and is 5ft regardless of diagonal or not.
Feats are also an optional rule, but I’ve never heard of a table not using them. “Optional rule” in 5e is kind of like the term “theory” IRL, in that some really are optional and some are basically always used. I will admit that not all tables use the diagonal rule, though.
I always houserule that “circles are square”, because it’s so much quicker and easier. It gets a little extreme when you do it in 3D, but I don’t overly care.
(For fun, a double diagonal move of 5 places you at 8.66 from the start, almost 75% further than an orthangol move, but still 5 for game purposes)
Easy, don’t use grid squares, use zones.
This meme brought to you by theater of the mind gang.
I would love to play theatre of the mind, but my table collectively has the spatial awareness of a barnacle.
This brings us back to zones, a good middle ground. Draw rough map, or great map, and on it mark intresting combat zones. Some are separated with emptiness, others by obstacles.
For example a tavern brawl. Zones could be the Bar, Kitchen, Common Room, Balconies, Private Rooms, Out Front and Out Back.
Fighting on the Balconies could be tight, only one in width and with the risk of being thrown off it into the Commonroom. In the Kitchen there would be fire hazards, improvized weapons, knifes and the Stew. Not to forget other ways to spice things up in there. Around the Bar there would be some cover fighting someone on the other side, bottles to be broken and combatants to glide alond the bar for maximum mental damage.
And so on. Make each zone memorable and with special features. Did I mention drawing it out really helps?
Gelatinous diamond just doesn’t sound right.
No grid only effect templates. Freeform battlemapping y’all!
And rulers.
Generally I tell players they need to pick a specific point for the cube so that it exactly fits the grid. It just keeps things more objective, speeds up combat.
I also generally prefer more structure and strict rules for things though.
A group of my players brought this up. I let them know that was fine, but the monsters would be able to return the favor.
We decided “the weave” determines the angle of squares (no diagonals).
Jesse you’re supposed to use Manhattan space not Euclidean space.
You can only do this as a 4th dimensional being.
This is a legitimate problem with the measurement of parts.
B-but… that goes against the Holy Texts!
