#Is it possible to have an exposed pin below the top layer?
21 messages · Page 1 of 1 (latest)
I thought of crystals breaking above the pin, but I can't think of a way to get those crystals there
are you familiar with overhangs and how shape quads will fall if not supported from the side?
hint: ||pins cannot overhang, as they are not connected from the side||
some of the operator shapes are impossible, btw
but this one is possible (without crystals)
Ohhhhhhh, so stacking a {Cr----P-:------P-:------P-} with {P-----P-:Ru----Ru} would give that quadrant
I did see that the old way of making floating layers didn't work, but never actually investigated that mechanic
i think that would technically work, though a different process would be creating
{CrRrRrCr:--CwCwCw:--CyCyCy:P-----P-:Ru----Ru}
{CrRrRrCr:--CwCwCw:--CyCyCy:P-----P-:Ru----Ru+lsep}
see what i mean?
Yep, I get it
I've only done the normal scenario, I wonder if that's required in the harder ones
this is required for some normal scenario tasks if im not mistaken
but yes the harder scenarios get much harder
this makes the rectangle pieces fall off?
not like this, only on the 4th layer in normal
both rectangle pieces are deleted by the layer limit, leaving only the pins on layer 4
the topright pin then falls because it cannot overhang