Cjson editing?
Uno
Uvanilla
Cor april fools version
Cwha-
Ccan't be actually
Cunless you used inspect
R
Dnon neutonian liquid when
Uthats gonna be tough to code
UOk I'll tell you how I made 100000 degree water
USo basically I took ice
UAnd dropped reallly hot molted metal on it
UThe first frame after the metal touches the ice, 2 things happen:
U- The temperature is updated to like 100000 degrees
U- A state change
UNow, by what I can tell, only 1 state change can occur per frame, so the state change was from solid to liquid, or from ice to water.
Ui was going frame by frame so I just took a screenshot of the water during that frame
Dsandboxels ROM
DSandboxels_RAM.sbxls8.49KB
Si did what you did and got this as well lol
Rlol, same with incinerate
Ruh oh, its all 9995 degrees..
Twtf
Twe really making a computer now
Uit’s kind of like superheated water
Ueven down to the spontaneous boiling once it touches something else
Rthat happens irl?
Uyes
Uit’s the inverse of supercooled water
Rwtf.. the irl devs programmed it the same way as me
Uwhen water is below its freezing point but doesn’t freeze due to lack of nucleation sites
Ubut if it’s disturbed enough or if a nucleation site is introduced, it will start to freeze
Tmust be a bug then
Uthere are some differences due to the real world being made of atoms and not programmed pixels, but the behavior is still surprisingly similar
Ulike how in sb it happens because of state checks not being done, but irl it happens because of lack of nucleation sites
Ubut the end result is still similar; both can be said to change state when disturbed by another object
Ui got something slightly similair (idk how to crop the image)
Usave with 9995°C water from incinierate trick
Uyeah
Uit should drop to the floor as a liquid
Uyou replicated it
Ubut if you put sand or something in it then it should immediately boil
Swait how did yall do this
Ustep 1. put ice down
step 2. use the incinierate tool on it for 1 tick
step 3. the state change code will only be run once in that tick, so it will change from ice to water, but not subsequently change from water to steam
step 2. use the incinierate tool on it for 1 tick
step 3. the state change code will only be run once in that tick, so it will change from ice to water, but not subsequently change from water to steam
Uthe end result is liquid water at 9,995°C
Udo i gotta do it in 1tps
Sohhh i finally understand it now
my stupid brain was trying to place water down and incinerating it
my stupid brain was trying to place water down and incinerating it
Rif pixels r the same temperature they dont transfer heat and so no state change check happens
Tso... hyperheated water