Years 21 - 30 (7 Billion Humans)

This is a list of solutions for years 21 - 30 in 7 Billion Humans.
== Year 21 ==
-- 7 Billion Humans (2235) --
-- 21: Big Data --
step sw
a:
step s
if s != shredder:
	jump a
endif
b:
takefrom se
if myitem < 50:
	giveto sw
	jump b
endif
== Year 22 ==
-- 7 Billion Humans (2235) --
-- 22: Number Royale --
pickup s
a:
if s == hole or
 myitem < e or
 myitem < w or
 myitem < ne or
 myitem < nw or
 myitem < n:
	step s
endif
step e
jump a
== Year 23 ==
-- 7 Billion Humans (2231) --
-- 23: Sorting Hall --
pickup s
a:
if myitem < w:
	step w
endif
if myitem > e:
	step e
endif
jump a
== Year 24 ==
-- 7 Billion Humans (2231) --
-- 24: Budget Brigade 1 --
if s == printer:
	a:
	takefrom s
	giveto e
	jump a
endif
if s == shredder:
	b:
	if myitem >= 0:
		giveto s
	endif
	jump b
endif
c:
if myitem >= 0:
	giveto e
endif
jump c
== Year 25 ==
-- 7 Billion Humans (2231) --
-- 25: My First Shredding Memory --
mem4 = nearest shredder
a:
mem1 = nearest datacube
if mem1 == something:
	pickup mem1
	if myitem == something:
		giveto mem4
	endif
	jump a
endif
== Year 26 ==
-- 7 Billion Humans (2235) --
-- 26: Budget Brigade 2 --
if s == printer:
	a:
	takefrom s
	giveto n
	jump a
endif
if s == worker and
 n == worker:
	b:
	if myitem == datacube:
		giveto n
	endif
	jump b
endif
if s == shredder:
	c:
	if myitem == datacube:
		giveto s
	endif
	jump c
endif
d:
if myitem >= 50:
	giveto e
endif
if myitem < 50:
	giveto w
endif
jump d
== Year 27 ==
Cutscene
== Year 28 ==
-- 7 Billion Humans (2231) --
-- 28: Neural Pathways --
mem4 = nearest shredder
mem1 = nearest datacube
pickup mem1
giveto mem4
== Year 29 ==
-- 7 Billion Humans (2231) --
-- 29: Biometric Access --
mem4 = nearest shredder
a:
mem1 = nearest datacube
pickup mem1
giveto mem4
jump a
== Year 30 ==
-- 7 Billion Humans (2235) --
-- 30: Fill the Floor --
mem1 = nearest printer
if n == wall and
 w == nothing and
 e == worker:
	a:
	takefrom mem1
	step se
	step se
	step e
	step e
	step e
	b:
	if c == nothing:
		drop
		jump a
	endif
	if e == wall:
		step sw
		step w
	else:
		step e
	endif
	jump b
endif
takefrom mem1
step nw
step nw
step w
step w
c:
if c != nothing:
	step s
	jump c
endif
d:
drop
mem2 = nearest datacube
takefrom mem1
step mem2
if e == printer:
	step se
	step ne
else:
	step e
endif
jump d
== See also ==
*Original guide by Pukeface and Brachragon
Category:7 Billion Humans