those of you who saw my recent video I
will put a link to that on the screen
and also down the description. Spoiler
alert—they aren't actually a thing. These
things right here, they're not they're
not anything in fact if we pick this up
look; brown stained glass this one is black
stained glass this one a cyan stained
glass this one is gray stained glass and
this one is blue stained glass. They are
not an AND gate we don't have a redstone
clock we don't have a NOT gate an RS nor
latch or a T flip-flop in a block
which I personally think is a good thing
because I wouldn't want that sort of
thing in Minecraft particularly. But
still, it was something to get excited
about wasn't it. Anyway, let's take a closer
look at how I managed to pull this one
off. Now as I'm sure many of you have
guessed I did all of this using command
blocks now generally speaking when I'm
doing these April Fool's videos I will
do it using quick video cuts so I do
cuts in the video and that's when I can
do all of my funny business but this one
that just wasn't going to work. It was
going to be far too complicated because
I wanted to play around with the system
I wanted to demonstrate it multiple
times and that would have been hugely
complicated to do using various
different video cuts. So instead, I've
created this system up the top here and
this is the AND gate command block set.
So this command block is looking at that
redstone wire and this command block is
looking at that redstone wire down there
and it's trying to work out when they're
powered. Now if both of them get powered
these two will detect that and they will
both give comparator outputs that run
into this AND gate so we do actually
have an AND gate up at the top and when
that AND gate is activated, it will activate
this redstone torch which will place
down one powered comparator
running out from our AND gate block or our
supposed AND gate block. Then when one
of the redstone is unpowered obviously
the AND gate will switch off which will then
place down an unpowered comparator
making it look like the AND gate block
has actually done all of the
calculations as opposed to an actual AND
gate up at the top right here.
It's a similar story for the NOT gate so this
command block will detect the powered
redstone down at the bottom there, and if
the redstone is powered then it will
power this command block which will
place found an unpowered comparator and
if the redstone is unpowered
then this command block will be
activated which will place down a
powered comparator, essentially inverting
the redstone signals. You guys are
probably getting the idea by now. Down at
the bottom we have got ourselves the
T flip-flop. Now that button right there is
being detected by this command block;
when this command block detects that
button has been unpressed it will then
run into this falling edge monostable
circuit which then runs out into this
piston which means it actually behaves
like a T flip-flop so when the
redstone block is here then it is placed
in an unpowered comparator and when the
redstone block is there then it will
place in a powered comparator meaning that
every single time you hit the button
that redstone block will move which will
change the output coming out of our
T flip-flop block. Once again with the
redstone clock block which is becoming
increasingly difficult to say we've got
this command block right here which
detects the redstone signal running into
the clock block and then that inverts
our redstone signal here using this
redstone torch which allows this hopper
clock right here to run which gives a
redstone output into this block which powers
this command block but also this redstone
torch which then powers this command
block on the opposite edge of that
command block which means that we get
alternating placement of unpowered
comparator and powered comparator so
that's that command block isn't actually
being powered by anything. In fact if you
were to cause an update when it was
powered it would realize that it's not
being powered by anything all we're
doing is we're actually placing down a
pre-powered comparator. I don't even know
if this needs explaining anymore you may
have noticed all of these are pretty
similar and that's because they've all
been done it in exactly the same way
we've got to command blocks which take
the inputs into the system then we've
got the actual logic that the logic block
is meant to be doing so this right here
is the RS NOR latch and then we take the
output from this RS NOR latch right here
run it into comparators which then are
places either a powered comparator or an
unpowered comparator depending on the
output of this logic circuit right here
that's pretty much an explanation for all
of the circuits including the RS nor
latch one so that's that. The logic block
system has been foiled I hope that you
enjoyed this year's April Fool's joke
expect me to come back
even better next year with
more ludicrous additions into the game
even though there's some of them some of them
that I think are actually quite good; I mean
if you do look back through you might
notice some cool ideas here but none of
them or at least I don't think any of
them will ever actually end up in
Minecraft so if you see any other update
news today yeah it's probably...probably
not 100 percent true but anyway ladies
and gentlemen I hope you enjoyed this
video if you did please make sure to hit that
like button and if you really loved it
then make sure to subscribe but thanks
for watching guys this has been Mumbo and
I'm out. I'll see you later.
*APRIL SHOWERS*