Hello Everyone! So this week we are going to do a piston T Flip-Flop! This is one of the smallest T Flip-Flops out there. And before anyone comes and says «I have a smaller design then this», if it is the 1x4x3 design, it is NOT smaller. This design is 2x3x2=12 and 1x4x3=12 as well. That means they are the same size! Okey? Now that we have cleared that =P I am not 100% saticfied with this design. That is because it is exploiting the fact that sticky pistons can’t hold on to block that is connected to it if it only get a 1 tick pulse. But since we feed the stickypiston with a 1 tick pulse it will push the block forward and leave it there. And the next time it will extend and pull the block back. I am not sure if this will be fixed or not in the future. Atm it is acually a fix for a duplication bug. Texturepack: Standard World-save: Available on my channel! Donate to get better videos and contests! www.paypal.com
[youtube lYD4o6QUQWA]
Nice intro
me 2
I still use these vids
it really does you clearly built it wrong
i prefer the ordinary one
doesnt work in 1.2.5
anyone else have facebook open and checked it when the video pinged?
this works if you do it in the exact order… idk why
SHIT… someone disliked :( but i will LIKE 😀
Who the fuck dislikes videos anyways? I only do it when I get rick rolled or something stupid like that, but it just shows how ignorant people are to dislike a video which OBVIOUSLY took some effort to make and is meant to be informational, you clicked it, you got what it said it would teach. now stop being a prick.
And that 1 person who disliked just ruined the plan to make this the only few video to have 0 DISLIKES!! damn…
The description was very informative. I didn’t know the reason why this work and why they made it this possible. I did the same tutorial, before watching this. (with the correct math comparison of the other small T flip-flop). However, there is still one thing i miss in the description. Credits for the genius who originally designed this. Do anyone know who Mr. anonymous is, so i can give him the well deserved credit?
The description was very informative. I didn’t know the reason why this work and why they made it this possible. I did the same tutorial, before watching this. (with the correct math comparison of the other small T flip-flop). However, there is still one thing i miss in the description. Credits for the genius who originally designed this. Do anyone know who Mr. anonymous is, so i can give him the well deserved credit?