Multi-Blindfoldrecord

i really want to try multi-bld but i only have 1 cube
i dont even use a quarter of my journey for 1cube, so if i ever get my hands on a few more cubes i'll start with 4 cubes bld at first i guess

i don't really feel like going out to buy 3 cubes and re-stickering them all (i've never seen one that comes with japanese color scheme around here..) >_<
blah

maybe i'll find a way to multi-bld with 1 cube somehow...hmm
 
Multiple blind with 1 cube really seems impossible to me unless you were to:

Generate x scrambles
Generate x scrambled cubes in 3D (Java applets) or maybe 2D
Memorize them from the screen
Have someone scramble the cube, then solve it blindfolded, then wait for the other person to do the second scramble, etc.

If you go to a competition you can just ask others if they will lend you a cube for multiple blind. I don't think Mátyás actually brought 8 cubes with him
 
Have someone scramble the cube, then solve it blindfolded, then wait for the other person to do the second scramble, etc.

That wouldn't work for mutliBLD! It would have to be something like this.
1. Scramble #1
2. Memorise #1
3. Solve cube
4. Scramble #2
5. Memorise #2
6. Solve cube
7. Reapply scramble #1
8. Execute #1 from memory
9. Reapply scramble #2
10. Execute #2 from memory

Which is blatantly not worth the hassle!
 
Originally Posted by AvGalen Have someone scramble the cube, then solve it blindfolded, then wait for the other person to do the second scramble, etc.
That wouldn't work for mutliBLD! It would have to be something like this.

My solution would work because what you posted was only step 4. In step 3 the solver had already memorized the cubes that were generated in step 3.

I think you thought I posted 4 solutions, but it is only 1 that has 4 steps
 
That wouldn't work for mutliBLD! It would have to be something like this.
1. Scramble #1
2. Memorise #1
3. Solve cube
4. Scramble #2
5. Memorise #2
6. Solve cube
7. Reapply scramble #1
8. Execute #1 from memory
9. Reapply scramble #2
10. Execute #2 from memory

Which is blatantly not worth the hassle!

That wouldnt work because you aren't memo'ing all at once, then solving all at once. You are doing them individually.
 
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