Hey,
I develop a web application simplifying the process of reconstructing 3x3x3 solves and wanna share it with you.
The features are listed below:
- a cube preview updated on the fly while typing a solution
- an input preventing from entering invalid characters accidentally and step-by-step formatting as well as white characters formatting, so you don't have to care about spaces
- generating a reconstruction, including move count statistics and automatic step detection (which is the main thing)! It supports (x)(x)(x)(x)crosses, multisloting, EOLS, OLS, EOLL, OLL, OLLCP, 1LLL, OCLL, ZBLL, CPLL, PLL, EPLL
- an ability to view a solve animation on alg.cubing.net or copy it to the clipboard with a single click
You can check it out here: https://jonatanklosko.github.io/reconstructions.
Just in case someone would like to see what this really can deal with, here are some slightly more complex solutions:
I hope you'll find it useful
I develop a web application simplifying the process of reconstructing 3x3x3 solves and wanna share it with you.
The features are listed below:
- a cube preview updated on the fly while typing a solution
- an input preventing from entering invalid characters accidentally and step-by-step formatting as well as white characters formatting, so you don't have to care about spaces
- generating a reconstruction, including move count statistics and automatic step detection (which is the main thing)! It supports (x)(x)(x)(x)crosses, multisloting, EOLS, OLS, EOLL, OLL, OLLCP, 1LLL, OCLL, ZBLL, CPLL, PLL, EPLL
- an ability to view a solve animation on alg.cubing.net or copy it to the clipboard with a single click
You can check it out here: https://jonatanklosko.github.io/reconstructions.
Just in case someone would like to see what this really can deal with, here are some slightly more complex solutions:
- https://goo.gl/bIciDP
- https://goo.gl/2tjK98
- https://goo.gl/F4RZl5
- https://goo.gl/i549iN
- https://goo.gl/thRRfc
I hope you'll find it useful