Post by goldenhord on Nov 19, 2017 17:38:51 GMT
Hi guys,
may be the tricy one.
You move 2 single elements which are finishing as a group. the second element is contacting the front corner edge of a single adversary element.
a - Do we consider that the 2 first are a group and so the opposite single element must conforms to the group ?
b - Do you consider that the second element move is illegal and that hîs contact could not occur as a group move contact ?
Thanks in advance to your answers.
may be the tricy one.
You move 2 single elements which are finishing as a group. the second element is contacting the front corner edge of a single adversary element.
a - Do we consider that the 2 first are a group and so the opposite single element must conforms to the group ?
b - Do you consider that the second element move is illegal and that hîs contact could not occur as a group move contact ?
Thanks in advance to your answers.
