Blitzaholic wrote:wicked wrote:Teammates CAN babysit for each other as long as they're actually babysitting and not just trying to gain an advantage. The only person you cannot babysit for is an opponent in one of your games, for obvious reasons.
coop, she said you can babysit for your teammate as long as he/she is 24 hours away, but you cannot babysit for an opponent in the same game as you for obvious reasons.
I agree with wicked, HOWEVER, the only challenge I have is this, lets say for example wicked pm's me and asks "hey blitz" can you make my turns for tuesday as I will be away, and she pm's me this monday night with her password, and i respond, ok. so, then I take wicked's turns for her on tuesday morning as she asked, but then wicked returns tuesday late afternoon and pm;s me back saying, sorry, i got computer access now, didnt realize i was going to be able too, but did, no need to take my turns anymore, ty anyways. Now, how would this be my fault??? and it is sooner than 24 hours?
and my other point is this, some players have like 100 games going and time expires in many of them expire at different times, if i make all players turns on a friday morning and friday night to catch them up cause they have so many and they return from there weekend earlier than expected on saturday am, then some games when they log in, well, some of their games may be less than 24 hours sometimes, its just complicating, and not sure about all this, i think each case should be individualized and the partner covering or the babysitter covering should not be punished if they are doing a cc player a favor, I mean things happen, some return quicker than they are supposed to, others find access to computers that they didnt think they could, etc, and bla bla bla, and why should someone get penalized if the person returns earlier than you expected? how can one predict this outcome? sometimes, you just cant?

so this rule needs to be modified some, and we need a full explanation in simplistic detail so all can understand it clearly. and is there an exception, like the ones i mentioned, if so, how does this can proven or unproven, very difficult to do.