The only solution on this problem is to remove sim tickets. Anyone who already has them should receive some type of compensation. Either 1 sim = 1 crystal or 1 sim = 100 or 1000 credits.
The only solution on this problem is to remove sim tickets. Anyone who already has them should receive some type of compensation. Either 1 sim = 1 crystal or 1 sim = 100 or 1000 credits.
I say 1 to 1... I could use 4k crystals.
To OP, not a bad idea. I think ally coins could have a better use but if they just leave them for bronzium then this would be a suitable use too.
The day they remove sim tickets, is the day I quit (meaning that battles have to be played manually).
I always thought the sim ticket haters wanted the idea of tickets to vanish but we continue to have sim if the node/challenge is 3*. It would be silly to take simming away.
That being said, I have ~9500 tickets. So I'd take the crystals in exchange if tickets were rendered useless.
I also have 1000s of sim tickets yes I do spend money on this game. But just seems to make sense you get ally points from playing the game so you have to play the game to get sim tickets. It's not an issue for me but think it would be a good quality of life change for a lot of people.
@NerdArmy - good news is, once you reach a certain level, the number of sim tickets earned will always exceed the number spent. Just gotta ride it out.
Replies
Cool
I say 1 to 1... I could use 4k crystals.
To OP, not a bad idea. I think ally coins could have a better use but if they just leave them for bronzium then this would be a suitable use too.
I always thought the sim ticket haters wanted the idea of tickets to vanish but we continue to have sim if the node/challenge is 3*. It would be silly to take simming away.
That being said, I have ~9500 tickets. So I'd take the crystals in exchange if tickets were rendered useless.
@NerdArmy - good news is, once you reach a certain level, the number of sim tickets earned will always exceed the number spent. Just gotta ride it out.
iN DarthJarJar | Team Instinct Δ