Quote:
Originally Posted by Thamel18
V1 is a winning player, so I think we can agree he's almost never calling unless he has us beat. So we are risking $505 on this river to win $235 from V2 based on V1 not having a hand, then after V1 folds I'd say it's a decent proposition since V2 is a calling station fish.
This changes the value betting math greatly. Let's say V1 calls & beats us 15% of the time, but the rest of the time he folds. When V1 folds, V2 will call.
So, 15% of the time we lose $505 (-75.75$); The other 85% of the time we get called by V2, let's say we are 65% to win -> (0.85)(-235 * 0.35 + 235*0.65) = $59.925.
Based on these somewhat generous assumptions, a river shove loses us almost $16. The risk/reward is just too difficult to overcome here IMO, as we're risking more than double against a caller that will always have us beat to try to get value from a different player that still will have us beat at times too, and V2 will find some folds too.
You're pretty much laying poor odds on a three leg parlay: A parlay of V1 not having us beat, V2 calling, and V2 not having us beat.
I certainly respect your POV / analysis, and you might very well be correct, but allow me to offer some alternative assumptions for arguments sake:
A) I think getting called here by V1 isn't quite as high as 15%, probably more like 5-10% (he's beyond capped on this texture multiway when he doesn't raise flop/turn or lead river -- only something like 86dd/98dd/T8dd that rivered us can/would really x/call).
B) The idea the passive station has us beat more than 1/3 of the time is pretty pessimistic. Yes, because he's passive he's far less capped on this river, but even then he will raise us on flop or turn w/ a big hand some % of the time on a wet board multiway, or just lead out on river themselves w/ a full house, straight etc. Not to mention his Ax count should be quite high relative to the stuff that beats us (T9/98, etc.) and he should be calling down w/ most/all of it. So let's say instead we're only beat 20% of the time because of this.
So . . .
(.10) * -505 = -50.5
(.90) (.20 * -235 + .8 * 235) = +126
With these assumptions in place, the shove represents +75.5 $EV.
However, say neither of us is correct, & the truth lies somewhere between our two calculations. Say I'm correct about the regs calling frequency, but you are correct about how often loose passive has us beat, we are still +13 $EV. And if you are correct about the reg, but I'm correct about the station, we are around +46 $EV. It seems both of your assumptions need to be very close to correct for this to be -EV.
I'm doing alot of mental arithmetic here well past midnight, so if my my maths are ****ed up anywhere, plz let me know