Poll
3 votes (10.34%) | |||
5 votes (17.24%) | |||
2 votes (6.89%) | |||
5 votes (17.24%) | |||
3 votes (10.34%) | |||
11 votes (37.93%) |
29 members have voted
https://wizardofvegas.com/article/introductory-advantage-play2/
"To wit, the player flat-betting $10 on the Pass Line will extremely rarely, if ever, double $1,000 into $2,000."
<<<<>>>>
if ever??
well,
I think flat-betting would be boring but we could play faster as a team (more sleep)
or on a computer.
(yes, Sally's Casino offers this as a VIP only house bet)
makes one wonder how long it would take to double, on average, instead of just one bet at $1000 (much fun)
the poll is for fun only
what you feel the chances are to double a $1000 bankroll making just $10 flat bets playing craps
like candy
Sally
Don't see many of dem things.
I didn't do the math....
However, on its face, I agree with this statement, but maybe not for the reasons the author intended. As Sally alluded to, this sounds like a tedious process. Also, I doubt that the player who brings $1000 to the table will just bet $10 on the PL until he doubles up or is broke.Quote: ArticleTo wit, the player flat-betting $10 on the Pass Line will extremely rarely, if ever, double $1,000 into $2,000.
Actually, the more I think about it, the less I like my guess. It's probably much more likely. But I'll leave the math to those who have more time/intellect/software than I.
EV(x) = x*AvgBet*HouseEdge
SD(x) = Sqrt(x) * OriginalSD, where OriginalSD = 1*10 = 10
EV at 1 game = -$0.14, plus or minus Sqrt(1)*OriginalSD = 1*10 = $10.... 3SD is plus or minus $30.
EV at 100 games = -$14.10, plus or minus Sqrt(100) * 10 = 10 * 10 = $100... 3SD is plus or minus $300.
EV at 1,000 games = -$141.00, plus or minus Sqrt(1000) * 10 = $316.23... 3SD is plus or minus $948.69.
EV at 5,000 games = -$705.00, plus or minus Sqrt(5000) * 10 = $707.12... 2SD is plus or minus $1414.24... 3SD is plus or minus $2121.36
Here.
At this point we see it IS possible to be up $1,000... essentially doubling our starting bankroll of $1,000 to $2,000... Whilst we EXPECT to be down $705 after 5,000 throws, there is a chance we'll be on the right curve of variance and be up $1,000 at about 2.5 Standard Deviations to the right.
Thus, I'll conclude it is possible, but you have to be about 2.5 standard deviations up after about 5,000 games.
interestingQuote: RomesThus, I'll conclude it is possible, but you have to be about 2.5 standard deviations up after about 5,000 games.
about like this
pic from
https://www.mathsisfun.com/data/standard-normal-distribution-table.html
I would think at 5,000 games one would have about
a 50/50 chance of either still playing or ruin-success
that is a calculation for Excel for later
Sally
Assume the problem asks for the probability of doubling $1000 before losing the whole $100 using just $10 Pass Line bets, this is a straightforward Gamblers Ruin problem with success limit = failure limit = 100 and event probability = 244/495, so the failure/success ratio is 251/244, and the answer is
((251/244)100 - 1) / ((251/244)200 - 1) = about 1 / 17.9195775.
That surprised me - I would have said that the number of bets needed, combined with the house edge, would have resulted in busting a lot more than 17 times out of every 18.
All you are doing is flat betting yourself down to $859 by betting on every shooter. Variance may get friendly with you at some point but nah this cant happen normally.
Also noted this:
'The Kelly Criterion exists to determine the Optimal bet sizing based on the percent advantage and variance".
Well, if you know how to "calculate" the variance you are to say the least pretty good at math. I cant believe I read that.
Quote: ThatDonGuy
Assume the problem asks for the probability of doubling $1000 before losing the whole $100 using just $10 Pass Line bets, this is a straightforward Gamblers Ruin problem with success limit = failure limit = 100 and event probability = 244/495, so the failure/success ratio is 251/244, and the answer is
((251/244)100 - 1) / ((251/244)200 - 1) = about 1 / 17.9195775.
That surprised me - I would have said that the number of bets needed, combined with the house edge, would have resulted in busting a lot more than 17 times out of every 18.
It's not that surprising when you look at it this way:
for doubling a bankroll with simple flat-bet even money win/lose betsQuote: ThatDonGuy
((251/244)100 - 1) / ((251/244)200 - 1) = <snip>
That surprised me
this works well too I have used for some time
(q/p)^unit+1 for 1 in X
and
1/(q/p)^unit+1 = probability
calling wolfram alpha for an exact answer
some like to B exact
http://www.wolframalpha.com/input/?dataset=&equal=Submit&i=(251%2F244)%5E100%2B1
Quote: DanMahoneyOf course it all depends on who is tossing the dice. If my buddy LID or even dicesitter is tossing it would be more along the lines of 1 in 2 of doubling my BR (insert pic here for my new friend wizardofnothing).
Thanks for another humorous post, even if few, very few, of us get it. Don't be a stranger, I love insults no one else gets!
If Beginning new session Then
bankroll = 1000 :
autotake full odds = false
EndIf
If comeout roll Then bet 10 on passline EndIf
If bankroll < 10 Or bankroll >= 2000 Then
start new session
EndIf
View the results in the Sessions Log - Ending Bankroll.
In a run of 9076 sessions, 493 doubled the bankroll to $2000. That's 1 in 18.41
There were over 190 million rolls, averaging 20,988 rolls per session. Assuming an average roll rate of 120 rolls/hr that's an average of 174.9 hours per session -- basically a whole week per session.
Assuming the goal was to double or bust, the bankroll histogram is not a bell curve but just two outcomes with the $2000 outcome lying 4.17 standard deviations above the average bankroll of 108.64
In a second run, I added some code to measure the time between winning sessions. I didn't let it run as long but as an example the longest dry spell was 65 losing sessions. At an average one week per session that's over one year and three months of back-to-back losing sessions! That's $65,000 of losses waiting for the next $1000 win.
Steen
boring play cuz too much time to wait
try the Marty next
https://wizardofvegas.com/forum/gambling/craps/25412-double-1-000-into-2-000-part-2/#post522041
have fun!
added a pass line success ruin table
units = bankroll/bet
example:
1000/10=100units
Bank Unit | Double | 10 in | Ruin |
---|---|---|---|
1 | 0.492929293 | 20.29 | 0.507070707 |
2 | 0.485861413 | 20.58 | 0.514138587 |
3 | 0.478799184 | 20.89 | 0.521200816 |
4 | 0.471745419 | 21.20 | 0.528254581 |
5 | 0.464702918 | 21.52 | 0.535297082 |
6 | 0.457674465 | 21.85 | 0.542325535 |
7 | 0.450662819 | 22.19 | 0.549337181 |
8 | 0.443670713 | 22.54 | 0.556329287 |
9 | 0.436700851 | 22.90 | 0.563299149 |
10 | 0.429755901 | 23.27 | 0.570244099 |
11 | 0.422838491 | 23.65 | 0.577161509 |
12 | 0.415951207 | 24.04 | 0.584048793 |
13 | 0.40909659 | 24.44 | 0.59090341 |
14 | 0.402277129 | 24.86 | 0.597722871 |
15 | 0.39549526 | 25.28 | 0.60450474 |
16 | 0.388753364 | 25.72 | 0.611246636 |
17 | 0.382053759 | 26.17 | 0.617946241 |
18 | 0.375398704 | 26.64 | 0.624601296 |
19 | 0.368790389 | 27.12 | 0.631209611 |
20 | 0.36223094 | 27.61 | 0.63776906 |
21 | 0.355722411 | 28.11 | 0.644277589 |
22 | 0.349266782 | 28.63 | 0.650733218 |
23 | 0.342865963 | 29.17 | 0.657134037 |
24 | 0.336521785 | 29.72 | 0.663478215 |
25 | 0.330236003 | 30.28 | 0.669763997 |
26 | 0.324010294 | 30.86 | 0.675989706 |
27 | 0.317846255 | 31.46 | 0.682153745 |
28 | 0.311745402 | 32.08 | 0.688254598 |
29 | 0.305709172 | 32.71 | 0.694290828 |
30 | 0.299738918 | 33.36 | 0.700261082 |
31 | 0.293835914 | 34.03 | 0.706164086 |
32 | 0.288001351 | 34.72 | 0.711998649 |
33 | 0.282236338 | 35.43 | 0.717763662 |
34 | 0.276541903 | 36.16 | 0.723458097 |
35 | 0.270918994 | 36.91 | 0.729081006 |
36 | 0.265368478 | 37.68 | 0.734631522 |
37 | 0.259891144 | 38.48 | 0.740108856 |
38 | 0.2544877 | 39.29 | 0.7455123 |
39 | 0.24915878 | 40.14 | 0.75084122 |
40 | 0.243904939 | 41.00 | 0.756095061 |
41 | 0.238726659 | 41.89 | 0.761273341 |
42 | 0.233624348 | 42.80 | 0.766375652 |
43 | 0.228598342 | 43.74 | 0.771401658 |
44 | 0.223648908 | 44.71 | 0.776351092 |
45 | 0.218776243 | 45.71 | 0.781223757 |
46 | 0.213980479 | 46.73 | 0.786019521 |
47 | 0.209261682 | 47.79 | 0.790738318 |
48 | 0.204619857 | 48.87 | 0.795380143 |
49 | 0.200054947 | 49.99 | 0.799945053 |
50 | 0.195566836 | 51.13 | 0.804433164 |
51 | 0.191155353 | 52.31 | 0.808844647 |
52 | 0.186820271 | 53.53 | 0.813179729 |
53 | 0.182561311 | 54.78 | 0.817438689 |
54 | 0.178378146 | 56.06 | 0.821621854 |
55 | 0.174270397 | 57.38 | 0.825729603 |
56 | 0.170237644 | 58.74 | 0.829762356 |
57 | 0.166279419 | 60.14 | 0.833720581 |
58 | 0.162395216 | 61.58 | 0.837604784 |
59 | 0.158584487 | 63.06 | 0.841415513 |
60 | 0.154846648 | 64.58 | 0.845153352 |
61 | 0.151181081 | 66.15 | 0.848818919 |
62 | 0.147587133 | 67.76 | 0.852412867 |
63 | 0.144064122 | 69.41 | 0.855935878 |
64 | 0.140611335 | 71.12 | 0.859388665 |
65 | 0.137228034 | 72.87 | 0.862771966 |
66 | 0.133913454 | 74.68 | 0.866086546 |
67 | 0.130666809 | 76.53 | 0.869333191 |
68 | 0.127487291 | 78.44 | 0.872512709 |
69 | 0.124374071 | 80.40 | 0.875625929 |
70 | 0.121326303 | 82.42 | 0.878673697 |
71 | 0.118343127 | 84.50 | 0.881656873 |
72 | 0.115423666 | 86.64 | 0.884576334 |
73 | 0.112567032 | 88.84 | 0.887432968 |
74 | 0.109772322 | 91.10 | 0.890227678 |
75 | 0.107038629 | 93.42 | 0.892961371 |
76 | 0.104365032 | 95.82 | 0.895634968 |
77 | 0.101750607 | 98.28 | 0.898249393 |
78 | 0.099194421 | 100.81 | 0.900805579 |
79 | 0.096695539 | 103.42 | 0.903304461 |
80 | 0.094253022 | 106.10 | 0.905746978 |
81 | 0.091865927 | 108.85 | 0.908134073 |
82 | 0.089533314 | 111.69 | 0.910466686 |
83 | 0.087254238 | 114.61 | 0.912745762 |
84 | 0.085027758 | 117.61 | 0.914972242 |
85 | 0.082852934 | 120.70 | 0.917147066 |
86 | 0.08072883 | 123.87 | 0.91927117 |
87 | 0.078654511 | 127.14 | 0.921345489 |
88 | 0.076629049 | 130.50 | 0.923370951 |
89 | 0.074651519 | 133.96 | 0.925348481 |
90 | 0.072721003 | 137.51 | 0.927278997 |
91 | 0.070836589 | 141.17 | 0.929163411 |
92 | 0.068997373 | 144.93 | 0.931002627 |
93 | 0.067202456 | 148.80 | 0.932797544 |
94 | 0.06545095 | 152.79 | 0.93454905 |
95 | 0.063741975 | 156.88 | 0.936258025 |
96 | 0.062074658 | 161.10 | 0.937925342 |
97 | 0.060448138 | 165.43 | 0.939551862 |
98 | 0.058861563 | 169.89 | 0.941138437 |
99 | 0.057314089 | 174.48 | 0.942685911 |
100 | 0.055804887 | 179.20 | 0.944195113 |
101 | 0.054333135 | 184.05 | 0.945666865 |
Anyway/ welcome!
Quote: jeffy8Anyone care to simulate with D'Alembert? bet 10 L bet 20 L bet 30 L bet 40 L bet 50 W bet 40 W bet 30 W bet 20 W bet 10 how long to gain 200$ on 1000$ buy-in? maybe more importantly- how many times gain 200-250$ vs. busting with 1000? and how about DP vs. Pass? how about bet opposite of whichever just won ( P/DP )? so many questions, I know, I know... are the answers worth their weight in chips?
I ran a few simulations using this:
' Simple D'Alembert on Passline
If Beginning new session Then
bankroll = 1000 :
autotake full odds = false
EndIf
If bankroll < 10 Or bankroll >= 1200 Then '<-- bust or win 200+
start new session
EndIf
If passline loses Then
bet last passline + 10 on passline
ElseIf passline wins Then
bet last passline - 10 on passline
EndIf
If comeout roll And passline = 0 Then bet 10 on passline EndIf
Running one Passline simulation of 10,327 sessions, I got an average session length of 186.82 rolls (about 1.56 hours at 120 rolls/hr). There were 8,197 winning sessions (79.37%) which is a nice win rate but remember that the 21% chance to lose is for $1000.
Changing the code to Don't Pass w/o odds and running for 10,565 sessions, I got an average session length of 192.12 rolls (about 1.6 hours). The average session length is understandably longer because the Don't Pass resolves less often. There were 8,739 winning sessions (79.31%).
As for betting opposite of whichever side just won, how do you propose to handle the come-out 12? Assuming you want to bet passline if a 12 rolls, then in a simulation of 10,154 sessions, I got an average session length of 332.28 rolls (about 2.77 hours). There were 7,721 winning sessions (76.04%).
' D'Alembert on Passline/Don't Pass
' Bet opposite whichever won last
If Beginning new session Then
bankroll = 1000 :
autotake full odds = false :
autolay full odds = false
EndIf
If bankroll < 10 Or bankroll >= 1200 Then '<-- bust or win 200+
start new session
EndIf
If passline wins Or dontpass wins Then
cs1 = cs1 + 10
ElseIf passline loses Or dontpass loses Then
cs1 = cs1 - 10
EndIf
If shooter passes Then
bet cs1 on dontpass :
passline = 0
ElseIf shooter misses Then
bet cs1 on passline :
dontpass = 0
EndIf
If passline = 0 And dontpass = 0 Then
If comeout roll Then bet 10 on passline : cs1 = 10 EndIf
EndIf
Hope that helps. Are the answers worth their weight in chips? You'll have to judge for yourself.
Steen
PMSL that rushdl thinks he knows better than MustangSally at Craps and/or probability calculations.Quote: rushdlnear zero chance, correct answer not available.
All you are doing is flat betting yourself down to $859 by betting on every shooter. Variance may get friendly with you at some point but nah this cant happen normally.
Also noted this:
'The Kelly Criterion exists to determine the Optimal bet sizing based on the percent advantage and variance".
Well, if you know how to "calculate" the variance you are to say the least pretty good at math. I cant believe I read that.
If YOU knew what variance is, then YOU would know it's easy to "calculate".Quote:Well, if you know how to "calculate" the variance you are to say the least pretty good at math. I cant believe I read that.
Rush, Dude. Sally can eat most of the maths guys here for breakfast. Don't cross her.
Quote: jeffy8Anyone care to simulate with D'Alembert? bet 10 L bet 20 L bet 30 L bet 40 L bet 50 W bet 40 W bet 30 W bet 20 W bet 10 how long to gain 200$ on 1000$ buy-in? maybe more importantly- how many times gain 200-250$ vs. busting with 1000? and how about DP vs. Pass? how about bet opposite of whichever just won ( P/DP )? so many questions, I know, I know... are the answers worth their weight in chips?
Can't be bothered to sim it, but from my rule of thumb...
For 200 gain
P<=1000/1200 = 83%
For 250 gain
P<=1000/1250 = 80%
Less a bit for HE
is a piece of string?Quote:How long
' D'Alembert on Passline/Don't Pass
' Bet opposite whichever won last
If Beginning new session Then
bankroll = 1000 :
autotake full odds = false :
autolay full odds = false
EndIf
If bankroll < 10 Or bankroll >= 1200 Then '<-- bust or win 200+
start new session
EndIf
If passline wins Or dontpass wins Then
cs1 = cs1 - 10
ElseIf passline loses Or dontpass loses Then
cs1 = cs1 + 10
EndIf
If cs1 < 10 Then cs1 = 10 EndIf
If shooter passes Then
bet cs1 on dontpass :
passline = 0
ElseIf shooter misses Then
bet cs1 on passline :
dontpass = 0
ElseIf comeout roll Then
bet cs1 on passline : ' default bet
dontpass = 0
EndIf
Ran one simulation yielding an average of 178.11 rolls per session (about 1.48 hrs) and 79.2% winning sessions.
It's interesting to note that the average session length for Contra D'Alembert is almost twice that of the D'Alembert and that Contra D'Alembert also yields fewer winning sessions. Even so, the average loss per dollar wagered (EV) is the same for both. The only way to improve on that would be to take/lay odds.
Steen
Quote: jeffy8thanks for the welcome-- I've enjoyed reading the posts here for over a year, I guess, and appreciate those who can perform the math and explain things eloquently---anyway I didn't have much to add-- so silence is best-- I've stopped playing mostly, but I still believe a simple D'Alembert, stretched deep enough, can beat craps or bacc.
Welcome to the forum, jeffy, and feel free to speak up more often.
I'm sure she has.Quote: OnceDear
Rush, Dude. Sally can eat most of the maths guys here for breakfast. .
Roller | # of Rolls | Won | Lost | Net |
---|---|---|---|---|
1 | 15 | $20.00 | $10.00 | $10.00 |
2 | 19 | $30.00 | $10.00 | $20.00 |
3 | 6 | $0.00 | $10.00 | ($10.00) |
4 | 8 | $40.00 | $10.00 | $30.00 |
5 | 11 | $0.00 | $10.00 | ($10.00) |
6 | 8 | $0.00 | $10.00 | ($10.00) |
7 | 2 | $0.00 | $10.00 | ($10.00) |
8 | 7 | $0.00 | $10.00 | ($10.00) |
9 | 3 | $0.00 | $10.00 | ($10.00) |
10 | 9 | $0.00 | $10.00 | ($10.00) |
11 | 20 | $40.00 | $10.00 | $30.00 |
12 | 4 | $10.00 | $10.00 | $0.00 |
13 | 8 | $0.00 | $10.00 | ($10.00) |
14 | 18 | $20.00 | $10.00 | $10.00 |
15 | 5 | $10.00 | $10.00 | $0.00 |
16 | 5 | $0.00 | $10.00 | ($10.00) |
17 | 6 | $10.00 | $10.00 | $0.00 |
18 | 9 | $0.00 | $10.00 | ($10.00) |
19 | 6 | $30.00 | $10.00 | $20.00 |
20 | 3 | $0.00 | $20.00 | ($20.00) |
21 | 2 | $0.00 | $10.00 | ($10.00) |
22 | 6 | $0.00 | $10.00 | ($10.00) |
23 | 3 | $0.00 | $10.00 | ($10.00) |
24 | 23 | $50.00 | $20.00 | $30.00 |
25 | 9 | $10.00 | $10.00 | $0.00 |
26 | 2 | $0.00 | $10.00 | ($10.00) |
27 | 7 | $0.00 | $10.00 | ($10.00) |
28 | 5 | $0.00 | $10.00 | ($10.00) |
29 | 22 | $70.00 | $10.00 | $60.00 |
30 | 12 | $0.00 | $10.00 | ($10.00) |
31 | 6 | $20.00 | $10.00 | $10.00 |
32 | 31 | $50.00 | $20.00 | $30.00 |
33 | 6 | $10.00 | $10.00 | $0.00 |
34 | 5 | $0.00 | $20.00 | ($20.00) |
35 | 15 | $10.00 | $10.00 | $0.00 |
36 | 35 | $70.00 | $20.00 | $50.00 |
37 | 4 | $0.00 | $20.00 | ($20.00) |
38 | 8 | $20.00 | $10.00 | $10.00 |
39 | 12 | $20.00 | $10.00 | $10.00 |
40 | 7 | $30.00 | $10.00 | $20.00 |
Total | 392 | $570.00 | $460.00 | $110.00 |
This session net $110 over 392 rolls. The first 20 rollers combined to net $0. The second 20 rollers showcased 4 hot rollers (1 in 5) and combined for +$110 on flat bets of $10 over the duration.
So, to answer this question, in this scenario it would have taken approx. 392 rolls to double my bank roll. How? I would have given $100 to 10 people at the table and bought them all a Johnny Walker Black for $10 each.
this can now be easily calculated onlineQuote: mustangsallyboring play cuz too much time to wait
https://sites.google.com/view/krapstuff/risk-of-ruin
turning $1000 into $2000 flat betting $10
in units: 100 to 200 betting 1
section: 1r
> gambler.ruin2(244/495,200,"craps pass line. No odds",0)
[1] "craps pass line. No odds"
[1] "(in units)stake:100, target:200, attempt gain:100"
[1] "p(goal):0.0558048871176, 1 in:17.9195775075, p(ruin):0.944195112882, avg.trials:6282.188"
section: 2r
> gambler.ruin(100,100, 244/495, "Craps pass line 0x odds")
[1] "Craps pass line 0x odds. Stake:100, Target:200"
[1] "p(goal):0.0558048871177, 1 in:17.9195775075, p(ruin):0.944195112882"
[1] "mean Trials:6282.19, mean given Goal:6282.19, mean given Ruin:6282.19"
each pass line decision takes about 3.375 rolls on average
that is why this experiment would take a long time
I think the statement in the OP should have been written about 00 Roulette
that returns this
p(goal):2.65606933984e-05, 1 in:37,649.6
yes, hardly ever
"To wit, the player flat-betting $10 on the Pass Line will extremely rarely, if ever, double $1,000 into $2,000."
> gambler.ruin(100,100,18/38, "00 Roulette evens bet")
[1] "00 Roulette evens bet. Stake:100, Target:200"
[1] "p(goal):2.65606933984e-05, 1 in:37649.619496, p(ruin):0.999973439307"
[1] "mean Trials:1899.9, mean given Goal:1899.9, mean given Ruin:1899.9"
time and space
Sally
Note the cost of each game is $1
Parms: No of trials:1000000 Starting Capital $10 Time:22:23:19:488
Overall Result: Hands: 99319932 Win: 429405 Lose: 570595
Parms: No of trials:1000000 Starting Capital $10 Time:22:23:43:21
Parms: No of trials:10000 Starting Capital $100 Time:22:25:46:943
Overall Result: Hands: 62919488 Win: 520 Lose: 9480
Parms: No of trials:10000 Starting Capital $100 Time:22:26:1:788
Thus I got about 1 in 18 which coincides with one of the answers given on the initial poll!
"Hands" means number of comeout rolls.
Anyone care to simulate with D'Alembert? bet 10 L bet 20 L bet 30 L bet 40 L bet 50 W bet 40 W bet 30 W bet 20 W bet 10 how long to gain 200$ on 1000$ buy-in? maybe more importantly- how many times gain 200-250$ vs. busting with 1000? and how about DP vs. Pass? how about bet opposite of whichever just won ( P/DP )? so many questions, I know, I know... are the answers worth their weight in chips?
Quote: SteenI ran a few simulations using this:
Running one Passline simulation of 10,327 sessions, I got an average session length of 186.82 rolls (about 1.56 hours at 120 rolls/hr). There were 8,197 winning sessions (79.37%) which is a nice win rate but remember that the 21% chance to lose is for $1000.
Changing the code to Don't Pass w/o odds and running for 10,565 sessions, I got an average session length of 192.12 rolls (about 1.6 hours). The average session length is understandably longer because the Don't Pass resolves less often. There were 8,739 winning sessions (79.31%).
As for betting opposite of whichever side just won, how do you propose to handle the come-out 12? Assuming you want to bet passline if a 12 rolls, then in a simulation of 10,154 sessions, I got an average session length of 332.28 rolls (about 2.77 hours). There were 7,721 winning sessions (76.04%).
Hope that helps. Are the answers worth their weight in chips? You'll have to judge for yourself.
Steen
Passline: 10,327 - 8,197 = 2,130 losses
-$2,130,000 (lose $1000) + $1,639,400 (win $200) = -$490,600
Don't Pass: 10,565 - 8,739 = 1,826 losses
-$1,826,000 (lose $1000) + $1,747,800 (win $200) = -$78,200
Opposite Bets: 10,154 - 7,721 = 2,433 losses
-$2,433,000 (lose $1000) + $1,544,200 (win $200) = -$888,800
I'll have to try that on the Don't Pass if at all.