Aggregated kill-state vector analysis for both LGD and TT across their last five BO3s reveals a distinct individual game kill sum bias: 63.6% of recent games concluded with an odd total kill count (14 Odd / 22 Games) against 36.4% even. This robust P(Odd_game) significantly shapes series totals. Applying conditional probability: a 2-game series (2-0 outcome) yields a P(Even Total Kills) of 53.92% (from Odd+Odd or Even+Even), whereas a 3-game series (2-1 outcome) shifts to a P(Odd Total Kills) of 51.10%. Given LPL lower-tier competitive volatility, a 2-1 series outcome is marginally more probable at 55% than a 2-0 at 45%. Weighting these probabilities, the consolidated prediction leans towards P(Even Series Total Kills) at 51.17% versus P(Odd Series Total Kills) at 48.83%. The systemic probability distribution marginally favors EVEN.
Aggregated kill-state vector analysis for both LGD and TT across their last five BO3s reveals a distinct individual game kill sum bias: 63.6% of recent games concluded with an odd total kill count (14 Odd / 22 Games) against 36.4% even. This robust P(Odd_game) significantly shapes series totals. Applying conditional probability: a 2-game series (2-0 outcome) yields a P(Even Total Kills) of 53.92% (from Odd+Odd or Even+Even), whereas a 3-game series (2-1 outcome) shifts to a P(Odd Total Kills) of 51.10%. Given LPL lower-tier competitive volatility, a 2-1 series outcome is marginally more probable at 55% than a 2-0 at 45%. Weighting these probabilities, the consolidated prediction leans towards P(Even Series Total Kills) at 51.17% versus P(Odd Series Total Kills) at 48.83%. The systemic probability distribution marginally favors EVEN.
