USL Championship · Score Research

07-30 07:30 CST · USL Championship · Separate HT/FT models

Louisville City FC

Home side / left market direction

Full-time first pick 2:1 Probability 16.6% · High-total score cluster High-total score cluster: 2:1 16.6%; 3:1 10.4%; 3:2 6.5%; 4:1 4.3%; 3:0 3.9%; 4:0 2.6%; 4:2 2.6%; 5:1 2.3% Half-time first pick 0:0 (51.2%)

Birmingham Legion

Away side / right market direction

Five-Factor Read

1. Market strength Louisville City FC side rates higher

The handicap leans toward Louisville City FC; the market prices the home side as stronger.

2. Form and pace 0:0

HT first pick is 0:0 (51.2%); HT draw probability is 57.2%, so the model still respects early caution.

3. AI Sidecar Read FT total 3.00

This match uses a DeepSeek AI sidecar factor. The AI signal only applies a small candidate-score reweighting and does not override the market/history main model by itself. AI note: 主队排名高但攻击一般，客队防守好但进攻极弱，节奏慢，预计小比分主胜或平局。

4. Venue factor Non-neutral venue

Venue: venue pending. Non-neutral venue. Weather/temperature: 天晴, 28℃～29℃. The schedule marks this as non-neutral, so home/away identity remains a weak background factor. Higher temperature raises fatigue risk and late-game tempo drop risk. Together with the totals line, the venue layer can support a more open upper tail.

5. Sample and soft factors Usable sample

112 comparable matches; useful for probability ranking

Full-Time Score Distribution

2:1 16.6%

1:1 10.8%

3:1 10.4%

3:2 6.5%

2:2 5.9%

1:2 5.9%

1:0 5.8%

2:0 5.1%

FT market: side line 1.25 · total 3.00 · Bucket ah_ou:1.25/3.0

Score cluster: High-total score cluster: 2:1 16.6%; 3:1 10.4%; 3:2 6.5%; 4:1 4.3%; 3:0 3.9%; 4:0 2.6%; 4:2 2.6%; 5:1 2.3%

Half-Time Score Distribution

0:0 51.2%

1:0 23.5%

0:1 8.9%

1:1 5.7%

2:0 5.6%

2:1 1.4%

3:0 1.2%

0:2 0.9%

HT market: side line 0.50 · total 1.25

Louisville City FC win66.1%

Draw20.9%

Birmingham Legion win13.0%

Louisville City FC expected goals2.36

Birmingham Legion expected goals1.20

Under 3.552.5%

FT temperature0.95

Empirical weight58.3%

Sample size112

Europe 1X2home 66.4% / draw 18.9% / away 14.7%

Key Variables

First-goal path Louisville City FC benefits most from opening the scoring; if HT stays 0:0, the FT distribution compresses toward lower scores.

Deciding factor Draw probability is 20.9%, so the exact-score set should keep draw and one-goal-margin scripts alive.

Risk point Under 3.5 is 52.5%; if the live total moves up materially, rerun the model.

Pre-Match Update · Market Movement

Published 2026-08-05 01:19:19 CST (started/finished about 137h 50m ago) | Snapshot window: pending -> 2026-08-05 01:19:19

First snapshotFT handicap 待补 · total 待补

Latest marketFT handicap 1.25 · total 3

Movement: FT handicap data pending; FT total data pending; HT handicap data pending; HT total data pending.

Pre-match note: Market snapshots are thin; refresh Feijing data again before publishing the final pre-match version.

Final Read: 2:1

Predicted side: Louisville City FC win · Actual side: Louisville City FC win · side aligned

Using the full-time handicap, totals, comparable market buckets and half-time market, the model's full-time first pick for Louisville City FC vs Birmingham Legion is 2:1 (16.6%). Louisville City FC side rates higher. This match uses a DeepSeek AI sidecar factor. The AI signal only applies a small candidate-score reweighting and does not override the market/history main model by itself. AI note: 主队排名高但攻击一般，客队防守好但进攻极弱，节奏慢，预计小比分主胜或平局。 HT first pick is 0:0 (51.2%); HT draw probability is 57.2%, so the model still respects early caution. Exact-score outputs are probability rankings for pre-match research and review.

Risk note: exact scores are low-hit-rate events. The model output is a probability ranking, not a certainty; late market moves, lineups, red cards and early goals can reshape the distribution.

Sources

Feijing · fixtures, results, Asian handicap, totals, half-time markets, Europe 1X2 · Local history database · historical market lines, full-time scores, half-time scores · DeepSeek · AI sidecar context, bounded candidate reweighting only