DR010 pairs Big Eye Boy (c2,r2) Start (Big Road col 2 row 2 vs col 1 row 1-2) with Analytical Modality (Depth Vector Verification): learners verify Active cell (c2,r2) checks reference cell (c1,r2) vs (c1,r1), master Rule 2 Case 2a/2b continuing down Column 2 with lookback m=1, and eliminate starting big eye boy on hand 1 instead of waiting for (col 2, row 2) or (col 3, row 1).
DR010 drill board (PPBBBPPPPBBPBBBBBBPPPBP): 9 Big Road columns, 20 Big Eye Boy, 17 Small Road, and 13 Cockroach Pig marks.
This bead is at Row 3. Column 1 stopped at Row 2, one row above → blue (≠).
Common table reading watchout: Thinking "no bead at this row" means blue. It is blue only when Column 1 stopped exactly one row above this bead.
This bead is at Row 2. Column 1 has a bead at Row 2 too → red (=).
Common table reading watchout: Thinking "no bead at this row" means blue. It is blue only when Column 1 stopped exactly one row above this bead.
This bead is at Row 2. Column 3 has a bead at Row 2 too → red (=).
Common table reading watchout: Thinking "no bead at this row" means blue. It is blue only when Column 3 stopped exactly one row above this bead.
Big Road col 2 row 2 vs col 1 row 1-2
Rule 2 Case 2a/2b continuing down Column 2 with lookback m=1
Active cell (c2,r2) checks reference cell (c1,r2) vs (c1,r1)
Starting Big Eye Boy on Hand 1 instead of waiting for (col 2, row 2) or (col 3, row 1)
Identify the exact hand index that emits Mark #1 on Big Eye Boy by computing the full column-depth vector [d_1, d_2, ..., d_k] across the shoe
Verification lab DR010 pairs Analytical Depth Audit with Big Eye Boy (c2,r2) Start so students test Big Road col 2 row 2 vs col 1 row 1-2 and answer: How does the depth vector [d_1..d_k] determine all three derived roads?
Scoreboard inspection DR010 (Big Eye Boy (c2,r2) Start · Analytical Depth Audit) shows: This bead is at Row 3. Column 1 stopped at Row 2, one row above → blue (≠). Tracking 17 Small Road and 13 Cockroach Pig marks answers How does the depth vector [d_1..d_k] determine all three derived roads?
| DR010 Drill Dimension | Coordinate / Rule | GMU Modality Action |
|---|---|---|
| DR010 Matrix Coordinate | Big Road col 2 row 2 vs col 1 row 1-2 | Analytical Modality (Depth Vector Verification) |
| DR010 Rule & Depth | Rule 2 Case 2a/2b continuing down Column 2 with lookback m=1 | Active cell (c2,r2) checks reference cell (c1,r2) vs (c1,r1) |
| DR010 Diagnostic Target | Starting Big Eye Boy on Hand 1 instead of waiting for (col 2, row 2) or (col 3, row 1) | Identify the exact hand index that emits Mark #1 on Big Eye Boy |
Second-lookback check DR010 states: This bead is at Row 2. Column 1 has a bead at Row 2 too → red (=). By computing the full column-depth vector [d_1, d_2, ..., d_k] across the shoe, learners master Big Eye Boy (c2,r2) Start and Active cell (c2,r2) checks reference cell (c1,r2) vs (c1,r1) over 9 columns.
Enter any sequence to inspect the Big Road, Big Eye Boy, Small Road, Cockroach Pig, and next-hand previews.
About 64 minutes of lessons covering outcomes, the Bead Plate, Big Road columns, and dragon tails.
Train Third-Card Rule decisions, depth counting, lookback column references, and derived-road speed recognition.
Visual step-by-step breakdowns with closed captions, chapter markers, and full searchable transcripts.
Macau Cantonese, French, and mathematical table terms explained in plain English with road diagrams.
Direct answers to real student questions on dragon tails, tie handling, lookback rules, and table variants.
Every reference guide, glossary definition, and road calculator on Baccarat Smart is open for everyone. When you want all 6 modules and 36 lessons (about 5.5 hours of lessons) organized in structured step-by-step order with 74 hands-on boards, 94 quiz checks along the way, and Cloud Shoe Log sync across web, iPhone, and Android, start Module 1 (10 lessons, about 64 minutes of lessons) free or unlock full membership for $25 a month.
Test any shoe sequence and inspect Rule 1 and Rule 2 derived road marks.
Review the 5-road architecture from Bead Plate and Big Road to Cockroach Pig.
Practice companion coordinate lookups, depth comparisons, and rule checks.
Practice companion coordinate lookups, depth comparisons, and rule checks.