DR240 pairs Single-Jump Ping-Pong Run (Alternating B-P-B-P columns of depth 1 across Big Road cols 1-6) with Analytical Modality (Depth Vector Verification): learners verify Every completed column has d_k = 1, so d_{k-1} == d_{k-1-m} is true, master Rule 1 Depth-1 Parity Producing Red (=) Across Derived Roads, and eliminate expecting alternating b/p hands to produce blue marks on derived roads.
DR240 drill board (PPBBBPPPPBBPBBBBPPBBPBTBP): 11 Big Road columns, 21 Big Eye Boy, 18 Small Road, and 14 Cockroach Pig marks.
This bead is at Row 2. Column 2 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 2 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.
Column 4 has 2 beads. Column 1 has 2 beads. Same depth → red (=).
Common table reading watchout: Comparing the wrong columns. Compare Column 4, the one that just finished, with Column 1.
Alternating B-P-B-P columns of depth 1 across Big Road cols 1-6
Rule 1 Depth-1 Parity Producing Red (=) Across Derived Roads
Every completed column has d_k = 1, so d_{k-1} == d_{k-1-m} is true
Expecting alternating B/P hands to produce blue marks on derived roads
Understand why B-P-B-P chop generates solid red (=) derived streaks by computing the full column-depth vector [d_1, d_2, ..., d_k] across the shoe
In DR240, Analytical Depth Audit transforms Single-Jump Ping-Pong Run into a repeatable check of Every completed column has d_k = 1, so d_{k-1} == d_{k-1-m} is true, eliminating expecting alternating b/p hands to produce blue marks on derived roads on sequence PPBBBPPPP.
Matrix comparison DR240 under Analytical Depth Audit reads: This bead is at Row 2. Column 2 has a bead at Row 2 too → red (=). With 18 Small Road and 14 Cockroach Pig marks plotted, Every completed column has d_k = 1, so d_{k-1} == d_{k-1-m} is true is verified.
| DR240 Drill Dimension | Coordinate / Rule | GMU Modality Action |
|---|---|---|
| DR240 Matrix Coordinate | Alternating B-P-B-P columns of depth 1 across Big Road cols 1-6 | Analytical Modality (Depth Vector Verification) |
| DR240 Rule & Depth | Rule 1 Depth-1 Parity Producing Red (=) Across Derived Roads | Every completed column has d_k = 1, so d_{k-1} == d_{k-1-m} is true |
| DR240 Diagnostic Target | Expecting alternating B/P hands to produce blue marks on derived roads | Understand why B-P-B-P chop generates solid red (=) derived streaks |
As DR240 concludes for Single-Jump Ping-Pong Run, This bead is at Row 2. Column 1 has a bead at Row 2 too → red (=). Practicing computing the full column-depth vector [d_1, d_2, ..., d_k] across the shoe across 11 streaks answers How does the depth vector [d_1..d_k] determine all three derived roads?
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.