Ratios & Percents
Build fast two-way recall between common poker percentages and practical whole-number odds-against ratios.
Build the foundational math and memory skills that make good poker decisions easier under pressure. Choose a track, train one skill at a time, and use your results to decide what to repeat next.
Build speed and accuracy with reproducible poker calculations including pot odds, equity, fold-frequency thresholds, SPR, ICM, bet sizing, MDF, and combination counting.
Choose a drill, complete focused repetitions, and return often enough for the skill to become dependable at the table.
Build fast two-way recall between common poker percentages and practical whole-number odds-against ratios.
Track betting action and running pot totals quickly using realistic cash and tournament chip values.
Calculate minimum legal raises and recognize when short all-ins do or do not reopen the action.
Build main pots and side pots accurately from multiple all-in contribution levels.
Measure tournament stack depth using big blinds, orbit cost, and M-Ratio.
Practice quickly estimating the total value of cash-game and tournament chip stacks using realistic chip layouts and a visible denomination legend.
Calculate core preflop and flop probabilities from explicitly displayed cards and defined event categories.
Count valid improving cards from the displayed hand and board, including explicitly defined blocked or duplicated outs.
Estimate flop and turn improvement probability from a defined number of outs using the Rule of 4/2.
Calculate exact next-card, by-river, runner-runner, board-pairing, and ordered turn-river probabilities by enumerating every legal unseen-card outcome.
Calculate exact next-card and by-river overcard, board-pair, counterfeit, danger-overlap, and safe-card probabilities from displayed hole cards and boards.
Estimate heads-up preflop equity from two displayed hole-card hands.
Calculate pot odds and the exact equity threshold required for a break-even call.
Calculate effective stack and stack-to-pot ratio, then classify the result using explicitly displayed thresholds.
Calculate tournament orbit cost, forced stack loss, complete orbits remaining, partial-orbit contributions, future stack in big blinds, and blind-level pressure from explicit blind and ante structures.
Calculate how often a bluff needs to work based on bet size and pot size.
Calculate minimum defense frequency from the displayed pot and bet size.
Calculate how different bet sizes change pot odds, break-even fold frequency, pot growth, and future SPR.
Practice exact combination counting for hands, ranges, blockers, board removal, and value-to-bluff ratios.
Calculate direct pot-odds thresholds, required future winnings, call EV, required hit probability, stack capture, and maximum break-even calls from explicitly defined inputs.
Calculate exact set-flop probability, required future winnings, stack-capture percentage, effective-stack requirements, break-even calls, and EV from explicit set-mining assumptions.
Calculate exact remaining combinations, blocker-adjusted range size, range retention, target-group probability, and percentage-point shifts from displayed Hero cards, board cards, and weighted ranges.
Calculate exact starting-hand combinations, range percentages, mixed-frequency weights, and blocker-adjusted totals from a 13×13 range grid.
Build exact preflop ranges on an interactive 13×13 grid to satisfy target combinations, percentages, hand-class counts, category totals, and mixed-frequency constraints.
Calculate exact blocker-adjusted counts and percentages for made hands, pair classes, draws, overcards, misses, and weighted range overlap on a displayed flop.
Compare two weighted ranges on a displayed board using exact blocker-aware matchup and runout enumeration to quantify equity, tie frequency, made-hand distribution, and literal nut advantage.
Calculate equal percentage-of-pot bet sizes, future pot growth, investable stack, and remaining stack across one, two, or three streets.
Calculate fold-branch EV, called-branch EV, total semi-bluff EV, required fold frequency, required equity when called, maximum break-even bet size, and the EV contributed by showdown equity.
Calculate balanced river bluff percentages, bluff-to-value ratios, supported bluff combinations, reverse bet sizing, and bluff-catcher call EV from explicit pot, bet, and range counts.
Build separate weighted value and bluff ranges on interactive 13×13 grids to satisfy exact river sizing, combo-ratio, bluff-share, category, and hand-class constraints.
Calculate exact main and side pots, per-pot eligibility, aggregate break-even equity, shared- or pot-specific call EV, weighted equity, and reverse equity thresholds from explicit multiway all-in contributions.
Calculate exact split-pot shares, main- and side-pot eligibility, odd-chip awards, branch payouts, expected payout, tie-adjusted equity, scoop probability, and incremental call EV.
Calculate expected value across explicitly defined multi-street branches and outcome probabilities.
Convert between win rate, hourly rate, expected profit, hand volume, time requirements, stake changes, and target samples using explicit cash-game inputs.
Calculate standard error, confidence intervals, result distributions, target-precision sample sizes, z-scores, and probability thresholds from explicit win-rate and variance assumptions.
Calculate cash-game rake, net pot, rake-adjusted required equity, call EV, EV lost to rake, maximum break-even calls, and differences between explicit rake structures.
Calculate live straddle and re-straddle amounts, starting pot, formal preflop action order, contribution adjustments, minimum raises, postflop SPR, and stack-depth compression from explicit cash-game structures.
Calculate credited bounty value, tournament-chip equivalent, bounty-adjusted pot odds, call EV, maximum break-even calls, required opponent bounty, and differences between explicit bounty-credit models.
Calculate tournament equity from explicit stack sizes and payout ladders using the drill’s defined ICM model.
Calculate exact sweep, split, loss, tie-adjusted payout, expected-payout, and variance-reduction probabilities by enumerating two disjoint labeled boards from the remaining deck.