This controls how much you favor the “popular” numbers—the ones drawn most often in history. Think of it like choosing the celebrities of the lottery world: they’ve shown up on stage many times!

Why it matters: If you believe “what happened most often will happen again,” crank this up. If you want to give lesser seen numbers a chance, turn it down.

• 100% → You only pick the hottest numbers.
• 50% → Half your score is popularity, half comes from other factors.
• 0% → Popularity doesn’t matter at all—every number starts on equal footing.

“Skip” measures how many draws have passed since each number last showed up. A high Skip weight chases the underdogs—numbers that haven’t appeared in a while.

Why it matters: If you think “it’s been too long—time to come back,” boost Skip. If you don’t care how fresh a number is, lower it.

• 100% → You pick only the most overdue numbers.
• 50% → You balance overdue status with popularity and patterns.
• 0% → You ignore overdue status entirely—every number is treated the same.

This looks at real “bounce back” stories—how likely a number is to reappear after missing a certain number of draws. It’s the AI’s way of learning from past comebacks.

Why it matters: If you trust that history knows best which overdue numbers come back most, turn this up. If you want simpler rules, turn it down.

• 100% → You pick the numbers with the strongest comeback records.
• 50% → You mix comeback patterns equally with popularity and skip.
• 0% → You ignore comeback patterns—only Frequency and Skip decide your picks.

Like Frequency for main balls, but only for the special extra (Powerball) number. A high setting means you always pick the most‑drawn Powerball. A low setting gives every Powerball equal shot.

• 100% → Only the most‑popular Powerball wins.
• 50% → Half popularity, half other factors.
• 0% → Popularity ignored entirely.

Like Skip for main balls, but for the Powerball. High values chase Powerballs that are long overdue; low values treat all extra balls equally regardless of “waiting time.”

• 100% → Only the most overdue Powerballs are selected.
• 50% → Balanced between overdue and other factors.
• 0% → No overdue bias—every extra ball is equal.

Like Historical Probability for main balls, but focused on the extra ball’s bounce‑back records. High values trust past comeback patterns; low values ignore them.

• 100% → Picks the Powerball with the strongest comeback history.
• 50% → Mixes comeback patterns equally with other factors.
• 0% → Ignores comeback history entirely.