Idle Revolution Guide

Idle Revolution Guide

Getting Started

Understanding the Basics

• Circles: The game features ten circles, each with different colors and speeds. The red circle is the fastest, while the white circle is the slowest. Each completed lap of a circle contributes to your income based on its color multiplier.

• Income Calculation: Your total income is calculated by multiplying the multipliers of all completed circles. The formula is:
$$ \text{Total Circles Multiplier} = \text{Red Mult} \times \text{Orange Mult} \times \text{Yellow Mult} \times \ldots \times \text{White Mult} $$

• Key Stats:
• Revolution Speed: Determines how quickly a circle completes a lap.
• Ascension Power: Affects the multiplier for the mult gain on ascension.
• Mult Gain: Indicates how much of a corresponding color multiplier will be added each lap.

Progression Mechanics

Prestige and Infinity

• Prestige: When you reach certain milestones, you can reset your progress to gain bonuses. This mechanic allows you to advance faster in subsequent runs.

• Infinity: Triggered upon reaching $$1.79e308$$ Revolution Score, Infinity resets all Prestige and Promote multipliers while granting Infinity Points (IP). Completing all nine challenges unlocks the ability to break Infinity, allowing further progression.

Challenges

• Unlocking Challenges: Challenges become available after reaching Infinity Upgrade 7;1. They impose specific handicaps but reward you with boosts and additional IP multipliers upon completion.

• Challenge Tips:
• Start with easier challenges to build confidence and resources.
• Focus on upgrading your animals and utilizing automation features effectively.
• Track your challenge completion times to optimize strategies for future runs.

Advanced Strategies

Using Automation

• Auto Ascensions: Set all auto ascensions to "on" for continuous progress.

• Auto Buyables: Configure auto buyables to purchase upgrades automatically at specified thresholds.

• Adjust Settings Based on Run Length: For longer runs, consider lowering levels and increasing timers to optimize resource accumulation without manual intervention.

Conclusion