Example Data Table
| Build Type |
Main Attribute |
Primary Ability |
Memory Plan |
Skill Style |
| Physical Knight |
Strength |
Warfare |
Moderate |
Knockdown and burst |
| Ranger |
Finesse |
Huntsman |
Low to moderate |
High ground damage |
| Fire Mage |
Intelligence |
Pyrokinetic |
High |
Area damage |
| Support Caster |
Memory |
Hydrosophist |
High |
Healing and control |
Formula Used
The calculator uses a planning model. It estimates build strength with attribute scaling, combat ability scaling, gear bonuses, critical expectation, talent bonuses, resistance, memory demand, and action point pressure.
Final Attribute = 10 + attribute points above 10 + gear attribute bonus.
Attribute Multiplier = 1 + ((final attribute - 10) × 0.05).
Primary Ability Multiplier = 1 + (primary ability points × 0.05).
Secondary Ability Multiplier = 1 + (secondary support points × 0.025).
Expected Critical Multiplier = 1 + critical chance × (critical multiplier - 1).
Estimated Damage = base damage × attribute multiplier × ability multipliers × gear multiplier × critical expectation × talent multiplier × resistance multiplier.
Estimated Memory Slots = 3 + half the character level + invested Memory points.
AP Pressure = average AP per turn divided by 4, then converted to a percentage.
How to Use This Calculator
- Enter the character level and build role.
- Select the main attribute and primary combat ability.
- Add attribute points, ability points, gear bonuses, and talent bonuses.
- Enter prepared skills, source skills, and Memory investment.
- Add base skill damage and expected enemy resistance.
- Enter the AP cost of your planned rotation.
- Press Calculate to review the result above the form.
- Use CSV or PDF export to save your build plan.
Advanced Skill Planning for Rivellon
A strong party in Divinity Original Sin 2 starts before combat. Skill choices shape every turn. They also decide armor pressure, crowd control, and survival. This calculator gives a structured plan for those choices. It compares attributes, combat ability points, memory slots, source skills, and resistance. The goal is simple. You can see whether a build has enough room, enough scaling, and enough action economy.
Why Skill Planning Matters
Many builds feel weak because points are spread too thin. A warrior may invest in Warfare, Polymorph, and Necromancer. A mage may split between Pyrokinetic, Geomancer, and Summoning. These mixes can work well. They need clear planning. Memory must hold core attacks, movement, buffs, and emergency tools. If slots run short, the build becomes messy. If action point cost is too high, the character cannot use its full kit.
What the Calculator Reviews
The calculator estimates usable skill slots from level and Memory investment. It then compares planned skills against those slots. It estimates damage scaling from the chosen main attribute and combat ability. Resistance is applied after scaling, so the result feels closer to actual planning. It also checks source skill pressure. Source skills can be powerful, but they demand slot space and careful timing.
How to Read the Result
A high efficiency score means the build has focused scaling. A warning means you should adjust something. You may need more Memory. You may need fewer prepared skills. You may also need a stronger main ability. The action pressure score shows whether the turn plan is practical. Low pressure leaves room for movement and support. High pressure needs Adrenaline, haste, or a smaller rotation.
Better Build Decisions
Use the tool while planning a new party member. Test one version, then change only one field. Compare the new score with the old one. This makes build tuning easier. It also helps when changing gear bonuses. The calculator is not a replacement for game sense. It is a planning guide. Use it to find gaps before you enter a hard fight. Keep notes for each hero. Save exports after major changes. This keeps party roles clear and helps you rebuild faster after respecs later in long campaigns.
FAQs
What does this skill calculator estimate?
It estimates damage scaling, memory slot pressure, action point pressure, and build focus. It is designed for planning character builds before testing them in combat.
Is this an exact in-game simulator?
No. It is a planning tool. It uses practical scaling formulas to help compare builds, but exact battle results can change with gear, surfaces, statuses, height, and enemy armor.
Why does Memory matter so much?
Memory controls how many skills you can prepare. A build with too many planned skills may need more Memory or a smaller rotation.
How should I use enemy resistance?
Enter the expected resistance of the enemy type. Higher resistance lowers estimated damage. Negative resistance can represent vulnerability or debuffs.
What is AP pressure?
AP pressure shows how costly your planned rotation is per turn. A value above 100% means the rotation costs more than a normal four AP turn.
What should I enter for base skill damage?
Use the listed or expected damage of a key skill before extra planning bonuses. You can also enter a sample value to compare two builds.
Can this help hybrid builds?
Yes. Use primary points for the main damage school. Use secondary points for support schools, mixed scaling, or utility investment.
Why include CSV and PDF downloads?
Downloads help save build plans. You can compare party members, keep respec notes, and review changes after gear upgrades.