Goal
Check current parent-to-child relationships and passive skills without treating a shortest path as the most practical route.
Current verified coverage
These counts are generated from the same data used by the linked tools and update with them.
- Pal database
- 299Pals
- Breeding calculator
- 44,851breeding combinations
- Passive skills
- 115skills
Try a concrete case
Starting conditions
Select two Cattiva parents and their genders; then test Katress with Wixen.
Every pair requires two separate parents, one male and one female. For the same species, one owned Pal is not enough. Follow any specific genders shown.
Expected result
Each row is a species outcome under the displayed conditions, not a guaranteed egg or inherited stats.
- Cattiva (Male) + Cattiva (Female)
- Cattiva
- Cattiva (Female) + Cattiva (Male)
- Cattiva
- Cattiva (Male) + Cattiva (Male)
- These parents have the same gender and cannot breed together. Choose a male and a female.
- Cattiva (Female) + Cattiva (Female)
- These parents have the same gender and cannot breed together. Choose a male and a female.
- Cattiva (Not specified) + Cattiva (Not specified)
- Conditional species prediction: confirm the actual genders before breeding. Each option below requires the displayed genders. Cattiva (Male) + Cattiva (Female) / Cattiva (Female) + Cattiva (Male) → Cattiva
- Katress (Male) + Wixen (Female)
- Wixen Noct
- Katress (Female) + Wixen (Male)
- Katress Ignis
- Katress (Not specified) + Wixen (Not specified)
- Conditional species prediction: confirm the actual genders before breeding. Each option below requires the displayed genders. Katress (Male) + Wixen (Female) → Wixen Noct; Katress (Female) + Wixen (Male) → Katress Ignis
Your next action
Use two separate parents of opposite genders. Confirm unspecified genders and the exact direction of a special pair before breeding.
Open the linked toolScope and limits
Cake, facilities, incubation and inherited passives or IVs require separate checks. A species path does not validate individual parents or their genders.
This planner uses owned species, not individual parents or their genders. Every step still requires a male and a female; obtain a second individual when a species is used on both sides. Confirm each displayed gender before following the route.
Before you start
Keep these verified tools open so each decision uses the current catalog.
- Pal databaseList the options and the constraint that matters most.
- Breeding calculatorHave the current input or state ready to check.
- Practical breeding pathWrite down the goal, available resources, and limits.
- Passive skillsList the options and the constraint that matters most.
- Team coverage builderHave the current input or state ready to check.
Step-by-step procedure
Open each linked tool in order, confirm the current data, and keep the result beside your game.
- 1Pal databaseChoose the target child in the Pal catalog and note the parents or children you want to test.
- 2Breeding calculatorUse the breeding calculator in forward or reverse mode to confirm the current parent-to-child relationship.
- 3Practical breeding pathCompare candidate paths by length and the visible practical-score factors; do not treat the shortest path as automatically best.
- 4Passive skillsChoose desired passive skills and check which candidate parents already carry them; inheritance chances remain outside this guide.
- 5Team coverage builderPlace the planned result in the team builder and confirm its intended role and coverage before committing to the chain.
Check the result
Before you spend resources or apply changes, confirm each checkpoint.
- Pal databaseThe selected option and its reason are recorded.
- Breeding calculatorConstraints, warnings, and unavailable values have been checked.
- Practical breeding pathRequirements and the next action are clear before resources are spent.
- Passive skillsThe selected option and its reason are recorded.
- Team coverage builderConstraints, warnings, and unavailable values have been checked.