差分

|}

|}

=== General logic for trait with tiers inheritance ===

=== 階層（Tier）を持つ特性の継承における一般的な仕組み ===

# Start from highest trait

# 最も高位の特性から開始

# Calculate active chance. Lower tiers ( including inactive ) count as inactive of the tier. Each level down beyond the first multiplies chance by a define

# 活性確率が計算される。それより下位階層 (不活性を含む) は不活性階層としてカウントされる。最初のレベルより下の各レベルでは、確率に定数が乗算される。

# If active, use it; DONE

# 活性であれば、それが使われる；ここで完了

# Otherwise, go down a tier, if inactive pretend 1 more parent has that tier active, otherwise 1 more parent has it inactive.GOTO 2

# そうでなければ、1つ下の階層に移動し、それが不活性である場合は、もう一方の両親がその階層を活性にする。そうでなければもう一方の両親はその階層を不活性にする。項目2に戻る。<ref>原文：Otherwise, go down a tier, if inactive pretend 1 more parent has that tier active, otherwise 1 more parent has it inactive.GOTO 2</ref>

When trying to inherit a tiered genetic trait, and the other person has one of lower tier, we pretend that means they've  got the higher tier one recessively, and reduce the chance of inheritance by 20% per tier further down than 1 the other parent's trait is.

When trying to inherit a tiered genetic trait, and the other person has one of lower tier, we pretend that means they've  got the higher tier one recessively, and reduce the chance of inheritance by 20% per tier further down than 1 the other parent's trait is.