World of Warcraft

Both lean on optimization about the same (9 vs 9). Biggest difference: reads (3 vs 1) - Bosses follow fixed scripted timelines

Both lean on variance about the same (3 vs 3). Biggest difference: optimization (9 vs 7) - Build crafting and rotation theory-crafting reward deep analysis

Both lean on execution about the same (5 vs 5). Biggest difference: optimization (9 vs 7) - Rotations, sets, and build theorycraft central

Both lean on optimization about the same (9 vs 9). Biggest difference: execution (5 vs 4) - Tick-perfect inputs in high-end PvM

Both lean on execution about the same (5 vs 5). Biggest difference: reads (3 vs 2) - Multiplayer melee involves human feint-reading

Both lean on execution about the same (5 vs 5). Biggest difference: variance (3 vs 4) - Random political events and dynastic loyalty shifts add campaign variance

Both lean on variance about the same (3 vs 3). Biggest difference: execution (5 vs 6) - Action combat demands mechanical precision

Both lean on execution about the same (5 vs 5). Biggest difference: optimization (9 vs 8) - Class specs, consumable lists, and dungeon routes are deeply solvable

Both lean on execution about the same (5 vs 5). Biggest difference: reads (3 vs 1) - Guards use scripted alert states, not player-adaptive logic

Both lean on reads about the same (3 vs 3). Biggest difference: execution (5 vs 4) - Cover shooting matters but bullet-sponge TTK softens aim skill

Both lean on variance about the same (3 vs 3). Biggest difference: optimization (9 vs 7) - Perk cards, CAMP, build crafting key

Both lean on variance about the same (3 vs 3). Biggest difference: reads (3 vs 1) - PvE AI, optional PvP servers