ARK tools for real player decisions

Evaluate a wild or newly tamed creature

The Stat Evaluator answers whether a point roll is ordinary or rare for a chosen level. It uses the distribution of allocatable wild points to show the expected area, top 10%, top 1% and top 0.1% thresholds. This is useful before committing time and resources to a tame, but it does not reverse a visible Health or Melee number into points.

The Stat Extractor handles that reverse problem. Select the exact species and stage, then copy maximum values from the creature panel. Same-level creatures can distribute their points differently, so the extractor never invents a default stat for the user's animal. A labeled Rex example is available to explain the input format without pretending to describe another creature.

Plan taming food, time and torpor

The Taming Calculator combines a creature profile, level, taming speed, food drain and a valid food choice. It compares the food stack, duration, effectiveness and expected bonus levels. For knockout tames it also estimates torpor depletion and equivalent narcotic options. The food table belongs to the selected creature, while the profile count belongs to the full searchable dataset.

Taming remains sensitive to damage, missed feeding opportunities, server multipliers and special creature mechanics. The result describes the mathematical plan at the entered rates. It does not replace watching a dangerous tame or verifying a special interaction in game.

Build a breeding and raising schedule

The Breeding Calculator starts with species-specific incubation, gestation and maturation times. It separates Baby, Juvenile and Adolescent stages, scales them with server rates and shows the female mating cooldown range. It is the best first page when the main question is when an egg hatches, when a trough becomes usable or when the creature reaches adulthood.

The Imprint Calculator focuses on whether enough care requests fit before adulthood. It combines maturation speed, cuddle interval and imprint amount, then marks safe, impossible and tight engine-rounding cases. The Baby Food Calculator uses the same growth timeline to estimate nutritional demand while the food rate falls from its high newborn value toward the adult rate.

Stack mutations without confusing counters with quality

The Mutation Planner calculates the chance of a useful target mutation, not merely any color or stat mutation. It accounts for the selected target stats, inheritance of stronger existing values, a replacement-male requirement, the number of clean females and the 20-counter source-parent rule. The roadmap changes probability when a working male crosses that boundary.

A displayed mutation counter is inherited ancestry math and does not prove that a target stat improved. Confirm a useful baby with actual point values, keep target lines labeled and preserve clean females. The planner provides expected attempts and confidence counts as probability, never as a promised completion date.

Configure a server without mixing file sections

The Server Settings Generator creates copyable blocks for GameUserSettings.ini and Game.ini. Rate fields stay visible instead of being hidden behind a generic server-speed label. Before applying a block, stop the server, back up both files and compare the generated names with the control panel used by the host.

After a change, test one known creature or timer. A decimal placed in the wrong field can make an entire breeding line impossible to imprint or cause food demand to differ sharply from the plan. The calculators help verify the practical effect once the server restarts with the intended values.

How the tools are prepared for search and mobile use

Each calculator has its own descriptive title, canonical URL, breadcrumb trail, explanatory content, FAQ data and internal links to the next relevant task. Main creature datasets are included in static page output instead of leaving search engines with an empty loading shell. Interactive calculations still run instantly in the browser after hydration.

Tables use contained horizontal scrolling where the data genuinely needs columns, while the overall page remains within a mobile viewport. Inputs keep labels and helper text visible so a player can use a phone beside the game without guessing what a number represents.