TCP audits your training against the complete mechanical map of the human body — identifying the movement patterns you're missing, the ones you're over-repeating, and exactly what to do about it.
TCP operates on two distinct layers — mechanical reality and programming intent — and keeps them separate so the analysis stays honest.
Every exercise in TCP is mapped to the mechanical actions it produces at each joint — the exact planes of motion, the direction of force, the primary driver vs. what's along for the ride. This is the audit layer. It doesn't care what you call the exercise or what day you did it on.
Above joint actions sits a programming layer — how real coaches actually group training. A vertical pull and a horizontal pull are both "back exercises" but they cover completely different mechanical territory. TCP maps exercises to these patterns so gaps in your programming intent become visible.
The audit output is a rolling score across your 14–30 day window — not a judgment on any single session. The score reflects what percentage of the mechanical map you've actually covered. Missing patterns are named. Suggestions are specific. Nothing is vague.
Every joint. Every plane of motion. Every possible movement — organized like the periodic table. 52 joint actions across 14 joint systems. This is the map TCP audits your training against. Green means covered. Red means missing.
Most fitness tools count what you did. None of them tell you what you're missing — and the gap between those two things is where injuries happen and plateaus live.
Volume is useful, but muscle groups aren't mechanical categories. "Back" includes at least five distinct movement patterns.
Strength in one pattern doesn't mean completeness across all patterns.
Hitting "legs" twice a week tells you nothing about which planes and patterns you're actually covering.
20 sets of flat press every week satisfies every volume metric. Your chest still has a gap if you've never done an adduction pattern.
Every exercise is mapped to the exact joint actions it produces. Not what muscle it works — what motion it creates.
A good coach doesn't expect every pattern every session. TCP evaluates coverage across your full cycle — 14 to 30 days.
When you're over-indexed on one pattern while a related pattern is completely absent, that's misallocation — and it's invisible without a mechanical map.
Muscles recover faster than tendons. If you deadlifted yesterday and plan to RDL today, that's worth knowing.
This is a mechanical audit of a standard Push / Pull / Legs split across a two-week cycle. Every cell represents whether a region's movement patterns were covered that session — directly, incidentally, or not at all.
| Region | Pull 1 | Push 1 | Legs 1 | Off | Pull 2 | Push 2 | Legs 2 | Off |
|---|---|---|---|---|---|---|---|---|
| Back | Full | Inc. | Full | Inc. | ||||
| Chest | Full | Full | ||||||
| Shoulders | Inc. | Full | Inc. | Full | ||||
| Biceps | Full | Inc. | Full | Inc. | ||||
| Triceps | Full | Full | ||||||
| Lower Body | Inc. | Full | Inc. | Gap ⚠ | ||||
| Core | Inc. | Full | Inc. | Inc. | Full | Inc. |
A single session doesn't need to cover everything. Your training window does. TCP evaluates rolling coverage — so if you train legs twice a week, TCP looks at both sessions together, not in isolation.
Your overall score is the average across regions. A 90% back score and a 48% lower body score aren't averaged away — you see both, and the gap is named explicitly.
TCP understands programming. If you alternate lateral lunges and rotation lunges across two different leg days, both planes are credited. The engine knows what a real coach knows: you don't have to hit every pattern every session.
Run a static audit on a program you're planning — before you train a single session. Or let the rolling score track what you're actually logging in real time. Both use the same mechanical map.
The window shows what movement patterns have actually appeared in your recent history. This is the input to the score — and the context the suggestion engine reads before it makes a recommendation.
Every workout you log becomes a data point. TCP builds a mechanical time series — your completeness score, day by day, going back as far as your history exists. Scrub to any date and see exactly what your body was being asked to do, and what it wasn't.
TCP doesn't tell you to add volume. It reads your window, finds the specific patterns that haven't appeared, and recommends the exact exercises that fill them — without disrupting what's already working.
Volume trackers count. Programming apps prescribe. TCP audits — and it does it at a resolution no other tool has operated at.
Tell you what you did. Not whether what you did is structurally sound.
Tell you how much. Not what patterns are actually covered.
The first tool that tells you what's mechanically missing — and exactly what fills it.
TCP began as a published framework for analyzing joint mechanics. These articles walk through the theory, proof of concept, and practical application — starting from first principles.