u/Regular-Employ-5308

Hey , just wanted to vent a little , had a really bad reformer ‘align’ class and just wanted to check I’m not crazy.

Instructor I’ve never had the timetable to match up with before so to me this was a first time with their methods.

Basically 45 minutes of joint stress , inappropriate technique , no adaptations and ‘embrace the trembles’ was the go to phrase.
This was a clearly a mis-labelled strength-endurance conditioning class.

I could have had a safer and more enjoyable session next door on the cable machines.

Woke up this morning with a really sore back and aching pecs/delts.

Issues I had:
•nobody asked for pre-existing conditions or injuries
•one guy was allowed to train barefoot without grip socks
• I’m a tall broad heavy male (6’2” , 42” chest , 95kg) so I have the classic long levers and top heaviness .
• many of the techniques severely punished my lever length and were exhausting
• badly selected exercises for my frame type some techniques were impossible for me ••kneel on carriage , 30degree y press with hands in straps to above head? I would have faceplanted through the carriage gap , and that would tear my rotor cuff with my lever length creating crazy torque. I ended up self modding that to chicken wing shrugs which was just weird
•• weird v-sits and diagonal crunches on the bed with ball between scapula . . I didn’t fit . My butt was perfectly in the gap regardless of carriage position. I had to put my feet on the floor as well and that removed the target of the exercise . I should have just done sit-ups on the floor
•the instructor was inconsistent with her requests
•• feet to edge of foot rest, externally rotate , knees in line with shoulders , and push away. So for us tall folk , If i externally rotate my knees go SO much wider than my shoulders. So which is it ? Don’t rotate ? Or bring my feet into the centre of the bar ?

I ended up targeting different muscle groups throughout the class than was intended , inventing my own mods to make the exercise work and prevent injury , and felt like the problem child .

Won’t be going to that class again but it made me think this particular gym chain has a poor middle ground of reformer category

‘Foundation’ - beginners , with understanding the bench and basic movements

‘Recovery’ - my fave with those deeeeep isometric stretches for minutes , reprogramming the neuro response to a stretch. Perfect for my itb etc.

‘Athletic’ big reps, big muscle chain recruitment .

And everything else is align . Which is useless because you’re at the mercy of an instructor who teaches what they want .

They need at least a conditioning category, a dynamic category , and a true align category that looks at isometric posture and balance changes to identify and address imbalance in our bodies

Last night was just a sweat shop .

Anyone else been to classes that don’t fit the bill and make you feel like you don’t belong ?

🧠 ERS: A New Way to Think About Cubing (Not a Method — a Meta‑Framework)

Over the last week I’ve been exploring a way to describe how us humans actually solve cubes, and it’s led to something that sits between method theory and full cube math.

I’m calling it ERS — Entropic Rail Solving.

It’s not a new method.
It’s not a set of algs.
It’s a meta‑framework for understanding why methods work and how humans navigate the cube.

Here’s the summary.

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1. A cube is in a state-space , the mind has a configuration space .

Humans don’t solve in purely configuration space. cubes have a huge mathematical state space, but humans don’t operate in it directly either

Humans solve in:

configuration space projected through a biological system
(hands, eyes, recognition limits, ergonomics)

This projection adds constraints that aren’t part of the cube at all:

• fingertrick availability
• grip stability
• regrip cost
• visual bandwidth
• recognition entropy

This means the real solve space is:

(Cube invariants) ∩ (Human ergonomics)

This is the first key idea.

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2. ERS = solving inside “invariant corridors”

ERS says that humans never explore the whole cube.
Instead, they move inside corridors defined by partial invariants:

• soft EO
• block footprints
• corner adjacency
• restricted edge‑cycle classes
• LL anchors

These invariants act like hidden rails.

Even when the cube looks messy, the solve is still inside a constrained corridor.

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3. The core behaviour: Constraint‑Relaxation Cycling

ERS describes a pattern that shows up in Roux, ZZ, Petrus, and even CFOP:

temporarily relax local constraints while preserving higher‑order structure

Examples:

• break a pair to build a block
• disturb a mini‑block to gain freedom
• misalign edges to set up LSE
• open a slot to insert something cleaner

This is the “entropy pulse” idea, but formalised.

You loosen something small to make progress on something big.

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4. The ERS Axioms (short version)

These are the rules that emerged from analysing lots of solves:

Axiom 1 — Partial Invariants

You never solve in a fully unconstrained state.

Axiom 2 — Corridor Principle

Active invariants define the allowed search corridor.

Axiom 3 — Constraint‑Relaxation

Local disorder is allowed if higher‑order structure stays intact.

Axiom 4 — Structural Dominance

Always prioritise the highest‑order unfinished structure.

Axiom 5 — Module Closure

Once a structure is done, drop it. No sunk‑cost bias.

Axiom 6 — Agnostic Boundary State

Between modules, briefly reset to neutral before choosing the next objective.

Axiom 7 — Attractor Preference

Prefer states that reduce future recognition load.

Axiom 8 — Recognition > Calculation

If you recognise something, use it. Humans are recognition engines.

These aren’t rules for a method — they’re rules for how humans actually behave when solving.

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5. ERS gives us:

• a way to analyse existing methods
• a way to predict whether a hybrid could beat CFOP or ZBLL
• a way to design new methods based on invariants, not steps
• a way to guide AI to search only human‑viable regions
• a way to explain why some methods “fit” certain solvers

It’s not “the final theory of cubing.”
It’s the missing layer between:

• method ontology
• cube topology
• human ergonomics

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ERS: Explore freely within invariant corridors, relax small constraints to advance big structures, release completed modules, and prefer states that minimise future recognition load.

Amazing intimate new album launch gig at Rough Trade East / London this evening

They were FABULOUS X

So , the new model has finally arrived in the UK and dealers are inviting people for a first look - can’t wait , although it’s a battery electric and the starting price is £59k , so £20k more than the base ES300h it replaces 🫣💸💸💸

Cutting to the chase , 11 year old Miele dishwasher recently reported a water intake fault followed a few days later by the waterproof fault - upon taking the base off we found water but no obvious signs where it’s come from .

Since cleaning it up and drying down we now also have the F24 fault indicating an issue with the heater / heater relay.

Kind of expecting something to have gone wrong while draining and drying the insides out , and I’m happy to replace the click-fit heater relay module , but I am at a loss to fix the leak.

Any ideas ?

What is it recently with general driving etiquette going out the window ? Couple of times a week I’m being overtaken after traffic light junctions (in the merge) by people right side lane but coming from way behind me who then proceed to veer left trying to run me into the kerb , like malicious driving is now an accepted thing

I get two into one merges , and I get overtaking if there’s vastly different speeds going on , but when it’s London rush hour and you’re going across the junction at 10mph max with a safe but don’t take the piss stopping distance and the dude behind you needs to race up to like 40mph for two whole seconds to get past unsafely and then try to force an accident - ugh

Of course when you beep they stop and roll the window down and give it all the prick talk , but my question is why has this got so bad recently (since the autumn) ?