Análise — f103r.1 a f103r.7 | Analysis — f103r.1 to f103r.7

ANALYSIS RESULT

Line f103r.1

[ORG] pchedal.shdy.yteechypchy.otey.ylshey.qoteey.qotal.shedy.yshdal.dain.okol.dal.dy

[ACA]

• pchedal = [DER/FAM] P- + CHEDAL (controlled-heat cooking) (exact token not attested; CHEDAL base is stable)

• shdy = continuation of the procedure under sealed regime (without introducing material)

• yteechypchy = [FUSION] continuity (family YTEE-) + CHYPCHY (plaster/gypsum, absorbent powder) (fused into a single spelling)

• otey = [DER] OTE (nominal operator/candidate) + [CON:Y] (fit/continuity)

• ylshey = [FAM] family LSHE-/SHE- (sealing/active solidification) under connector Y- (exact token not attested; family-based reading)

• qoteey = [NORM] QOTEEEY (thread-like outflow under order; continuous, controlled flow) (spelled with one fewer “E”)

• qotal = [FAM] family QOTAL- (Q-cycle: reinjection of the filtrate/clear phase to increase saturation) (bare token not attested; QOTALAL/QOTALOM variants are)

• shedy = sealing/active solidification (closure control in progress)

• yshdal = light sealing regime (close to contain vapors, but “lets it breathe”)

• dain = short genitive “of/from” (provenance; does not introduce material)

• okol = stabilize/settle (leave at rest until it firms)

• dal = connector “of/from” (origin/belonging)

• dy = prepositional bridge “of/from” (syntactic fit)

[FUN]
Apply controlled cooking (guided heating) while keeping the procedure under sealed regime. Without breaking the sequence, incorporate plaster/gypsum as an absorbent powder (humidity/consistency control) and keep the step running. Execute the ordered, continuous outflow (QOT-), and use the Q-cycle to reinject/recirculate the clear fraction to increase saturation. Then maintain active sealing, apply light sealing to contain vapors without “choking” the work, and then let it settle (OKOL). Finish by explicitly marking provenance (DAIN/DAL/DY) as structural connectors of the chain.

Critical note: this line bears the signature of a “cycle block”: cook → seal → recirculate → saturate → settle.

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Line f103r.2

[ORG] dain.shek.chcphhdy.daloky.opchedy.peshol.chep.ar.otchy.sal.lkeey.sar.ain.ok??.chedy

[ACA]

• dain = “of/from” (provenance)

• shek = derived from SHE: sealing/solidification (closure control)

• chcphhdy = take the CPHH vessel as the origin and continue (withdrawal/transfer)

• daloky = “from here/this point” (deictic bridge; action continues until stop order)

• opchedy = [DER] OPCHED (controlled cooking) + [CON:Y]

• peshol = grinding instrument/slot (mortar/pestle)

• chep = grammatical connector “so that/why” (not material)

• ar = direction/transfer vector (“to/toward”)

• otchy = [OK] operator attested in the lexicon (function depends on the local entry; here it acts as a linking “step”)

• sal = salt (base reagent)

• lkeey = continuous action (“in progress”; keep manipulating without stasis)

• sar = saline payload (saline/alkaline fraction applied per context)

• ain = [MORF] short state marker (related to -AIN/-AIIN, but AIN alone is not attested as a standalone entry)

• ok?? = [WILDCARD→OKAD] operational-slot anchor (internal reference to the same vessel)

• chedy = [DER] CHED (cooking/controlled heat) + [CON:Y]

[FUN]
From the “of/from” stage (DAIN), maintain sealing control (SHEK) and perform the withdrawal/transfer from the CPHH vessel. Work “from this point” (DALOKY) and apply controlled cooking (OPCHED), preparing the material in the mortar/pestle (PESHOL). Connect the step’s purpose (CHEP) and direct the transfer (AR). Proceed with the step operator (OTCHY), introduce salt and keep manipulation in progress (LKEEY), applying the saline fraction (SAR) as context requires. Mark the state as fixed/stabilized (AIN — still pending as a standalone entry), anchor to the operational slot (OKAD), and return to a new cooking (CHED).

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Line f103r.3

[ORG] yshdain.sheek.cheoty.chokal.chedy.chckhy.or.orol.okain.chal.ot.kar.ot??.chym

[ACA]

• yshdain = [DER] YSHDAL (light sealing) + DAIN (provenance) (fused token; compositional reading)

• sheek = [FAM] family SHEE-/SHEEK- (intensified sealing/solidification) (exact entry not attested; SHEEKAL/SHEEKAIN etc. exist)

• cheoty = pour/decant the fraction into the target vessel (controlled transfer, without dragging sediment)

• chokal = lime (calx) as reagent/material

• chedy = [DER] CHED (cooking) + [CON:Y]

• chckhy = check/control checkpoint (validate and adjust)

• or = grammatical bridge (linking)

• orol = roll/shake the vessel (homogenize)

• okain = central reaction slot (anchor in the main chamber)

• chal = lime (alkaline base: drying/neutralization/clarification, etc.)

• ot = step/transition + closure (close/confirm sealing of the assembly)

• kar = separate the body/residue from the clear fraction; keep the “body” for later extraction

• ot?? = [WILDCARD→OTAM] step “in mode/closure” (OT-AM operator)

• chym = extracted liquid fraction (“juice”/extract base for mixtures and fixations)

[FUN]
Under a light sealing regime (with provenance marked), apply reinforced sealing/solidification (SHEE- family) and then decant the fraction into the target vessel carefully so as not to drag sediment (CHEOTY). Introduce lime (CHOKAL/CHAL) and return to controlled cooking (CHED), performing a rigorous check (CHCKHY). Homogenize the vessel by shaking/rolling (OROL), anchor the operation in the central slot (OKAIN), and execute the closure/transition step (OT). Separate the body/residue (KAR) from the clear fraction and apply the mode/closure step (OTAM). Then work with the liquid extract (CHYM) as the base for the continuation of the protocol.

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Line f103r.4

[ORG] ychedy.qokedy.okedy.qokeey.okey.chdarol.loty.chedar.aly

[ACA]

• ychedy = [DER] connector Y- + CHED (cooking) + [CON:Y] (“next” cooking)

• qokedy = [FAM] family QOKED- (operational reinjection/slot; cf. QOKEDAL/QOKEALDY) (the “-DY” form is not canonical in the lexicon)

• okedy = operational slot anchor (step/bridge in the same vessel; may request repetition if duplicated)

• qokeey = [NORM] QOKEEEY (cooking in progress; QOK family + -EY aspect) (spelled with one fewer “E”)

• okey = OKE + [CON:Y] (load/intake slot, with linkage)

• chdarol = operator “apply onto/into (articulated)” (technical application gesture)

• loty = recurring control routine (sealed/punctuated step as an “item”; checkpoint)

• chedar = cooking/heating apparatus (vessel/oven/heating bath)

• aly = alkaline reagent

[FUN]
Next, return to cooking (Y-CHED) and execute an operational reinjection in the cycle (QOKED- family), anchoring the chain in the active slot (OKEDY). Keep cooking in progress (QOKEEEY), introduce the component into the load slot (OKE-Y), and apply the technical “onto/into” gesture at the indicated point (CHDAROL). Perform the routine check (LOTY), conduct heating in the cooking apparatus (CHEDAR), and use the alkaline reagent (ALY) as context requires.

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Line f103r.5

[ORG] pocharal.okedar.shedy.oteey.qokey.lkar.sheeky.okalor.shedy.rkar.otan.okdy

[ACA]

• pocharal = [OK] token attested in the lexicon (function depends on the entry; here it operates as a block/flow opener)

• okedar = [NORM] OKEEDAR (directional/operational-slot anchor) (spelled with one fewer “E”)

• shedy = active sealing/solidification

• oteey = obtain/extract (“obtain/remove”) in controlled mode

• qokey = operational reinjection (return to the cycle in the active slot; maintain control)

• lkar = [DER] L- + KAR (body/residue treated under L- mark) (exact token not attested; KAR base is stable)

• sheeky = [FAM] SHEE- family (active sealing in an aspect/graphic variant) (exact token not attested)

• okalor = applied heat (controlled heating of the step; “gentle simmer”)

• shedy = active sealing (again; reinforcement)

• rkar = [OK] token attested in the lexicon (function depends on the entry; related to the KAR family)

• otan = [UNK] (no secure entry/location)

• okdy = sequence connector + slot anchor (keeps the chain in the same vessel)

[FUN]
Open the work block (POCHARAL) and anchor the flow in the operational slot (OKEEDAR). Maintain active sealing and perform controlled extraction (OTEEY). Execute operational reinjection in the cycle (QOKEY) and treat the body/residue under the L- mark (LKAR), keeping sealing in an aspect variant (SHEEKY — pending as an exact form). Apply controlled heat (OKALOR), reinforcing sealing (SHEDY). Next, process the related fraction/residue (RKAR), pass through the OTAN module (pending), and connect the next chain in the same vessel (OKDY).

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Line f103r.6

[ORG] ocheey.dain.shek.okeedy.okey.shedy.qokealdy.shcthy.qotedy.qot???.san.am

[ACA]

• ocheey = activate unidentified substance (action in progress; keep operative) (entry exists; substance not yet named)

• dain = “of/from” (provenance)

• shek = sealing/solidification (closure control)

• okeedy = [NORM] OKEEEDY (slot operation; continuous-action -EEDY) (spelled with one fewer “E”)

• okey = load slot (OKE + linkage)

• shedy = active sealing

• qokealdy = operational reinjection in the cycle (Q-cycle; maintain control in the active slot)

• shcthy = [ALT] ≈ LSHCTHY (“what/which”, linking bridge; does not introduce material)

• qotedy = [UNK/FAM] likely a QOT- operator (order/cycle), but the exact form is not attested

• qot??? = [WILDCARD→QOTAIL] nominal candidate under Q-cycle (reinjection of filtrate for saturation)

• san = “[open]” grammatical bridge (linking; not material)

• am = ad modum (mode/destination/direction marker)

[FUN]
Activate the as-yet-unnamed substance (OCHEEY) and mark its provenance (DAIN), maintaining sealing control (SHEK/SHEDY). Execute the operation in-slot under continuous action (OKEEEDY), introduce/arrange the load in the compartment (OKE-Y), and perform the operational reinjection (QOKEALDY). Use the “what/which” connector (SHCTHY≈LSHCTHY) to link the step without inserting new material. Next, execute the QOT- module (QOTEDY — pending) and apply the Q-cycle via the nominal candidate (QOTAIL). Close the linkage with SAN and record the step’s mode/destination (AM).

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Line f103r.7

[ORG] sain.chey.she.olshedy.qokeey.okeeody.qoeedy.olshedy<$>

[ACA]

• sain = “mark/signal” state: the process is closed in this state; stabilize and keep under control

• chey = [UNK] (no standalone entry; may be a reduction of CHE-/CHEY- family)

• she = SHE core (sealing/solidification; base)

• olshedy = [DER] OLSHED (derived from SHE: sealing/solidification) + [CON:Y]

• qokeey = [NORM] QOKEEEY (cooking in progress) (one fewer “E” in spelling)

• okeeody = [NORM] OKEEEODY (operation in active slot/compartment; keep material in the same vessel) (one fewer “E” in spelling)

• qoeedy = [DER] QOEED (aeration as a medium parameter) + [CON:Y]

• olshedy = sealing/solidification (final reinforcement)

[FUN]
With the process recorded in the mark/signal state (SAIN), pass through the still-undefined connector (CHEY) and activate the sealing base (SHE). Apply derived sealing (OLSHED-Y), keep cooking in progress (QOKEEEY), and execute the technical gesture in the active slot (OKEEEODY), keeping the material in the same vessel. Next, apply aeration as a medium parameter (QOEED-Y) and finish with another sealing (OLSHED-Y), closing the segment.

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Procedural synthesis of the block (reconstructed reading)

The f103r passage describes a long bench cycle with a very consistent signature:

controlled cooking → sealing (light and/or active) → incorporation of absorbent (gypsum) → Q-cycle recirculation for saturation → settling (OKOL) → grinding/prep (PESHOL) → addition of salt/saline load → controlled decanting → use of lime (CHAL/CHOKAL) → checks (CHCKHY/LOTY) → in-slot operations (OKEDY/OKEEEDY/OKEEEODY) → final aeration (QOEED/QOEED-Y) → closing seal

This fits perfectly with an operative standardization logic: the text does not “tell”—it commands.