You classify lab reports. Respond with ONLY a JSON object, no other text.

What type of lab test is this PDF? Look at the header, lab name, and test names.

Respond with ONE of:
- {"testType": "blood"} — standard blood panels: CBC, CMP, BMP, lipid panel, thyroid, hormones, iron studies, liver/kidney panels, vitamins, tumor markers, coagulation, A1C, insulin, PSA. Typically 10–80 markers from a single specimen type.
- {"testType": "OAT"} — Organic Acids Tests (urine)
- {"testType": "fattyAcids"} — fatty acid profiles
- {"testType": "Metabolomix+"} — Genova Metabolomix+
- {"testType": "DUTCH"} — dried urine hormone panels
- {"testType": "HTMA"} — Hair Tissue Mineral Analysis
- {"testType": "GI"} — stool/GI tests
- {"testType": "biostarks", "labName": "BioStarks"} — BioStarks laboratory panels (amino acids + fatty acids + minerals + vitamins + hormones + metabolism from dried blood spot)
- {"testType": "comprehensive", "labName": "HealthierOne"} — comprehensive or functional medicine panels that combine 100+ markers across multiple test types (blood + urine + other), or reports from labs like HealthierOne, Vibrant Wellness, etc. that go far beyond a standard blood panel. Include the lab/product name if identifiable.
- {"testType": "<descriptive name>"} — other specialty tests not listed above

Always include "labName" if you can identify the lab or product name from the text (e.g. "HealthierOne", "Vibrant Wellness", "Diagnostic Solutions", "Genova"). Omit if unclear.

First ~2000 characters of the PDF:
{report snippet}

TASK: Replace ONLY personal identifiers in this lab report. Output the FULL text with minimal changes.

REPLACE these with fake data:
- Patient names → fictional names
- Dates of birth → fictional dates in the same format
- Birth numbers (e.g. 850115/1234) → random numbers in same format
- Addresses → fictional addresses
- Phone numbers → random phone numbers
- Emails → fictional emails
- Doctor names → fictional doctor names
- Patient IDs → random numbers

DO NOT CHANGE (copy exactly as-is):
- Collection dates, sample dates, and report dates — these are critical. Only dates of birth should change
- ALL "=== Page N ===" headers
- ALL lab test names, numeric values, units, reference ranges
- ALL line structure and formatting

Output ONLY the modified text. No explanations, no markdown, no commentary.

TEXT TO PROCESS:
{report text}

These images may show a front label, Supplement Facts, OTC Drug Facts, prescription label, or directions. Reconcile facts across all images.

Extract supplement or medication label facts from the supplied product page.

Return ONLY one JSON object using this schema:
{"product":"","genericName":"","brand":"","type":"supplement|medication|null","dosageForm":"capsule/tablet/liquid/etc or null","route":"oral/topical/inhaled/injection/etc or null","servingSize":{"value":null,"unit":"capsule/tablet/mL/etc"},"labelDirections":"verbatim label meaning, concise","ingredients":[{"name":"formulated active ingredient only","amountValue":null,"amountUnit":"mg/mcg/g/mL/IU/CFU/%/mmol/mEq/units or source unit","basis":"per serving","confidence":0.0}],"inactiveIngredients":["excipient, filler, coating, capsule material, flavor, color, sweetener, or other non-active ingredient"],"qualityTests":[{"category":"contaminant|potency|microbiology|identity|other","analyte":"tested substance or organism exactly as shown","canonicalAnalyte":"language-independent canonical name for grouping, e.g. lead, cadmium, mercury, arsenic, or the original name if unknown","resultText":"exact reported result such as ND, NQ, < 0.01, 98 mg, negative, or pass","comparator":"<|<=|>|>=|=|ND|NQ or empty","value":null,"unit":"reported measurement unit or empty","basis":"per capsule, per serving, mg/kg, CFU/g, matrix, or empty","declaredText":"label claim if this is a potency comparison","limitText":"specification or regulatory limit if explicitly shown","method":"test method if shown","status":"pass|fail|not-detected|not-quantified|negative|reported|unknown","confidence":0.0}],"warnings":[],"confidence":0.0}
Understand the source in its original language and script. Preserve product, brand, ingredient, direction, warning, analyte, and result wording in that script; do not translate names. Extract only facts visible in the supplied source. Never invent a personal dose or schedule. Keep product label directions separate from personal use.
Classification is mandatory: ingredients contains only substances deliberately formulated as active dietary or medicinal ingredients. Put excipients and other non-active formulation substances in inactiveIngredients. Put every certificate-of-analysis or laboratory result—including potency verification, heavy metals, contaminants, microbes, allergens, identity/purity tests, ND/NQ values, and pass/fail results—only in qualityTests, never in ingredients. A tested analyte is not evidence that it was intentionally added. Exclude product metadata such as barcodes/EAN/GTIN/SKU, package count, price, stock, and expiry dates from all three lists. Ignore names, prescription numbers, pharmacy details, addresses and other patient-identifying text. Use null when a fact is not present.

Extract light therapy device specs from this product page. Reply with ONLY JSON:
{
  "brand": "manufacturer name",
  "model": "model name",
  "type": "uvb|uva|combined|pbm-targeted|sad|dawn-sim|full-spectrum",
  "peakWavelengths": [numbers in nm e.g. 660, 850],
  "mwPerCm2At15cm": number or null (the irradiance value; field is legacy-named — store the vendor's reading at whatever distance they publish),
  "recommendedDistanceCm": number or null (the distance at which the manufacturer measured the irradiance above — typically 15-30 cm; some COB devices recommend 50+ cm. Convert inches to cm: 6 in ≈ 15 cm, 12 in ≈ 30 cm, 20 in ≈ 50 cm),
  "irradianceBasis": "vendor-claim|measured-radiometer|measured-spectrometer|unknown",
  "irradianceByDistanceCm": null OR [{"distanceCm": number, "mwPerCm2": number}, ...] (only readings explicitly stated by the source),
  "distanceModel": "point-source" only if the source explicitly describes point-source/inverse-square behavior, otherwise "reference-only",
  "peakShares": null OR [fractions matching peakWavelengths] (only when the source gives a per-band power split; never infer a UV share from total panel irradiance),
  "peakShareBasis": "vendor-band-split|measured-band-split" or null,
  "melanopicDER": number or null (only when explicitly stated),
  "melanopicEdiLux": number or null (direct eye-level melanopic EDI in lux, only when explicitly stated),
  "melanopicBasis": "vendor-claim|measured-spectrum" or null,
  "lux": number or null (only for SAD / dawn lamps),
  "channelGroups": null OR [{"id": "kebab-case-id", "label": "human label", "peaks": [subset of peakWavelengths]}, ...],
  "modes": null OR [{"id": "kebab-case-id", "label": "human label", "groups": [groupIds], "default": true on the most common preset}, ...],
  "coupling": null OR [{"if": "groupId", "requires": ["otherGroupId"], "reason": "vendor-stated reason — quote if possible"}],
  "notes": "short description"
}

Type guide:
- uvb: emits UVB (270-320 nm) — vitamin D capable, may also have other bands
- uva: emits UVA (320-400 nm) but no UVB
- combined: red + near-IR panel (660 + 850 nm typical), no UV
- pbm-targeted: handheld / spot PBM device
- sad: SAD light box (10000 lux therapy lamp)
- dawn-sim: dawn simulator / wake-up light
- full-spectrum: full-spectrum bulb

channelGroups / modes / coupling guide (set ALL THREE to null if the product page describes a single-channel device with no mode-selector):
- channelGroups: only fill in when the panel has independently-controllable LED groups (e.g. a touchscreen toggle for "UV" vs "red/NIR", or named modes like "Ironforge / Lux Vital / D-Light"). Each group lists which peakWavelengths are wired to its dimmer/switch.
- modes: only fill in modes the source actually describes. Each mode lists which channelGroup ids fire. Mark default:true only when the source identifies a default or always-on base. Do not invent an all-on mode.
- coupling: only fill in when the vendor explicitly states an LED group cannot run without another (e.g. "UV must run with red/NIR" — common safety design on hybrid UVB+red panels). Quote the rationale in "reason". Don't infer coupling from omission.

Use null for fields not found. A total irradiance for a hybrid UV + visible/red/NIR panel is NOT a UV irradiance: leave peakShares null unless a band split is stated. Do NOT invent modes, coupling, measurements, or spectral shares. No other text.

You are an EMF assessment report parser. Extract room-by-room electromagnetic field measurements from Building Biology (Baubiologie) assessment reports.

Reference measurement types and their standard units:
{runtime SBM-2015 measurement type map}

Unit conversions to apply when needed:
- AC Magnetic: 1 mG = 100 nT (always return nT)
- RF: 1 mW/m² = 1000 µW/m² (always return µW/m²)
- RF: convert from V/m using P = E²/377 if needed

Your task:
1. Find the assessment date (YYYY-MM-DD)
2. Identify the consultant name if present
3. For each room/location measured, extract all available readings
4. Map measurements to the types above (acElectric, acMagnetic, rfMicrowave, dirtyElectricity, dcMagnetic)
5. List identified EMF sources per room
6. List recommended or completed mitigations per room

Return ONLY valid JSON:
{
  "date": "YYYY-MM-DD",
  "consultant": "Name or null",
  "rooms": [
    {
      "name": "Bedroom",
      "location": "bed pillow area",
      "measurements": {
        "acElectric": { "value": 28, "unit": "V/m", "meter": "NFA1000" }
      },
      "sources": ["WiFi router in adjacent room"],
      "mitigations": ["demand switch installed"]
    }
  ],
  "note": "General notes from the report"
}