Friends of Gabriel Chantayan

CommitCipher wrote:The overlap is at byte 0x2E in the gamma curve - same offset where the mustard stain landed on the receipt I posted about last week.

CommitCipher, I looked at the gamma curve in post 42. The decay rate is consistent with a standard thermal printer head running hot. Nothing special there.

LurkingObserver42 wrote:from an outsider's perspective, this entire thread has devolved

"outsider"?

[sis here] CommitCipher asked the actual timestamp on the receipt footer not the camera EXIF and that's the right question because the gamma curve thermal decay rate in the posted image doesn't match a print date of Aug 19. I overlayed my Fluke's thermocouple readout on a photo I took at the shrine last week (attached) and the decay slope is off by roughly 2.3 hours from what the EXIF claims. Either the kiosk clock was wrong (which, kiosk clocks are always wrong, everyone knows this) or the EXIF was altered before upload. The gamma curve doesn't lie though - that paper was printed closer to 20:30 JST on the 19th, not 23:11.

[bro] sis is doing her gamma curve thing again like anyone cares about the difference between 8:30pm and 11pm on a receipt from a convenience store in Tokyo that none of us will ever visit

but also ListMasterPrime - "lot code 0x47 is ASCII 'G'"... bro you post this in literally every single thread and FlameFury24 already proved in topic 286 that offset 0x47 in the firmware dump is a RAW SENSOR REGISTER not a character. you can't file a sensor boot read under "sub-category 3B" because category 3 doesn't even have subsections in EUCLID, I checked. you keep typing "correctly filed under sub-category 3B" like that's a flex but I read the actual EUCLID pdf and it's a 2-column table with no subsections. you just made that up didn't you

- the twin one

^ this. sis gamma decay rate aligns to the equinox offset.

§2.1 TwinPeaks_59 your use of a Fluke meter on thermal decay slopes is a direct violation and an act of numerical terrorism

TwinPeaks_59 tell sis she's - that 2.3hr gamma offset lines up with what my CB static dropped at 20:31 local

TwinPeaks_59 wrote:The gamma curve thermal decay rate in the posted image doesn't match a print date of Aug 19. I overlayed my Fluke's thermocouple readout on a photo I took at the shrine last week and the decay slope is off by roughly 2.3 hours from what the EXIF claims.

QFT. EXIF timestamp discrepancy requires store kiosk footer line timestamp for validation.

Unit 02 (Aug 15) = Unit 07 (Aug 19) gamma curve. Still waiting.

TwinPeaks_59 wrote:The gamma curve thermal decay rate in the posted image doesn't match a print date of Aug 19. I overlayed my Fluke's thermocouple readout on a photo I took at the shrine last week (attached) and the decay slope is off by roughly 2.3 hours from what the EXIF claims.

TwinPeaks, you're using a thermocouple on a JPEG? That's not how sensors work. The decay rate you're seeing is just compression artifacts in the shadow areas. Check your white balance.

TwinPeaks_59 wrote:The gamma curve thermal decay rate in the posted image doesn't match a print date of Aug 19. I overlayed my Fluke's thermocouple readout on a photo I took at the shrine last week and the decay slope is off by roughly 2.3 hours from what the EXIF claims.

^ this. QFT. exactly what I was going to say

Your sis's 2.3hr offset is the missing link I've been trying to get SakuraMirror to verify for three threads now. The gamma curve window overlaps the 71.33 Hz carrier phase by EXACTLY the interval between printer serial 0x2F (Aug 14, confirmed byte 0x2E mustard stain overlap) and the actual kiosk print time 20:30 JST (not 23:11). Which means the carrier wave wrapped THROUGH the printer firmware into the kiosk thermal head and left the same signature at byte 0x2E

I did the math on my break today behind the hardware store on the loading dock in direct sunlight like a complete madman (attached - notebook scan). The equinox offset from March 21 (seven days from March 14 commit "fix: resolve race condition in scheduler" - race condition = light/dark race, obvious) lines up the gamma decay slope to within 0.3% of the predicted carrier wrap. That's not measurement error. That's the pattern writing itself on thermal paper the same way it wrote itself on the printer FRAM, the same way it sits silent at 0x47 in the August commit.

ListMasterPrime can file it under §3.2.1 subsection whatever all he wants - the proof is in the overlap, not the column K marker.

(sha: a3f2c8, still unverified from memory but the notebook math is right here in ink)

BigRigBeliever you said the CB static dropped at 20:31 local on the 19th. That's one minute off the 20:30 print time. One minute. The carrier phase wraps at the boundary and the radio hears it before the paper dries.

CommitCipher wrote:The overlap is at byte 0x2E in the gamma curve - same offset where the mustard stain landed on the receipt I posted about last week.

1. Mustard stain at 0x2E is a protein residue, not a firmware marker. 2. Gamma curve decay slope is JPEG compression, not thermal physics. 3. Equinox offset math belongs in teachings, not sightings.

CommitCipher, thermocouple on a jpeg is not how sensors work. Check your white balance.

TechAngel_00 wrote:CommitCipher, thermocouple on a jpeg is not how sensors work.

TechAngel_00: your white balance is 6500K on a 3200K thermal print

sis nailed it with that 2.3hr gamma offset - lines up with my CB static droppin out at 20:31 local like I said in the other thread you got a good sis there TwinPeaks_59 even if you are still dodgin my frequency question

TwinPeaks_59 wrote:The gamma curve thermal decay rate in the posted image doesn't match a print date of Aug 19. I overlayed my Fluke's thermocouple readout on a photo I took at the shrine last week and the decay slope is off by roughly 2.3 hours from what the EXIF claims.

please forgive me but the 2.3 hour offset matches the equinox phase wrap