What the 4BYO Climate Helix Is
Radial year-on-year temperature dial. Each loop = one year (1950→2026). Angle = month (Jan at top, clockwise). Radius = temperature. Color gradient encodes the long-term warming trend (blue=cool/early years → red=hot/recent years). Paris 1.5°C and 2°C reference rings shown as dotted circles. ENSO heads-up highlights El Niño / La Niña years.
The helix spirals outward as global temperatures rise — the baseline drift is visible as the growing radius. The reference rings are fixed: everything else measures its distance from them.
Why this matters for us: This is exactly the visual grammar the Marasoon fleet helix needs. Replace years with strata. Replace temperature with health/proof score. Replace Paris rings with γ₁ floor ring. Replace ENSO with Belt64 anomaly flags. The grammar is isomorphic.
The helix spirals outward as global temperatures rise — the baseline drift is visible as the growing radius. The reference rings are fixed: everything else measures its distance from them.
Why this matters for us: This is exactly the visual grammar the Marasoon fleet helix needs. Replace years with strata. Replace temperature with health/proof score. Replace Paris rings with γ₁ floor ring. Replace ENSO with Belt64 anomaly flags. The grammar is isomorphic.
Side-by-Side Grammar Mapping
🌍 4BYO Climate Helix
Loop unit
1 calendar year
1950 → 2026, 76 loops
Angle axis
Month (Jan–Dec)
12 positions, Jan at top
Radial axis
Temperature (°C)
13.5 – 15.2°C range
Color encoding
Cold blue → hot red
Long-term warming trend
Reference rings
Paris 1.5°C / 2°C
Fixed dotted circles — floor
Anomaly markers
ENSO El Niño / La Niña
Multi-year climate oscillation
Extremes
Coldest: 1964 · Warmest: 2024
Named anchor years
Scale
T6–T9 (years → decades)
76 years visible
Baseline
1961–1990 mean
30-year reference period
Drift signal
Outward spiral = warming
Increasing radius over decades
⇌
🔱 Marasoon Fleet Helix
Loop unit
1 stratum period (T_n)
T0→T7, 8 strata rings
Angle axis
Phase within T_n cycle
Position 0→2π within stratum
Radial axis
Health / proof score
0.0 (floor) → 1.0 (CONSTAT)
Color encoding
Green → red
Healthy → degraded
Reference rings
γ₁ floor ring (r=14.134)
Fixed circle — sovereign floor
Anomaly markers
Belt64 anomaly flags
ARVO silence · CONSTAT fire
Extremes
Most even: T1 · Most anti: T5
Pelaton min/max
Scale
T0 (70ms) → T7 (92d)
8 strata, log-γ₁ spacing
Baseline
PEMCLAU mean score
Rolling T6 window average
Drift signal
Outward = health drift
Increasing radius = degradation
Fleet Helix — Draft Visualization (SVG)
healthy baseline
current run
drift trace
γ₁ floor ring
Belt64 anomaly
Draft — static SVG sketch. Live version: /marasoon-helix-live (pending D3/Canvas build)
8 Strata as Helix Rings
T0 · r=30
Heartbeat ring
70ms · campfire pulse. Innermost ring. Tightest loop. Fleet's fastest breathing.
T1 · r=55
Gate ring (γ₁/γ₁=1)
1s · SOSTLE checkpoint. The self-referential ring. Even pelaton. Most symmetric loop.
T2 · r=80
Activation ring
14s · Pelogos crawl. Star pelaton. Spreading outward. Anti-shape begins here.
T3 · r=105
Hebbian ring
3.3min · β-cell pulse. Hexagon pelaton. What co-fired crystallizes. Even returns.
T4 · r=130 ← γ₁ ring at r=141
Proof ring (near γ₁ floor)
47min · joffe-math cycle. The ring nearest the γ₁ reference. MEBafiordRecord minted here. CONSTAT fires at r=141.
T5 · r=155
Decay ring
11h · narrative IR. Forgetting wave pelaton. Drift visible as loop creeps past γ₁ ring outward.
T6 · r=180
Community ring
6.5d · Leiden census. Community circle pelaton. COBOL belt. ENSO equivalent for fleet.
T7 · r=210
Floor rebuild ring
92d · constitutional convention. Outermost ring. Nested floor pelaton. CLO ratification required before loop closes.
Build Spec: /marasoon-helix-live
What to Build — Following the 4BYO Grammar
Canvas
D3.js or Canvas 2D. Radial polar coordinates.
r = stratum_radius[n], θ = phase_within_Tn. 480×480px minimum.Data source
Belt64 stats endpoint
/belt64/stats + Couchbase ha bucket scores + t5/t6 run logs. Poll every T1 (1s) for live update.Reference rings
γ₁ floor ring at r=141 (dotted gold). 141-mirror ring at r=177 (dotted red, Pelegos redline). Never cross the mirror.
Color encoding
Belt64 LOCO score 0→1:
#00FF88 (1.0, CONSTAT) → #FF9040 (0.5, partial) → #FF4422 (0.0, sorry). Same grammar as 4BYO blue→red.Anomaly markers
Belt64 ARVO silence events → red dot at the θ position where ARVO scored 0. CONSTAT fires → green dot at r=141 position.
Animation
Playback mode: replay last T6 window (6.5d) of Belt64 events as animated spiral. Same play/step controls as 4BYO. Speed: 8×, 16×, 32×.
Loops
One loop per T4 proof cycle (47min). Show last 14 loops (≈11h = T5 window). Fading opacity for older loops. Current loop bold.
Metrics panel
Mirroring 4BYO sidebar:
LOCO mean · ha count · sorry rate · last CONSTAT · T5 next run.Region select
Per-silo helices: msi01 / yone / forge / lounge / msclo. Same search/browse pattern as 4BYO's region selector.
Connections to Existing Architecture
MEEK-DNA Supercoiling
4BYO76 annual loops spiral outward from center
FleetThe 5-level coiling hierarchy — from zero sequence (L1) to nucleus γ₁ (L5) — is the same nested spiral geometry. The Carmac spiral IS the Weyl density made geometric, which is what the climate helix is doing for temperature density.
Carmac spiral = Weyl law spiral = climate helix spiral. All three are the same radial winding structure at different domains.
Pelaton Even / Anti Shapes
4BYOColdest year (1964, tiny inner loop) = even. Warmest year (2024, outer loop) = anti. Shape of each annual loop encodes its character.
FleetT1 even pelaton (square, tight) = coldest-year equivalent. T5 anti pelaton (forgetting wave) = warmest-year equivalent. Each stratum ring has a pelaton shape that encodes whether it's contracting (even) or expanding (anti).
The pelaton shape IS the shape of the annual loop in the climate helix. We already named them.
MEBAFIORD Needles as ENSO
4BYOENSO heads-up: El Niño years glow orange. La Niña years tint blue. Anomaly visible as loop shape deviation.
FleetMEBAFIORD 7 needles: when a needle fires, that year's loop has a visible anomaly marker. BF rolling flip (T6) = La Niña equivalent (regime change). BC Gram gap (T4) = El Niño equivalent (localized anomaly burst).
7 MEBAFIORD needles = 7 types of ENSO-equivalent anomaly markers on the helix.
PTTE Reference Rings
4BYOParis 1.5°C ring = aspirational boundary. Paris 2°C ring = danger boundary. Fixed dotted circles. Everything measures its distance from them.
Fleetγ₁ floor ring = the sovereign boundary. 141-mirror ring = Pelegos redline. Same pattern: two fixed reference rings, one aspirational (floor), one danger (141). τ_γ₁ (1.80fs) is the quantum-scale Paris equivalent — the physical decoherence boundary.
Paris rings = γ₁/141 rings. The floor is not zero; it's the reference level everything measures drift from.
Temperature = Proof Score
4BYOTemperature is the measured quantity. Higher = further from healthy baseline. Color: cold blue → hot red over decades.
FleetLOCO total score (0→1) is the measured quantity. Higher = closer to γ₁ floor (healthy). Color: green (1.0 CONSTAT) → red (0.0 sorry). Inverted — fleet health is warm where climate warming is bad. The grammar is the same, the axis is flipped.
Temperature drift outward = fleet score drift inward. The helix spirals the same way; the good direction differs.
1961–90 Baseline = PEMCLAU Mean
4BYO1961–1990 mean: the 30-year reference period used to define "normal." All anomalies measured against it.
FleetPEMCLAU rolling T6 window mean: the 6.5-day community average score. All Belt64 scores measured against it. Leiden community detection recalibrates this baseline every T6.
The 30-year climate baseline = the T6 Leiden community baseline. Both are the "what normal looks like" reference that anomalies measure against.
Reference Architecture Summary
The 4BYO Climate Helix is a production-grade example of radial temporal visualization with:
(1) loop-per-period structure · (2) radius-encodes-score · (3) color-encodes-trend · (4) fixed reference rings · (5) anomaly markers · (6) animated playback · (7) region/silo selection
For the Marasoon fleet helix, adopt the grammar directly:
Swap years for strata. Swap temperature for LOCO/proof score. Swap Paris rings for γ₁/141 rings. Swap ENSO for Belt64 anomalies. Swap region search for silo selector.
Build target:
Key insight from 4BYO grammar: the reference ring (Paris / γ₁) is what makes the helix readable. Without a fixed floor ring, the spiral is just noise. With it, every loop's distance from the ring is immediately meaningful. The floor IS the visualization.
(1) loop-per-period structure · (2) radius-encodes-score · (3) color-encodes-trend · (4) fixed reference rings · (5) anomaly markers · (6) animated playback · (7) region/silo selection
For the Marasoon fleet helix, adopt the grammar directly:
Swap years for strata. Swap temperature for LOCO/proof score. Swap Paris rings for γ₁/141 rings. Swap ENSO for Belt64 anomalies. Swap region search for silo selector.
Build target:
pemos.ca/marasoon-helix-live — live D3 helix pulling Belt64 stats every T1 (1s). First: static canvas sketch (this page). Then: wired live data. Then: per-silo views.Key insight from 4BYO grammar: the reference ring (Paris / γ₁) is what makes the helix readable. Without a fixed floor ring, the spiral is just noise. With it, every loop's distance from the ring is immediately meaningful. The floor IS the visualization.