WALL · DUAL-SURFACE HYDROTHERMAL GUIDANCE Wall Sequence · Coordinated Response
0 s · Environmental Input
Sunlight establishes the first external working field.
00.0 s
Wall Master SVG v1 — exact vector base exported from 180826Wall.PPT. Named future-animation zones: zone_external_surface — external wall matrix / environmental sensing zone_internal_surface — internal wall matrix / root-readable field zone_section_view — HDPE wall cross-section / root / compost zone_fig1_indicator — Fig.1 environmental / shadow-field indicator zone_fig2_indicator — Fig.2 internal-field indicator zone_external_blue_field — blue dashed diamond working field zone_internal_red_field — red dashed diamond working field zone_root_path — root sensing / reorientation path Signal vocabulary comes from 180826wallsign.PPT. PPT semantic map v1. Geometry is unchanged. Source geometry: 180826Wall.PPT. Signal vocabulary: 180826wallsign.PPT. Animation sequence source: World / 31s sequence. Semantic tags are data-* attributes only; original element IDs are preserved. <date/time> <footer> <number> x x x x x x x x x x x x x x x x x x x x External side ( container wall ) 5 Inner cone Outer cone External side Internal side x x x COMPOST HDPE Container wall 3 ROOT x x x x 2 1 Internal side ( container wall ) 4 x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x External surface · environmental sensing Internal surface · hydrothermal field / root guidance HDPE section · root / compost / inner and outer cone Fig.1 indicator Fig.2 indicator Blue dashed diamond · external signal field Red dashed diamond · internal signal field Root sensing and reorientation path Bottom interface · outer Air-Bag band Bottom interface · inner Air-Bag band Observed pruning front · red-star outer-cone apex zone Air outlet · outer-cone opening reference

ONE WALL · TWO SURFACES · COORDINATED RESPONSE

passive upper pruning band → active lower Air-Bag airflow → distributed wall response

OUTER CONE Sun
INNER CONE root-readable state
01 · GEOMETRY
02 · PHYSICAL FIELD
03 · BIOLOGICAL RESPONSE
AUTO · 00.0 s
Environmental input The external surface reads the boundary condition and establishes the first working field.
ENVIRONMENT → GEOMETRY → ROOT → PRUNING → RESPONSE
GeometryOne wall · three interfaces

Select the air-facing, compost-facing or bottom interface without changing the PPT master.

Physical fieldBoundary condition

Temperature, humidity, airflow and moisture redistribute across the selected geometry.

Biological responseRoot-readable state

The root reads a local environment shaped by geometry rather than geometry alone.

Evidence statusObserved, not yet isolated

Photographs locate the response; concurrent field measurements are required to isolate its mechanism.

01 · Boundary conditionEnvironmental Input

Sun, humidity and day/night cycles define the external-surface boundary condition.

02 · External geometryOuter-Cone Logic

Cone bases, apexes and Ø8 mm openings define the external working interface.

03 · Internal geometryInner-Cone Logic

The internal surface receives the transferred state and forms the root-readable field.

04 · Biological readRoot Pathway

The violet root path shows how the root reads the field, reorients and initiates new laterals.

05 · Threshold markersPruning Front

Violet stars mark outer-cone bases; red stars mark the apex side where pruning becomes decisive.

06 · Wall-scale resultDistributed Response

Repeated local events become a distributed hydrothermal response across the wall.

WORLD DOCUMENT · FIELD LOGIC Geometry defines the cone. Physics defines the pruning point.
Wall geometry links directly to field behavior. Passive pruning and Bottom / Air-Bag airflow remain active throughout the sequence, revealing one coupled hydrothermal interface.
KEY DISTINCTION · zp ≠ zh
UPPER PASSIVE BAND Passive pruning band Internal-cone bases form a continuous upper band where passive root pruning can occur.
LOWER OUTER BAND Outer airflow for Air-Bag Outer-cone apexes with openings form the lower airflow band feeding the Bottom / Air-Bag interface.
LOWER INNER BAND Inner airflow for Air-Bag Inner-cone apexes with openings regulate the corresponding airflow band from the internal side.
ROOT RESPONSE Threshold reading The field guides the root, separates outlet position from pruning front, and supports branching once the drying threshold is reached.