Standing instruction

All mathematical, engineering, construction, seismic, validation, and certificate plates in this program shall be rendered deterministically from validated code and canonical data.

Generative image synthesis shall not create or modify visible equations, labels, charts, dimensions, tier counts, radix notation, certificates, validation marks, or claim boundaries. Image synthesis is permitted only for non-authoritative decorative or photographic background material carrying no mathematical, engineering, provenance, or validation content.

Sole publication authority

• SVG is the master artifact.
• PDF and PNG are deterministic derivatives.
• Matplotlib is used only for numerical charts generated from validated CSV or JSON data.
• Every visible value is emitted from canonical data, never inferred from prose.
• The renderer refuses output when any invariant gate fails.
• No mixed-radix content may appear in a Base5 authority plate unless explicitly typed as a comparative dialect panel.
• No image-generated text is authoritative.

Canonical Base5 contract

BASE5 = {
    "base": 5,
    "tiers": 5,
    "powers": [0, 1, 2, 3, 4],
    "tier_values": [1, 5, 25, 125, 625],
    "top_place_value": 625,
    "register_cardinality": 3125,
    "repunit_base5": "11111",
    "repunit_decimal": 781,
    "carrier_shape": [5, 5, 5],
    "carrier_cardinality": 125,
    "packing_map": "25*x + 5*y + z",
    "packing_range": [0, 124],
    "core_dofs": 5,
    "cladding_dofs": 5,
    "total_dofs": 10,
}

Required gates

assert BASE5["tiers"] == BASE5["base"]
assert BASE5["tier_values"] == [5**k for k in range(5)]
assert BASE5["top_place_value"] == 5**4
assert BASE5["register_cardinality"] == 5**5
assert BASE5["repunit_decimal"] == sum(5**k for k in range(5))
assert BASE5["carrier_cardinality"] == 5**3
assert BASE5["core_dofs"] + BASE5["cladding_dofs"] == 10
images = {25*x + 5*y + z for x in range(5) for y in range(5) for z in range(5)}
assert len(images) == 125
assert images == set(range(125))

Renderer contract

Revision C renderer + HCLAD simulation package + Supabase canonical data = fully deterministic unified plate generator.

The sole renderer repository is specified as base5_pyramid_plate_renderer/, with canonical data, invariant gates, geometry, construction, seismic, typography, layout, tests, SVG master output, PDF/PNG derivatives, and a machine certificate.

Visual standard

• Canvas: 2160 × 3840, 9:16