from pathlib import Path import html import json import re from datetime import datetime, timezone ROOT = Path(__file__).parent SOURCE = ROOT / "source" / "anthrocybernetics-core-workbook" OUTPUT = ROOT / "index.html" CORE_META = { "01-opening-and-orientation.md": ("Orientation", "Open the archive", "Begin with the evidence rule, the narrative arc, and the first observation."), "02-core-grammar.md": ("Orientation", "The Five Foci", "Learn the cycle that routes observation from rhythm to pathway and back again."), "03-phase-find-the-rhythm.md": ("Five Foci", "Phase", "Find the rhythms, timing relationships, and recovery windows already active."), "04-field-name-the-conditions.md": ("Five Foci", "Field", "Name the boundary, the conditions crossing it, and the pathway of influence."), "05-arc-meet-the-threshold.md": ("Five Foci", "Arc", "Notice accumulation, threshold, transition, and the state that follows."), "06-form-notice-what-persists.md": ("Five Foci", "Form", "Study the patterns that persist while material, energy, or information moves."), "07-lattice-map-the-connections.md": ("Five Foci", "Lattice", "Map topology, bottlenecks, redundancy, propagation, and repair."), "08-daily-three-and-capacity.md": ("Working Instruments", "Daily Three", "Use a small operating loop for attention, load, capacity, and one structural choice."), "09-oscillator-lens.md": ("Working Instruments", "Oscillator Lens", "Use amplitude, frequency, phase, and damping as bounded analytical terms."), "10-cascade-and-relational-map.md": ("Working Instruments", "Cascade", "Enter the optional relational map without turning it into a score or social credit system."), "11-repair-throttling-and-renewal.md": ("Working Instruments", "Repair", "Protect capacity, throttle unsafe load, and distinguish repair from reconciliation."), "12-scale-up-and-nested-systems.md": ("Scale and Return", "Nested Systems", "Move across scales without flattening the differences between person, group, ecosystem, and planet."), "13-cosmic-weather-revisited.md": ("Scale and Return", "Cosmic Weather", "Widen the field while keeping mechanisms, timescales, and evidence boundaries visible."), "14-closing-the-sovereign-star.md": ("Scale and Return", "The Local Star", "Return to the individual as a situated source of observation and transformation."), "15-templates-and-reference.md": ("Reference", "Templates", "Collect operating cards, field checks, logs, glossary entries, and module schema."), "16-notes-for-facilitators.md": ("Reference", "Facilitators", "Teach and extend the kernel without losing its evidence discipline."), } MODULE_META = { "17-cognitive-manufacturing.md": ("Applied Modules", "Cognitive Manufacturing", "Translate signal and intent into bounded fabrication with provenance and hard limits."), "18-biogeometry.md": ("Applied Modules", "BioGeometry", "Study form as environmental signal while keeping claims, safeguards, and evidence distinct."), "19-environmental-psychology-and-place.md": ("Applied Modules", "Environmental Psychology and Place", "Trace how settings shape attention, behavior, stress, belonging, and agency."), "20-cybernetics-and-feedback.md": ("Applied Modules", "Cybernetics and Feedback", "Examine feedback, regulation, recursion, control, autonomy, and unintended effects."), "21-biosemiotics-and-living-signals.md": ("Applied Modules", "Biosemiotics and Living Signals", "Ask how living systems detect differences, interpret cues, and coordinate responses."), "22-embodied-cognition-and-enaction.md": ("Applied Modules", "Embodied Cognition and Enaction", "Treat cognition as enacted through bodies, environments, tools, and action."), "23-rhythm-and-entrainment.md": ("Applied Modules", "Rhythm and Entrainment", "Study timing, coordination, synchrony, and the limits of resonance language."), "24-experimental-design-for-resonance-claims.md": ("Applied Modules", "Experimental Design", "Turn an attractive resonance hypothesis into a fair, falsifiable study."), "25-sacred-architecture-across-cultures.md": ("Applied Modules", "Sacred Architecture", "Compare built form, ritual, orientation, and collective meaning across cultures."), "26-information-meaning-and-signal-translation.md": ("Applied Modules", "Information and Meaning", "Follow signals as they become signs, interpretations, and actions across media."), "27-ecological-reciprocity-and-regenerative-systems.md": ("Applied Modules", "Ecological Reciprocity", "Design human systems that return capacity to the living systems they depend on."), "28-emf-measurement-literacy.md": ("Applied Modules", "EMF Measurement Literacy", "Keep exposure, experience, measurement, and explanation separate."), "29-ethics-of-intervention.md": ("Applied Modules", "Ethics of Intervention", "Change systems without erasing autonomy, consent, context, or withdrawal."), "30-maintenance-failure-and-repair.md": ("Applied Modules", "Maintenance, Failure, and Repair", "Keep systems alive through observation, graceful failure, maintenance, and repair."), "31-anthrocybernetic-water-systems.md": ("Applied Modules", "Anthrocybernetic Water Systems", "Make flow, storage, energy, return, observation, and safety boundaries visible."), "32-macro-culture-and-climate-corridors.md": ("Applied Modules", "Macro-Culture and Climate Corridors", "Study civilization as a coupled environmental, energetic, hydrological, and historical system."), } REFERENCE_META = { "CONTENTS.md": ("Archive Index", "Contents", "The full Workbook map, Five Foci card, evidence card, and central discipline."), "CHANGELOG.md": ("Archive Index", "Changelog", "The revision trail from the first core workbook through the applied module series."), "SOP.md": ("Archive Index", "Source SOP", "The canonical workbook's own build and evidence-boundary procedure."), "index.html": ("Archive Index", "Original Visual Summary", "The published visual summary that inspired this CookieBlob preview."), } def inline(value): value = html.escape(value, quote=False) value = re.sub(r"`([^`]+)`", r"\1", value) value = re.sub(r"\*\*([^*]+)\*\*", r"\1", value) value = re.sub(r"(?\1", value) value = re.sub(r"\[([^\]]+)\]\(([^)]+)\)", r'\1', value) return value def markdown_html(source): lines = source.replace("\r\n", "\n").split("\n") out = [] i = 0 paragraph = [] list_items = [] ordered_items = [] def flush_paragraph(): nonlocal paragraph if paragraph: out.append("

" + " ".join(inline(x.strip()) for x in paragraph) + "

") paragraph = [] def flush_lists(): nonlocal list_items, ordered_items if list_items: out.append("") list_items = [] if ordered_items: out.append("
    " + "".join(f"
  1. {x}
    2. " for x in ordered_items) + "
") ordered_items = [] while i < len(lines): line = lines[i] stripped = line.strip() if stripped.startswith("```"): flush_paragraph(); flush_lists() language = stripped[3:].strip() code = [] i += 1 while i < len(lines) and not lines[i].strip().startswith("```"): code.append(lines[i]) i += 1 cls = f' class="language-{html.escape(language)}"' if language else "" out.append(f"
{html.escape(chr(10).join(code))}
") i += 1 continue if not stripped: flush_paragraph(); flush_lists(); i += 1; continue heading = re.match(r"^(#{1,4})\s+(.+)$", stripped) if heading: flush_paragraph(); flush_lists() level = len(heading.group(1)) out.append(f"{inline(heading.group(2))}") i += 1 continue if stripped.startswith(">"): flush_paragraph(); flush_lists() quote = stripped[1:].strip() out.append(f"
{inline(quote)}
") i += 1 continue bullet = re.match(r"^[-*+]\s+(.+)$", stripped) if bullet: flush_paragraph(); ordered_items = [] list_items.append(inline(bullet.group(1))); i += 1; continue ordered = re.match(r"^\d+[.)]\s+(.+)$", stripped) if ordered: flush_paragraph(); list_items = [] ordered_items.append(inline(ordered.group(1))); i += 1; continue if stripped.startswith("|") and "|" in stripped[1:]: flush_paragraph(); flush_lists() table = [] while i < len(lines) and lines[i].strip().startswith("|"): cells = [cell.strip() for cell in lines[i].strip().strip("|").split("|")] table.append(cells); i += 1 if len(table) >= 2 and all(re.fullmatch(r"[-: ]+", cell or "-") for cell in table[1]): table.pop(1) if table: head = "".join(f"{inline(cell)}" for cell in table[0]) rows = "".join("" + "".join(f"{inline(cell)}" for cell in row) + "" for row in table[1:]) out.append(f"
{head}{rows}
") continue if stripped.startswith("---"): flush_paragraph(); flush_lists(); out.append("
"); i += 1; continue paragraph.append(stripped) i += 1 flush_paragraph(); flush_lists() return "\n".join(out) def room_for(path, meta): section, title, summary = meta source = path.read_text(encoding="utf-8") room_id = re.sub(r"[^a-z0-9]+", "-", path.stem.lower()).strip("-") if path.name == "index.html": room_id = "original-visual-summary" return { "id": room_id, "file": path.name, "section": section, "title": title, "summary": summary, "source": source, "body": markdown_html(source), "words": len(re.findall(r"\b[\w’'-]+\b", source)), } def main(): groups = [(CORE_META, "Core Workbook"), (MODULE_META, "Applied Modules"), (REFERENCE_META, "Reference")] rooms = [] for mapping, _ in groups: for filename, meta in mapping.items(): path = SOURCE / ("modules" / Path(filename) if mapping is MODULE_META else Path(filename)) if path.exists(): rooms.append(room_for(path, meta)) payload = json.dumps(rooms, ensure_ascii=False).replace("<", "\\u003c").replace(">", "\\u003e").replace("&", "\\u0026") generated = datetime.now(timezone.utc).strftime("%Y-%m-%dT%H:%M:%SZ") html_doc = build_html(payload, generated, len(rooms)) OUTPUT.write_text(html_doc, encoding="utf-8") print(f"Generated {OUTPUT} with {len(rooms)} rooms") def build_html(payload, generated, room_count): return f''' Anthrocybernetics — Core Workbook Preview
CookieBlob room / preview instrument

Anthrocybernetics

The Core Workbook as a living archive: find the rhythm, name the field, meet the threshold, notice what persists, and map what carries it.

Leave a note in the room

''' if __name__ == '__main__': main()