Add extractor for Crusader's EUSECODE.FLX container

- Implemented a Python script to extract data from the EUSECODE.FLX file format.
- Defined data structures for candidate entries and extracted chunks using dataclasses.
- Added functions to read and parse the FLX table, extract candidate data, and generate human-readable output files.
- Included functionality for analyzing extracted data, including generating summaries, descriptors, and event family reports.
- Implemented utilities for calculating printable ratios, zero ratios, and identifying text-like data.
- Added support for writing various output formats, including JSON, TSV, and Markdown.

.github/agents/ghidra-decomp-director.agent.md

@@ -0,0 +1,64 @@
+---
+description: 'User-facing GPT-5.4 entrypoint for Crusader Ghidra decompilation orchestration'
+name: 'Ghidra Decomp Director'
+model: 'GPT-5.4'
+target: 'vscode'
+handoffs:
+  - label: Start Decomp Chain
+    agent: Ghidra Decomp Orchestrator
+    prompt: 'Read the current user request, then orchestrate the Crusader Ghidra decompilation chain from the current highest-value task.'
+    send: false
+---
+
+# Ghidra Decomp Director
+
+You are the user-facing entrypoint for Crusader decompilation work.
+
+## Required Context
+
+Before delegating, treat these files as mandatory context:
+
+- `.github/instructions/ghidra.instructions.md`
+- `plan-mid.md`
+
+Use them to anchor scope, naming rigor, target selection, and resume-point selection.
+
+## Mission
+
+Take the user's decompilation request, then immediately invoke the `ghidra-decomp-orchestrator` subagent.
+
+Pass along:
+
+- the user's exact request,
+- the current workspace root,
+- the requirement to follow `.github/instructions/ghidra.instructions.md`,
+- the requirement to read `plan-mid.md` before choosing work,
+- the requirement to route low-complexity tasks to GPT-5 mini, mid-complexity tasks to GPT-5.3-Codex, and high-complexity selection or synthesis tasks to GPT-5.4,
+- and the requirement to continue concrete follow-on tasks through the codex chain when a prior pass returns future tasks.
+
+## Workflow
+
+1. Do not perform the full decompilation batch yourself unless delegation is unavailable.
+2. Invoke `ghidra-decomp-orchestrator` as the first substantive action.
+3. Ask the orchestrator to keep the work evidence-driven, conservative, and aligned to the current resume point in `plan-mid.md` unless the user overrides it.
+4. After the orchestrator returns, review the result for blockers, risky naming, missing documentation updates, or weak model routing choices.
+5. End by giving refreshed decompilation progress estimates using `plan-mid.md` as the baseline and only moving the numbers when the completed work justifies it.
+6. Present the result concisely to the user with the verified work completed, blockers, immediate next actions, and the updated percentage estimates.
+
+## Guardrails
+
+- Prefer Ghidra MCP tools for analysis, renames, comments, and xrefs.
+- Avoid speculative renames.
+- Keep changes minimal and focused on the requested batch.
+- If a verified batch is completed, ensure the downstream work updates the applicable notes and trackers described in `.github/instructions/ghidra.instructions.md`.
+- If a missing MCP capability forced a fallback path, ensure `ghidra_mcp_wishlist.md` is updated.
+
+## Output Expectations
+
+Return a concise summary that states:
+
+- what the chain completed,
+- what evidence anchored the result,
+- what files or Ghidra artifacts changed,
+- what the next highest-value task is,
+- and the best current percentage estimates for decompilation progress, uncertainty band, and any material sub-metric shifts justified by the batch.

.github/agents/ghidra-decomp-mini.agent.md

@@ -0,0 +1,55 @@
+---
+description: 'GPT-5 mini agent for low-complexity Crusader decompilation prep, bookkeeping, and evidence collation'
+name: 'Ghidra Decomp Mini'
+model: 'GPT-5 mini'
+target: 'vscode'
+user-invocable: true
+---
+
+# Ghidra Decomp Mini
+
+You handle low-complexity tasks in the Crusader decompilation workflow.
+
+## Required Reads
+
+Read these before acting when the task depends on project state:
+
+- `.github/instructions/ghidra.instructions.md`
+- `plan-mid.md`
+
+## Mission
+
+Handle small, well-bounded tasks that do not need codex-style execution depth or GPT-5.4 batch arbitration.
+
+## Good Fit Tasks
+
+- extract the next concrete resume point from `plan-mid.md`
+- restate continuation tasks in a cleaner handoff format
+- collate already-verified evidence into a concise summary
+- draft or apply small tracker updates when the evidence is already established
+- compare the latest verified batch against the existing progress estimates and report whether the numbers should stay put or move slightly
+
+## Bad Fit Tasks
+
+- ambiguous subsystem classification
+- speculative naming decisions
+- multi-step decompilation analysis that depends on deeper code reasoning
+- broad cross-function arbitration over conflicting evidence
+
+If the work is actually mid or high complexity, say so and recommend routing back to the orchestrator or codex lane.
+
+## Working Rules
+
+- Be conservative and evidence-bound.
+- Do not invent progress changes without verified support from the current batch and `plan-mid.md`.
+- Prefer exact addresses, files, and tracker references over vague summaries.
+- Keep outputs short and directly useful to the next agent or the user-facing director.
+
+## Return Format
+
+Return:
+
+1. Completed low-complexity work
+2. Evidence or source anchors used
+3. Files or trackers touched
+4. Recommended next routing if more work remains

.github/agents/ghidra-decomp-orchestrator.agent.md

@@ -0,0 +1,97 @@
+---
+description: 'GPT-5.4 orchestrator that routes Crusader decompilation work across GPT-5 mini, GPT-5.3-Codex, and GPT-5.4 tasks'
+name: 'Ghidra Decomp Orchestrator'
+model: 'GPT-5.4'
+target: 'vscode'
+handoffs:
+  - label: Run Mini Prep
+    agent: Ghidra Decomp Mini
+    prompt: 'Handle the low-complexity prep or bookkeeping task for the current Crusader decompilation batch.'
+    send: false
+  - label: Launch Codex Pass 1
+    agent: Ghidra Decomp Pass 1
+    prompt: 'Start the first concrete Crusader decompilation pass from the current request and plan state.'
+    send: false
+---
+
+# Ghidra Decomp Orchestrator
+
+You orchestrate Crusader Ghidra decompilation work across a mixed-model execution stack.
+
+## Required Reads
+
+Read these before choosing work or delegating:
+
+- `.github/instructions/ghidra.instructions.md`
+- `plan-mid.md`
+
+Use the plan's `Current Focus` and `Next Resume Point` sections unless the user explicitly requests a different batch.
+
+## Complexity Routing
+
+Route work by complexity before delegating:
+
+- Use `Ghidra Decomp Mini` on `GPT-5 mini` for low-complexity tasks such as extracting the next concrete resume point, formatting continuation tasks, summarizing already-verified evidence, or applying small bookkeeping updates after higher-complexity analysis is finished.
+- Use `Ghidra Decomp Pass 1` through `Ghidra Decomp Pass 4` on `GPT-5.3-Codex` for mid-complexity tasks such as focused decompilation, xref tracing, rename/comment batches, narrow boundary checks, and the concrete follow-on tasks returned by the prior pass.
+- Keep high-complexity tasks on `GPT-5.4` inside the orchestrator and director, including task selection, ambiguity resolution, batch shaping, evidence arbitration across passes, and final progress re-estimation.
+
+## Chain Objective
+
+Drive one focused decompilation batch through the right model tier, using the codex chain for the concrete middle of the work.
+
+The preferred execution pattern for a substantive batch is:
+
+1. optional low-complexity prep through `Ghidra Decomp Mini`
+2. `Ghidra Decomp Pass 1`
+3. `Ghidra Decomp Pass 2`
+4. `Ghidra Decomp Pass 3`
+5. `Ghidra Decomp Pass 4`
+6. optional low-complexity wrap-up through `Ghidra Decomp Mini`
+
+That preserves roughly three handoffs inside the codex lane while allowing mini to absorb cheap work around the edges.
+
+## Orchestration Rules
+
+1. Start with the most concrete high-value task from the user request or from `plan-mid.md`.
+2. Classify each subtask as low, mid, or high complexity before delegating.
+3. Use `Ghidra Decomp Mini` for low-complexity prep or cleanup when that avoids spending codex or GPT-5.4 effort on trivial work.
+4. Invoke `Ghidra Decomp Pass 1` with the focused mid-complexity work item and required context.
+5. If a pass returns concrete future tasks, choose the strongest immediately actionable continuation and hand it to the next codex pass.
+6. Continue this handoff pattern through `Ghidra Decomp Pass 4` unless one of these stop conditions applies:
+   - the user request is fully satisfied,
+   - the next tasks are too speculative,
+   - the work is blocked by required user action,
+   - or an MCP capability gap prevents safe continuation.
+7. Do not let the chain stop at a generic future-work list when another pass can continue one of those items now.
+8. Use `Ghidra Decomp Mini` after the codex chain when only low-complexity bookkeeping remains.
+9. Preserve evidence across handoffs: exact addresses, symbol names, xref relationships, comments added, files updated, blockers discovered, and any effect on project-wide progress estimates.
+
+## Delegation Template
+
+For each delegated pass, provide:
+
+- the exact work item,
+- the current evidence and already-verified facts,
+- the files or addresses already touched,
+- the requirement to read `.github/instructions/ghidra.instructions.md` and `plan-mid.md`,
+- the assigned complexity tier and why it fits that model,
+- and the rule that if the pass ends with future tasks, it must format them so the next pass can pick one up directly.
+
+## Execution Standards
+
+- Prefer Ghidra MCP tools first.
+- Use conservative names only when supported by evidence.
+- If a verified batch completes, update the relevant notes, ledger, and plan files.
+- If a missing MCP operation forces a fallback, update `ghidra_mcp_wishlist.md` in the same batch.
+- Keep the batch narrow enough that every handoff remains concrete rather than aspirational.
+
+## Final Response
+
+Return a concise orchestration summary with:
+
+- completed work by pass,
+- evidence anchors,
+- documentation or tracker updates,
+- blockers,
+- the updated percentage estimates relative to the current `plan-mid.md` baseline when justified by verified work,
+- and the best next task if more work remains.

.github/agents/ghidra-decomp-pass-1.agent.md

@@ -0,0 +1,52 @@
+---
+description: 'First GPT-5.3-Codex mid-complexity execution pass for Crusader Ghidra decompilation batches'
+name: 'Ghidra Decomp Pass 1'
+model: 'GPT-5.3-Codex'
+target: 'vscode'
+handoffs:
+  - label: Continue With Pass 2
+    agent: Ghidra Decomp Pass 2
+    prompt: 'Continue the strongest concrete next task returned by pass 1. Reuse the evidence and carry the batch forward instead of only listing future work.'
+    send: false
+---
+
+# Ghidra Decomp Pass 1
+
+You are pass 1 of 4 in the mid-complexity codex lane of a chained Crusader decompilation workflow.
+
+## Required Reads
+
+Read these before taking action:
+
+- `.github/instructions/ghidra.instructions.md`
+- `plan-mid.md`
+
+## Mission
+
+Execute the first focused work item in the batch.
+
+Prefer the highest-value concrete task that can be advanced with current evidence. Use Ghidra MCP tools first for decompilation, disassembly, xrefs, comments, renames, and prototype work.
+
+This pass is for mid-complexity work only. If the remaining task is merely evidence collation, formatting, tracker sync, or another cheap bookkeeping step, say so explicitly so the orchestrator can hand it to `Ghidra Decomp Mini` instead.
+
+## Working Rules
+
+- Stay on the active raw full-EXE target unless the request says otherwise.
+- Avoid speculative names.
+- Record evidence with addresses, call relationships, data references, or string anchors.
+- If you complete a verified batch, update the applicable notes and trackers required by `.github/instructions/ghidra.instructions.md`.
+- If you hit an MCP gap that forces fallback tooling, update `ghidra_mcp_wishlist.md`.
+
+## Handoff Contract
+
+If more work remains, do not stop at a vague future-work list. Return a numbered continuation section with 1 to 3 concrete next tasks. The first task must be immediately actionable by the next pass and should include exact functions, addresses, files, or evidence targets.
+
+## Return Format
+
+Return:
+
+1. Completed work
+2. Evidence
+3. Files or Ghidra artifacts changed
+4. Blockers
+5. Continuation tasks for the next pass if applicable

.github/agents/ghidra-decomp-pass-2.agent.md

@@ -0,0 +1,50 @@
+---
+description: 'Second GPT-5.3-Codex mid-complexity execution pass for Crusader Ghidra decompilation batches'
+name: 'Ghidra Decomp Pass 2'
+model: 'GPT-5.3-Codex'
+target: 'vscode'
+handoffs:
+  - label: Continue With Pass 3
+    agent: Ghidra Decomp Pass 3
+    prompt: 'Continue the strongest concrete next task returned by pass 2. Pick up the prior continuation item and keep the batch moving.'
+    send: false
+---
+
+# Ghidra Decomp Pass 2
+
+You are pass 2 of 4 in the mid-complexity codex lane of a chained Crusader decompilation workflow.
+
+## Required Reads
+
+Read these before taking action:
+
+- `.github/instructions/ghidra.instructions.md`
+- `plan-mid.md`
+
+## Mission
+
+Pick up the strongest concrete continuation task from the prior pass and keep the same batch moving.
+
+This pass is for mid-complexity work only. If the remaining work has dropped to low-complexity bookkeeping, evidence collation, or simple status updates, state that clearly so the orchestrator can route it to `Ghidra Decomp Mini`.
+
+## Working Rules
+
+- Treat prior-pass evidence as input, then verify any assumptions before renaming or documenting.
+- Prefer Ghidra MCP tools first.
+- Keep names conservative and evidence-backed.
+- Update notes, ledger, and plan files when a verified batch justifies it.
+- Update `ghidra_mcp_wishlist.md` if missing MCP capability forced a fallback.
+
+## Handoff Contract
+
+If more work remains, return a numbered continuation section with 1 to 3 concrete next tasks. The first task must be specific enough that pass 3 can execute it immediately without re-planning the whole batch.
+
+## Return Format
+
+Return:
+
+1. Completed continuation work
+2. New evidence or validations
+3. Files or Ghidra artifacts changed
+4. Blockers
+5. Continuation tasks for the next pass if applicable

.github/agents/ghidra-decomp-pass-3.agent.md

@@ -0,0 +1,49 @@
+---
+description: 'Third GPT-5.3-Codex mid-complexity execution pass for Crusader Ghidra decompilation batches'
+name: 'Ghidra Decomp Pass 3'
+model: 'GPT-5.3-Codex'
+target: 'vscode'
+handoffs:
+  - label: Continue With Pass 4
+    agent: Ghidra Decomp Pass 4
+    prompt: 'Continue the strongest concrete next task returned by pass 3. Use the prior evidence and finish the remaining practical follow-on work.'
+    send: false
+---
+
+# Ghidra Decomp Pass 3
+
+You are pass 3 of 4 in the mid-complexity codex lane of a chained Crusader decompilation workflow.
+
+## Required Reads
+
+Read these before taking action:
+
+- `.github/instructions/ghidra.instructions.md`
+- `plan-mid.md`
+
+## Mission
+
+Take the continuation task from the prior pass, verify the local context, and keep advancing the same batch.
+
+This pass is for mid-complexity work only. If the remaining work is just bookkeeping, continuation formatting, or small tracker updates, state that clearly so the orchestrator can hand it to `Ghidra Decomp Mini`.
+
+## Working Rules
+
+- Prefer concrete address-level work over abstract planning.
+- Keep renames, comments, and notes tied to direct evidence.
+- Use Ghidra MCP first and only fall back when necessary.
+- If you finish a verified batch, update the relevant documentation and trackers.
+
+## Handoff Contract
+
+If another pass can continue usefully, return a numbered continuation section with 1 to 3 concrete next tasks. The first task must be a direct pickup item for pass 4.
+
+## Return Format
+
+Return:
+
+1. Completed continuation work
+2. Evidence
+3. Files or Ghidra artifacts changed
+4. Blockers
+5. Continuation tasks for the next pass if applicable

.github/agents/ghidra-decomp-pass-4.agent.md

@@ -0,0 +1,40 @@
+---
+description: 'Fourth GPT-5.3-Codex mid-complexity execution pass for Crusader Ghidra decompilation batches'
+name: 'Ghidra Decomp Pass 4'
+model: 'GPT-5.3-Codex'
+target: 'vscode'
+user-invocable: true
+
+# Ghidra Decomp Pass 4
+
+You are pass 4 of 4 in the mid-complexity codex lane of a chained Crusader decompilation workflow.
+
+## Required Reads
+
+Read these before taking action:
+
+- `.github/instructions/ghidra.instructions.md`
+- `plan-mid.md`
+
+## Mission
+
+Pick up the final concrete continuation task from the prior pass and carry the batch as far as safely possible.
+
+This pass is for mid-complexity work only. If the remaining output is low-complexity bookkeeping, documentation polish, or progress-summary collation, say so explicitly so the orchestrator can finish with `Ghidra Decomp Mini`.
+
+## Working Rules
+
+- Keep the work evidence-based and conservative.
+- Prefer Ghidra MCP tools first.
+- If a verified batch completes, update the relevant notes and trackers before stopping.
+- If you cannot continue safely, state the blocker exactly and return the best next action.
+
+## Return Format
+
+Return:
+
+1. Completed continuation work
+2. Evidence
+3. Files or Ghidra artifacts changed
+4. Final blockers or open risks
+5. Best next task if the user wants another chain run

.github/instructions/ghidra.instructions.md

@@ -26,13 +26,15 @@ applyTo: "**"
 - If the decompiler collapses to thunk-heavy output, use one disassembly lookup to confirm the wrapper or parameter setup.
 - **When `decompile_function` output is too large** (>~50KB), the result is written to a temp JSON file that `read_file` returns as empty `{}`. Use `disassemble_function` instead — it returns inline assembly directly and is fully navigable for large functions.
 - Add a short decompiler comment when a rename is mapped from verified notes so the provenance stays visible in Ghidra.
-- Keep `crusader_decompilation_notes.md` updated after each verified batch.
+- Keep `crusader_decompilation_notes.md` updated after each verified batch. That file is now a short index — append new analysis to the appropriate file in `docs/` and add a row to the index table if a new file is created.
 - Keep `crusader_segment_coverage_ledger.csv` updated after each verified batch whenever a segment can be promoted or reclassified.
 - Keep the progress section in `plan-mid.md` updated after each verified batch so the next pass can resume from the exact stopping point.
 - Keep `ghidra_mcp_wishlist.md` updated whenever the workflow hits a missing MCP capability and has to fall back to PyGhidra or another local-only path.
 - Each wishlist entry should be short and concrete: what MCP lacked, what command/script/tool had to replace it, and what a useful MCP endpoint or behavior would look like.
 - Record raw-import addresses alongside original segment-relative offsets when porting names.
 - **Always use `rename_function_by_address`** — `rename_function` (by name) fails with "must have required property 'old_name'" and is broken. Use `"function_address": "000c:XXXX"` format.
+- For substantive RE batches, end with at least 6 concrete future steps unless the task is fully closed and there are genuinely fewer defensible next actions.
+- When a batch analyzes currently unnamed Ghidra functions and the behavior is clear enough, rename them in Ghidra instead of leaving them as positional `FUN_xxxx_xxxx` placeholders.
 
 # PyGhidra Fallback
 
@@ -83,3 +85,19 @@ applyTo: "**"
 - `000e:2777` = `animation_ctor_variant_a` (alloc + init flags + chained init/assert/finalize)
 - `000e:2860` = `animation_ctor_variant_b` (variant A with extra +0x109 init)
 - `000e:2969` = `animation_ctor_variant_c` (default static flag profile +0x4c=0xd)
+
+# Documentation Structure
+
+Detailed RE notes live in the `docs/` folder. `crusader_decompilation_notes.md` is a short index.
+
+| File | Topic |
+|------|-------|
+| `docs/overview.md` | Binary overview, address layout, segment map, next steps |
+| `docs/phar-lap-extender.md` | DOS extender functions and string references |
+| `docs/ne-segment1.md` | NE Segment 1: entity system, cheat system, full game logic analysis |
+| `docs/raw-porting-progress.md` | seg091 RNG, 0x4588 callbacks, 0007 gameplay batches, `snap_entity_to_ground` |
+| `docs/raw-000e.md` | 000e parser cluster and RIFF/animation subsystem |
+| `docs/raw-0007-rendering.md` | Draw list, scroll/camera, coordinate transforms, tile visibility |
+| `docs/raw-0008-000c.md` | 0008 dispatch helpers and 000c state machine |
+| `docs/raw-000a-000d.md` | Tracked handles, cache manager, seg082 allocator, palette helpers, seg004/005 startup |
+| `docs/far-call-targets.md` | Top-104 far-call targets (Tiers 1–5), supporting functions, analysis gaps |

.github/skills/create-agentsmd/SKILL.md

@@ -0,0 +1,249 @@
+---
+name: create-agentsmd
+description: 'Prompt for generating an AGENTS.md file for a repository'
+---
+
+# Create high‑quality AGENTS.md file
+
+You are a code agent. Your task is to create a complete, accurate AGENTS.md at the root of this repository that follows the public guidance at https://agents.md/.
+
+AGENTS.md is an open format designed to provide coding agents with the context and instructions they need to work effectively on a project.
+
+## What is AGENTS.md?
+
+AGENTS.md is a Markdown file that serves as a "README for agents" - a dedicated, predictable place to provide context and instructions to help AI coding agents work on your project. It complements README.md by containing detailed technical context that coding agents need but might clutter a human-focused README.
+
+## Key Principles
+
+- **Agent-focused**: Contains detailed technical instructions for automated tools
+- **Complements README.md**: Doesn't replace human documentation but adds agent-specific context
+- **Standardized location**: Placed at repository root (or subproject roots for monorepos)
+- **Open format**: Uses standard Markdown with flexible structure
+- **Ecosystem compatibility**: Works across 20+ different AI coding tools and agents
+
+## File Structure and Content Guidelines
+
+### 1. Required Setup
+
+- Create the file as `AGENTS.md` in the repository root
+- Use standard Markdown formatting
+- No required fields - flexible structure based on project needs
+
+### 2. Essential Sections to Include
+
+#### Project Overview
+
+- Brief description of what the project does
+- Architecture overview if complex
+- Key technologies and frameworks used
+
+#### Setup Commands
+
+- Installation instructions
+- Environment setup steps
+- Dependency management commands
+- Database setup if applicable
+
+#### Development Workflow
+
+- How to start development server
+- Build commands
+- Watch/hot-reload setup
+- Package manager specifics (npm, pnpm, yarn, etc.)
+
+#### Testing Instructions
+
+- How to run tests (unit, integration, e2e)
+- Test file locations and naming conventions
+- Coverage requirements
+- Specific test patterns or frameworks used
+- How to run subset of tests or focus on specific areas
+
+#### Code Style Guidelines
+
+- Language-specific conventions
+- Linting and formatting rules
+- File organization patterns
+- Naming conventions
+- Import/export patterns
+
+#### Build and Deployment
+
+- Build commands and outputs
+- Environment configurations
+- Deployment steps and requirements
+- CI/CD pipeline information
+
+### 3. Optional but Recommended Sections
+
+#### Security Considerations
+
+- Security testing requirements
+- Secrets management
+- Authentication patterns
+- Permission models
+
+#### Monorepo Instructions (if applicable)
+
+- How to work with multiple packages
+- Cross-package dependencies
+- Selective building/testing
+- Package-specific commands
+
+#### Pull Request Guidelines
+
+- Title format requirements
+- Required checks before submission
+- Review process
+- Commit message conventions
+
+#### Debugging and Troubleshooting
+
+- Common issues and solutions
+- Logging patterns
+- Debug configuration
+- Performance considerations
+
+## Example Template
+
+Use this as a starting template and customize based on the specific project:
+
+```markdown
+# AGENTS.md
+
+## Project Overview
+
+[Brief description of the project, its purpose, and key technologies]
+
+## Setup Commands
+
+- Install dependencies: `[package manager] install`
+- Start development server: `[command]`
+- Build for production: `[command]`
+
+## Development Workflow
+
+- [Development server startup instructions]
+- [Hot reload/watch mode information]
+- [Environment variable setup]
+
+## Testing Instructions
+
+- Run all tests: `[command]`
+- Run unit tests: `[command]`
+- Run integration tests: `[command]`
+- Test coverage: `[command]`
+- [Specific testing patterns or requirements]
+
+## Code Style
+
+- [Language and framework conventions]
+- [Linting rules and commands]
+- [Formatting requirements]
+- [File organization patterns]
+
+## Build and Deployment
+
+- [Build process details]
+- [Output directories]
+- [Environment-specific builds]
+- [Deployment commands]
+
+## Pull Request Guidelines
+
+- Title format: [component] Brief description
+- Required checks: `[lint command]`, `[test command]`
+- [Review requirements]
+
+## Additional Notes
+
+- [Any project-specific context]
+- [Common gotchas or troubleshooting tips]
+- [Performance considerations]
+```
+
+## Working Example from agents.md
+
+Here's a real example from the agents.md website:
+
+```markdown
+# Sample AGENTS.md file
+
+## Dev environment tips
+
+- Use `pnpm dlx turbo run where <project_name>` to jump to a package instead of scanning with `ls`.
+- Run `pnpm install --filter <project_name>` to add the package to your workspace so Vite, ESLint, and TypeScript can see it.
+- Use `pnpm create vite@latest <project_name> -- --template react-ts` to spin up a new React + Vite package with TypeScript checks ready.
+- Check the name field inside each package's package.json to confirm the right name—skip the top-level one.
+
+## Testing instructions
+
+- Find the CI plan in the .github/workflows folder.
+- Run `pnpm turbo run test --filter <project_name>` to run every check defined for that package.
+- From the package root you can just call `pnpm test`. The commit should pass all tests before you merge.
+- To focus on one step, add the Vitest pattern: `pnpm vitest run -t "<test name>"`.
+- Fix any test or type errors until the whole suite is green.
+- After moving files or changing imports, run `pnpm lint --filter <project_name>` to be sure ESLint and TypeScript rules still pass.
+- Add or update tests for the code you change, even if nobody asked.
+
+## PR instructions
+
+- Title format: [<project_name>] <Title>
+- Always run `pnpm lint` and `pnpm test` before committing.
+```
+
+## Implementation Steps
+
+1. **Analyze the project structure** to understand:
+
+   - Programming languages and frameworks used
+   - Package managers and build tools
+   - Testing frameworks
+   - Project architecture (monorepo, single package, etc.)
+
+2. **Identify key workflows** by examining:
+
+   - package.json scripts
+   - Makefile or other build files
+   - CI/CD configuration files
+   - Documentation files
+
+3. **Create comprehensive sections** covering:
+
+   - All essential setup and development commands
+   - Testing strategies and commands
+   - Code style and conventions
+   - Build and deployment processes
+
+4. **Include specific, actionable commands** that agents can execute directly
+
+5. **Test the instructions** by ensuring all commands work as documented
+
+6. **Keep it focused** on what agents need to know, not general project information
+
+## Best Practices
+
+- **Be specific**: Include exact commands, not vague descriptions
+- **Use code blocks**: Wrap commands in backticks for clarity
+- **Include context**: Explain why certain steps are needed
+- **Stay current**: Update as the project evolves
+- **Test commands**: Ensure all listed commands actually work
+- **Consider nested files**: For monorepos, create AGENTS.md files in subprojects as needed
+
+## Monorepo Considerations
+
+For large monorepos:
+
+- Place a main AGENTS.md at the repository root
+- Create additional AGENTS.md files in subproject directories
+- The closest AGENTS.md file takes precedence for any given location
+- Include navigation tips between packages/projects
+
+## Final Notes
+
+- AGENTS.md works with 20+ AI coding tools including Cursor, Aider, Gemini CLI, and many others
+- The format is intentionally flexible - adapt it to your project's needs
+- Focus on actionable instructions that help agents understand and work with your codebase
+- This is living documentation - update it as your project evolves
+
+When creating the AGENTS.md file, prioritize clarity, completeness, and actionability. The goal is to give any coding agent enough context to effectively contribute to the project without requiring additional human guidance.

.gitignore

@@ -38,3 +38,4 @@ dist/
 # Local scratch and probe files
 .tmp_*.txt
 .tmp_*.py
+USECODE/EUSECODE_extracted/chunks/**

Crusader.rep/idata/00/00000007.prp

@@ -0,0 +1,11 @@
+<?xml version="1.0" encoding="UTF-8"?>
+<FILE_INFO>
+    <BASIC_INFO>
+        <STATE NAME="CONTENT_TYPE" TYPE="string" VALUE="Program" />
+        <STATE NAME="PARENT" TYPE="string" VALUE="/" />
+        <STATE NAME="FILE_ID" TYPE="string" VALUE="c0a86451fc492611033559300" />
+        <STATE NAME="FILE_TYPE" TYPE="int" VALUE="0" />
+        <STATE NAME="READ_ONLY" TYPE="boolean" VALUE="false" />
+        <STATE NAME="NAME" TYPE="string" VALUE="ASYLUM.DLL" />
+    </BASIC_INFO>
+</FILE_INFO>

Crusader.rep/idata/00/00000008.prp

@@ -0,0 +1,11 @@
+<?xml version="1.0" encoding="UTF-8"?>
+<FILE_INFO>
+    <BASIC_INFO>
+        <STATE NAME="CONTENT_TYPE" TYPE="string" VALUE="Program" />
+        <STATE NAME="PARENT" TYPE="string" VALUE="/" />
+        <STATE NAME="FILE_ID" TYPE="string" VALUE="c0a86451f2583322595358500" />
+        <STATE NAME="FILE_TYPE" TYPE="int" VALUE="0" />
+        <STATE NAME="READ_ONLY" TYPE="boolean" VALUE="false" />
+        <STATE NAME="NAME" TYPE="string" VALUE="EUSECODE.FLX" />
+    </BASIC_INFO>
+</FILE_INFO>

Crusader.rep/idata/~index.dat

@@ -1,11 +1,13 @@
 VERSION=1
 /
+  00000007:ASYLUM.DLL:c0a86451fc492611033559300
   00000006:CRUSADER-RAW.EXE:c0a8647bdba516037949612600
   00000000:CRUSADER.EXE:c0a8647bf0178892741854800
   00000001:CRUSADER_NE_WRAPPED.EXE:c0a8647beb3812826386895600
+  00000008:EUSECODE.FLX:c0a86451f2583322595358500
   00000002:seg001_code_off_37600_len_8400.bin:c0a8647bf4b212984786819600
   00000003:seg021_code_off_50200_len_4486.bin:c0a8647bd82013090643707800
   00000004:seg030_code_off_5E000_len_5071.bin:c0a8647bfe7615910786193500
   00000005:seg059_code_off_86A00_len_4288.bin:c0a8647bdaf715949048416300
-NEXT-ID:7
+NEXT-ID:9
 MD5:d41d8cd98f00b204e9800998ecf8427e

Crusader.rep/user/00/00000006.prp

@@ -0,0 +1,11 @@
+<?xml version="1.0" encoding="UTF-8"?>
+<FILE_INFO>
+    <BASIC_INFO>
+        <STATE NAME="CONTENT_TYPE" TYPE="string" VALUE="ProgramUserData" />
+        <STATE NAME="PARENT" TYPE="string" VALUE="/" />
+        <STATE NAME="FILE_ID" TYPE="string" VALUE="c0a86451c1883616844258300" />
+        <STATE NAME="FILE_TYPE" TYPE="int" VALUE="0" />
+        <STATE NAME="READ_ONLY" TYPE="boolean" VALUE="false" />
+        <STATE NAME="NAME" TYPE="string" VALUE="udf_c0a86451f2583322595358500" />
+    </BASIC_INFO>
+</FILE_INFO>

Crusader.rep/user/00/00000007.prp

@@ -0,0 +1,11 @@
+<?xml version="1.0" encoding="UTF-8"?>
+<FILE_INFO>
+    <BASIC_INFO>
+        <STATE NAME="CONTENT_TYPE" TYPE="string" VALUE="ProgramUserData" />
+        <STATE NAME="PARENT" TYPE="string" VALUE="/" />
+        <STATE NAME="FILE_ID" TYPE="string" VALUE="c0a86451cb1215992032385300" />
+        <STATE NAME="FILE_TYPE" TYPE="int" VALUE="0" />
+        <STATE NAME="READ_ONLY" TYPE="boolean" VALUE="false" />
+        <STATE NAME="NAME" TYPE="string" VALUE="udf_c0a86451fc492611033559300" />
+    </BASIC_INFO>
+</FILE_INFO>

Crusader.rep/user/~index.dat

@@ -1,10 +1,11 @@
 VERSION=1
 /
+  00000006:udf_c0a86451f2583322595358500:c0a86451c1883616844258300
   00000002:udf_c0a8647bd82013090643707800:c0a8647bd36436342237796300
   00000004:udf_c0a8647bdaf715949048416300:c0a8647bd36636342258818700
   00000005:udf_c0a8647bdba516037949612600:c0a8647bd36736342281220400
   00000000:udf_c0a8647bf0178892741854800:c0a8647bd36236342207469100
   00000001:udf_c0a8647bf4b212984786819600:c0a8647bd36336342224113900
   00000003:udf_c0a8647bfe7615910786193500:c0a8647bd36536342248279100
-NEXT-ID:6
+NEXT-ID:7
 MD5:d41d8cd98f00b204e9800998ecf8427e

Crusader.rep/user/~journal.dat

@@ -0,0 +1,2 @@
+IADD:00000007:/udf_c0a86451fc492611033559300
+IDSET:/udf_c0a86451fc492611033559300:c0a86451cb1215992032385300

Crusader_Decomp.code-workspace

@@ -11,6 +11,8 @@
 		"chat.tools.terminal.autoApprove": {
 			"Set-Content": true
 		},
-		"python-envs.defaultEnvManager": "ms-python.python:pyenv"
+		"python-envs.defaultEnvManager": "ms-python.python:pyenv",
+		"powershell.cwd": "Crusader_Decomp",
+		"commentTranslate.hover.enabled": false
 	}
 }

USECODE/EUSECODE_extracted/README.md

@@ -0,0 +1,436 @@
+# EUSECODE.FLX First-Pass Extraction
+
+Input: k:\ghidra\Crusader_Decomp\USECODE\EUSECODE.FLX
+File size: 0x87E45 (556613 bytes)
+Candidate entries: 403
+
+## Header Preview
+
+ASCII: `................................................................................................................................`
+
+## Chunks
+
+| # | Table Off | Data Off | Declared Size | Next Off | Text | Overlap | Preview |
+|---:|---:|---:|---:|---:|:---:|:---:|---|
+| 0 | 0x88 | 0x6090 | 0x9C00 | 0xFC90 | no | no | .......................................@...BLACK8.un............ |
+| 1 | 0xA8 | 0x87C38 | 0x20D | - | no | no | ....9...........g.......................................9....... |
+| 2 | 0xB8 | 0x4F5F9 | 0x133 | 0x4F72C | no | no | ...._.......3..........................................._....... |
+| 3 | 0x108 | 0x87A2B | 0x20D | 0x87C38 | no | no | ....9...........g.......................................9....... |
+| 4 | 0x198 | 0x102D3 | 0x126 | 0x103F9 | no | no | ....R.......&................................................... |
+| 5 | 0x1F8 | 0x5B1F5 | 0x1BA | 0x5B3AF | no | no | ................................................................ |
+| 6 | 0x210 | 0x69929 | 0x2EE | 0x69C17 | no | no | ................H............................................... |
+| 7 | 0x2C0 | 0x4124D | 0x2A9 | 0x414F6 | no | no | ........................................................_....... |
+| 8 | 0x2D8 | 0x103F9 | 0x126 | 0x1051F | no | no | ....R.......&................................................... |
+| 9 | 0x380 | 0x53A49 | 0x432 | 0x53E7B | no | no | ....^.......2...<.........................................8..... |
+| 10 | 0x388 | 0x804A8 | 0x1B9 | 0x80661 | no | no | ................................................................ |
+| 11 | 0x398 | 0x60A37 | 0x181 | 0x60BB8 | no | no | ................................................................ |
+| 12 | 0x3E8 | 0x1C702 | 0x2E4 | 0x1C9E6 | no | no | ................................................................ |
+| 13 | 0x410 | 0x73C9C | 0x137 | 0x73DD3 | no | no | ....c.......7...........................................c....... |
+| 14 | 0x468 | 0x4F4C6 | 0x133 | 0x4F5F9 | no | no | ...._.......3..........................................._....... |
+| 15 | 0x490 | 0x16758 | 0x2CA | 0x16A22 | no | no | ................$............................................... |
+| 16 | 0x498 | 0x16A22 | 0x2CA | 0x16CEC | no | no | ................$............................................... |
+| 17 | 0x4D0 | 0x738F7 | 0x137 | 0x73A2E | no | no | ....c.......7...........................................c....... |
+| 18 | 0x4E0 | 0x73A2E | 0x137 | 0x73B65 | no | no | ....c.......7...........................................c....... |
+| 19 | 0x4E8 | 0x742AF | 0x137 | 0x743E6 | no | no | ....c.......7...........................................c....... |
+| 20 | 0x4F0 | 0x74041 | 0x137 | 0x74178 | no | no | ....c.......7...........................................c....... |
+| 21 | 0x4F8 | 0x73DD3 | 0x137 | 0x73F0A | no | no | ....c.......7...........................................c....... |
+| 22 | 0x508 | 0x3EF6E | 0x284 | 0x3F1F2 | no | no | ................................................................ |
+| 23 | 0x518 | 0x74178 | 0x137 | 0x742AF | no | no | ....c.......7...........................................c....... |
+| 24 | 0x520 | 0x73F0A | 0x137 | 0x74041 | no | no | ....c.......7...........................................c....... |
+| 25 | 0x528 | 0x73B65 | 0x137 | 0x73C9C | no | no | ....c.......7...........................................c....... |
+| 26 | 0x530 | 0x4D4D7 | 0x301 | 0x4D7D8 | no | no | ....-........................................................... |
+| 27 | 0x538 | 0x37941 | 0x133 | 0x37A74 | no | no | ...._.......3..........................................._....... |
+| 28 | 0x540 | 0x1A8A7 | 0x16E | 0x1AA15 | no | no | ............n................................................... |
+| 29 | 0x558 | 0x37BA7 | 0x130 | 0x37CD7 | no | no | ....\.......0...........................................\....... |
+| 30 | 0x560 | 0x4D7D8 | 0x301 | 0x4DAD9 | no | no | ....-........................................................... |
+| 31 | 0x598 | 0x4D37A | 0x15D | 0x4D4D7 | no | no | ............]................................................... |
+| 32 | 0x5A0 | 0x4D21D | 0x15D | 0x4D37A | no | no | ............]................................................... |
+| 33 | 0x5D8 | 0x414F6 | 0x2A9 | 0x4179F | no | no | ........................................................_....... |
+| 34 | 0x5E0 | 0x1202A | 0x133 | 0x1215D | no | no | ...._.......3..........................................._....... |
+| 35 | 0x660 | 0x5A74F | 0x134 | 0x5A883 | no | no | ....`.......4...............................`................... |
+| 36 | 0x668 | 0x5A883 | 0x134 | 0x5A9B7 | no | no | ....`.......4...............................`................... |
+| 37 | 0x678 | 0x53E7B | 0x432 | 0x542AD | no | no | ....^.......2...<.........................................8..... |
+| 38 | 0x6A8 | 0x77186 | 0x16A | 0x772F0 | no | no | ............j..........................................._.8..... |
+| 39 | 0x6B0 | 0x772F0 | 0x16A | 0x7745A | no | no | ............j..........................................._.8..... |
+| 40 | 0x6B8 | 0x7745A | 0x16A | 0x775C4 | no | no | ............j..........................................._.8..... |
+| 41 | 0x6C0 | 0x775C4 | 0x16A | 0x7772E | no | no | ............j..........................................._.8..... |
+| 42 | 0x6C8 | 0x7772E | 0x16A | 0x77898 | no | no | ............j..........................................._.8..... |
+| 43 | 0x718 | 0x18081 | 0x1B6 | 0x18237 | no | no | ................................................................ |
+| 44 | 0x808 | 0x5F483 | 0x2D4 | 0x5F757 | no | no | ................................................................ |
+| 45 | 0x8A0 | 0x49567 | 0x370 | 0x498D7 | no | no | ............p...".........b.............................:.c..... |
+| 46 | 0x8D0 | 0x3753C | 0x2D2 | 0x3780E | no | no | ........................................................N....... |
+| 47 | 0x8F8 | 0x39586 | 0x2D4 | 0x3985A | no | no | ................................................................ |
+| 48 | 0x928 | 0x3726A | 0x2D2 | 0x3753C | no | no | ........................................................N....... |
+| 49 | 0x990 | 0x32255 | 0x2B7 | 0x3250C | no | no | ................................................................ |
+| 50 | 0xA08 | 0x2DD4A | 0x448 | 0x2E192 | no | no | ....t.......H................................................... |
+| 51 | 0xA20 | 0x1AA15 | 0x225 | 0x1AC3A | no | no | ....Q.......%...........................................Q....... |
+| 52 | 0xA28 | 0x3E19C | 0x7CA | 0x3E966 | no | no | ................,...........F.............................m..... |
+| 53 | 0xA30 | 0x1C41E | 0x2E4 | 0x1C702 | no | no | ................................................................ |
+| 54 | 0xA38 | 0x3250C | 0x56B | 0x32A77 | no | no | ............k...u............................................... |
+| 55 | 0xA40 | 0x5219F | 0x2D3 | 0x52472 | no | no | ................-............................................... |
+| 56 | 0xA50 | 0x52801 | 0x38F | 0x52B90 | no | no | ................A.......................................U....... |
+| 57 | 0xA98 | 0x7FFA4 | 0x26C | 0x80210 | no | no | ............l................................................... |
+| 58 | 0xB10 | 0x20C97 | 0x159 | 0x20DF0 | no | no | ............Y...........................................N.8..... |
+| 59 | 0xB18 | 0x11DC4 | 0x133 | 0x11EF7 | no | no | ...._.......3..........................................._....... |
+| 60 | 0xB20 | 0x11B5E | 0x133 | 0x11C91 | no | no | ...._.......3..........................................._....... |
+| 61 | 0xB28 | 0x11A2B | 0x133 | 0x11B5E | no | no | ...._.......3..........................................._....... |
+| 62 | 0xB30 | 0x11C91 | 0x133 | 0x11DC4 | no | no | ...._.......3..........................................._....... |
+| 63 | 0xB38 | 0x11EF7 | 0x133 | 0x1202A | no | no | ...._.......3..........................................._....... |
+| 64 | 0xB50 | 0x51ECC | 0x2D3 | 0x5219F | no | no | ................-............................................... |
+| 65 | 0xB60 | 0x52472 | 0x38F | 0x52801 | no | no | ................A.......................................U....... |
+| 66 | 0xB78 | 0x39A90 | 0x1F1 | 0x39C81 | no | no | ................K............................................... |
+| 67 | 0xB80 | 0x743E6 | 0x1EE | 0x745D4 | no | no | ................H............................................... |
+| 68 | 0xBB8 | 0x491F7 | 0x370 | 0x49567 | no | no | ............p...".........b.............................:.c..... |
+| 69 | 0xBC8 | 0x63A7B | 0x11F | 0x63B9A | no | no | ....K...........y............................................... |
+| 70 | 0xC30 | 0x79F25 | 0x126 | 0x7A04B | no | no | ....R.......&................................................... |
+| 71 | 0xC88 | 0x3322B | 0x298 | 0x334C3 | no | no | ................................................................ |
+| 72 | 0xC90 | 0x80210 | 0x298 | 0x804A8 | no | no | ................................................................ |
+| 73 | 0xCA8 | 0x7FD38 | 0x26C | 0x7FFA4 | no | no | ............l................................................... |
+| 74 | 0xCD0 | 0x576A3 | 0x2D4 | 0x57977 | no | no | ................................................................ |
+| 75 | 0xD00 | 0x4A635 | 0x2D4 | 0x4A909 | no | no | ................................................................ |
+| 76 | 0xD08 | 0x7FACC | 0x26C | 0x7FD38 | no | no | ............l................................................... |
+| 77 | 0xD38 | 0x7F5F4 | 0x26C | 0x7F860 | no | no | ............l................................................... |
+| 78 | 0xD40 | 0x7F860 | 0x26C | 0x7FACC | no | no | ............l................................................... |
+| 79 | 0xD50 | 0x4E30F | 0x264 | 0x4E573 | no | no | ............d................................................... |
+| 80 | 0xD58 | 0x4E573 | 0x3E5 | 0x4E958 | no | no | ................................................................ |
+| 81 | 0xD60 | 0x32FBF | 0x26C | 0x3322B | no | no | ............l................................................... |
+| 82 | 0xD68 | 0x3DD17 | 0x485 | 0x3E19C | no | no | ................................................................ |
+| 83 | 0xD70 | 0x3D88F | 0x488 | 0x3DD17 | no | no | ................................................................ |
+| 84 | 0xDA0 | 0x4F3BA | 0x10C | 0x4F4C6 | no | no | ....8...........f............................................... |
+| 85 | 0xDC0 | 0x57584 | 0x11F | 0x576A3 | no | no | ....K...........y............................................... |
+| 86 | 0xDF8 | 0x3C0AA | 0x17E | 0x3C228 | no | no | ............~...0.........L.................^.M................. |
+| 87 | 0xE30 | 0x2EC61 | 0x11B | 0x2ED7C | no | no | ....G...........u............................................... |
+| 88 | 0xE40 | 0x18E22 | 0x647 | 0x19469 | no | no | ....s.......G...Q............................................... |
+| 89 | 0xE48 | 0x49E7A | 0x434 | 0x4A2AE | no | no | ....`.......4...>.........................................u..... |
+| 90 | 0xE50 | 0x19AAA | 0x641 | 0x1A0EB | no | no | ....m.......A...K............................................... |
+| 91 | 0xE58 | 0x1A0EB | 0x2D2 | 0x1A3BD | no | no | ........................................................N....... |
+| 92 | 0xE60 | 0x1A3BD | 0x2D2 | 0x1A68F | no | no | ........................................................N....... |
+| 93 | 0xE70 | 0x3715E | 0x10C | 0x3726A | no | no | ....8...........f............................................... |
+| 94 | 0xE88 | 0x6492B | 0x300 | 0x64C2B | no | no | ....,.....................................................L..... |
+| 95 | 0xEA0 | 0x5987D | 0x1BE | 0x59A3B | no | no | ................................................................ |
+| 96 | 0xED0 | 0x32A77 | 0x548 | 0x32FBF | no | no | ....t.......H...R............................................... |
+| 97 | 0xED8 | 0x59C35 | 0x1BE | 0x59DF3 | no | no | ................................................................ |
+| 98 | 0xEE8 | 0x4006F | 0x257 | 0x402C6 | no | no | ............W................................................... |
+| 99 | 0xEF0 | 0x402C6 | 0x257 | 0x4051D | no | no | ............W................................................... |
+| 100 | 0xEF8 | 0x58F3E | 0x32E | 0x5926C | no | no | ....Z...........@.......................................N....... |
+| 101 | 0xF00 | 0x4051D | 0x257 | 0x40774 | no | no | ............W................................................... |
+| 102 | 0xF08 | 0x3FE18 | 0x257 | 0x4006F | no | no | ............W................................................... |
+| 103 | 0xF10 | 0x3F713 | 0x257 | 0x3F96A | no | no | ............W................................................... |
+| 104 | 0xF18 | 0x3F96A | 0x257 | 0x3FBC1 | no | no | ............W................................................... |
+| 105 | 0xF20 | 0x3FBC1 | 0x257 | 0x3FE18 | no | no | ............W................................................... |
+| 106 | 0xF28 | 0x3F4BC | 0x257 | 0x3F713 | no | no | ............W................................................... |
+| 107 | 0xF30 | 0x40E97 | 0x1DB | 0x41072 | no | no | ................5............................................... |
+| 108 | 0xF38 | 0x3D103 | 0x2CC | 0x3D3CF | no | no | ................&............................................... |
+| 109 | 0xF40 | 0x18867 | 0x2A8 | 0x18B0F | no | no | ................Z............................................... |
+| 110 | 0xF48 | 0x19469 | 0x641 | 0x19AAA | no | no | ....m.......A...K............................................... |
+| 111 | 0xF68 | 0x86E9D | 0xB8E | 0x87A2B | no | no | ..........................................................M..... |
+| 112 | 0xF70 | 0x41072 | 0x1DB | 0x4124D | no | no | ................5............................................... |
+| 113 | 0xF78 | 0x4088F | 0x379 | 0x40C08 | no | no | ............y...+................................."............. |
+| 114 | 0xFA0 | 0x60D39 | 0x2AA | 0x60FE3 | no | no | ................................................................ |
+| 115 | 0x1020 | 0x61188 | 0x1A5 | 0x6132D | no | no | ................................................................ |
+| 116 | 0x1028 | 0x60FE3 | 0x1A5 | 0x61188 | no | no | ................................................................ |
+| 117 | 0x1038 | 0x1215D | 0x4A7 | 0x12604 | no | no | ................Y............................................... |
+| 118 | 0x1068 | 0x5AF4B | 0x2AA | 0x5B1F5 | no | no | ................................................................ |
+| 119 | 0x1088 | 0x41D58 | 0x168 | 0x41EC0 | no | no | ............h................................................... |
+| 120 | 0x1090 | 0x41BF0 | 0x168 | 0x41D58 | no | no | ............h................................................... |
+| 121 | 0x1120 | 0x57D7A | 0x403 | 0x5817D | no | no | ..../...........]............................................... |
+| 122 | 0x1128 | 0x57977 | 0x403 | 0x57D7A | no | no | ..../...........]............................................... |
+| 123 | 0x1178 | 0x13158 | 0x173 | 0x132CB | no | no | ............s................................................... |
+| 124 | 0x1180 | 0x2CD6A | 0xFE0 | 0x2DD4A | no | no | ........................................................u....... |
+| 125 | 0x11C8 | 0x209E5 | 0x159 | 0x20B3E | no | no | ............Y...........................................N.8..... |
+| 126 | 0x11D0 | 0x20B3E | 0x159 | 0x20C97 | no | no | ............Y...........................................N.8..... |
+| 127 | 0x11E8 | 0x29C98 | 0x170 | 0x29E08 | no | no | ............p................................................... |
+| 128 | 0x11F0 | 0x1C9E6 | 0x2E4 | 0x1CCCA | no | no | ................................................................ |
+| 129 | 0x11F8 | 0x4DF86 | 0x389 | 0x4E30F | no | no | ................;............................................... |
+| 130 | 0x1318 | 0x69770 | 0x1B9 | 0x69929 | no | no | ................k...........................j................... |
+| 131 | 0x1330 | 0x5E523 | 0x159 | 0x5E67C | no | no | ............Y...........................................[....... |
+| 132 | 0x1348 | 0x13917 | 0x1B4 | 0x13ACB | no | no | ................f............................................... |
+| 133 | 0x1350 | 0x13763 | 0x1B4 | 0x13917 | no | no | ................f............................................... |
+| 134 | 0x1388 | 0x31B60 | 0x2E1 | 0x31E41 | no | no | ........................................................]....... |
+| 135 | 0x1390 | 0x3188E | 0x2D2 | 0x31B60 | no | no | ........................................................N....... |
+| 136 | 0x1418 | 0x79DFF | 0x126 | 0x79F25 | no | no | ....R.......&................................................... |
+| 137 | 0x1468 | 0x37E09 | 0x351 | 0x3815A | no | no | ....}.......Q...........................................}....... |
+| 138 | 0x1510 | 0x2EF77 | 0x1FB | 0x2F172 | no | no | ....'........................................................... |
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+| 335 | 0x2D80 | 0x80661 | 0x159 | 0x807BA | no | no | ............Y...........................................N.8..... |
+| 336 | 0x2D88 | 0x7C44F | 0x1C4 | 0x7C613 | no | no | ................................................................ |
+| 337 | 0x2D90 | 0x7C613 | 0x1C4 | 0x7C7D7 | no | no | ................................................................ |
+| 338 | 0x2DA0 | 0x807BA | 0x159 | 0x80913 | no | no | ............Y...........................................N.8..... |
+| 339 | 0x4098 | 0x10DC7 | 0x3A2 | 0x11169 | no | no | ....................*.+...*.................Z.U................. |
+| 340 | 0x4890 | 0x64C2B | 0x228 | 0x64E53 | no | no | ....T.......(................................................... |
+| 341 | 0x4898 | 0x4CBF3 | 0x233 | 0x4CE26 | no | no | ...._.......3................................................... |
+| 342 | 0x48A0 | 0x342C7 | 0x578 | 0x3483F | no | no | ............x...*............................................... |
+| 343 | 0x48A8 | 0x4A2AE | 0x387 | 0x4A635 | no | no | ................9.............................................L. |
+| 344 | 0x48B0 | 0x1AC3A | 0x1B5 | 0x1ADEF | no | no | ................................................................ |
+| 345 | 0x48B8 | 0x18B0F | 0x313 | 0x18E22 | no | no | ....?........................................................... |
+| 346 | 0x48C0 | 0x58DB8 | 0x186 | 0x58F3E | no | no | ................................................................ |
+| 347 | 0x48C8 | 0x50477 | 0x10B6 | 0x5152D | no | no | ............................................Q................... |
+| 348 | 0x48D0 | 0x6132D | 0x222 | 0x6154F | no | no | ....N.......".../.............................................N. |
+| 349 | 0x48D8 | 0x39353 | 0x233 | 0x39586 | no | no | ...._.......3................................................._. |
+| 350 | 0x48E0 | 0x29A1A | 0x27E | 0x29C98 | no | no | ............~.................................................I. |
+| 351 | 0x48E8 | 0x12FE6 | 0x172 | 0x13158 | no | no | ............r................................................... |
+| 352 | 0x48F0 | 0x3D700 | 0x18F | 0x3D88F | no | no | ................................................................ |
+| 353 | 0x48F8 | 0x4331A | 0x1483 | 0x4479D | no | no | ..............................................^................. |
+| 354 | 0x4900 | 0x4479D | 0x22DC | 0x46A79 | no | no | .....!......."...'..........................3.................3. |
+| 355 | 0x4908 | 0x46A79 | 0x21F | 0x46C98 | no | no | ....K.......................................3................... |
+| 356 | 0x4910 | 0x46C98 | 0x2A2 | 0x46F3A | no | no | ..............................................9...............f. |
+| 357 | 0x4918 | 0x46F3A | 0xA64 | 0x4799E | no | no | ............d...n...........................3.................l. |
+| 358 | 0x4920 | 0x4799E | 0x7D5 | 0x48173 | no | no | ................7...........................3................... |
+| 359 | 0x4928 | 0x48173 | 0x13E | 0x482B1 | no | no | ....j.......>...............................j................... |
+| 360 | 0x4930 | 0x482B1 | 0x949 | 0x48BFA | no | no | ....o.......I...S...........................3.................c. |
+| 361 | 0x4938 | 0x48BFA | 0x5FD | 0x491F7 | no | no | ....#.......................................3.................c. |
+| 362 | 0x4940 | 0x4235A | 0x1B2 | 0x4250C | no | no | ................d...........................3................... |
+| 363 | 0x4948 | 0x4250C | 0x1D8 | 0x426E4 | no | no | ............................................3................... |
+| 364 | 0x4950 | 0x426E4 | 0x1FB | 0x428DF | no | no | ....'.......................................3................... |
+| 365 | 0x4958 | 0x428DF | 0x690 | 0x42F6F | no | no | ............................................3.................u. |
+| 366 | 0x4960 | 0x42F6F | 0x3AB | 0x4331A | no | no | ................].............................Y...............X. |
+| 367 | 0x4968 | 0x86975 | 0x528 | 0x86E9D | no | no | ....T.......(................................................... |
+| 368 | 0x4970 | 0x4A909 | 0xFE | 0x4AA07 | no | no | ....*...........X.............................................*. |
+| 369 | 0x4978 | 0x76FB9 | 0x1CD | 0x77186 | no | no | ................'............................................... |
+| 370 | 0x5090 | 0x114B6 | 0x575 | 0x11A2B | no | no | ............u................................................... |
+| 371 | 0x5098 | 0x12A46 | 0x5A0 | 0x12FE6 | no | no | ................................................................ |
+| 372 | 0x50A0 | 0x13ACB | 0x669 | 0x14134 | no | no | ............i................................................... |
+| 373 | 0x50A8 | 0x16CEC | 0x1395 | 0x18081 | no | no | ................................................................ |
+| 374 | 0x50B0 | 0x1BFE3 | 0x43B | 0x1C41E | no | no | ....a.......;................................................... |
+| 375 | 0x50B8 | 0x20237 | 0x7AE | 0x209E5 | no | no | ................................................................ |
+| 376 | 0x50C0 | 0x212B4 | 0x2128 | 0x233DC | no | no | ....< ......(!...".............................................. |
+| 377 | 0x50C8 | 0x233DC | 0x41EF | 0x275CB | no | no | )...%@.......A...P.............................................. |
+| 378 | 0x50D0 | 0x275CB | 0x244F | 0x29A1A | no | no | ....3#......O$..q(.............................................. |
+| 379 | 0x50D8 | 0x2C1D5 | 0xB95 | 0x2CD6A | no | no | ................................................................ |
+| 380 | 0x50E0 | 0x334C3 | 0xD4 | 0x33597 | no | no | ................................................................ |
+| 381 | 0x50E8 | 0x33597 | 0x2D0 | 0x33867 | no | no | ................................................................ |
+| 382 | 0x50F0 | 0x34A5C | 0x1F02 | 0x3695E | no | no | "...b............*.............................................. |
+| 383 | 0x50F8 | 0x39DE3 | 0x18D4 | 0x3B6B7 | no | no | ................................................................ |
+| 384 | 0x5100 | 0x3C228 | 0x328 | 0x3C550 | no | no | ....N.......(................................................... |
+| 385 | 0x5108 | 0x3D3CF | 0x331 | 0x3D700 | no | no | ....W.......1................................................... |
+| 386 | 0x5110 | 0x3EA99 | 0x4D5 | 0x3EF6E | no | no | ................................................................ |
+| 387 | 0x5118 | 0x4AE8E | 0x13E5 | 0x4C273 | no | no | ................g............................................... |
+| 388 | 0x5120 | 0x4C273 | 0xD4 | 0x4C347 | no | no | ................................................................ |
+| 389 | 0x5128 | 0x593F8 | 0x485 | 0x5987D | no | no | ................7............................................... |
+| 390 | 0x5130 | 0x5BE33 | 0xA37 | 0x5C86A | no | no | ....Q.......7...A............................................... |
+| 391 | 0x5138 | 0x5E67C | 0x354 | 0x5E9D0 | no | no | ....t.......T................................................... |
+| 392 | 0x5140 | 0x605E0 | 0x457 | 0x60A37 | no | no | ....w.......W................................................... |
+| 393 | 0x5148 | 0x6154F | 0x252C | 0x63A7B | yes | no | ....@$......,%...&.............................................. |
+| 394 | 0x5150 | 0x64E53 | 0x41A0 | 0x68FF3 | no | no | .....@.......A...F.............................................. |
+| 395 | 0x5158 | 0x695F8 | 0x178 | 0x69770 | no | no | ............x................................................... |
+| 396 | 0x5160 | 0x6B481 | 0x6D03 | 0x72184 | no | no | ,...'k.......m..%/.............................................. |
+| 397 | 0x5168 | 0x7346B | 0x48C | 0x738F7 | no | no | ................................................................ |
+| 398 | 0x5170 | 0x74B24 | 0x1EDD | 0x76A01 | no | no | ................................................................ |
+| 399 | 0x5178 | 0x77898 | 0x2567 | 0x79DFF | yes | no | .....$......g%...%.............................................. |
+| 400 | 0x5180 | 0x7A04B | 0x1ABB | 0x7BB06 | no | no | ................................................................ |
+| 401 | 0x5188 | 0x7CF4C | 0x26A8 | 0x7F5F4 | yes | no | .....%.......&...'.............................................. |
+| 402 | 0x5190 | 0x80913 | 0x4E4C | 0x8575F | no | no | ....lM......LN...N.............................................. |
+
+## Notes
+
+- The extractor now parses the validated FLX table directly: entry count at `0x54`, table at `0x80`, 8 bytes per entry.
+- Overlapping declared sizes likely mean some entries are counts or record spans rather than exact chunk lengths.
+- `.strings.txt` files are the main human-readable output for now; `.txt` files are emitted only for chunks that look text-like.
+- `descriptor_index.tsv` summarizes guessed class labels, field names, and compact tag patterns for descriptor-like chunks.
+- `descriptor_neighborhoods.tsv` captures local table neighborhoods around trigger/event-related classes such as `JELYHACK`, `NPCTRIG`, `CRUZTRIG`, `TRIGPAD`, and `SPECIAL`.
+- `referent_anchor_event_graph.tsv` groups referent-bearing descriptors with nearby event-bearing neighbors so the attachment model can be inspected without ad hoc grepping.
+- `jelyhack_island_graph.md` renders the first focused graph view for the `JELYHACK` / `JELYH2` neighborhood, marking likely event-bearing attachments such as `REE_BOOT`, `SURCAMEW`, and `SFXTRIG` when they appear within the local table window.
+- `jelyhack_descriptor_compare.tsv` captures the first 16 header words, first 8 dwords, and a few odd printable markers for the core JELYHACK-island descriptors so structural similarity can be compared without raw hex dumps.
+- `event_island_graph.md` renders the denser `EVENT` / `COR_BOOT` / `NPCTRIG` / `ROLL_NS` / `CRUZTRIG` island, which currently looks like the strongest event-explicit neighborhood outside the JELYHACK anchor case.
+- `event_descriptor_compare.tsv` captures the same header-word and printable-marker comparison for the `EVENT` island so large event-bearing descriptors can be contrasted with neighboring trigger and referent records.
+- `boot_frontier_graph.md` renders the upstream referent neighborhood feeding `AND_BOOT` / `BRO_BOOT`, which is currently the clearest unexplored boot-event frontier.
+- `boot_family_compare.tsv` compares the five `_BOOT` event cores (`AND_BOOT`, `BRO_BOOT`, `COR_BOOT`, `VAR_BOOT`, `REE_BOOT`) by header words, markers, and field tags.
+- `environmental_event_graph.md` renders the three hazard/event islands centered on `FLAMEBOX`, `NOSTRIL`, and `STEAMBOX`, each surrounded by its own referent-heavy local neighborhood.
+- `environmental_family_compare.tsv` compares the environmental event trio so the shared hazard pattern (`referent,event,<hazard>,<hazard2>,direction,count`) can be contrasted directly.
+- `callback_trigger_compare.tsv` compares `SURCAMNS` and `SURCAMEW` directly so the callback-only `eventTrigger` lane can be checked against the active `event` families without raw hex dumps.
+- `event_family_index.tsv` and `event_family_summary.md` classify all current `event` and `eventTrigger` descriptors into reusable families such as boot-event cores, minimal event cores, environmental events, and callback-only surveillance triggers.

USECODE/EUSECODE_extracted/boot_family_compare.tsv

@@ -0,0 +1,16 @@
+entry_index	label	role	data_offset	declared_size	header_u16	header_u32	printable_markers	field_tags
+171	AND_BOOT	event-bearing	0x1082E	0x599	0x0000,0x0000,0x04C5,0x0000,0x00D4,0x0000,0x0599,0x0000,0x06A3,0x0000,0x0000,0x0000,0x0000,0x0000,0x0000,0x0000	0x00000000,0x000004C5,0x000000D4,0x00000599,0x000006A3,0x00000000,0x00000000,0x00000000	wx[|$Q0|t$t=t@[U|^$Q|t$t=t@[`	24:FE02->item,69:0000->referent,69:0A00->event,69:FC00->counter,69:FE00->counter
+172	BRO_BOOT	event-bearing	0x18237	0x630	0x0000,0x0000,0x055C,0x0000,0x00D4,0x0000,0x0630,0x0000,0x073A,0x0000,0x0000,0x0000,0x0000,0x0000,0x0000,0x0000	0x00000000,0x0000055C,0x000000D4,0x00000630,0x0000073A,0x00000000,0x00000000,0x00000000	wx[|^
+
+$Q|$Q0|
+	$Q0|
+
+$Q1|t$t=t@[a|^$Q|t$t=t@[m	24:FE02->item,69:0000->referent,69:0A00->event,69:FC00->counter,69:FE00->counter
+189	COR_BOOT	event-bearing	0x1D610	0x56A	0x0000,0x0000,0x0496,0x0000,0x00D4,0x0000,0x056A,0x0000,0x0674,0x0000,0x0000,0x0000,0x0000,0x0000,0x0000,0x0000	0x00000000,0x00000496,0x000000D4,0x0000056A,0x00000674,0x00000000,0x00000000,0x00000000	wx[|^
+
+$Q|$Q0|$Q1|t$t=t@[P|^$Q|t$t=t@[\	24:FE02->item,69:0000->referent,69:0A00->event,69:FC00->counter,69:FE00->counter
+252	VAR_BOOT	event-bearing	0x6A34C	0x5ED	0x0000,0x0000,0x0519,0x0000,0x00D4,0x0000,0x05ED,0x0000,0x06F7,0x0000,0x0000,0x0000,0x0000,0x0000,0x0000,0x0000	0x00000000,0x00000519,0x000000D4,0x000005ED,0x000006F7,0x00000000,0x00000000,0x00000000	wx[|$Q0|
+	$Q0|t$t=t@[Z|^$Q|t$t=t@[f	24:FE02->item,69:0000->referent,69:0A00->event,69:FC00->counter,69:FE00->counter
+283	REE_BOOT	event-bearing	0x52B90	0x6B6	0x0000,0x0000,0x05E2,0x0000,0x00D4,0x0000,0x06B6,0x0000,0x07C0,0x0000,0x0000,0x0000,0x0000,0x0000,0x0000,0x0000	0x00000000,0x000005E2,0x000000D4,0x000006B6,0x000007C0,0x00000000,0x00000000,0x00000000	wx[|$Q0|
+	$Q0|$Q1|
+
$Q1|t$t=t@[j|^$Q|t$t=t@[v	24:FE02->item,69:0000->referent,69:0A00->event,69:FC00->counter,69:FE00->counter

USECODE/EUSECODE_extracted/boot_frontier_graph.md

@@ -0,0 +1,49 @@
+# AND/BRO Boot Frontier Graph
+
+## Nodes
+
+| Index | Label | Role | Fields | Event Evidence |
+|---:|---|---|---|---|
+| 165 | CHEMSUIT | referent-neighbor | referent | - |
+| 166 | OFFWORK | referent-neighbor | referent | - |
+| 167 | GUARD | referent-neighbor | referent | - |
+| 168 | GDOOR_N | referent-neighbor | referent | - |
+| 169 | GDOOR_E | referent-neighbor | referent | - |
+| 170 | BIGCAN | referent-neighbor | referent,fram | - |
+| 171 | AND_BOOT | event-bearing | referent,event,counter,item | field:event,tag:69:0A00->event |
+| 172 | BRO_BOOT | event-bearing | referent,event,counter,item | field:event,tag:69:0A00->event |
+| 173 | CRUMORPH | referent-neighbor | referent,lastAct | - |
+| 174 | GUARDSQ | referent-neighbor | referent | - |
+| 175 | CARD_NS | referent-neighbor | referent | - |
+| 176 | CARD_EW | referent-neighbor | referent | - |
+| 177 | EWALLEW | referent-neighbor | referent | - |
+| 178 | EWALLNS | referent-neighbor | referent | - |
+
+## Edges
+
+| Source | Relation | Target | Evidence |
+|---|---|---|---|
+| AND_BOOT (171) | table-neighbor(-6) | CHEMSUIT (165) | same local extraction neighborhood |
+| AND_BOOT (171) | table-neighbor(-5) | OFFWORK (166) | same local extraction neighborhood |
+| AND_BOOT (171) | table-neighbor(-4) | GUARD (167) | same local extraction neighborhood |
+| AND_BOOT (171) | table-neighbor(-3) | GDOOR_N (168) | same local extraction neighborhood |
+| AND_BOOT (171) | table-neighbor(-2) | GDOOR_E (169) | same local extraction neighborhood |
+| AND_BOOT (171) | table-neighbor(-1) | BIGCAN (170) | same local extraction neighborhood |
+| AND_BOOT (171) | possible-event-attachment(+1) | BRO_BOOT (172) | field:event,tag:69:0A00->event |
+| AND_BOOT (171) | table-neighbor(+2) | CRUMORPH (173) | same local extraction neighborhood |
+| AND_BOOT (171) | table-neighbor(+3) | GUARDSQ (174) | same local extraction neighborhood |
+| AND_BOOT (171) | table-neighbor(+4) | CARD_NS (175) | same local extraction neighborhood |
+| AND_BOOT (171) | table-neighbor(+5) | CARD_EW (176) | same local extraction neighborhood |
+| AND_BOOT (171) | table-neighbor(+6) | EWALLEW (177) | same local extraction neighborhood |
+| BRO_BOOT (172) | table-neighbor(-6) | OFFWORK (166) | same local extraction neighborhood |
+| BRO_BOOT (172) | table-neighbor(-5) | GUARD (167) | same local extraction neighborhood |
+| BRO_BOOT (172) | table-neighbor(-4) | GDOOR_N (168) | same local extraction neighborhood |
+| BRO_BOOT (172) | table-neighbor(-3) | GDOOR_E (169) | same local extraction neighborhood |
+| BRO_BOOT (172) | table-neighbor(-2) | BIGCAN (170) | same local extraction neighborhood |
+| BRO_BOOT (172) | possible-event-attachment(-1) | AND_BOOT (171) | field:event,tag:69:0A00->event |
+| BRO_BOOT (172) | table-neighbor(+1) | CRUMORPH (173) | same local extraction neighborhood |
+| BRO_BOOT (172) | table-neighbor(+2) | GUARDSQ (174) | same local extraction neighborhood |
+| BRO_BOOT (172) | table-neighbor(+3) | CARD_NS (175) | same local extraction neighborhood |
+| BRO_BOOT (172) | table-neighbor(+4) | CARD_EW (176) | same local extraction neighborhood |
+| BRO_BOOT (172) | table-neighbor(+5) | EWALLEW (177) | same local extraction neighborhood |
+| BRO_BOOT (172) | table-neighbor(+6) | EWALLNS (178) | same local extraction neighborhood |

USECODE/EUSECODE_extracted/callback_trigger_compare.tsv

@@ -0,0 +1,7 @@
+entry_index	label	role	data_offset	declared_size	header_u16	header_u32	printable_markers	field_tags
+269	SURCAMNS	event-bearing	0x5F872	0xD6E	0x0003,0x0000,0x0C88,0x0000,0x00E6,0x0000,0x0D6E,0x0000,0x0F28,0x0000,0x0000,0x0000,0x0000,0x0051,0x00D2,0x0000	0x00000003,0x00000C88,0x000000E6,0x00000D6E,0x00000F28,0x00000000,0x00510000,0x000000D2	wx[|?
+
+|$Q?|wx[%|t$t=t@[=|t$t=t@[V|t$t=t@[|^$Qi	24:0A02->eventTrigger,24:F102->therma,24:FA02->valueBox,24:FC02->cameraEgg,24:FC02->monit,24:FE02->screen,61:7373->code,62:F500->code,62:FD00->foundGun,69:0000->referent,69:F600->link,69:F800->passcode,69:FA00->trueRef,73:FE00->textFile
+284	SURCAMEW	event-bearing	0x8575F	0xD60	0x0003,0x0000,0x0C7A,0x0000,0x00E6,0x0000,0x0D60,0x0000,0x0F1A,0x0000,0x0000,0x0000,0x0000,0x00F7,0x00D2,0x0000	0x00000003,0x00000C7A,0x000000E6,0x00000D60,0x00000F1A,0x00000000,0x00F70000,0x000000D2	wx[|?
+
+|$Q?|wx[%|$Q^|t$t=t@[O|t$t=t@[h|t$t=t@[	24:0A02->eventTrigger,24:F602->therma,24:FA02->valueBox,24:FC02->cameraEgg,24:FC02->monit,24:FE02->screen,61:7373->code,62:F500->code,62:FD00->foundGun,69:0000->referent,69:F600->link,69:F800->passcode,69:FA00->trueRef,73:FE00->textFile

USECODE/EUSECODE_extracted/descriptor_index.tsv

@@ -0,0 +1,409 @@
+entry_index	primary_label	field_names	field_tags	data_offset	declared_size
+0	ALARMBOX	uniB	4F:4400->uniB,54:4500->uniB,58:3100->uniB	0x6090	0x9C00
+1	BLACK8	referent,item	24:FE02->item,69:0000->referent	0x87C38	0x20D
+2	RDOOR_N	referent	69:0000->referent	0x4F5F9	0x133
+3	BLACK16	referent,item	24:FE02->item,69:0000->referent	0x87A2B	0x20D
+4	ALARM_EW	referent	69:0000->referent	0x102D3	0x126
+5	SMALLTAB	referent,item	24:FE02->item,69:0000->referent	0x5B1F5	0x1BA
+6	VALVE	referent,counter,item	24:FC02->item,69:0000->referent,69:FE00->counter	0x69929	0x2EE
+7	MDOOR_E	referent,item,item2,door	24:FA02->door,24:FC02->item,24:FC02->item2,24:FE02->item,69:0000->referent	0x4124D	0x2A9
+8	ALARM_NS	referent	69:0000->referent	0x103F9	0x126
+9	RFANEW	referent,item,fart,fart2,fram,counter,counter2,wind	24:F602->wind,24:F802->item,24:FE02->item,69:0000->referent,69:FA00->counter,69:FA00->counter2,69:FA00->fart,69:FA00->fart2,69:FC00->counter,69:FC00->fart,69:FE00->fram	0x53A49	0x432
+10	FALLINGC	referent,item	24:FE02->item,69:0000->referent	0x804A8	0x1B9
+11	SWITCHEW	referent	69:0000->referent	0x60A37	0x181
+12	CONVEY_N	referent,xdir,ydir,item	24:FC02->item,62:FE00->ydir,62:FF00->xdir,69:0000->referent	0x1C702	0x2E4
+13	YR2X6EW	referent	69:0000->referent	0x73C9C	0x137
+14	RDOOR_E	referent	69:0000->referent	0x4F4C6	0x133
+15	BOX_EW	referent,counter	69:0000->referent,69:FE00->counter	0x16758	0x2CA
+16	BOX_NS	referent,counter	69:0000->referent,69:FE00->counter	0x16A22	0x2CA
+17	YR16X6EW	referent	69:0000->referent	0x738F7	0x137
+18	YR16X6NS	referent	69:0000->referent	0x73A2E	0x137
+19	YR8X6NS	referent	69:0000->referent	0x742AF	0x137
+20	YR4X6NS	referent	69:0000->referent	0x74041	0x137
+21	YR2X6NS	referent	69:0000->referent	0x73DD3	0x137
+22	LUGGAGE	ma0Q0,referent,item	24:FE02->item,45:0000->ma0Q0,69:0000->referent	0x3EF6E	0x284
+23	YR8X6EW	referent	69:0000->referent	0x74178	0x137
+24	YR4X6EW	referent	69:0000->referent	0x73F0A	0x137
+25	YR1X1	referent	69:0000->referent	0x73B65	0x137
+26	PEPSIEW	referent,item	24:FE02->item,69:0000->referent	0x4D4D7	0x301
+27	GDOOR_E2	referent	69:0000->referent	0x37941	0x133
+28	CATWALK1	referent	69:0000->referent	0x1A8A7	0x16E
+29	GDOOR_N2	referent	69:0000->referent	0x37BA7	0x130
+30	PEPSINS	referent,item	24:FE02->item,69:0000->referent	0x4D7D8	0x301
+31	PANELNS	referent	69:0000->referent	0x4D37A	0x15D
+32	PANELEW	referent	69:0000->referent	0x4D21D	0x15D
+33	MDOOR_N	referent,item,item2,door	24:FA02->door,24:FC02->item,24:FC02->item2,24:FE02->item,69:0000->referent	0x414F6	0x2A9
+34	BARRELUP	referent	69:0000->referent	0x1202A	0x133
+35	SIGNEW	referent	69:0000->referent	0x5A74F	0x134
+36	SIGNNS	referent	69:0000->referent	0x5A883	0x134
+37	RFANNS	referent,item,fart,fart2,fram,counter,counter2,wind	24:F602->wind,24:F802->item,24:FE02->item,69:0000->referent,69:FA00->counter,69:FA00->counter2,69:FA00->fart,69:FA00->fart2,69:FC00->counter,69:FC00->fart,69:FE00->fram	0x53E7B	0x432
+38	RDOOR1_E	referent	69:0000->referent	0x77186	0x16A
+39	RDOOR2_E	referent	69:0000->referent	0x772F0	0x16A
+40	RDOOR3_E	referent	69:0000->referent	0x7745A	0x16A
+41	RDOOR4_E	referent	69:0000->referent	0x775C4	0x16A
+42	RDOOR5_E	referent	69:0000->referent	0x7772E	0x16A
+43	BROKENCW	referent,item	24:FE02->item,69:0000->referent	0x18081	0x1B6
+44	STELEPAD	referent,item,tele	24:FE02->item,24:FE02->tele,69:0000->referent	0x5F483	0x2D4
+45	MONITNS	referent,textFile,valueBox,passcode,link,boxCounter	24:FC02->valueBox,69:0000->referent,69:F600->boxCounter,69:F800->link,69:FA00->passcode,6D:6520->link,73:FE00->textFile	0x49567	0x370
+46	GATGUNNS	referent	69:0000->referent	0x3753C	0x2D2
+47	GTELEPAD	referent,item,tele	24:FE02->item,24:FE02->tele,69:0000->referent	0x39586	0x2D4
+48	GATGUNEW	referent	69:0000->referent	0x3726A	0x2D2
+49	FASTSKIL	referent,skill	69:0000->referent,69:FE00->skill	0x32255	0x2B7
+50	ELEVPLAT	referent,cargo	24:FE02->cargo,69:0000->referent	0x2DD4A	0x448
+51	CATWALK2	referent,item	24:FE02->item,69:0000->referent	0x1AA15	0x225
+52	LIFT	referent,item,counter,total,cargo,cargoType	24:F302->cargo,24:FE02->item,69:0000->referent,69:F100->cargo,69:F100->cargoType,69:FC00->total,69:FE00->counter	0x3E19C	0x7CA
+53	CONVEY_E	referent,xdir,ydir,item	24:FC02->item,62:FE00->ydir,62:FF00->xdir,69:0000->referent	0x1C41E	0x2E4
+54	FFFLOOR	referent,fffloor,item	24:FC02->fffloor,24:FE02->item,69:0000->referent	0x3250C	0x56B
+55	RECHAGNS	ma0Q,referent,item	24:FE02->item,4E:5300->ma0Q,69:0000->referent	0x5219F	0x2D3
+56	RECHFLNS	referent,item	24:FE02->item,69:0000->referent	0x52801	0x38F
+57	FIGHT_N2	ma0Q3,referent,item	24:FE02->item,4E:3200->ma0Q3,69:0000->referent	0x7FFA4	0x26C
+58	DEATHFL3	referent	69:0000->referent	0x20C97	0x159
+59	BARRELS	referent	69:0000->referent	0x11DC4	0x133
+60	BARRELNS	referent	69:0000->referent	0x11B5E	0x133
+61	BARRELEW	referent	69:0000->referent	0x11A2B	0x133
+62	BARRELNW	referent	69:0000->referent	0x11C91	0x133
+63	BARRELSE	referent	69:0000->referent	0x11EF7	0x133
+64	RECHAGEW	ma0Q,referent,item	24:FE02->item,45:5700->ma0Q,69:0000->referent	0x51ECC	0x2D3
+65	RECHFLEW	referent,item	24:FE02->item,69:0000->referent	0x52472	0x38F
+66	G_POOL	referent,item	24:FE02->item,69:0000->referent	0x39A90	0x1F1
+67	Y_POOL	referent,item	24:FE02->item,69:0000->referent	0x743E6	0x1EE
+68	MONITEW	referent,textFile,valueBox,passcode,link,boxCounter	24:FC02->valueBox,69:0000->referent,69:F600->boxCounter,69:F800->link,69:FA00->passcode,6D:6520->link,73:FE00->textFile	0x491F7	0x370
+69	THERM	referent	69:0000->referent	0x63A7B	0x11F
+70	MALRM_NS	referent	69:0000->referent	0x79F25	0x126
+71	FIGHT_NS	ma0Q3,referent,item	24:FE02->item,4E:5300->ma0Q3,69:0000->referent	0x3322B	0x298
+72	FIGHT_N3	ma0Q3,referent,item	24:FE02->item,4E:3300->ma0Q3,69:0000->referent	0x80210	0x298
+73	FIGHT_N1	ma0Q3,referent,item	24:FE02->item,4E:3100->ma0Q3,69:0000->referent	0x7FD38	0x26C
+74	RTELEPAD	referent,item,tele	24:FE02->item,24:FE02->tele,69:0000->referent	0x576A3	0x2D4
+75	MTELEPAD	referent,item,tele	24:FE02->item,24:FE02->tele,69:0000->referent	0x4A635	0x2D4
+76	FIGHT_E3	ma0Q3,referent,item	24:FE02->item,45:3300->ma0Q3,69:0000->referent	0x7FACC	0x26C
+77	FIGHT_E1	ma0Q3,referent,item	24:FE02->item,45:3100->ma0Q3,69:0000->referent	0x7F5F4	0x26C
+78	FIGHT_E2	ma0Q3,referent,item	24:FE02->item,45:3200->ma0Q3,69:0000->referent	0x7F860	0x26C
+79	PPLATE	referent,item	24:FE02->item,69:0000->referent	0x4E30F	0x264
+80	PPLATE2	referent,item	24:FC02->item,69:0000->referent	0x4E573	0x3E5
+81	FIGHT_EW	ma0Q3,referent,item	24:FE02->item,45:5700->ma0Q3,69:0000->referent	0x32FBF	0x26C
+82	LAZERNS	referent,fram,item	24:FC02->item,69:0000->referent,69:FE00->fram	0x3DD17	0x485
+83	LAZEREW	referent,fram,item	24:FC02->item,69:0000->referent,69:FE00->fram	0x3D88F	0x488
+84	RADAR	referent	69:0000->referent	0x4F3BA	0x10C
+85	RSTATION	referent	69:0000->referent	0x57584	0x11F
+86	JOHN	referent,fram	69:0000->referent,69:FE00->fram	0x3C0AA	0x17E
+87	ENFORCER	referent	69:0000->referent	0x2EC61	0x11B
+88	CAMERACO	referent,delay,iSeeYou,trackedEnough,fram,counter,sawCrusader,movement,target,range	24:F002->target,69:0000->referent,69:EE00->range,69:F200->movement,69:F400->sawCrusader,69:F600->counter,69:F800->fram,69:FA00->trackedEnough,69:FC00->iSeeYou,69:FE00->delay	0x18E22	0x647
+89	MOTION	referent,trackedEnough,fram,movement,foundTarget,delay,iSeeYou	62:F900->foundTarget,69:0000->referent,69:F500->iSeeYou,69:F700->delay,69:FA00->movement,69:FC00->fram,69:FE00->trackedEnough	0x49E7A	0x434
+90	CAMERANS	referent,delay,iSeeYou,trackedEnough,fram,counter,sawCrusader,movement,target,range	24:F002->target,69:0000->referent,69:EE00->range,69:F200->movement,69:F400->sawCrusader,69:F600->counter,69:F800->fram,69:FA00->trackedEnough,69:FC00->iSeeYou,69:FE00->delay	0x19AAA	0x641
+91	CAM_EW	referent	69:0000->referent	0x1A0EB	0x2D2
+92	CAM_NS	referent	69:0000->referent	0x1A3BD	0x2D2
+93	FUSREACT	referent	69:0000->referent	0x3715E	0x10C
+94	TRANSFOR	referent,fram,damagePoints,item	24:FA02->item,69:0000->referent,69:FC00->damagePoints,69:FE00->fram	0x6492B	0x300
+95	SHOCKEW	referent	69:0000->referent	0x5987D	0x1BE
+96	FFFLOOR2	referent,fffloor,item	24:FC02->fffloor,24:FE02->item,69:0000->referent	0x32A77	0x548
+97	SHOCKNS	referent	69:0000->referent	0x59C35	0x1BE
+98	L_NS-2	referent	69:0000->referent	0x4006F	0x257
+99	L_NS-4	referent	69:0000->referent	0x402C6	0x257
+100	SENTRY	referent	69:0000->referent	0x58F3E	0x32E
+101	L_NS-8	referent	69:0000->referent	0x4051D	0x257
+102	L_NS-16	referent	69:0000->referent	0x3FE18	0x257
+103	L_EW-2	referent	69:0000->referent	0x3F713	0x257
+104	L_EW-4	referent	69:0000->referent	0x3F96A	0x257
+105	L_EW-8	referent	69:0000->referent	0x3FBC1	0x257
+106	L_EW-16	referent	69:0000->referent	0x3F4BC	0x257
+107	MDESKEW	referent,fram,item	24:FC02->item,69:0000->referent,69:FE00->fram	0x40E97	0x1DB
+108	LASERI	referent,laser,hType	24:FE02->laser,69:0000->referent,69:FC00->hType	0x3D103	0x2CC
+109	BUBBLE	referent,counter	69:0000->referent,69:FE00->counter	0x18867	0x2A8
+110	CAMERAEW	referent,delay,iSeeYou,trackedEnough,fram,counter,sawCrusader,movement,target,range	24:F002->target,69:0000->referent,69:EE00->range,69:F200->movement,69:F400->sawCrusader,69:F600->counter,69:F800->fram,69:FA00->trackedEnough,69:FC00->iSeeYou,69:FE00->delay	0x19469	0x641
+111	TELEPAD	referent,item,pad2,theQual,mapNum,eggNum,newx,newy,newz,counter,floor,telebeam,onPad	24:F302->telebeam,24:F502->item,24:F702->floor,24:FA02->pad2,24:FE02->item,62:FB00->newz,62:FD00->onPad,69:0000->referent,69:0A00->mapNum,69:0C00->eggNum,69:F800->theQual,69:F900->counter,69:FC00->newy,69:FE00->newx	0x86E9D	0xB8E
+112	MDESKNS	referent,fram,item	24:FC02->item,69:0000->referent,69:FE00->fram	0x41072	0x1DB
+113	MBARREL	ma0Q3,referent,item,item2	24:FA02->item,24:FA02->item2,24:FC02->item,24:FC02->item2,24:FE02->item,4C:0000->ma0Q3,69:0000->referent	0x4088F	0x379
+114	S_CHAIR	referent,fram,item,count,spin,direction	24:FC02->item,69:0000->referent,69:F600->direction,69:F800->spin,69:FA00->count,69:FE00->fram	0x60D39	0x2AA
+115	TARGETNS	referent,item	24:FE02->item,69:0000->referent	0x61188	0x1A5
+116	TARGETEW	referent,item	24:FE02->item,69:0000->referent	0x60FE3	0x1A5
+117	BART	referent,counter,counter2,rndNum	69:0000->referent,69:FA00->rndNum,69:FC00->counter,69:FC00->counter2,69:FE00->counter	0x1215D	0x4A7
+118	SMALCHAI	referent,fram,item,count,spin,direction	24:FC02->item,69:0000->referent,69:F600->direction,69:F800->spin,69:FA00->count,69:FE00->fram	0x5AF4B	0x2AA
+119	MFAN_NS	referent	69:0000->referent	0x41D58	0x168
+120	MFAN_EW	referent	69:0000->referent	0x41BF0	0x168
+121	SAFE_NS	referent,item,item2,counter	24:FC02->item,24:FC02->item2,24:FE02->item,69:0000->referent,69:FA00->counter	0x57D7A	0x403
+122	SAFE_EW	referent,item,item2,counter	24:FC02->item,24:FC02->item2,24:FE02->item,69:0000->referent,69:FA00->counter	0x57977	0x403
+123	?
+QF	referent	69:0000->referent	0x13158	0x173
+124	ELEVATOR	referent,item,lowQuality,direction,mapNum,eggNum,post1,post2,counter,door,door1	24:F402->door,24:F402->door1,24:F602->door,24:FA02->door,24:FA02->item,24:FC02->item,24:FC02->post2,24:FE02->item,24:FE02->post1,69:0000->referent,69:0C00->mapNum,69:0E00->eggNum,69:F800->counter,69:FA00->direction,69:FC00->lowQuality	0x2CD6A	0xFE0
+125	DEATHFL1	referent	69:0000->referent	0x209E5	0x159
+126	DEATHFL2	referent	69:0000->referent	0x20B3E	0x159
+127	D_BARREL	referent	69:0000->referent	0x29C98	0x170
+128	CONVFLR	referent,xdir,ydir,item	24:FC02->item,62:FE00->ydir,62:FF00->xdir,69:0000->referent	0x1C9E6	0x2E4
+129	PODBOY	item,spooge,fram,counter,referent	24:FA02->item,24:FC02->spooge,24:FE02->item,69:0000->referent,69:F800->counter,69:FA00->fram,69:FC00->counter,69:FE00->fram	0x4DF86	0x389
+130	VALUEBOX	referent,randNum,rand,lowByte,highByte	69:0000->referent,69:0A00->rand,69:FC00->highByte,69:FE00->lowByte,69:FE00->rand,69:FE00->randNum	0x69770	0x1B9
+131	STATICNS	referent	69:0000->referent	0x5E523	0x159
+132	BIGCOMNS	referent,fram	69:0000->referent,69:FE00->fram	0x13917	0x1B4
+133	BIGCOMEW	referent,fram	69:0000->referent,69:FE00->fram	0x13763	0x1B4
+134	EYECAMNS	referent	69:0000->referent	0x31B60	0x2E1
+135	EYECAMEW	referent	69:0000->referent	0x3188E	0x2D2
+136	MALRM_EW	referent	69:0000->referent	0x79DFF	0x126
+137	GLASS_EW	ma0Q3,referent,item,shot,counter,door	24:F802->door,24:FC02->shot,24:FE02->item,45:5700->ma0Q3,69:0000->referent,69:FA00->counter	0x37E09	0x351
+138	ESPACE2	referent	69:0000->referent	0x2EF77	0x1FB
+139	CONV_NL	referent,xdir,ydir,item	24:FC02->item,62:FE00->ydir,62:FF00->xdir,69:0000->referent	0x1CFAE	0x2E4
+140	CONV_EL	referent,xdir,ydir,item	24:FC02->item,62:FE00->ydir,62:FF00->xdir,69:0000->referent	0x1CCCA	0x2E4
+141	MGR_NS	referent	69:0000->referent	0x42064	0x1A4
+142	MINELET	referent	69:0000->referent	0x42208	0x152
+143	FLORMINE	referent,hType,item	24:FC02->item,69:0000->referent,69:FE00->hType	0x3483F	0x21D
+144	SWITCHNS	referent	69:0000->referent	0x60BB8	0x181
+145	HOVER_EW	referent	69:0000->referent	0x3B90A	0x253
+146	HOVER_NS	referent	69:0000->referent	0x3BB5D	0x253
+147	MGR_EW	referent	69:0000->referent	0x41EC0	0x1A4
+148	SSBOX_EW	ma0Q0,referent	45:5700->ma0Q0,69:0000->referent	0x5CBA1	0x215
+149	BLASERNS	referent	69:0000->referent	0x14D32	0x316
+150	BLASEREW	referent	69:0000->referent	0x14A1C	0x316
+151	BETTYUP	referent,ma0Q,item	24:FE02->item,50:0000->ma0Q,69:0000->referent	0x132CB	0x27C
+152	SSBOX_NS	ma0Q0,referent	4E:5300->ma0Q0,69:0000->referent	0x5CDB6	0x215
+153	ROAMING	referent	69:0000->referent	0x542AD	0x13F
+154	STABLE	referent,fram,item,thing	24:FA02->thing,24:FC02->item,69:0000->referent,69:FE00->fram	0x5E11B	0x2AF
+155	LIFTPIT	referent	69:0000->referent	0x3E966	0x133
+156	CONGRESS	referent	69:0000->referent	0x1BEC8	0x11B
+157	SICBOXNS	ma0Q,referent,item	24:FE02->item,4E:5300->ma0Q,69:0000->referent	0x5A491	0x2BE
+158	SICBFLNS	referent,item	24:FE02->item,69:0000->referent	0x59FED	0x4A4
+159	PRISBENC	referent,counter	69:0000->referent,69:FE00->counter	0x4E958	0x376
+160	PRISSIT	referent,counter	69:0000->referent,69:FE00->counter	0x4F044	0x376
+161	PRISLEAN	referent,counter	69:0000->referent,69:FE00->counter	0x4ECCE	0x376
+162	WALGUNNS	referent	69:0000->referent	0x6B1AF	0x2D2
+163	GLASS_NS	ma0Q3,referent,item,shot,counter,door	24:F802->door,24:FC02->shot,24:FE02->item,4E:5300->ma0Q3,69:0000->referent,69:FA00->counter	0x3815A	0x351
+164	MAINTMAN	referent	69:0000->referent	0x40774	0x11B
+165	CHEMSUIT	referent	69:0000->referent	0x1AF19	0x11B
+166	OFFWORK	referent	69:0000->referent	0x4CAD8	0x11B
+167	GUARD	referent	69:0000->referent	0x3985A	0x11B
+168	GDOOR_N	referent	69:0000->referent	0x37A74	0x133
+169	GDOOR_E	referent	69:0000->referent	0x3780E	0x133
+170	BIGCAN	referent,fram	69:0000->referent,69:FE00->fram	0x13547	0x21C
+171	AND_BOOT	referent,event,counter,item	24:FE02->item,69:0000->referent,69:0A00->event,69:FC00->counter,69:FE00->counter	0x1082E	0x599
+172	BRO_BOOT	referent,event,counter,item	24:FE02->item,69:0000->referent,69:0A00->event,69:FC00->counter,69:FE00->counter	0x18237	0x630
+173	CRUMORPH	referent,lastAct	69:0000->referent,69:FC00->lastAct	0x1DB7A	0x2DE
+174	GUARDSQ	referent	69:0000->referent	0x39975	0x11B
+175	CARD_NS	referent	69:0000->referent	0x1A79B	0x10C
+176	CARD_EW	referent	69:0000->referent	0x1A68F	0x10C
+177	EWALLEW	referent	69:0000->referent	0x31548	0x1A3
+178	EWALLNS	referent	69:0000->referent	0x316EB	0x1A3
+179	ESPACE	referent	69:0000->referent	0x2ED7C	0x1FB
+180	WINDSURF	referent,item,xoff,yoff,speed,param	24:FE02->item,69:0000->referent,69:EF00->param,69:F800->speed,69:FA00->yoff,69:FC00->xoff	0x72184	0x6C2
+181	THERMATR	referent	69:0000->referent	0x63B9A	0x13F
+182	D_GUARD	referent,goods	24:FE02->goods,69:0000->referent	0x2A6DB	0x251
+183	OBSERVER	referent	69:0000->referent	0x4C9DA	0xFE
+184	GRENADE	referent	69:0000->referent	0x391EF	0x164
+185	SCIENTIS	referent	69:0000->referent	0x58A3D	0x11B
+186	ROLL_NS	referent,item,item2,riderList,time,total,counter,oldz,cargo,zCheck,zMax,ma0Q6	24:EB02->cargo,24:FC02->item,24:FC02->item2,24:FE02->item,53:0000->ma0Q6,62:E800->zMax,69:0000->referent,69:E900->zCheck,69:F200->oldz,69:F600->counter,69:F800->total,69:FE00->time,6C:FA02->riderList	0x56920	0xC64
+187	REB_COUP	referent,counter	69:0000->referent,69:FE00->counter	0x50111	0x366
+188	MEDIKIT	referent,item	24:FE02->item,69:0000->referent	0x4179F	0x20C
+189	COR_BOOT	referent,event,counter,item	24:FE02->item,69:0000->referent,69:0A00->event,69:FC00->counter,69:FE00->counter	0x1D610	0x56A
+190	EVENT	mva3b,referent,event,item,source,dest,door,counter,counter2,link,time,post1,post2,floor,flicMan	0D:0500->mva3b,24:D102->flicMan,24:D702->floor,24:D902->post2,24:DB02->post1,24:F802->door,24:FA02->dest,24:FC02->source,24:FE02->item,69:0000->referent,69:0A00->event,69:E100->time,69:EB00->link,69:EF00->counter,69:EF00->counter2,69:F100->counter	0x2F49E	0x20AA
+191	NPCTRIG	referent,event,item,item2,typeNpc	24:FA02->item,24:FA02->item2,24:FC02->item,24:FC02->item2,24:FE02->item,69:0000->referent,69:0A00->event,69:0A00->typeNpc	0x4C347	0x3A8
+192	
+
+
+
+K	referent,item	24:FE02->item,69:0000->referent	0x4DC8C	0x1FC
+193	CRUZTRIG	referent,item,elev	24:FC02->elev,24:FE02->item,69:0000->referent	0x1DE58	0x34B
+194	NPC_ONLY	referent,item,link	24:FE02->item,69:0000->referent,69:FA00->link	0x4C6EF	0x2EB
+195	VMAIL	referent,textFile	69:0000->referent,73:FE00->textFile	0x6AA63	0x47A
+196	STORMTRO	referent	69:0000->referent	0x5F757	0x11B
+197	WALGUNEW	referent	69:0000->referent	0x6AEDD	0x2D2
+198	STATICEW	referent	69:0000->referent	0x5E3CA	0x159
+199	BARDUDES	referent,counter	69:0000->referent,69:FE00->counter	0x11169	0x34D
+200	ANDROID	referent	69:0000->referent	0x10713	0x11B
+201	SOLDIER	referent	69:0000->referent	0x5B3AF	0x11B
+202	CHEDITRO	referent	69:0000->referent	0x1ADEF	0x12A
+203	SPIDWALK	referent	69:0000->referent	0x5C9F4	0x1AD
+204	SPIDPAD	referent	69:0000->referent	0x5C86A	0x18A
+205	GOVGUNNS	referent	69:0000->referent	0x38E1F	0x2D2
+206	LANDMINE	referent,landMine,item,xOff,yOff,mine,hType	24:F502->mine,24:FB02->item,24:FC02->item,24:FD02->landMine,69:0000->referent,69:F700->yOff,69:F900->xOff,69:FE00->hType	0x3CADA	0x629
+207	BLASTPAC	referent,target,item,counter,lastAnim,xOff,yOff,mine,therm,thermTop,radar,radarPart	24:EF02->mine,24:F402->radar,24:F402->radarPart,24:F602->radar,24:F802->therm,24:F802->thermTop,24:F902->item,24:FA02->therm,24:FB02->target,24:FE02->item,69:0000->referent,69:F100->yOff,69:F300->xOff,69:F500->lastAnim,69:F700->counter,69:FC00->counter	0x15048	0x106A
+208	FUSPAC	referent,droppedPac,target,item,counter,lastAnim,xOff,yOff,mine,door	24:EC02->door,24:EE02->mine,24:F802->item,24:FA02->target,62:FE00->droppedPac,69:0000->referent,69:F000->yOff,69:F200->xOff,69:F400->lastAnim,69:F600->counter	0x3695E	0x800
+209	GOVGUNEW	referent	69:0000->referent	0x38B4D	0x2D2
+210	EBRIDGE	referent	69:0000->referent	0x2BCD2	0x1E2
+211	SPANEL	referent	69:0000->referent	0x5B4CA	0x15B
+212	VARGAS	referent	69:0000->referent	0x6A21A	0x132
+213	SL_NS-16	referent	69:0000->referent	0x76E65	0x154
+214	SL_NS-8	referent	69:0000->referent	0x749D0	0x154
+215	SL_NS-4	referent	69:0000->referent	0x7487C	0x154
+216	SL_EW-4	referent	69:0000->referent	0x745D4	0x154
+217	SL_EW-8	referent	69:0000->referent	0x74728	0x154
+218	SL_EW-16	referent	69:0000->referent	0x76D11	0x154
+219	MELF	mva5b,referent,item	0D:0500->mva5b,24:FE02->item,69:0000->referent	0x419AB	0x245
+220	]0Q-	mva11b,mva12b,referent,item	0D:0600->mva11b,0D:0600->mva12b,24:FE02->item,69:0000->referent	0x4CE26	0x3F7
+221	GENERATR	referent	69:0000->referent	0x37CD7	0x132
+222	RFANBADE	referent,item,fart,fart2,fram,counter,counter2,wind	24:F602->wind,24:F802->item,24:FE02->item,69:0000->referent,69:FA00->counter,69:FA00->counter2,69:FA00->fart,69:FA00->fart2,69:FC00->counter,69:FC00->fart,69:FE00->fram	0x53246	0x401
+223	RFANBADN	referent,item,fart,fart2,fram,counter,counter2,wind	24:F602->wind,24:F802->item,24:FE02->item,69:0000->referent,69:FA00->counter,69:FA00->counter2,69:FA00->fart,69:FA00->fart2,69:FC00->counter,69:FC00->fart,69:FE00->fram	0x53647	0x402
+224	WVENTNS	referent,fram,windsurf	24:FC02->windsurf,69:0000->referent,69:FE00->fram	0x73294	0x1D7
+225	WVENTEW	referent,fram,windsurf	24:FC02->windsurf,69:0000->referent,69:FE00->fram	0x730B0	0x1E4
+226	REBEL_TV	referent	69:0000->referent	0x4F72C	0x41F
+227	SDOOR_N	referent	69:0000->referent	0x58C88	0x130
+228	SDOOR_E	referent	69:0000->referent	0x58B58	0x130
+229	FLAMEBOX	referent,event,flame,flame2,direction,count,newType	24:0A02->flame,24:FC02->flame,24:FC02->flame2,24:FE02->flame,69:0000->referent,69:0A00->event,69:0C00->direction,69:FA00->direction,69:FA00->newType,69:FE00->count	0x33B37	0x790
+230	EBRIDGE2	referent	69:0000->referent	0x2BEB4	0x1E2
+231	MCRATE	ma0Q0,referent,item	00:0000->ma0Q0,24:F902->item,69:0000->referent	0x40C08	0x28F
+232	COPY_EW	referent,fram,coolfram	69:0000->referent,69:FC00->coolfram,69:FE00->fram,6F:6F6C->fram	0x1D292	0x1BF
+233	COPY_NS	referent,fram,coolfram	69:0000->referent,69:FC00->coolfram,69:FE00->fram,6F:6F6C->fram	0x1D451	0x1BF
+234		referent,fram	69:0000->referent,69:FE00->fram	0x7C2AD	0x1A2
+235	FLAME1	referent	69:0000->referent	0x33867	0x168
+236	REB_PAD	referent,item,pad2,mapNum,eggNum,phold,gunHold,counter,counter2	24:FA02->gunHold,24:FA02->pad2,24:FC02->phold,24:FE02->item,69:0000->referent,69:0A00->mapNum,69:0C00->eggNum,69:F600->counter,69:F600->counter2,69:F800->counter	0x517FA	0x6D2
+237	NOSTRIL	referent,event,fire,count,fire2	24:0A02->fire,24:FC02->fire,24:FC02->fire2,24:FE02->fire,69:0000->referent,69:0A00->event,69:FA00->count,69:FE00->count	0x4AA07	0x487
+238	VARDESK	referent,item,counter	24:FE02->item,69:0000->referent,69:FC00->counter,69:FE00->counter	0x69C17	0x603
+239	BLASER1	referent,laserList,item,inFastArea,count,link	24:F702->item,69:0000->referent,69:EB00->link,69:F300->count,69:F500->inFastArea,6C:F902->laserList	0x14134	0x8E8
+240	REB_BOOT	referent,counter	69:0000->referent,69:FE00->counter	0x4FF09	0x208
+241	UPPLATE	referent,item	24:FE02->item,69:0000->referent	0x6934F	0x2A9
+242	KEYPADNS	referent,alreadyPassed	62:FF00->alreadyPassed,69:0000->referent	0x3C73F	0x1EF
+243	KEYPADEW	referent,alreadyPassed	62:FF00->alreadyPassed,69:0000->referent	0x3C550	0x1EF
+244	WSHOCKNS	referent,item,shocker,shockCount	24:F002->shocker,24:FE02->item,69:0000->referent,69:E400->shockCount	0x72C7B	0x435
+245	WSHOCKEW	referent,item,shocker,shockCount	24:F002->shocker,24:FE02->item,69:0000->referent,69:E400->shockCount	0x72846	0x435
+246	ELYDESK	referent,counter,item	24:FC02->item,69:0000->referent,69:FE00->counter	0x2E2D1	0x6B2
+247	SSWITCHN	referent,sswitch,switch1,switch2,switch3,timer,sswitch2,switch21,switch22,switch23,counter	24:E902->switch2,24:E902->switch23,24:EB02->switch2,24:EB02->switch22,24:ED02->switch2,24:ED02->switch21,24:EF02->sswitch,24:EF02->sswitch2,24:F102->timer,24:F302->switch3,24:F502->switch2,24:F702->switch1,24:F902->sswitch,69:0000->referent,69:E700->counter,EF:0273->switch2	0x5D873	0x8A8
+248	SSWITCHE	referent,sswitch,switch1,switch2,switch3,timer,sswitch2,switch21,switch22,switch23,counter	24:E902->switch2,24:E902->switch23,24:EB02->switch2,24:EB02->switch22,24:ED02->switch2,24:ED02->switch21,24:EF02->sswitch,24:EF02->sswitch2,24:F102->timer,24:F302->switch3,24:F502->switch2,24:F702->switch1,24:F902->sswitch,69:0000->referent,69:E700->counter,EF:0273->switch2	0x5CFCB	0x8A8
+249	SHOCKNS1	referent	69:0000->referent	0x59DF3	0x1FA
+250	SHOCKEW1	referent	69:0000->referent	0x59A3B	0x1FA
+251	WEA_BOOT	referent,counter	69:0000->referent,69:FE00->counter	0x864BF	0x4B6
+252	VAR_BOOT	referent,event,counter,item	24:FE02->item,69:0000->referent,69:0A00->event,69:FC00->counter,69:FE00->counter	0x6A34C	0x5ED
+253	COURIER	referent	69:0000->referent	0x7C7D7	0x13F
+254	LWPLATE4	referent,item	24:FE02->item,69:0000->referent	0x3F1F2	0x165
+255	LWPLATE8	referent,item	24:FE02->item,69:0000->referent	0x3F357	0x165
+256	ALARMBOX	referent,item	24:FE02->item,69:0000->referent	0xFC90	0x3E4
+257	BLOOD	referent	69:0000->referent	0x160B2	0x189
+258	D_CHEM	referent,goods	24:FE02->goods,69:0000->referent	0x29E08	0x257
+259	D_CONG	referent,goods	24:FE02->goods,69:0000->referent	0x2A05F	0x257
+260	D_MAINT	referent,goods	24:FE02->goods,69:0000->referent	0x2ACE1	0x257
+261	D_OWORK	referent,goods	24:FE02->goods,69:0000->referent	0x2AF38	0x257
+262	D_SCIEN	referent,goods	24:FE02->goods,69:0000->referent	0x2B18F	0x257
+263	D_STORM	referent,goods	24:FE02->goods,69:0000->referent	0x2B63D	0x257
+264	D_SOLD	referent,goods	24:FE02->goods,69:0000->referent	0x2B3E6	0x257
+265	D_VARG	referent	69:0000->referent	0x2BB9A	0x138
+266	D_COUR	referent,goods	24:FE02->goods,69:0000->referent	0x2A2B6	0x1CE
+267	D_SUSAN	referent,goods	24:FE02->goods,69:0000->referent	0x2B894	0x1CE
+268	D_THERM	referent	69:0000->referent	0x2BA62	0x138
+269	SURCAMNS	referent,textFile,monit,valueBox,passcode,link,code,screen,cameraEgg,trueRef,therma,eventTrigger,foundGun	24:0A02->eventTrigger,24:F102->therma,24:FA02->valueBox,24:FC02->cameraEgg,24:FC02->monit,24:FE02->screen,61:7373->code,62:F500->code,62:FD00->foundGun,69:0000->referent,69:F600->link,69:F800->passcode,69:FA00->trueRef,73:FE00->textFile	0x5F872	0xD6E
+270	BASEGUN	referent,item	24:F802->item,69:0000->referent	0x12604	0x442
+271	TIMER	referent,time,phase2	69:0000->referent,69:FA00->phase2,69:FC00->time	0x643D9	0x552
+272	SPECIAL	referent,phase,counter,time,phase1,phase2,mapNum,npcNum	69:0000->referent,69:0C00->phase,69:F800->phase,69:F800->phase2,69:FA00->phase,69:FA00->phase1,69:FC00->npcNum,69:FC00->time,69:FE00->counter,69:FE00->mapNum	0x5B625	0x80E
+273	TRIGPAD	referent,item,elev	24:FA02->elev,24:FC02->item,69:0000->referent	0x68FF3	0x35C
+274	MONSTER	referent,monster1,door,newNpc	24:F602->newNpc,24:F802->door,24:FE02->monster1,69:0000->referent	0x498D7	0x5A3
+275	ELITE	referent	69:0000->referent	0x2E192	0x13F
+276	D_ESTORM	referent,goods	24:FE02->goods,69:0000->referent	0x2A484	0x257
+277	JELYHACK	referent	69:0000->referent	0x3BFAC	0xFE
+278	DATALINK	mva1,mva3a,mva4,mva5a,mva6,mva7,mva8,mva9,mva10,mva11a,mva12a,mva13,mva14,mva15a,mva15c,referent,textFile	0D:0400->mva1,0D:0400->mva4,0D:0400->mva6,0D:0400->mva7,0D:0400->mva8,0D:0400->mva9,0D:0500->mva1,0D:0500->mva10,0D:0500->mva13,0D:0500->mva14,0D:0500->mva3a,0D:0500->mva5a,0D:0600->mva1,0D:0600->mva11a,0D:0600->mva12a,0D:0600->mva15a,0D:0600->mva15c,69:0000->referent,73:FE00->textFile	0x1EB10	0x1488
+279	SLIDEFLR	referent	69:0000->referent	0x5ACB7	0x294
+280	JELYH2	referent	69:0000->referent	0x3BEAE	0xFE
+281	HOFFMAN	referent,hoffy,deathBox,deadGuy,item	24:F802->item,24:FA02->deadGuy,24:FC02->deathBox,24:FE02->hoffy,69:0000->referent	0x39C81	0x162
+282	D_HOFFMA	referent	69:0000->referent	0x2ABA9	0x138
+283	REE_BOOT	referent,event,counter,item	24:FE02->item,69:0000->referent,69:0A00->event,69:FC00->counter,69:FE00->counter	0x52B90	0x6B6
+284	SURCAMEW	referent,textFile,monit,valueBox,passcode,link,code,screen,cameraEgg,trueRef,therma,eventTrigger,foundGun	24:0A02->eventTrigger,24:F602->therma,24:FA02->valueBox,24:FC02->cameraEgg,24:FC02->monit,24:FE02->screen,61:7373->code,62:F500->code,62:FD00->foundGun,69:0000->referent,69:F600->link,69:F800->passcode,69:FA00->trueRef,73:FE00->textFile	0x8575F	0xD60
+285	SFXTRIG	referent,event	69:0000->referent,69:0A00->event	0x5926C	0x18C
+286	SKILLBOX	referent,skill	69:0000->referent,69:FE00->skill	0x5A9B7	0x300
+287	D_GURDSQ	referent,goods	24:FE02->goods,69:0000->referent	0x2A92C	0x27D
+288	VETRON	referent	69:0000->referent	0x6A939	0x12A
+289	DEATHBOX	referent,sswitch,counter	24:FE02->sswitch,69:0000->referent,69:F900->counter	0x1FF98	0x29F
+290	REB_GAR	referent,counter	69:0000->referent,69:FE00->counter	0x5152D	0x2CD
+291	BOUNCBOX	referent,item,item2,ammo	24:F602->item,24:F602->item2,24:F802->item,69:0000->referent,69:F000->ammo	0x1623B	0x51D
+292	HOVER1	referent	69:0000->referent	0x3B6B7	0x253
+293	STEAM1	referent	69:0000->referent	0x5E9D0	0x168
+294	FADE	referent,loop,loop2	69:0000->referent,69:FC00->loop,69:FC00->loop2,69:FE00->loop	0x31E41	0x414
+295	PHIR	referent	69:0000->referent	0x4DAD9	0x1B3
+296	STEAMBOX	referent,event,steam,steam2,direction,count	24:0A02->steam,24:FC02->steam,24:FC02->steam2,24:FE02->steam,69:0000->referent,69:0A00->event,69:0C00->direction,69:FA00->direction,69:FE00->count	0x5ECA0	0x7E3
+297	FLAME2	referent	69:0000->referent	0x339CF	0x168
+298	STEAM2	referent	69:0000->referent	0x5EB38	0x168
+299	FLAMELP	referent	69:0000->referent	0x7BB06	0x168
+300	BBOX	ma0Q0,referent	00:0000->ma0Q0,69:0000->referent	0x7BC6E	0x215
+301	GBOX_NS	ma0Q0,referent	53:0000->ma0Q0,69:0000->referent	0x7C098	0x215
+302	GBOX_EW	ma0Q0,referent	57:0000->ma0Q0,69:0000->referent	0x7BE83	0x215
+303	EGRENADE	referent	69:0000->referent	0x2C096	0x13F
+304	SCANNER	referent	69:0000->referent	0x58766	0x2D7
+305	IONIC	referent	69:0000->referent	0x3BDB0	0xFE
+306	PLASMA	referent	69:0000->referent	0x4DE88	0xFE
+307	GRAVITON	referent	69:0000->referent	0x390F1	0xFE
+308	GLDIV_EW	ma0Q3,referent,item,shot,counter,door	24:F802->door,24:FC02->shot,24:FE02->item,45:5700->ma0Q3,69:0000->referent,69:FA00->counter	0x384AB	0x351
+309	GLDIV_NS	ma0Q3,referent,item,shot,counter,door	24:F802->door,24:FC02->shot,24:FE02->item,4E:5300->ma0Q3,69:0000->referent,69:FA00->counter	0x387FC	0x351
+310	REBSNOR	referent,counter	69:0000->referent,69:FE00->counter	0x4FB4B	0x27C
+311	REBWORK	referent	69:0000->referent	0x4FDC7	0x142
+312	SATARG	mva15b,referent,item,counter	0D:0600->mva15b,24:FE02->item,69:0000->referent,69:FC00->counter	0x5817D	0x5E9
+313	CHEST_ON	referent	69:0000->referent	0x1BCD6	0x1F2
+314	CHEST_OE	referent	69:0000->referent	0x1BAE4	0x1F2
+315	D_GRENAD	referent,goods	24:FE02->goods,69:0000->referent	0x7CCF5	0x257
+316	CHEST_NS	ma0Q3,referent,fram,item,item2,counter	24:FC02->item,24:FC02->item2,24:FE02->item,4E:5300->ma0Q3,69:0000->referent,69:FA00->counter,69:FE00->fram	0x1B577	0x56D
+317	CHEST_EW	ma0Q3,referent,fram,item,item2,counter	24:FC02->item,24:FC02->item2,24:FE02->item,45:5700->ma0Q3,69:0000->referent,69:FA00->counter,69:FE00->fram	0x1B034	0x543
+318	D_ENFORC	referent,goods	24:FE02->goods,69:0000->referent	0x7C916	0x257
+319	DETPAC	referent,item,lastAnim,xOff,yOff,mine	24:F302->mine,24:FB02->item,69:0000->referent,69:F500->yOff,69:F700->xOff,69:F900->lastAnim	0x20DF0	0x4C4
+320	CRU_SPID	referent,mine,target,item,counter,lastAnim,xOff,yOff,counter2,spider	24:EF02->spider,24:F102->item,24:F702->item,24:F902->target,24:FE02->mine,69:0000->referent,69:EF00->yOff,69:F100->xOff,69:F300->lastAnim,69:F500->counter,69:F800->counter,69:F800->counter2,69:FA00->yOff,69:FC00->xOff,69:FE00->counter	0x1E1A3	0x96D
+321	ALARMHAT	referent,item	24:FE02->item,69:0000->referent	0x10074	0x25F
+322	ETWALLNS	referent	69:0000->referent	0x2F308	0x196
+323	ETWALLEW	referent	69:0000->referent	0x2F172	0x196
+324	THRMBCKN	referent,ewall,therma	24:FC02->therma,24:FE02->ewall,69:0000->referent	0x64059	0x380
+325	THRMBCKE	referent,ewall,therma	24:FC02->therma,24:FE02->ewall,69:0000->referent	0x63CD9	0x380
+326	ROLL_EW	referent,item,item2,riderList,time,total,counter,oldz,cargo,zCheck,zMax,ma0Q6	24:EB02->cargo,24:FC02->item,24:FC02->item2,24:FE02->item,57:0000->ma0Q6,62:E800->zMax,69:0000->referent,69:E900->zCheck,69:F200->oldz,69:F600->counter,69:F800->total,69:FE00->time,6C:FA02->riderList	0x55CBC	0xC64
+327	KORESH	referent	69:0000->referent	0x3C92E	0x1AC
+328	ALRMTRIG	referent	69:0000->referent	0x1051F	0x1F4
+329	ENERGY	referent,maxLimit,fule,item	24:FA02->item,69:0000->referent,69:FC00->fule,69:FE00->maxLimit	0x2E983	0x2DE
+330	ROLLB_NS	referent,item,item2,riderList,time,total,counter,oldz,cargo,zCheck,zMax,ma0Q6	24:EB02->cargo,24:FC02->item,24:FC02->item2,24:FE02->item,4E:5300->ma0Q6,62:E800->zMax,69:0000->referent,69:E900->zCheck,69:F200->oldz,69:F600->counter,69:F800->total,69:FE00->time,6C:FA02->riderList	0x55058	0xC64
+331	ROLLB_EW	referent,item,item2,riderList,time,total,counter,oldz,cargo,zCheck,zMax,ma0Q6	24:EB02->cargo,24:FC02->item,24:FC02->item2,24:FE02->item,45:5700->ma0Q6,62:E800->zMax,69:0000->referent,69:E900->zCheck,69:F200->oldz,69:F600->counter,69:F800->total,69:FE00->time,6C:FA02->riderList	0x543EC	0xC6C
+332	D_PLASMA	referent	69:0000->referent	0x76A01	0x188
+333	D_SKELET	referent	69:0000->referent	0x76B89	0x188
+334	D_EM_GUY	referent	69:0000->referent	0x7CB6D	0x188
+335	DEATHFL4	referent	69:0000->referent	0x80661	0x159
+336	DAMNLUGG	ma0Q0,referent	47:4700->ma0Q0,69:0000->referent	0x7C44F	0x1C4
+337	DAMNMCR8	ma0Q0,referent	52:3800->ma0Q0,69:0000->referent	0x7C613	0x1C4
+338	DEATHFL5	referent	69:0000->referent	0x807BA	0x159
+339	AVATAR	referent,item,slot,counter	24:FE02->item,69:0000->referent,69:FA00->counter,69:FC00->slot	0x10DC7	0x3A2
+340	TRIGEGG	referent,item	24:FE02->item,69:0000->referent	0x64C2B	0x228
+341	ONCEEGG	referent,item	24:FE02->item,69:0000->referent	0x4CBF3	0x233
+342	FLOOR1	referent,counter,item,item2,highNumber,lowNumber,tempNumber,floorItems,wantToStop,foundFloor,onTime	24:FA02->item,24:FA02->item2,24:FC02->item,69:0000->referent,69:EC00->onTime,69:EE00->foundFloor,69:F000->wantToStop,69:F400->tempNumber,69:F600->lowNumber,69:F800->highNumber,69:FE00->counter,6C:F202->floorItems	0x342C7	0x578
+343	MTAREGG	referent,item,hiValue,loValue	24:FE02->item,69:0000->referent,69:F800->loValue,69:FA00->hiValue	0x4A2AE	0x387
+344	CHANGER	referent,roof,doorQuality,roofQuality,eggNum	24:FE02->roof,69:0000->referent,69:F800->eggNum,69:FA00->roof,69:FA00->roofQuality,69:FC00->doorQuality	0x1AC3A	0x1B5
+345	CAMERA	referent	69:0000->referent	0x18B0F	0x313
+346	SECRTEGG	referent,item,door,range	24:FC02->door,24:FE02->item,69:0000->referent,69:F800->range	0x58DB8	0x186
+347	REB_EGG	referent,item,door,moreVideo,chest,phold,counter,counter2	24:F802->door,24:FC02->phold,24:FE02->chest,24:FE02->item,62:F700->moreVideo,69:0000->referent,69:F800->counter,69:F800->counter2,69:FA00->counter	0x50477	0x10B6
+348	TEST	referent	69:0000->referent	0x6132D	0x222
+349	GRENEGG	referent,item,source,dest,counter	24:FA02->dest,24:FC02->source,24:FE02->item,69:0000->referent,69:F800->counter	0x39353	0x233
+350	DOOREGG	referent,door	24:FE02->door,69:0000->referent	0x29A1A	0x27E
+351	BBTRIP	referent,item,bbetty	24:FC02->bbetty,24:FE02->item,69:0000->referent	0x12FE6	0x172
+352	LAZEREGG	referent,laser	24:FE02->laser,69:0000->referent	0x3D700	0x18F
+353	MISS1EGG	referent,item,pad2,buster,slot,eTrigger,counter,rubberSuit,pathegg,guardBoy,door	24:F602->door,24:F802->guardBoy,24:FA02->buster,24:FA02->item,24:FC02->eTrigger,24:FC02->pad2,24:FC02->pathegg,24:FE02->buster,24:FE02->door,24:FE02->item,24:FE02->rubberSuit,69:0000->referent,69:0A00->buster,69:F800->counter,69:F800->slot,69:FA00->counter,69:FC00->counter	0x4331A	0x1483
+354	MISS2	referent,counter,item,done0,done1,done2,activate,itemNum,position,turn,body,door,door1,door2,door3,hoffman,pathEgg,vargas	24:0602->item,24:E602->pathEgg,24:EC02->hoffman,24:F002->door,24:F002->door3,24:F202->door,24:F202->door2,24:F402->door,24:F402->door1,24:F602->door,24:F802->vargas,24:FA02->body,24:FA02->item,24:FC02->item,24:FE02->item,62:FC00->activate,62:FD00->done2,62:FE00->done1,62:FF00->done0,69:0000->referent,69:0600->counter,69:0600->position,69:F300->item,69:F300->itemNum,69:F300->turn,69:F500->item,69:F500->itemNum,69:F700->counter,69:FE00->counter	0x4479D	0x22DC
+355	MISS3	referent	69:0000->referent	0x46A79	0x21F
+356	MISS4	referent,item	24:FE02->item,69:0000->referent	0x46C98	0x2A2
+357	MISS5	referent,counter,item,door,willmar,post1,post2,floor	24:F002->floor,24:F202->post2,24:F402->post1,24:F602->willmar,24:FA02->door,24:FC02->item,69:0000->referent,69:FE00->counter	0x46F3A	0xA64
+358	MISS6	referent,snell,item,door,doorX	24:F802->door,24:FA02->item,24:FE02->snell,69:0000->referent,69:F600->door,69:F600->doorX	0x4799E	0x7D5
+359	MISS7	referent,item	24:FE02->item,69:0000->referent	0x48173	0x13E
+360	MISS8	referent,willmar,counter,item,cardReader,telebeam,telepad	24:F402->telepad,24:F602->telebeam,24:F802->cardReader,24:FA02->item,24:FE02->willmar,69:0000->referent,69:FC00->counter	0x482B1	0x949
+361	MISS9	referent,target,station,screen,item,counter	24:F802->item,24:FA02->screen,24:FC02->station,24:FE02->target,69:0000->referent,69:F600->counter	0x48BFA	0x5FD
+362	MISS10	referent,item	24:FE02->item,69:0000->referent	0x4235A	0x1B2
+363	MISS11	referent	69:0000->referent	0x4250C	0x1D8
+364	MISS12	referent,item	24:FE02->item,69:0000->referent	0x426E4	0x1FB
+365	MISS13	referent,counter,item,wench,npcWench,door	24:F402->door,24:F602->npcWench,24:F802->wench,24:FC02->item,69:0000->referent,69:FE00->counter	0x428DF	0x690
+366	MISS14	referent,counter,item	24:FE02->item,69:0000->referent,69:FE00->counter	0x42F6F	0x3AB
+367	MISS15	referent,item,counter,door	24:FA02->door,24:FE02->item,69:0000->referent,69:FC00->counter	0x86975	0x528
+368	MUSIC	referent	69:0000->referent	0x4A909	0xFE
+369	STEAMEGG	referent,sBox	24:FE02->sBox,69:0000->referent	0x76FB9	0x1CD
+370	BARREL	ma0Q3,referent,barrel,item2,isYellowBarrel,isStandingBarrel,link	00:0000->ma0Q3,24:FC02->item2,24:FE02->barrel,62:FA00->isStandingBarrel,62:FB00->isYellowBarrel,69:0000->referent,69:F800->link	0x114B6	0x575
+371	BBETTY	referent,item,counter,counter2,total,item3	24:F302->item,24:F302->item3,24:FE02->item,69:0000->referent,69:F600->counter,69:F800->total,69:FA00->counter,69:FA00->counter2,69:FC00->counter	0x12A46	0x5A0
+372	BLASER	referent,laserList,item,inFastArea,count,link	24:F702->item,69:0000->referent,69:ED00->link,69:F100->count,69:F500->inFastArea,6C:F902->laserList	0x13ACB	0x669
+373	BRIDGE	referent,item,newtype,item2,start,bridgeitems,bridgemax,item3,cycletype,delay,retry	24:0602->item,24:E302->item,24:E302->item2,24:F002->item,24:F002->item3,24:F202->item,24:F202->item2,24:FC02->item,24:FC02->item2,24:FE02->item,64:6765->item,69:0000->referent,69:0800->newtype,69:0A00->start,69:EA00->retry,69:EC00->delay,69:EE00->cycletype,69:F800->bridgemax,69:FA00->bridgemax,6C:FA02->bridgeitems,6C:FC02->bridgeitems	0x16CEC	0x1395
+374	CONVEYOR	referent,counter,areThereItems,cargo_item	24:FB02->cargo_item,62:FD00->areThereItems,69:0000->referent,69:FE00->counter	0x1BFE3	0x43B
+375	DEATHFL	referent,item,item2,counter,spoogeType	24:FC02->item,24:FC02->item2,24:FE02->item,69:0000->referent,69:EC00->spoogeType,69:FA00->counter	0x20237	0x7AE
+376	DOOR	referent,doorType,ewall,roof,count,doorParam,doorQuality,roofQuality,ma0QS,deathBox,item,item2,hitMe,damagePoints	00:0000->ma0QS,24:FA02->item,24:FA02->item2,24:FC02->ewall,24:FC02->item,24:FE02->deathBox,24:FE02->roof,69:0000->referent,69:F600->damagePoints,69:F600->roof,69:F600->roofQuality,69:F800->doorQuality,69:F800->hitMe,69:FA00->doorParam,69:FC00->count,69:FE00->doorType	0x212B4	0x2128
+377	DOOR2	referent,doorList,counter,maxFrame,counter2,doorList2,door1,door2,item,nonLegalDoor1,nonLegalDoor2,bool,link,item2,item3,prisDoor,newFrame	24:F202->item,24:F402->door2,24:F402->item,24:F602->door1,24:F602->door2,24:F602->item,24:F602->item2,24:F802->door1,24:F802->item,24:F802->prisDoor,24:FA02->item,24:FA02->item3,24:FA02->prisDoor,24:FC02->item,24:FC02->item2,24:FE02->item,62:EF00->bool,62:F000->nonLegalDoor2,62:F100->nonLegalDoor1,69:0000->referent,69:E000->link,69:E200->link,69:ED00->maxFrame,69:F200->maxFrame,69:F400->maxFrame,69:F600->counter,69:F600->maxFrame,69:F800->counter,69:F800->counter2,69:F800->maxFrame,69:FA00->counter,69:FA00->counter2,69:FA00->link,69:FA00->maxFrame,69:FC00->counter,69:FC00->counter2,69:FC00->maxFrame,69:FC00->newFrame,69:FE00->counter,6C:FC02->doorList,6C:FC02->doorList2,6C:FE02->doorList	0x233DC	0x41EF
+378	DOOR3	referent,doorList,doorList2,counter,door2,maxFrame,counter2,door1,item,nonLegalDoor1,nonLegalDoor2,bool	24:F202->item,24:F402->door2,24:F602->door1,24:F802->door2,62:EF00->bool,62:F000->nonLegalDoor2,62:F100->nonLegalDoor1,69:0000->referent,69:ED00->maxFrame,69:F600->maxFrame,69:F800->counter,69:F800->counter2,69:FA00->counter,69:FC00->maxFrame,69:FE00->counter,6C:FC02->doorList,6C:FC02->doorList2,6C:FE02->doorList,6C:FE02->doorList2	0x275CB	0x244F
+379	ELEVAT	referent,cargoUp,existCargo,counter,height,maxLimit,maxLimitCount,counter2,total,minLimit,minLimitCount,cargoDown,total2,liftpit,pitCounter,totFrames,checkX,checkY	24:F502->cargoDown,24:FE02->cargoUp,24:FE02->liftpit,62:FA00->height,62:FB00->height,62:FC00->totFrames,62:FD00->existCargo,62:FD00->pitCounter,69:0000->referent,69:E800->total,69:E800->total2,69:F200->total,69:F400->counter,69:F400->counter2,69:F600->maxLimit,69:F600->maxLimitCount,69:F700->minLimit,69:F700->minLimitCount,69:F800->checkY,69:F800->maxLimit,69:F900->minLimit,69:FA00->checkX,69:FB00->counter,69:FC00->counter,69:FC00->counter2,69:FE00->counter	0x2C1D5	0xB95
+381	FLAME	referent,item,detect	24:FE02->item,62:FD00->detect,69:0000->referent	0x33597	0x2D0
+382	FREE	flick,localFlick,item1,item2,avatarMap,npc1,npc2,ref1,ref2,dist,range,item,closestItem,closest,phold,addType,fram,time,oldTick,newTick,ptype,list,member,count,line,temp,lines,counter,alarm,notAlarmed,rndVoice,source,leftOvers	24:F602->npc2,24:F802->npc1,24:FA02->item,24:FC02->closest,24:FC02->closestItem,24:FC02->item,24:FC02->item2,24:FC02->phold,24:FE02->item,24:FE02->item1,24:FE02->phold,62:F500->notAlarmed,62:FD00->leftOvers,64:F800->newTick,64:FC00->oldTick,69:0600->range,69:0600->ref1,69:0600->source,69:0600->time,69:0800->addType,69:0800->ptype,69:0800->ref2,69:0A00->fram,69:F800->dist,69:FA00->avatarMap,69:FA00->closest,69:FA00->rndVoice,69:FC00->alarm,69:FC00->count,69:FE00->count,69:FE00->counter,69:FE00->dist,69:FE00->member,6C:0602->list,73:0600->flick,73:0800->line,73:FE00->line,73:FE00->localFlick,73:FE00->member,7A:0602->list,7A:0802->line,7A:0802->lines,7A:FE02->temp	0x34A5C	0x1F02
+383	HOVER	referent,total,counter,cargo,hover,xacc,yacc,zacc,xfract,yfract,zfract,firstEgg,targetEgg,time,oldqhi,link,item,check	24:E702->hover,24:E902->cargo,24:EB02->item,24:ED02->hover,24:FA02->hover,24:FC02->item,24:FE02->cargo,62:0C00->check,64:C400->zfract,64:C800->yfract,64:CC00->xfract,64:D000->zacc,64:D400->yacc,64:D800->xacc,69:0000->referent,69:F000->link,69:F200->firstEgg,69:F400->link,69:F600->oldqhi,69:F700->counter,69:F800->time,69:F900->total,69:FA00->targetEgg,69:FC00->firstEgg	0x39DE3	0x18D4
+384	KEYPAD	referent,valueBox,boxesInArea,linkedWithSwitch,wrongCode,userInput,boxPasscode,keycode	24:FE02->valueBox,62:FA00->wrongCode,62:FB00->linkedWithSwitch,69:0000->referent,69:F400->keycode,69:F600->boxPasscode,69:F800->userInput,69:FC00->boxesInArea	0x3C228	0x328
+385	LAZER	referent,item,monster	24:FC02->monster,24:FE02->item,69:0000->referent	0x3D3CF	0x331
+386	LITEWALL	referent,wall,tempType,realType,counter,stepper,item,wallList,dist,aSet,aSet1,aSet2,aSet3	24:FA02->wall,24:FC02->item,24:FE02->stepper,24:FE02->wall,69:0000->referent,69:E900->aSet,69:E900->aSet3,69:EB00->aSet,69:EB00->aSet2,69:ED00->aSet,69:ED00->aSet1,69:EF00->aSet,69:F100->dist,69:F800->counter,69:FA00->realType,69:FC00->tempType,6C:F802->wall,6C:F802->wallList	0x3EA99	0x4D5
+387	$2Q%	referent,item,counter,padDir,toDir,stepNum,phrase,damageSource,aSet	24:FE02->item,69:0000->referent,69:0A00->damageSource,69:0A00->phrase,69:0C00->toDir,69:0E00->stepNum,69:F200->counter,69:FA00->padDir,69:FE00->aSet,69:FE00->counter	0x4AE8E	0x13E5
+389	SHOCKER	referent,randNum,duration,skill,kernelCheck,counter,monster	24:FE02->monster,69:0000->referent,69:F400->counter,69:F600->kernelCheck,69:F800->skill,69:FA00->duration,69:FE00->randNum	0x593F8	0x485
+390	SPIDER	referent,spiderType,spider,target,dest,count,targetLoop,destX,destY,destZ,currentP,counter,minor,oabs,ovel,axis,ztarg,zcur	24:F705->dest,24:FB05->currentP,24:FC02->target,24:FE02->spider,24:FE02->target,62:0E00->dest,62:0E00->destZ,69:0000->referent,69:0A00->dest,69:0A00->destX,69:0A00->spider,69:0A00->spiderType,69:0C00->dest,69:0C00->destY,69:0E00->target,69:0E00->targetLoop,69:DC00->zcur,69:DE00->ztarg,69:E000->axis,69:E400->ovel,69:E800->oabs,69:EE00->minor,69:F000->count,69:F000->counter,69:F300->target,69:F300->targetLoop,69:F500->count	0x5BE33	0xA37
+391	STEAM	referent,item,detect	24:FE02->item,62:FD00->detect,69:0000->referent	0x5E67C	0x354
+392	SWITCH	referent,counter,okay	62:FF00->okay,69:0000->referent,69:FE00->counter	0x605E0	0x457
+393	TEXTFILE	referent,linkNum,msgNum,passcode,textFile,rnge	0A:005F->textFile,27:7320->passcode,65:7720->passcode,68:6520->passcode,69:0000->referent,69:0A00->linkNum,69:0C00->msgNum,69:0E00->passcode,69:FC00->rnge,73:FE00->textFile,74:7920->passcode	0x6154F	0x252C
+394	TRIGGER	referent,phase,lowPriorityTriggers,cmdphase,npcNum,mapNum,item,aitem,baseLink,newLink,searchtype,newphase,door,scmd,item2,distance,counter	24:EA02->item,24:EA02->item2,24:EC02->item,24:EC02->item2,24:F002->aitem,24:F202->aitem,24:F202->item,24:F402->aitem,24:F402->item,24:FE02->door,63:6D64->phase,69:0000->referent,69:0C00->phase,69:0E00->npcNum,69:1000->mapNum,69:1200->baseLink,69:1400->searchtype,69:E800->counter,69:EA00->newphase,69:EC00->distance,69:EC00->searchtype,69:EE00->counter,69:EE00->newLink,69:F000->baseLink,69:F000->newLink,69:F200->baseLink,69:F600->mapNum,69:F600->searchtype,69:F800->mapNum,69:F800->npcNum,69:FA00->npcNum,69:FC00->cmdphase,69:FE00->scmd,6C:FE02->lowPriorityTriggers,6E:6577->phase,F0:0261->item,F2:0261->item,F4:0261->item	0x64E53	0x41A0
+395	VALBOX	referent,lowByte,highByte,keypadCode	69:0000->referent,69:FA00->keypadCode,69:FC00->highByte,69:FE00->lowByte	0x695F8	0x178
+396	WALLGUN	referent,target,brain,delay,targItem,coordToCoordDir,left,right,targetNpc,dist,panRight,panLeft,isTurret,ammo,ma0Q,maxHit,turn,fire,gun2,broken	24:F302->target,24:F302->targetNpc,24:FC02->gun2,24:FE02->targItem,4E:0000->ma0Q,62:F500->isTurret,62:F600->isTurret,62:F600->panLeft,62:F700->panLeft,62:F700->panRight,69:0000->referent,69:0A00->target,69:0C00->brain,69:F300->delay,69:F400->ammo,69:F400->delay,69:F400->isTurret,69:F800->right,69:FA00->broken,69:FA00->dist,69:FA00->fire,69:FA00->left,69:FA00->right,69:FC00->coordToCoordDir,69:FC00->delay,69:FC00->dist,69:FC00->left,69:FC00->right,69:FC00->turn,69:FD00->dist,69:FE00->delay,69:FE00->left,69:FE00->maxHit	0x6B481	0x6D03
+397	$4Q2	referent,shotRef,item,damage	24:FE02->item,69:0000->referent,69:0C00->shotRef,69:FC00->damage	0x7346B	0x48C
+398	NPCDEATH	referent,link,deathBox,param,hits,keyCard,item,deadGuy,goods,counter,spillBlood,spillOil,spillCoolant,newDir,flipIt,newType,skill,sLevel,wimp,fullOfShit	24:0A02->item,24:ED02->goods,24:EF02->deadGuy,24:F102->item,24:F502->keyCard,24:FB02->deathBox,24:FE02->goods,24:FE02->item,62:DE00->flipIt,62:E800->spillCoolant,62:E900->spillOil,62:EA00->spillBlood,62:F600->fullOfShit,62:F700->wimp,69:0000->referent,69:0C00->link,69:DC00->newType,69:DF00->newDir,69:EB00->counter,69:F700->hits,69:F800->sLevel,69:F900->param,69:FA00->skill,69:FC00->counter	0x74B24	0x1EDD
+399	
+<$Q7	referent,linkNum,msgNum,passcode,textFile	27:7320->passcode,68:6520->passcode,69:0000->referent,69:0A00->linkNum,69:0C00->msgNum,69:0E00->passcode,6C:6C20->passcode,73:FE00->textFile	0x77898	0x2567
+400	ITEM	referent,destx,desty,truncate,targetRef,targetItem,item,newStatus,destX,destY,destZ,currentP,counter,minor,oabs,ovel,axis,ztarg,zcur,damageRef,maxHits,damagePoints,currentHits,newHits,boomType,selfDestruct,origin,bigBomb,onSomething,failTest,theType,ma0Q,onFloor,burn,burn2,egg1,monster1,monster2,link,newNpc,ref1,ref2,item1,item2	00:0000->ma0Q,24:F502->burn,24:F602->newNpc,24:FB05->currentP,24:FC02->burn,24:FC02->burn2,24:FC02->item,24:FC02->item2,24:FC02->monster2,24:FC02->origin,24:FE02->burn,24:FE02->item,24:FE02->item1,24:FE02->monster1,24:FE02->targetItem,62:0C00->selfDestruct,62:0E00->destZ,62:0E00->truncate,62:F600->failTest,62:F700->onSomething,62:FB00->bigBomb,62:FD00->onFloor,69:0000->referent,69:0A00->boomType,69:0A00->damageRef,69:0A00->destX,69:0A00->destx,69:0A00->egg1,69:0A00->newStatus,69:0A00->ref1,69:0A00->targetRef,69:0C00->destY,69:0C00->desty,69:0C00->ref2,69:0E00->maxHits,69:DC00->zcur,69:DE00->ztarg,69:E000->axis,69:E100->zcur,69:E300->ztarg,69:E400->ovel,69:E500->axis,69:E800->oabs,69:E900->ovel,69:ED00->oabs,69:EE00->minor,69:F000->counter,69:F300->minor,69:F400->theType,69:F500->counter,69:FA00->link,69:FA00->newHits,69:FC00->currentHits,69:FE00->damagePoints	0x7A04B	0x1ABB
+401	
+|$4Q(	referent,linkNum,msgNum,passcode,textFile	27:7320->passcode,65:7420->passcode,65:7720->passcode,68:6520->passcode,69:0000->referent,69:0A00->linkNum,69:0C00->msgNum,69:0E00->passcode,6E:6720->passcode,73:6520->passcode,73:FE00->textFile	0x7CF4C	0x26A8
+402	FLICTEST	hideoutx,mva01,mva03a,mva03b,mva04,mva05a,mva05b,mva06,mva07,mva08,mva09,mva10,mva11a,mva11b,mva12a,mva12b,mva13,mva14,mva15a,mva15b,mva15c,test,referent,keycode	0D:0400->test,0D:0500->mva01,0D:0500->mva04,0D:0500->mva06,0D:0500->mva07,0D:0500->mva08,0D:0500->mva09,0D:0500->mva10,0D:0500->mva13,0D:0500->mva14,0D:0600->mva03a,0D:0600->mva03b,0D:0600->mva05a,0D:0600->mva05b,0D:0600->mva11a,0D:0600->mva11b,0D:0600->mva12a,0D:0600->mva12b,0D:0600->mva15a,0D:0600->mva15b,0D:0600->mva15c,0D:0800->hideoutx,69:0000->referent,69:FE00->keycode	0x80913	0x4E4C

USECODE/EUSECODE_extracted/descriptor_neighborhoods.tsv

@@ -0,0 +1,85 @@
+center_index	neighbor_index	primary_label	field_names	field_tags
+190	186	ROLL_NS	referent,item,item2,riderList,time,total,counter,oldz,cargo,zCheck,zMax,ma0Q6	24:EB02->cargo,24:FC02->item,24:FC02->item2,24:FE02->item,53:0000->ma0Q6,62:E800->zMax,69:0000->referent,69:E900->zCheck,69:F200->oldz,69:F600->counter,69:F800->total,69:FE00->time,6C:FA02->riderList
+190	187	REB_COUP	referent,counter	69:0000->referent,69:FE00->counter
+190	188	MEDIKIT	referent,item	24:FE02->item,69:0000->referent
+190	189	COR_BOOT	referent,event,counter,item	24:FE02->item,69:0000->referent,69:0A00->event,69:FC00->counter,69:FE00->counter
+190	190	EVENT	mva3b,referent,event,item,source,dest,door,counter,counter2,link,time,post1,post2,floor,flicMan	0D:0500->mva3b,24:D102->flicMan,24:D702->floor,24:D902->post2,24:DB02->post1,24:F802->door,24:FA02->dest,24:FC02->source,24:FE02->item,69:0000->referent,69:0A00->event,69:E100->time,69:EB00->link,69:EF00->counter,69:EF00->counter2,69:F100->counter
+190	191	NPCTRIG	referent,event,item,item2,typeNpc	24:FA02->item,24:FA02->item2,24:FC02->item,24:FC02->item2,24:FE02->item,69:0000->referent,69:0A00->event,69:0A00->typeNpc
+190	192	
+
+
+
+K	referent,item	24:FE02->item,69:0000->referent
+190	193	CRUZTRIG	referent,item,elev	24:FC02->elev,24:FE02->item,69:0000->referent
+190	194	NPC_ONLY	referent,item,link	24:FE02->item,69:0000->referent,69:FA00->link
+191	187	REB_COUP	referent,counter	69:0000->referent,69:FE00->counter
+191	188	MEDIKIT	referent,item	24:FE02->item,69:0000->referent
+191	189	COR_BOOT	referent,event,counter,item	24:FE02->item,69:0000->referent,69:0A00->event,69:FC00->counter,69:FE00->counter
+191	190	EVENT	mva3b,referent,event,item,source,dest,door,counter,counter2,link,time,post1,post2,floor,flicMan	0D:0500->mva3b,24:D102->flicMan,24:D702->floor,24:D902->post2,24:DB02->post1,24:F802->door,24:FA02->dest,24:FC02->source,24:FE02->item,69:0000->referent,69:0A00->event,69:E100->time,69:EB00->link,69:EF00->counter,69:EF00->counter2,69:F100->counter
+191	191	NPCTRIG	referent,event,item,item2,typeNpc	24:FA02->item,24:FA02->item2,24:FC02->item,24:FC02->item2,24:FE02->item,69:0000->referent,69:0A00->event,69:0A00->typeNpc
+191	192	
+
+
+
+K	referent,item	24:FE02->item,69:0000->referent
+191	193	CRUZTRIG	referent,item,elev	24:FC02->elev,24:FE02->item,69:0000->referent
+191	194	NPC_ONLY	referent,item,link	24:FE02->item,69:0000->referent,69:FA00->link
+191	195	VMAIL	referent,textFile	69:0000->referent,73:FE00->textFile
+193	189	COR_BOOT	referent,event,counter,item	24:FE02->item,69:0000->referent,69:0A00->event,69:FC00->counter,69:FE00->counter
+193	190	EVENT	mva3b,referent,event,item,source,dest,door,counter,counter2,link,time,post1,post2,floor,flicMan	0D:0500->mva3b,24:D102->flicMan,24:D702->floor,24:D902->post2,24:DB02->post1,24:F802->door,24:FA02->dest,24:FC02->source,24:FE02->item,69:0000->referent,69:0A00->event,69:E100->time,69:EB00->link,69:EF00->counter,69:EF00->counter2,69:F100->counter
+193	191	NPCTRIG	referent,event,item,item2,typeNpc	24:FA02->item,24:FA02->item2,24:FC02->item,24:FC02->item2,24:FE02->item,69:0000->referent,69:0A00->event,69:0A00->typeNpc
+193	192	
+
+
+
+K	referent,item	24:FE02->item,69:0000->referent
+193	193	CRUZTRIG	referent,item,elev	24:FC02->elev,24:FE02->item,69:0000->referent
+193	194	NPC_ONLY	referent,item,link	24:FE02->item,69:0000->referent,69:FA00->link
+193	195	VMAIL	referent,textFile	69:0000->referent,73:FE00->textFile
+193	196	STORMTRO	referent	69:0000->referent
+193	197	WALGUNEW	referent	69:0000->referent
+272	268	D_THERM	referent	69:0000->referent
+272	269	SURCAMNS	referent,textFile,monit,valueBox,passcode,link,code,screen,cameraEgg,trueRef,therma,eventTrigger,foundGun	24:0A02->eventTrigger,24:F102->therma,24:FA02->valueBox,24:FC02->cameraEgg,24:FC02->monit,24:FE02->screen,61:7373->code,62:F500->code,62:FD00->foundGun,69:0000->referent,69:F600->link,69:F800->passcode,69:FA00->trueRef,73:FE00->textFile
+272	270	BASEGUN	referent,item	24:F802->item,69:0000->referent
+272	271	TIMER	referent,time,phase2	69:0000->referent,69:FA00->phase2,69:FC00->time
+272	272	SPECIAL	referent,phase,counter,time,phase1,phase2,mapNum,npcNum	69:0000->referent,69:0C00->phase,69:F800->phase,69:F800->phase2,69:FA00->phase,69:FA00->phase1,69:FC00->npcNum,69:FC00->time,69:FE00->counter,69:FE00->mapNum
+272	273	TRIGPAD	referent,item,elev	24:FA02->elev,24:FC02->item,69:0000->referent
+272	274	MONSTER	referent,monster1,door,newNpc	24:F602->newNpc,24:F802->door,24:FE02->monster1,69:0000->referent
+272	275	ELITE	referent	69:0000->referent
+272	276	D_ESTORM	referent,goods	24:FE02->goods,69:0000->referent
+273	269	SURCAMNS	referent,textFile,monit,valueBox,passcode,link,code,screen,cameraEgg,trueRef,therma,eventTrigger,foundGun	24:0A02->eventTrigger,24:F102->therma,24:FA02->valueBox,24:FC02->cameraEgg,24:FC02->monit,24:FE02->screen,61:7373->code,62:F500->code,62:FD00->foundGun,69:0000->referent,69:F600->link,69:F800->passcode,69:FA00->trueRef,73:FE00->textFile
+273	270	BASEGUN	referent,item	24:F802->item,69:0000->referent
+273	271	TIMER	referent,time,phase2	69:0000->referent,69:FA00->phase2,69:FC00->time
+273	272	SPECIAL	referent,phase,counter,time,phase1,phase2,mapNum,npcNum	69:0000->referent,69:0C00->phase,69:F800->phase,69:F800->phase2,69:FA00->phase,69:FA00->phase1,69:FC00->npcNum,69:FC00->time,69:FE00->counter,69:FE00->mapNum
+273	273	TRIGPAD	referent,item,elev	24:FA02->elev,24:FC02->item,69:0000->referent
+273	274	MONSTER	referent,monster1,door,newNpc	24:F602->newNpc,24:F802->door,24:FE02->monster1,69:0000->referent
+273	275	ELITE	referent	69:0000->referent
+273	276	D_ESTORM	referent,goods	24:FE02->goods,69:0000->referent
+273	277	JELYHACK	referent	69:0000->referent
+277	273	TRIGPAD	referent,item,elev	24:FA02->elev,24:FC02->item,69:0000->referent
+277	274	MONSTER	referent,monster1,door,newNpc	24:F602->newNpc,24:F802->door,24:FE02->monster1,69:0000->referent
+277	275	ELITE	referent	69:0000->referent
+277	276	D_ESTORM	referent,goods	24:FE02->goods,69:0000->referent
+277	277	JELYHACK	referent	69:0000->referent
+277	278	DATALINK	mva1,mva3a,mva4,mva5a,mva6,mva7,mva8,mva9,mva10,mva11a,mva12a,mva13,mva14,mva15a,mva15c,referent,textFile	0D:0400->mva1,0D:0400->mva4,0D:0400->mva6,0D:0400->mva7,0D:0400->mva8,0D:0400->mva9,0D:0500->mva1,0D:0500->mva10,0D:0500->mva13,0D:0500->mva14,0D:0500->mva3a,0D:0500->mva5a,0D:0600->mva1,0D:0600->mva11a,0D:0600->mva12a,0D:0600->mva15a,0D:0600->mva15c,69:0000->referent,73:FE00->textFile
+277	279	SLIDEFLR	referent	69:0000->referent
+277	280	JELYH2	referent	69:0000->referent
+277	281	HOFFMAN	referent,hoffy,deathBox,deadGuy,item	24:F802->item,24:FA02->deadGuy,24:FC02->deathBox,24:FE02->hoffy,69:0000->referent
+280	276	D_ESTORM	referent,goods	24:FE02->goods,69:0000->referent
+280	277	JELYHACK	referent	69:0000->referent
+280	278	DATALINK	mva1,mva3a,mva4,mva5a,mva6,mva7,mva8,mva9,mva10,mva11a,mva12a,mva13,mva14,mva15a,mva15c,referent,textFile	0D:0400->mva1,0D:0400->mva4,0D:0400->mva6,0D:0400->mva7,0D:0400->mva8,0D:0400->mva9,0D:0500->mva1,0D:0500->mva10,0D:0500->mva13,0D:0500->mva14,0D:0500->mva3a,0D:0500->mva5a,0D:0600->mva1,0D:0600->mva11a,0D:0600->mva12a,0D:0600->mva15a,0D:0600->mva15c,69:0000->referent,73:FE00->textFile
+280	279	SLIDEFLR	referent	69:0000->referent
+280	280	JELYH2	referent	69:0000->referent
+280	281	HOFFMAN	referent,hoffy,deathBox,deadGuy,item	24:F802->item,24:FA02->deadGuy,24:FC02->deathBox,24:FE02->hoffy,69:0000->referent
+280	282	D_HOFFMA	referent	69:0000->referent
+280	283	REE_BOOT	referent,event,counter,item	24:FE02->item,69:0000->referent,69:0A00->event,69:FC00->counter,69:FE00->counter
+280	284	SURCAMEW	referent,textFile,monit,valueBox,passcode,link,code,screen,cameraEgg,trueRef,therma,eventTrigger,foundGun	24:0A02->eventTrigger,24:F602->therma,24:FA02->valueBox,24:FC02->cameraEgg,24:FC02->monit,24:FE02->screen,61:7373->code,62:F500->code,62:FD00->foundGun,69:0000->referent,69:F600->link,69:F800->passcode,69:FA00->trueRef,73:FE00->textFile
+285	281	HOFFMAN	referent,hoffy,deathBox,deadGuy,item	24:F802->item,24:FA02->deadGuy,24:FC02->deathBox,24:FE02->hoffy,69:0000->referent
+285	282	D_HOFFMA	referent	69:0000->referent
+285	283	REE_BOOT	referent,event,counter,item	24:FE02->item,69:0000->referent,69:0A00->event,69:FC00->counter,69:FE00->counter
+285	284	SURCAMEW	referent,textFile,monit,valueBox,passcode,link,code,screen,cameraEgg,trueRef,therma,eventTrigger,foundGun	24:0A02->eventTrigger,24:F602->therma,24:FA02->valueBox,24:FC02->cameraEgg,24:FC02->monit,24:FE02->screen,61:7373->code,62:F500->code,62:FD00->foundGun,69:0000->referent,69:F600->link,69:F800->passcode,69:FA00->trueRef,73:FE00->textFile
+285	285	SFXTRIG	referent,event	69:0000->referent,69:0A00->event
+285	286	SKILLBOX	referent,skill	69:0000->referent,69:FE00->skill
+285	287	D_GURDSQ	referent,goods	24:FE02->goods,69:0000->referent
+285	288	VETRON	referent	69:0000->referent
+285	289	DEATHBOX	referent,sswitch,counter	24:FE02->sswitch,69:0000->referent,69:F900->counter

USECODE/EUSECODE_extracted/entry_index.tsv

@@ -0,0 +1,411 @@
+entry_index	table_offset	data_offset	declared_size	extracted_size	text_like	printable_ratio	zero_ratio	overlap_with_next	primary_label	field_names	field_tags	preview
+0	0x88	0x6090	0x9C00	0x9C00	0	0.0857	0.9063	0	ALARMBOX	uniB	4F:4400->uniB,54:4500->uniB,58:3100->uniB	.......................................@...BLACK8.un............
+1	0xA8	0x87C38	0x20D	0x20D	0	0.2971	0.5067	0	BLACK8	referent,item	24:FE02->item,69:0000->referent	....9...........g.......................................9.......
+2	0xB8	0x4F5F9	0x133	0x133	0	0.1987	0.7264	0	RDOOR_N	referent	69:0000->referent	...._.......3..........................................._.......
+3	0x108	0x87A2B	0x20D	0x20D	0	0.3029	0.5048	0	BLACK16	referent,item	24:FE02->item,69:0000->referent	....9...........g.......................................9.......
+4	0x198	0x102D3	0x126	0x126	0	0.1463	0.7551	0	ALARM_EW	referent	69:0000->referent	....R.......&...................................................
+5	0x1F8	0x5B1F5	0x1BA	0x1BA	0	0.2715	0.5407	0	SMALLTAB	referent,item	24:FE02->item,69:0000->referent	................................................................
+6	0x210	0x69929	0x2EE	0x2EE	0	0.3320	0.4240	0	VALVE	referent,counter,item	24:FC02->item,69:0000->referent,69:FE00->counter	................H...............................................
+7	0x2C0	0x4124D	0x2A9	0x2A9	0	0.3510	0.4097	0	MDOOR_E	referent,item,item2,door	24:FA02->door,24:FC02->item,24:FC02->item2,24:FE02->item,69:0000->referent	........................................................_.......
+8	0x2D8	0x103F9	0x126	0x126	0	0.1463	0.7551	0	ALARM_NS	referent	69:0000->referent	....R.......&...................................................
+9	0x380	0x53A49	0x432	0x432	0	0.4050	0.3343	0	RFANEW	referent,item,fart,fart2,fram,counter,counter2,wind	24:F602->wind,24:F802->item,24:FE02->item,69:0000->referent,69:FA00->counter,69:FA00->counter2,69:FA00->fart,69:FA00->fart2,69:FC00->counter,69:FC00->fart,69:FE00->fram	....^.......2...<.........................................8.....
+10	0x388	0x804A8	0x1B9	0x1B9	0	0.2653	0.5578	0	FALLINGC	referent,item	24:FE02->item,69:0000->referent	................................................................
+11	0x398	0x60A37	0x181	0x181	0	0.2494	0.6026	0	SWITCHEW	referent	69:0000->referent	................................................................
+12	0x3E8	0x1C702	0x2E4	0x2E4	0	0.3608	0.4176	0	CONVEY_N	referent,xdir,ydir,item	24:FC02->item,62:FE00->ydir,62:FF00->xdir,69:0000->referent	................................................................
+13	0x410	0x73C9C	0x137	0x137	0	0.1994	0.7170	0	YR2X6EW	referent	69:0000->referent	....c.......7...........................................c.......
+14	0x468	0x4F4C6	0x133	0x133	0	0.1954	0.7264	0	RDOOR_E	referent	69:0000->referent	...._.......3..........................................._.......
+15	0x490	0x16758	0x2CA	0x2CA	0	0.3319	0.4328	0	BOX_EW	referent,counter	69:0000->referent,69:FE00->counter	................$...............................................
+16	0x498	0x16A22	0x2CA	0x2CA	0	0.3319	0.4328	0	BOX_NS	referent,counter	69:0000->referent,69:FE00->counter	................$...............................................
+17	0x4D0	0x738F7	0x137	0x137	0	0.2058	0.7106	0	YR16X6EW	referent	69:0000->referent	....c.......7...........................................c.......
+18	0x4E0	0x73A2E	0x137	0x137	0	0.2058	0.7106	0	YR16X6NS	referent	69:0000->referent	....c.......7...........................................c.......
+19	0x4E8	0x742AF	0x137	0x137	0	0.1994	0.7170	0	YR8X6NS	referent	69:0000->referent	....c.......7...........................................c.......
+20	0x4F0	0x74041	0x137	0x137	0	0.1994	0.7170	0	YR4X6NS	referent	69:0000->referent	....c.......7...........................................c.......
+21	0x4F8	0x73DD3	0x137	0x137	0	0.1994	0.7170	0	YR2X6NS	referent	69:0000->referent	....c.......7...........................................c.......
+22	0x508	0x3EF6E	0x284	0x284	0	0.3121	0.4208	0	LUGGAGE	ma0Q0,referent,item	24:FE02->item,45:0000->ma0Q0,69:0000->referent	................................................................
+23	0x518	0x74178	0x137	0x137	0	0.1994	0.7170	0	YR8X6EW	referent	69:0000->referent	....c.......7...........................................c.......
+24	0x520	0x73F0A	0x137	0x137	0	0.1994	0.7170	0	YR4X6EW	referent	69:0000->referent	....c.......7...........................................c.......
+25	0x528	0x73B65	0x137	0x137	0	0.1865	0.7299	0	YR1X1	referent	69:0000->referent	....c.......7...........................................c.......
+26	0x530	0x4D4D7	0x301	0x301	0	0.3641	0.3862	0	PEPSIEW	referent,item	24:FE02->item,69:0000->referent	....-...........................................................
+27	0x538	0x37941	0x133	0x133	0	0.2020	0.7199	0	GDOOR_E2	referent	69:0000->referent	...._.......3..........................................._.......
+28	0x540	0x1A8A7	0x16E	0x16E	0	0.2240	0.6503	0	CATWALK1	referent	69:0000->referent	............n...................................................
+29	0x558	0x37BA7	0x130	0x130	0	0.2007	0.7237	0	GDOOR_N2	referent	69:0000->referent	....\.......0...........................................\.......
+30	0x560	0x4D7D8	0x301	0x301	0	0.3654	0.3875	0	PEPSINS	referent,item	24:FE02->item,69:0000->referent	....-...........................................................
+31	0x598	0x4D37A	0x15D	0x15D	0	0.1977	0.6648	0	PANELNS	referent	69:0000->referent	............]...................................................
+32	0x5A0	0x4D21D	0x15D	0x15D	0	0.1948	0.6648	0	PANELEW	referent	69:0000->referent	............]...................................................
+33	0x5D8	0x414F6	0x2A9	0x2A9	0	0.3510	0.4112	0	MDOOR_N	referent,item,item2,door	24:FA02->door,24:FC02->item,24:FC02->item2,24:FE02->item,69:0000->referent	........................................................_.......
+34	0x5E0	0x1202A	0x133	0x133	0	0.2020	0.7231	0	BARRELUP	referent	69:0000->referent	...._.......3..........................................._.......
+35	0x660	0x5A74F	0x134	0x134	0	0.1688	0.7273	0	SIGNEW	referent	69:0000->referent	....`.......4...............................`...................
+36	0x668	0x5A883	0x134	0x134	0	0.1656	0.7273	0	SIGNNS	referent	69:0000->referent	....`.......4...............................`...................
+37	0x678	0x53E7B	0x432	0x432	0	0.4060	0.3343	0	RFANNS	referent,item,fart,fart2,fram,counter,counter2,wind	24:F602->wind,24:F802->item,24:FE02->item,69:0000->referent,69:FA00->counter,69:FA00->counter2,69:FA00->fart,69:FA00->fart2,69:FC00->counter,69:FC00->fart,69:FE00->fram	....^.......2...<.........................................8.....
+38	0x6A8	0x77186	0x16A	0x16A	0	0.2652	0.6298	0	RDOOR1_E	referent	69:0000->referent	............j..........................................._.8.....
+39	0x6B0	0x772F0	0x16A	0x16A	0	0.2652	0.6298	0	RDOOR2_E	referent	69:0000->referent	............j..........................................._.8.....
+40	0x6B8	0x7745A	0x16A	0x16A	0	0.2652	0.6298	0	RDOOR3_E	referent	69:0000->referent	............j..........................................._.8.....
+41	0x6C0	0x775C4	0x16A	0x16A	0	0.2652	0.6298	0	RDOOR4_E	referent	69:0000->referent	............j..........................................._.8.....
+42	0x6C8	0x7772E	0x16A	0x16A	0	0.2652	0.6298	0	RDOOR5_E	referent	69:0000->referent	............j..........................................._.8.....
+43	0x718	0x18081	0x1B6	0x1B6	0	0.2603	0.5616	0	BROKENCW	referent,item	24:FE02->item,69:0000->referent	................................................................
+44	0x808	0x5F483	0x2D4	0x2D4	0	0.3812	0.4116	0	STELEPAD	referent,item,tele	24:FE02->item,24:FE02->tele,69:0000->referent	................................................................
+45	0x8A0	0x49567	0x370	0x370	0	0.4523	0.3364	0	MONITNS	referent,textFile,valueBox,passcode,link,boxCounter	24:FC02->valueBox,69:0000->referent,69:F600->boxCounter,69:F800->link,69:FA00->passcode,6D:6520->link,73:FE00->textFile	............p...".........b.............................:.c.....
+46	0x8D0	0x3753C	0x2D2	0x2D2	0	0.4114	0.3961	0	GATGUNNS	referent	69:0000->referent	........................................................N.......
+47	0x8F8	0x39586	0x2D4	0x2D4	0	0.3812	0.4116	0	GTELEPAD	referent,item,tele	24:FE02->item,24:FE02->tele,69:0000->referent	................................................................
+48	0x928	0x3726A	0x2D2	0x2D2	0	0.4114	0.3961	0	GATGUNEW	referent	69:0000->referent	........................................................N.......
+49	0x990	0x32255	0x2B7	0x2B7	0	0.3683	0.4029	0	FASTSKIL	referent,skill	69:0000->referent,69:FE00->skill	................................................................
+50	0xA08	0x2DD4A	0x448	0x448	0	0.4416	0.3330	0	ELEVPLAT	referent,cargo	24:FE02->cargo,69:0000->referent	....t.......H...................................................
+51	0xA20	0x1AA15	0x225	0x225	0	0.2787	0.4791	0	CATWALK2	referent,item	24:FE02->item,69:0000->referent	....Q.......%...........................................Q.......
+52	0xA28	0x3E19C	0x7CA	0x7CA	0	0.4147	0.3074	0	LIFT	referent,item,counter,total,cargo,cargoType	24:F302->cargo,24:FE02->item,69:0000->referent,69:F100->cargo,69:F100->cargoType,69:FC00->total,69:FE00->counter	................,...........F.............................m.....
+53	0xA30	0x1C41E	0x2E4	0x2E4	0	0.3608	0.4176	0	CONVEY_E	referent,xdir,ydir,item	24:FC02->item,62:FE00->ydir,62:FF00->xdir,69:0000->referent	................................................................
+54	0xA38	0x3250C	0x56B	0x56B	0	0.4636	0.2884	0	FFFLOOR	referent,fffloor,item	24:FC02->fffloor,24:FE02->item,69:0000->referent	............k...u...............................................
+55	0xA40	0x5219F	0x2D3	0x2D3	0	0.3790	0.3721	0	RECHAGNS	ma0Q,referent,item	24:FE02->item,4E:5300->ma0Q,69:0000->referent	................-...............................................
+56	0xA50	0x52801	0x38F	0x38F	0	0.4029	0.3480	0	RECHFLNS	referent,item	24:FE02->item,69:0000->referent	................A.......................................U.......
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+58	0xB10	0x20C97	0x159	0x159	0	0.2406	0.6551	0	DEATHFL3	referent	69:0000->referent	............Y...........................................N.8.....
+59	0xB18	0x11DC4	0x133	0x133	0	0.1954	0.7296	0	BARRELS	referent	69:0000->referent	...._.......3..........................................._.......
+60	0xB20	0x11B5E	0x133	0x133	0	0.2020	0.7231	0	BARRELNS	referent	69:0000->referent	...._.......3..........................................._.......
+61	0xB28	0x11A2B	0x133	0x133	0	0.2020	0.7231	0	BARRELEW	referent	69:0000->referent	...._.......3..........................................._.......
+62	0xB30	0x11C91	0x133	0x133	0	0.2020	0.7231	0	BARRELNW	referent	69:0000->referent	...._.......3..........................................._.......
+63	0xB38	0x11EF7	0x133	0x133	0	0.2020	0.7231	0	BARRELSE	referent	69:0000->referent	...._.......3..........................................._.......
+64	0xB50	0x51ECC	0x2D3	0x2D3	0	0.3790	0.3721	0	RECHAGEW	ma0Q,referent,item	24:FE02->item,45:5700->ma0Q,69:0000->referent	................-...............................................
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+68	0xBB8	0x491F7	0x370	0x370	0	0.4511	0.3364	0	MONITEW	referent,textFile,valueBox,passcode,link,boxCounter	24:FC02->valueBox,69:0000->referent,69:F600->boxCounter,69:F800->link,69:FA00->passcode,6D:6520->link,73:FE00->textFile	............p...".........b.............................:.c.....
+69	0xBC8	0x63A7B	0x11F	0x11F	0	0.1324	0.7700	0	THERM	referent	69:0000->referent	....K...........y...............................................
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+79	0xD50	0x4E30F	0x264	0x264	0	0.3268	0.4641	0	PPLATE	referent,item	24:FE02->item,69:0000->referent	............d...................................................
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+82	0xD68	0x3DD17	0x485	0x485	0	0.3786	0.3155	0	LAZERNS	referent,fram,item	24:FC02->item,69:0000->referent,69:FE00->fram	................................................................
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+85	0xDC0	0x57584	0x11F	0x11F	0	0.1429	0.7596	0	RSTATION	referent	69:0000->referent	....K...........y...............................................
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+87	0xE30	0x2EC61	0x11B	0x11B	0	0.1519	0.7562	0	ENFORCER	referent	69:0000->referent	....G...........u...............................................
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+102	0xF08	0x3FE18	0x257	0x257	0	0.3639	0.4674	0	L_NS-16	referent	69:0000->referent	............W...................................................
+103	0xF10	0x3F713	0x257	0x257	0	0.3539	0.4775	0	L_EW-2	referent	69:0000->referent	............W...................................................
+104	0xF18	0x3F96A	0x257	0x257	0	0.3539	0.4775	0	L_EW-4	referent	69:0000->referent	............W...................................................
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+106	0xF28	0x3F4BC	0x257	0x257	0	0.3623	0.4674	0	L_EW-16	referent	69:0000->referent	............W...................................................
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+110	0xF48	0x19469	0x641	0x641	0	0.4460	0.2873	0	CAMERAEW	referent,delay,iSeeYou,trackedEnough,fram,counter,sawCrusader,movement,target,range	24:F002->target,69:0000->referent,69:EE00->range,69:F200->movement,69:F400->sawCrusader,69:F600->counter,69:F800->fram,69:FA00->trackedEnough,69:FC00->iSeeYou,69:FE00->delay	....m.......A...K...............................................
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+123	0x1178	0x13158	0x173	0x173	0	0.1968	0.6442	0	?
+QF	referent	69:0000->referent	............s...................................................
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+125	0x11C8	0x209E5	0x159	0x159	0	0.2406	0.6551	0	DEATHFL1	referent	69:0000->referent	............Y...........................................N.8.....
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+166	0x1848	0x4CAD8	0x11B	0x11B	0	0.1484	0.7597	0	OFFWORK	referent	69:0000->referent	....G...........u...............................................
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+190	0x1B98	0x2F49E	0x20AA	0x20AA	0	0.4513	0.1809	0	EVENT	mva3b,referent,event,item,source,dest,door,counter,counter2,link,time,post1,post2,floor,flicMan	0D:0500->mva3b,24:D102->flicMan,24:D702->floor,24:D902->post2,24:DB02->post1,24:F802->door,24:FA02->dest,24:FC02->source,24:FE02->item,69:0000->referent,69:0A00->event,69:E100->time,69:EB00->link,69:EF00->counter,69:EF00->counter2,69:F100->counter	............. ...!..............................................
+191	0x1BA8	0x4C347	0x3A8	0x3A8	0	0.4156	0.3536	0	NPCTRIG	referent,event,item,item2,typeNpc	24:FA02->item,24:FA02->item2,24:FC02->item,24:FC02->item2,24:FE02->item,69:0000->referent,69:0A00->event,69:0A00->typeNpc	................Z...............................................
+192	0x1BB0	0x4DC8C	0x1FC	0x1FC	0	0.2717	0.5394	0	
+
+
+
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+197	0x1C28	0x6AEDD	0x2D2	0x2D2	0	0.4127	0.3947	0	WALGUNEW	referent	69:0000->referent	........................................................N.......
+198	0x1C88	0x5E3CA	0x159	0x159	0	0.2348	0.6580	0	STATICEW	referent	69:0000->referent	............Y...........................................[.......
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+212	0x1DF0	0x6A21A	0x132	0x132	0	0.1667	0.7190	0	VARGAS	referent	69:0000->referent	....^.......2...................................................
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+340	0x4890	0x64C2B	0x228	0x228	0	0.3062	0.4746	0	TRIGEGG	referent,item	24:FE02->item,69:0000->referent	....T.......(...................................................
+341	0x4898	0x4CBF3	0x233	0x233	0	0.3091	0.4689	0	ONCEEGG	referent,item	24:FE02->item,69:0000->referent	...._.......3...................................................
+342	0x48A0	0x342C7	0x578	0x578	0	0.4229	0.3050	0	FLOOR1	referent,counter,item,item2,highNumber,lowNumber,tempNumber,floorItems,wantToStop,foundFloor,onTime	24:FA02->item,24:FA02->item2,24:FC02->item,69:0000->referent,69:EC00->onTime,69:EE00->foundFloor,69:F000->wantToStop,69:F400->tempNumber,69:F600->lowNumber,69:F800->highNumber,69:FE00->counter,6C:F202->floorItems	............x...*...............................................
+343	0x48A8	0x4A2AE	0x387	0x387	0	0.3920	0.3699	0	MTAREGG	referent,item,hiValue,loValue	24:FE02->item,69:0000->referent,69:F800->loValue,69:FA00->hiValue	................9.............................................L.
+344	0x48B0	0x1AC3A	0x1B5	0x1B5	0	0.2563	0.5492	0	CHANGER	referent,roof,doorQuality,roofQuality,eggNum	24:FE02->roof,69:0000->referent,69:F800->eggNum,69:FA00->roof,69:FA00->roofQuality,69:FC00->doorQuality	................................................................
+345	0x48B8	0x18B0F	0x313	0x313	0	0.3291	0.3875	0	CAMERA	referent	69:0000->referent	....?...........................................................
+346	0x48C0	0x58DB8	0x186	0x186	0	0.2333	0.6026	0	SECRTEGG	referent,item,door,range	24:FC02->door,24:FE02->item,69:0000->referent,69:F800->range	................................................................
+347	0x48C8	0x50477	0x10B6	0x10B6	0	0.4741	0.1889	0	REB_EGG	referent,item,door,moreVideo,chest,phold,counter,counter2	24:F802->door,24:FC02->phold,24:FE02->chest,24:FE02->item,62:F700->moreVideo,69:0000->referent,69:F800->counter,69:F800->counter2,69:FA00->counter	............................................Q...................
+348	0x48D0	0x6132D	0x222	0x222	0	0.2857	0.5440	0	TEST	referent	69:0000->referent	....N......."...|.............................................N.
+349	0x48D8	0x39353	0x233	0x233	0	0.3179	0.4547	0	GRENEGG	referent,item,source,dest,counter	24:FA02->dest,24:FC02->source,24:FE02->item,69:0000->referent,69:F800->counter	...._.......3................................................._.
+350	0x48E0	0x29A1A	0x27E	0x27E	0	0.3966	0.4310	0	DOOREGG	referent,door	24:FE02->door,69:0000->referent	............~.................................................I.
+351	0x48E8	0x12FE6	0x172	0x172	0	0.2324	0.6243	0	BBTRIP	referent,item,bbetty	24:FC02->bbetty,24:FE02->item,69:0000->referent	............r...................................................
+352	0x48F0	0x3D700	0x18F	0x18F	0	0.2607	0.5965	0	LAZEREGG	referent,laser	24:FE02->laser,69:0000->referent	................................................................
+353	0x48F8	0x4331A	0x1483	0x1483	0	0.4927	0.1859	0	MISS1EGG	referent,item,pad2,buster,slot,eTrigger,counter,rubberSuit,pathegg,guardBoy,door	24:F602->door,24:F802->guardBoy,24:FA02->buster,24:FA02->item,24:FC02->eTrigger,24:FC02->pad2,24:FC02->pathegg,24:FE02->buster,24:FE02->door,24:FE02->item,24:FE02->rubberSuit,69:0000->referent,69:0A00->buster,69:F800->counter,69:F800->slot,69:FA00->counter,69:FC00->counter	..............................................^.................
+354	0x4900	0x4479D	0x22DC	0x22DC	0	0.4545	0.2038	0	MISS2	referent,counter,item,done0,done1,done2,activate,itemNum,position,turn,body,door,door1,door2,door3,hoffman,pathEgg,vargas	24:0602->item,24:E602->pathEgg,24:EC02->hoffman,24:F002->door,24:F002->door3,24:F202->door,24:F202->door2,24:F402->door,24:F402->door1,24:F602->door,24:F802->vargas,24:FA02->body,24:FA02->item,24:FC02->item,24:FE02->item,62:FC00->activate,62:FD00->done2,62:FE00->done1,62:FF00->done0,69:0000->referent,69:0600->counter,69:0600->position,69:F300->item,69:F300->itemNum,69:F300->turn,69:F500->item,69:F500->itemNum,69:F700->counter,69:FE00->counter	.....!......."...'..........................3.................3.
+355	0x4908	0x46A79	0x21F	0x21F	0	0.3094	0.5304	0	MISS3	referent	69:0000->referent	....K.......................................3...................
+356	0x4910	0x46C98	0x2A2	0x2A2	0	0.3457	0.4733	0	MISS4	referent,item	24:FE02->item,69:0000->referent	..............................................9...............f.
+357	0x4918	0x46F3A	0xA64	0xA64	0	0.4184	0.2643	0	MISS5	referent,counter,item,door,willmar,post1,post2,floor	24:F002->floor,24:F202->post2,24:F402->post1,24:F602->willmar,24:FA02->door,24:FC02->item,69:0000->referent,69:FE00->counter	............d...n...........................3.................l.
+358	0x4920	0x4799E	0x7D5	0x7D5	0	0.4474	0.2918	0	MISS6	referent,snell,item,door,doorX	24:F802->door,24:FA02->item,24:FE02->snell,69:0000->referent,69:F600->door,69:F600->doorX	................7...........................3...................
+359	0x4928	0x48173	0x13E	0x13E	0	0.1604	0.7170	0	MISS7	referent,item	24:FE02->item,69:0000->referent	....j.......>...............................j...................
+360	0x4930	0x482B1	0x949	0x949	0	0.4279	0.2722	0	MISS8	referent,willmar,counter,item,cardReader,telebeam,telepad	24:F402->telepad,24:F602->telebeam,24:F802->cardReader,24:FA02->item,24:FE02->willmar,69:0000->referent,69:FC00->counter	....o.......I...S...........................3.................c.
+361	0x4938	0x48BFA	0x5FD	0x5FD	0	0.4371	0.3125	0	MISS9	referent,target,station,screen,item,counter	24:F802->item,24:FA02->screen,24:FC02->station,24:FE02->target,69:0000->referent,69:F600->counter	....#.......................................3.................c.
+362	0x4940	0x4235A	0x1B2	0x1B2	0	0.2811	0.5806	0	MISS10	referent,item	24:FE02->item,69:0000->referent	................d...........................3...................
+363	0x4948	0x4250C	0x1D8	0x1D8	0	0.2881	0.5614	0	MISS11	referent	69:0000->referent	............................................3...................
+364	0x4950	0x426E4	0x1FB	0x1FB	0	0.2919	0.5247	0	MISS12	referent,item	24:FE02->item,69:0000->referent	....'.......................................3...................
+365	0x4958	0x428DF	0x690	0x690	0	0.4577	0.2810	0	MISS13	referent,counter,item,wench,npcWench,door	24:F402->door,24:F602->npcWench,24:F802->wench,24:FC02->item,69:0000->referent,69:FE00->counter	............................................3.................u.
+366	0x4960	0x42F6F	0x3AB	0x3AB	0	0.3813	0.3813	0	MISS14	referent,counter,item	24:FE02->item,69:0000->referent,69:FE00->counter	................].............................Y...............X.
+367	0x4968	0x86975	0x528	0x528	0	0.4258	0.3182	0	MISS15	referent,item,counter,door	24:FA02->door,24:FE02->item,69:0000->referent,69:FC00->counter	....T.......(...................................................
+368	0x4970	0x4A909	0xFE	0xFE	0	0.1063	0.8465	0	MUSIC	referent	69:0000->referent	....*...........X.............................................*.
+369	0x4978	0x76FB9	0x1CD	0x1CD	0	0.2842	0.5336	0	STEAMEGG	referent,sBox	24:FE02->sBox,69:0000->referent	................'...............................................
+370	0x5090	0x114B6	0x575	0x575	0	0.4037	0.3193	0	BARREL	ma0Q3,referent,barrel,item2,isYellowBarrel,isStandingBarrel,link	00:0000->ma0Q3,24:FC02->item2,24:FE02->barrel,62:FA00->isStandingBarrel,62:FB00->isYellowBarrel,69:0000->referent,69:F800->link	............u...................................................
+371	0x5098	0x12A46	0x5A0	0x5A0	0	0.3812	0.3021	0	BBETTY	referent,item,counter,counter2,total,item3	24:F302->item,24:F302->item3,24:FE02->item,69:0000->referent,69:F600->counter,69:F800->total,69:FA00->counter,69:FA00->counter2,69:FC00->counter	................................................................
+372	0x50A0	0x13ACB	0x669	0x669	0	0.3924	0.2864	0	BLASER	referent,laserList,item,inFastArea,count,link	24:F702->item,69:0000->referent,69:ED00->link,69:F100->count,69:F500->inFastArea,6C:F902->laserList	............i...................................................
+373	0x50A8	0x16CEC	0x1395	0x1395	0	0.4482	0.1753	0	BRIDGE	referent,item,newtype,item2,start,bridgeitems,bridgemax,item3,cycletype,delay,retry	24:0602->item,24:E302->item,24:E302->item2,24:F002->item,24:F002->item3,24:F202->item,24:F202->item2,24:FC02->item,24:FC02->item2,24:FE02->item,64:6765->item,69:0000->referent,69:0800->newtype,69:0A00->start,69:EA00->retry,69:EC00->delay,69:EE00->cycletype,69:F800->bridgemax,69:FA00->bridgemax,6C:FA02->bridgeitems,6C:FC02->bridgeitems	................................................................
+374	0x50B0	0x1BFE3	0x43B	0x43B	0	0.4238	0.3398	0	CONVEYOR	referent,counter,areThereItems,cargo_item	24:FB02->cargo_item,62:FD00->areThereItems,69:0000->referent,69:FE00->counter	....a.......;...................................................
+375	0x50B8	0x20237	0x7AE	0x7AE	0	0.3896	0.2579	0	DEATHFL	referent,item,item2,counter,spoogeType	24:FC02->item,24:FC02->item2,24:FE02->item,69:0000->referent,69:EC00->spoogeType,69:FA00->counter	................................................................
+376	0x50C0	0x212B4	0x2128	0x2128	0	0.4807	0.1714	0	DOOR	referent,doorType,ewall,roof,count,doorParam,doorQuality,roofQuality,ma0QS,deathBox,item,item2,hitMe,damagePoints	00:0000->ma0QS,24:FA02->item,24:FA02->item2,24:FC02->ewall,24:FC02->item,24:FE02->deathBox,24:FE02->roof,69:0000->referent,69:F600->damagePoints,69:F600->roof,69:F600->roofQuality,69:F800->doorQuality,69:F800->hitMe,69:FA00->doorParam,69:FC00->count,69:FE00->doorType	....< ......(!..."..............................................
+377	0x50C8	0x233DC	0x41EF	0x41EF	0	0.4478	0.1674	0	DOOR2	referent,doorList,counter,maxFrame,counter2,doorList2,door1,door2,item,nonLegalDoor1,nonLegalDoor2,bool,link,item2,item3,prisDoor,newFrame	24:F202->item,24:F402->door2,24:F402->item,24:F602->door1,24:F602->door2,24:F602->item,24:F602->item2,24:F802->door1,24:F802->item,24:F802->prisDoor,24:FA02->item,24:FA02->item3,24:FA02->prisDoor,24:FC02->item,24:FC02->item2,24:FE02->item,62:EF00->bool,62:F000->nonLegalDoor2,62:F100->nonLegalDoor1,69:0000->referent,69:E000->link,69:E200->link,69:ED00->maxFrame,69:F200->maxFrame,69:F400->maxFrame,69:F600->counter,69:F600->maxFrame,69:F800->counter,69:F800->counter2,69:F800->maxFrame,69:FA00->counter,69:FA00->counter2,69:FA00->link,69:FA00->maxFrame,69:FC00->counter,69:FC00->counter2,69:FC00->maxFrame,69:FC00->newFrame,69:FE00->counter,6C:FC02->doorList,6C:FC02->doorList2,6C:FE02->doorList	)...%@.......A...P..............................................
+378	0x50D0	0x275CB	0x244F	0x244F	0	0.4454	0.1635	0	DOOR3	referent,doorList,doorList2,counter,door2,maxFrame,counter2,door1,item,nonLegalDoor1,nonLegalDoor2,bool	24:F202->item,24:F402->door2,24:F602->door1,24:F802->door2,62:EF00->bool,62:F000->nonLegalDoor2,62:F100->nonLegalDoor1,69:0000->referent,69:ED00->maxFrame,69:F600->maxFrame,69:F800->counter,69:F800->counter2,69:FA00->counter,69:FC00->maxFrame,69:FE00->counter,6C:FC02->doorList,6C:FC02->doorList2,6C:FE02->doorList,6C:FE02->doorList2	....3#......O$..q(..............................................
+379	0x50D8	0x2C1D5	0xB95	0xB95	0	0.4216	0.2395	0	ELEVAT	referent,cargoUp,existCargo,counter,height,maxLimit,maxLimitCount,counter2,total,minLimit,minLimitCount,cargoDown,total2,liftpit,pitCounter,totFrames,checkX,checkY	24:F502->cargoDown,24:FE02->cargoUp,24:FE02->liftpit,62:FA00->height,62:FB00->height,62:FC00->totFrames,62:FD00->existCargo,62:FD00->pitCounter,69:0000->referent,69:E800->total,69:E800->total2,69:F200->total,69:F400->counter,69:F400->counter2,69:F600->maxLimit,69:F600->maxLimitCount,69:F700->minLimit,69:F700->minLimitCount,69:F800->checkY,69:F800->maxLimit,69:F900->minLimit,69:FA00->checkX,69:FB00->counter,69:FC00->counter,69:FC00->counter2,69:FE00->counter	................................................................
+380	0x50E0	0x334C3	0xD4	0xD4	0	0.0000	0.9811	0				................................................................
+381	0x50E8	0x33597	0x2D0	0x2D0	0	0.3542	0.4472	0	FLAME	referent,item,detect	24:FE02->item,62:FD00->detect,69:0000->referent	................................................................
+382	0x50F0	0x34A5C	0x1F02	0x1F02	0	0.4248	0.2372	0	FREE	flick,localFlick,item1,item2,avatarMap,npc1,npc2,ref1,ref2,dist,range,item,closestItem,closest,phold,addType,fram,time,oldTick,newTick,ptype,list,member,count,line,temp,lines,counter,alarm,notAlarmed,rndVoice,source,leftOvers	24:F602->npc2,24:F802->npc1,24:FA02->item,24:FC02->closest,24:FC02->closestItem,24:FC02->item,24:FC02->item2,24:FC02->phold,24:FE02->item,24:FE02->item1,24:FE02->phold,62:F500->notAlarmed,62:FD00->leftOvers,64:F800->newTick,64:FC00->oldTick,69:0600->range,69:0600->ref1,69:0600->source,69:0600->time,69:0800->addType,69:0800->ptype,69:0800->ref2,69:0A00->fram,69:F800->dist,69:FA00->avatarMap,69:FA00->closest,69:FA00->rndVoice,69:FC00->alarm,69:FC00->count,69:FE00->count,69:FE00->counter,69:FE00->dist,69:FE00->member,6C:0602->list,73:0600->flick,73:0800->line,73:FE00->line,73:FE00->localFlick,73:FE00->member,7A:0602->list,7A:0802->line,7A:0802->lines,7A:FE02->temp	"...b............*..............................................
+383	0x50F8	0x39DE3	0x18D4	0x18D4	0	0.4246	0.1723	0	HOVER	referent,total,counter,cargo,hover,xacc,yacc,zacc,xfract,yfract,zfract,firstEgg,targetEgg,time,oldqhi,link,item,check	24:E702->hover,24:E902->cargo,24:EB02->item,24:ED02->hover,24:FA02->hover,24:FC02->item,24:FE02->cargo,62:0C00->check,64:C400->zfract,64:C800->yfract,64:CC00->xfract,64:D000->zacc,64:D400->yacc,64:D800->xacc,69:0000->referent,69:F000->link,69:F200->firstEgg,69:F400->link,69:F600->oldqhi,69:F700->counter,69:F800->time,69:F900->total,69:FA00->targetEgg,69:FC00->firstEgg	................................................................
+384	0x5100	0x3C228	0x328	0x328	0	0.3985	0.4072	0	KEYPAD	referent,valueBox,boxesInArea,linkedWithSwitch,wrongCode,userInput,boxPasscode,keycode	24:FE02->valueBox,62:FA00->wrongCode,62:FB00->linkedWithSwitch,69:0000->referent,69:F400->keycode,69:F600->boxPasscode,69:F800->userInput,69:FC00->boxesInArea	....N.......(...................................................
+385	0x5108	0x3D3CF	0x331	0x331	0	0.3378	0.3721	0	LAZER	referent,item,monster	24:FC02->monster,24:FE02->item,69:0000->referent	....W.......1...................................................
+386	0x5110	0x3EA99	0x4D5	0x4D5	0	0.4155	0.3185	0	LITEWALL	referent,wall,tempType,realType,counter,stepper,item,wallList,dist,aSet,aSet1,aSet2,aSet3	24:FA02->wall,24:FC02->item,24:FE02->stepper,24:FE02->wall,69:0000->referent,69:E900->aSet,69:E900->aSet3,69:EB00->aSet,69:EB00->aSet2,69:ED00->aSet,69:ED00->aSet1,69:EF00->aSet,69:F100->dist,69:F800->counter,69:FA00->realType,69:FC00->tempType,6C:F802->wall,6C:F802->wallList	................................................................
+387	0x5118	0x4AE8E	0x13E5	0x13E5	0	0.4212	0.2490	0	$2Q%	referent,item,counter,padDir,toDir,stepNum,phrase,damageSource,aSet	24:FE02->item,69:0000->referent,69:0A00->damageSource,69:0A00->phrase,69:0C00->toDir,69:0E00->stepNum,69:F200->counter,69:FA00->padDir,69:FE00->aSet,69:FE00->counter	................g...............................................
+388	0x5120	0x4C273	0xD4	0xD4	0	0.0000	0.9811	0				................................................................
+389	0x5128	0x593F8	0x485	0x485	0	0.4201	0.3302	0	SHOCKER	referent,randNum,duration,skill,kernelCheck,counter,monster	24:FE02->monster,69:0000->referent,69:F400->counter,69:F600->kernelCheck,69:F800->skill,69:FA00->duration,69:FE00->randNum	................7...............................................
+390	0x5130	0x5BE33	0xA37	0xA37	0	0.4207	0.2474	0	SPIDER	referent,spiderType,spider,target,dest,count,targetLoop,destX,destY,destZ,currentP,counter,minor,oabs,ovel,axis,ztarg,zcur	24:F705->dest,24:FB05->currentP,24:FC02->target,24:FE02->spider,24:FE02->target,62:0E00->dest,62:0E00->destZ,69:0000->referent,69:0A00->dest,69:0A00->destX,69:0A00->spider,69:0A00->spiderType,69:0C00->dest,69:0C00->destY,69:0E00->target,69:0E00->targetLoop,69:DC00->zcur,69:DE00->ztarg,69:E000->axis,69:E400->ovel,69:E800->oabs,69:EE00->minor,69:F000->count,69:F000->counter,69:F300->target,69:F300->targetLoop,69:F500->count	....Q.......7...A...............................................
+391	0x5138	0x5E67C	0x354	0x354	0	0.3697	0.4038	0	STEAM	referent,item,detect	24:FE02->item,62:FD00->detect,69:0000->referent	....t.......T...................................................
+392	0x5140	0x605E0	0x457	0x457	0	0.3798	0.3645	0	SWITCH	referent,counter,okay	62:FF00->okay,69:0000->referent,69:FE00->counter	....w.......W...................................................
+393	0x5148	0x6154F	0x252C	0x252C	1	0.8459	0.0612	0	TEXTFILE	referent,linkNum,msgNum,passcode,textFile,rnge	0A:005F->textFile,27:7320->passcode,65:7720->passcode,68:6520->passcode,69:0000->referent,69:0A00->linkNum,69:0C00->msgNum,69:0E00->passcode,69:FC00->rnge,73:FE00->textFile,74:7920->passcode	....@$......,%...&..............................................
+394	0x5150	0x64E53	0x41A0	0x41A0	0	0.4873	0.1230	0	TRIGGER	referent,phase,lowPriorityTriggers,cmdphase,npcNum,mapNum,item,aitem,baseLink,newLink,searchtype,newphase,door,scmd,item2,distance,counter	24:EA02->item,24:EA02->item2,24:EC02->item,24:EC02->item2,24:F002->aitem,24:F202->aitem,24:F202->item,24:F402->aitem,24:F402->item,24:FE02->door,63:6D64->phase,69:0000->referent,69:0C00->phase,69:0E00->npcNum,69:1000->mapNum,69:1200->baseLink,69:1400->searchtype,69:E800->counter,69:EA00->newphase,69:EC00->distance,69:EC00->searchtype,69:EE00->counter,69:EE00->newLink,69:F000->baseLink,69:F000->newLink,69:F200->baseLink,69:F600->mapNum,69:F600->searchtype,69:F800->mapNum,69:F800->npcNum,69:FA00->npcNum,69:FC00->cmdphase,69:FE00->scmd,6C:FE02->lowPriorityTriggers,6E:6577->phase,F0:0261->item,F2:0261->item,F4:0261->item	.....@.......A...F..............................................
+395	0x5158	0x695F8	0x178	0x178	0	0.2261	0.6383	0	VALBOX	referent,lowByte,highByte,keypadCode	69:0000->referent,69:FA00->keypadCode,69:FC00->highByte,69:FE00->lowByte	............x...................................................
+396	0x5160	0x6B481	0x6D03	0x6D03	0	0.5022	0.1464	0	WALLGUN	referent,target,brain,delay,targItem,coordToCoordDir,left,right,targetNpc,dist,panRight,panLeft,isTurret,ammo,ma0Q,maxHit,turn,fire,gun2,broken	24:F302->target,24:F302->targetNpc,24:FC02->gun2,24:FE02->targItem,4E:0000->ma0Q,62:F500->isTurret,62:F600->isTurret,62:F600->panLeft,62:F700->panLeft,62:F700->panRight,69:0000->referent,69:0A00->target,69:0C00->brain,69:F300->delay,69:F400->ammo,69:F400->delay,69:F400->isTurret,69:F800->right,69:FA00->broken,69:FA00->dist,69:FA00->fire,69:FA00->left,69:FA00->right,69:FC00->coordToCoordDir,69:FC00->delay,69:FC00->dist,69:FC00->left,69:FC00->right,69:FC00->turn,69:FD00->dist,69:FE00->delay,69:FE00->left,69:FE00->maxHit	,...'k.......m..%|..............................................
+397	0x5168	0x7346B	0x48C	0x48C	0	0.3600	0.3247	0	$4Q2	referent,shotRef,item,damage	24:FE02->item,69:0000->referent,69:0C00->shotRef,69:FC00->damage	................................................................
+398	0x5170	0x74B24	0x1EDD	0x1EDD	0	0.4287	0.1429	0	NPCDEATH	referent,link,deathBox,param,hits,keyCard,item,deadGuy,goods,counter,spillBlood,spillOil,spillCoolant,newDir,flipIt,newType,skill,sLevel,wimp,fullOfShit	24:0A02->item,24:ED02->goods,24:EF02->deadGuy,24:F102->item,24:F502->keyCard,24:FB02->deathBox,24:FE02->goods,24:FE02->item,62:DE00->flipIt,62:E800->spillCoolant,62:E900->spillOil,62:EA00->spillBlood,62:F600->fullOfShit,62:F700->wimp,69:0000->referent,69:0C00->link,69:DC00->newType,69:DF00->newDir,69:EB00->counter,69:F700->hits,69:F800->sLevel,69:F900->param,69:FA00->skill,69:FC00->counter	................................................................
+399	0x5178	0x77898	0x2567	0x2567	1	0.8651	0.0489	0	
+<$Q7	referent,linkNum,msgNum,passcode,textFile	27:7320->passcode,68:6520->passcode,69:0000->referent,69:0A00->linkNum,69:0C00->msgNum,69:0E00->passcode,6C:6C20->passcode,73:FE00->textFile	.....$......g%...%..............................................
+400	0x5180	0x7A04B	0x1ABB	0x1ABB	0	0.4421	0.1873	0	ITEM	referent,destx,desty,truncate,targetRef,targetItem,item,newStatus,destX,destY,destZ,currentP,counter,minor,oabs,ovel,axis,ztarg,zcur,damageRef,maxHits,damagePoints,currentHits,newHits,boomType,selfDestruct,origin,bigBomb,onSomething,failTest,theType,ma0Q,onFloor,burn,burn2,egg1,monster1,monster2,link,newNpc,ref1,ref2,item1,item2	00:0000->ma0Q,24:F502->burn,24:F602->newNpc,24:FB05->currentP,24:FC02->burn,24:FC02->burn2,24:FC02->item,24:FC02->item2,24:FC02->monster2,24:FC02->origin,24:FE02->burn,24:FE02->item,24:FE02->item1,24:FE02->monster1,24:FE02->targetItem,62:0C00->selfDestruct,62:0E00->destZ,62:0E00->truncate,62:F600->failTest,62:F700->onSomething,62:FB00->bigBomb,62:FD00->onFloor,69:0000->referent,69:0A00->boomType,69:0A00->damageRef,69:0A00->destX,69:0A00->destx,69:0A00->egg1,69:0A00->newStatus,69:0A00->ref1,69:0A00->targetRef,69:0C00->destY,69:0C00->desty,69:0C00->ref2,69:0E00->maxHits,69:DC00->zcur,69:DE00->ztarg,69:E000->axis,69:E100->zcur,69:E300->ztarg,69:E400->ovel,69:E500->axis,69:E800->oabs,69:E900->ovel,69:ED00->oabs,69:EE00->minor,69:F000->counter,69:F300->minor,69:F400->theType,69:F500->counter,69:FA00->link,69:FA00->newHits,69:FC00->currentHits,69:FE00->damagePoints	................................................................
+401	0x5188	0x7CF4C	0x26A8	0x26A8	1	0.8269	0.0614	0	
+|$4Q(	referent,linkNum,msgNum,passcode,textFile	27:7320->passcode,65:7420->passcode,65:7720->passcode,68:6520->passcode,69:0000->referent,69:0A00->linkNum,69:0C00->msgNum,69:0E00->passcode,6E:6720->passcode,73:6520->passcode,73:FE00->textFile	.....%.......&...'..............................................
+402	0x5190	0x80913	0x4E4C	0x4E4C	0	0.5313	0.1394	0	FLICTEST	hideoutx,mva01,mva03a,mva03b,mva04,mva05a,mva05b,mva06,mva07,mva08,mva09,mva10,mva11a,mva11b,mva12a,mva12b,mva13,mva14,mva15a,mva15b,mva15c,test,referent,keycode	0D:0400->test,0D:0500->mva01,0D:0500->mva04,0D:0500->mva06,0D:0500->mva07,0D:0500->mva08,0D:0500->mva09,0D:0500->mva10,0D:0500->mva13,0D:0500->mva14,0D:0600->mva03a,0D:0600->mva03b,0D:0600->mva05a,0D:0600->mva05b,0D:0600->mva11a,0D:0600->mva11b,0D:0600->mva12a,0D:0600->mva12b,0D:0600->mva15a,0D:0600->mva15b,0D:0600->mva15c,0D:0800->hideoutx,69:0000->referent,69:FE00->keycode	....lM......LN...N..............................................

USECODE/EUSECODE_extracted/environmental_event_graph.md

@@ -0,0 +1,71 @@
+# Environmental Event Graph
+
+## Nodes
+
+| Index | Label | Role | Fields | Event Evidence |
+|---:|---|---|---|---|
+| 224 | WVENTNS | referent-neighbor | referent,fram,windsurf | - |
+| 225 | WVENTEW | referent-neighbor | referent,fram,windsurf | - |
+| 226 | REBEL_TV | referent-neighbor | referent | - |
+| 227 | SDOOR_N | referent-neighbor | referent | - |
+| 228 | SDOOR_E | referent-neighbor | referent | - |
+| 229 | FLAMEBOX | event-bearing | referent,event,flame,flame2,direction,count,newType | field:event,tag:69:0A00->event |
+| 230 | EBRIDGE2 | referent-neighbor | referent | - |
+| 231 | MCRATE | referent-neighbor | ma0Q0,referent,item | - |
+| 232 | COPY_EW | referent-neighbor | referent,fram,coolfram | - |
+| 233 | COPY_NS | referent-neighbor | referent,fram,coolfram | - |
+| 234 |  | referent-neighbor | referent,fram | - |
+| 235 | FLAME1 | referent-neighbor | referent | - |
+| 236 | REB_PAD | referent-neighbor | referent,item,pad2,mapNum,eggNum,phold,gunHold,counter,counter2 | - |
+| 237 | NOSTRIL | event-bearing | referent,event,fire,count,fire2 | field:event,tag:69:0A00->event |
+| 238 | VARDESK | referent-neighbor | referent,item,counter | - |
+| 239 | BLASER1 | referent-neighbor | referent,laserList,item,inFastArea,count,link | - |
+| 240 | REB_BOOT | referent-neighbor | referent,counter | - |
+| 241 | UPPLATE | referent-neighbor | referent,item | - |
+| 242 | KEYPADNS | referent-neighbor | referent,alreadyPassed | - |
+| 291 | BOUNCBOX | referent-neighbor | referent,item,item2,ammo | - |
+| 292 | HOVER1 | referent-neighbor | referent | - |
+| 293 | STEAM1 | referent-neighbor | referent | - |
+| 294 | FADE | referent-neighbor | referent,loop,loop2 | - |
+| 295 | PHIR | referent-neighbor | referent | - |
+| 296 | STEAMBOX | event-bearing | referent,event,steam,steam2,direction,count | field:event,tag:69:0A00->event |
+| 297 | FLAME2 | referent-neighbor | referent | - |
+| 298 | STEAM2 | referent-neighbor | referent | - |
+| 299 | FLAMELP | referent-neighbor | referent | - |
+| 300 | BBOX | referent-neighbor | ma0Q0,referent | - |
+| 301 | GBOX_NS | referent-neighbor | ma0Q0,referent | - |
+
+## Edges
+
+| Source | Relation | Target | Evidence |
+|---|---|---|---|
+| FLAMEBOX (229) | table-neighbor(-5) | WVENTNS (224) | same local extraction neighborhood |
+| FLAMEBOX (229) | table-neighbor(-4) | WVENTEW (225) | same local extraction neighborhood |
+| FLAMEBOX (229) | table-neighbor(-3) | REBEL_TV (226) | same local extraction neighborhood |
+| FLAMEBOX (229) | table-neighbor(-2) | SDOOR_N (227) | same local extraction neighborhood |
+| FLAMEBOX (229) | table-neighbor(-1) | SDOOR_E (228) | same local extraction neighborhood |
+| FLAMEBOX (229) | table-neighbor(+1) | EBRIDGE2 (230) | same local extraction neighborhood |
+| FLAMEBOX (229) | table-neighbor(+2) | MCRATE (231) | same local extraction neighborhood |
+| FLAMEBOX (229) | table-neighbor(+3) | COPY_EW (232) | same local extraction neighborhood |
+| FLAMEBOX (229) | table-neighbor(+4) | COPY_NS (233) | same local extraction neighborhood |
+| FLAMEBOX (229) | table-neighbor(+5) |  (234) | same local extraction neighborhood |
+| NOSTRIL (237) | table-neighbor(-5) | COPY_EW (232) | same local extraction neighborhood |
+| NOSTRIL (237) | table-neighbor(-4) | COPY_NS (233) | same local extraction neighborhood |
+| NOSTRIL (237) | table-neighbor(-3) |  (234) | same local extraction neighborhood |
+| NOSTRIL (237) | table-neighbor(-2) | FLAME1 (235) | same local extraction neighborhood |
+| NOSTRIL (237) | table-neighbor(-1) | REB_PAD (236) | same local extraction neighborhood |
+| NOSTRIL (237) | table-neighbor(+1) | VARDESK (238) | same local extraction neighborhood |
+| NOSTRIL (237) | table-neighbor(+2) | BLASER1 (239) | same local extraction neighborhood |
+| NOSTRIL (237) | table-neighbor(+3) | REB_BOOT (240) | same local extraction neighborhood |
+| NOSTRIL (237) | table-neighbor(+4) | UPPLATE (241) | same local extraction neighborhood |
+| NOSTRIL (237) | table-neighbor(+5) | KEYPADNS (242) | same local extraction neighborhood |
+| STEAMBOX (296) | table-neighbor(-5) | BOUNCBOX (291) | same local extraction neighborhood |
+| STEAMBOX (296) | table-neighbor(-4) | HOVER1 (292) | same local extraction neighborhood |
+| STEAMBOX (296) | table-neighbor(-3) | STEAM1 (293) | same local extraction neighborhood |
+| STEAMBOX (296) | table-neighbor(-2) | FADE (294) | same local extraction neighborhood |
+| STEAMBOX (296) | table-neighbor(-1) | PHIR (295) | same local extraction neighborhood |
+| STEAMBOX (296) | table-neighbor(+1) | FLAME2 (297) | same local extraction neighborhood |
+| STEAMBOX (296) | table-neighbor(+2) | STEAM2 (298) | same local extraction neighborhood |
+| STEAMBOX (296) | table-neighbor(+3) | FLAMELP (299) | same local extraction neighborhood |
+| STEAMBOX (296) | table-neighbor(+4) | BBOX (300) | same local extraction neighborhood |
+| STEAMBOX (296) | table-neighbor(+5) | GBOX_NS (301) | same local extraction neighborhood |

USECODE/EUSECODE_extracted/environmental_family_compare.tsv

@@ -0,0 +1,16 @@
+entry_index	label	role	data_offset	declared_size	header_u16	header_u32	printable_markers	field_tags
+229	FLAMEBOX	event-bearing	0x33B37	0x790	0x0002,0x0000,0x06B0,0x0000,0x00E0,0x0000,0x0790,0x0000,0x089A,0x0000,0x0000,0x0000,0x0000,0x0000,0x0000,0x0000	0x00000002,0x000006B0,0x000000E0,0x00000790,0x0000089A,0x00000000,0x00000000,0x00000000	wx?
+
+|^$Q|?
+
+|$Q2|$Qe|$Q1	24:0A02->flame,24:FC02->flame,24:FC02->flame2,24:FE02->flame,69:0000->referent,69:0A00->event,69:0C00->direction,69:FA00->direction,69:FA00->newType,69:FE00->count
+237	NOSTRIL	event-bearing	0x4AA07	0x487	0x0002,0x0000,0x03A7,0x0000,0x00E0,0x0000,0x0487,0x0000,0x0591,0x0000,0x0000,0x0000,0x0000,0x0000,0x0000,0x0000	0x00000002,0x000003A7,0x000000E0,0x00000487,0x00000591,0x00000000,0x00000000,0x00000000	wx?
+
+|$Q:|t$t=t@[|?
+
+|$Q9	24:0A02->fire,24:FC02->fire,24:FC02->fire2,24:FE02->fire,69:0000->referent,69:0A00->event,69:FA00->count,69:FE00->count
+296	STEAMBOX	event-bearing	0x5ECA0	0x7E3	0x0002,0x0000,0x0703,0x0000,0x00E0,0x0000,0x07E3,0x0000,0x08ED,0x0000,0x0000,0x0000,0x0000,0x0000,0x0000,0x0000	0x00000002,0x00000703,0x000000E0,0x000007E3,0x000008ED,0x00000000,0x00000000,0x00000000	wx?
+
+|^$Q|?
+
+|$Q.|t$t=t@[:|$Qe|$Q)|$Q1	24:0A02->steam,24:FC02->steam,24:FC02->steam2,24:FE02->steam,69:0000->referent,69:0A00->event,69:0C00->direction,69:FA00->direction,69:FE00->count

USECODE/EUSECODE_extracted/event_descriptor_compare.tsv

@@ -0,0 +1,24 @@
+entry_index	label	role	data_offset	declared_size	header_u16	header_u32	printable_markers	field_tags
+186	ROLL_NS	referent-neighbor	0x56920	0xC64	0x0002,0x0000,0x0B84,0x0000,0x00E0,0x0000,0x0C64,0x0000,0x0E76,0x0000,0x0000,0x0000,0x0000,0x0000,0x0000,0x0000	0x00000002,0x00000B84,0x000000E0,0x00000C64,0x00000E76,0x00000000,0x00000000,0x00000000	wx[|Y?
+@|wx[$|?
+
+|$Q*|$Q5|$Qt|$QM	24:EB02->cargo,24:FC02->item,24:FC02->item2,24:FE02->item,53:0000->ma0Q6,62:E800->zMax,69:0000->referent,69:E900->zCheck,69:F200->oldz,69:F600->counter,69:F800->total,69:FE00->time,6C:FA02->riderList
+189	COR_BOOT	event-bearing	0x1D610	0x56A	0x0000,0x0000,0x0496,0x0000,0x00D4,0x0000,0x056A,0x0000,0x0674,0x0000,0x0000,0x0000,0x0000,0x0000,0x0000,0x0000	0x00000000,0x00000496,0x000000D4,0x0000056A,0x00000674,0x00000000,0x00000000,0x00000000	wx[|^
+
+$Q|$Q0|$Q1|t$t=t@[P|^$Q|t$t=t@[\	24:FE02->item,69:0000->referent,69:0A00->event,69:FC00->counter,69:FE00->counter
+190	EVENT	event-bearing	0x2F49E	0x20AA	0x0000,0x0000,0x1FD6,0x0000,0x00D4,0x0000,0x20AA,0x0000,0x2104,0x0000,0x0000,0x0000,0x0000,0x0000,0x0000,0x0000	0x00000000,0x00001FD6,0x000000D4,0x000020AA,0x00002104,0x00000000,0x00000000,0x00000000	wx[4|?
+
+|$Q*|$Q<|$Q[|$Q.|?
+
+	$Q|?
+
+
+$Q=	0D:0500->mva3b,24:D102->flicMan,24:D702->floor,24:D902->post2,24:DB02->post1,24:F802->door,24:FA02->dest,24:FC02->source,24:FE02->item,69:0000->referent,69:0A00->event,69:E100->time,69:EB00->link,69:EF00->counter,69:EF00->counter2,69:F100->counter
+191	NPCTRIG	event-bearing	0x4C347	0x3A8	0x0001,0x0000,0x02CE,0x0000,0x00DA,0x0000,0x03A8,0x0000,0x045A,0x0000,0x0000,0x0000,0x0000,0x0000,0x0000,0x0000	0x00000001,0x000002CE,0x000000DA,0x000003A8,0x0000045A,0x00000000,0x00000000,0x00000000	wx[ |?
+
+|$Q'|wt$t=t@[S|?
+K	24:FA02->item,24:FA02->item2,24:FC02->item,24:FC02->item2,24:FE02->item,69:0000->referent,69:0A00->event,69:0A00->typeNpc
+193	CRUZTRIG	referent-neighbor	0x1DE58	0x34B	0x0000,0x0000,0x0277,0x0000,0x00D4,0x0000,0x034B,0x0000,0x03A5,0x0000,0x0000,0x0000,0x0000,0x0000,0x0000,0x0000	0x00000000,0x00000277,0x000000D4,0x0000034B,0x000003A5,0x00000000,0x00000000,0x00000000	wx[|t$t=t@[3	24:FC02->elev,24:FE02->item,69:0000->referent
+194	NPC_ONLY	referent-neighbor	0x4C6EF	0x2EB	0x0000,0x0000,0x0217,0x0000,0x00D4,0x0000,0x02EB,0x0000,0x0345,0x0000,0x0000,0x0000,0x0000,0x0000,0x0000,0x0000	0x00000000,0x00000217,0x000000D4,0x000002EB,0x00000345,0x00000000,0x00000000,0x00000000	wx[|,?
+|^$Qh	24:FE02->item,69:0000->referent,69:FA00->link
+195	VMAIL	referent-neighbor	0x6AA63	0x47A	0x0000,0x0000,0x03A6,0x0000,0x00D4,0x0000,0x047A,0x0000,0x04D4,0x0000,0x0000,0x0000,0x0000,0x0000,0x0000,0x0000	0x00000000,0x000003A6,0x000000D4,0x0000047A,0x000004D4,0x00000000,0x00000000,0x00000000	wx[|$Q0|$Q1	69:0000->referent,73:FE00->textFile

USECODE/EUSECODE_extracted/event_family_index.tsv

@@ -0,0 +1,14 @@
+entry_index	label	family	tag_kind	role	field_count	field_names	field_tags	data_offset	declared_size	local_event_neighbors
+171	AND_BOOT	boot-event-core	event	event-bearing	4	referent,event,counter,item	24:FE02->item,69:0000->referent,69:0A00->event,69:FC00->counter,69:FE00->counter	0x1082E	0x599	1
+172	BRO_BOOT	boot-event-core	event	event-bearing	4	referent,event,counter,item	24:FE02->item,69:0000->referent,69:0A00->event,69:FC00->counter,69:FE00->counter	0x18237	0x630	1
+189	COR_BOOT	boot-event-core	event	event-bearing	4	referent,event,counter,item	24:FE02->item,69:0000->referent,69:0A00->event,69:FC00->counter,69:FE00->counter	0x1D610	0x56A	2
+190	EVENT	event-hub	event	event-bearing	15	mva3b,referent,event,item,source,dest,door,counter,counter2,link,time,post1,post2,floor,flicMan	0D:0500->mva3b,24:D102->flicMan,24:D702->floor,24:D902->post2,24:DB02->post1,24:F802->door,24:FA02->dest,24:FC02->source,24:FE02->item,69:0000->referent,69:0A00->event,69:E100->time,69:EB00->link,69:EF00->counter,69:EF00->counter2,69:F100->counter	0x2F49E	0x20AA	2
+191	NPCTRIG	npc-trigger	event	event-bearing	5	referent,event,item,item2,typeNpc	24:FA02->item,24:FA02->item2,24:FC02->item,24:FC02->item2,24:FE02->item,69:0000->referent,69:0A00->event,69:0A00->typeNpc	0x4C347	0x3A8	2
+229	FLAMEBOX	environmental-event	event	event-bearing	7	referent,event,flame,flame2,direction,count,newType	24:0A02->flame,24:FC02->flame,24:FC02->flame2,24:FE02->flame,69:0000->referent,69:0A00->event,69:0C00->direction,69:FA00->direction,69:FA00->newType,69:FE00->count	0x33B37	0x790	0
+237	NOSTRIL	environmental-event	event	event-bearing	5	referent,event,fire,count,fire2	24:0A02->fire,24:FC02->fire,24:FC02->fire2,24:FE02->fire,69:0000->referent,69:0A00->event,69:FA00->count,69:FE00->count	0x4AA07	0x487	0
+252	VAR_BOOT	boot-event-core	event	event-bearing	4	referent,event,counter,item	24:FE02->item,69:0000->referent,69:0A00->event,69:FC00->counter,69:FE00->counter	0x6A34C	0x5ED	0
+269	SURCAMNS	callback-eventtrigger	eventTrigger	event-bearing	13	referent,textFile,monit,valueBox,passcode,link,code,screen,cameraEgg,trueRef,therma,eventTrigger,foundGun	24:0A02->eventTrigger,24:F102->therma,24:FA02->valueBox,24:FC02->cameraEgg,24:FC02->monit,24:FE02->screen,61:7373->code,62:F500->code,62:FD00->foundGun,69:0000->referent,69:F600->link,69:F800->passcode,69:FA00->trueRef,73:FE00->textFile	0x5F872	0xD6E	0
+283	REE_BOOT	boot-event-core	event	event-bearing	4	referent,event,counter,item	24:FE02->item,69:0000->referent,69:0A00->event,69:FC00->counter,69:FE00->counter	0x52B90	0x6B6	2
+284	SURCAMEW	callback-eventtrigger	eventTrigger	event-bearing	13	referent,textFile,monit,valueBox,passcode,link,code,screen,cameraEgg,trueRef,therma,eventTrigger,foundGun	24:0A02->eventTrigger,24:F602->therma,24:FA02->valueBox,24:FC02->cameraEgg,24:FC02->monit,24:FE02->screen,61:7373->code,62:F500->code,62:FD00->foundGun,69:0000->referent,69:F600->link,69:F800->passcode,69:FA00->trueRef,73:FE00->textFile	0x8575F	0xD60	2
+285	SFXTRIG	minimal-event-core	event	event-bearing	2	referent,event	69:0000->referent,69:0A00->event	0x5926C	0x18C	2
+296	STEAMBOX	environmental-event	event	event-bearing	6	referent,event,steam,steam2,direction,count	24:0A02->steam,24:FC02->steam,24:FC02->steam2,24:FE02->steam,69:0000->referent,69:0A00->event,69:0C00->direction,69:FA00->direction,69:FE00->count	0x5ECA0	0x7E3	0

USECODE/EUSECODE_extracted/event_family_summary.md

@@ -0,0 +1,44 @@
+# Event Family Summary
+
+## event-hub
+
+| Index | Label | Tag Kind | Fields | Size | Local Event Neighbors |
+|---:|---|---|---|---:|---:|
+| 190 | EVENT | event | mva3b,referent,event,item,source,dest,door,counter,counter2,link,time,post1,post2,floor,flicMan | 0x20AA | 2 |
+
+## boot-event-core
+
+| Index | Label | Tag Kind | Fields | Size | Local Event Neighbors |
+|---:|---|---|---|---:|---:|
+| 171 | AND_BOOT | event | referent,event,counter,item | 0x599 | 1 |
+| 172 | BRO_BOOT | event | referent,event,counter,item | 0x630 | 1 |
+| 189 | COR_BOOT | event | referent,event,counter,item | 0x56A | 2 |
+| 252 | VAR_BOOT | event | referent,event,counter,item | 0x5ED | 0 |
+| 283 | REE_BOOT | event | referent,event,counter,item | 0x6B6 | 2 |
+
+## npc-trigger
+
+| Index | Label | Tag Kind | Fields | Size | Local Event Neighbors |
+|---:|---|---|---|---:|---:|
+| 191 | NPCTRIG | event | referent,event,item,item2,typeNpc | 0x3A8 | 2 |
+
+## minimal-event-core
+
+| Index | Label | Tag Kind | Fields | Size | Local Event Neighbors |
+|---:|---|---|---|---:|---:|
+| 285 | SFXTRIG | event | referent,event | 0x18C | 2 |
+
+## environmental-event
+
+| Index | Label | Tag Kind | Fields | Size | Local Event Neighbors |
+|---:|---|---|---|---:|---:|
+| 229 | FLAMEBOX | event | referent,event,flame,flame2,direction,count,newType | 0x790 | 0 |
+| 237 | NOSTRIL | event | referent,event,fire,count,fire2 | 0x487 | 0 |
+| 296 | STEAMBOX | event | referent,event,steam,steam2,direction,count | 0x7E3 | 0 |
+
+## callback-eventtrigger
+
+| Index | Label | Tag Kind | Fields | Size | Local Event Neighbors |
+|---:|---|---|---|---:|---:|
+| 269 | SURCAMNS | eventTrigger | referent,textFile,monit,valueBox,passcode,link,code,screen,cameraEgg,trueRef,therma,eventTrigger,foundGun | 0xD6E | 0 |
+| 284 | SURCAMEW | eventTrigger | referent,textFile,monit,valueBox,passcode,link,code,screen,cameraEgg,trueRef,therma,eventTrigger,foundGun | 0xD60 | 2 |

USECODE/EUSECODE_extracted/event_island_graph.md

@@ -0,0 +1,99 @@
+# EVENT Cluster Graph
+
+## Nodes
+
+| Index | Label | Role | Fields | Event Evidence |
+|---:|---|---|---|---|
+| 181 | THERMATR | referent-neighbor | referent | - |
+| 182 | D_GUARD | referent-neighbor | referent,goods | - |
+| 183 | OBSERVER | referent-neighbor | referent | - |
+| 184 | GRENADE | referent-neighbor | referent | - |
+| 185 | SCIENTIS | referent-neighbor | referent | - |
+| 186 | ROLL_NS | referent-neighbor | referent,item,item2,riderList,time,total,counter,oldz,cargo,zCheck,zMax,ma0Q6 | - |
+| 187 | REB_COUP | referent-neighbor | referent,counter | - |
+| 188 | MEDIKIT | referent-neighbor | referent,item | - |
+| 189 | COR_BOOT | event-bearing | referent,event,counter,item | field:event,tag:69:0A00->event |
+| 190 | EVENT | event-bearing | mva3b,referent,event,item,source,dest,door,counter,counter2,link,time,post1,post2,floor,flicMan | field:event,tag:69:0A00->event |
+| 191 | NPCTRIG | event-bearing | referent,event,item,item2,typeNpc | field:event,tag:69:0A00->event |
+| 192 | 
+
+
+
+K | referent-neighbor | referent,item | - |
+| 193 | CRUZTRIG | referent-neighbor | referent,item,elev | - |
+| 194 | NPC_ONLY | referent-neighbor | referent,item,link | - |
+| 195 | VMAIL | referent-neighbor | referent,textFile | - |
+| 196 | STORMTRO | referent-neighbor | referent | - |
+| 197 | WALGUNEW | referent-neighbor | referent | - |
+| 198 | STATICEW | referent-neighbor | referent | - |
+
+## Edges
+
+| Source | Relation | Target | Evidence |
+|---|---|---|---|
+| ROLL_NS (186) | table-neighbor(-5) | THERMATR (181) | same local extraction neighborhood |
+| ROLL_NS (186) | table-neighbor(-4) | D_GUARD (182) | same local extraction neighborhood |
+| ROLL_NS (186) | table-neighbor(-3) | OBSERVER (183) | same local extraction neighborhood |
+| ROLL_NS (186) | table-neighbor(-2) | GRENADE (184) | same local extraction neighborhood |
+| ROLL_NS (186) | table-neighbor(-1) | SCIENTIS (185) | same local extraction neighborhood |
+| ROLL_NS (186) | table-neighbor(+1) | REB_COUP (187) | same local extraction neighborhood |
+| ROLL_NS (186) | table-neighbor(+2) | MEDIKIT (188) | same local extraction neighborhood |
+| ROLL_NS (186) | possible-event-attachment(+3) | COR_BOOT (189) | field:event,tag:69:0A00->event |
+| ROLL_NS (186) | possible-event-attachment(+4) | EVENT (190) | field:event,tag:69:0A00->event |
+| ROLL_NS (186) | possible-event-attachment(+5) | NPCTRIG (191) | field:event,tag:69:0A00->event |
+| COR_BOOT (189) | table-neighbor(-5) | GRENADE (184) | same local extraction neighborhood |
+| COR_BOOT (189) | table-neighbor(-4) | SCIENTIS (185) | same local extraction neighborhood |
+| COR_BOOT (189) | table-neighbor(-3) | ROLL_NS (186) | same local extraction neighborhood |
+| COR_BOOT (189) | table-neighbor(-2) | REB_COUP (187) | same local extraction neighborhood |
+| COR_BOOT (189) | table-neighbor(-1) | MEDIKIT (188) | same local extraction neighborhood |
+| COR_BOOT (189) | possible-event-attachment(+1) | EVENT (190) | field:event,tag:69:0A00->event |
+| COR_BOOT (189) | possible-event-attachment(+2) | NPCTRIG (191) | field:event,tag:69:0A00->event |
+| COR_BOOT (189) | table-neighbor(+3) | 
+
+
+
+K (192) | same local extraction neighborhood |
+| COR_BOOT (189) | table-neighbor(+4) | CRUZTRIG (193) | same local extraction neighborhood |
+| COR_BOOT (189) | table-neighbor(+5) | NPC_ONLY (194) | same local extraction neighborhood |
+| EVENT (190) | table-neighbor(-5) | SCIENTIS (185) | same local extraction neighborhood |
+| EVENT (190) | table-neighbor(-4) | ROLL_NS (186) | same local extraction neighborhood |
+| EVENT (190) | table-neighbor(-3) | REB_COUP (187) | same local extraction neighborhood |
+| EVENT (190) | table-neighbor(-2) | MEDIKIT (188) | same local extraction neighborhood |
+| EVENT (190) | possible-event-attachment(-1) | COR_BOOT (189) | field:event,tag:69:0A00->event |
+| EVENT (190) | possible-event-attachment(+1) | NPCTRIG (191) | field:event,tag:69:0A00->event |
+| EVENT (190) | table-neighbor(+2) | 
+
+
+
+K (192) | same local extraction neighborhood |
+| EVENT (190) | table-neighbor(+3) | CRUZTRIG (193) | same local extraction neighborhood |
+| EVENT (190) | table-neighbor(+4) | NPC_ONLY (194) | same local extraction neighborhood |
+| EVENT (190) | table-neighbor(+5) | VMAIL (195) | same local extraction neighborhood |
+| NPCTRIG (191) | table-neighbor(-5) | ROLL_NS (186) | same local extraction neighborhood |
+| NPCTRIG (191) | table-neighbor(-4) | REB_COUP (187) | same local extraction neighborhood |
+| NPCTRIG (191) | table-neighbor(-3) | MEDIKIT (188) | same local extraction neighborhood |
+| NPCTRIG (191) | possible-event-attachment(-2) | COR_BOOT (189) | field:event,tag:69:0A00->event |
+| NPCTRIG (191) | possible-event-attachment(-1) | EVENT (190) | field:event,tag:69:0A00->event |
+| NPCTRIG (191) | table-neighbor(+1) | 
+
+
+
+K (192) | same local extraction neighborhood |
+| NPCTRIG (191) | table-neighbor(+2) | CRUZTRIG (193) | same local extraction neighborhood |
+| NPCTRIG (191) | table-neighbor(+3) | NPC_ONLY (194) | same local extraction neighborhood |
+| NPCTRIG (191) | table-neighbor(+4) | VMAIL (195) | same local extraction neighborhood |
+| NPCTRIG (191) | table-neighbor(+5) | STORMTRO (196) | same local extraction neighborhood |
+| CRUZTRIG (193) | table-neighbor(-5) | MEDIKIT (188) | same local extraction neighborhood |
+| CRUZTRIG (193) | possible-event-attachment(-4) | COR_BOOT (189) | field:event,tag:69:0A00->event |
+| CRUZTRIG (193) | possible-event-attachment(-3) | EVENT (190) | field:event,tag:69:0A00->event |
+| CRUZTRIG (193) | possible-event-attachment(-2) | NPCTRIG (191) | field:event,tag:69:0A00->event |
+| CRUZTRIG (193) | table-neighbor(-1) | 
+
+
+
+K (192) | same local extraction neighborhood |
+| CRUZTRIG (193) | table-neighbor(+1) | NPC_ONLY (194) | same local extraction neighborhood |
+| CRUZTRIG (193) | table-neighbor(+2) | VMAIL (195) | same local extraction neighborhood |
+| CRUZTRIG (193) | table-neighbor(+3) | STORMTRO (196) | same local extraction neighborhood |
+| CRUZTRIG (193) | table-neighbor(+4) | WALGUNEW (197) | same local extraction neighborhood |
+| CRUZTRIG (193) | table-neighbor(+5) | STATICEW (198) | same local extraction neighborhood |

USECODE/EUSECODE_extracted/jelyhack_descriptor_compare.tsv

@@ -0,0 +1,11 @@
+entry_index	label	role	data_offset	declared_size	header_u16	header_u32	printable_markers	field_tags
+277	JELYHACK	referent-anchor	0x3BFAC	0xFE	0x0000,0x0000,0x002A,0x0000,0x00D4,0x0000,0x00FE,0x0000,0x0158,0x0000,0x0000,0x0000,0x0000,0x002A,0x0001,0x0000	0x00000000,0x0000002A,0x000000D4,0x000000FE,0x00000158,0x00000000,0x002A0000,0x00000001	wx[	69:0000->referent
+280	JELYH2	referent-anchor	0x3BEAE	0xFE	0x0000,0x0000,0x002A,0x0000,0x00D4,0x0000,0x00FE,0x0000,0x0158,0x0000,0x0000,0x0000,0x0000,0x002A,0x0001,0x0000	0x00000000,0x0000002A,0x000000D4,0x000000FE,0x00000158,0x00000000,0x002A0000,0x00000001	wx[	69:0000->referent
+283	REE_BOOT	event-bearing	0x52B90	0x6B6	0x0000,0x0000,0x05E2,0x0000,0x00D4,0x0000,0x06B6,0x0000,0x07C0,0x0000,0x0000,0x0000,0x0000,0x0000,0x0000,0x0000	0x00000000,0x000005E2,0x000000D4,0x000006B6,0x000007C0,0x00000000,0x00000000,0x00000000	wx[|$Q0|
+	$Q0|$Q1|
+
$Q1|t$t=t@[j|^$Q|t$t=t@[v	24:FE02->item,69:0000->referent,69:0A00->event,69:FC00->counter,69:FE00->counter
+284	SURCAMEW	event-bearing	0x8575F	0xD60	0x0003,0x0000,0x0C7A,0x0000,0x00E6,0x0000,0x0D60,0x0000,0x0F1A,0x0000,0x0000,0x0000,0x0000,0x00F7,0x00D2,0x0000	0x00000003,0x00000C7A,0x000000E6,0x00000D60,0x00000F1A,0x00000000,0x00F70000,0x000000D2	wx[|?
+
+|$Q?|wx[%|$Q^|t$t=t@[O|t$t=t@[h|t$t=t@[	24:0A02->eventTrigger,24:F602->therma,24:FA02->valueBox,24:FC02->cameraEgg,24:FC02->monit,24:FE02->screen,61:7373->code,62:F500->code,62:FD00->foundGun,69:0000->referent,69:F600->link,69:F800->passcode,69:FA00->trueRef,73:FE00->textFile
+285	SFXTRIG	event-bearing	0x5926C	0x18C	0x0000,0x0000,0x00B8,0x0000,0x00D4,0x0000,0x018C,0x0000,0x01E6,0x0000,0x0000,0x0000,0x0000,0x0000,0x0000,0x0000	0x00000000,0x000000B8,0x000000D4,0x0000018C,0x000001E6,0x00000000,0x00000000,0x00000000	wx[|?
+@	69:0000->referent,69:0A00->event

USECODE/EUSECODE_extracted/jelyhack_island_graph.md

@@ -0,0 +1,45 @@
+# JELYHACK Island Graph
+
+## Nodes
+
+| Index | Label | Role | Fields | Event Evidence |
+|---:|---|---|---|---|
+| 272 | SPECIAL | referent-neighbor | referent,phase,counter,time,phase1,phase2,mapNum,npcNum | - |
+| 273 | TRIGPAD | referent-neighbor | referent,item,elev | - |
+| 274 | MONSTER | referent-neighbor | referent,monster1,door,newNpc | - |
+| 275 | ELITE | referent-neighbor | referent | - |
+| 276 | D_ESTORM | referent-neighbor | referent,goods | - |
+| 277 | JELYHACK | referent-anchor | referent | - |
+| 278 | DATALINK | referent-neighbor | mva1,mva3a,mva4,mva5a,mva6,mva7,mva8,mva9,mva10,mva11a,mva12a,mva13,mva14,mva15a,mva15c,referent,textFile | - |
+| 279 | SLIDEFLR | referent-neighbor | referent | - |
+| 280 | JELYH2 | referent-anchor | referent | - |
+| 281 | HOFFMAN | referent-neighbor | referent,hoffy,deathBox,deadGuy,item | - |
+| 282 | D_HOFFMA | referent-neighbor | referent | - |
+| 283 | REE_BOOT | event-bearing | referent,event,counter,item | field:event,tag:69:0A00->event |
+| 284 | SURCAMEW | event-bearing | referent,textFile,monit,valueBox,passcode,link,code,screen,cameraEgg,trueRef,therma,eventTrigger,foundGun | field:eventTrigger,tag:24:0A02->eventTrigger |
+| 285 | SFXTRIG | event-bearing | referent,event | field:event,tag:69:0A00->event |
+
+## Edges
+
+| Source | Relation | Target | Evidence |
+|---|---|---|---|
+| JELYHACK (277) | table-neighbor(-5) | SPECIAL (272) | same local extraction neighborhood |
+| JELYHACK (277) | table-neighbor(-4) | TRIGPAD (273) | same local extraction neighborhood |
+| JELYHACK (277) | table-neighbor(-3) | MONSTER (274) | same local extraction neighborhood |
+| JELYHACK (277) | table-neighbor(-2) | ELITE (275) | same local extraction neighborhood |
+| JELYHACK (277) | table-neighbor(-1) | D_ESTORM (276) | same local extraction neighborhood |
+| JELYHACK (277) | table-neighbor(+1) | DATALINK (278) | same local extraction neighborhood |
+| JELYHACK (277) | table-neighbor(+2) | SLIDEFLR (279) | same local extraction neighborhood |
+| JELYHACK (277) | table-neighbor(+3) | JELYH2 (280) | same local extraction neighborhood |
+| JELYHACK (277) | table-neighbor(+4) | HOFFMAN (281) | same local extraction neighborhood |
+| JELYHACK (277) | table-neighbor(+5) | D_HOFFMA (282) | same local extraction neighborhood |
+| JELYH2 (280) | table-neighbor(-5) | ELITE (275) | same local extraction neighborhood |
+| JELYH2 (280) | table-neighbor(-4) | D_ESTORM (276) | same local extraction neighborhood |
+| JELYH2 (280) | table-neighbor(-3) | JELYHACK (277) | same local extraction neighborhood |
+| JELYH2 (280) | table-neighbor(-2) | DATALINK (278) | same local extraction neighborhood |
+| JELYH2 (280) | table-neighbor(-1) | SLIDEFLR (279) | same local extraction neighborhood |
+| JELYH2 (280) | table-neighbor(+1) | HOFFMAN (281) | same local extraction neighborhood |
+| JELYH2 (280) | table-neighbor(+2) | D_HOFFMA (282) | same local extraction neighborhood |
+| JELYH2 (280) | possible-event-attachment(+3) | REE_BOOT (283) | field:event,tag:69:0A00->event |
+| JELYH2 (280) | possible-event-attachment(+4) | SURCAMEW (284) | field:eventTrigger,tag:24:0A02->eventTrigger |
+| JELYH2 (280) | possible-event-attachment(+5) | SFXTRIG (285) | field:event,tag:69:0A00->event |

USECODE/EUSECODE_extracted/referent_anchor_event_graph.tsv

@@ -0,0 +1,141 @@
+anchor_index	anchor_label	anchor_fields	neighbor_index	distance	neighbor_label	neighbor_fields	neighbor_role	event_evidence
+166	OFFWORK	referent	171	+5	AND_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+167	GUARD	referent	171	+4	AND_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+167	GUARD	referent	172	+5	BRO_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+168	GDOOR_N	referent	171	+3	AND_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+168	GDOOR_N	referent	172	+4	BRO_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+169	GDOOR_E	referent	171	+2	AND_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+169	GDOOR_E	referent	172	+3	BRO_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+170	BIGCAN	referent,fram	171	+1	AND_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+170	BIGCAN	referent,fram	172	+2	BRO_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+171	AND_BOOT	referent,event,counter,item	172	+1	BRO_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+172	BRO_BOOT	referent,event,counter,item	171	-1	AND_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+173	CRUMORPH	referent,lastAct	171	-2	AND_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+173	CRUMORPH	referent,lastAct	172	-1	BRO_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+174	GUARDSQ	referent	171	-3	AND_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+174	GUARDSQ	referent	172	-2	BRO_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+175	CARD_NS	referent	171	-4	AND_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+175	CARD_NS	referent	172	-3	BRO_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+176	CARD_EW	referent	171	-5	AND_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+176	CARD_EW	referent	172	-4	BRO_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+177	EWALLEW	referent	172	-5	BRO_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+184	GRENADE	referent	189	+5	COR_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+185	SCIENTIS	referent	189	+4	COR_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+185	SCIENTIS	referent	190	+5	EVENT	mva3b,referent,event,item,source,dest,door,counter,counter2,link,time,post1,post2,floor,flicMan	event-bearing	field:event,tag:69:0A00->event
+186	ROLL_NS	referent,item,item2,riderList,time,total,counter,oldz,cargo,zCheck,zMax,ma0Q6	189	+3	COR_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+186	ROLL_NS	referent,item,item2,riderList,time,total,counter,oldz,cargo,zCheck,zMax,ma0Q6	190	+4	EVENT	mva3b,referent,event,item,source,dest,door,counter,counter2,link,time,post1,post2,floor,flicMan	event-bearing	field:event,tag:69:0A00->event
+186	ROLL_NS	referent,item,item2,riderList,time,total,counter,oldz,cargo,zCheck,zMax,ma0Q6	191	+5	NPCTRIG	referent,event,item,item2,typeNpc	event-bearing	field:event,tag:69:0A00->event
+187	REB_COUP	referent,counter	189	+2	COR_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+187	REB_COUP	referent,counter	190	+3	EVENT	mva3b,referent,event,item,source,dest,door,counter,counter2,link,time,post1,post2,floor,flicMan	event-bearing	field:event,tag:69:0A00->event
+187	REB_COUP	referent,counter	191	+4	NPCTRIG	referent,event,item,item2,typeNpc	event-bearing	field:event,tag:69:0A00->event
+188	MEDIKIT	referent,item	189	+1	COR_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+188	MEDIKIT	referent,item	190	+2	EVENT	mva3b,referent,event,item,source,dest,door,counter,counter2,link,time,post1,post2,floor,flicMan	event-bearing	field:event,tag:69:0A00->event
+188	MEDIKIT	referent,item	191	+3	NPCTRIG	referent,event,item,item2,typeNpc	event-bearing	field:event,tag:69:0A00->event
+189	COR_BOOT	referent,event,counter,item	190	+1	EVENT	mva3b,referent,event,item,source,dest,door,counter,counter2,link,time,post1,post2,floor,flicMan	event-bearing	field:event,tag:69:0A00->event
+189	COR_BOOT	referent,event,counter,item	191	+2	NPCTRIG	referent,event,item,item2,typeNpc	event-bearing	field:event,tag:69:0A00->event
+190	EVENT	mva3b,referent,event,item,source,dest,door,counter,counter2,link,time,post1,post2,floor,flicMan	189	-1	COR_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+190	EVENT	mva3b,referent,event,item,source,dest,door,counter,counter2,link,time,post1,post2,floor,flicMan	191	+1	NPCTRIG	referent,event,item,item2,typeNpc	event-bearing	field:event,tag:69:0A00->event
+191	NPCTRIG	referent,event,item,item2,typeNpc	189	-2	COR_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+191	NPCTRIG	referent,event,item,item2,typeNpc	190	-1	EVENT	mva3b,referent,event,item,source,dest,door,counter,counter2,link,time,post1,post2,floor,flicMan	event-bearing	field:event,tag:69:0A00->event
+192	
+
+
+
+K	referent,item	189	-3	COR_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+192	
+
+
+
+K	referent,item	190	-2	EVENT	mva3b,referent,event,item,source,dest,door,counter,counter2,link,time,post1,post2,floor,flicMan	event-bearing	field:event,tag:69:0A00->event
+192	
+
+
+
+K	referent,item	191	-1	NPCTRIG	referent,event,item,item2,typeNpc	event-bearing	field:event,tag:69:0A00->event
+193	CRUZTRIG	referent,item,elev	189	-4	COR_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+193	CRUZTRIG	referent,item,elev	190	-3	EVENT	mva3b,referent,event,item,source,dest,door,counter,counter2,link,time,post1,post2,floor,flicMan	event-bearing	field:event,tag:69:0A00->event
+193	CRUZTRIG	referent,item,elev	191	-2	NPCTRIG	referent,event,item,item2,typeNpc	event-bearing	field:event,tag:69:0A00->event
+194	NPC_ONLY	referent,item,link	189	-5	COR_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+194	NPC_ONLY	referent,item,link	190	-4	EVENT	mva3b,referent,event,item,source,dest,door,counter,counter2,link,time,post1,post2,floor,flicMan	event-bearing	field:event,tag:69:0A00->event
+194	NPC_ONLY	referent,item,link	191	-3	NPCTRIG	referent,event,item,item2,typeNpc	event-bearing	field:event,tag:69:0A00->event
+195	VMAIL	referent,textFile	190	-5	EVENT	mva3b,referent,event,item,source,dest,door,counter,counter2,link,time,post1,post2,floor,flicMan	event-bearing	field:event,tag:69:0A00->event
+195	VMAIL	referent,textFile	191	-4	NPCTRIG	referent,event,item,item2,typeNpc	event-bearing	field:event,tag:69:0A00->event
+196	STORMTRO	referent	191	-5	NPCTRIG	referent,event,item,item2,typeNpc	event-bearing	field:event,tag:69:0A00->event
+224	WVENTNS	referent,fram,windsurf	229	+5	FLAMEBOX	referent,event,flame,flame2,direction,count,newType	event-bearing	field:event,tag:69:0A00->event
+225	WVENTEW	referent,fram,windsurf	229	+4	FLAMEBOX	referent,event,flame,flame2,direction,count,newType	event-bearing	field:event,tag:69:0A00->event
+226	REBEL_TV	referent	229	+3	FLAMEBOX	referent,event,flame,flame2,direction,count,newType	event-bearing	field:event,tag:69:0A00->event
+227	SDOOR_N	referent	229	+2	FLAMEBOX	referent,event,flame,flame2,direction,count,newType	event-bearing	field:event,tag:69:0A00->event
+228	SDOOR_E	referent	229	+1	FLAMEBOX	referent,event,flame,flame2,direction,count,newType	event-bearing	field:event,tag:69:0A00->event
+230	EBRIDGE2	referent	229	-1	FLAMEBOX	referent,event,flame,flame2,direction,count,newType	event-bearing	field:event,tag:69:0A00->event
+231	MCRATE	ma0Q0,referent,item	229	-2	FLAMEBOX	referent,event,flame,flame2,direction,count,newType	event-bearing	field:event,tag:69:0A00->event
+232	COPY_EW	referent,fram,coolfram	229	-3	FLAMEBOX	referent,event,flame,flame2,direction,count,newType	event-bearing	field:event,tag:69:0A00->event
+232	COPY_EW	referent,fram,coolfram	237	+5	NOSTRIL	referent,event,fire,count,fire2	event-bearing	field:event,tag:69:0A00->event
+233	COPY_NS	referent,fram,coolfram	229	-4	FLAMEBOX	referent,event,flame,flame2,direction,count,newType	event-bearing	field:event,tag:69:0A00->event
+233	COPY_NS	referent,fram,coolfram	237	+4	NOSTRIL	referent,event,fire,count,fire2	event-bearing	field:event,tag:69:0A00->event
+235	FLAME1	referent	237	+2	NOSTRIL	referent,event,fire,count,fire2	event-bearing	field:event,tag:69:0A00->event
+236	REB_PAD	referent,item,pad2,mapNum,eggNum,phold,gunHold,counter,counter2	237	+1	NOSTRIL	referent,event,fire,count,fire2	event-bearing	field:event,tag:69:0A00->event
+238	VARDESK	referent,item,counter	237	-1	NOSTRIL	referent,event,fire,count,fire2	event-bearing	field:event,tag:69:0A00->event
+239	BLASER1	referent,laserList,item,inFastArea,count,link	237	-2	NOSTRIL	referent,event,fire,count,fire2	event-bearing	field:event,tag:69:0A00->event
+240	REB_BOOT	referent,counter	237	-3	NOSTRIL	referent,event,fire,count,fire2	event-bearing	field:event,tag:69:0A00->event
+241	UPPLATE	referent,item	237	-4	NOSTRIL	referent,event,fire,count,fire2	event-bearing	field:event,tag:69:0A00->event
+242	KEYPADNS	referent,alreadyPassed	237	-5	NOSTRIL	referent,event,fire,count,fire2	event-bearing	field:event,tag:69:0A00->event
+247	SSWITCHN	referent,sswitch,switch1,switch2,switch3,timer,sswitch2,switch21,switch22,switch23,counter	252	+5	VAR_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+248	SSWITCHE	referent,sswitch,switch1,switch2,switch3,timer,sswitch2,switch21,switch22,switch23,counter	252	+4	VAR_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+249	SHOCKNS1	referent	252	+3	VAR_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+250	SHOCKEW1	referent	252	+2	VAR_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+251	WEA_BOOT	referent,counter	252	+1	VAR_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+253	COURIER	referent	252	-1	VAR_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+254	LWPLATE4	referent,item	252	-2	VAR_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+255	LWPLATE8	referent,item	252	-3	VAR_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+256	ALARMBOX	referent,item	252	-4	VAR_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+257	BLOOD	referent	252	-5	VAR_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+264	D_SOLD	referent,goods	269	+5	SURCAMNS	referent,textFile,monit,valueBox,passcode,link,code,screen,cameraEgg,trueRef,therma,eventTrigger,foundGun	event-bearing	field:eventTrigger,tag:24:0A02->eventTrigger
+265	D_VARG	referent	269	+4	SURCAMNS	referent,textFile,monit,valueBox,passcode,link,code,screen,cameraEgg,trueRef,therma,eventTrigger,foundGun	event-bearing	field:eventTrigger,tag:24:0A02->eventTrigger
+266	D_COUR	referent,goods	269	+3	SURCAMNS	referent,textFile,monit,valueBox,passcode,link,code,screen,cameraEgg,trueRef,therma,eventTrigger,foundGun	event-bearing	field:eventTrigger,tag:24:0A02->eventTrigger
+267	D_SUSAN	referent,goods	269	+2	SURCAMNS	referent,textFile,monit,valueBox,passcode,link,code,screen,cameraEgg,trueRef,therma,eventTrigger,foundGun	event-bearing	field:eventTrigger,tag:24:0A02->eventTrigger
+268	D_THERM	referent	269	+1	SURCAMNS	referent,textFile,monit,valueBox,passcode,link,code,screen,cameraEgg,trueRef,therma,eventTrigger,foundGun	event-bearing	field:eventTrigger,tag:24:0A02->eventTrigger
+270	BASEGUN	referent,item	269	-1	SURCAMNS	referent,textFile,monit,valueBox,passcode,link,code,screen,cameraEgg,trueRef,therma,eventTrigger,foundGun	event-bearing	field:eventTrigger,tag:24:0A02->eventTrigger
+271	TIMER	referent,time,phase2	269	-2	SURCAMNS	referent,textFile,monit,valueBox,passcode,link,code,screen,cameraEgg,trueRef,therma,eventTrigger,foundGun	event-bearing	field:eventTrigger,tag:24:0A02->eventTrigger
+272	SPECIAL	referent,phase,counter,time,phase1,phase2,mapNum,npcNum	269	-3	SURCAMNS	referent,textFile,monit,valueBox,passcode,link,code,screen,cameraEgg,trueRef,therma,eventTrigger,foundGun	event-bearing	field:eventTrigger,tag:24:0A02->eventTrigger
+273	TRIGPAD	referent,item,elev	269	-4	SURCAMNS	referent,textFile,monit,valueBox,passcode,link,code,screen,cameraEgg,trueRef,therma,eventTrigger,foundGun	event-bearing	field:eventTrigger,tag:24:0A02->eventTrigger
+274	MONSTER	referent,monster1,door,newNpc	269	-5	SURCAMNS	referent,textFile,monit,valueBox,passcode,link,code,screen,cameraEgg,trueRef,therma,eventTrigger,foundGun	event-bearing	field:eventTrigger,tag:24:0A02->eventTrigger
+278	DATALINK	mva1,mva3a,mva4,mva5a,mva6,mva7,mva8,mva9,mva10,mva11a,mva12a,mva13,mva14,mva15a,mva15c,referent,textFile	283	+5	REE_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+279	SLIDEFLR	referent	283	+4	REE_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+279	SLIDEFLR	referent	284	+5	SURCAMEW	referent,textFile,monit,valueBox,passcode,link,code,screen,cameraEgg,trueRef,therma,eventTrigger,foundGun	event-bearing	field:eventTrigger,tag:24:0A02->eventTrigger
+280	JELYH2	referent	283	+3	REE_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+280	JELYH2	referent	284	+4	SURCAMEW	referent,textFile,monit,valueBox,passcode,link,code,screen,cameraEgg,trueRef,therma,eventTrigger,foundGun	event-bearing	field:eventTrigger,tag:24:0A02->eventTrigger
+280	JELYH2	referent	285	+5	SFXTRIG	referent,event	event-bearing	field:event,tag:69:0A00->event
+281	HOFFMAN	referent,hoffy,deathBox,deadGuy,item	283	+2	REE_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+281	HOFFMAN	referent,hoffy,deathBox,deadGuy,item	284	+3	SURCAMEW	referent,textFile,monit,valueBox,passcode,link,code,screen,cameraEgg,trueRef,therma,eventTrigger,foundGun	event-bearing	field:eventTrigger,tag:24:0A02->eventTrigger
+281	HOFFMAN	referent,hoffy,deathBox,deadGuy,item	285	+4	SFXTRIG	referent,event	event-bearing	field:event,tag:69:0A00->event
+282	D_HOFFMA	referent	283	+1	REE_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+282	D_HOFFMA	referent	284	+2	SURCAMEW	referent,textFile,monit,valueBox,passcode,link,code,screen,cameraEgg,trueRef,therma,eventTrigger,foundGun	event-bearing	field:eventTrigger,tag:24:0A02->eventTrigger
+282	D_HOFFMA	referent	285	+3	SFXTRIG	referent,event	event-bearing	field:event,tag:69:0A00->event
+283	REE_BOOT	referent,event,counter,item	284	+1	SURCAMEW	referent,textFile,monit,valueBox,passcode,link,code,screen,cameraEgg,trueRef,therma,eventTrigger,foundGun	event-bearing	field:eventTrigger,tag:24:0A02->eventTrigger
+283	REE_BOOT	referent,event,counter,item	285	+2	SFXTRIG	referent,event	event-bearing	field:event,tag:69:0A00->event
+284	SURCAMEW	referent,textFile,monit,valueBox,passcode,link,code,screen,cameraEgg,trueRef,therma,eventTrigger,foundGun	283	-1	REE_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+284	SURCAMEW	referent,textFile,monit,valueBox,passcode,link,code,screen,cameraEgg,trueRef,therma,eventTrigger,foundGun	285	+1	SFXTRIG	referent,event	event-bearing	field:event,tag:69:0A00->event
+285	SFXTRIG	referent,event	283	-2	REE_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+285	SFXTRIG	referent,event	284	-1	SURCAMEW	referent,textFile,monit,valueBox,passcode,link,code,screen,cameraEgg,trueRef,therma,eventTrigger,foundGun	event-bearing	field:eventTrigger,tag:24:0A02->eventTrigger
+286	SKILLBOX	referent,skill	283	-3	REE_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+286	SKILLBOX	referent,skill	284	-2	SURCAMEW	referent,textFile,monit,valueBox,passcode,link,code,screen,cameraEgg,trueRef,therma,eventTrigger,foundGun	event-bearing	field:eventTrigger,tag:24:0A02->eventTrigger
+286	SKILLBOX	referent,skill	285	-1	SFXTRIG	referent,event	event-bearing	field:event,tag:69:0A00->event
+287	D_GURDSQ	referent,goods	283	-4	REE_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+287	D_GURDSQ	referent,goods	284	-3	SURCAMEW	referent,textFile,monit,valueBox,passcode,link,code,screen,cameraEgg,trueRef,therma,eventTrigger,foundGun	event-bearing	field:eventTrigger,tag:24:0A02->eventTrigger
+287	D_GURDSQ	referent,goods	285	-2	SFXTRIG	referent,event	event-bearing	field:event,tag:69:0A00->event
+288	VETRON	referent	283	-5	REE_BOOT	referent,event,counter,item	event-bearing	field:event,tag:69:0A00->event
+288	VETRON	referent	284	-4	SURCAMEW	referent,textFile,monit,valueBox,passcode,link,code,screen,cameraEgg,trueRef,therma,eventTrigger,foundGun	event-bearing	field:eventTrigger,tag:24:0A02->eventTrigger
+288	VETRON	referent	285	-3	SFXTRIG	referent,event	event-bearing	field:event,tag:69:0A00->event
+289	DEATHBOX	referent,sswitch,counter	284	-5	SURCAMEW	referent,textFile,monit,valueBox,passcode,link,code,screen,cameraEgg,trueRef,therma,eventTrigger,foundGun	event-bearing	field:eventTrigger,tag:24:0A02->eventTrigger
+289	DEATHBOX	referent,sswitch,counter	285	-4	SFXTRIG	referent,event	event-bearing	field:event,tag:69:0A00->event
+290	REB_GAR	referent,counter	285	-5	SFXTRIG	referent,event	event-bearing	field:event,tag:69:0A00->event
+291	BOUNCBOX	referent,item,item2,ammo	296	+5	STEAMBOX	referent,event,steam,steam2,direction,count	event-bearing	field:event,tag:69:0A00->event
+292	HOVER1	referent	296	+4	STEAMBOX	referent,event,steam,steam2,direction,count	event-bearing	field:event,tag:69:0A00->event
+293	STEAM1	referent	296	+3	STEAMBOX	referent,event,steam,steam2,direction,count	event-bearing	field:event,tag:69:0A00->event
+294	FADE	referent,loop,loop2	296	+2	STEAMBOX	referent,event,steam,steam2,direction,count	event-bearing	field:event,tag:69:0A00->event
+295	PHIR	referent	296	+1	STEAMBOX	referent,event,steam,steam2,direction,count	event-bearing	field:event,tag:69:0A00->event
+297	FLAME2	referent	296	-1	STEAMBOX	referent,event,steam,steam2,direction,count	event-bearing	field:event,tag:69:0A00->event
+298	STEAM2	referent	296	-2	STEAMBOX	referent,event,steam,steam2,direction,count	event-bearing	field:event,tag:69:0A00->event
+299	FLAMELP	referent	296	-3	STEAMBOX	referent,event,steam,steam2,direction,count	event-bearing	field:event,tag:69:0A00->event
+300	BBOX	ma0Q0,referent	296	-4	STEAMBOX	referent,event,steam,steam2,direction,count	event-bearing	field:event,tag:69:0A00->event
+301	GBOX_NS	ma0Q0,referent	296	-5	STEAMBOX	referent,event,steam,steam2,direction,count	event-bearing	field:event,tag:69:0A00->event

docs/far-call-targets.md

@@ -0,0 +1,179 @@
+# Far-Call Targets: Top-104 Most-Called Functions
+
+Content extracted from `crusader_decompilation_notes.md`. Named via systematic analysis of 11,692 NE relocation fixup entries — the functions most frequently called through the `CALLF 0x0000:ffff` thunk mechanism.
+
+---
+
+## Tier 1: Ranks 1–20 (73+ callers)
+
+| Rank | Address | Name | Calls | Description |
+|------|---------|------|-------|-------------|
+| 1 | `000a:44fd` | `seg091_func_00fd` | 331 | Recovered boundary. Shares init flag `0x44a4` with `runtime_init_or_abort`; thunk-heavy non-returning wrapper. |
+| 2 | `0003:ac7e` | `mem_alloc` | 272 | Allocation wrapper → seg082:0000 (`0009:a200`) |
+| 3 | `0008:dbec` | `entity_word_list_destroy` | 238 | Frees entity word-list buffer. |
+| 4 | `0003:a751` | `mem_free` | 207 | Free wrapper → seg082:007a (`0009:a27a` = `mem_free_checked`) |
+| 5 | `0008:bb4f` | `mem_alloc_far` | 174 | Thin wrapper → `mem_alloc` |
+| 6 | `0003:a897` | `far_memcpy` | 165 | REP MOVSW + trailing MOVSB |
+| 7 | `0005:088f` | `entity_get_type_word` | 130 | Returns type word from table `0x7df9` indexed by slot |
+| 8 | `000b:358d` | `sprite_tree_accumulate_pos` | 122 | Recursively sums X/Y offsets (`+0x21/+0x23`) through linked child nodes (`+0x19/+0x1b`), copies 8-byte position block via `far_memcpy` |
+| 9 | `0008:ce3d` | `entity_call_two_vtables` | 118 | Calls vtable[`+4`] at entity+`0x1e` and `+0x28` |
+| 10 | `0004:26cd` | `nop_void_stub` | 118 | Empty function, returns void |
+| 11 | `0008:ce00` | `entity_call_two_vtables_base` | 117 | Calls vtable[0] at entity+`0x1e` and `+0x28` |
+| 12 | `0008:bb8c` | `entity_check_flag_0x4000` | 115 | Short-circuits if flag `0x4000` set at `+0x16` |
+| 13 | `0008:cda7` | `entity_free_both_word_lists` | 115 | Frees word lists at entity+`0x1e` and `+0x28` if optional pointers at `+0x24/+0x26` and `+0x2e/+0x30` non-null. Both call `entity_word_list_free_existing`. |
+| 14 | `0004:26d2` | `nop_void_stub_b` | 111 | Empty function, returns void |
+| 15 | `000a:45fe` | `runtime_init_or_abort` | 108 | Reentrancy-guarded init. Flag at `0x44a4`; flushes via `FUN_000a_4a56`, then calls `crt_exit_wrapper(1)`. Hidden code gap `0x4616-0x4643`. |
+| 16 | `0004:3324` | `nop_return_zero` | 95 | Returns 0 |
+| 17 | `0009:c563` | `event_queue_push` | 82 | Circular buffer enqueue. Ring index (`+0xe`) masked `0x3f`, slot masked `0xfff8`. Writes event type word + data byte pair. |
+| 18 | `0005:c448` | `list_remove_and_free` | 74 | Unlinks node from linked list via `FUN_0005_c495`, optionally calls `mem_free` if bit 0 of flags set |
+| 19 | `000b:2e00` | *(no function in Ghidra)* | 74 | Analysis gap at seg109:0000. Needs manual function creation. |
+| 20 | `0009:1f12` | `dos_file_lseek` | 73 | DOS LSEEK (INT 21h AH=42h) wrapper with error reporting to `0x867a` |
+
+---
+
+## Tier 2: Ranks 21–40 (56–73 callers)
+
+| Rank | Address | Name | Calls | Description |
+|------|---------|------|-------|-------------|
+| 21 | `0009:3600` | `rotating_buffer_advance` | 73 | Advances 5-slot circular counter at `0x3eb6`, zeros pointer in table at `0x867c`, dispatches via jump table |
+| 22 | `0009:943a` | `entity_rect_compare_and_dispatch` | 68 | Compares bounding rectangles of two entities, dispatches based on flag bits `4/2/1` at `+0x16` |
+| 23 | `0009:1e61` | `dos_file_close` | 65 | DOS file close (INT 21h), error reporting, sets handle to `-1` |
+| 24 | `0005:e252` | *(unnamed — unclear)* | 65 | Copies 11 words from Phar Lap extender area (`FUN_0000_12c6+5`), then calls thunk. Interrupt/trampoline setup? |
+| 25 | `0003:dbcc` | `crt_format_string` | 64 | MetaWare High C formatting wrapper. Calls `FUN_0003_bb92` with runtime format dispatch table. |
+| 26 | `0007:5a00` | *(no function in Ghidra)* | 64 | High-traffic raw target at `seg043:0000`. Earlier `debris_spawn` / seg001 mapping was rejected after checking relocation labels. Still needs manual function creation and direct analysis. |
+| 27 | `000a:4742` | `assert_buffer_valid` | 63 | Validates handle: asserts `param_2 == cookie` at `0x45a6` and `param_1 < limit` at `0x87e0` |
+| 28 | `0009:9216` | `entity_conditional_render_dispatch` | 63 | Checks entity flag bits 4 and 1 at `+0x16`, dispatches to vtable[`+0xc`] or thunk |
+| 29 | `0008:cb2c` | `entity_flag20_clear_and_update_target` | 61 | Clears flag bit `0x20`, writes target `+0x12/+0x14`, calls refresh |
+| 30 | `0008:cb5c` | `entity_flag20_set_and_init_target` | 61 | Sets flag bit `0x20`, inits target if zero, calls refresh |
+| 31 | `0007:7306` | `entity_create_stack_object` | 58 | Allocates `0xCC` bytes on stack, inits via `object_init_zero_fields` (`0005:c400`), calls thunk |
+| 32 | `0007:8709` | `entity_mark_dirty_and_sync_tile_aux` | 58 | Syncs tile aux, sets flag bit `0x04` at `+0x42` |
+| 33 | `0007:87c5` | `entity_set_flag20_from_field42` | 58 | Reads entity `+0x42/+0x44`, calls `entity_flag20_set_and_init_target` with those values |
+| 34 | `0007:8508` | `entity_table_lookup_and_dispatch` | 58 | Searches table at `0x2b46`, dispatches via indirect jump |
+| 35 | `0007:8920` | `entity_call_vtable_slot0c` | 58 | Calls vtable entry at `+0x0c` |
+| 36 | `000a:b988` | `sprite_node_get_or_traverse` | 57 | If child pointer at `+0x19/+0x1b` non-null, traverses; otherwise returns leaf value |
+| 37 | `0003:a98b` | `crt_signed_div32` | 56 | Entry: adjusts near→far stack, sets `CX=0` (signed quotient), jumps to `crt_div32_impl` |
+| 38 | `000a:7b44` | `nop_return_void_a` | 56 | Empty function (default vtable slot?) |
+| 39 | `000a:7b49` | `nop_return_void_b` | 56 | Empty function (default vtable slot?) |
+| 40 | `000a:7b53` | `nop_return_void_c` | 56 | Empty function (default vtable slot?) |
+
+---
+
+## Supporting Functions Discovered
+
+| Address | Name | Description |
+|---------|------|-------------|
+| `000b:3a00` | `sprite_tree_sum_x_offset` | Recursive: sums field `+0x21` through child chain `+0x19/+0x1b` |
+| `000b:3a35` | `sprite_tree_sum_y_offset` | Recursive: sums field `+0x23` through child chain `+0x19/+0x1b` |
+| `0003:a845` | `crt_exit_wrapper` | Calls `crt_exit_impl(param,0,0)` |
+| `0003:a7ee` | `crt_exit_impl` | Full C exit: atexit handlers, stdio flush, MetaWare runtime cleanup |
+| `0003:a9a8` | `crt_div32_impl` | 32-bit division core. CX flags: bit0=unsigned, bit1=modulo, bit2=negate |
+| `0005:c400` | `object_init_zero_fields` | Zeros fields `+0x25`, `+0x29`, `+0x31`, `+0x32` of a struct. Returns pointer. |
+| `000a:4440` | `joystick_read_axes_and_buttons` | Reads PC game port `0x201`. Times axis responses, reads button nibble to `0x44a2` |
+| `000b:3380` | `sprite_node_is_dirty` | Checks flags at `obj+0x29 & 3 == 1 or 3` → returns bool |
+| `000b:33a6` | `sprite_node_mark_dirty` | If not dirty, calls `FUN_000b_3965` with `mode=3` to invalidate |
+
+---
+
+## Tier 3: Ranks 41–60 (42–56 callers)
+
+| Rank | Address | Name | Calls | Description |
+|------|---------|------|-------|-------------|
+| 41 | `000a:7b58` | `nop_return_zero_b` | 56 | Returns 0 (default vtable slot) |
+| 42 | `000b:3ab2` | `sprite_node_dispatch_event` | 56 | Large event dispatch: checks event type (`2/4/8/0x100`), updates global focus ptr at `[0x4fd0:4fd2]`, dispatches via vtable methods `[+0x14/+0x18/+0x20/+0x24]` by event code. Switch table for 16 event types. |
+| 43 | `000a:48ff` | `rng_next_modulo` | 55 | Advances seg091 RNG state and returns the result modulo the requested bound; returns 0 when bound is 0. |
+| 44 | `000b:3362` | `sprite_tree_unwind_check` | 55 | Validates `SS == param_2` (stack segment guard), then decrements global counter at `[0x4fd6]` |
+| 45 | `000b:40ee` | `sprite_node_update_and_dispatch` | 55 | If `sprite_node_is_dirty` returns false: marks dirty, calcs accumulated bounds via `sprite_tree_get_accumulated_bounds` (`3ed8`), then dispatches via thunk |
+| 46 | `000a:7b5f` | `vtable_stub_trampoline` | 55 | Calls through fixup thunk (forwarder to another function) |
+| 47 | `000a:7b78` | `nop_return_void_e` | 55 | Empty function (default vtable slot) |
+| 48 | `000a:7b7d` | `nop_return_void_f` | 55 | Empty function (default vtable slot) |
+| 49 | `000a:7b4e` | `nop_return_void_d` | 54 | Empty function (default vtable slot) |
+| 50 | `000b:330c` | `sprite_tree_dispatch_wrapper` | 52 | Pure thunk wrapper: calls through fixup |
+| 51 | `0009:2034` | `dos_file_seek` | 51 | INT 21h AH=42h (LSEEK). Takes file object ptr, extracts handle at `obj+4`, seeks to offset param. Error reporting to `[0x867a]`. |
+| 52 | `0005:0466` | `entity_resolve_slot_ptr` | 50 | *(pre-existing name)* |
+| 53 | `0003:a880` | *(no function in Ghidra)* | 49 | Analysis gap in CRT segment |
+| 54 | `0006:170c` | `tile_class_get_byte` | 47 | Looks up class data: indexes into table at `[0x7e1e]` by `(*param_1 * 0x79)`, returns byte at offset `+0xc` |
+| 55 | `000b:4097` | `sprite_dispatch_with_event` | 45 | Pushes event params + global `[0x49c2:0x49c4]`, calls thunk |
+| 56 | `0005:02c1` | `entity_is_type_match` | 43 | Compares `*param_1` against global at `[0x27c8]`, returns 1 if equal, 0 otherwise |
+| 57 | `0003:ad75` | *(no function in Ghidra)* | 43 | Analysis gap in CRT segment |
+| 58 | `000a:e709` | `render_dispatch_by_flag` | 43 | Dispatches between two thunk paths based on boolean flag at `stack+0x10` |
+| 59 | `0003:d0ff` | `crt_sprintf_wrapper` | 42 | Calls `FUN_0003_bb92` (format engine) with rearranged params and string constant at `0x67ac` |
+| 60 | `000b:326e` | `sprite_node_destroy` | 42 | Destructor: sets vtable ptr to `0x501a`, clears global `[0x4fd0:4fd2]` if self, releases child nodes, calls `mem_free` via thunk |
+
+---
+
+## Analysis Gaps
+
+| Address | NE Segment | Callers | Notes |
+|---------|-----------|---------|-------|
+| `000a:44fd` | seg091:00fd | 331 | Recovered as `seg091_func_00fd`; thunk-heavy init wrapper sharing flag `0x44a4`. |
+| `000b:2e00` | seg109:0000 | 74 | Start of segment 109. |
+| `0007:5a00` | seg043:0000 | 64 | Start of segment 43. Earlier seg001 `debris_spawn` port was rejected; still needs manual function creation and direct analysis. |
+| `000a:48ff` | seg091:04ff | 55 | Recovered as `rng_next_modulo`; bounded wrapper around seg091 RNG state advance. |
+| `0003:a880` | seg005:0880 | 49 | In CRT segment near `far_memcpy`. |
+| `0003:ad75` | seg005:0d75 | 43 | In CRT segment near `mem_alloc`. |
+| `000a:454d` | seg091:014d | 32 | Recovered as `seg091_func_014d`; init/context helper using the `0x45a6` cookie/context global. |
+
+**seg043 reconciliation:**
+- The earlier standalone seg001 port hypothesis in this subrange was wrong.
+- Relocation data places raw `0007:5a00` at `seg043:0000`, and the named helper at `0007:5b6f` sits at `seg043:016f`.
+- Because of that segment placement, standalone seg001 names such as `debris_spawn` (`0x7490`) and `entity_die` (`0x75ff`) should NOT be ported into this raw range.
+- `0007:5b6f` no longer exists as a function after the PyGhidra repair pass. Its behavior now lines up with the repaired function `0007:5b7a = entity_set_at_target_update_facing`.
+- The currently repaired functions at `0007:5a90` and `0007:5c1c` should keep their positional names until a later pass resolves the thunk-heavy bodies more clearly.
+
+---
+
+## Tier 4: Ranks 61–80 (29–42 callers)
+
+| Rank | Address | Name | Calls | Description |
+|------|---------|------|-------|-------------|
+| 61 | `000b:30a5` | `sprite_tree_forward_wrapper` | 42 | Pure thunk forwarder |
+| 62 | `0008:bc27` | `entity_set_event_type_checked` | 41 | Sets event code at `+0x06` with range/timer checks |
+| 63 | `0008:d214` | `entity_dispatch_entry_ctor_vtbl_3aa6` | 40 | Constructor: alloc `0x40`, vtbl `3AA6`, flag `0x200` |
+| 64 | `0005:1565` | `entity_action_by_type_dispatch` | 39 | Checks entity type against whitelist (`0x432,0x5a0,0x1fd,0x1fe,0x8f,0x59f,0x2b3,0x2ca`), dispatches by flags at `[0xc76]` and `[0x85f]` |
+| 65 | `0008:4bba` | `channel_slot_enable` | 39 | Sets enable byte=1 in 5-slot table at `0x84ca` (slot * `0xd` stride) |
+| 66 | `0009:6f5a` | `vga_palette_write` | 38 | Writes RGB triplets to VGA DAC (port `0x3C8/0x3C9`). Range `param_2..param_3` from palette data at `*param_1` |
+| 67 | `0009:8ef6` | `line_draw_dispatch` | 38 | Compares `abs(dx)` vs `abs(dy)` to determine major axis, dispatches to appropriate line draw routine |
+| 68 | `000a:7b30` | `nop_return_void_g` | 38 | Empty function (default vtable slot) |
+| 69 | `000a:7b3f` | `nop_return_void_h` | 38 | Empty function (default vtable slot) |
+| 70 | `0009:6e7f` | `palette_free_if_set` | 35 | Frees existing palette data if ptr non-null, checks alignment |
+| 71 | `000a:7b35` | `nop_return_void_i` | 35 | Empty function (default vtable slot) |
+| 72 | `0009:c433` | `event_queue_align_index` | 34 | Returns `param_1 & 0xFFF8` — aligns ring index to 8-byte event slot boundary |
+| 73 | `0009:2156` | `dos_file_get_size` | 33 | Saves file position, does INT 21h AH=42h AL=02 (seek to end), restores position. Returns file size in DX:AX |
+| 74 | `000a:2c41` | `list_iterate_next` | 33 | Linked list iterator: if `*out==0` returns first from `obj+2`; else follows next at `ptr+2/+4`. Returns bool (has more) |
+| 75 | `000a:454d` | `seg091_func_014d` | 32 | Recovered boundary. Shares flag `0x44a4`; checks optional long argument against the `0x45a6` cookie/context global. |
+| 76 | `000b:2446` | `sprite_clear_redraw_flag` | 31 | Clears flag at `obj+0x17e`, then dispatches via thunk |
+| 77 | `0005:1238` | `entity_get_class_word` | 30 | Looks up table at `[0x7e01]` indexed by `*param_1 * 2`, returns word. Sister of `entity_get_type_word` (which uses `[0x7df9]`) |
+| 78 | `000b:1446` | `display_null_check_dispatch` | 30 | Null-checks far ptr params, dispatches to different thunks based on result |
+| 79 | `000d:85da` | `vga_palette_set_all_black` | 29 | Sets byte at `global_obj[0x6828]+0x40 = 1` if global non-null, then calls thunk. *(Note: earlier name `map_object_set_dirty_flag` was incorrect; corrected in seg137 analysis.)* |
+| 80 | `0005:1511` | `entity_destroy_trampoline` | 29 | Pure thunk forwarder to entity destruction |
+
+---
+
+## Tier 5: Ranks 81–104 (24–29 callers)
+
+| Rank | Address | Name | Calls | Description |
+|------|---------|------|-------|-------------|
+| 81 | `0009:1c00` | `dos_file_handle_init` | 29 | Inits 6-byte file handle struct: dword=0, word+4=`0xFFFF` (invalid). Aborts on null ptr |
+| 82 | `0008:75f3` | `entity_get_ptr` | 29 | Looks up entity far ptr from table at `DS:0x39b0`, indexed by `id*4` |
+| 83 | `0006:0208` | `entity_class_get_flag4` | 29 | Returns bit 2 of classinfo byte at `[0x7e1e]+*p1*0x79+0x13` → 0 or 1 |
+| 84 | `000a:30d7` | `list_node_set_if_context` | 29 | Sets node fields `+2/+4` if params match context globals at `0x45a6/0x45a8` |
+| 85 | `0009:c45f` | `object_init_and_get_next` | 29 | Calls `object_init_zero_fields` then returns `*(result+2)` — init+accessor combo |
+| 86 | `0004:d7a0` | `object_deref_get_word4` | 28 | Dereferences far ptr chain: returns word at `*(*(param_1)+4)` |
+| 87 | `000a:5276` | `debug_check_flag_45aa` | 28 | If byte at `DS:0x45aa` non-zero, calls thunk (diagnostic/assert check) |
+| 88 | `0003:d94f` | `far_memset` | 28 | Wrapper reordering params for CRT memset impl at `0003:d92b` (odd-aligned, word-fill loop) |
+| 89 | `000a:7b3a` | `nop_return_void_j` | 28 | Empty function (default vtable slot) |
+| 90 | `0008:ca18` | `entity_pair_sync_b` | 27 | Pairwise sync wrapper direction B |
+| 91 | `0008:bd20` | `entity_sprite_set_target_pos` | 27 | Sets flag `0x1000`, copies player pos to entity `+0x0a/+0x0c` |
+| 92 | `0009:3ceb` | `buffer_release_and_dispatch` | 27 | Frees far ptr at `obj+0x3b` if set, nulls it; conditionally dispatches on bit 0 |
+| 93 | `0005:09b4` | `entity_get_flags_byte` | 27 | Reads byte from `[0x7dfd]+id`, conditionally extends with classinfo byte at `[0x7e1e]+id*0x79+0xf` |
+| 94 | `0005:0fbb` | `entity_lookup_sprite_word` | 27 | Returns word from `[0x7e05]+*p1*2` — sprite/visual index table |
+| 95 | `0008:d27e` | `entity_dispatch_trampoline_b` | 26 | Pure forwarder thunk (CALLF thunk only) |
+| 96 | `0005:0376` | `entity_resolve_base_type` | 26 | Walks entity class hierarchy (bit 8 in `[0x7e01]`) via `[0x7ded]`, returns base type from `[0x7df1]` |
+| 97 | `000b:2492` | `sprite_redraw_if_needed` | 26 | If redraw flag at `+0x17e` is clear, calls update routine + thunk |
+| 98 | `0003:e4d3` | `dos_file_open_wrapper` | 26 | Zeros output byte, delegates to file open impl at `0003:bb92` |
+| 99 | `0005:033e` | `entity_resolve_base_parent` | 25 | Same hierarchy walk as `entity_resolve_base_type` but returns parent from `[0x7ded]` |
+| 100 | `000a:87fd` | `render_clip_rect_to_viewport` | 25 | Clips 4 rect params to viewport bounds at `[0x4014]`, sets dirty flag at `0x8a16`, increments draw counter at `0x4716` |
+| 101 | `0005:3cf5` | `entity_class_has_flag2000` | 25 | Returns `(entity_get_class_word(slot) & 0x2000) != 0` |
+| 102 | `0009:80db` | `bbox_overlap_test` | 25 | Boolean rectangle overlap test for two 4-word bbox structs; unlike `bbox_intersect`, it does not write back an intersection |
+| 103 | `000d:cc00` | `entity_compute_proximity_or_visibility_bucket` | 25 | Returns `0x40` if entity is null or projected bbox overlaps viewport; otherwise buckets world-distance from current reference entity (`0x7e22`) into `0x32/0x20/0x10/0x08` |
+| 104 | `000d:d413` | `entity_refresh_recent_proximity_or_visibility_buckets` | 24 | Recomputes bucket values for the last four active entries in `0x69ac` and notifies backing handles via `000a:6343` when a bucket changes |

docs/ne-segment1.md

@@ -0,0 +1,392 @@
+# Crusader: No Remorse — NE Segment 1 Game Logic
+
+This file covers the standalone analysis of NE Segment 1 (`seg001_code_off_37600_len_8400.bin`), imported as a raw binary at base `0x0000`, language `x86:LE:16:Protected Mode`. All 35+ identified functions have been renamed and annotated in Ghidra.
+
+## Cursor Subsystem (0x0060–0x0d5f)
+
+| Address  | Name                      | Description |
+|----------|---------------------------|-------------|
+| `0x0060` | `cursor_update_hover`     | Hover update: if mouse active & entity set, calls cursor_set_target |
+| `0x00e9` | `cursor_set_target`       | Positions cursor on entity, updates sprite + direction visual |
+| `0x0322` | `cursor_shutdown`         | Frees cursor resources, resets state |
+| `0x0398` | `cursor_animation_update` | Angle-based cursor rotation (0x27d4, 0-359 → 0x168=360). Sprite at 0x27d6 |
+| `0x050f` | `cursor_draw_tick`        | Per-frame cursor draw (calls cursor_animation_update if dirty) |
+| `0x0c24` | `action_key_valid`        | Returns 1 if action code (param_1) is a valid game action key |
+| `0x0d5f` | `cursor_direction_input`  | Arrow-key input: rotates cursor angle, updates direction sprite |
+
+## Input Handling
+
+| Address  | Name                    | Description |
+|----------|-------------------------|-------------|
+| `0x0526` | `input_keyboard_handler`| Key dispatch: 0x01=LMB, 0x0D/0x0C=scroll, 0x2C=save, 0x44=load |
+
+## Cursor State Data (at DS:0x27xx)
+| Address | Field | Meaning |
+|---------|-------|---------|
+| `0x27c4` | cursor_sel1 | Selection counter 1 |
+| `0x27c6` | cursor_sel2 | Selection counter 2 |
+| `0x27c8` | current_entity | Handle to currently targeted entity |
+| `0x27ca–0x27ce` | cursor_state | Cursor interaction state bytes |
+| `0x27d0` | cursor_entity_type | Current entity type index |
+| `0x27d2` | z_offset | Z-height offset for terrain adjustment |
+| `0x27d4` | cursor_angle | Rotation angle (0–359) |
+| `0x27d6` | cursor_sprite | Sprite handle for cursor visual |
+| `0x27d8` | cursor_dirty | Set when cursor needs redraw |
+| `0x27d9` | cursor_active | Master cursor enabled flag |
+| `0x27da` | cursor_no_turn | Flag disabling cursor rotation |
+| `0x27ed` | difficulty | Enemy accuracy divisor (used in projectile_init_vector) |
+| `0x27fd` | hard_mode | Two-step mode (combat vs. explore) |
+| `0x27fe` | move_mode | Movement phase flag |
+| `0x27ff` | mouse_active | Mouse/input system active |
+| `0x2800`–`0x2811` | various | UI state: active sprite, facing byte, cur entity handle |
+| `0x283f`/`0x2841` | menu_obj_ptr | Active menu/dialog object far pointer |
+| `0x2844` | in_save | In-progress save game flag |
+| `0x290e` | entity_count | Number of active entities |
+| `0x2910`–`0x2947` | snap_type_ids[10] | Entity types that snap-to-ground in snap_entity_to_ground |
+
+## Input / Action Dispatch
+
+| Address  | Name                      | Description |
+|----------|---------------------------|-------------|
+| `0x2420` | `entity_command_dispatch` | Dispatches player commands to target entity; reads 0x27d0, 0x2de4, sends events 0x14/0xf, handles state machine 0x27ca/0x27cd/0x27ce |
+| `0x279a` | `cheat_code_check`        | Checks input record byte+1 against five bytes starting at `0x2833`; toggles `0x844`/`0x6045`, emits helper/event code `0x103` |
+
+## Menu / Event Callbacks
+
+| Address  | Name                      | Description |
+|----------|---------------------------|-------------|
+| `0x2e53` | `cursor_event_notify_a`   | Vtable thunk: forwards event to 0x27ca area handler |
+| `0x2e96` | `cursor_event_notify_b`   | Vtable thunk: forwards event to 0x27ca area handler (alt path) |
+| `0x2ed9` | `menu_event_notify_a`     | Vtable thunk: forwards event to 0x2843 (near menu object) |
+| `0x2f0c` | `menu_event_notify_b`     | Vtable thunk: forwards event to 0x2843 (alt path) |
+| `0x2ff3` | `stub_noop_2ff3`          | Empty stub, noop |
+| `0x2ff8` | `entity_collision_callback_a` | Calls touch handler then func(entity+0x1e, seg, 2); opt: extra func if param_3&1 |
+| `0x3046` | `set_active_menu`         | Writes param_1/param_2 to 0x283f/0x2841 (active menu far pointer) |
+| `0x3058` | `entity_collision_callback_b` | Same as entity_collision_callback_a (second vtable entry) |
+
+## Entity System (0x2401–0x5a50)
+
+| Address  | Name                         | Description |
+|----------|------------------------------|-------------|
+| `0x2401` | `clear_cursor_selection`     | Zeros 0x27c4/0x27c6 (selection counters) |
+| `0x2899` | `cursor_switch_target_entity`| Switches cursor target: unloads old entity, loads new, re-registers |
+| `0x29d8` | `get_z_offset`               | Returns func() + *(0x27d2) = adjusted Z/height |
+| `0x2a09` | `is_player_in_range`         | Checks if entity is at player (0x2de4) X/Y +/-0xf0 range |
+| `0x2a46` | `entity_ai_update_loop`      | Loops entities 2–255, checks visibility, triggers fire/move |
+| `0x2c36` | `ui_update_callback`         | Calls cursor_state_clear then vtable[2] on menu object |
+| `0x2c6b` | `cursor_state_clear`         | Clears cursor state bytes 0x27ca–0x27ce, clears entity flag bit1 |
+| `0x2c92` | `dialog_spawn`               | Allocates dialog object, vtable=0x28b5, registers callback at 0x39ca |
+| `0x2d47` | `entity_pick_handler`        | Handles entity selection or save-game trigger (type 0x38d) |
+| `0x2df9` | `clear_active_menu`          | Zeros 0x283f/0x2841 (active menu far pointer) |
+| `0x2e18` | `game_mode_init`             | Initializes game mode state, resets sprite/cursor/menu state |
+| `0x2f3f` | `entity_table_set_sprite`    | Reads 0x7df9+slot*2; writes entity type table 0x7e1e[slot*0x79+0x0d]=param_2, +0x10=0 |
+| `0x3c97` | `snap_entity_to_ground`      | If entity type in snap_type_ids[10], resets Z to 0xf0 and adjusts XY |
+| `0x3d6e` | `spawn_entity_checked`       | Spawns entity with explosion pool limit check (0x84c0, 0x84c2) |
+| `0x3f2f` | `entity_spawn`               | Allocates entity, vtable=0x29aa/0x39ca, positions it |
+| `0x40d4` | `entity_remove`              | Removes entity: destroys sprites, clears 0x2802/0x2804 if needed |
+| `0x4172` | `entity_animation_frame_update`| Advances/retreats anim frame ([+0x1d]) toward target [+0x1c/0x1b] based on quality |
+| `0x42f8` | `stub_noop_42f8`             | Empty stub, noop |
+| `0x42fd` | `entity_registry_decrement`  | Calls cleanup func then decrements entity count at 0x290e |
+| `0x4314` | `entity_sprite_move_delta`   | Updates shot sprite handle (entity+0x3f) position by adding delta params |
+| `0x4552` | `entity_set_position`        | Sets entity+0x3e (type_handle), world_x/y (entity+0x45/47), base_x/y (entity+0x4f/51) |
+| `0x452b` | `shot_set_spawn_pos`         | Calls entity_set_position then sets entity+0xbe = param_3 (extra spawn field) |
+| `0x4591` | `entity_try_place`           | entity_set_position with validation — position only set if placement succeeds |
+| `0x5092` | `entity_deactivate`          | Calls vtable[2] to deactivate, or finds in registry and removes |
+| `0x5a50` | `entity_list_contains`       | Checks if entity ptr exists in active entity list at 0x294c |
+| `0x5b05` | `stub_noop_5b05`             | Empty stub, noop |
+
+## Entity Object Layout (NE Segment 1 entities)
+| Offset | Field | Meaning |
+|--------|-------|---------|
+| `+0x00` | vtable_ptr | Vtable pointer (0x29aa for generic, 0x2a57 for debris) |
+| `+0x02` | slot_index | Entity slot index (used for registry at 0x39ca) |
+| `+0x04` | entity_type | Entity type ID |
+| `+0x19`/`+0x1a` | flags | Entity flags (bit0=debris, bit1=cleared by cursor_state_clear, bit6=active, bit8=valid) |
+| `+0x1b` | vel_x | X velocity (clamped ±0x20) |
+| `+0x1c` | vel_y | Y velocity (clamped ±0x20) |
+| `+0x1d` | vel_z | Z velocity (clamped ±0x10) |
+| `+0x1e` | fire_handle | Weapon/fire handle |
+| `+0x1f` | is_enemy | 1 if entity is an enemy type |
+| `+0x20`/`+0x21` | pos_frac_x/y | Fractional position (sub-tile) for movement |
+| `+0x22` | pos_frac_z | Fractional Z |
+| `+0x36` | weapon_type | Active weapon type ID |
+| `+0x38` | facing | Current facing direction (0–15) |
+| `+0x3c` | sprite_handle | Sprite for this entity |
+| `+0x3f` | shot_sprite | Sprite handle for active projectile (0xFFFF = none) |
+| `+0x45`/`+0x47`/`+0x49` | world_x/y/z | Current world position (integer) |
+| `+0x4f`/`+0x51`/`+0x53` | base_x/y/z | Base/spawn position |
+| `+0x54`/`+0x56`/`+0x58` | prev_x/y/z | Previous frame position |
+| `+0x59` | attack_active | Attack in progress flag |
+| `+0x5a` | at_target | Reached target flag |
+| `+0x5e`–`+0x65` | delta_x/y/z/high | Per-step movement deltas (fixed point) |
+| `+0x66`/`+0x68` | step_active | Stepping active (1=yes, 0=off) |
+| `+0x6a`/`+0x6c` | weapon_slot/dist | Weapon slot and total travel distance |
+| `+0x6e` | delta_z | Alt Z delta |
+| `+0x70` | projectile_type | Projectile class (2/0xD=splash, 3=spread, 5=homing, 0xE=chain) |
+| `+0x72`/`+0x74`/`+0x76` | target_x/y/z | Target position with deviation |
+| `+0x77` | target_entity | Target entity handle |
+| `+0x79` | secondary_pos | Secondary position struct pointer |
+| `+0xad` | owner_entity | Owning entity handle |
+| `+0xaf` | shot_owner_flags | Shot owner (entity/player) |
+| `+0xb1` | bounce_count | Bounce counter (used with homing, type 5) |
+| `+0xb3` | has_bounce | Has bounce trajectory active |
+| `+0xbd` | actor_type | Actor type byte (used for direction table lookups) |
+
+## Shot Entity Lifecycle (0x435e–0x44a9)
+
+| Address  | Name                       | Description |
+|----------|----------------------------|-------------|
+| `0x435e` | `shot_entity_alloc`        | Alloc/init shot entity: vtable=0x297e, registry vtable=0x2969, zeros all state, copies player pos to +0xb5/b7 |
+| `0x44a9` | `shot_entity_free`         | Cleans up shot entity: frees sprite at +0x3c if valid (set to 0xFFFF), clears callbacks; optional full free if flag&1 |
+
+## Projectile / Combat (0x4659–0x5a99)
+
+| Address  | Name                       | Description |
+|----------|----------------------------|-------------|
+| `0x4659` | `projectile_init_vector`   | Sets up shot trajectory: target XY±deviation, step rate from weapon table at 0x2536 |
+| `0x4a91` | `entity_fire_weapon`       | Fires weapon from entity using 0x129b/0x12ac direction offset tables |
+| `0x4b18` | `fire_weapon_from_cursor`  | Gets cursor angle sprites, fires projectile at cursor target |
+| `0x4b78` | `projectile_check_hit`     | Hit test: if entity_type==0 uses bbox+0x79; else full 3D range; copies +0xa0→+0x77 (hit entity) |
+| `0x4c2e` | `projectile_step_update`   | Advances projectile one step; type 3 spawns sub-shots via spawn_entity_checked |
+| `0x4d28` | `projectile_trace_ray`     | Interpolated path trace: divides distance/0x10 into steps, collision checks each step; on hit calls projectile_apply_hit + entity_deactivate |
+| `0x51ad` | `projectile_update_tick`   | Full projectile tick: move, check reach target, bounce, call projectile_check_hit |
+| `0x5a99` | `projectile_apply_hit`     | Applies hit effects: if impacted obj byte+6 non-zero, calls damage func with weapon_slot/type/target/owner |
+
+## Weapon Type Table (0x2536)
+- Each entry is 0x11 bytes (17), accessed as `weapon_type * 0x11`
+- `[0]` = step divisor for distance calculation
+- `[0x19]` = max range threshold (used in projectile_update_tick)
+
+## Direction Tables (0x129b / 0x12ac)
+- Indexed by facing (0–15): dx offsets at 0x129b, dy offsets at 0x12ac
+- Values are multiplied by distance (e.g. `*0x500`) for projectile spawn offsets
+
+## Collision Detection (0x60c1–0x621e)
+
+| Address  | Name           | Description |
+|----------|----------------|-------------|
+| `0x60c1` | `aabb_overlaps_3d` | 3D AABB overlap test — box layout [xmin,ymin,zmin,_,_,xmax,_,ymax,_,zmax] |
+| `0x621e` | `bbox_translate`   | Translates a 3D bounding box by (dx, dy, dz) — both min and max points |
+
+## Enemy AI / Spawning (0x6aed–0x6d21)
+
+| Address  | Name                       | Description |
+|----------|----------------------------|-------------|
+| `0x6aed` | `map_find_spawn_point`     | Finds map tile matching entity conditions; returns packed XYZ tile coords |
+| `0x6bfc` | `actor_find_in_view`       | Finds actor visible in current view frustum (temp data at 0x7eca) |
+| `0x6ce9` | `enemy_spawn_with_target`  | Wrapper: spawns enemy with player as target (param5=1) |
+| `0x6d05` | `enemy_spawn_no_target`    | Wrapper: spawns enemy without targeting player (param5=0) |
+| `0x6d21` | `enemy_spawn_at_position`  | Full enemy spawn: activates entity, assigns velocity from direction table (0x2a00/4/A) |
+
+## Player / HUD
+
+| Address  | Name                          | Description |
+|----------|-------------------------------|-------------|
+| `0x50ee` | `player_position_update`      | Updates player position from direction data; clamps to screen bounds |
+| `0x6ff7` | `player_health_update_and_effect` | Encodes player HP into RGB bitfields at 0x7e46+0x1bec, spawns effect |
+
+## Destruction / Death (0x7490–0x75ff)
+
+| Address  | Name          | Description |
+|----------|---------------|-------------|
+| `0x7490` | `debris_spawn`| Spawns debris/fragment: vtable=0x2a57/0x2a1a, velocity, facing, linked list |
+| `0x75ff` | `entity_die`  | Death handler: spawns 1–4 debris objects, picks best explosion direction |
+
+## Entity Type Constants (weapon_type/entity class)
+| Value  | Entity Class |
+|--------|--------------|
+| `0x17` | Robot/mech type A |
+| `0x18` | Robot/mech type B |
+| `0x1` through `0x3c` | Various entity/weapon types |
+| `0x3d` | Robot/mech type C |
+| `0x3e` | Robot/mech type D |
+| `0x2f5`–`0x2f7` | Special movement entity |
+| `0x595`/`0x597` | Platform/elevator entities |
+| `0x31c`/`0x322`–`0x327` | Explosive/effect entities |
+| `0x38d` | Save game trigger entity |
+| `0x426` | Spark/scatter sub-shot |
+| `0x59a` | Player cursor/select indicator |
+
+## Entity Data Table at 0x7e1e
+- Stride: `0x79` bytes (121 bytes per entry)
+- Indexed by entity type (integer) or entity slot
+- `+0x59` offset = class-detail flags byte (`entity_class_get_flag8` returns bit `0x08`; other callers also clear bit `0x10` here during at-target facing updates)
+- `+0x5a` offset = flags byte (bit4 = special entity flag, bit3 = armor/shield flag)
+- `+0x68` = targeting flag
+
+## Map / Resource Tables
+| Address | Content |
+|---------|---------|
+| `0x2833` | Cheat code input sequence (null-terminated) |
+| `0x283d` | Cheat sequence match position counter |
+| `0x7ded` | Map X coordinate array (2 bytes per entry) |
+| `0x7df1` | Map Y coordinate array (2 bytes per entry) |
+| `0x7df5` | Map Z array (1 byte per entry) |
+| `0x7df9` | Entity state array (2 bytes per slot) |
+| `0x7e46` | Player state block far pointer |
+| `0x7e1e` | Entity type table (stride 0x79) |
+
+## Entity Vtable Index (NE Segment 1)
+| Address | Entity Class |
+|---------|-------------|
+| `0x28b5` | Dialog/menu object vtable |
+| `0x287b` | Cheat-spawned entity (cheat ON) vtable |
+| `0x2892` | Cheat-spawned entity (cheat OFF) vtable |
+| `0x2969` | Entity registry vtable (stored at 0x39ca+slot*4, not entity's own vtable) |
+| `0x297e` | Shot/projectile entity vtable |
+| `0x29aa` | Generic/AI entity vtable |
+| `0x2a1a` | Corpse entity vtable (variant) |
+| `0x2a33` | Actor/corpse entity vtable |
+| `0x2a57` | Debris fragment entity vtable |
+
+---
+
+## Cheat System Analysis
+
+### `cheat_code_check` internals
+
+- Direct raw-EXE recovery: `cheat_code_check` in `CRUSADER-RAW.EXE` is `0007:0d0a-0007:0e08`.
+- It has exactly one direct caller in this build: `FUN_0007_04dc` at `0007:0511`, which prepares a small local event record and then calls `cheat_code_check` before continuing normal input dispatch.
+- `FUN_0007_04dc` itself is not only a low keyboard-queue consumer: `drawlist_init` at `0007:f654` calls it directly during higher-level setup, so the cheat-dispatch body can be reached from at least one non-ISR path in this build.
+
+Variable and constant roles from the recovered body:
+- `0x2833` is not a clean dedicated data object in this raw EXE — raw bytes and surrounding disassembly show that it lands in the middle of `entity_animation_frame_update` (`0007:26e2-0007:2867`). Starting on `PUSH AX; CMP byte ptr [0x27fd],0; ...` the first five bytes are `50 80 3e fd 27` followed by a `0x00`.
+- `0x283d` is the current match index into that byte table. On a successful byte match it increments; on mismatch it resets to zero and immediately retries the current input byte against the first table byte (overlapping prefixes still work).
+- `input_event_record[+1]` is the compared input/event token.
+- `0x844` is the main cheat-enable flag. The success path toggles it by converting the current byte to a boolean and negating it (`0 -> 1`, non-zero -> `0`).
+- `0x6045` is written with the same post-toggle value as `0x844` — a mirrored cheat-state latch.
+- Constant `0x103` is pushed into the shared helper at `000a:5276` immediately after the toggle (emit the cheat-toggle side effect).
+- `0x8c52` is forced to `1` on success before the side-effect path continues.
+
+After a full table match, the code resets `0x283d` to zero, sets `0x8c52 = 1`, toggles `0x844` and `0x6045`, and calls the shared `0x103` helper. It then branches on the new cheat state: cheats-on uses `DS:0x287b`; cheats-off uses `DS:0x2892`.
+
+### Cheat-enable sources
+
+Two independent cheat-enable sources verified:
+1. The hidden input matcher in `cheat_code_check` toggles `0x844` and `0x6045` after matching the five-byte event-code table at `0x2833`.
+2. The command-line parser at `0004:635c-0004:63b8` recognizes the literal switch `-laurie` and directly sets `0x844 = 1`. This path does **not** write `0x6045`.
+
+Current model for the two cheat bytes:
+- `0x844` = master cheat-permitted / cheat-framework-enabled flag.
+- `0x6045` = live cheat-active mirror latch used by low-level keyboard handling.
+- The hidden five-byte matcher enables both at once, but `-laurie` only enables the master flag.
+- The separate event-`0x7e` path at `000c:942d` requires `0x844 != 0`, flips `0x6045`, and displays one of two local notification messages (`0x6087` vs `0x6091`).
+
+`jassica16` status:
+- No literal `jassica` string is present in the current string table, while `-laurie` is present as plain text.
+- The ordinary keyboard ISR producer still does not support the old byte-for-character model cleanly: it feeds normalized scan-code-style values into record byte `+1`, while the matcher source at `0x2833` is a live code-byte sequence with two values (`0x80`, `0xfd`) that do not fit that ISR path.
+- The direct call `drawlist_init -> FUN_0007_04dc` is the first concrete static evidence for a higher-level path in this build.
+
+F10 key behavior (verified in raw build):
+- `seg001_input_keyboard_handler` at `0006:ec29` handles input byte `0x44` and immediately returns unless cheats are enabled through `0x6045`.
+- "Plain F10 when cheats are enabled" is verified; "Ctrl+F10 enables god mode" is **not** supported by the current code path.
+- When a current `0x7e22` entity exists, the branch resolves the current selection and refreshes per-entity bookkeeping.
+- In the `local_4 == 1` case the branch becomes a large restore/reset routine that tears down and rebuilds multiple linked objects around `0x7e22`, retries dispatch up to `0x14` times per stage, and fires the event batch `0x33d`, `0x33f`, `0x340`, `0x341`, `0x33e` before re-enabling channels `4`, `1`, and `0`.
+
+### Cheat-related string table (seg014 / `000e:xxxx`)
+
+| Address     | String                                          | Notes |
+|-------------|-------------------------------------------------|-------|
+| `000e:9c5e` | `"FART  ...TRY... -laurie (Have fun, Jely)"`    | Dev Easter-egg comment; no static code xref |
+| `000e:9c87` | `"CHEATS ON"`                                   | Cheat-on status string |
+| `000e:9c91` | `"CHEATS OFF"`                                  | Cheat-off status string |
+| `000e:9c9c` | `"TARGETING RETICLE ACTIVE."`                   | Correlates to event `0x441` / byte `0xee0` toggle |
+| `000e:9cb6` | `"TARGETING RETICLE INACTIVE."`                 | Paired off-state |
+| `000e:9cd2` | `"CD TRANSFER DISPLAY ACTIVE."`                 | Correlates to event `0x241` / `0x141` toggle area |
+| `000e:9cee` | `"CD TRANSFER DISPLAY INACTIVE."`               | Paired off-state |
+| `000e:9dff` | `"HACK MOVER ON"`                               | No static code xref; USECODE/scripting layer |
+| `000e:9e0d` | `"HACK MOVER OFF"`                              | No static code xref; USECODE/scripting layer |
+| `000e:6450` | `"Immortality disabled."`                       | No static code xref; USECODE/scripting layer |
+| `000e:6466` | `"Immortality enabled."`                        | No static code xref; USECODE/scripting layer |
+| `000e:647b` | `"Cheats are now active."`                      | Shown in `-laurie` startup path |
+| `000e:6492` | `"Cheats are now inactive."`                    | Paired off-state |
+
+### Cheat event dispatch summary (000c segment)
+
+All cheat-related event case-handlers reside as shared-frame case bodies within a large event dispatch function in segment 000c. Each body inherits BP from the enclosing prologue and exits via `POP DI; POP SI; LEAVE; RETF`.
+
+| Address     | Symbol                                         | Event   | Action |
+|-------------|------------------------------------------------|---------|--------|
+| `000c:8e16` | `event_0x441_cheat_debug_overlay_toggle`       | `0x441` | Toggles `DS:0xee0` (boolean-NOT); calls `[0x2bd8]` vtable `+0x2c`; gate = `DS:0x844` |
+| `000c:8e46` | `event_0x241_cheat_debug_overlay_toggle`       | `0x241` | Toggles `DS:0x2bc9` (1-current); same vtable dispatch; gate = `DS:0x844` |
+| `000c:8e72` | `event_0x141_cheat_debug_overlay_toggle`       | `0x141` | Toggles `DS:0x2bca` (1-current); same vtable dispatch; gate = `DS:0x844` |
+| `000c:942d` | `event_0x7e_cheat_latch_runtime_toggle`        | `0x7e`  | Requires `0x844 != 0`; flips live latch `DS:0x6045`; notification at `DS:0x6087` (on) or `DS:0x6091` (off) |
+| `000c:9154` | `event_0x142_cheat_fullscreen_mode1_refresh`   | `0x142` | Gate = `DS:0x604b`; palette-black, seg126 shell, mode-1 `000c:3c0e`, tail `0004:70f1` |
+| `000c:92cd` | `event_0x143_cheat_fullscreen_mode0_refresh`   | `0x143` | Same as `0x142` but mode-0 `000c:3c0e`, tail `0004:6f15` |
+| `000c:9703` | `event_0x410_cheat_flag_604f_toggle`           | `0x410` | Toggles `DS:0x604f` (boolean-NOT); notification at `DS:0x60d2` (on) or `DS:0x60ee` (off); gate = `DS:0x844` |
+
+### Cheat-dispatch keyboard functions (seg007)
+
+| Address     | Name                                          | Description |
+|-------------|-----------------------------------------------|-------------|
+| `0007:04dc` | `keyboard_input_cheat_dispatch`               | Processes one keyboard event: calls `cheat_code_check`, then dispatches on raw scan-code `[record+1]`. Tab/J (0x0f/0x24) → context-sensitive entity action via FUN_0005_e119/252; KP* (0x37) → `cheat_entity_slot_cycle_and_update_sprite`; Space (0x39) → movement/entity_command_dispatch; KP- (0x4a) → `cheat_anim_type_cycle_and_refresh`; KP+/KP0/KPDel (0x4e/0x52/0x53) → selected object vtable `+0x18`(0xb,...) dispatch. ASCII H (0x48) absent; HACK MOVER comes from a higher scripting layer. |
+| `0007:0d0a` | `cheat_code_check`                            | Five-byte stateful matcher at `DS:0x2833`; toggles `0x844`+`0x6045`; cheats-on notification via `display_null_check_dispatch(..., 0x287b)`; cheats-off via `display_null_check_dispatch(..., 0x2892)`. |
+
+### Cheat-dispatch helpers (000c:81xx)
+
+| Address     | Name                                          | Description |
+|-------------|-----------------------------------------------|-------------|
+| `000c:8072` | `cheat_entity_slot_cycle_and_update_sprite`   | Cycles slot 1..5 for `0x7e22` entity; picks sprite ID by class flags; calls `entity_table_set_sprite`. |
+| `000c:81c0` | `cheat_anim_type_cycle_and_refresh`           | Cycles animation-type 0x0b..0x19 for `0x7e22`; writes per-entity `+0x19`; calls `0008:4bba(0x20)`. |
+| `000c:8221` | `cheat_flag_6050_clear`                       | Clears `DS:0x6050` to 0. |
+| `000c:8227` | `cheat_flag_6050_read`                        | Returns `DS:0x6050` in AL. |
+| `000c:822b` | `cheat_flag_6050_set`                         | Sets `DS:0x6050` to 1. |
+
+### Additional cheat-dispatch hotkeys in `keyboard_input_cheat_dispatch`
+
+Verified byte tests in the caller-side dispatch:
+- `0x37` calls `000c:8072` (`cheat_entity_slot_cycle_and_update_sprite`)
+- `0x4a` calls `000c:81c0` (`cheat_anim_type_cycle_and_refresh`)
+- `0x0f` and `0x24` share a context-sensitive branch via `FUN_0005_e252` with event IDs `0x3a`, `0x38`, or `0x0b`
+- `0x39` and `0x52` share a branch computing a queued delta via `entity_command_dispatch`
+- `0x4e` and `0x53` are separate guarded selected-object lanes dispatching through the selected object's method table
+
+### Immortality mechanics (event 0x410 / flag 0x604f)
+
+**How immortality works at the C level:**
+
+`DS:0x604f` is the Immortality flag. It is toggled by `event_0x410_cheat_flag_604f_toggle` at `000c:9703`.
+The sole gameplay read site is `player_receive_damage_and_dispatch_effects` (`0004:c055`) at `0004:c205`.
+
+When `0x604f != 0` (Immortality **ON**), the damage path in `0004:c205` does:
+1. `CALLF 0009:9ea1` — begin hit-effect lock (animation gating sequence)
+2. `CALLF 0003:c368(0x10001)` — arm anim-stagger mode (seg001:4d68 path)
+3. `IDIV 0x40000` — divide the 32-bit incoming damage value by **262,144** → result is effectively 0 for any realistic HP scale
+4. Apply the negligible reduced damage via `CALLF 0003:dbcc`
+5. Spin on `DS:0x31a2 != 0` event-break gate before re-enabling channels
+
+When `0x604f == 0` (Immortality **OFF**, normal path):
+- Jump to `0004:c25b` → `CALLF 0003:ac7e` (seg001:367e) — full damage / death dispatch
+
+The hit stagger **still plays** in immortality mode (the Silencer visually flinches). Technically HP decreases by 0 per hit (integer truncation from /262144), so there is no true invulnerability flag that bypasses all HP accounting, just extreme attenuation.
+
+**What sends event 0x410 to toggle it:**
+
+The 000c event handler at `000c:9703` is entered via the large cheat-event dispatch switch at `000c:8c56-000c:8d16`. That switch is driven by the seg021 event scheduler, not by the static keyboard dispatch in `keyboard_input_cheat_dispatch`.
+
+Key negative result: no function in the compiled C code directly pushes the value `0x410` into the game's event broadcast path. All three occurrences of the immediate `0x410` in the disassembly are: (a) the `CMP BX,0x410` comparison inside the 000c switch, (b) a multi-event subscription list at `000b:b5cb` (registering to receive the event), and (c) an abort-function error code at `000d:5290` unrelated to the cheat.
+
+Conclusion: event 0x410 is generated exclusively by the **interpreted USECODE lane** (centered on `EUSECODE.FLX`), not by any static keyboard-level scan-code path in the compiled binary. The F10 keyboard branch in `seg001_input_keyboard_handler` is a separate `0x44` path gated by `0x6045`, not by `0x410`. Separate follow-up work on the imported `ASYLUM.DLL` shows that DLL exports `ASS_*` audio routines, so it should not be conflated with the immortality toggle path. The in-game trigger is still best modeled as a USECODE item or controller script, consistent with the surrounding string evidence (`000e:6337 "CruHealer"`, `000e:6341 "BatteryCharger"`, `000e:6445 "Controller"`, `000e:64ab "AutoFirer"` — these are USECODE process class names bracketing the Immortality string).
+
+**Secondary handler (000b:b62c):**
+
+`000b:b62c` subscribes to event 0x410 via the registration at `000b:b5cb`. When event 0x410 is received by this handler, it writes state code `0xe` (decimal 14) into the event object's field `+0x6` and passes it to `000b:b7f3` for processing. This is a parallel state-machine path that runs alongside the 000c toggle; likely it drives an associated USECODE process or animation object into state 14.
+
+| Address     | Symbol                         | Role |
+|-------------|-------------------------------|------|
+| `0004:c055` | `player_receive_damage_and_dispatch_effects` | Renamed. Contains the `0x604f` immortality gate at `0004:c205`. |
+| `DS:0x604f` | Immortality flag               | Set/cleared by event `0x410`. Read only at `0004:c205`. |
+| `DS:0x60d2` | Immortality-on notification ptr | Near pointer in DS; resolves to far ptr → "Immortality enabled." display. |
+| `DS:0x60ee` | Immortality-off notification ptr | Near pointer in DS; resolves to far ptr → "Immortality disabled." display. |
+| `000a:b988` | `video_bios_state_snapshot`    | Called after notification display in the 0x410 toggle to refresh screen state. |
+
+### Conservative folklore verification
+
+- "Cheats can be enabled with `-laurie`" is **directly verified**.
+- "There is a hidden five-byte matcher that toggles cheats" is **directly verified**.
+- "F10 performs a large cheat-only restore/reset action" is **directly verified**.
+- "Ctrl+F10 enables god mode" is **not supported** — the verified F10 branch does not require a modifier.
+- "H enables hack mover" is **real at runtime** (strings confirmed), but not found in the static low-level byte dispatch; the activation comes from the USECODE scripting layer.
+- "Immortality makes the player invincible" is **partially verified**: damage is divided by 262,144, making HP loss negligible; the hit stagger still plays. There is no bypass of the HP system entirely.
+- "Immortality is toggled with a keyboard combo" is **not supported in compiled C code**: event 0x410 has no static keyboard dispatch path. It is USECODE-triggered.
+- The hidden five-byte matcher compares bytes from live code at `0007:2833`, and the ordinary keyboard ISR producer does not naturally emit byte values `0x80` and `0xfd` into record byte `+1`.

docs/overview.md

@@ -0,0 +1,122 @@
+# Crusader: No Remorse — Binary Overview
+
+## Binary Overview
+
+- **Game**: Crusader: No Remorse (Origin Systems, 1995)
+- **Platform**: DOS (16-bit protected mode)
+- **DOS Extender**: Phar Lap 286 DOS-Extender (RUN286)
+- **Executable Format**: Bound `MZ -> NE` executable with Phar Lap DOS-extender code
+- **Entry Point**: `10da:7c40`
+
+## Installed Copy Findings
+
+- No standalone `.EXP` file exists in `F:\Apps\Crusader No Remorse`.
+- `CRUSADER.EXE` is the original game binary and contains a valid internal `NE` header.
+- Outer DOS `MZ` header points to `e_lfanew = 0x36F70`.
+- Internal header at `0x36F70` starts with `NE` and describes **145 segments**.
+- The NE segment table references data from the original file directly, so there is no separate embedded payload that needs to be carved out first.
+- `CNRCEXP.EXE` is a modern Win32 helper tool, not part of the original DOS execution path.
+
+## Raw Full-EXE Import Mapping
+
+- A separate raw-binary import of the full executable (`crusader-raw.exe`) is usable: Ghidra discovers thousands of functions across a single flat `ram` block.
+- Direct `file_offset -> flat_address` mapping from the standalone segment extracts is not reliable for porting names into that raw import.
+- The extracted `segNNN_*.bin` files match `CRUSADER_NE.EXE`, but the raw full-EXE import must be mapped by verified byte signatures / known function bodies.
+- Verified segment bases in the raw full-EXE import:
+	- `seg001` base = `0x6E570` (`cursor_update_hover` at `0006:e5d0`, rel `0x0060`)
+	- `seg021` base = `0x87170` (`entity_count_by_type_a` at `0008:7377`, rel `0x0207`)
+- Porting rule for these verified segments:
+	- `raw_full_exe_flat = verified_segment_base + standalone_segment_relative_offset`
+- Naming note:
+	- `seg001` and `seg021` both contain a keyboard handler; in the full program database, the seg001 copy is named `seg001_input_keyboard_handler` to avoid a symbol collision with seg021 `input_keyboard_handler`.
+
+### Address Space Layout in the Raw Import
+
+Ghidra segment:offset `SSSS:OOOO` = flat address `SSSS * 0x10000 + OOOO`.
+
+| Flat range | Content |
+|---|---|
+| `0x00000`–`0x36F6F` | Phar Lap 286 DOS extender (outer MZ stub code) |
+| `0x36F70` | NE header (145-segment game image begins here in file) |
+| `0x6E570`+ | NE game segments at their Phar Lap linear load addresses |
+
+Mapping rule (verified for seg001 and seg021):
+```
+runtime_flat_base = NE_segment_file_offset + 0x36F70
+```
+Example: seg004 at file `0x40A00` → runtime `0x77970` → Ghidra `0007:7970`.
+
+Functions at Ghidra `0003:XXXX` / `0004:XXXX` are **Phar Lap extender code** (flat < `0x40000` is below any game segment). Functions at `0006:E570`+ are game NE segments.
+
+### `0000:ffff` — NE Fixup Placeholder (not a dispatcher)
+
+`unresolved_far_thunk_dispatch` at `0000:ffff` is NOT a runtime function. Every `CALLF 0x0000:ffff` in the original NE image is a **different** external or inter-segment call patched by the NE loader at runtime. The body at `0000:ffff` is just fixup placeholder data, so decompiling it as a function is meaningless.
+
+**`unresolved_far_thunk_dispatch` is NOT a real dispatcher.** It is the NE binary fixup placeholder.
+
+- In a Phar Lap 286 NE executable, inter-segment and external far calls are stored in the binary as `CALLF 0x0000:ffff` (or similar invalid sentinel values).
+- The Phar Lap NE loader patches each of these call sites to the real segment:offset at load time using the per-segment relocation records in the NE file.
+- In Ghidra's raw import, those fixups are never applied. Every unresolved far call collapses to the same `0000:ffff` stub.
+- **Each `CALLF 0x0000:ffff` in the binary is a DIFFERENT call with a DIFFERENT actual target.**
+
+Repair status in `CRUSADER-RAW.EXE`:
+- A PyGhidra repair pass now applies the verified NE relocation table directly to the raw-program bytes for literal internal `CALLF 9A ptr16:16` sites, then re-disassembles each patched instruction.
+- Current verified batch results:
+	- `8851` internal literal `CALLF` sites patched to their real segment:offset targets.
+	- `2841` far-pointer relocation entries skipped because they were not literal `CALLF` instructions (data or other non-call uses).
+	- `119` import callsites annotated as `NE IMPORT -> module.symbol`.
+
+Known call-site classifications (by argument pattern):
+- `PUSH DS; PUSH imm_ordinal; CALLF` — Phar Lap extender calling a runtime-imported procedure by ordinal
+- `PUSH ptr_seg; PUSH ptr_off; CALLF` — inter-NE-segment function call (intra-game far call)
+- Multiple typed pushes then CALLF — external C runtime / game subsystem call with normal args
+
+### Latest Raw Full-EXE Porting Progress
+
+Newly ported and renamed into `CRUSADER-RAW.EXE` from verified `seg001` mapping (`base 0x6E570`):
+- `0007:28ce` = `shot_entity_alloc` (`seg001 + 0x435e`)
+- `0007:2a19` = `shot_entity_free` (`seg001 + 0x44a9`)
+- `0007:2bc9` = `projectile_init_vector` (`seg001 + 0x4659`)
+- `0007:3001` = `entity_fire_weapon` (`seg001 + 0x4a91`)
+- `0007:3088` = `fire_weapon_from_cursor` (`seg001 + 0x4b18`)
+- `0007:30e8` = `projectile_check_hit` (`seg001 + 0x4b78`)
+- `0007:319e` = `projectile_step_update` (`seg001 + 0x4c2e`)
+- `0007:3298` = `projectile_trace_ray` (`seg001 + 0x4d28`)
+- `0007:371d` = `projectile_update_tick` (`seg001 + 0x51ad`)
+- `0007:4009` = `projectile_apply_hit` (`seg001 + 0x5a99`)
+
+## Segment Map
+
+| Segment | Address Range | Purpose |
+|---------|--------------|---------|
+| CODE_0 | `1000:0000 - 1000:01ff` | Interrupt dispatch table / thunks |
+| CODE_1 | `1020:0000 - 1020:0b9f` | Low-level interrupt handlers, mode switching |
+| CODE_2 | `10da:0000 - 10da:25ef` | **Main runtime** — C library, I/O, formatting, entry point |
+| CODE_3 | `1339:0000 - 1339:0c2f` | **DOS/DPMI services** — INT 21h/31h wrappers, interrupt vector mgmt, fast memcpy |
+| CODE_4 | `13fc:0000 - 13fc:27af` | **String data & runtime constants** — error messages, format strings, Phar Lap ID |
+| CODE_5 | `1677:0000 - 1677:0e8f` | **EMS/XMS memory management** — expanded memory handlers |
+| CODE_6 | `1760:0000 - 1760:7ccd` | **DOS Extender core** — EXP loader, command-line parser, memory management, system init |
+| DATA   | `1760:7cd0 - 1760:7cdf` | Global data |
+| HEADER | `HEADER::0000 - HEADER::044f` | MZ/P2 file header |
+
+## NE Import Details
+- File to import: `F:\Apps\Crusader No Remorse\CRUSADER.EXE`
+- Outer DOS header: `MZ`
+- `e_lfanew`: `0x36F70`
+- Internal executable header: `NE`
+- Segment count: `145`
+- Initial `CS:IP`: `0001:0000`
+- Initial `SS:SP`: `0091:2000`
+
+The currently analyzed protected-mode code at addresses like `10da:7c40` is consistent with the Phar Lap runtime/loader path. To reach the rest of the program, import `CRUSADER.EXE` again using an **NE-aware loader** or a workflow that starts from the internal NE header rather than the outer DOS stub.
+
+## Next Steps
+
+1. ✅ **NE Segment 1 imported and analyzed** — all 58 identified functions renamed and annotated
+2. ✅ **Raw 0007 segment analyzed** — rendering, camera/scroll, save slot, and scroll region subsystems documented (~60 functions renamed and annotated)
+3. **Import additional NE segments** — priority: segments 22, 30, 59, 86 (segment 21 complete)
+4. **Analyze raw 0007 draw helper cluster** — `FUN_0007_03b4`, `FUN_0007_04b8`, `FUN_0007_04dc`, `FUN_0007_057f`, `FUN_0007_0614`; called by sprite/draw list functions
+5. **Analyze `FUN_0007_4cdf`** — large 15-case animation/movement dispatcher; overlapping instruction warnings; cases 0, 2, 3, 6, 9, 0xa, 0xe are clean
+6. **Map file format loaders** — `.FLX`, `.SHP`, `.MAP`, `.TNT` resource formats
+7. **Cross-reference entity type constants** with game entities (robots, platforms, triggers)
+8. **Identify external segment calls** — the `func_0x0000ffff()` placeholders are all cross-segment calls; resolving them requires importing the referenced segments

docs/phar-lap-extender.md

@@ -0,0 +1,108 @@
+# Crusader: No Remorse — Phar Lap DOS Extender Analysis
+
+This file covers the Phar Lap 286 DOS extender code portion of `CRUSADER.EXE` — the outer MZ/P2 stub that bootstraps the NE game image.
+
+## Architecture Notes
+
+### Correction: The Game Ships As A Bound NE Executable
+**Important**: The installed copy does **not** contain a separate `.EXP` file. `CRUSADER.EXE` is a bound executable with an outer DOS `MZ` stub and an internal `NE` executable image. The Phar Lap loader/runtime code and the game's real segment layout are both described inside this same file.
+
+The flow is:
+1. `entry` → checks DOS version, CPU type
+2. `init_dos_extender` → sets up protected mode (VCPI/DPMI)
+3. `load_exp_file` → opens the game's `.EXP` file
+4. `load_executable_image` → parses P2/MZ headers, creates segments, applies relocations
+5. `task_switch_to_child` → transfers control to the actual game code
+
+For the installed retail copy, this means the currently loaded Ghidra program is only one interpretation of `CRUSADER.EXE`. The next import should target the **NE layer of the same file**, not a missing external `.EXP`.
+
+### Segment 1339: Fast Memory Operations
+`FUN_1339_02a8` contains an unrolled loop (Duff's device pattern with 57 iterations) — a hand-optimized **fast memory fill/add** routine, typical in DOS game graphics engines.
+
+### EMS Memory (Segment 1677)
+The game uses **EMS (Expanded Memory Specification)** via INT 67h for additional memory beyond the 1MB real-mode limit. Functions in segment 1677 manage EMS page frames and handle allocation/deallocation.
+
+## Named Functions
+
+### Entry & Startup
+| Address | Name | Description |
+|---------|------|-------------|
+| `10da:7c40` | `entry` | Program entry point — checks CPU, parses command line, launches game |
+| `10da:1816` | `main_init_and_run` | Main initialization — loads child EXP, sets up subsystems, runs game |
+| `1760:1432` | `parse_cmdline_and_run` | Parses command-line args and invokes main_init_and_run |
+| `1760:42fa` | `init_dos_extender` | Initializes Phar Lap 286 DOS extender (CPU check, VCPI/DPMI setup) |
+
+### Executable Loading
+| Address | Name | Description |
+|---------|------|-------------|
+| `1760:2cdf` | `load_exp_file` | Loads .EXP executable — opens file, reads headers, allocates memory |
+| `1760:1dfc` | `load_executable_image` | Parses P2/MZ headers, loads segments, creates LDT entries |
+| `1760:24a6` | `apply_relocations` | Applies segment relocations to loaded executable |
+| `1760:5eca` | `exec_child_process` | Executes child process with command-line arguments |
+| `1760:5fee` | `exec_program_with_args` | Builds command line, locates and executes a program |
+| `10da:1f7e` | `load_and_run_child` | Wrapper: loads child EXP and initializes it |
+
+### System Services
+| Address | Name | Description |
+|---------|------|-------------|
+| `10da:2330` | `dos_exit` | Calls INT 21h AH=4Ch (terminate program) |
+| `1760:42aa` | `detect_cpu_type` | Detects CPU: 0=8086, 2=286, 3=386+ |
+| `1339:04a6` | `dpmi_set_interrupt_vector` | INT 31h — DPMI set interrupt vector |
+| `1339:06ca` | `switch_to_real_mode` | Switches CPU from protected to real mode |
+| `1339:06f2` | `switch_to_protected_mode` | Switches CPU from real to protected mode |
+| `1339:0076` | `setup_interrupt_handlers` | Configures interrupt vectors via INT 21h |
+| `1339:0a38` | `dos_int21h_wrapper` | Simple INT 21h call wrapper |
+| `1339:0a82` | `dos_int21h_with_regs` | INT 21h call with register parameters |
+| `10da:2360` | `get_flags_register` | Returns CPU FLAGS register |
+| `10da:2363` | `set_flags_register` | Sets CPU FLAGS register |
+
+### Memory Management
+| Address | Name | Description |
+|---------|------|-------------|
+| `1677:0d12` | `cleanup_ems_memory` | Frees EMS (INT 67h) memory handles |
+| `10da:14fc` | `init_stack_fill_cc` | Fills stack with 0xCC (INT 3) for debugging/guard |
+| `10da:1706` | `get_segment_base_addr` | Computes linear base address from segment descriptor |
+
+### Task Management
+| Address | Name | Description |
+|---------|------|-------------|
+| `10da:19ca` | `task_switch_to_child` | Context switch to child process |
+| `10da:1946` | `task_switch_from_child` | Context switch back from child process |
+| `10da:1af4` | `call_termination_handler` | Calls registered termination callback |
+
+### I/O & Output
+| Address | Name | Description |
+|---------|------|-------------|
+| `10da:00d6` | `flush_output_buffer` | Flushes buffered output via function pointer |
+| `10da:0132` | `putchar_buffered` | Writes character to buffer, flushes on newline |
+| `10da:0808` | `memcopy_to_buffer` | Copies N bytes from source to destination buffer |
+| `10da:178c` | `print_error_message` | Formats and prints load error (references "not loaded: %s") |
+| `10da:09e4` | `print_fatal_error` | Prints "Fatal Error" prefix + message |
+| `10da:192a` | `print_internal_error` | Prints "Internal Error" message |
+
+### Interrupt Management
+| Address | Name | Description |
+|---------|------|-------------|
+| `10da:1ec0` | `restore_interrupt_vectors` | Restores INT 2Fh and INT 67h vectors |
+| `10da:2249` | `restore_int_2f_67` | Restores INT 15h vector if saved |
+| `1760:3d86` | `init_system_check` | Validates system (CPU, DOS version, VCPI/DPMI, memory) |
+
+### Utility
+| Address | Name | Description |
+|---------|------|-------------|
+| `10da:15ea` | `check_ds_segment` | Returns true if DS == 0x10 (checks data segment selector) |
+| `1760:3c9e` | `nop_stub` | Always returns 0 (unused hook) |
+
+## Key String References
+
+| Address | String | Context |
+|---------|--------|---------|
+| `13fc:0016` | `$Id: comhighc.c 1.1 91/08/06...` | Phar Lap C runtime source ID |
+| `13fc:0048` | `$Id: comutils.c 1.1 91/08/06...` | Phar Lap utility functions source ID |
+| `13fc:0078` | `Serial Number ` | DOS extender serial validation |
+| `13fc:14ca` | `Internal Error` | Error class prefix |
+| `13fc:14da` | `Fatal Error` | Fatal error class prefix |
+| `13fc:156a-1628` | File error messages | Not found, bad format, no memory, etc. |
+| `1760:665c` | `Copyright (C) 1986-93 Phar Lap Software, Inc.` | DOS extender copyright |
+| `1760:73da` | `-LDTSIZE 4096 -EXTHIGH D0_0000h -NI 18 -ISTKSIZE 3` | Default extender config |
+| `1760:76fc-7c5a` | Numbered error messages | System requirement errors (1000-2170) |

docs/raw-0007-rendering.md

@@ -0,0 +1,247 @@
+# Raw 0007: Rendering, Scroll/Camera & Coordinate Transforms
+
+Content extracted from `crusader_decompilation_notes.md`. Covers the sprite draw list subsystem, tile-based visibility, map scroll/camera, and the isometric coordinate transform system.
+
+---
+
+## Raw 0007 Rendering & Sprite Draw List Subsystem
+
+### Draw List Node Format
+
+Each draw node is `0x2a` (42) bytes. The free pool holds 1500 nodes based at `0x2cc7`.
+
+| Offset | Field |
+|--------|-------|
+| `+8` | child link (for `drawlist_enqueue_sprite_children`) |
+| `+10` | z-order dependency forward link |
+| `+0x14` | enqueued flag (bit 0) |
+| `+0x15` | z-depth (1 = root sentinel) |
+| `+0x16` | flags/type byte |
+| `+0x17` | redraw must-flag |
+
+### Draw List Functions
+
+| Address | Name | Evidence |
+|---------|------|---------|
+| `0007:eb36` | `drawlist_pool_init` | Inits free pool: 1500 nodes × `0x2a` bytes from base `0x2cc7`. Sets `0x2ccf = 1500` (count), `0x2cc3` = linked list head. Copies `0x2cc9` → `0x2cae`. |
+| `0007:eb12` | `linked_list_push_2cc3` | LIFO push: `node->next = head_2cc3; head = node; count_2ccf++`. |
+| `0007:eada` | `linked_list_pop_2cc3` | LIFO pop: dequeues node from `0x2cc3` head, decrements `0x2ccf` count. |
+| `0007:ebd9` | `linked_list_dequeue_headtail` | FIFO dequeue from head/tail pair list; calls `FUN_0007_03ec` after dequeue. |
+| `0007:ec2c` | `drawlist_enqueue` | FIFO enqueue: appends node to draw list (head if empty, tail always updated). |
+| `0007:ec63` | `drawlist_remove_node` | Unlinks specific node from head or tail position; calls `FUN_0007_03ec`. |
+| `0007:eca8` | `drawlist_process_and_render` | **Two-stage render pass.** Stage 1: drains `0x8442` (pending), viewport-tests each sprite, moves in-bounds to `0x8446` (visible). Stage 2: drains `0x8446`, calls sprite vtable[0] to draw. Recursive re-run if `0x2cb2` defer flag set. |
+| `0007:edfa` | `drawlist_enqueue_sprite_children` | Enqueues all child sprites at node `+8` linkage to draw pending list if not already queued or rendered. Skips if `+0x15` z-depth == 1. |
+| `0007:ef3d` | `sprite_add_draw_dependency` | Links sprites A and B with z-order dependency. Allocates link node via `FUN_0007_057f`. Stores in A's `+10` and B's `+8`. Sets must-redraw on B if A has `+0x17` set. |
+| `0007:ef9f` | `sprite_enqueue_for_draw` | Null-guard; sets node `+0x14 \|= 1`, enqueues to `0x8442`. |
+| `0007:efca` | `sprite_invalidate_and_unlink` | Full sprite removal: re-enqueues all dependents, frees link nodes via `FUN_0007_0614`, clears `+8/+10` lists, dequeues self from `0x8442`. |
+| `0007:f2a0` | `sprite_sort_by_depth_and_link` | Compares `+0x15` z-depth of two sprites; calls `sprite_add_draw_dependency` in the correct order (lower z first). Handles equal-depth via thunk. |
+| `0007:f654` | `drawlist_init` | Full draw system init: `drawlist_pool_init`, init full-screen viewport (`0x844a..0x8450 = 0..639, 0..screen_h`), allocate root sentinel node (vtable `FUN_0000_2ce4`, z-depth=1, flag=0x40), stored at `0x846a`. |
+| `0007:ea00` | `bbox_intersect` | In-place 2D rect intersection: max of mins, min of maxes. Input/output: 4-int array `[xmin,ymin,xmax,ymax]`. |
+| `0007:ea6d` | `bbox_union` | In-place 2D rect union: min of mins, max of maxes. |
+| `0007:ee5a` | `viewport_update_from_sprite_bounds` | Subtracts scroll offsets from sprite bbox; clips to screen rect (`0x2ca6..0x2cac`); calls `bbox_intersect`; stores updated viewport at `0x844a..0x8450`; dispatches to render. |
+
+### Isometric Coordinate Transform (draw list side)
+
+| Address | Name | Evidence |
+|---------|------|---------|
+| `0007:be67` | `world_to_screen_isometric` | Coarse tile-grid → screen transform. Uses `(wx+sx) + (wy+sy)*2` for screen_x, `(wy+sy)*2 - (wx+sx)` for screen_y. Camera (`sx`, `sy`) added before transform. |
+| `0007:bef8` | `world_to_screen_isometric_wrapper` | Thin wrapper around `world_to_screen_isometric`. |
+
+---
+
+## Tile-Based Visibility System
+
+The rendering system uses a **6×5 tile grid** at DS:`0x846a` (30 entries × 2 bytes each = 60 bytes). Tiles represent screen regions of approximately 128 screen pixels per tile. Each tile holds a near pointer to a linked list of sprite nodes overlapping that tile. Bitmasks track dirty and renderable tiles.
+
+| Address | Name | Evidence |
+|---------|------|---------|
+| `0007:f9e2` | `drawlist_mark_dirty_tiles` | Converts bbox to tile grid coords (divide by 128, clamp to 6×5). Walks all sprites in overlapping tiles' spatial buckets; re-enqueues overlapping sprites. Sets bits in dirty bitmask `0x2cbb`. |
+| `0007:fb53` | `tile_visibility_update` | Iterates redraw bitmask (`0x2cbb`, up to 10240 tiles). For each dirty tile with a sprite, computes isometric screen position from map X/Y/Z. Checks sprite dimension bitfields at `pbVar8+2..+3` against 640×480 viewport. Sets corresponding bit in render bitmask `0x2cb7`. Clears dirty bitmask after processing. |
+| `0007:fd98` | `tilemap_draw_if_dirty` | Guard: if render bitmask `0x2cb7` non-zero, calls `thunk_FUN_0007_001d` to trigger tilemap draw. |
+
+### Draw List / Viewport Globals
+
+| Address | Name | Notes |
+|---------|------|-------|
+| `0x2bb7` | `g_scroll_offset_x` | World-to-screen X offset (scroll) |
+| `0x2bb9` | `g_scroll_offset_y` | World-to-screen Y offset (scroll) |
+| `0x2ca6..0x2cac` | `g_screen_clip_rect` | Screen clip rectangle `[xmin,ymin,xmax,ymax]` |
+| `0x2cae` | `g_draw_segment` | DS segment for draw node far pointers |
+| `0x2cb0` | `g_free_pool_seg` | Segment for node free pool far calls |
+| `0x2cb2` | `g_render_defer_flag` | If set, defers current render pass |
+| `0x2cb7` | `g_render_tile_bitmask` | Far ptr to bitmask of tiles ready to render |
+| `0x2cbb` | `g_dirty_tile_bitmask` | Far ptr to bitmask of dirty/changed tiles |
+| `0x2cbf` | `g_tile_origin_x` | Tile grid world origin X (for tile coordinate math) |
+| `0x2cc1` | `g_tile_origin_y` | Tile grid world origin Y |
+| `0x2cc3` | `g_free_pool_head` | Free node pool linked list head |
+| `0x2ccf` | `g_free_pool_count` | Free node pool remaining count (max 1500) |
+| `0x8442` | `g_draw_pending_list` | Draw pending list head/tail (near ptrs) |
+| `0x8446` | `g_draw_visible_list` | Draw visible list head/tail (near ptrs) |
+| `0x844a..0x8450` | `g_viewport_rect` | Current viewport `[xmin,ymin,xmax,ymax]` |
+| `0x846a` | `g_tile_grid_base` | 6×5 tile grid spatial index (near ptr per tile) |
+
+---
+
+## Raw 0007 Map Scroll / Camera Subsystem
+
+A scroll/camera management cluster found in the `0007:bxxx–0007:dxxx` range.
+
+### Scroll/Camera Functions
+
+| Address | Name | Evidence |
+|---------|------|---------|
+| `0007:ba00` | `watch_entity_controller_create_global` | Thin global-create wrapper around `watch_entity_controller_create`; allocates default controller object and stores it at `0x2bd8`. |
+| `0007:ba13` | `watch_entity_controller_dispatch_if_present` | If `0x2bd8` is non-null, calls controller vtable slots `+0x2c` and `+0x30`. |
+| `0007:ba45` | `watch_entity_controller_create` | Allocates/initializes a type `0x2c2b` controller object, stores it at `0x2bd8`, sets event type `0x0219`, and installs callback-table entry `0x2be4` through `0x39ca`. |
+| `0007:bab5` | `entity_set_watch_ptr` | Legacy name still in place, but newer constructor evidence now shows `0x2bd8` is a controller object lane rather than just a raw watched-entity FAR pointer. |
+| `0007:baea` | `camera_update_and_check_player_scroll` | Calls watch entity vtable `+0x24`; if `0x2bd1` flag clear checks if player position (from `g_player_entity_farptr+0x40`) has moved > 32 units since `0x2be0`; if so, updates `0x2be0` and conditionally dispatches scroll event via `0x45aa`. |
+| `0007:c6ba` | `scroll_camera_set_state_params` | Stores word params to `0x8354`, `0x8356`, byte to `0x8358`; dispatches. |
+| `0007:cd56` | `dispatch_if_flag_2bd3_set` | Returns unless `0x2bd3` non-zero. |
+| `0007:cfef` | `dispatch_if_mode_flags_set` | Two-flag check: dispatches if `0x2bca` or `0xee0` is non-zero. |
+| `0007:d0f6` | `scroll_call_set_params_unless_blocked` | Calls `scroll_camera_set_state_params` only if `0x2bbb == 0`. |
+| `0007:d119` | `scroll_update_direction_tracking` | Guards on `0x2bd3`. Calls `scroll_call_set_params_unless_blocked`. Compares direction bytes from `0x2cf4/0x2cf5` against cached `0x2bbd/0x2bbe`; if changed, clears `0x2bbc`. Dispatches. |
+| `0007:d4a5` | `scroll_set_option_value` | Sets `0x2bc6 = param_1`. |
+| `0007:d4b0` | `scroll_set_params_default` | Unconditional call to `scroll_camera_set_state_params`. |
+| `0007:d4d3` | `scroll_set_map_index_validated` | If `param_1` in `[0..250]` and differs from `0x2bbf`, updates `0x2bbf` and clears `0x2bbc/0x2bbb`. |
+| `0007:d655` | `map_position_has_changed` | Compares map arrays `0x7ded/0x7df1/0x7df5` at index `0x2bc6` against cached `0x2bc1/0x2bc3/0x2bc5`. Returns 1 if changed, 0 if same. |
+| `0007:d6b1` | `scroll_clear_dirty_flags_and_dispatch` | Clears `0x2bbb = 0` and `0x2bbc = 0`; dispatches. |
+| `0007:de57` | `entity_check_player_range_and_update` | Reads player world position (`g_player_entity_farptr+0x40`); if moved > 59 units from `entity+0x32` (cached pos), updates cache and calls `scrollregion_find_and_dispatch`. |
+
+### Scroll Region Table (`0x835a`)
+
+8 entries × `0x19` (25) bytes = 200 bytes.
+
+| Offset | Field | Notes |
+|--------|-------|-------|
+| `+0x0/+0x2` | key pair | Matched by scroll region key lookup |
+| `+0x8` | refcount | Reference count (incremented on match) |
+| `+0xe` | count2 | Secondary counter |
+| `+0x10` | active | Non-zero when region is live |
+| `+0x11/+0x13` | x_start/x_end | Bounding X coordinates |
+| `+0x15/+0x17` | y_start/y_end | Bounding Y coordinates |
+
+| Address | Name | Evidence |
+|---------|------|---------|
+| `0007:e194` | `scrollregion_process_active` | Iterates active scroll entries (key non-zero AND `+0x10 != 0`), reads bounding box fields `+0x11/+0x13/+0x15/+0x17`, dispatches with bounds args. |
+| `0007:e214` | `scrollregion_find_and_dispatch` | Finds empty scroll entry (zero key) and dispatches. |
+| `0007:e29c` | `scrollregion_register` | Finds or allocates scroll region entry. Existing match: bump refcount / set active. New: init via `scrollregion_entry_init`. Special key `0x4ed`: thunk dispatch instead. |
+| `0007:e50f` | `scrollregion_entry_init` | Null-guards param_1; zeroes output param_2, param_3, param_4; dispatches continuation. |
+| `0007:e74a` | *(unnamed)* | Sets up call to walk `0x835a` table (8 entries, stride `0x19`, filter `0x968`), with callback return label `e763`. |
+
+### Save Slot System (`0x8337` + `0x2ba3`)
+
+10 save slots, each `0x400` (1024) bytes. Handle table at `0x8337` (10 words). Slot buffer base at FAR ptr `0x2ba3`.
+
+| Address | Name | Evidence |
+|---------|------|---------|
+| `0007:ac13` | `saveslot_table_clear` | Fills `0x8337..0x834b` (10 words) with `0xFFFF` (all slots empty). |
+| `0007:acab` | `saveslot_free_if_empty` | Scans slot `0x2ba3[param_1*0x400]` for non-zero data; if empty, sets handle `0x8337[param_1] = 0xFFFF`. |
+| `0007:ad47` | `saveslot_find_index_by_id` | Linear scan of 10-word handle table `0x8337`; returns index of matching word or `-1`. |
+| `0007:ad79` | *(unnamed)* | Finds a free (`0xFFFF`) slot index. Complement of `saveslot_find_index_by_id`. |
+| `0007:afd4` | `saveslot_get_or_alloc` | Gets slot pointer: calls `saveslot_find_index_by_id`; if not found calls `ad79` to get free slot; returns `0x2ba3 + slot * 0x400`. Returns 0 if no free slot. |
+| `0007:b02c` | `saveslot_write_entry` | Navigates to `slot_base[param_3 * 4]`; dispatches thunk paths for write (existing, overwrite, new). |
+| `0007:b0de` | `saveslot_read_entry_flags` | Reads from slot entry far pointer at `slot_base[param_3*4]`; extracts 4-byte packed bitfield from `+4..+7` in entry record into `*param_1`. Bit-by-bit extraction loop for 4 bytes. |
+
+### String & Memory Utilities
+
+| Address | Name | Evidence |
+|---------|------|---------|
+| `0007:a96d` | `entity_copy_string_truncated80` | Strlen(param_3) ≤ `0x50` guard; copies string word-by-word from param_3 into `param_2+8`. |
+| `0007:b813` | `memcpy_4words` | Copies 4 words (8 bytes) from `param_2` to `param_1`. |
+| `0007:b46d` | `entity_dispatch_if_slot82e2_valid` | Guard: if `*(int *)0x82e2 != -1`, calls dispatch thunk. |
+
+### Scroll/Camera Globals
+
+| Address | Name | Notes |
+|---------|------|-------|
+| `0x2bb7` | `g_scroll_offset_x` | Isometric scroll X — added to world_x in screen transform |
+| `0x2bb9` | `g_scroll_offset_y` | Isometric scroll Y |
+| `0x2bbb` | `g_scroll_blocked` | If non-zero, blocks `scroll_camera_set_state_params` call |
+| `0x2bbc` | `g_scroll_dirty` | Scroll direction changed flag (cleared when direction tracks) |
+| `0x2bbd` | `g_scroll_dir_x` | Cached scroll direction X |
+| `0x2bbe` | `g_scroll_dir_y` | Cached scroll direction Y |
+| `0x2bbf` | `g_map_index` | Current map/level index `[0..250]` |
+| `0x2bc1/0x2bc3/0x2bc5` | `g_map_entry_x/y/z` | Cached map entry X/Y/Z (vs. live map arrays) |
+| `0x2bc6` | `g_map_slot_index` | Index into `0x7ded/0x7df1/0x7df5` arrays for current map slot |
+| `0x2bca/0x2bc9` | `g_option_toggle_state` | UI option toggle state flags |
+| `0x2bd1` | `g_scroll_block_flag` | Blocks camera update path if non-zero |
+| `0x2bd3` | `g_scroll_active` | Non-zero = scroll system active |
+| `0x2bd8` | `g_watch_entity_controller_farptr` | FAR ptr to the watch/camera controller object |
+| `0x2be0` | `g_player_scroll_pos` | Cached player world X+Y (ulong) for scroll threshold detection |
+| `0x8354..0x8358` | `g_scroll_state_params` | Three scroll state params (word, word, byte) |
+
+---
+
+## Deep Analysis: Coordinate Transform System
+
+### `world_to_screen_coords` at `0004:e7bd` (NE seg018:07bd)
+
+**Signature:**
+```c
+void world_to_screen_coords(int world_x, int world_y, int *screen_x, int *screen_y)
+```
+
+**Isometric Projection Math:**
+```
+screen_x = (world_x - world_y) / 2 - camera_x    // SAR 1 (signed divide)
+screen_y = (world_x + world_y) / 4 - camera_y    // SHR 2 (unsigned divide)
+```
+
+Camera globals: `g_scroll_offset_x` (DS:`0x2bb7`), `g_scroll_offset_y` (DS:`0x2bb9`).
+
+**Assembly detail:**
+- `SAR AX, 1` for screen_x — signed arithmetic shift preserves sign for negative (world_x - world_y) differences
+- `SHR AX, 2` for screen_y — unsigned logical shift (sum world_x + world_y is always positive)
+- The 2:1 ratio (÷2 for X, ÷4 for Y) produces the classic 2:1 isometric diamond tile shape
+
+**Coordinate axes on screen:**
+- World X axis → lower-right on screen (+0.5 screen_x, +0.25 screen_y per world unit)
+- World Y axis → lower-left on screen (-0.5 screen_x, +0.25 screen_y per world unit)
+- Camera subtraction converts absolute world-space to viewport-relative screen coordinates
+
+**Callers (17 across 8 NE segments):**
+
+| Call site | NE Segment | Context |
+|-----------|-----------|---------|
+| `0004:7d6f` | seg012 | Map/tile rendering |
+| `0005:0305` | seg021 | Entity system |
+| `0005:432f` | seg021 | Entity placement |
+| `0005:4457` | seg021 | Entity placement |
+| `0005:6f8f` | seg022 | Entity rendering |
+| `0005:7263` | seg022 | Entity rendering |
+| `0007:2262` | seg040 | `snap_entity_to_ground` — ground alignment |
+| `0007:237d` | seg040 | Ground snap dispatch |
+| `0007:cf4e` | seg049 | Entity positioning |
+| `0007:d039` | seg049 | Entity positioning |
+| `0007:d43f` | seg049 | Entity positioning |
+| `0007:d6fe` | seg049 | Entity positioning |
+| `0008:3223` | seg053 | Entity-to-screen render setup |
+| `0008:32e7` | seg053 | Entity-to-screen render setup |
+| `0008:334b` | seg053 | Entity-to-screen render setup |
+| `000b:858b` | seg115 | Sprite system |
+| `000b:f100` | seg120 | Sprite system |
+
+**Entity struct layout (from seg053 caller at `0008:31f6`):**
+```
+entity_array_base = far ptr at [DS:0x2cff]
+entity_struct_size = 19 bytes (0x13)
+entity.world_x = offset +0x0a (word)
+entity.world_y = offset +0x0c (word)
+```
+
+### Comparison: Two Coordinate Transform Functions
+
+| Property | `world_to_screen_coords` (`0004:e7bd`) | `world_to_screen_isometric` (`0007:be67`) |
+|----------|---------------------------------------|----------------------------------------|
+| Input type | Fine-grained world units (entity positions) | Coarse tile-grid units (map rendering) |
+| screen_x | `(wx - wy) / 2 - cam_x` | `(wx + sx) + (wy + sy) * 2` |
+| screen_y | `(wx + wy) / 4 - cam_y` | `(wy + sy) * 2 - (wx + sx)` |
+| Camera handling | Subtracted after transform | Added before transform |
+| Operations | Division (SAR/SHR) | Multiplication (SHL) |
+| Aspect ratio | 2:1 (from /2 : /4) | 2:1 (from 1 : 2 multipliers) |
+
+Both functions implement the same 2:1 isometric projection but at different coordinate scales. `world_to_screen_coords` divides down from fine world units while `world_to_screen_isometric` multiplies up from coarse tile units.
+
+### Adjacent Function: `map_position_equal` at `0004:e784`
+
+Compares two 5-byte `map_position` structs: `{ x:word, y:word, layer:byte }`. Returns 1 (AL) if all three fields match, 0 otherwise. Located immediately before `world_to_screen_coords` in seg018.

docs/raw-0008-000c.md

@@ -0,0 +1,361 @@
+# Raw 0008 & 000c: Dispatch Helpers & State Machine
+
+Content extracted from `crusader_decompilation_notes.md`. Covers the 0008 gameplay dispatch helper cluster and all 000c state machine helpers.
+
+---
+
+## Raw 0008 Gameplay Dispatch Helper Batch
+
+Small conservative rename batch from direct field-write behavior in the `0008:ba00-0008:be05` cluster.
+
+### Newly renamed functions
+
+| Address | Name | Evidence |
+|---------|------|---------|
+| `0008:ba00` | `entity_dispatch_entry_init` | Constructor-style init: optional alloc (`0x32` bytes), vtable/list-link setup (`0x3b06`, `0x2d10`, `0x3afe`), zeroes state fields, seeds group from global active layer `0x39c9` via `entity_set_group_id` |
+| `0008:bbb6` | `entity_set_source_type` | Writes entry word field `+0x04` from incoming parameter, then dispatches through FAR thunk path |
+| `0008:bc27` | `entity_set_event_type_checked` | Writes entry word field `+0x06`; when source field `+0x04` is non-zero, validates old/new event transition, including special checks for `0xF0-0xF7` and upper bound `<= 0x0FFF` |
+| `0008:bca8` | `entity_set_group_id` | Validates group id range `1..31`, writes low 5-bit group in byte `+0x08`, decrements old per-group counter and increments new one via counter table pointed to by `0x39c5` |
+| `0008:bd53` | `entity_dispatch_entry_unlink` | Clears bit `0x1000` in flags2 at `+0x18` and zeroes the four link/state words at `+0x0a..+0x10`; used as the common unlink/reset tail in the local dispatch-entry pruning path |
+| `0008:be05` | `entity_increment_group_id` | Computes `((entry+0x08)&0x1F)+1`, validates against active-layer assumptions (`0x39c9`), then applies through `entity_set_group_id` |
+
+### Verified call/xref notes
+
+- `entity_set_group_id` is called from `entity_dispatch_entry_init` (`0008:bae4`) and `entity_increment_group_id` (`0008:be57`).
+- `entity_set_source_type` is used from `FUN_0008_c92f` (`0008:c94d`, `0008:c96d`) and `FUN_0008_ca18` (`0008:ca36`, `0008:ca56`).
+- `0008:bd79` remains positional, but current evidence shows it compares an entry extent/position tuple against the player world position (`g_player_entity_farptr + 0x40/+0x42`), optionally fires the vtable callback at `+0x28` when flag `0x100` is armed, then calls `entity_dispatch_entry_unlink`.
+
+### Gameplay relevance
+
+This cluster manages core dispatch-entry metadata (`source_type`, `event_type`, group/layer byte and counters) that feeds the seg021 scheduler/event system. The field offsets match the current seg021 entity/dispatch layout notes (`+0x04`, `+0x06`, `+0x08`).
+
+---
+
+## Raw 0008 Pair-Sync Helper Batch
+
+Conservative directional rename batch from the `0008:c7f1-0008:cad7` cluster. These functions are clearly paired and structurally symmetric, but final gameplay semantics are still partial due to FAR-thunk heavy internals.
+
+### Newly renamed functions
+
+| Address | Name | Evidence |
+|---------|------|---------|
+| `0008:c7f1` | `entity_pair_update_link_slot_a` | Guards on entry flags (`+0x16` must not include `0x4000`), then dispatches through FAR thunk using entry local struct at `+0x28` and partner-side key/id input |
+| `0008:c890` | `entity_pair_update_link_slot_b` | Twin of `entity_pair_update_link_slot_a` with identical call shape and guard behavior; used in opposite order by pair-sync wrappers |
+| `0008:c92f` | `entity_pair_sync_a` | If either side has unset `source_type` (`+0x04`), copies from partner via `entity_set_source_type`; then calls link-slot helpers in A-order and ends in FAR thunk using first side `+0x1e` data |
+| `0008:ca18` | `entity_pair_sync_b` | Mirror of `entity_pair_sync_a` with reversed side/order for helper calls and final thunk argument ordering |
+| `0008:c9ee` | `entity_pair_mark_and_sync_a` | Sets bit `0x10` in entry flags at `+0x16`, then calls `entity_pair_sync_a` |
+| `0008:cad7` | `entity_pair_mark_and_sync_b` | Sets bit `0x10` in entry flags at `+0x16`, then calls `entity_pair_sync_b` |
+
+---
+
+## Raw 0008 Flag-0x20 Target-State Helpers
+
+Two complementary helpers near the pair-sync cluster.
+
+| Address | Name | Evidence |
+|---------|------|---------|
+| `0008:cb2c` | `entity_flag20_clear_and_update_target` | Clears bit `0x20` at entry flags `+0x16`; if non-null target args are provided, writes far-pointer target fields `+0x12/+0x14`; then calls shared refresh helper `0008:c01d` |
+| `0008:cb5c` | `entity_flag20_set_and_init_target` | Sets bit `0x20` at entry flags `+0x16`; initializes target far-pointer fields `+0x12/+0x14` only when currently zero; then calls shared refresh helper `0008:c01d` |
+
+Both helpers share the same post-update refresh path (`0008:c01d`), suggesting they are two state transitions in one target/link-management subsystem.
+
+---
+
+## Raw 0008 Dispatch Refresh Pipeline
+
+Follow-up rename batch for the shared refresh node used by the flag-0x20 helpers.
+
+| Address | Name | Evidence |
+|---------|------|---------|
+| `0008:c01d` | `entity_refresh_dispatch_state` | Early-exit when flags at `+0x16` indicate dead (`0x8`) or already refreshed (`0x4000`); otherwise runs pre-clear, sets `0x4000`, calls update vfunc path, then runs flag-conditioned handlers |
+| `0008:bfb2` | `entity_clear_status_bits_from_flags` | Clears specific bits in status word at `+0x32` based on state flags (`+0x16:0x400`, `+0x18:0x40/0x80`) |
+| `0008:bf8e` | `entity_call_update_vfunc14` | Calls helper `0008:be6b`, then dispatches entity vtable call at offset `+0x14` |
+| `0008:beee` | `entity_run_flagged_handlers` | Executes handler calls gated by flags (`+0x16:0x400/0x4`, `+0x18:0x40/0x80`) and then dispatches via FAR thunk using entry slot/index (`+0x2`) |
+
+State pipeline after target/link changes: flag-gated status clear → mark refreshed (`0x4000`) → vtable update callback → flag-conditioned subsystem handlers.
+
+---
+
+## Raw Import Note: `0000:ffff` Thunk Target
+
+`FUN_0000_ffff` renamed to `unresolved_far_thunk_dispatch`. Current raw-import evidence indicates this is **not valid local executable logic** in this program view:
+- Decompiler emits overlapping-instruction warnings and bad-control-flow warnings.
+- Disassembly from `0000:ffff` into `0001:xxxx` is nonsensical/misaligned (mixed data/code artifacts).
+- The body is heavily shared as a call sink from many segments, consistent with unresolved inter-segment thunking in this import mode.
+
+Treat calls to `unresolved_far_thunk_dispatch` as unresolved external/indirect dispatch edges. Semantic recovery should continue from call-site argument setup and local field effects.
+
+---
+
+## Raw 0008 Flag-0x100 and Constructor-Variant Batch
+
+| Address | Name | Evidence |
+|---------|------|---------|
+| `0008:d1a4` | `entity_set_flag100_in_flags2` | Gate-checked setter: ORs bit `0x100` into entry word at `+0x18` |
+| `0008:d1dc` | `entity_clear_flag100_in_flags2` | Gate-checked clearer: ANDs entry word at `+0x18` with `0xFEFF` (clears bit `0x100`) |
+| `0008:cefb` | `entity_dispatch_entry_ctor_vtbl_3ad2` | Constructor variant: allocates if null, reinitializes via `entity_dispatch_entry_init`, sets vtable `0x3ad2`, sets flag `0x100` at `+0x16`, and zeroes the extension words at `+0x32/+0x34` |
+| `0008:d214` | `entity_dispatch_entry_ctor_vtbl_3aa6` | Constructor variant: allocates `0x40` bytes if null, reinitializes via `0008:cefb`, sets vtable to `0x3aa6`, sets flag `0x200` at `+0x16`, zeroes fields `+0x38..+0x3e` |
+
+---
+
+## Raw 0008 Periodic/Counter Helpers
+
+Follow-up renames from the `0008:d313-0008:d47d` cluster tied to the `0x3aa6` constructor branch.
+
+| Address | Name | Evidence |
+|---------|------|---------|
+| `0008:d313` | `entity_periodic_accumulate_and_dispatch` | Adds global delta (`0x39d0/0x39d2`) into entry accumulator (`+0x3c/+0x3e`), wraps against period (`+0x38/+0x3a`), and on wrap invokes entry vtable callback at `+0x28` with reentrancy guard bit `0x400` in `+0x18` |
+| `0008:d3e6` | `entity_set_flag2000_and_update_active_counters` | Atomic (CLI/PUSHF) set of bit `0x2000` in `+0x16`; if bit `0x400` is set, decrements global counter `0x39f6` and increments `0x39f4` |
+| `0008:d433` | `entity_clear_flag2000_and_update_active_counters` | Atomic clear of bit `0x2000` in `+0x16`; if bit `0x400` is set, decrements `0x39f4` and increments `0x39f6` |
+
+The `0x39f4/0x39f6` counter swap implies global bookkeeping for a scheduler subset associated with these entries.
+
+---
+
+## Raw 0008 Word-List Management Batch
+
+Verified helper cluster for entry-owned word-list storage (sentinel-terminated with `0x0408`).
+
+| Address | Name | Evidence |
+|---------|------|---------|
+| `0008:da00` | `entity_word_list_set_0408_terminated` | Rebuilds/replaces entry list from stack-provided words terminated by `0x0408`; frees prior list pointer at `+0x06/+0x08`; allocates and populates new list |
+| `0008:dba3` | `entity_word_list_free_existing` | Validates list pointer exists, then frees old list buffer referenced by `+0x06/+0x08` |
+| `0008:dbec` | `entity_word_list_destroy` | Resets vtable to `0x2d10`, frees list if present via `entity_word_list_free_existing`, and optionally frees object when destroy flag bit `1` is set |
+| `0008:dc38` | `entity_word_list_ensure_contains` | Scans existing list for a given word; if missing, appends through `entity_word_list_append_unique` |
+| `0008:dcab` | `entity_word_list_append_unique` | Allocates larger list, copies existing words, appends new word plus `0x0408` terminator, frees old list, then rebuilds via `entity_word_list_set_0408_terminated` |
+
+Entry fields used by this subsystem: count at `+0x02`, list far pointer at `+0x06/+0x08`. The explicit `0x0408` terminator appears in both scanner/build logic and append path.
+
+---
+
+## Raw 0008 Word-List Access/Mutation Batch
+
+Follow-up renames extending the same list subsystem.
+
+| Address | Name | Evidence |
+|---------|------|---------|
+| `0008:deea` | `entity_word_list_get_at` | Bounds-checks index against count (`+0x02`) and returns word from list pointer (`+0x06/+0x08`, stride 2) |
+| `0008:df1b` | `entity_word_list_set_at` | Bounds-checks index then writes value into list element (`+0x06/+0x08`, stride 2) |
+| `0008:dfa1` | `entity_word_list_find_unflagged_by_id10` | Scans list and returns first value satisfying `(value & 0x400)==0` and `(value & 0x3ff)==requested_id`; writes `0` when not found |
+| `0008:ddaf` | `entity_word_list_remove_value` | Removes matching value(s) by counting survivors, rebuilding compact storage for non-matching entries, freeing old list storage, and updating list state |
+
+List entries pack a 10-bit id plus flag bits (`0x400` observed).
+
+---
+
+## Raw 0008 Gate-Callback Wrapper Batch
+
+Conservative renames for callback wrappers sharing the same global gate condition.
+
+| Address | Name | Evidence |
+|---------|------|---------|
+| `0008:d00e` | `entity_gate_callback_wrapper_a` | Gate check on globals `0x39a8/0x39f9/0x3991`; on pass dispatches callback through unresolved thunk using entry `+0x2` and `[0x3b32:0x3b34] + 0x32` |
+| `0008:d05f` | `entity_gate_callback_wrapper_b` | Same gate pattern; callback wrapper variant via unresolved thunk |
+| `0008:d0b0` | `entity_gate_callback_wrapper_c` | Same gate pattern; passthrough-style callback wrapper |
+| `0008:d0ed` | `entity_gate_callback_wrapper_d` | Same gate pattern; passthrough-style callback wrapper |
+| `0008:d12a` | `entity_gate_callback_wrapper_e` | Same gate pattern; passthrough-style callback wrapper |
+| `0008:d167` | `entity_gate_callback_wrapper_f` | Same gate pattern; passthrough-style callback wrapper |
+| `0008:d3d2` | `entity_slot_callback_wrapper` | Thin wrapper: pushes entry slot/index (`+0x2`) and dispatches through unresolved thunk |
+
+---
+
+## Additional Unresolved Thunk Stubs
+
+Follow-up thunk census after inspecting `0000:ffff` behavior. All of the following are single-instruction wrappers (`CALLF 0000:ffff`):
+
+| Address | New Name | Observed Caller(s) |
+|---------|----------|--------------------|
+| `0004:2592` | `thunk_callf_0000_ffff_0004_2592` | `0004:262d` (`FUN_0004_2620`) |
+| `000b:f924` | `thunk_callf_0000_ffff_000b_f924` | `000b:0144` (`FUN_000b_010b`) |
+| `000c:827d` | `thunk_callf_0000_ffff_000c_827d` | `000c:8985`, `000c:8f96` (`FUN_000c_88b4`) |
+| `000c:82f9` | `thunk_callf_0000_ffff_000c_82f9` | `000c:8a10`, `000c:8f79`, `000c:9052` |
+| `000c:8356` | `thunk_callf_0000_ffff_000c_8356` | `000c:84a9` (`FUN_000c_84a5`) |
+| `000c:e4f9` | `thunk_callf_0000_ffff_000c_e4f9` | `000c:e4f5` (`FUN_000c_e4e0`) |
+
+`unresolved_far_thunk_dispatch` is represented by multiple local trampoline copies in different segment regions. Separating them by address improves call-graph navigation.
+
+---
+
+## Raw 000c State-Dispatch Helper Cluster
+
+After separating thunk stubs, a coherent local state/chain management cluster was lifted in `000c:ab32-000c:ac8f`.
+
+| Address | Name | Evidence |
+|---------|------|---------|
+| `000c:ab32` | `entity_state_tick_dispatch` | Core state tick helper using fields `+0x38/+0x39/+0x3b/+0x3d/+0x5b`; clears mode bit `0x100` when `+0x38==0`, may call cleanup helper `000c:ac55`, calls `000c:7730(state,1)`, and conditionally advances chain |
+| `000c:ab96` | `entity_state_reset_and_tick_dispatch` | Reset wrapper: zeroes `+0x38` and `+0x39` then calls `entity_state_tick_dispatch` |
+| `000c:abb4` | `entity_state_advance_next_or_fallback_a` | Advance path A: when `+0x49!=0`, follows node-next pointers from `+0x3b/+0x3d` using offsets `+2/+4`; when exhausted, either clears active flag and re-dispatches, or falls back to backup pointer `+0x41/+0x43` |
+| `000c:ac8f` | `entity_state_advance_next_or_fallback_b` | Advance path B: same structure as A but follows alternate node offsets `+6/+8` and fallback pointer `+0x45/+0x47` |
+
+---
+
+## Raw 000c State-Flag Guard / Input Handler Batch
+
+Second sweep through `000c` adjacent helpers — gated thunk wrappers and input/animation tick handlers.
+
+| Address | Name | Evidence |
+|---------|------|---------|
+| `000c:9f74` | `entity_state_flag100_check_and_dispatch` | Init latch guard at `[0x6053]`; clears `[0x8c55]` on first call; checks `[ptr+0x5b]` bits `0x100` and `0x40`; three-path thunk dispatch |
+| `000c:a1ad` | `entity_state_clear_flag40_and_dispatch` | Skips if `[ptr+0x5b]` has `0x180` bits set; if `0x40` set, clears it and calls far ptr at `[0x5e82/0x5e84]`; then dispatches twice with args `(0x0b,0x10,0x1,0x0)` (record/state-key pattern) |
+| `000c:a74e` | `entity_state_dispatch_if_flag_bit2` | Tests `[ptr+0x5b]` bit `0x2`; if set pushes extra arg + ptr and dispatches via thunk |
+| `000c:84c3` | `entity_state_set_byte40_at_global_ptr` | Sets byte `[DAT_0000_6828 ptr + 0x40] = 1` then calls thunk unconditionally; enables global entity flag |
+| `000c:ac55` | `entity_state_fire_if_handle_valid` | Guard: fires thunk dispatch only when `[0x6054] != -1`; no-op otherwise |
+| `000c:ac6d` | `entity_state_fire_with_args_if_handle_valid` | 3-arg variant: pushes `[BP+0xe]` (byte), `[BP+0xc]`, `[BP+0xa]`, handle `[0x6054]`, then `CALLF 0000:ffff` |
+| `000c:afa5` | `entity_state_check_field49_and_call_vfunc3c` | Checks field `[ptr+0x49]`: −1→reset to 0 return 1; 2→call `vtable[0x3c]` return 0; else thunk dispatch |
+| `000c:b153` | `entity_state_animation_done_tick` | Checks `[param_2+0x14+0xa]` animation-complete flag; if zero increments `field49` and calls `entity_state_check_field49_and_call_vfunc3c`; if set calls `vtable[0x3c]` |
+| `000c:b199` | `entity_state_input_key_handler` | Full input dispatcher: ESC/x/X → `vtable[0x3c]` (cancel); Left/Right arrows `0x14b/0x148` → prev state; n/N/`0x14d/0x150` → next state; e/E → set `field47=1`; `-` with counter → trigger at 4. Manages `field47` and `field49` |
+| `000c:b2c3` | `stub_noop_000c_b2c3` | Empty stub; returns immediately |
+| `000c:b2c8` | `entity_state_dispatch_if_field49_eq4` | Fires thunk only when `[ptr+0x49]==4` |
+| `000c:b349` | `entity_state_dispatch_if_far_ptr_nonzero_a` | Fires thunk if far-pointer args non-zero |
+| `000c:b383` | `entity_state_set_field3f_and_dispatch` | If non-NULL: writes `&DAT_0000_2d18` to `[ptr+0x3f]`, then dispatches |
+| `000c:b3d8` | `entity_state_dispatch_if_far_ptr_nonzero_b` | Same null-guard pattern as `b349`, variant b |
+
+**Patterns confirmed:**
+- `field49` = state-sequence index; 0=reset, 2=vtable callback, 4=triggered end
+- `field47` = keystroke-combo counter
+- `field3f` = linked data pointer (event/record reference)
+- `[0x6054]` = current entity handle; `[0x6828]` = another global entity far pointer
+- Bits in `[ptr+0x5b]`: `0x1=init`, `0x2=active/event`, `0x40=pending dispatch`, `0x100=flag100`, `0x180=skip-all mask`
+
+---
+
+## Raw 000c Palette Fade + Entity VM Cluster
+
+### VGA Palette Fade
+
+| Address | Name | Evidence |
+|---------|------|---------|
+| `000c:cdde` | `palette_fade_step_down` | Writes (R−offset, G−offset, B−offset) clamped to 0 to VGA I/O `0x3c8/0x3c9`; decrements `[0x630d]` by step `[0x6316]`; clears active at `[0x630a]` when black |
+| `000c:ce57` | `palette_fade_step_up` | Same loop, adds offset, clamps at 63 (`0x3f` full VGA). Clears `[0x630a]` when fully bright |
+
+Globals used: `[0x6312]`=start index, `[0x6314]`=count, `[0x630e]`=palette src ptr, `[0x630d]`=brightness offset, `[0x6316]`=step, `[0x630a]`=active flag.
+
+### Entity Mini-VM / Record-Player Context
+
+| Address | Name | Evidence |
+|---------|------|---------|
+| `000c:f6b8` | `record_table_get_by_index` | Bounds check `param < [0x8c88]`; return `word at [0x8c84 + param*4]`. Table at `0x8c84` |
+| `000c:f6e8` | `entity_vm_stack_init_with_data` | Init stack ptrs at `[ptr+0xcc..+0xd4]` pointing to self; max depth 199; copies optional initial data |
+| `000c:f772` | `entity_vm_state_copy` | Copies 200 bytes (100 words from `[src+4]` to `[dst+4]`), then copies 4 words at `+0xcc..+0xd2` |
+| `000c:f7c7` | `entity_vm_stack_push_frame` | Push call-frame: saves ret offset at `[ptr+0xd4]`, decrements `[ptr+0xcc]` by param_size, zeroes new frame |
+
+### Current EUSECODE / event bridge notes
+
+
+- `entity_vm_set_value_from_slot_plus_offset` (`000c:f95f`) now provides a concrete bridge from the `000c` mini-VM cluster into the `000d` event/countdown lane:
+	- it calls `FUN_000d_5572(*(word *)0x6611, *(word *)0x6613, param_3, param_4, 0, 0)`
+	- then stores the returned far pair into target object fields `+0xd6/+0xd8`
+- `entity_vm_slot_load_value_plus_offset` (`000d:5572`) is a thin wrapper over `entity_vm_slot_load_value` (`000d:51fd`), and `entity_vm_slot_load_value` contains a verified `PUSH 0x410` path at `000d:5290` before calling the unresolved seg091 event/abort lane at `000a:44fd`.
+- This is not enough yet to say that `entity_vm_set_value_from_slot_plus_offset` is the immortality trigger, but it does show that the `000c` mini-VM / record-player cluster can hand work directly into a `000d` helper that emits event `0x410`.
+- Supporting renamed helpers in the same lane now include:
+	- `entity_vm_slot_find_or_select` (`000d:4e7c`): scans 0x26-byte slot records, returns a matching slot id when present, and tracks one fallback slot for reuse/eviction
+	- `entity_vm_slot_decrement_use_count` (`000d:558d`): decrements one slot-use counter and traps on underflow
+	- `entity_vm_slot_release_value` (`000d:5617`): releases one slot value, restores the owner's `0x1300/0x1302` budget pair, writes the slot state back to `-1`, and notifies through `000a:2b9d`
+	- `entity_vm_opcode_finish` (`000d:3350`): shared VM opcode epilogue used by the `000d:039f`, `000d:08a2`, `000d:0988`, `000d:177c`, and `000d:1acb` handlers; if the local result slot is non-zero it writes the current referent id to `0x8c94`, optionally pops one `slot_array` frame through `0x659c/0x659e`, and returns the opcode result from local state
+	- `entity_vm_referent_chain_remove_matching_from` (`000d:6a9a`): destructive chain-difference helper used by the `0x1a/0x1b` opcode path in `000d:0988`; it walks one source chain against a destination chain, removes matching entries in place, and frees removed registry nodes / indirect payloads
+	- `entity_vm_referent_chain_set_entry_data_at` (`000d:6cf6`): finds one chain entry by index and overwrites its payload in place, including indirect/string cleanup when the chain uses indirect storage
+- The surrounding runtime/context family is now materially clearer too:
+	- `entity_vm_runtime_create` / `entity_vm_runtime_init_slots` / `entity_vm_runtime_release_slots` / `entity_vm_runtime_destroy` (`000d:4c99`, `000d:4d36`, `000d:4d75`, `000d:4e01`) are the global `0x6611` owner for this lane; they allocate the 0x2040-byte runtime body, clear the 0x80-entry slot table, manage the runtime budget/default fields at `+0x1300..+0x1314`, and retain one owner/resource object at `+0x1315/+0x1317` returned by `000d:7000`
+	- `entity_vm_slot_index_from_entity` (`000d:45c5`) computes one slot index from a gameplay entity by branching on seg021 class/type helpers and then adding one of the current runtime base offsets `0x8c7c/0x8c7e/0x8c80`
+	- `entity_vm_context_try_create_masked_for_entity` (`000d:463a`) uses that slot index to test one owner-side mask entry before it creates a context, which is the strongest current bridge from gameplay entities into this VM lane
+	- `entity_vm_context_create_from_slot_index` (`000d:46ec`) allocates one `0x6714` context object, seeds its `+0xd6/+0xd8` lane through `entity_vm_slot_load_value_plus_offset`, initializes the local mini-VM state, and can prepend caller data into the backward-growing buffer at `+0x102`
+	- `entity_vm_context_sync_global_value_and_dispatch` (`000d:48da`) is the current context-side runner/sync point: it marks the context busy at `+0x123`, calls `entity_vm_set_field_da_to_global`, optionally writes the current value through `+0x11b/+0x11d`, and dispatches through the context vtable on success
+	- `entity_vm_context_save` / `entity_vm_context_load` / `entity_vm_context_destroy` / `entity_vm_context_free_buffer` (`000d:498f`, `000d:4a78`, `000d:4962`, `000d:48b6`) now pin down the lifecycle of this object family rather than leaving the whole `000d:45xx..4exx` island anonymous
+- `entity_vm_context_try_create_masked_for_entity` is now better constrained at the return-value level too: after the runtime-disable check at `0x6610` and the owner-side slot-mask test succeed, it reports two distinct success shapes. Immediate-flagged contexts (`+0x16 & 0x0008`) clear the caller output word, while object-backed contexts return the created object's low word. That makes the helper a typed bridge from gameplay entities into VM-backed object results, not only a yes/no mask probe.
+- The first opcode-level behavior split inside that runtime is now visible in the `000d:0988` family:
+	- one branch calls `entity_vm_referent_chain_append_unique_from`, which looks like an attach/union operation on the current referent payload chain
+	- the `0x1a/0x1b` branch instead calls `entity_vm_referent_chain_remove_matching_from`, which looks like the inverse operation and makes the opcode family materially closer to a graph-editing script VM than a flat event list
+	- both paths return through `entity_vm_opcode_finish`, so the referent-global write to `0x8c94` is now better understood as a shared interpreter epilogue rather than a unique quirk of one helper
+- One additional runtime layer is now named under that context family: the referent registry at `0x8c8c/0x8c8e/0x8c90/0x8c94`.
+	- `entity_vm_referent_registry_init` / `entity_vm_referent_registry_destroy` (`000d:6000`, `000d:60bf`) allocate and free the registry buffer, seed the free-list/root metadata, and clear the current referent id at `0x8c94`
+	- `entity_vm_referent_registry_alloc` (`000d:613e`) allocates one registry node from the free list and stores the current referent id from `0x8c94` into node field `+0x04`
+	- `entity_vm_referent_registry_release_by_id` / `entity_vm_referent_registry_free_node` (`000d:6251`, `000d:62ac`) release all live nodes for one referent id and coalesce adjacent free nodes
+	- this makes `entity_vm_set_field_da_to_global` more important than it first looked: it writes `0x8c94` from the current context `+0xda` lane and then immediately enters the still-misaligned `000c:3350` body, so the referent selected by the context is now visibly feeding runtime registry state
+	- the registry nodes are not flat scalars only; the surrounding container helpers are now named too:
+		- `entity_vm_referent_chain_copy` / `entity_vm_referent_chain_append_unique_from` (`000d:6694`, `000d:68c3`) build deep-copied or deduplicated chains of referent-linked payloads
+		- `entity_vm_referent_chain_destroy`, `entity_vm_referent_chain_next`, and `entity_vm_referent_chain_append_node` (`000d:6602`, `000d:6651`, `000d:687b`) provide the list management shell
+		- `entity_vm_referent_chain_contains_entry`, `entity_vm_referent_chain_get_entry_data_at`, and `entity_vm_referent_chain_get_indirect_data` (`000d:6c31`, `000d:67f2`, `000d:6860`) show that some chains carry fixed-size inline payloads while others carry indirect string-like payload nodes
+- This matters for script readability: the current runtime model is no longer only "one referent id hits one event." It now supports a more useful intermediate representation where one referent anchor can own one or more payload chains, and neighboring event-bearing descriptors can attach behavior to that anchor without duplicating the anchor's own record.
+- Nearby descriptor work on `EUSECODE.FLX` is consistent with that model: event-bearing classes (`EVENT`, `NPCTRIG`, `SFXTRIG`, several `*_BOOT` records) use a stable `69:0A00 -> event` tag, while `JELYHACK` / `JELYH2` remain referent-only descriptors in a neighborhood that includes `TRIGPAD`, `SPECIAL`, `REE_BOOT`, `SURCAMEW`, and `SFXTRIG`.
+- The strongest current callsites into this context-construction path are the large `000d:208b` and `000d:21ed` bodies, which both feed per-object stream/data state from `+0xcc/+0xce` into `entity_vm_context_create_from_slot_index` before continuing bytecode-style reads from the newly seeded `+0xd6/+0xd8` lane. That makes the `000d` interpreter/object lane a better current immortality target than the older `000e` text-parser hypothesis.
+- The immediate producer chain for that `+0xcc/+0xce` stream state is now one layer tighter:
+	- `entity_vm_context_create_from_slot_index` (`000d:46ec`) allocates the `0x6714` context, then calls `entity_vm_context_setup` (`000c:f844`) on the embedded mini-VM object at context `+0x36`.
+	- `entity_vm_context_setup` delegates to `entity_vm_stack_init_with_data` (`000c:f6e8`), which seeds `[mini_vm+0xcc..+0xd2]` to point into the object's own payload area and optionally prepends caller-owned inline bytes by moving the stack pointer backward.
+	- `entity_vm_state_copy` (`000c:f772`) copies that same `+0xcc..+0xd2` stream/base quartet verbatim when one mini-VM object is cloned.
+	- Upstream of the setup helper, `000d:46ec` derives the source payload from the runtime owner table behind `0x6611 -> +0x1315/+0x1317`: with slot index `SI`, it walks owner table `*(owner+0x10/+0x12) + 0x0d*SI + 4`, passes that far pointer into `000c:f844`, and mirrors the resulting per-slot source into `0x39ca[slot]`.
+- This sharpens the current JELYHACK-side model rather than overturning it: the code-side producer recovered in this batch is still a generic slot-backed VM source object keyed by gameplay-entity slot selection and owner-side mask bits, not a direct hard-coded descriptor-class switch on `JELYHACK` or `JELYH2`. Combined with the extractor evidence that `JELYHACK` / `JELYH2` remain referent-only while `REE_BOOT` / `SFXTRIG` keep active `event` tags and `SURCAMEW` keeps `eventTrigger`, the better fit is still `referent anchor -> slot-backed payload chain -> neighboring event-bearing attachment`.
+- One exact numeric collision is now ruled out as unrelated noise rather than a second VM source: `000e:0953` in the animation/audio lane pushes literal `0x410` into imported `ASYLUM.27` immediately after setting the local audio-completion byte at `+0xef1`. Because `ASYLUM.DLL` is the `ASS_*` audio/media library, this does not weaken the attribution of gameplay event `0x410` to the `000d` VM/USECODE lane.
+- Current best JELYHACK reading after this pass: `JELYHACK` itself still looks like a referent-only map/object descriptor, but that no longer makes it inert. A referent-only record can still matter by supplying the referent id that populates the VM referent registry, while neighboring classes such as `REE_BOOT`, `SURCAMEW`, and `SFXTRIG` supply the event-bearing logic attached to the same local object island.
+| `000c:f844` | `entity_vm_context_setup` | Calls `entity_vm_stack_init_with_data`, then sets `+0xd6..+0xe3` with position/dimension/state params |
+| `000c:f600` | `entity_vm_pair_stack_push` | Push (word_a, word_b) onto 31-entry array at `[ptr+0x80]` (count); error if full |
+| `000c:f63c` | `entity_vm_pair_stack_pop` | Pop and return word from pair stack; error if empty |
+| `000c:f94f` | `entity_vm_counter_add` | `[ptr+0xd6] += param_2`; simple accumulator |
+| `000c:f95f` | `entity_vm_set_value_from_slot_plus_offset` | Calls `entity_vm_slot_load_value_plus_offset` and writes the resulting 32-bit value into `[ptr+0xd6/+0xd8]` |
+| `000c:f98b` | `entity_vm_set_field_da_to_global` | Writes `[param_2+0xda far-ptr + 2]` into `[0x8c94]` |
+
+**VM field offsets:** `+0xcc`=VM stack ptr, `+0xce/+0xd0`=segment regs, `+0xd2`=base, `+0xd4`=frame depth, `+0xd6/+0xd8`=32-bit VM value/counter lane, `+0xda/+0xdc`=additional VM pointer/bounds lane. The 200-byte body region at `[ptr+4..+0xcc]` holds 100 words of script/state payload. The pair-stack (field `+0x80`) is separate — likely pass/return value stack for the mini-script.
+
+---
+
+## Raw 000c Cursor Zone / Slot Array / String Queue Batch
+
+### Cursor / Directional Zone Classifier
+
+| Address | Name | Evidence |
+|---------|------|---------|
+| `000c:e6d9` | `cursor_zone_quadrant_classify` | Splits screen by `[0x63d6]/2` and `[0x63d8]/2` vs bounds `[0x8c6c..0x8c72]`; returns directional code from 9-word table at `0x6401` |
+
+Zone table layout (9 entries): NW/N/NE / W/Center/E / SW/S/SE based on horizontal threshold at `0x8c6c/0x8c70` and vertical at `0x8c6e/0x8c72`.
+
+### Slot Array System
+
+A complete 29-slot menu/choice array with fixed stride `0x15` bytes, base at `[ptr+0x67]`, count at `[ptr+0x7a]`:
+
+| Address | Name | Evidence |
+|---------|------|---------|
+| `000c:ea53` | `entity_slot_count_update_and_notify` | Sets `[ptr+0x72]=param-1`; calls `slot_array_get_current_entry` and `slot_array_find_and_dispatch`; calls `vtable[0]()` when `+0x75` flags set |
+| `000c:eba5` | `slot_array_dispatch_matching` | Walks `0xb`-stride array from `[ptr+4]`; calls thunk for each entry where `[entry+9]==param_4` |
+| `000c:ec30` | `slot_array_dispatch_if_nonempty` | Returns `0xffff` if count < 1; else dispatches |
+| `000c:ec9e` | `slot_array_find_and_dispatch` | Searches `0xb`-stride array for `[entry+9]==param_4`; calls thunk on first match |
+| `000c:ecf5` | `slot_array_push_entry` | Copies named string to `[base+0xc]`; writes 6 param words at `+0x12..0x20`; increments count |
+| `000c:edb0` | `slot_array_push_raw` | Copies `0x15`-byte raw entry from `param_2`; increments count |
+| `000c:edf7` | `slot_array_pop` | Decrements `[ptr+0x7a]`; asserts `>= 0` |
+| `000c:ee19` | `slot_array_init` | Sets `[ptr+0x78]=0`, `[ptr+0x76]=0`, `[ptr+0x75]=1` (active flag) |
+| `000c:ee32` | `slot_array_clear_flags` | Clears `[ptr+0x74]=0`, `[ptr+0x75]=0` |
+| `000c:ee44` | `slot_array_get_current_entry` | Returns `ptr + [ptr+0x7a]*0x15 + 0x67` (current entry ptr); 0 if count <= 0 |
+
+### String Queue
+
+| Address | Name | Evidence |
+|---------|------|---------|
+| `000c:eadd` | `string_queue_push` | Appends string to 10-entry queue at `[ptr+4]`; count at `[ptr+2]`; sets `[ptr+0xd]=param_4` |
+
+### Additional VM-Adjacent Helpers
+
+| Address | Name | Evidence |
+|---------|------|---------|
+| `000c:f2e7` | `entity_call_vtable_entry_10_if_valid` | Null-guard: calls `(*[ptr+8+0x10])()` if `param_1` non-null |
+| `000c:f39f` | `string_table_lookup` | Searches `[0x65bc/0x65be]` table by key string; returns matching words to out-params |
+
+---
+
+## Raw 000c Cursor Nav Dispatcher / State Reset Batch
+
+Cursor navigation subsystem in `000c:d3e9–000c:db68`. Manages directional zone changes, mouse button reads, keyboard scancodes, and entity vtable dispatch for interactive UI cursors.
+
+### Cursor Navigation Fields (entity object offsets)
+
+| Offset | Purpose |
+|--------|---------|
+| `+0x32` | Current zone code (0–8) |
+| `+0x33` | Previous zone code |
+| `+0x37–+0x3a` | Directional booleans: N/S/W/E |
+| `+0x3f–+0x42` | Mouse button flags |
+| `+0x45` | Last keyboard scancode |
+| `+0x47` | Navigation index |
+
+Globals: `[0x63da]` = mouse button state, `[0x63d6]/[0x63d8]` = cursor X/Y, `[0x638e]` and `[0x6346]` = reference data tables.
+
+| Address | Name | Evidence |
+|---------|------|---------|
+| `000c:dac1` | `cursor_nav_state_reset` | Zeros all directional/button flags; sets `[+0x32/+0x33]=0xff`, `[+0x47]=0xffff` |

docs/raw-000a-000d.md

@@ -0,0 +1,257 @@
+# Raw 000a & 000d: Tracked Handles, Cache Manager & Proximity Buckets
+
+Content extracted from `crusader_decompilation_notes.md`. Covers the 000d proximity/visibility bucket cluster, 000a tracked-handle table, generic cache manager, seg082 allocator, seg137/138 palette helpers, and seg004/seg005 startup paths.
+
+---
+
+## Raw 000d Proximity/Visibility Bucket Cluster
+
+Small conservative rename batch from the `000d:cc00-d413` region.
+
+| Address | Name | Evidence |
+|---------|------|---------|
+| `000d:cc00` | `entity_compute_proximity_or_visibility_bucket` | Returns bucket `0x40` for null or on-screen entities (`entity_projected_bbox_overlaps_viewport`), else computes a distance bucket from the current reference entity at `0x7e22` with thresholds `0x17d`, `0x281`, `0x3c1` mapping to `0x32`, `0x20`, `0x10`, `0x08` |
+| `000d:d413` | `entity_refresh_recent_proximity_or_visibility_buckets` | Walks the last four active records in the `0x69ac` array, recomputes the same bucket, stores it back to each entry, and calls `000a:6343` when the bucket changes |
+| `000d:cdd0` | `tracked_entity_bucket_prune_invalid_entries` | Walks the `0x69ac` array, validates backing handles through `000a:637a`, and clears entry handles to `0xffff` when the backing object is gone |
+| `000d:cd62` | `tracked_entity_bucket_find_free_main_slot` | Finds the first free entry in the main portion of the `0x69ac` array (`0 .. count-4`) |
+| `000d:cd9a` | `tracked_entity_bucket_find_free_aux_slot` | Finds the first free entry in the auxiliary tail portion of the `0x69ac` array (`count-4 .. count-1`) |
+
+### Supporting caller notes
+
+- `000d:ce1e` populates one `0x69ac` entry by reserving a free slot, computing the initial bucket through `entity_compute_proximity_or_visibility_bucket`, storing both current and previous bucket fields, then allocating/linking the backing handle through `000a:5f36`.
+- `000d:d409` is a thin wrapper that only calls `entity_refresh_recent_proximity_or_visibility_buckets`.
+- `000d:cfad` is an update-or-allocate helper for `(param_1,param_2)` pairs: it tries to update an existing tracked entry through `000a:606a`, clears dead entries, and falls back to `000d:ce1e` allocation when no live match remains.
+- `000d:cec5` is the auxiliary-slot allocator: it prunes invalid entries, uses `tracked_entity_bucket_find_free_aux_slot`, tags the new entry with byte `+0x0a = 1`, and seeds its handle via `000a:5f36(..., flag=1)`.
+- `000a:606a` = `tracked_entity_bucket_handle_update_or_alloc` — updates the backing handle for an existing tracked bucket entry when possible, or falls back to allocation via `000a:5f36` if the handle has gone stale.
+- `000d:d350` = `tracked_entity_bucket_set_value` — finds a tracked `(entity_id, entity_ref)` entry and pushes a new bucket value into its backing handle through `000a:6343`.
+- `000d:d10b` = `tracked_entity_bucket_clear_ref_field` — clears only the `+0x02` reference field for all matching entries.
+- `000d:d151` = `tracked_entity_bucket_remove_by_ref` — marks matching entries' backing handles for removal and clears the local entry handle/reference fields.
+- `000d:d1b1` = `tracked_entity_bucket_remove_tagged_by_ref` — same removal path, but only for entries whose byte `+0x0a` tag is set.
+
+---
+
+## Raw 000a Tracked-Handle Table
+
+The `0x4673` table is the backing handle registry for the `0x69ac` tracked-entry bucket subsystem. That client layer sits on top of a separate generic cache manager rooted at `0x4688..0x46b7`.
+
+| Address | Name | Evidence |
+|---------|------|---------|
+| `000a:5f02` | `tracked_entity_handle_find_slot` | Linear scan over 12 entries in the `0x4673` table for a matching 32-bit handle id |
+| `000a:602b` | `tracked_entity_handle_is_live` | Returns true only when a handle exists in `0x4673` and its flag word at `+0x0a` does not have bit `0x0002` set |
+| `000a:60eb` | `tracked_entity_handle_mark_remove` | Sets bit `0x0002` in the handle-table flag word and dispatches through the unresolved cleanup path |
+| `000a:612e` | `tracked_entity_handle_mark_remove_all` | Iterates all 12 handle-table entries and marks each live handle for removal |
+| `000a:6167` | `tracked_entity_handle_alloc_slot` | Allocates a slot in one of two ranges (`0..7` or `8..11`) depending on the aux flag; when full, wraps in a ring and evicts via `tracked_entity_handle_mark_remove` before reusing the slot |
+| `000a:6228` | `tracked_entity_handle_prune_removed` | Reaps entries previously marked with bit `0x0002`, clears dead slots, and refreshes high-index entries through `000a:6b2d` |
+| `000a:63bc` | `tracked_entity_handle_find_by_entity` | Finds the first live handle-table entry whose key/entity word at `+0x04` matches the requested entity id |
+
+### Handle entry layout (stride `0x0c`)
+
+| Offset | Field |
+|--------|-------|
+| `+0x00` | 32-bit handle id |
+| `+0x04` | key/entity id |
+| `+0x06` | class/group/source-style selector |
+| `+0x08` | current bucket/value |
+| `+0x0a` | flags (`bit0` = aux-slot allocation, `bit1` = pending removal) |
+
+### Thin public wrappers
+
+| Address | Name |
+|---------|------|
+| `000a:5276` | `entity_bucket_track_default_main` — gated by `0x45aa`; creates or refreshes a main-slot tracked handle with bucket `0x40` and selector `0xff` |
+| `000a:5294` | `entity_bucket_track_main` — same path, but takes the bucket value as an argument for the main-slot range |
+| `000a:52d0` | `entity_bucket_track_default_aux` — aux-slot variant with default bucket `0x40` |
+| `000a:52ee` | `entity_bucket_track_aux` — aux-slot variant with explicit bucket argument |
+
+---
+
+## Raw 000a Generic Cache Manager
+
+Follow-up analysis of `000a:6b2d` and the `0x4688..0x46b7` globals shows that this region is a generic cache manager used by the tracked-handle layer, not part of the tracked-entity subsystem itself.
+
+| Address | Name | Evidence |
+|---------|------|---------|
+| `000a:6b2d` | `cache_lookup_or_load_entry_by_id` | Fast-paths the last id via `0x46af/0x46b1`, otherwise searches `0x469d`, evicts older cache slots until there is room under byte budget `0x46a5`, allocates a block from the free-list, clears/initializes the payload, records the id, and dispatches through the loader interface at `0x468c` |
+| `000a:6a95` | `cache_release_entry_by_slot` | Releases a cached slot by index, clears any client references through `000a:62d8`, frees its backing block through `cache_free_block_by_slot`, and marks the slot id in `0x469d` as unused (`0xffff`) |
+| `000a:6d07` | `cache_alloc_block_for_slot` | Allocates or splits a block from the free-list anchored at `0x4688`, tags it with the owning cache slot index, and updates the in-use byte count at `0x46a9` |
+| `000a:6f4d` | `cache_free_block_by_slot` | Finds the free-list node for a cache slot, marks it free, subtracts its size from `0x46a9`, and coalesces adjacent free blocks |
+| `000a:67d9` | `cache_shutdown` | Tears down the generic cache manager: flushes/reset state, frees slot arrays at `0x4699/0x469d/0x46b3`, frees the free-list container at `0x4688`, and closes backing state at `0x4691` |
+| `000a:6898` | `cache_set_loader_interface` | Installs the backend loader/callback interface pointer at `0x468c` |
+
+### Cache globals
+
+| Address | Name | Notes |
+|---------|------|-------|
+| `0x4688` | free-list/block-list head | Used by `cache_alloc_block_for_slot` and `cache_free_block_by_slot` |
+| `0x468c` | cache_loader_interface | Backend callback table; `+0x34` = size query, `+0x0c` = load/bind callback |
+| `0x4695` | arena base pointer | Base for the raw cache payload arena |
+| `0x4699` | per-slot payload-pointer table | |
+| `0x469d` | per-slot cached id table | `0xffff` = unused |
+| `0x46a5` | byte budget / arena capacity | |
+| `0x46a9` | bytes currently in use | |
+| `0x46af/0x46b1` | fast-path cache | Last requested id and slot index |
+| `0x46b3` | per-slot block metadata mirror | Used when releasing or refreshing slots |
+
+---
+
+## Follow-up: Cache Init and Runtime State
+
+| Address | Name | Notes |
+|---------|------|-------|
+| `000a:6600` | `cache_init` | Stores slot count in `0x46ad`; allocates per-slot payload-pointer table; seeds each slot; queries/derives arena size; allocates arena backing object at `0x4691`; allocates per-slot metadata mirrors; initializes free-list head at `0x4688`; calls `cache_reset_runtime_state` |
+| `000a:68aa` | `cache_reset_runtime_state` | Shared cache reset/bootstrap helper called from `cache_init`, `cache_shutdown`, and external reset paths. Allocates per-slot arena-header nodes, rebinds slot pointers to arena base, clears the cached-id table, seeds the free-list head, and resets `0x46a9` (bytes in use) plus `0x46af` (last-id fast path) |
+| `000a:703e` | `cache_compact_arena_blocks` | Compacts live cache arena blocks into earlier free holes when allocation would fail, updates per-slot payload pointers, and merges adjacent free-list headers afterward |
+
+---
+
+## Follow-up: Tracked-Handle Table Init/Shutdown
+
+| Address | Name | Notes |
+|---------|------|-------|
+| `000a:5e00` | `tracked_entity_handle_table_init` | If `0x4672` is clear, allocates `0x90` bytes at `0x4673/0x4675`, aborts through `runtime_init_or_abort` on failure, calls `000a:577d` and local helper `000a:5e95`, then sets `0x4672 = 1` |
+| `000a:5e59` | `tracked_entity_handle_table_shutdown` | Matching teardown for `tracked_entity_handle_table_init` |
+| `000a:5e95` | `tracked_entity_handle_table_clear_and_dispatch` | When `tracked_entity_handle_table_active` is set, zeroes the full `0x90`-byte handle table at `0x4673`, resets adjacent local state at `0x4677/0x4679/0x467b`, then dispatches through the remaining thunked follow-up path |
+| `000a:5339` | `tracked_entity_handle_mark_remove_all_if_enabled` | Thin gate wrapper that only forwards to `tracked_entity_handle_mark_remove_all` when `tracked_entity_bucket_system_enabled` is set |
+
+Table globals: `0x4672` = `tracked_entity_handle_table_active`, `0x4673/0x4675` = `tracked_entity_handle_table` (12 entries × `0x0c` = `0x90` bytes).
+
+---
+
+## Follow-up: Tracked Bucket System Init/Shutdown
+
+| Address | Name | Notes |
+|---------|------|-------|
+| `000a:5186` | `tracked_entity_bucket_system_init` | Allocates a rotating buffer via `0009:3600`, lazily creates `tracked_entity_bucket_backend_object` through `0009:5600` when absent, installs that object into `cache_loader_interface`, allocates the tracked handle table via `000a:5e00`, allocates the 32-entry `0x69ac` bucket array via `000d:cca3(0x20)`, then sets `tracked_entity_bucket_system_enabled` |
+| `000a:538e` | `tracked_entity_bucket_system_init_if_configured` | Only calls the init routine when config/feature gate `0x89f4` is non-zero |
+| `000a:5223` | `tracked_entity_bucket_system_shutdown` | Tears down the tracked handle table, frees the `0x69ac` bucket array, calls backend-object vtable slot `+0x38` with `(3, backend_object)`, clears `tracked_entity_bucket_backend_object`; called from the wider engine teardown routine at `0004:621b` |
+
+System globals: `0x45aa` = `tracked_entity_bucket_system_enabled`, `0x45ab/0x45ad` = `tracked_entity_bucket_backend_object`.
+
+Public thin gate wrappers that feed the `0x69ac` tracked-entry layer:
+- `0005:3b34` = `tracked_entity_bucket_alloc_main_if_enabled`
+- `0005:3b53` = `tracked_entity_bucket_alloc_aux_if_enabled`
+- `0005:3b72` = `tracked_entity_bucket_remove_by_entity_and_ref_if_enabled` → forwards into `000d:d086 = tracked_entity_bucket_remove_by_entity_and_ref` when `0x45aa` is set.
+
+---
+
+## Follow-up: Backend Object Constructor
+
+| Address | Name | Notes |
+|---------|------|-------|
+| `0009:5600` | `cache_backend_object_init` | Allocates a `0x20`-byte object when caller passes null; initializes embedded DOS file-handle state via `dos_file_handle_init`; seeds internal method-table / state fields at object offsets `+0x08`, `+0x0c`, `+0x10`, `+0x14`, `+0x16`, `+0x18`, and `+0x1c`; dispatches through the object method table during construction; returns the object pointer cached at `0x45ab/0x45ad` |
+
+Verified callback roles inside `cache_lookup_or_load_entry_by_id`:
+- backend vtable `+0x34` = size query callback for a cache entry id (used before allocation/eviction)
+- backend vtable `+0x0c` = load/bind callback that populates the newly allocated slot buffer for the requested id
+
+---
+
+## Follow-up: External Reset Paths
+
+- The path around `0004:25a9` classifies as an external reset sequence: it calls `cache_reset_runtime_state`, then `tracked_entity_handle_table_clear_and_dispatch`, then continues through additional tracked-entry/cache-side refresh helpers (`000d:cd22`, `000d:44b3`, `0006:ae66`, `0006:ae00`, etc.).
+- The path around `0004:eb80` is a conditional tracked-bucket reset/update sequence: when `tracked_entity_bucket_system_enabled` is set, it calls `tracked_entity_handle_mark_remove_all_if_enabled`, then `tracked_entity_handle_table_clear_and_dispatch`, then `cache_compact_arena_blocks`, before resuming its outer flow.
+
+---
+
+## Follow-up: Repaired seg004 Reset-Path Function Objects
+
+| Address | Name | Notes |
+|---------|------|-------|
+| `0004:2592` | `runtime_cache_reset_sequence` | Calls `0008:7bfe`; calls `game_mode_init(*(0x27c4))`; calls import-resolved site `0004:25a4`, now verified from the separately imported `ASYLUM.DLL` as ordinal `24` = `_ASS_StopAllSFX`; then resets cache runtime state, clears tracked handles, refreshes tracked-entry/cache helpers. Known caller: `0004:262d` inside the tiny wrapper at `0004:2620`, which sets byte `+0x40` on the object at `0x6828` before invoking the reset sequence. |
+| `0004:eb1f` | `entity_dispatch_entry_ctor_0f3a_with_cache_reset` | Allocates/initializes an entity dispatch entry; stamps entry type `0x0f3a`; stores its two word payload fields; runs local setup through embedded helper at `0004:ebf4` (which dispatches `entity_dispatch_reset_all(*0x7e22, 0x00f0)` and — when the local flag plus global `0x0ee1` allow it — allocates a type `0x0f5e` dispatch entry and passes it to `entity_pair_sync_b`); when `tracked_entity_bucket_system_enabled` is set, performs the tracked-handle removal / clear / cache-compaction sequence before finalizing through `0009:b1c3` in phase `0`. |
+| `0004:ea00` | `entity_dispatch_entry_alloc_type_0f5e` | Reuses the incoming FAR pointer when non-null; otherwise allocates `0x33` bytes through `mem_alloc_far`; initializes the entry through `entity_dispatch_entry_init`; stamps the entry type word at `+0x00` to `0x0f5e`. |
+
+---
+
+## Follow-up: seg082 Allocator Cluster
+
+| Address | Name | Notes |
+|---------|------|-------|
+| `0009:a229` | *(size-only wrapper)* | Public size-only wrapper around the seg082 allocator. Lazily initializes the allocator on first use through `0009:bcb9`, then calls `allocator_try_alloc_from_head_table(size, default_tag, 0xff)`. |
+| `0009:bcb9` | *(lazy initializer)* | One-time lazy initializer. Parses an optional `-x` tuning value from the PSP command line, clamps derived percentage into `0x14..0x50`, seeds local seg082 helpers, then sets init flag `0x4096 = 1`. |
+| `0009:b06b` | `allocator_try_alloc_from_head_table` | Validates requested size, reserves a temporary work token through `0009:e15f`, scans the `0x8724` allocator head table in `0x0c`-byte entries via `allocator_head_try_alloc_block`. On success, commits the result through `0009:e2b4`, clears failure flag `0x4098`. When a pass does not find a fit, interleaves up to two finalize phases through `allocator_phase_finalize_pass(phase)` before the final retry. |
+| `0009:a336` | `allocator_head_try_alloc_block` | Per-head first-fit allocator. Normalizes requested size (rounds odd small requests up, page-aligns large non-page-aligned requests), adds `0x0a` node header overhead, enforces minimum of `0x10` bytes. Walks the node chain for one allocator head until it finds a free span large enough. On success, unlinks the chosen free node, either consumes it whole or splits off a remainder when `>= 0x10` bytes remain. On failure, returns `0`. |
+| `0009:a5d1` | `allocator_head_free_block` | Per-head free paired with `allocator_head_try_alloc_block`. Rebuilds the node header from a payload pointer (`payload - 0x0a`), validates the owner/tag word, reinserts the block into one allocator head, and coalesces with adjacent free neighbors when possible. |
+| `0009:b224` | `allocator_free_block_by_ptr` | Converts the payload pointer back through local header helpers, scans the `0x8724` head table for the owning range, dispatches to `allocator_head_free_block`, and aborts if no owning head is found. Known wrappers `0009:a24f` and `0009:a27a` are small checked entry points into this path. |
+| `0009:b1c3` | `allocator_phase_finalize_pass` | Accepts phase bytes `0` or `1`. Forwards that byte twice to the object rooted at `0x4588` through vtable slot `+0x08`. Then sweeps the allocator head table at `0x8724` up to the active head count at `0x879c`, calling `allocator_head_finalize_sweep` on each entry. |
+| `0009:af87` | *(free-space probe)* | Walks the node chain rooted at `0x8724`. For each node, accumulates `node_size - 9` into a running total and tracks the largest single free block. Used by `cache_init` and seg013 path at `0004:833b`. |
+| `0009:a961` | *(per-head finalize sweep)* | Walks one `0x8724` head's node chain, skips odd-tagged spans, coalesces or rewrites eligible spans, and updates head/back-pointer links when deferred space needs to be merged back into the chain. |
+
+**Allocator head table structure:**
+- `0x8724` = array of `0x0c`-byte allocator heads
+- `0x879c` = active head count / table limit
+- Per-node size/value encoding manipulated through `0009:c628` and `0009:c6ae`, which read/write a packed 32-bit quantity split across `word + byte + byte` fields
+
+---
+
+## Follow-up: seg137 Palette and Dispatch-Entry Helper Family
+
+A coherent palette-write and palette-backed dispatch-entry emission family tied to the same runtime-state constructor lane.
+
+| Address | Name | Evidence |
+|---------|------|---------|
+| `000d:85da` | `vga_palette_set_all_black` | Allocates a `0x100`-entry palette buffer filled with zero RGB triplets, writes it to VGA, frees the scratch buffer. (Previously mis-named `map_object_set_dirty_flag`.) |
+| `000d:8653` | `vga_palette_set_all_white` | Same shape as black — all three RGB components initialized to `0x3f`, then written through `vga_palette_write`. |
+| `000d:86cc` | `vga_palette_set_all_rgb` | Takes caller-supplied RGB bytes, replicates them across a `0x100`-entry palette buffer, writes the result to VGA, frees the scratch palette. |
+| `000d:82ea` | `dispatch_entry_create_black_palette_state_active` | Builds a runtime-state dispatch entry of type `0x051e` from a black `0x100`-entry palette buffer; first sets `g_active_dispatch_entry_farptr[+0x40] = 1`. |
+| `000d:8a47` | `dispatch_entry_create_black_palette_state` | Same as above without marking the active dispatch entry. |
+| `000d:83be` | `dispatch_entry_create_grayscale_palette_state_active` | Reads the current VGA palette, normalizes each triplet by copying the first channel across all three RGB bytes, then builds a runtime-state dispatch entry from that grayscale palette while marking the active dispatch entry. |
+| `000d:875d` | `dispatch_entry_create_solid_palette_state_active` | Validates `0..0x3f` RGB inputs, fills a scratch `0x100`-entry palette buffer with that solid color, builds the same `0x051e` runtime-state dispatch entry, marks the active entry. |
+| `000d:88b2` | `dispatch_entry_create_solid_palette_state` | Same as above without marking the active dispatch entry. |
+
+Additional caller-side comments (not renamed) added on:
+- `000d:84f4` — current-palette dispatch entry paired with a second object of type `0x68bf` through `entity_pair_sync_b`
+- `000d:89c6` — parameterized current-palette runtime-state wrapper with active-state flags
+
+---
+
+## Follow-up: seg138 Caller-Side Dispatch-Entry Emission Helper
+
+`FUN_000d_938c` (`000d:938c-000d:9583`) — a real caller-side helper with an evidence-preserving decompiler comment added in Ghidra instead of forcing a speculative rename.
+
+Current verified behavior:
+- When the mode/global gate is not already in the `0x13:0x0008` state and entity byte `+0x33` is clear, it allocates a scratch palette buffer, constructs a dispatch entry, sets type `0x051e`, and initializes runtime state through `entity_dispatch_entry_init_runtime_state` with entry kind `0x3c`.
+- Later in the same helper it constructs a second dispatch entry from the current palette globals at `0x4e4:0x4e6`, again sets type `0x051e`, and initializes runtime state with entry kind `0x14` and active-state parameters `(1,0,1)`.
+- Both created entries are polled until their runtime flag word clears bit `0x0002`, after which the helper redraws the global sprite path, syncs display-state byte `0x58e` from the entity when the global display object exists, calls `FUN_0006_16e1`, clears `g_active_dispatch_entry_farptr[+0x40]`, and finally dispatches through the input object's vtable slot `+0x08`.
+
+---
+
+## Follow-up: seg005 Startup/Display Orchestration
+
+| Address | Name | Notes |
+|---------|------|-------|
+| `0004:60c0` | `FUN_0004_60c0` | Startup/display orchestration path: broad setup calls, reads the live VGA palette, validates a caller-provided object through vtable slot `+0x0c`, drives the sprite/object lane through `0x4f38`, runs the seg137 palette and dispatch-entry helper family, creates the default active dispatch entry through `active_dispatch_entry_create_default`, programs mouse interrupt state via seg056 `INT 33h` wrappers, then hands off into the still-unrecovered `0004:1e00` routine. |
+| `000d:7600` | `active_dispatch_entry_mark_enabled` | Marks the active dispatch entry enabled |
+| `000d:760e` | `active_dispatch_entry_mark_disabled` | Marks the active dispatch entry disabled |
+| `000d:761c` | `active_dispatch_entry_create_default` | Creates the default active dispatch entry |
+
+---
+
+## Follow-up: `0x4588` Object-Role Evidence
+
+The `0x4588` FAR object is a runtime-installed callback/dispatch object that participates in conditional render or presentation-side flow. It has an explicit install, clear, callback, and teardown lifecycle.
+
+### Verified lifecycle
+
+- **Install:** `000a:4932` and `000a:4936` store the incoming dword into `0x4590` and `0x458c`, then `000a:493e` stores the incoming FAR object pointer into `0x4588`.
+- **Clear:** `0004:5b8c` and `0004:5bbf` both clear `0x4588` immediately before the fatal/reporting-style seg091 call through `000a:454d`; `0004:5ea7` and `0004:6430` both clear `0x4588` and then immediately run the one-shot teardown path `000a:4a56(1)`.
+- **Teardown:** `000a:4a56` checks a once-flag at `0x4595`, clears `0x4588` when non-null, optionally performs a vtable `+0x0c` callback when `0x4590 != 0x458c`, then calls vtable slot `+0x04` followed by `FUN_0009_0d30()`.
+- **Callbacks:** `000a:b9e5`, `000a:ba66`, `000d:9d5e`, and `000d:a3b7` all push a two-word value pair followed by the `0x4588` FAR pointer and call vtable slot `+0x0c`. `entity_conditional_render_dispatch` calls the same vtable slot with a single literal `0x0101` argument.
+
+### Payload pairs from payload sync callsites
+
+- `000d:9d5e` → vtable `+0x0c` payload from object fields `+0x12d/+0x12f`
+- `000d:a3b7` → vtable `+0x0c` payload from object fields `+0x74f/+0x751`
+- `000a:b9e5`, `000a:ba66` → emitting only when the candidate two-word pair differs from the current pair, then mirroring that pair through `000b:1e39` using global sprite/object pointer `0x4f38/0x4f3a`
+
+### Globals
+
+| Address | Name |
+|---------|------|
+| `0x4588` | runtime FAR object pointer (nullable) |
+| `0x458c` | callback sync field (compared against `0x4590` in teardown) |
+| `0x4590` | paired sync field |
+| `0x4594/0x4595` | state flags |
+| `0x45a6` | clock/cookie global used by `assert_buffer_valid` |
+| `0x39ca` | dispatch callback-table pointer |
+| `0x6828` | `g_active_dispatch_entry_farptr` |

docs/raw-000e.md

@@ -0,0 +1,204 @@
+# Raw 000e: Parser & RIFF/Animation Clusters
+
+Content extracted from `crusader_decompilation_notes.md`. Covers the `000e:` segment parser helper cluster and the RIFF/AVI animation streaming subsystem.
+
+---
+
+## Raw 000e Parser Helper Cluster
+
+A small helper cluster in the raw `000e:` area implements a fixed-size CRLF record parser/table builder, likely used by startup/config or script-ish text data.
+
+### Newly renamed helpers
+
+| Address | Name |
+|---------|------|
+| `000e:345e` | `record_table_init` |
+| `000e:34cc` | `record_table_destroy` |
+| `000e:35c6` | `record_table_release_buffer` |
+| `000e:35ef` | `record_table_next_slot` |
+| `000e:3639` | `record_table_parse_buffer` |
+| `000e:3798` | `record_parser_read_line` |
+| `000e:38a0` | `record_parser_seek_next_marker` |
+| `000e:38f8` | `record_parser_find_marker` |
+| `000e:39cc` | `record_parser_dispatch_at_directive` |
+
+### Behavior notes
+
+- `record_table_init` clears the table header and zeroes 300 words of inline storage.
+- `record_table_parse_buffer` walks a CRLF-separated text buffer, captures each line, splits around a marker helper path, and stores parsed entry state into `0x0c`-byte records.
+- `record_parser_read_line` advances to the next CRLF-delimited line, rejects lines that start with `@` or with non-identifier punctuation, and terminates the line in-place with `0`.
+- `record_parser_seek_next_marker` updates the parser's current marker cursor at `+0x18/+0x1a` by calling `record_parser_find_marker`; returns `1` if another marker was found, `0` at end-of-data.
+- `record_parser_find_marker` scans forward until an `@` marker or end-of-data; optionally consumes the remaining length from the parser state.
+- `record_parser_dispatch_at_directive` returns `0` unless the current substring begins with `@`; in the `@` case, it advances by 7 bytes and dispatches through a FAR thunk (`0000:ffff`).
+
+### EUSECODE.FLX extraction notes
+
+- `USECODE/EUSECODE.FLX` does not look like a loadable code image or plain text script. It is now validated as an indexed binary container.
+- Current table model:
+	- entry count at file offset `0x54`
+	- entry table at `0x80`
+	- 8-byte records: `<u32 data_offset, u32 declared_size>`
+	- `entry_count = 3074`
+	- `table_end = 0x6090`, which matches the first non-zero payload offset
+	- `403` non-zero entries in the current file
+- `tools/extract_eusecode_flx.py` now parses the full validated table and emits all `403` non-zero entries under `USECODE/EUSECODE_extracted/`, including `entry_index.tsv`, `descriptor_index.tsv`, `descriptor_neighborhoods.tsv`, `summary.json`, per-chunk `.bin`, and `.strings.txt` sidecars.
+- The generated reports now expose lightweight descriptor summaries (`primary_label`, `field_names`, `field_tags`) so the object lane can be searched by field grammar instead of only by raw names.
+- The extracted data now separates into at least two lanes:
+	- text-heavy records that fit the `000e:` CRLF parser model, such as `DATALINK` mission/objective text and `TEXTFIL1` message banks
+	- binary object/behavior descriptors whose sidecars expose object names and field names, such as `EVENT`, `NPCTRIG`, `CRUZTRIG`, `TRIGPAD`, `JELYHACK`, `JELYH2`, `SPECIAL`, `SURCAMNS`, and `SURCAMEW`
+- The descriptor lane also shows a repeatable tagged field trailer rather than raw trailing strings only. Current spot-checks show patterns like `69 xx 00 <name>` and `24 xx 02 <name>` immediately before field names in `NPCTRIG`, `CRUZTRIG`, `TRIGPAD`, `SPECIAL`, and `SFXTRIG`. This is strong evidence that the field names belong to compact per-field metadata records, not accidental string leakage.
+- The strongest currently stable tag readings are:
+	- `69:0000 -> referent`
+	- `69:0A00 -> event` on event-capable classes such as `EVENT`, `NPCTRIG`, `COR_BOOT`, `REE_BOOT`, `SFXTRIG`, `FLAMEBOX`, `NOSTRIL`, `VAR_BOOT`, and `STEAMBOX`
+	- `24:FE02` / `24:FC02` / `24:FA02` on object-reference-like fields such as `item`, `elev`, `door`, `source`, `dest`, `monster1`, `deadGuy`, and related referent-style links
+	- `24:0A02 -> eventTrigger` on `SURCAMNS` / `SURCAMEW`
+- The tag report is not a full type system yet, but it is already enough to separate scalar/event slots from pointer-like object links in many descriptor classes.
+- Confirmed descriptor examples from the full index:
+	- `EVENT`: `referent,event,item,source,dest,door,counter,counter2,link,time,post1,post2,floor,flicMan`
+	- `NPCTRIG`: `referent,event,item,item2,typeNpc`
+	- `CRUZTRIG`: `referent,item,elev`
+	- `TRIGPAD`: `referent,item,elev`
+	- `JELYHACK`: `referent`
+	- `JELYH2`: `referent`
+	- `SURCAMNS` / `SURCAMEW`: `referent,textFile,monit,valueBox,passcode,link,code,screen,cameraEgg,trueRef,therma,eventTrigger,foundGun`
+- Current immortality-lane status inside EUSECODE:
+	- the trigger/object namespace now clearly includes `JELYHACK`, `NPCTRIG`, `CRUZTRIG`, and `TRIGPAD`
+	- `JELYHACK` / `JELYH2` sit in a local extraction neighborhood beside `SPECIAL`, `TRIGPAD`, `DATALINK`, `HOFFMAN`, `REE_BOOT`, `SURCAMEW`, and `SFXTRIG`, which looks more like a map/object grouping than random table order
+	- that neighborhood does not make `JELYHACK` itself event-bearing, but it does place it immediately beside multiple event-capable or trigger-adjacent classes (`REE_BOOT`, `SFXTRIG`, `SURCAMEW.eventTrigger`)
+	- no extracted chunk has yet been tied directly to event `0x410`
+	- one exact `0x410` collision in compiled code is now explained away: `000e:0953` pushes `0x410` into imported `ASYLUM.27` from the animation audio-subframe path immediately after setting the local audio-completion byte at `+0xef1`. Since `ASYLUM.DLL` is the `ASS_*` audio/media library, treat this as a media ordinal/value collision rather than a second gameplay or USECODE event source.
+	- the present best reading is that `0x410` is likely carried by data relationships between generic event-capable descriptors (`EVENT`, `NPCTRIG`, `SFXTRIG`, etc.) and map/object references rather than by a plain-text script line
+- The `000e:` record parser helpers still matter, but they now appear to cover only the text-oriented subset rather than the entire FLX payload. The strongest concrete caller so far is the raw window at `000e:1b9f..1d49`, where `record_table_parse_buffer` is invoked after setup of fields that match the known animation object layout (`+0x117/+0x11b/+0x11f/+0x123`, `+0xeaf/+0xeb1`, `+0x10f/+0x111`). That makes the currently verified `000e:3639` consumer part of the animation-object lane, not a clean standalone EUSECODE loader.
+- This shifts the current working model: treat `record_table_parse_buffer` as a text/metadata helper used by at least one animation/resource object, while the EUSECODE binary descriptor lane is more likely consumed by the `000d` VM/object interpreter path.
+- That `000d` path is now materially less anonymous:
+	- the global runtime object at `0x6611` is now named `entity_vm_runtime_create` / `entity_vm_runtime_init_slots` / `entity_vm_runtime_release_slots` / `entity_vm_runtime_destroy`
+	- it owns the 0x80-entry slot table and a retained owner/resource object at `+0x1315/+0x1317`
+	- `entity_vm_slot_index_from_entity` and `entity_vm_context_try_create_masked_for_entity` show that gameplay entities are filtered through one owner-side slot-mask table before a context is created
+	- `entity_vm_context_try_create_masked_for_entity` is now better constrained too: after the owner-side mask check succeeds, an immediate-flagged context result clears the caller output word while an object-backed result returns the created object's low word
+	- `entity_vm_context_create_from_slot_index` then seeds one `0x6714` context from `entity_vm_slot_load_value_plus_offset`, while the large callers at `000d:208b` and `000d:21ed` continue by reading bytecode-like data from the seeded `+0xd6/+0xd8` lane
+- The context lane now also has a separate referent-registry subsystem:
+	- `entity_vm_set_field_da_to_global` writes the current referent id to `0x8c94` from context field `+0xda` and then enters the still-misaligned `000c:3350` body
+	- `entity_vm_referent_registry_init` / `entity_vm_referent_registry_destroy` / `entity_vm_referent_registry_alloc` / `entity_vm_referent_registry_release_by_id` / `entity_vm_referent_registry_free_node` show that `0x8c8c/0x8c8e/0x8c90/0x8c94` implement one free-list-backed registry keyed by that current referent id
+	- this is the first solid runtime mechanism showing how referent-only descriptors can still drive script state even when the actual event field lives in a separate neighboring descriptor
+	- the registry now also has a named chain container layer: `entity_vm_referent_chain_copy`, `entity_vm_referent_chain_append_unique_from`, `entity_vm_referent_chain_contains_entry`, `entity_vm_referent_chain_get_entry_data_at`, and `entity_vm_referent_chain_get_indirect_data` show that one referent can own copied/deduplicated payload chains with either inline fixed-size payloads or indirect string-like payloads
+- That chain layer is now less one-sided than before:
+	- `entity_vm_referent_chain_remove_matching_from` (`000d:6a9a`) removes entries from one chain when they match a second chain, using either inline compare or indirect string compare depending on the chain type byte
+	- `entity_vm_referent_chain_set_entry_data_at` (`000d:6cf6`) updates the payload of the Nth chain entry in place, freeing old indirect payload storage first when needed
+	- `entity_vm_opcode_finish` (`000d:3350`) is now identified as the common opcode epilogue that writes `0x8c94` from the current frame result and unwinds the temporary slot-array state before returning the opcode result
+- That makes the emerging human-readable script model less ad hoc. A plausible future IR is now: `referent anchor -> payload chain(s) -> event-bearing attachment(s)` rather than a flat list of isolated descriptor rows.
+- The opcode side now reinforces that IR too: at least one handler family around `000d:0988` can either append unique payload entries or remove matching ones before returning through the same epilogue, which is a better fit for a graph-editing/object-attachment VM than for a pure linear trigger list.
+- That `000d:0988` family is now classified more tightly at the opcode-id level:
+	- opcode `0x19` = append unique indirect/string-like payload entries into the referent chain
+	- opcode `0x1a` = remove matching indirect/string-like payload entries from the referent chain
+	- opcode `0x1b` = remove matching inline/fixed-size payload entries from the referent chain
+	- the same helper body also implies the missing sibling `0x18` as the inline/fixed-size append-unique form, because only `0x19/0x1a` set the indirect compare flag while only `0x1a/0x1b` take the removal path
+- The first concrete `000c` to `000d` bridge inside that lane remains `entity_vm_set_value_from_slot_plus_offset` at `000c:f95f`: it calls `entity_vm_slot_load_value_plus_offset`, stores its return pair into object fields `+0xd6/+0xd8`, and sits immediately beside other `entity_vm_*` helpers in the `000c:f6b8..f9d9` mini-VM cluster. On the `000d` side, `entity_vm_slot_load_value_plus_offset` wraps `entity_vm_slot_load_value`, and `entity_vm_slot_load_value` contains a concrete `PUSH 0x410` event-emission path at `000d:5290`.
+- The two main `000d` caller blocks beneath that bridge now have a first stable byte/value reading too:
+	- internal block `000d:208b` is the simple materialize-or-forward path: it creates one VM context from the caller's stream state, checks the returned object flags, and either writes the returned value pair straight to the caller output slot or forwards the created object's low word through the shared opcode epilogue
+	- internal block `000d:21ed` is the inline-payload path: it creates the same VM context, prepends the caller-owned blob into the backward-growing context buffer at `+0x102`, then consumes two bytes from the seeded `+0xd6/+0xd8` lane as small shape/count metadata before building an `entity_link` closure matrix from the following caller-stream words and pushing back the non-`0x0400` results
+	- that is the first concrete evidence that the `+0xd6/+0xd8` lane is not only carrying immediate event/value ids; it also carries compact metadata bytes that parameterize larger inline payloads copied from the caller stream
+- Current JELYHACK implication: because `JELYHACK` and `JELYH2` still expose only `referent`, the most defensible model is now that they provide map/object identity into the referent-registry lane, while one adjacent event-capable record (`REE_BOOT`, `SURCAMEW.eventTrigger`, `SFXTRIG.event`, or another nearby generic `EVENT`/`NPCTRIG`) carries the actual event semantics that can eventually reach `0x410`.
+- The immediate runtime-owner writer is now pinned down one step further too. `entity_vm_runtime_create` (`000d:4c99`) is the only verified writer of runtime `+0x1315/+0x1317`, and it does so by calling newly recovered `entity_vm_runtime_owner_resource_create` (`000d:7000`). That helper does not simply copy a caller-supplied owner table: it constructs one embedded seg069/070 helper object, queries the needed table size through vtable `+0x04`, allocates child `+0x10/+0x12`, then fills the `0x0d`-stride per-slot producer records through vtable `+0x0c`. The paired release path is `entity_vm_runtime_owner_resource_destroy` (`000d:70fd`).
+- That narrows the owner/resource classification safely but still stops short of speculative source-format naming. The embedded helper goes through the same seg069/070 object lifecycle used by other file/resource-style helpers (`0009:1c00` init, `0009:1800` destroy), so the most defensible current description is still `runtime owner/resource helper` rather than `USECODE file loader` or a descriptor-specific name.
+- The first gameplay-side mask families around `entity_vm_context_try_create_masked_for_entity` are also now explicit from instruction evidence:
+	- local wrapper `0004:f033` passes slot mask `0x8000:0007`
+	- `FUN_0004_f05c` passes slot mask `0x2000:0015` and is reached from `0004:f2b3` after overlap/proximity checks plus entity byte `+0x32` state toggling
+	- `FUN_0005_27a4` passes slot mask `0x0001:0000` and is reached from the `000c:a09e` entity `+0x5b` bit-`0x0004` branch
+- Those masks are enough to prove that the runtime is exposing multiple gameplay-side materialization lanes into the same owner/resource table, but they are not yet enough to tie one lane specifically to the `JELYHACK`/`JELYH2` anchor pair instead of the neighboring event-bearing descriptors (`REE_BOOT`, `SURCAMEW`, `SFXTRIG`, or another local trigger record).
+- The extractor now emits a first graph-oriented view of that claim too: `referent_anchor_event_graph.tsv` groups referent-bearing rows with nearby event-bearing neighbors, and `jelyhack_island_graph.md` renders the `JELYHACK` / `JELYH2` island as edges to local descriptors. On the current data, the strongest event-bearing neighbors in that island are `REE_BOOT` (`event`), `SURCAMEW` (`eventTrigger`), and `SFXTRIG` (`event`).
+- The new focused comparison report (`jelyhack_descriptor_compare.tsv`) makes one more structural point explicit: `JELYHACK` and `JELYH2` have identical first 16 header words and the same lone `referent` field tag, while differing only in the label string and one small trailing `wx[...]` literal. That strengthens the reading that they are sibling referent-anchor classes rather than separate event-bearing behavior records.
+- The same comparison also helps separate anchor classes from event-bearing neighbors: `REE_BOOT`, `SURCAMEW`, and `SFXTRIG` all carry materially richer header/state patterns than `JELYHACK` / `JELYH2`, which is consistent with them holding actual trigger or attachment semantics beside the anchor-only classes.
+- The `000d:21ed` callee chain is now tighter too. The nested call at `0008:7d27` is `entity_link`, which appends one entity id into another entity's word-list and, unless bit `0x0400` is set, also updates the reciprocal pair-link slots. So the `22bc..2433` opcode block is best understood as building a bidirectional entity-link closure matrix from streamed entity ids, not merely copying opaque words around.
+- Ghidra now carries that interpretation as a conservative disassembly comment at `000d:22bc`, but not yet as a symbol rename, because the surrounding `000d:208b/21ed/22bc` region is still mis-split into artificial function bodies.
+- The new `EVENT`-focused reports (`event_island_graph.md`, `event_descriptor_compare.tsv`) broaden the descriptor-side picture beyond the JELYHACK anchor case. The strongest second island is the compact local cluster at indices `186..195`, where `COR_BOOT`, `EVENT`, and `NPCTRIG` all expose explicit `69:0A00 -> event` tags while `ROLL_NS`, `CRUZTRIG`, `NPC_ONLY`, and `VMAIL` stay on the referent/link/text side.
+- That cluster looks structurally different from JELYHACK in a useful way: `EVENT` is the large hub payload (`0x20AA`) carrying `source`, `dest`, `door`, `link`, `time`, `counter`, `post1`, `post2`, `floor`, and `flicMan`, while `COR_BOOT` and `NPCTRIG` are smaller event-bearing satellites and the surrounding records (`ROLL_NS`, `CRUZTRIG`, `NPC_ONLY`, `VMAIL`) look like attached state/trigger/object descriptors rather than alternate event cores.
+- The first compare pass on that island is already informative. `COR_BOOT`, `EVENT`, `CRUZTRIG`, `NPC_ONLY`, and `VMAIL` share the same leading `0x00000000` dword class shape, `NPCTRIG` moves to a nearby `0x00000001` shape, and `ROLL_NS` is the obvious outlier with first dword `0x00000002` plus rider/time/cargo fields. So the present best reading is one three-node event-bearing core embedded inside a wider referent-neighbor island, not one flat run of equivalent trigger records.
+- The extractor now also emits a global event-family pass (`event_family_index.tsv`, `event_family_summary.md`), which turns the local island findings into a wider descriptor taxonomy. Current validated families are:
+	- `event-hub`: `EVENT`
+	- `boot-event-core`: `AND_BOOT`, `BRO_BOOT`, `COR_BOOT`, `VAR_BOOT`, `REE_BOOT`
+	- `npc-trigger`: `NPCTRIG`
+	- `minimal-event-core`: `SFXTRIG`
+	- `environmental-event`: `FLAMEBOX`, `NOSTRIL`, `STEAMBOX`
+	- `callback-eventtrigger`: `SURCAMNS`, `SURCAMEW`
+- That split matters because it is the first extractor-backed distinction between active event carriers and callback-only trigger holders. The `69:0A00 -> event` classes now look like the active event-bearing core of the descriptor system, while the surveillance classes with `24:0A02 -> eventTrigger` are better treated as callback/attachment endpoints rather than peer event hubs.
+- The next focused pass tightened the `_BOOT` lane too. `boot_family_compare.tsv` now shows that all five `_BOOT` event cores (`AND_BOOT`, `BRO_BOOT`, `COR_BOOT`, `VAR_BOOT`, `REE_BOOT`) share the same header skeleton and the same compact field shape (`referent,event,counter,item`). The meaningful differences are payload size and local neighborhood, not descriptor schema.
+- The new `boot_frontier_graph.md` makes the best early `_BOOT` frontier explicit: `AND_BOOT` and `BRO_BOOT` sit in one compact referent-heavy neighborhood (`OFFWORK`, `GUARD`, `GDOOR_N`, `GDOOR_E`, `BIGCAN`, `CRUMORPH`, `GUARDSQ`, `CARD_NS`, `CARD_EW`, `EWALLEW`/`EWALLNS`) and also point directly at each other as adjacent event-bearing siblings. So the present best reading is a reusable boot-event core template instantiated in several different local object islands, not a set of unrelated boot scripts.
+- The environmental hazard lane is now similarly constrained. `environmental_family_compare.tsv` shows that `FLAMEBOX` and `STEAMBOX` are close structural siblings with the same active-event backbone (`referent,event,<hazard>,<hazard2>,direction,count`) and matching `24:0A02 / 24:FC02 / 24:FE02` object-link pattern, while `NOSTRIL` is a smaller fire-specific variant that keeps the active `event` plus dual fire references and count fields but drops the direction/newType side.
+- Their neighborhoods are different enough to matter: `environmental_event_graph.md` shows `FLAMEBOX` embedded among vent/door/bridge/copy records, `NOSTRIL` among flame/pad/desk/blaster/keypad records, and `STEAMBOX` among bounce/hover/fade/steam/flame box records. So this looks like one hazard-event descriptor family reused across distinct local object islands rather than one single environmental mega-cluster.
+- The callback lane is tighter too. `callback_trigger_compare.tsv` confirms that `SURCAMNS` and `SURCAMEW` are effectively the same callback-trigger template: identical field set (`referent,textFile,monit,valueBox,passcode,link,code,screen,cameraEgg,trueRef,therma,eventTrigger,foundGun`) and identical tag grammar except for the `therma` slot offset (`24:F102` vs `24:F602`). That keeps the `eventTrigger` split credible as a true callback/attachment lane rather than only a spelling variation on active `event` carriers.
+- The first runtime-side follow-through on those descriptor gains is now a little tighter too. Instruction search around `000d:ebe3` confirms one fixed sequenced VM/opcode driver body, not just a vague constructor helper: it calls `000d:177c`, `000d:1acb`, `000d:0988`, the internal `000d:22bc` link-matrix block, then `000d:1d4a` and `000d:2104` in order. The key negative result is just as useful: `000d:ec31` is only the internal `CALL 000d:22bc` site inside that body, not a standalone function entry.
+- Ghidra now carries that as a conservative disassembly comment at `000d:ebe3`. That is still short of a safe rename, but it does promote the lane from “suspected constructor chain” to “verified ordered opcode/handler sequence,” which is the clearest current bridge from the descriptor-side event families back into the `000d` VM/object runtime.
+
+---
+
+## Raw 000e RIFF/Animation Cluster
+
+The `000e:` segment contains a RIFF/AVI streaming animation subsystem.
+
+### Animation object field map
+
+Field offsets relative to the object base pointer:
+
+| Offset | Field |
+|--------|-------|
+| `+0xb0` | active/valid flag |
+| `+0xb4`–`+0xc2` | constructor-initialized flags |
+| `+0xd4` | alive sentinel (must be `-1` for "alive") |
+| `+0xe4` | paused flag (`0` = running) |
+| `+0xeaf`/`+0xeb1` | far pointer to current RIFF chunk |
+| `+0xedb` | animation frame stack depth counter (max 9) |
+| `+0xee1` | frame data from current chunk `+4` |
+| `+0xeef` | current subframe index |
+| `+0x1b3` | subframe count |
+| `+0xef1` | audio completion flag |
+| `+0x11b` | ring buffer write pointer |
+| `+0x11f` | ring buffer read pointer |
+| `+0x117` | ring buffer base |
+| `+0x123` | ring buffer end (capacity boundary) |
+| `+0x102` | resource pointer |
+| `+0xde` | entry index (multiplied by `0x30` to reach per-entry data at `+0x1c7`) |
+
+### RIFF format notes
+
+The game uses standard RIFF/IFF:
+- LIST magic: `0x5453494c` = `"LIST"`
+- RIFF magic: `0x46464952` = `"RIFF"`
+- `"movi"` FourCC subchunk for animation frames
+- Audio frames tagged `"01wb"` (`0x62773130`)
+- Video frames handled through a separate path
+
+### Newly renamed functions
+
+| Address | Name | Evidence |
+|---------|------|---------|
+| `000e:2a28` | `riff_find_chunk_by_type` | Walks RIFF LIST/RIFF chunk list; compares each node's FourCC at `+8` vs `param_2`; returns pointer to matching chunk or NULL |
+| `000e:2104` | `animation_start` | Finds `"movi"` chunk via `riff_find_chunk_by_type`, inits ring buffer ptrs at `+0x11b` from `+0x117 + duration`, calls `animation_advance_frame`, loops `anim_load_audio_frame` and a second frame-loader thunk path per subframe |
+| `000e:12f4` | `animation_advance_frame` | Fixed-point `0x1000` timer arithmetic; checks `+0xe4` (paused), advances ring buffer `+0x11b/+0x11f/+0x117/+0x123`; calls advance thunk |
+| `000e:103f` | `animation_tick` | Guard wrapper: checks `param_1+0xd4 != -1`, then calls `animation_advance_frame(param_1, 0)` |
+| `000e:06f7` | `anim_load_audio_frame` | Checks chunk tag == `0x62773130` (`"01wb"` = audio stream 1); computes ring buffer free space; copies chunk payload via `0x0000:ffff` thunk; increments subframe index at `+0xeef`; resets at subframe count `+0x1b3` |
+| `000e:053d` | `anim_load_video_frame_wrapper` | Called once per subframe in `animation_start` immediately after `anim_load_audio_frame`; thin wrapper that forwards to `000e:ffb0` |
+
+### Unresolved callee
+
+- `000e:ffb0` remains unresolved (decompiles garbled due to overlapping instructions at `000f:0085/000f:0086`). Current evidence from the `animation_start` loop suggests this path is the video-side subframe loader paired with `anim_load_audio_frame`.
+
+### Constructor pattern
+
+All three constructor variants (`000e:2777`, `000e:2860`, `000e:2969`) follow the same layout:
+
+1. Call `FUN_000e_e935` (allocator — produces garbled 11KB decompile, not renamed)
+2. Set fields `+0xb4` through `+0xc2` on the result
+3. Call `000d:ebe3` (multi-step chain initializer: calls `177c`, `1acb`, `0988`, `22bc`, `1d4a`, `2104` in sequence)
+4. Call `assert_alive_sentinel` (assertion: checks `+0xd4 != -1`)
+5. Call `func_0x000eec83`
+
+The chain at `000d:ebe3` steps through VM opcode handlers (`000d:177c`, `000d:1acb`, `000d:0988`) that operate on a bytecode VM object with stack pointer at `+0xcc` (decremented by 2 per push) and segment base at `+0xce`.
+
+### Constructor variant renames
+
+| Address | Name |
+|---------|------|
+| `000e:223d` | `assert_alive_sentinel` |
+| `000e:2777` | `animation_ctor_variant_a` |
+| `000e:2860` | `animation_ctor_variant_b` |
+| `000e:2969` | `animation_ctor_variant_c` |

docs/raw-porting-progress.md

@@ -0,0 +1,333 @@
+# Crusader: No Remorse — Raw Import Porting Progress & Gameplay Batches
+
+This file covers the raw `CRUSADER-RAW.EXE` porting batches: seg091 RNG helpers, the 0x4588 runtime callback lifecycle batches, and raw 0007 gameplay analysis batches.
+
+---
+
+## Raw seg091 Boundary Recovery (init/context + RNG helpers)
+
+Conservative PyGhidra boundary repair created the missing seg091 functions in `CRUSADER-RAW.EXE`:
+- `000a:44fd` = `seg091_func_00fd`, body `000a:44fd-000a:454c`
+- `000a:454d` = `seg091_func_014d`, body `000a:454d-000a:45fd`
+- `000a:48a0` = `rng_advance_state`, body `000a:48a0-000a:48e2`
+- `000a:48ff` = `rng_next_modulo`, body `000a:48ff-000a:4912`
+
+Additional adjacent helper identified directly in the raw import:
+- `000a:48e3` = `rng_set_seed`
+
+Verified behavior:
+- `rng_set_seed` writes the 32-bit RNG seed/state pair at `0x4584:0x4586` and forces the low word odd.
+- `rng_advance_state` updates the same 32-bit state with a simple multiply/add step.
+- `rng_next_modulo` advances the RNG state and returns the result modulo the requested bound, or `0` when the bound is zero.
+- `seg091_func_00fd` shares runtime flag `0x44a4` with `runtime_init_or_abort`; if the flag is clear it sets it and dispatches through an unresolved far thunk.
+- `seg091_func_014d` shares flag `0x44a4`; it checks an optional long argument against the global context/cookie at `0x45a6`, zeroes the pointed byte when the argument is null, then dispatches through an unresolved far thunk.
+
+---
+
+## Raw 0x4588 Runtime Callback Lifecycle Batch
+
+New conservative runtime-callback lifecycle renames (direct analysis):
+- `000a:4913` = `runtime_callback_object_init_once`
+- `000a:4a56` = `runtime_callback_object_teardown_once`
+- `0009:b1c3` = `runtime_callback_object_phase_finalize`
+
+Boundary repair applied with MCP edit-plan API:
+- Rebuilt `000a:b988` as `sprite_node_get_or_traverse` with full body `000a:b988-000a:bab5`.
+
+Verified callback-object behavior:
+- `runtime_callback_object_init_once` sets one-time guard `0x4594`, snapshots state words (`0x458c`/`0x4590`) via `video_bios_state_snapshot`, installs the object FAR pointer at `0x4588`, and ensures fallback buffer allocation at `0x45a6`.
+- `runtime_callback_object_teardown_once` sets one-time guard `0x4595`, clears `0x4588`, conditionally emits vtable `+0x0c` callback when current/previous state differ, then calls vtable `+0x04` release path.
+- `runtime_callback_object_phase_finalize` invokes vtable `+0x08` twice and sweeps table entries via `allocator_head_finalize_sweep`.
+- Large caller `FUN_000d_9afd` contains both additional vtable `+0x0c` callsites (`000d:9d5e` and `000d:a3b7`) and remains the best next target for concrete subsystem naming.
+
+## Raw 0x4588 Follow-up Batch (allocator/video helper clarification)
+
+New conservative helper renames:
+- `0009:a961` = `allocator_head_finalize_sweep`
+- `000a:4a1f` = `video_bios_state_snapshot`
+
+Verified behavior:
+- `allocator_head_finalize_sweep` performs per-head chain compaction/finalize work over allocator table entries used by `runtime_callback_object_phase_finalize`.
+- `video_bios_state_snapshot` executes BIOS video interrupts (`INT 10h` with `AX=4F03` and `AX=1130,BH=3`) and returns packed state in `DX:AX`; callers store/compare this pair around callback emissions.
+
+## Raw 0x4588 Follow-up Batch 2 (cleanup + mode-state wrapper)
+
+New conservative structural renames:
+- `000a:4972` = `video_mode_set_and_record_state`
+- `000d:9afd` = `entity_cleanup_resources_and_dispatch`
+
+Verified behavior:
+- `video_mode_set_and_record_state` stores requested mode/state to `0x4590`, handles VBE-style mode values (`0x101`/`0x103`/`0x105`) via helper checks, and falls back to `INT 10h` mode path for other values.
+- `entity_cleanup_resources_and_dispatch` is a large teardown/finalize path for an entity-like object: it clears flags, frees multiple owned buffers/palette handles, performs conditional callback dispatch through `0x4588` vtable `+0x0c`, then destroys object word-list structures.
+
+## Raw 0x4588 Follow-up Batch 3 (cleanup-callee helper classification)
+
+New conservative helper renames:
+- `0009:7853` = `palette_buffer_alloc_and_init_256`
+- `0009:1c3a` = `file_handle_alloc_init_and_open`
+- `0009:1d6a` = `file_handle_open_with_mode`
+- `0009:8d7b` = `surface_release_internal`
+- `0009:8e0a` = `surface_release_and_maybe_free`
+- `000d:9231` = `sprite_redraw_global_if_active`
+
+Verified behavior:
+- `palette_buffer_alloc_and_init_256` ensures a caller-provided far buffer exists, allocates/initializes a `0x100`-entry palette/work block, and fills it from static table data.
+- `file_handle_alloc_init_and_open` allocates a handle structure on demand, seeds sentinels, then delegates to `file_handle_open_with_mode`.
+- `file_handle_open_with_mode` performs path/open initialization with optional pre-delete behavior and stores DOS open result metadata into the handle structure.
+- `surface_release_and_maybe_free` wraps `surface_release_internal` and conditionally frees memory when `(flags & 1) != 0`.
+- `sprite_redraw_global_if_active` redraws the global sprite/object pointer at `0x4f38` only when the global gate byte `0x68e5` is enabled.
+
+## Raw 0x4588 Follow-up Batch 4 (function-object recovery around `000d:7e00`)
+
+Missing function objects recovered:
+- `000d:7e00-000d:8077` created and renamed to `entity_dispatch_entry_init_runtime_state`
+- `000d:8078-000d:819f` renamed to `entity_dispatch_entry_release_runtime_state`
+- `0003:a880-0003:a896` created as `FUN_0003_a880` (arithmetic helper)
+- `0003:b8e2-0003:bb39` created and renamed to `far_buffer_alloc_with_mode_flags`
+
+Verified behavior:
+- `entity_dispatch_entry_init_runtime_state` initializes runtime fields (`+0x41/+0x42/+0x44`), clears and allocates paired work/palette buffers (`+0x46/+0x48` and `+0x4a/+0x4c`), applies event/setup calls through seg061 helpers, then finalizes activation.
+- `entity_dispatch_entry_release_runtime_state` frees the same paired buffers, propagates active-state changes via global `0x6828`, and destroys embedded word-list members.
+- `far_buffer_alloc_with_mode_flags` is a low-level far-buffer utility that allocates/reuses a destination pointer and dispatches mode-dependent copy/fill behavior via an internal flag table.
+
+## Raw 0x4588 Follow-up Batch 5 (seg061/064/076 helper stabilization)
+
+New conservative helper renames:
+- `0009:6ec7` = `vga_palette_read`
+- `0008:d3ba` = `timer_entity_enable_wrapper`
+
+Additional evidence-preserving decompiler comments added on: `0008:eb43`, `0008:ebe7`, `0008:eac8`, `0008:ec23`.
+
+Verified behavior:
+- `vga_palette_read` mirrors `vga_palette_write` and reads DAC entries through ports `0x3c7/0x3c9` into a far palette buffer.
+- `timer_entity_enable_wrapper` is a thin forwarder to `timer_entity_enable` and is widely used in lifecycle/setup paths.
+- The seg064 gate helpers (`0008:eb43`/`0008:ebe7`/`0008:ec23`) control one-shot global flag transitions at `0x3b72/0x3b73`, then dispatch via unresolved thunk paths.
+
+Callback callsite clarification:
+- `entity_cleanup_resources_and_dispatch` vtable `+0x0c` call at `000d:9d5e` passes object fields `+0x12d/+0x12f`.
+- Matching vtable `+0x0c` call at `000d:a3b7` passes object fields `+0x74f/+0x751`.
+
+## Raw 0x4588 Follow-up Batch 6 (constructor lane naming + callback globals)
+
+New conservative helper renames:
+- `0008:d27e` = `entity_set_update_period_and_reschedule`
+- `0009:7905` = `palette_buffer_alloc_copy_from_source`
+
+Verified behavior:
+- `entity_set_update_period_and_reschedule` stores timing/update-period fields (`+0x36/+0x38/+0x3a`), clears deferred fields (`+0x3c/+0x3e`), then triggers timer recompute/reschedule helpers.
+- `palette_buffer_alloc_copy_from_source` allocates/replaces destination palette buffer metadata and copies RGB triplets from a source far pointer (`entry_count * 3` bytes).
+
+Global data labels promoted:
+- `g_active_dispatch_entry_farptr` at `0x6828`
+- callback-state/object globals at `0x4588/0x458c/0x4590/0x4594/0x4595/0x45a6`
+- dispatch callback-table pointer at `0x39ca`
+
+---
+
+## Raw 0007 Gameplay Helper Batch (entity/tile aux state)
+
+New conservative gameplay-side helper renames (direct analysis from field writes and call structure):
+- `0007:85f6` = `entity_sync_tile_aux_state`
+- `0007:8865` = `entity_sync_tile_aux_if_linked`
+- `0007:8709` = `entity_mark_dirty_and_sync_tile_aux`
+
+Verified behavior:
+- `entity_sync_tile_aux_state` reads entity tile index at `+0x4`, toggles bit `0x04` in tile record `+0x59` based on entity byte `+0x54`, and copies entity word `+0x55` into tile record `+0x0d`.
+- `entity_sync_tile_aux_if_linked` only performs the sync when entity link/pointer `+0x50/+0x52` is non-null.
+- `entity_mark_dirty_and_sync_tile_aux` calls the linked-sync helper, sets entity flag bit `0x04` at `+0x42`, then calls through `0000:ffff` with args `(SS:&tile_index, entity[+0x57])` — annotated as `entity_tile_type_notify(tile_index_ptr, type_byte)`.
+
+New entity field found: `entity[+0x57]` (byte) = entity type/class byte (passed to tile-type notification).
+
+## Raw 0007 Gameplay Helper Batch (facing/direction)
+
+New gameplay helper rename:
+- `0007:8bd9` = `entity_set_facing_direction`
+
+Verified behavior:
+- Updates entity facing byte `+0x38` using incoming direction/event code values (notably `0x10/0x11/0x12`) with parity-aware adjustment.
+- Uses entity flags at `+0x4d` to select increment/decrement behavior for clockwise/counterclockwise facing updates.
+
+## Raw 0007 Gameplay Helper Deep Dive: `snap_entity_to_ground`
+
+- Function: `0007:2207` = `snap_entity_to_ground`
+- Caller in gameplay flow: `spawn_entity_checked` (`0007:22de`, call at `0007:2366`)
+- Purpose (high confidence): pre-spawn position adjustment for a small allow-list of entity types so they land on valid ground/height context before normal spawn allocation.
+
+#### Variable replacement pass (applied in Ghidra)
+
+- `param_1` → `entity_type`
+- `local_48` → `snap_entity_type_table`
+- `local_34` → `snap_dispatch_seg_table`
+- `local_20` → `snap_dispatch_off_table`
+- `local_c` → `entity_type_cursor`
+- `local_4` → `dispatch_index`
+
+#### What the function does structurally
+
+1. Copies three 10-entry static tables into stack-local scratch buffers: from `0x2910` (off), `0x2924` (seg), `0x2938` (entity type IDs).
+2. Performs a linear scan across 10 entity IDs in `snap_entity_type_table`.
+3. If `entity_type` matches an entry, it calls into the real callee (`world_to_screen_coords` at `0004:e7bd` after the far-call repair pass) with spawn coordinate-derived arguments.
+4. If no table entry matches, it exits without modifying the request.
+
+#### Entity ID allow-list
+
+Exactly 10 entity IDs: `0x31c`, `0x31f`, `0x320`, `0x321`, `0x322`, `0x323`, `0x324`, `0x325`, `0x326`, `0x327`.
+
+#### Working pseudocode (behavioral)
+
+```c
+void snap_entity_to_ground(entity_type, spawn_x, spawn_y, spawn_layer) {
+    copy_10_words(local_off_table, DATA_2910);
+    copy_10_words(local_seg_table, DATA_2924);
+    copy_10_words(local_type_table, DATA_2938);
+
+    for (dispatch_index = 0; dispatch_index < 10; dispatch_index++) {
+        if (local_type_table[dispatch_index] == entity_type) {
+            // Repaired: CALLF 0004:e7bd = world_to_screen_coords
+            call_thunk_with_spawn_context(spawn_x, spawn_y, ...);
+        }
+    }
+}
+```
+
+## Raw 0007 Gameplay Helper Follow-up: AI sweep + checked spawn path
+
+### `spawn_entity_checked` (`0007:22de`) refinements
+
+- Function signature expanded to 7 arguments: `entity_type`, `spawn_flags_a`, `spawn_flags_b`, `spawn_flags_c`, `spawn_x`, `spawn_y`, `spawn_layer_arg`
+- New comments added:
+  - `0007:22f8`: allow-list gate for ground-snap mode (`0x27fe != 0` + entity IDs `0x31c..0x327` subset)
+  - `0007:2366`: explicit `snap_entity_to_ground(entity_type, &spawn_x, &spawn_y, &spawn_layer)` handoff
+  - `0007:247e`: fallback path that calls core `entity_spawn` with original arguments
+
+### `entity_ai_update_loop` (`0007:0fb6`) structural recovery
+
+- Reads player entity FAR pointer from global `0x2de4`.
+- Copies player world position fields (`+0x40`, `+0x42`) into globals `0x27e7` / `0x27e9` (AI focus position cache).
+- Iterates entity IDs from `2` through `255` and dispatches per-entity processing through two sequential thunked calls per entity.
+- After the NE far-call repair pass, the first call at `0007:101c` now decompiles directly as `entity_resolve_slot_ptr` (`0005:0466`) instead of `CALLF 0000:ffff`.
+
+Repaired call chain helpers now exposed:
+- `0005:42c8` = `entity_projected_bbox_overlaps_viewport` — projects entity slot via `world_to_screen_coords`, derives sprite/flag context, tests against the active viewport rectangle at global `0x4014`.
+- `0005:3cf5` = `entity_class_has_flag2000` — class-word flag test over `entity_get_class_word(slot) & 0x2000`.
+- `0005:ff2d` = `entity_class_get_flag8` — returns bit `0x08` from entity-class detail byte `0x7e1e[type*0x79 + 0x59]`.
+- `0006:1305` = `entity_class_get_word_02` — raw accessor for word `+0x02` in the `0x7e1e` class-detail record.
+- `0006:0ca4` = `entity_class_get_word_0a` — raw accessor for word `+0x0a` in the same class-detail record.
+- `0006:11a1` = `entity_class_clear_flag8_and_dispatch` — clears bit `0x08` in class-detail byte `+0x59`, then performs follow-up entity/type checks and callback dispatch.
+
+Dispatch call sites annotated:
+- `0007:101c`: `entity_slot_fetch(SS:&entity_id)` — resolves entity slot/pointer from loop ID
+- `0007:1093`: `entity_tick_dispatch(SS:&entity_id, g_0x27c8)` — per-entity AI tick with global `0x27c8` mode/context word
+
+Global `0x27c8` confirmed as the current targeted/current entity handle.
+
+## Raw 0007 Gameplay Logic: animation / range / command globals
+
+### `is_player_in_range` (`0007:0f79`)
+
+- Prototype: `int is_player_in_range(int entity_x, int entity_y)`
+- Reads player world position from `g_player_entity_farptr` (`0x2de4`, fields `+0x40` (x) and `+0x42` (y)`).
+- Computes unsigned delta from AI focus globals `g_ai_focus_pos_x` (`0x27e7`) / `g_ai_focus_pos_y` (`0x27e9`).
+- Returns 1 if player Y delta == 0 AND player X delta < 0xF0 (240 world units), else 0.
+
+### `entity_animation_frame_update` (`0007:26e2`)
+
+- Prototype: `void entity_animation_frame_update(int *entity_ptr)`
+- Key globals: `g_anim_tick_counter` (`0x3a00`), `g_anim_tick_overdrive_flag` (`0x3a02`), `g_speed_double_flag` (`0x27fd`).
+- Entity struct fields confirmed:
+  - `[0x1b]` (byte `+0x36`) = frame_min; `[0x1c]` (byte `+0x38`) = frame_max; `[0x1d]` (byte `+0x3a`) = current_frame
+  - `[0x1e]` (byte `+0x3c`) = loop_flag (0 = animation disabled)
+  - `[0x1f]` (byte `+0x3e`) = reverse_direction_flag / double-speed flag
+  - `+0x3f` (word) = completion handle/sentinel (`-1` = none, `0x2802` = player entity)
+  - `+0x00` (far ptr) = vtable pointer
+
+Disassembly comments added:
+- `0007:27dc`: `entity_completion_callback(handle)` — fires when loop wraps; skips player handle
+- `0007:27fd`: vtable indirect `entity->vtable[+8](entity, 0, 0)` — `on_loop_complete` virtual method
+- `0007:281e`: `notify_frame_progress(handle, current_frame)` — per-frame notification
+- `0007:2851`: `entity_sprite_advance(entity_far_ptr, advance_amount, 0)`
+
+### `entity_command_dispatch` (`0007:0990`)
+
+- Prototype: `void entity_command_dispatch(int entity_handle, int target_seg, int command_type, byte absolute_pos_flag)`
+- When `absolute_pos_flag == 0`: computes player-relative delta using `g_player_entity_farptr` and stores result into `g_player_delta_x` (`0x27f5`) and `g_player_delta_y` (`0x27f7`).
+- Clears cached origin globals `g_cmd_effect_origin_x` (`0x27f1`) and `g_cmd_effect_origin_y` (`0x27f3`) after use.
+
+### Enemy spawn helper cluster
+
+Existing raw names align with prior standalone seg001 notes:
+- `0007:505d` = `map_find_spawn_point` (`seg001 + 0x6aed`)
+- `0007:5259` = `enemy_spawn_with_target` (`seg001 + 0x6ce9`)
+- `0007:5275` = `enemy_spawn_no_target` (`seg001 + 0x6d05`)
+- `0007:5291` = `enemy_spawn_at_position` (`seg001 + 0x6d21`)
+
+### Global map additions (renamed in Ghidra)
+
+| Address | Name | Evidence |
+|---------|------|---------|
+| `0x27c8` | `g_current_entity_handle` | Compared directly by `entity_is_type_match`; captured by `entity_ai_update_loop`, `map_find_spawn_point`, and `enemy_spawn_at_position` |
+| `0x2de4` | `g_player_entity_farptr` | FAR ptr to player entity; `+0x40`/`+0x42` are world X/Y |
+| `0x27e7` | `g_ai_focus_pos_x` | Set by `entity_ai_update_loop` from player entity `+0x40` |
+| `0x27e9` | `g_ai_focus_pos_y` | Set by `entity_ai_update_loop` from player entity `+0x42` |
+| `0x27f1` | `g_cmd_effect_origin_x` | Cached effect origin X, cleared after delta in `entity_command_dispatch` |
+| `0x27f3` | `g_cmd_effect_origin_y` | Cached effect origin Y |
+| `0x27f5` | `g_player_delta_x` | Player X delta from last effect origin |
+| `0x27f7` | `g_player_delta_y` | Player Y delta from last effect origin |
+| `0x27fd` | `g_speed_double_flag` | 0 = normal, 1 = double speed animation |
+| `0x27fe` | `g_ground_snap_mode_flag` | Non-zero = ground-snap prepass active for placements |
+| `0x27d0` | `g_entity_update_max_id` | Max entity ID used by `entity_ai_update_loop` sweep |
+| `0x3a00` | `g_anim_tick_counter` | Animation tick counter for frame-advance step budget |
+| `0x3a02` | `g_anim_tick_overdrive_flag` | 0 = normal, non-zero = force max frame advance step |
+| `0x2802` | `g_player_entity_handle` | Player entity handle (used as sentinel in animation completion checks) |
+
+---
+
+## seg043 Standalone Boundary Recovery
+
+Direct disassembly of `NE_segments/seg043_code_off_75A00_len_336F.bin` shows the first non-zero bytes at offset `0x0090`; offsets `0x0000..0x008f` are all zero.
+
+First three clean 16-bit prologues:
+- `seg043:0090` → raw `0007:5a90`
+- `seg043:017a` → raw `0007:5b7a`
+- `seg043:021c` → raw `0007:5c1c`
+
+Repair status: applied in `CRUSADER-RAW.EXE` via the local PyGhidra toolkit:
+- `0007:5a90` = `seg043_func_0090` with body `0007:5a90..0007:5b79`
+- `0007:5b7a` = `entity_set_at_target_update_facing` with body `0007:5b7a..0007:5c1b`
+- `0007:5c1c` = `seg043_func_021c` with body `0007:5c1c..0007:5c80`
+
+Verified behavior:
+- `entity_set_at_target_update_facing` sets entity `+0x3a` to 1, calls `entity_set_facing_direction`, clears class-detail bit `0x10` at `0x7e1e[type*0x79+0x59]`, then continues into downstream dispatch.
+- `0007:5a90` allocates an object when the incoming far pointer is null (literal `0x98`), runs a far setup helper using DS:`0x4b48..0x4b4e` and the second incoming far pointer, writes `0x4c13` at the object base, calls `entity_set_at_target_update_facing`.
+- `0007:5c1c` optionally calls a virtual method through `[object->vtable + 0x4c]` when `object+0x44/+0x46` is non-null, then dispatches one or two downstream far helpers using `object+0x48`.
+
+Additional resolved call targets inside the missing seg043 block (from relocation data):
+- `0007:5a8a` → `entity_set_event_type_checked`
+- `0007:5a98` → `FUN_0008_cc01` (timer-related flag/event helper)
+- `0007:5b36` → `entity_get_type_word`
+- `0007:5b44` → `saveslot_read_entry_flags`
+- `0007:5bb8` → `entity_is_type_match`
+- `0007:5c49` → `entity_class_get_flag20`
+- `0007:5c8b` → `mem_alloc_far`
+
+## Additional Raw 0007 Helpers
+
+### Entity Class Flag Helper
+- `0006:02cc` = `entity_class_get_flag20` — Returns `((class_detail[type*0x79 + 0x59] & 0x20) >> 5)`.
+
+### Animation Start Frame Helper
+- `0007:71b2` = `entity_set_anim_start_frame_from_flags` — Reads entity `+0x4b` flags. If bit 1 set: uses type table `+0x59 & 4` (attack active) to select last frame (`+0x39 - 1`), zero, or half-frame (`+0x39 >> 1`). Writes computed value to type table `+0x10`.
+
+### Combat Helper
+- `0007:894b` = `entity_check_attack_flags_and_dispatch` — Guards on entity `+0x4b` bit 1 AND target object `+5` bits `0x1c`. If both set: dispatches thunk attack event.
+
+### Vtable Dispatch Helpers
+- `0007:8920` = `entity_call_vtable_slot0c` — Calls `(*param_1)[vtable+0xc]()`.
+- `0007:8cb8` = `entity_call_vtable_slot08` — Calls `(*param_1)[vtable+0x8]()`.
+- `0007:ccf1` = `entity_call_vtable_slot28` — Calls `(*param_1)[vtable+0x28]()`.
+
+### Active Flag / Counter
+- `0007:8854` = `entity_set_active_flag` — Sets entity `+0x40 = 1` (active); increments global `0x2800`.
+
+### Dispatch Table Lookup
+- `0007:8508` = `entity_table_lookup_and_dispatch` — Searches 1-entry table at `0x2b46` for `(param_3, param_4)` key pair; on match, calls the entry's function pointer at `[2]`.

plan-mid.md

@@ -37,40 +37,89 @@ The estimates below are intentionally conservative. They measure verified behavi
 - seg108 is no longer blank: `sprite_object_clear_flag40_if_present` and `sprite_object_set_flag40_if_present` now anchor the `0x4f38` global sprite/object lane as a real state-bit-controlled object path used beside the same `0x4588` callback sync and startup/display transition flow.
 - Direct MCP follow-up on seg126 and seg127 now recovered the missing helper bodies after boundary repair: `transition_preentry_setup_resources` (`000c:c63a`), `transition_preentry_release_resources` (`000c:c890`), `transition_preentry_run_until_complete_or_abort` (`000c:c9f4`), `transition_preentry_step_script` (`000c:ca1d`), and the neighboring `transition_palette_fade_tick` / `transition_palette_fade_begin` / `transition_palette_fade_out_step` / `transition_palette_fade_in_step` chain are now named against verified behavior. The latest semantic pass also tightened the two main open globals: `0x8c5c` / `0x8c60` are now best understood as a paired temporary text-renderer lane, while `0x31a2` behaves like an external input/event break gate maintained by queue/interrupt-side code. The remaining structural cleanup is the separate oversized overlap rooted at `000c:db68`, not the seg126 helper family.
 - Bonus cheat-lane cleanup is now visible in Ghidra too: `cheat_code_check` has recovered local names (`input_event_record`, `input_event_offset`, `new_cheat_enabled`, `cheat_status_display_root`) and a decompiler comment stating that it matches the five-byte event-code sequence `50 80 3e fd 27 00` before toggling the cheat-state bytes and taking one of two local notification paths.
+- Point 8 cheat/input-lane pass is complete. `keyboard_input_cheat_dispatch` (`0007:04dc`) is renamed and has a full scan-code mapping decompiler comment. `cheat_entity_slot_cycle_and_update_sprite` (`000c:8072`) and `cheat_anim_type_cycle_and_refresh` (`000c:81c0`) are named. Three `DS:0x6050` gate helpers (`000c:8221/8227/822b`) are named. All seven cheat event case-handlers in the 000c dispatch function now have labels and disassembly comments (`event_0x141/0x241/0x441_cheat_debug_overlay_toggle`, `event_0x7e_cheat_latch_runtime_toggle`, `event_0x142/0x143_cheat_fullscreen_mode1/0_refresh`, `event_0x410_cheat_flag_604f_toggle`). The cheat-related string table in seg014 is documented (including the dev Easter-egg `"FART  ...TRY... -laurie"`). HACK MOVER / Immortality strings confirmed present with no static code xrefs — attributed to USECODE scripting layer. `0x844` (master cheat flag) vs `0x6045` (live cheat latch) separation remains solid.
+- User-directed JELYHACK producer tracing is now tightened one layer upstream of `000d:208b` / `000d:21ed`: the immediate stream producer is the embedded mini-VM object created at context `+0x36`. `entity_vm_context_create_from_slot_index` (`000d:46ec`) feeds that object through `entity_vm_context_setup` (`000c:f844`), which uses `entity_vm_stack_init_with_data` (`000c:f6e8`) and `entity_vm_state_copy` (`000c:f772`) semantics to seed or clone `[+0xcc..+0xd2]`. The actual source payload comes from the runtime owner table at `0x6611 -> +0x1315/+0x1317 -> +0x10/+0x12`, addressed as `base + 0x0d*slot + 4`, and the resulting per-slot source is mirrored into `0x39ca`. This still does not expose a direct `JELYHACK`-named producer object, but it strengthens the current reading that `JELYHACK` / `JELYH2` contribute referent identity while neighboring `REE_BOOT` / `SURCAMEW` / `SFXTRIG` descriptors remain better candidates for event-bearing attachments.
+- The next USECODE/JELYHACK pass now resolves the immediate owner-object writer too. `entity_vm_runtime_create` (`000d:4c99`) is the only writer of runtime `+0x1315/+0x1317`, via newly recovered `entity_vm_runtime_owner_resource_create` (`000d:7000`), and the companion `entity_vm_runtime_owner_resource_destroy` (`000d:70fd`) releases that helper. The `000d:7000` body does not copy a caller-supplied table directly: it constructs one embedded seg069/070 helper object, queries that helper for the required table size via vtable `+0x04`, allocates child `+0x10/+0x12`, then populates the `0x0d`-stride per-slot producer records through vtable `+0x0c`. Wrapper classification around `entity_vm_context_try_create_masked_for_entity` is tighter too: local wrapper `0004:f033` uses slot mask `0x8000:0007`, `FUN_0004_f05c` uses `0x2000:0015` and is reached from `0004:f2b3` after overlap/proximity and entity byte `+0x32` state checks, and `FUN_0005_27a4` uses `0x0001:0000` from the `000c:a09e` entity `+0x5b` bit-`0x0004` branch. This is enough for a conservative owner/resource classification, but not yet for a source-format-specific or descriptor-specific rename beyond that partial role name.
 
 ### Current Focus
 
-1. Finish Priority 0 refinement by promoting more exact segment rows where notes already support a verified foothold.
+1. User-directed USECODE/JELYHACK lane: identify who populates the runtime owner/resource object returned by `000d:7000`, especially the `+0x10/+0x12` per-slot producer table and the gameplay wrappers around `entity_vm_context_try_create_masked_for_entity` that decide which entities can materialize slot-backed VM contexts.
-2. Continue the Priority 1 pass by tracing the higher-level startup/display callers, branch outcomes, pre-entry object lanes, palette-fade ownership, watch/camera controller ownership, and active sprite/object ownership that stitch the seg137 palette helper family into the wider `0x4588` / dispatch-entry object-role lane.
+2. Finish Priority 0 refinement by promoting more exact segment rows where notes already support a verified foothold.
+3. Continue the Priority 1 pass by tracing the higher-level startup/display callers, branch outcomes, pre-entry object lanes, palette-fade ownership, watch/camera controller ownership, and active sprite/object ownership that stitch the seg137 palette helper family into the wider `0x4588` / dispatch-entry object-role lane.
 
 ### Next Resume Point
 
-1. Keep classifying the seg126 pre-entry text-renderer lane around `transition_preentry_setup_resources`, `transition_preentry_step_script`, and `transition_preentry_release_resources`, especially by:
+1. Continue the user-directed USECODE/JELYHACK follow-on from the recovered producer chain, especially by:
+	- identifying the concrete seg069/070 helper class and source arguments behind `entity_vm_runtime_owner_resource_create` (`000d:7000`), especially the vtable `+0x04` size query and `+0x0c` table-population call that fill child `+0x10/+0x12`,
+	- extending wrapper classification outward from the now-verified seeds `0004:f033` (`0x8000:0007`), `FUN_0004_f05c` (`0x2000:0015`), and `FUN_0005_27a4` (`0x0001:0000`) into the neighboring `0005:2867/2918/2ae2/2d30` family so the slot-mask groups can be mapped to concrete gameplay object classes,
+	- checking whether any recovered owner-table records or slot families line up with the JELYHACK-island referent/event neighborhood more strongly than with generic entity-script traffic,
+	- and tracing whether the `0x39ca` per-slot payload mirror is initialized only from `entity_vm_context_create_from_slot_index` or is also refreshed by other runtime-owner helper paths.
+2. Keep classifying the seg126 pre-entry text-renderer lane around `transition_preentry_setup_resources`, `transition_preentry_step_script`, and `transition_preentry_release_resources`, especially by:
 	- comparing more preset `0x10` / `0x11` text-renderer callsites,
 	- tracing who owns the rendered buffer loaded into `0x6301:0x6303`,
 	- mapping the control bytes `0x21` / `0x23` / `0x24` / `0x26` / `0x2a` / `0x40` / `0x5e` to concrete display behavior,
 	- and deciding whether the paired `0x8c5c` / `0x8c60` lane is a title/body pair, normal/highlight pair, or another fixed UI pairing.
-2. Finish the `0x31a2` gate pass as one batch:
+3. Finish the `0x31a2` gate pass as one batch:
 	- classify the read sites at `0004:c24d`, `000c:ca11`, `000c:e4d8`, `000c:e546`, `000c:e5c6`, `000d:9304`, `000d:b6b1`, and `000d:c0ee`,
 	- relate them back to interrupt-side updates at `0008:a283` / `0008:a314`,
 	- and decide whether `0x31a2` is best described as user-acknowledge, queued-input depth, or a broader event-break gate.
-3. Tighten the `DS:0x6341` to `0x6828` relationship:
+4. Tighten the `DS:0x6341` to `0x6828` relationship:
 	- compare the seg126 `animation_ctor_variant_a` call with the other raw callsites at `0005:3c4f`, `0005:3c74`, `000c:6176`, and `000c:619c`,
 	- map who owns `g_active_dispatch_entry_farptr[+0x40]`,
 	- and classify whether seg126 is constructing a transition-local animation payload for the shared active dispatch entry or only toggling an owner-side state bit after setup.
-4. Identify which higher-level transition states own the seg127 fade-controller inputs at `0x630a-0x6316` and how that fade state is chosen from the seg005/seg126 startup path.
+5. Identify which higher-level transition states own the seg127 fade-controller inputs at `0x630a-0x6316` and how that fade state is chosen from the seg005/seg126 startup path.
-5. Repair the still-oversized overlap rooted at `000c:db68` only if it blocks follow-on analysis or decompiler visibility in the same transition lane.
+6. Repair the still-oversized overlap rooted at `000c:db68` only if it blocks follow-on analysis or decompiler visibility in the same transition lane.
-6. Clarify the relationship between the seg049 watch/camera controller at `0x2bd8`, the seg108 sprite/object lane at `0x4f38`, and the object validated through `FUN_0004_60c0` vtable slot `+0x0c`.
+7. Clarify the relationship between the seg049 watch/camera controller at `0x2bd8`, the seg108 sprite/object lane at `0x4f38`, and the object validated through `FUN_0004_60c0` vtable slot `+0x0c`.
-7. Continue caller-role classification inside `entity_cleanup_resources_and_dispatch` (contains both `000d:9d5e` and `000d:a3b7`) and map how it relates to `FUN_000d_938c`, `FUN_0004_60c0`, `FUN_000c_7412`, `transition_preentry_release_resources`, and the seg136/seg137 active-dispatch helper family.
+8. Continue caller-role classification inside `entity_cleanup_resources_and_dispatch` (contains both `000d:9d5e` and `000d:a3b7`) and map how it relates to `FUN_000d_938c`, `FUN_0004_60c0`, `FUN_000c_7412`, `transition_preentry_release_resources`, and the seg136/seg137 active-dispatch helper family.
-8. Keep the cheat/input side lane warm when it offers cheap wins:
+8. ~~Cheat/input side lane~~ — **COMPLETED** this pass. All point-8 sub-items are now resolved:
-	- identify the upstream producer for the five-byte cheat event-code sequence `50 80 3e fd 27`,
+	- `keyboard_input_cheat_dispatch` renamed; full scan-code table documented in decompiler comment.
-	- resolve the exact success-side presentation path behind `DS:0x287b` versus `DS:0x2892`,
+	- `cheat_entity_slot_cycle_and_update_sprite` and `cheat_anim_type_cycle_and_refresh` named.
-	- finish naming the verified cheat-only actions now that plain `F10` is confirmed in `seg001_input_keyboard_handler`,
+	- `DS:0x287b` / `DS:0x2892` success-path presentation: confirmed as opaque near-code discriminator values stored at `+0x49` in the display notification object; the cheat-on/off display is built via `display_null_check_dispatch` + `sprite_node_get_or_traverse`.
-	- map the remaining caller-side hotkey bytes in `FUN_0007_04dc` (`0x37`, `0x4a`, `0x4e`, `0x52`, `0x53`, `0x0f`, `0x24`, `'9'`, `'R'`) to final user-facing controls,
+	- All seven cheat event case-handlers in the 000c dispatch function labeled and commented.
-	- verify whether the reported `H` / hack-mover description belongs to this build or to a higher translation layer,
+	- `0x844` (master) vs `0x6045` (live latch) separation confirmed solid; `0x604b` / `0x604f` / `0x6050` also documented.
-	- and tie the cheat toggle flags `0x844` / `0x6045` into the wider input/event-dispatch system, especially the cheat-gated overlay events `0x141`, `0x142`, `0x143`, `0x241`, `0x410`, and `0x441`.
+	- HACK MOVER: no static code xrefs; attributed to USECODE scripting layer. Cheat string table in 000e fully documented.
+	- Remaining open: exact user-facing identity of events `0x141/0x241/0x441` overlays (strings suggest targeting-reticle / CD-transfer-display), exact DS:0x6087/6091 notification objects, and any further depth on the `0x4f38` / `0x2bd8` vtable path taken by the overlay events.
+	- The Immortality cheat mechanics are now fully traced at the C level: event `0x410` toggles `DS:0x604f`; the sole read site is `player_receive_damage_and_dispatch_effects` (`0004:c055`) at `0004:c205`, which divides all incoming 32-bit damage by `0x40000` (262,144) when the flag is set, making HP loss negligible while the hit-stagger animation still plays. No static C keyboard dispatch generates event `0x410` — confirmed USECODE/ASYLUM scripting layer only. `DS:0x60d2` / `DS:0x60ee` are the "Immortality enabled." / "Immortality disabled." notification pointers. A parallel handler at `000b:b62c` sets the associated USECODE process state to `0xe` when the event arrives.
+	- `tools/extract_eusecode_flx.py` now parses the validated full EUSECODE table (`count @ 0x54`, table @ `0x80`) rather than the old heuristic header scan. Current run extracts all `403` non-zero entries and emits a searchable `entry_index.tsv` with `primary_label` and `field_names` summaries.
+	- The extractor now also emits `descriptor_index.tsv` and `descriptor_neighborhoods.tsv`, which summarize per-class field-tag patterns and the local neighborhoods around trigger/event-related classes.
+	- Current EUSECODE split is now clearer: the `000e` parser lane plausibly covers text-heavy records like `DATALINK` and `TEXTFIL1`, while the binary descriptor lane exposes object classes such as `EVENT`, `NPCTRIG`, `CRUZTRIG`, `TRIGPAD`, `SPECIAL`, `SURCAMNS`, `SURCAMEW`, `JELYHACK`, and `JELYH2`.
+	- The descriptor lane now has a real structural foothold too: field-name strings are preceded by short tagged metadata records (`69 xx 00 <name>`, `24 xx 02 <name>`, etc.) in multiple classes. This looks like compact field-definition encoding rather than arbitrary string spill.
+	- That tag grammar is now useful enough to search semantically: `69:0A00 -> event` is stable across `EVENT`, `NPCTRIG`, `SFXTRIG`, and several `*_BOOT` classes, while `24:0A02 -> eventTrigger` shows up in `SURCAMNS` / `SURCAMEW`.
+	- Immortality-specific follow-on is now narrowed but not closed: `JELYHACK` and `JELYH2` are confirmed as real referent-only EUSECODE descriptors; `NPCTRIG` is confirmed as an event-capable trigger descriptor; `CRUZTRIG` / `TRIGPAD` expose `referent,item,elev`; but no extracted record has yet been tied directly to binary event value `0x410`.
+	- The clustering pass tightened the local candidate set around `JELYHACK`: the immediate neighborhood now includes `SPECIAL`, `TRIGPAD`, `DATALINK`, `HOFFMAN`, `REE_BOOT`, `SURCAMEW`, and `SFXTRIG`, which is a plausible map/object island rather than random sparse table order.
+	- The strongest `record_table_parse_buffer` caller evidence (`000e:1b9f..1d49`) now appears to belong to the animation-object field lane, because the surrounding setup manipulates the already-mapped animation fields at `+0x117/+0x11b/+0x11f/+0x123` and `+0xeaf/+0xeb1`. That weakens the earlier assumption that `000e:3639` is the primary EUSECODE loader and shifts the likely binary-descriptor consumer search back toward the `000d` VM/object path.
+	- The first concrete `000c` to `000d` bridge in that direction is now visible at `entity_vm_set_value_from_slot_plus_offset` (`000c:f95f`): it calls `entity_vm_slot_load_value_plus_offset` (`000d:5572`) and stores the return pair into object fields `+0xd6/+0xd8`; on the `000d` side, `entity_vm_slot_load_value` (`000d:51fd`) contains a verified `PUSH 0x410` path. Supporting slot helpers in the same lane are now named too (`entity_vm_slot_find_or_select`, `entity_vm_slot_decrement_use_count`, `entity_vm_slot_release_value`). This still does not prove the immortality trigger chain, but it is the strongest current code-side connection between the mini-VM lane and a live `0x410` producer.
+	- The adjacent `000d:45xx..4exx` island is now promoted out of `FUN_*` placeholders as one coherent VM runtime/context family. Newly named helpers include `entity_vm_runtime_create` / `entity_vm_runtime_init_slots` / `entity_vm_runtime_release_slots` / `entity_vm_runtime_destroy`, `entity_vm_slot_index_from_entity`, `entity_vm_context_try_create_masked_for_entity`, `entity_vm_context_create_from_slot_index`, `entity_vm_context_sync_global_value_and_dispatch`, and the context save/load/destroy helpers. The runtime global at `0x6611` now reads as a real owner for this lane rather than an opaque far pointer.
+	- Two large caller bodies at `000d:208b` and `000d:21ed` now stand out as concrete context-construction sites: both feed per-object stream/data state from `+0xcc/+0xce` into `entity_vm_context_create_from_slot_index`, then continue by reading from the seeded `+0xd6/+0xd8` bytecode/value lane. This is the clearest current evidence that the `000d` interpreter/object family, not the `000e` text parser, is the near-runtime consumer to keep following for the immortality trigger.
+	- A second supporting lane is now named too: `entity_vm_referent_registry_init` / `destroy` / `alloc` / `release_by_id` / `free_node` show that `0x8c8c/0x8c8e/0x8c90/0x8c94` form a free-list-backed referent registry. `entity_vm_set_field_da_to_global` writes `0x8c94` from the context `+0xda` lane before entering the still-misaligned `000c:3350` body, which is the first concrete runtime mechanism explaining how referent-only descriptors such as `JELYHACK` can still participate in script state.
+	- That referent-registry lane is now better structured too: `entity_vm_referent_chain_copy`, `entity_vm_referent_chain_append_unique_from`, `entity_vm_referent_chain_remove_matching_from`, `entity_vm_referent_chain_contains_entry`, `entity_vm_referent_chain_get_entry_data_at`, `entity_vm_referent_chain_set_entry_data_at`, and `entity_vm_referent_chain_get_indirect_data` show that the runtime can build, subtract, and mutate payload chains hanging off one referent anchor. This is the first runtime shape that looks directly useful for a future human-readable / modifiable script IR.
+	- `entity_vm_opcode_finish` (`000d:3350`) is now identified as the shared opcode epilogue for this family rather than an opaque helper: it writes `0x8c94` from frame-local state, unwinds the temporary slot-array state at `0x659c/0x659e` when present, and returns the current opcode result.
+	- The runtime/context half of that lane is now named too. The `0x6611` global is managed by `entity_vm_runtime_create` / `entity_vm_runtime_init_slots` / `entity_vm_runtime_release_slots` / `entity_vm_runtime_destroy`, while `entity_vm_slot_index_from_entity`, `entity_vm_context_try_create_masked_for_entity`, and `entity_vm_context_create_from_slot_index` now show how gameplay entities are tested against one owner-side slot-mask table before a `0x6714` VM context is created.
+	- That context family is no longer anonymous either: `entity_vm_context_sync_global_value_and_dispatch`, `entity_vm_context_save`, `entity_vm_context_load`, `entity_vm_context_destroy`, and `entity_vm_context_free_buffer` now pin down the lifecycle around the same `+0xd6/+0xd8`, `+0x102`, `+0x10c/+0x10e`, and `+0x11b/+0x11d` fields.
+	- Current best near-runtime callsites for further immortality work are the large `000d:208b` and `000d:21ed` bodies, which both build one VM context from caller stream/data state and then continue by consuming bytes from the seeded context value lane.
+	- The first opcode family under that lane is also less anonymous now: `000d:0988` can either append unique payload entries or remove matching ones depending on the opcode id (`0x1a/0x1b` taking the removal path), and both branches return through `entity_vm_opcode_finish`.
+	- That opcode family is now classified one step further: `0x19` = append-unique indirect/string-like payloads, `0x1a` = remove-matching indirect/string-like payloads, `0x1b` = remove-matching inline payloads, and the same helper body strongly implies `0x18` as the missing append-unique inline sibling.
+	- The first stable `+0xd6/+0xd8` byte-lane semantics are now visible in the two large caller bodies too. The `000d:208b` block is a simple materialize-or-forward path after `entity_vm_context_create_from_slot_index`, while `000d:21ed` copies a caller-owned inline blob into the context `+0x102` buffer and then consumes two stream bytes as compact shape/count metadata before building an `entity_link` closure matrix from the following caller-stream words.
+	- Current best JELYHACK reading is tighter than before: the extracted chunks still only expose `referent`, but the new referent-registry work means that does not relegate them to inert map labels. The most defensible present model is `JELYHACK/JELYH2 = referent anchors`, with the actual immortality/event behavior carried by neighboring event-capable descriptors in the same local island (`REE_BOOT`, `SURCAMEW`, `SFXTRIG`, or a nearby generic event/trigger record).
+	- That readability step now has a first concrete artifact: `tools/extract_eusecode_flx.py` emits `referent_anchor_event_graph.tsv` plus a focused `jelyhack_island_graph.md`, which turns the local table neighborhood into a first readable anchor-to-event view instead of only raw descriptor rows.
+	- The extractor now also emits `jelyhack_descriptor_compare.tsv`, and its first result is useful: `JELYHACK` and `JELYH2` have identical first 16 header words as referent-only sibling descriptors, while `REE_BOOT`, `SURCAMEW`, and `SFXTRIG` show materially richer header/state patterns consistent with the event-bearing side of the island.
+ 	- Latest opcode-side refinement: `entity_vm_opcode_finish` (`000d:3350`) is now the shared epilogue for the chain-mutating handlers, while `entity_vm_referent_chain_remove_matching_from` (`000d:6a9a`) and `entity_vm_referent_chain_set_entry_data_at` (`000d:6cf6`) show that the VM can subtract and rewrite payload chains in place, not just append/copy them.
+	- The `000d:21ed` follow-on is now better anchored semantically too: its nested callee `0008:7d27` is `entity_link`, so the `22bc..2433` block is building a bidirectional entity-link closure matrix from streamed entity ids rather than only emitting an opaque table. A conservative disassembly comment is now in place at `000d:22bc`; rename deferred until the bad outer function split is repaired.
+	- The extractor work now scales beyond the JELYHACK case: reusable focused-report helpers emit both `jelyhack_*` and `event_*` cluster artifacts, and the first new result is strong. The `EVENT` island (`ROLL_NS`, `COR_BOOT`, `EVENT`, `NPCTRIG`, `CRUZTRIG`, `NPC_ONLY`, `VMAIL`) contains a compact three-node event-bearing core (`COR_BOOT`, `EVENT`, `NPCTRIG`) surrounded by referent/link/text satellites.
+	- That second island materially improves the EUSECODE model: instead of one special-case `JELYHACK` anchor plus neighbors, we now have a broader pattern of `event-bearing core embedded in referent-neighbor island`, with `EVENT` acting as a large hub descriptor (`source/dest/door/link/time/counter/post1/post2/floor/flicMan`) and `ROLL_NS` / `CRUZTRIG` / `NPC_ONLY` / `VMAIL` reading as attached state or trigger-side records rather than peer event hubs.
+	- The descriptor-side taxonomy is now wider too: `event_family_index.tsv` / `event_family_summary.md` classify all current event-tagged descriptors into reusable families. The active `69:0A00 -> event` lane now breaks cleanly into one `EVENT` hub, five `_BOOT` event cores, one NPC trigger core, one minimal event core (`SFXTRIG`), and three environmental event classes (`FLAMEBOX`, `NOSTRIL`, `STEAMBOX`), while the surveillance pair `SURCAMNS` / `SURCAMEW` is now cleanly separated as `callback-eventtrigger` rather than generic event-bearing descriptors.
+	- The `_BOOT` family is now better constrained too. `boot_family_compare.tsv` shows that `AND_BOOT`, `BRO_BOOT`, `COR_BOOT`, `VAR_BOOT`, and `REE_BOOT` all share one common header/template shape, so the family now reads as repeated instantiations of the same event-core descriptor rather than structurally different boot subclasses.
+	- The best remaining `_BOOT` frontier is now explicit in extractor output as well: `boot_frontier_graph.md` shows `AND_BOOT` / `BRO_BOOT` embedded in a compact referent-heavy neighborhood (`OFFWORK`, `GUARD`, `GDOOR_*`, `BIGCAN`, `CRUMORPH`, `GUARDSQ`, `CARD_*`, wall variants), which is the cleanest unresolved object-side context for the boot-event template.
+	- The environmental event lane is now promoted out of a generic family label into a clearer structural pattern. `environmental_family_compare.tsv` shows `FLAMEBOX` and `STEAMBOX` as close hazard-event siblings with the same active-event backbone plus direction/count, while `NOSTRIL` is the smaller fire-specific variant that keeps the dual-hazard references and counters but drops the direction/newType side.
+	- The callback-trigger lane is also more defensible now: `callback_trigger_compare.tsv` confirms that `SURCAMNS` and `SURCAMEW` are effectively one shared callback template, differing only in one `therma` slot tag offset. That keeps the active `event` lane and callback `eventTrigger` lane separated by more than just naming convention.
+	- Runtime follow-through has resumed too: `000d:ebe3` is now backed by direct instruction evidence as one ordered VM/opcode driver body that calls `000d:177c`, `000d:1acb`, `000d:0988`, internal block `000d:22bc`, then `000d:1d4a` and `000d:2104` in sequence. `000d:ec31` is confirmed as only the internal `CALL 000d:22bc` site inside that body, so the inner block is still not a safe standalone rename target.
+	- `entity_vm_context_try_create_masked_for_entity` (`000d:463a`) is now pinned down one step further: it first checks the runtime-disable byte at `0x6610`, computes the entity slot, tests the owner-side slot mask in the runtime owner table, and only then creates a context. On success it reports either an immediate result (success with cleared output word) or an object-backed result (success with the created object's low word), which is the clearest current typed boundary between gameplay entities and VM-backed object results.
+	- The immediate owner-object writer is now identified too. `entity_vm_runtime_create` (`000d:4c99`) stores the only verified runtime `+0x1315/+0x1317` value by calling the newly recovered `entity_vm_runtime_owner_resource_create` (`000d:7000`), whose helper-managed body allocates child `+0x10/+0x12` from a vtable `+0x04` size query and fills the `0x0d`-stride slot table through vtable `+0x0c`. The paired release path is `entity_vm_runtime_owner_resource_destroy` (`000d:70fd`).
+	- The first wrapper-side mask families are now anchored by direct instruction evidence as well: local wrapper `0004:f033` passes `0x8000:0007`, `FUN_0004_f05c` passes `0x2000:0015` from the `0004:f2b3` overlap/proximity branch with entity byte `+0x32` state toggling, and `FUN_0005_27a4` passes `0x0001:0000` from the `000c:a09e` entity `+0x5b` bit-`0x0004` branch. This is enough to distinguish at least three gameplay-side mask lanes without yet claiming descriptor-specific ownership such as `JELYHACK` versus `REE_BOOT`.
+	- One exact `0x410` collision that could have reopened the wrong lane is now ruled out: `000e:0953` pushes literal `0x410` into imported `ASYLUM.27` from the animation/audio path after setting the `+0xef1` audio-completion byte. Because `ASYLUM.DLL` is the `ASS_*` audio/media library, this is not evidence for a second gameplay or USECODE event source; the live compiled-code bridge for the immortality event remains the `000d` VM lane at `entity_vm_slot_load_value` (`000d:51fd`).
 9. Revisit `allocator_phase_finalize_pass` only where it intersects the same callback object semantics, rather than broad allocator mechanics that are already sufficiently constrained.
 10. Continue `ASYLUM.24` only after the `0x4588` / dispatch-entry lane and `0004:1e00` transition path have no further cheap wins.
+11. User-directed USECODE/JELYHACK side lane: trace who seeds the caller stream/data pair at `+0xcc/+0xce` before the `000d:208b` and `000d:21ed` context-construction blocks, and correlate those producer-side objects with referent ids or descriptor-class neighborhoods that could distinguish `JELYHACK` / `JELYH2` anchors from the neighboring `REE_BOOT`, `SURCAMEW`, and `SFXTRIG` event-bearing attachments.
 
 ### Headline Estimate
 
@@ -230,15 +279,15 @@ Work the newest verified reset-path cluster to closure:
 
 This is currently the best next analysis target because it closes a live cluster that already has fresh verified work around it.
 
-### Priority 2: Resolve `ASYLUM.24`
+### Priority 2: `ASYLUM.24` Resolved
 
-Identify what imported routine `ASYLUM.24` actually is.
+`ASYLUM.DLL` was imported as a separate NE program in Ghidra and its export table is now verified as an `ASS_*` audio DLL, not the immortality/USECODE interpreter lane.
 
-Goal:
+Resolved result:
 
-- tighten the description of `runtime_cache_reset_sequence`,
+- `ASYLUM.24` = `_ASS_StopAllSFX` at `1018:0681`
-- determine whether the import belongs to cache/resource/backend/media initialization,
+- `runtime_cache_reset_sequence` therefore performs an audio stop before the cache/tracked-handle reset work
-- and improve naming confidence around the reset path.
+- this import is not evidence for the immortality cheat path; the `0x410` toggle remains attributed to the interpreted `EUSECODE.FLX` lane rather than `ASYLUM.DLL`
 
 ### Priority 3: Continue Small-Batch Boundary Repair
 

tools/extract_eusecode_flx.py

@@ -0,0 +1,788 @@
+#!/usr/bin/env python3
+"""Extractor for Crusader's EUSECODE.FLX container.
+
+Current validated layout:
+- 0x80-byte header area
+- little-endian entry count at file offset 0x54
+- entry table begins at 0x80
+- each entry is 8 bytes: <u32 data_offset, u32 declared_size>
+
+The exact semantics of the payload records are still under RE, so the extractor dumps
+all non-zero entries and emits human-readable sidecars (.strings.txt and index files)
+to support the next decoding pass.
+"""
+
+from __future__ import annotations
+
+import argparse
+import json
+import pathlib
+import struct
+from dataclasses import asdict, dataclass
+
+
+DEFAULT_INPUT = pathlib.Path(r"k:\ghidra\Crusader_Decomp\USECODE\EUSECODE.FLX")
+DEFAULT_OUTPUT = pathlib.Path(r"k:\ghidra\Crusader_Decomp\USECODE\EUSECODE_extracted")
+
+
+@dataclass(frozen=True)
+class CandidateEntry:
+    table_offset: int
+    data_offset: int
+    declared_size: int
+
+
+@dataclass
+class ExtractedChunk:
+    index: int
+    table_offset: int
+    data_offset: int
+    declared_size: int
+    next_offset: int | None
+    extracted_size: int
+    overlap_with_next: bool
+    text_like: bool
+    printable_ratio: float
+    zero_ratio: float
+    preview: str
+    raw_path: str
+    strings_path: str
+    text_path: str | None
+    primary_label: str | None
+    field_names: list[str]
+    field_tags: list[str]
+
+
+@dataclass(frozen=True)
+class FlxTable:
+    entry_count: int
+    table_offset: int
+    table_end: int
+    entries: list[CandidateEntry]
+
+
+def read_u32_le(data: bytes, offset: int) -> int:
+    return struct.unpack_from("<I", data, offset)[0]
+
+
+def read_u16_le(data: bytes, offset: int) -> int:
+    return struct.unpack_from("<H", data, offset)[0]
+
+
+def ascii_preview(data: bytes, limit: int = 64) -> str:
+    preview = []
+    for byte in data[:limit]:
+        if 0x20 <= byte <= 0x7E:
+            preview.append(chr(byte))
+        else:
+            preview.append(".")
+    return "".join(preview)
+
+
+def printable_ratio(data: bytes) -> float:
+    if not data:
+        return 0.0
+    printable = sum(1 for byte in data if byte in (0x09, 0x0A, 0x0D) or 0x20 <= byte <= 0x7E)
+    return printable / len(data)
+
+
+def zero_ratio(data: bytes) -> float:
+    if not data:
+        return 0.0
+    return data.count(0) / len(data)
+
+
+def iter_printable_runs(data: bytes, min_len: int = 4) -> list[str]:
+    runs: list[str] = []
+    current = bytearray()
+    for byte in data:
+        if byte in (0x09, 0x0A, 0x0D) or 0x20 <= byte <= 0x7E:
+            current.append(byte)
+            continue
+        if len(current) >= min_len:
+            runs.append(current.decode("latin-1"))
+        current.clear()
+    if len(current) >= min_len:
+        runs.append(current.decode("latin-1"))
+    return runs
+
+
+def summarize_descriptor(strings: list[str]) -> tuple[str | None, list[str]]:
+    label_counts: dict[str, int] = {}
+    field_names: list[str] = []
+    seen_fields: set[str] = set()
+
+    for value in strings:
+        if value.isupper() and any(ch.isalpha() for ch in value):
+            label_counts[value] = label_counts.get(value, 0) + 1
+            continue
+        if value and value[0].islower() and value.replace("_", "").isalnum() and value not in seen_fields:
+            seen_fields.add(value)
+            field_names.append(value)
+
+    primary_label = None
+    if label_counts:
+        primary_label = sorted(label_counts.items(), key=lambda item: (-item[1], item[0]))[0][0]
+    return primary_label, field_names
+
+
+def extract_field_tag_records(data: bytes, field_names: list[str]) -> list[str]:
+    tags: list[str] = []
+    seen: set[str] = set()
+
+    for field_name in field_names:
+        needle = field_name.encode("latin-1")
+        start = 0
+        while True:
+            pos = data.find(needle, start)
+            if pos < 3:
+                break
+            tag = f"{data[pos - 3]:02X}:{data[pos - 2]:02X}{data[pos - 1]:02X}->{field_name}"
+            if tag not in seen:
+                seen.add(tag)
+                tags.append(tag)
+            start = pos + 1
+
+    tags.sort()
+    return tags
+
+
+def has_referent_field(chunk: ExtractedChunk) -> bool:
+    if "referent" in chunk.field_names:
+        return True
+    return any(tag.endswith("->referent") for tag in chunk.field_tags)
+
+
+def get_event_evidence(chunk: ExtractedChunk) -> list[str]:
+    evidence: list[str] = []
+    seen: set[str] = set()
+
+    for field_name in chunk.field_names:
+        if "event" not in field_name.lower():
+            continue
+        marker = f"field:{field_name}"
+        if marker not in seen:
+            seen.add(marker)
+            evidence.append(marker)
+
+    for field_tag in chunk.field_tags:
+        if "->event" not in field_tag.lower():
+            continue
+        marker = f"tag:{field_tag}"
+        if marker not in seen:
+            seen.add(marker)
+            evidence.append(marker)
+
+    return evidence
+
+
+def chunk_role(chunk: ExtractedChunk) -> str:
+    if chunk.primary_label in {"JELYHACK", "JELYH2"}:
+        return "referent-anchor"
+    if get_event_evidence(chunk):
+        return "event-bearing"
+    if has_referent_field(chunk):
+        return "referent-neighbor"
+    return "neighbor"
+
+
+def has_event_trigger_field(chunk: ExtractedChunk) -> bool:
+    if any("eventtrigger" == field_name.lower() for field_name in chunk.field_names):
+        return True
+    return any("->eventtrigger" in field_tag.lower() for field_tag in chunk.field_tags)
+
+
+def event_tag_kind(chunk: ExtractedChunk) -> str:
+    if any("->eventtrigger" in field_tag.lower() for field_tag in chunk.field_tags):
+        return "eventTrigger"
+    if any(field_tag.lower().endswith("->event") for field_tag in chunk.field_tags):
+        return "event"
+    return ""
+
+
+def classify_event_family(chunk: ExtractedChunk) -> str:
+    if event_tag_kind(chunk) == "eventTrigger":
+        return "callback-eventtrigger"
+    if event_tag_kind(chunk) != "event":
+        return ""
+    if chunk.primary_label == "EVENT":
+        return "event-hub"
+    if chunk.primary_label and chunk.primary_label.endswith("_BOOT"):
+        return "boot-event-core"
+    if chunk.field_names == ["referent", "event"]:
+        return "minimal-event-core"
+    if any(name in chunk.field_names for name in ("flame", "flame2", "fire", "fire2", "steam", "steam2")):
+        return "environmental-event"
+    if "typeNpc" in chunk.field_names:
+        return "npc-trigger"
+    return "specialized-event"
+
+
+def header_u16_words(data: bytes, count: int = 16) -> list[str]:
+    limit = min(len(data) // 2, count)
+    return [f"0x{read_u16_le(data, index * 2):04X}" for index in range(limit)]
+
+
+def header_u32_words(data: bytes, count: int = 8) -> list[str]:
+    limit = min(len(data) // 4, count)
+    return [f"0x{read_u32_le(data, index * 4):08X}" for index in range(limit)]
+
+
+def interesting_printable_markers(data: bytes) -> list[str]:
+    markers: list[str] = []
+    seen: set[str] = set()
+    for run in iter_printable_runs(data, min_len=3):
+        if not any(token in run for token in ("wx[", "wt$[", "t$t=t@", "$Q", "?\n", "?\r")):
+            continue
+        if run not in seen:
+            seen.add(run)
+            markers.append(run)
+    return markers[:8]
+
+
+def write_island_graph(
+    out_dir: pathlib.Path,
+    output_name: str,
+    title: str,
+    center_labels: set[str],
+    descriptor_chunks: list[ExtractedChunk],
+    chunk_by_index: dict[int, ExtractedChunk],
+    total_chunks: int,
+    window: int = 5,
+) -> None:
+    centers = [chunk for chunk in descriptor_chunks if chunk.primary_label in center_labels]
+    if not centers:
+        return
+
+    island_indices = sorted(
+        {
+            neighbor_index
+            for center in centers
+            for neighbor_index in range(max(0, center.index - window), min(total_chunks, center.index + window + 1))
+        }
+    )
+    island_lines = [f"# {title}", "", "## Nodes", "", "| Index | Label | Role | Fields | Event Evidence |", "|---:|---|---|---|---|"]
+    for index in island_indices:
+        chunk = chunk_by_index[index]
+        island_lines.append(
+            "| {index} | {label} | {role} | {fields} | {evidence} |".format(
+                index=index,
+                label=chunk.primary_label or "",
+                role=chunk_role(chunk),
+                fields=",".join(chunk.field_names) or "-",
+                evidence=",".join(get_event_evidence(chunk)) or "-",
+            )
+        )
+
+    island_lines.extend(["", "## Edges", "", "| Source | Relation | Target | Evidence |", "|---|---|---|---|"])
+    for center in centers:
+        for neighbor_index in range(max(0, center.index - window), min(total_chunks, center.index + window + 1)):
+            if neighbor_index == center.index:
+                continue
+            neighbor = chunk_by_index[neighbor_index]
+            relation = f"table-neighbor({neighbor.index - center.index:+d})"
+            event_evidence = get_event_evidence(neighbor)
+            if event_evidence:
+                relation = f"possible-event-attachment({neighbor.index - center.index:+d})"
+            island_lines.append(
+                "| {source} ({source_index}) | {relation} | {target} ({target_index}) | {evidence} |".format(
+                    source=center.primary_label,
+                    source_index=center.index,
+                    relation=relation,
+                    target=neighbor.primary_label or "",
+                    target_index=neighbor.index,
+                    evidence=",".join(event_evidence) or "same local extraction neighborhood",
+                )
+            )
+
+    (out_dir / output_name).write_text("\n".join(island_lines) + "\n", encoding="utf-8")
+
+
+def write_descriptor_compare(
+    out_dir: pathlib.Path,
+    output_name: str,
+    labels: set[str],
+    descriptor_chunks: list[ExtractedChunk],
+) -> None:
+    compare_lines = [
+        "entry_index\tlabel\trole\tdata_offset\tdeclared_size\theader_u16\theader_u32\tprintable_markers\tfield_tags"
+    ]
+    for chunk in descriptor_chunks:
+        if chunk.primary_label not in labels:
+            continue
+        raw_data = pathlib.Path(chunk.raw_path).read_bytes()
+        compare_lines.append(
+            "{index}\t{label}\t{role}\t0x{data_offset:X}\t0x{declared_size:X}\t{header_u16}\t{header_u32}\t{markers}\t{field_tags}".format(
+                index=chunk.index,
+                label=chunk.primary_label,
+                role=chunk_role(chunk),
+                data_offset=chunk.data_offset,
+                declared_size=chunk.declared_size,
+                header_u16=",".join(header_u16_words(raw_data)),
+                header_u32=",".join(header_u32_words(raw_data)),
+                markers="|".join(interesting_printable_markers(raw_data)),
+                field_tags=",".join(chunk.field_tags),
+            )
+        )
+    (out_dir / output_name).write_text("\n".join(compare_lines) + "\n", encoding="utf-8")
+
+
+def write_event_family_reports(
+    out_dir: pathlib.Path,
+    descriptor_chunks: list[ExtractedChunk],
+    chunk_by_index: dict[int, ExtractedChunk],
+    total_chunks: int,
+) -> None:
+    family_lines = [
+        "entry_index\tlabel\tfamily\ttag_kind\trole\tfield_count\tfield_names\tfield_tags\tdata_offset\tdeclared_size\tlocal_event_neighbors"
+    ]
+    families: dict[str, list[ExtractedChunk]] = {}
+
+    for chunk in descriptor_chunks:
+        family = classify_event_family(chunk)
+        if not family:
+            continue
+        families.setdefault(family, []).append(chunk)
+        local_event_neighbors = 0
+        for neighbor_index in range(max(0, chunk.index - 5), min(total_chunks, chunk.index + 6)):
+            if neighbor_index == chunk.index:
+                continue
+            neighbor = chunk_by_index[neighbor_index]
+            if event_tag_kind(neighbor):
+                local_event_neighbors += 1
+        family_lines.append(
+            "{index}\t{label}\t{family}\t{tag_kind}\t{role}\t{field_count}\t{field_names}\t{field_tags}\t0x{data_offset:X}\t0x{declared_size:X}\t{local_event_neighbors}".format(
+                index=chunk.index,
+                label=chunk.primary_label or "",
+                family=family,
+                tag_kind=event_tag_kind(chunk),
+                role=chunk_role(chunk),
+                field_count=len(chunk.field_names),
+                field_names=",".join(chunk.field_names),
+                field_tags=",".join(chunk.field_tags),
+                data_offset=chunk.data_offset,
+                declared_size=chunk.declared_size,
+                local_event_neighbors=local_event_neighbors,
+            )
+        )
+    (out_dir / "event_family_index.tsv").write_text("\n".join(family_lines) + "\n", encoding="utf-8")
+
+    summary_lines = ["# Event Family Summary", ""]
+    family_order = [
+        "event-hub",
+        "boot-event-core",
+        "npc-trigger",
+        "minimal-event-core",
+        "environmental-event",
+        "specialized-event",
+        "callback-eventtrigger",
+    ]
+    for family in family_order:
+        family_chunks = families.get(family, [])
+        if not family_chunks:
+            continue
+        summary_lines.append(f"## {family}")
+        summary_lines.append("")
+        summary_lines.append("| Index | Label | Tag Kind | Fields | Size | Local Event Neighbors |")
+        summary_lines.append("|---:|---|---|---|---:|---:|")
+        for chunk in sorted(family_chunks, key=lambda value: value.index):
+            local_event_neighbors = 0
+            for neighbor_index in range(max(0, chunk.index - 5), min(total_chunks, chunk.index + 6)):
+                if neighbor_index == chunk.index:
+                    continue
+                neighbor = chunk_by_index[neighbor_index]
+                if event_tag_kind(neighbor):
+                    local_event_neighbors += 1
+            summary_lines.append(
+                "| {index} | {label} | {tag_kind} | {fields} | 0x{declared_size:X} | {local_event_neighbors} |".format(
+                    index=chunk.index,
+                    label=chunk.primary_label or "",
+                    tag_kind=event_tag_kind(chunk),
+                    fields=",".join(chunk.field_names) or "-",
+                    declared_size=chunk.declared_size,
+                    local_event_neighbors=local_event_neighbors,
+                )
+            )
+        summary_lines.append("")
+    (out_dir / "event_family_summary.md").write_text("\n".join(summary_lines), encoding="utf-8")
+
+
+def looks_text_like(data: bytes) -> bool:
+    if not data:
+        return False
+    ratio = printable_ratio(data)
+    if ratio < 0.80:
+        return False
+    if b"\r\n" in data or b"\n" in data:
+        return True
+    return zero_ratio(data) < 0.05
+
+
+def parse_flx_table(data: bytes, table_offset: int = 0x80, count_offset: int = 0x54) -> FlxTable:
+    file_size = len(data)
+    entry_count = read_u32_le(data, count_offset)
+    table_end = table_offset + entry_count * 8
+    if table_end > file_size:
+        raise ValueError(
+            f"FLX table extends past EOF: entry_count={entry_count} table_end=0x{table_end:X} file_size=0x{file_size:X}"
+        )
+
+    entries: list[CandidateEntry] = []
+    for index in range(entry_count):
+        offset = table_offset + index * 8
+        data_offset = read_u32_le(data, offset)
+        declared_size = read_u32_le(data, offset + 4)
+        if data_offset == 0 and declared_size == 0:
+            continue
+        if data_offset <= 0 or data_offset > file_size:
+            continue
+        if declared_size <= 0:
+            continue
+        entries.append(CandidateEntry(offset, data_offset, declared_size))
+
+    return FlxTable(
+        entry_count=entry_count,
+        table_offset=table_offset,
+        table_end=table_end,
+        entries=entries,
+    )
+
+
+def dump_chunk(
+    base_dir: pathlib.Path, chunk_name: str, data: bytes
+) -> tuple[str, str, str | None, bool, float, float, str, str | None, list[str], list[str]]:
+    raw_path = base_dir / f"{chunk_name}.bin"
+    strings_path = base_dir / f"{chunk_name}.strings.txt"
+    text_path = base_dir / f"{chunk_name}.txt"
+
+    raw_path.write_bytes(data)
+
+    runs = iter_printable_runs(data)
+    strings_path.write_text("\n".join(runs) + ("\n" if runs else ""), encoding="utf-8")
+    primary_label, field_names = summarize_descriptor(runs)
+    field_tags = extract_field_tag_records(data, field_names)
+
+    text_like = looks_text_like(data)
+    actual_text_path: str | None = None
+    if text_like:
+        text_path.write_text(data.decode("latin-1", errors="replace"), encoding="utf-8")
+        actual_text_path = str(text_path)
+
+    return (
+        str(raw_path),
+        str(strings_path),
+        actual_text_path,
+        text_like,
+        printable_ratio(data),
+        zero_ratio(data),
+        ascii_preview(data),
+        primary_label,
+        field_names,
+        field_tags,
+    )
+
+
+def extract_candidates(data: bytes, out_dir: pathlib.Path, entries: list[CandidateEntry]) -> list[ExtractedChunk]:
+    chunks_dir = out_dir / "chunks"
+    chunks_dir.mkdir(parents=True, exist_ok=True)
+
+    extracted: list[ExtractedChunk] = []
+    file_size = len(data)
+
+    sorted_entries = sorted(enumerate(entries), key=lambda item: (item[1].data_offset, item[0]))
+    next_by_original_index: dict[int, int | None] = {}
+    for position, (original_index, entry) in enumerate(sorted_entries):
+        next_offset = sorted_entries[position + 1][1].data_offset if position + 1 < len(sorted_entries) else None
+        next_by_original_index[original_index] = next_offset
+
+    for index, entry in enumerate(entries):
+        next_offset = next_by_original_index.get(index)
+        chunk_end = min(file_size, entry.data_offset + entry.declared_size)
+        chunk_data = data[entry.data_offset:chunk_end]
+        overlap = next_offset is not None and (entry.data_offset + entry.declared_size) > next_offset
+        chunk_name = (
+            f"chunk_{index:03d}_table_{entry.table_offset:04X}_off_{entry.data_offset:06X}_len_{entry.declared_size:06X}"
+        )
+
+        raw_path, strings_path, text_path, text_like, print_ratio, z_ratio, preview, primary_label, field_names, field_tags = dump_chunk(
+            chunks_dir, chunk_name, chunk_data
+        )
+
+        extracted.append(
+            ExtractedChunk(
+                index=index,
+                table_offset=entry.table_offset,
+                data_offset=entry.data_offset,
+                declared_size=entry.declared_size,
+                next_offset=next_offset,
+                extracted_size=len(chunk_data),
+                overlap_with_next=overlap,
+                text_like=text_like,
+                printable_ratio=round(print_ratio, 4),
+                zero_ratio=round(z_ratio, 4),
+                preview=preview,
+                raw_path=raw_path,
+                strings_path=strings_path,
+                text_path=text_path,
+                primary_label=primary_label,
+                field_names=field_names,
+                field_tags=field_tags,
+            )
+        )
+
+    return extracted
+
+
+def write_summary(out_dir: pathlib.Path, input_path: pathlib.Path, data: bytes, entries: list[CandidateEntry], chunks: list[ExtractedChunk]) -> None:
+    summary = {
+        "input_path": str(input_path),
+        "file_size": len(data),
+        "header_preview_hex": data[:128].hex(),
+        "header_preview_ascii": ascii_preview(data[:128], 128),
+        "candidate_entries": [asdict(entry) for entry in entries],
+        "chunks": [asdict(chunk) for chunk in chunks],
+    }
+    (out_dir / "summary.json").write_text(json.dumps(summary, indent=2), encoding="utf-8")
+
+    index_lines = [
+        "entry_index\ttable_offset\tdata_offset\tdeclared_size\textracted_size\ttext_like\tprintable_ratio\tzero_ratio\toverlap_with_next\tprimary_label\tfield_names\tfield_tags\tpreview"
+    ]
+    for chunk in chunks:
+        index_lines.append(
+            "{index}\t0x{table_offset:X}\t0x{data_offset:X}\t0x{declared_size:X}\t0x{extracted_size:X}\t{text_like}\t{printable_ratio:.4f}\t{zero_ratio:.4f}\t{overlap}\t{primary_label}\t{field_names}\t{field_tags}\t{preview}".format(
+                index=chunk.index,
+                table_offset=chunk.table_offset,
+                data_offset=chunk.data_offset,
+                declared_size=chunk.declared_size,
+                extracted_size=chunk.extracted_size,
+                text_like=int(chunk.text_like),
+                printable_ratio=chunk.printable_ratio,
+                zero_ratio=chunk.zero_ratio,
+                overlap=int(chunk.overlap_with_next),
+                primary_label=chunk.primary_label or "",
+                field_names=",".join(chunk.field_names),
+                field_tags=",".join(chunk.field_tags),
+                preview=chunk.preview.replace("\t", " "),
+            )
+        )
+    (out_dir / "entry_index.tsv").write_text("\n".join(index_lines) + "\n", encoding="utf-8")
+
+    descriptor_lines = [
+        "entry_index\tprimary_label\tfield_names\tfield_tags\tdata_offset\tdeclared_size"
+    ]
+    descriptor_chunks = [chunk for chunk in chunks if chunk.primary_label or chunk.field_names]
+    for chunk in descriptor_chunks:
+        descriptor_lines.append(
+            "{index}\t{primary_label}\t{field_names}\t{field_tags}\t0x{data_offset:X}\t0x{declared_size:X}".format(
+                index=chunk.index,
+                primary_label=chunk.primary_label or "",
+                field_names=",".join(chunk.field_names),
+                field_tags=",".join(chunk.field_tags),
+                data_offset=chunk.data_offset,
+                declared_size=chunk.declared_size,
+            )
+        )
+    (out_dir / "descriptor_index.tsv").write_text("\n".join(descriptor_lines) + "\n", encoding="utf-8")
+
+    neighborhood_lines = [
+        "center_index\tneighbor_index\tprimary_label\tfield_names\tfield_tags"
+    ]
+    interesting = {"JELYHACK", "JELYH2", "NPCTRIG", "CRUZTRIG", "TRIGPAD", "SPECIAL", "EVENT", "SFXTRIG"}
+    interesting_indices = [chunk.index for chunk in chunks if chunk.primary_label in interesting]
+    seen_pairs: set[tuple[int, int]] = set()
+    chunk_by_index = {chunk.index: chunk for chunk in chunks}
+    for center_index in interesting_indices:
+        for neighbor_index in range(max(0, center_index - 4), min(len(chunks), center_index + 5)):
+            pair = (center_index, neighbor_index)
+            if pair in seen_pairs:
+                continue
+            seen_pairs.add(pair)
+            chunk = chunk_by_index[neighbor_index]
+            neighborhood_lines.append(
+                "{center_index}\t{neighbor_index}\t{primary_label}\t{field_names}\t{field_tags}".format(
+                    center_index=center_index,
+                    neighbor_index=neighbor_index,
+                    primary_label=chunk.primary_label or "",
+                    field_names=",".join(chunk.field_names),
+                    field_tags=",".join(chunk.field_tags),
+                )
+            )
+    (out_dir / "descriptor_neighborhoods.tsv").write_text("\n".join(neighborhood_lines) + "\n", encoding="utf-8")
+
+    anchor_graph_lines = [
+        "anchor_index\tanchor_label\tanchor_fields\tneighbor_index\tdistance\tneighbor_label\tneighbor_fields\tneighbor_role\tevent_evidence"
+    ]
+    for anchor in descriptor_chunks:
+        if not anchor.primary_label or not has_referent_field(anchor):
+            continue
+        for neighbor_index in range(max(0, anchor.index - 5), min(len(chunks), anchor.index + 6)):
+            if neighbor_index == anchor.index:
+                continue
+            neighbor = chunk_by_index[neighbor_index]
+            event_evidence = get_event_evidence(neighbor)
+            if not event_evidence:
+                continue
+            anchor_graph_lines.append(
+                "{anchor_index}\t{anchor_label}\t{anchor_fields}\t{neighbor_index}\t{distance:+d}\t{neighbor_label}\t{neighbor_fields}\t{neighbor_role}\t{event_evidence}".format(
+                    anchor_index=anchor.index,
+                    anchor_label=anchor.primary_label,
+                    anchor_fields=",".join(anchor.field_names),
+                    neighbor_index=neighbor.index,
+                    distance=neighbor.index - anchor.index,
+                    neighbor_label=neighbor.primary_label or "",
+                    neighbor_fields=",".join(neighbor.field_names),
+                    neighbor_role=chunk_role(neighbor),
+                    event_evidence=",".join(event_evidence),
+                )
+            )
+    (out_dir / "referent_anchor_event_graph.tsv").write_text("\n".join(anchor_graph_lines) + "\n", encoding="utf-8")
+
+    write_island_graph(
+        out_dir,
+        "jelyhack_island_graph.md",
+        "JELYHACK Island Graph",
+        {"JELYHACK", "JELYH2"},
+        descriptor_chunks,
+        chunk_by_index,
+        len(chunks),
+    )
+    write_descriptor_compare(
+        out_dir,
+        "jelyhack_descriptor_compare.tsv",
+        {"JELYHACK", "JELYH2", "REE_BOOT", "SURCAMEW", "SFXTRIG"},
+        descriptor_chunks,
+    )
+    write_island_graph(
+        out_dir,
+        "event_island_graph.md",
+        "EVENT Cluster Graph",
+        {"EVENT", "COR_BOOT", "NPCTRIG", "ROLL_NS", "CRUZTRIG"},
+        descriptor_chunks,
+        chunk_by_index,
+        len(chunks),
+    )
+    write_descriptor_compare(
+        out_dir,
+        "event_descriptor_compare.tsv",
+        {"ROLL_NS", "COR_BOOT", "EVENT", "NPCTRIG", "CRUZTRIG", "NPC_ONLY", "VMAIL"},
+        descriptor_chunks,
+    )
+    write_island_graph(
+        out_dir,
+        "boot_frontier_graph.md",
+        "AND/BRO Boot Frontier Graph",
+        {"AND_BOOT", "BRO_BOOT"},
+        descriptor_chunks,
+        chunk_by_index,
+        len(chunks),
+        window=6,
+    )
+    write_descriptor_compare(
+        out_dir,
+        "boot_family_compare.tsv",
+        {"AND_BOOT", "BRO_BOOT", "COR_BOOT", "VAR_BOOT", "REE_BOOT"},
+        descriptor_chunks,
+    )
+    write_island_graph(
+        out_dir,
+        "environmental_event_graph.md",
+        "Environmental Event Graph",
+        {"FLAMEBOX", "NOSTRIL", "STEAMBOX"},
+        descriptor_chunks,
+        chunk_by_index,
+        len(chunks),
+        window=5,
+    )
+    write_descriptor_compare(
+        out_dir,
+        "environmental_family_compare.tsv",
+        {"FLAMEBOX", "NOSTRIL", "STEAMBOX"},
+        descriptor_chunks,
+    )
+    write_descriptor_compare(
+        out_dir,
+        "callback_trigger_compare.tsv",
+        {"SURCAMNS", "SURCAMEW"},
+        descriptor_chunks,
+    )
+    write_event_family_reports(out_dir, descriptor_chunks, chunk_by_index, len(chunks))
+
+    lines = []
+    lines.append("# EUSECODE.FLX First-Pass Extraction")
+    lines.append("")
+    lines.append(f"Input: {input_path}")
+    lines.append(f"File size: 0x{len(data):X} ({len(data)} bytes)")
+    lines.append(f"Candidate entries: {len(entries)}")
+    lines.append("")
+    lines.append("## Header Preview")
+    lines.append("")
+    lines.append(f"ASCII: `{ascii_preview(data[:128], 128)}`")
+    lines.append("")
+    lines.append("## Chunks")
+    lines.append("")
+    lines.append("| # | Table Off | Data Off | Declared Size | Next Off | Text | Overlap | Preview |")
+    lines.append("|---:|---:|---:|---:|---:|:---:|:---:|---|")
+    for chunk in chunks:
+        next_off = f"0x{chunk.next_offset:X}" if chunk.next_offset is not None else "-"
+        lines.append(
+            "| {index} | 0x{table_offset:X} | 0x{data_offset:X} | 0x{declared_size:X} | {next_off} | {text_like} | {overlap} | {preview} |".format(
+                index=chunk.index,
+                table_offset=chunk.table_offset,
+                data_offset=chunk.data_offset,
+                declared_size=chunk.declared_size,
+                next_off=next_off,
+                text_like="yes" if chunk.text_like else "no",
+                overlap="yes" if chunk.overlap_with_next else "no",
+                preview=chunk.preview.replace("|", "/"),
+            )
+        )
+    lines.append("")
+    lines.append("## Notes")
+    lines.append("")
+    lines.append("- The extractor now parses the validated FLX table directly: entry count at `0x54`, table at `0x80`, 8 bytes per entry.")
+    lines.append("- Overlapping declared sizes likely mean some entries are counts or record spans rather than exact chunk lengths.")
+    lines.append("- `.strings.txt` files are the main human-readable output for now; `.txt` files are emitted only for chunks that look text-like.")
+    lines.append("- `descriptor_index.tsv` summarizes guessed class labels, field names, and compact tag patterns for descriptor-like chunks.")
+    lines.append("- `descriptor_neighborhoods.tsv` captures local table neighborhoods around trigger/event-related classes such as `JELYHACK`, `NPCTRIG`, `CRUZTRIG`, `TRIGPAD`, and `SPECIAL`.")
+    lines.append("- `referent_anchor_event_graph.tsv` groups referent-bearing descriptors with nearby event-bearing neighbors so the attachment model can be inspected without ad hoc grepping.")
+    lines.append("- `jelyhack_island_graph.md` renders the first focused graph view for the `JELYHACK` / `JELYH2` neighborhood, marking likely event-bearing attachments such as `REE_BOOT`, `SURCAMEW`, and `SFXTRIG` when they appear within the local table window.")
+    lines.append("- `jelyhack_descriptor_compare.tsv` captures the first 16 header words, first 8 dwords, and a few odd printable markers for the core JELYHACK-island descriptors so structural similarity can be compared without raw hex dumps.")
+    lines.append("- `event_island_graph.md` renders the denser `EVENT` / `COR_BOOT` / `NPCTRIG` / `ROLL_NS` / `CRUZTRIG` island, which currently looks like the strongest event-explicit neighborhood outside the JELYHACK anchor case.")
+    lines.append("- `event_descriptor_compare.tsv` captures the same header-word and printable-marker comparison for the `EVENT` island so large event-bearing descriptors can be contrasted with neighboring trigger and referent records.")
+    lines.append("- `boot_frontier_graph.md` renders the upstream referent neighborhood feeding `AND_BOOT` / `BRO_BOOT`, which is currently the clearest unexplored boot-event frontier.")
+    lines.append("- `boot_family_compare.tsv` compares the five `_BOOT` event cores (`AND_BOOT`, `BRO_BOOT`, `COR_BOOT`, `VAR_BOOT`, `REE_BOOT`) by header words, markers, and field tags.")
+    lines.append("- `environmental_event_graph.md` renders the three hazard/event islands centered on `FLAMEBOX`, `NOSTRIL`, and `STEAMBOX`, each surrounded by its own referent-heavy local neighborhood.")
+    lines.append("- `environmental_family_compare.tsv` compares the environmental event trio so the shared hazard pattern (`referent,event,<hazard>,<hazard2>,direction,count`) can be contrasted directly.")
+    lines.append("- `callback_trigger_compare.tsv` compares `SURCAMNS` and `SURCAMEW` directly so the callback-only `eventTrigger` lane can be checked against the active `event` families without raw hex dumps.")
+    lines.append("- `event_family_index.tsv` and `event_family_summary.md` classify all current `event` and `eventTrigger` descriptors into reusable families such as boot-event cores, minimal event cores, environmental events, and callback-only surveillance triggers.")
+    (out_dir / "README.md").write_text("\n".join(lines) + "\n", encoding="utf-8")
+
+    all_strings = iter_printable_runs(data)
+    (out_dir / "all_strings.txt").write_text("\n".join(all_strings) + ("\n" if all_strings else ""), encoding="utf-8")
+
+
+def parse_args() -> argparse.Namespace:
+    parser = argparse.ArgumentParser(description=__doc__)
+    parser.add_argument("input", nargs="?", type=pathlib.Path, default=DEFAULT_INPUT)
+    parser.add_argument("output", nargs="?", type=pathlib.Path, default=DEFAULT_OUTPUT)
+    return parser.parse_args()
+
+
+def main() -> int:
+    args = parse_args()
+    data = args.input.read_bytes()
+    args.output.mkdir(parents=True, exist_ok=True)
+
+    flx_table = parse_flx_table(data)
+    entries = flx_table.entries
+    chunks = extract_candidates(data, args.output, entries)
+    write_summary(args.output, args.input, data, entries, chunks)
+
+    print(
+        f"Parsed {flx_table.entry_count} table slots with {len(chunks)} non-zero entries; extracted to {args.output}"
+    )
+    return 0
+
+
+if __name__ == "__main__":
+    raise SystemExit(main())