# C1082 — Manuscript: An integral completion can retain fractional internal positions

## Question

Does this section accurately connect its complete source family to the shared explanation?

## Inputs

```json
{
  "draft_sha256": "68efcbb65caf6b105191bc82703d0798f0b978d290760378e47ede645ed2fa4b",
  "module_index": 4
}
```

## Sources

```json
[
  "C1071",
  "prep/manuscript_round.json"
]
```

## Opened utc

2026-09-28T04:14:48.440852+00:00

## Results

```json
{
  "section": {
    "path": "deliverables/sections/11_round_5.md",
    "sha256": "3c537caacbd23f1e0ebc4cb21d897c8c94c311b33faf4a9ccf3b5d58c9d6210e",
    "bytes": 1726
  },
  "body_words": 204,
  "source_references": 3
}
```

## Finding

The whole-path section distinguishes exact rational additivity from the stronger requirement that every internal coordinate remain integral.

## Reassessment

Reassess the next explanatory section against its source roles and the sealed calculations.

## Checks

```json
{
  "whole_completion": true,
  "all_proper_fractional": true,
  "conditional_extension": true
}
```

## Closed utc

2026-09-28T04:14:48.441317+00:00

## Record provenance

Exact record hash: `8d3acef2805d35c00624d29ef783d5fa836f73a2c264378d58b7f91f58b72e03`

Source journal: `Research_Cycles/C0932_C1131/journal.json`