Report

Analytical Reporting

HYWE derives its measurements and documentation algorithmically from the deterministic spatial state.

Rather than generating a spatial configuration and retrospectively drafting or measuring it, the Report tab synthesizes professional documentation directly from the discrete computational lattice. Because the environment is built on a rigid Hexel lattice, spatial reporting is an inherently algorithmic consequence of the layout, entirely bypassing manual drafting measurements or secondary CAD tracing.

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Modular Report Configuration

The Report tab allows users to tailor the exact contents and structure of the exported document:

• Global Session Attribution: Project titles and author credits are drawn directly from the persistent Session Metadata Bar (Weave name... and Woven by...). If either field is empty or under the 3-word minimum, a validation prompt alerts the user before generation.
• Cover Page Toggle: Option to include a stylized title cover page with timestamp, author, exploration summary, and level statistics.
• Per-Level & Per-Nest Sections: For every vertical tier (L0, L1) and nested cluster (N0, N1), designers can individually enable or disable:
  • Flow Chart: Hierarchical tree diagram visualizing program containment, area targets, and ascending linkages.
  • Batch Overview: Compact grid comparing the 24 deterministic layout permutations for that tier.
  • Layout Variations: Dedicated detailed sheets displaying individual resolved configurations, complete with scale bars and legends.
• Variation Filtering: An expandable filter allows selecting exact permutations (from 0 to 23) to include in the final export, omitting non-viable layout alternatives.

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Algorithmic Precision & Unified Presentation

1. Geometric Area Calculation & Legends

Spatial areas are exact mathematical counts of active Hexel units mapped to user metric scales:

• Unified Legend System: Layout diagrams inside the report utilize the exact same color palette, short code identifiers, and anti-overlap legend formatting seen in the Layout and Batch panels.
• Metric Schedules: Tabular summaries list programmed targets versus achieved net square meters and percentages.

2. Adjacency and Topology Matrices

Because HYWE maintains the relational graph of how spaces interface:

• Topological Continuity: Adjacency boundaries between neighboring spaces are computed and verified automatically.
• Adjacency Validation: Matrix views confirm whether programmatic proximity constraints declared in the tree were successfully satisfied in the resolved plan.

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Sample Report

Here are sample pages from a multi-page document generated by HYWE:

Cover Page	Flow Chart
Batch Overview	Layout Configuration

📄 Download: Sample Report.pdf