AutoPark is a production-ready AutoCAD parking layout plugin designed to help you generate, edit, and document complete parking rows quickly and consistently—without manually drawing every stall line, curb return, or label. It turns a simple baseline (or an existing polyline) into a configurable parking row “object” with real editing tools, built-in options for stall types and sizes, and reporting outputs you can drop directly into plan sets.

The core workflow is simple: create a row, set your parameters (side, stall angle, stall depth, widths, offsets, and special spaces), and let AutoPark build the full layout—stall striping, boundary geometry, optional curb/sidewalk offsets, and any enabled visual features such as hatch, counts, or radius displays. Once created, rows remain editable through AutoPark’s editing tools and command-line options, so you can refine layouts as the site plan evolves without rebuilding everything from scratch.

Key Features

• Fast parking row creation from a baseline: Generate a full parking row from a user-drawn polyline or a selected baseline entity. Works for straight and curved geometry depending on the row configuration.
• Side controls: Create stalls on Side A, Side B, or Both sides of a baseline to match typical site layouts and aisle conditions.
• Stall type presets: Quickly switch between common stall categories such as Regular, EV, and Island style stalls (where applicable), keeping striping and geometry consistent.
• Stall size presets + custom sizing: Choose standard options like Compact, Standard, and Large, or define Custom dimensions for projects with unique requirements.
• ADA support: Built-in options for accessible parking configurations including typical 8' Standard and 11' Van patterns, plus hatch / access aisle options where enabled.
• Row visualization controls: Toggle common drafting displays such as hatch, row count, radius display, and other row indicators for clearer construction documents.
• Curb / walk offsets: Add curb and sidewalk offsets to quickly represent hardscape edges and produce more complete curb/stripe graphics directly from the row definition.
• Ramp tools: Tools for generating and editing ramp conditions, supporting multiple ramp orientations (parallel/perpendicular options, plus removal and flare-type behavior when enabled).
• Optional features: Add plan features such as sign markers, wheel stops, and other common parking accessories as part of the row workflow.
• Editing workflow: AutoPark rows are meant to be adjusted—change row settings, tweak stall parameters, switch types/sizes, and update displays without recreating entire layouts.
• Reporting + tables: Generate structured summaries of parking counts and row details and place a Report Table into the drawing for plan deliverables.
• Layer-aware output: Draws output on defined layers so your striping, curb, hatch, and annotation are organized and CAD standards-friendly.
• Settings persistence: A dedicated settings system stores defaults (dimensions, display toggles, layer names, and reporting preferences), making output consistent across drawings and users.

Why AutoPark?
AutoPark is built for real-world production drafting. It reduces repetitive CAD work, helps enforce consistent stall geometry and graphics, and makes late-stage layout changes far less painful. Instead of redrawing dozens (or hundreds) of stalls when a baseline shifts, you update the row settings and regenerate—keeping the layout clean, standardized, and fast to document.

Typical Use Cases

• Site plans requiring fast iteration of parking counts and geometry
• Commercial developments with multiple stall types (regular/EV/ADA)
• Projects needing consistent striping graphics and layer standards
• Plan sets that require parking summary tables and clear row labeling

Summary
AutoPark streamlines parking layout creation and documentation in AutoCAD by combining intelligent row generation, robust editing tools, standards-friendly output, and reporting features. The result is a faster parking workflow with fewer drafting errors, cleaner drawings, and more reliable deliverables.