AutoPlan | Documentation
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AutoPlan Documentation

AutoPlan is a comprehensive web-based geospatial platform designed to streamline cadastral and engineering surveys. This application automates complex geomatics calculations, provides coordinate system transformations, and generates submission-ready plans and reports.

Key Features

  • Project and plan management
  • Coordinate import and processing
  • Automated area and bearing calculations
  • Traverse computations
  • Interactive map visualization
  • Plan generation and reporting

Getting Started

1. User Registration & Authentication

Begin by creating an account and logging into the system:

  • Navigate to the login page
  • Create a new account or sign in with existing credentials
  • Complete your profile setup if required

2. Dashboard Overview

The dashboard is your central hub for managing all geomatics projects:

  • View all your projects in one place
  • Filter projects by status (Draft, In Progress, Completed, etc.)
  • Search projects by name
  • Quick access to create new projects

Project Management

Creating Projects

Projects serve as containers for all related geomatics work:

  1. Click "Create Project" from the dashboard
  2. Enter project details (name, description, location)
  3. Set project status and priority
  4. Save to create your new project workspace

Project Status Workflow

Status Types:

  • Draft: Initial planning phase
  • In Progress: Active work
  • Field Work Complete: Data collection finished
  • Computed: Calculations completed
  • Plan Prepared: Documentation ready
  • Completed: Project finalized

Project Actions:

  • Edit project details
  • Create new plans
  • View project plans
  • Download reports
  • Archive completed projects

Plan Creation Workflow

Plans are created through a step-by-step wizard that guides you through the entire geomatics process:

Step 1: Basic Details

Define the fundamental characteristics of your plan:

  • Plan Name: Descriptive identifier
  • Plan Type: Choose from Cadastral, Topographic, Layout, or Route
  • Project Association: Link to parent project

Step 2: Coordinate Input

Import or manually enter coordinate data:

Import Options:

  • CSV file upload
  • TXT file upload
  • XLSX spreadsheet upload (column-aware)
  • Download coordinate template
  • Manual data entry

Required Format:

  • GCP_Name (Point identifier)
  • Easting (mE)
  • Northing (mN)
  • Optional elevation data

Step 3: Parcel Definition

Define boundaries and parcels using imported coordinates:

  • Create multiple parcels per plan
  • Assign coordinates to parcel boundaries
  • Name and categorize parcels
  • Validate coordinate sequences

Step 4: Automated Computations

The system automatically calculates essential geomatics data:

Traverse Calculations:

  • Distance calculations
  • Bearing computations
  • Latitude and departure
  • Total traverse distance

Area & Boundaries:

  • Parcel area calculation
  • Bounding box coordinates
  • Perimeter measurements
  • Closure verification
  • Export to DXF for CAD workflows

Step 5: Map Visualization

Interactive map display using Leaflet integration:

  • Plot coordinates on interactive map
  • Visualize parcel boundaries
  • Layer management and styling
  • Export map images

Step 6: Plan Enhancement

Add professional finishing touches:

  • Title blocks and legends
  • Scale and north arrow
  • Professional annotations
  • Surveyor signature blocks

Step 7: Report Generation

Generate comprehensive documentation:

  • Automated calculation reports
  • Coordinate tables
  • Area summaries
  • Export to PDF format
  • Export plan drawings to DXF for CAD (where applicable)

Advanced Features

Traverse Computations

Advanced computational capabilities for professional geomatics:

Forward Computation:

  • Calculate coordinates from bearings and distances
  • Automatic coordinate generation
  • Precision error checking
  • Multiple coordinate system support

Back Computation:

  • Derive bearings and distances from coordinates
  • Verification of field measurements
  • Closure analysis and adjustment
  • Error distribution calculations

Coordinate System Management

Built-in coordinate transfer and transformation utilities:

  • Transfer coordinates between plan components
  • Maintain coordinate integrity across workflows
  • Support for elevation data handling
  • Automatic validation and error detection
  • Supports importing from CSV and XLSX; exports include PDF, DXF and coordinate tables

Interactive Visualization

Powered by Leaflet mapping technology:

  • Real-time coordinate plotting
  • Multi-layer map visualization
  • Custom symbology and styling
  • Interactive measurement tools
  • High-resolution map exports

Technical Specifications

Technology Stack

Frontend Technologies:

  • Framework: Nuxt.js 4.0 (Vue.js 3)
  • UI Components: Nuxt UI 3.0
  • Styling: Tailwind CSS
  • Icons: Remix Icons
  • Maps: Leaflet.js integration
  • Editor: Quill rich text editor

Development Features:

  • Language: TypeScript
  • HTTP Client: Axios
  • Utilities: VueUse composables
  • Image Processing: Nuxt Image
  • State Management: Built-in reactivity
  • Routing: Vue Router 4

File Format Support

Import Formats:

  • CSV files
  • TXT files
  • XLSX spreadsheets (.xlsx)
  • Coordinate data

Export Formats:

  • PDF reports
  • DXF drawings (for CAD)
  • Map images
  • Coordinate tables (CSV/XLSX)

Templates:

  • CSV templates
  • Report templates
  • Plan layouts

Browser Compatibility

AutoPlan is designed as a modern web application with the following requirements:

  • Modern browsers with ES6+ support
  • JavaScript enabled
  • Minimum screen resolution: 1024x768
  • Recommended: Chrome, Firefox, Safari, Edge (latest versions)

Frequently Asked Questions

What coordinate systems does AutoPlan support?

AutoPlan supports standard geomatics coordinate formats including Easting/Northing pairs with optional elevation data. The system is designed to work with local coordinate systems commonly used in cadastral and engineering surveys.

How accurate are the calculations?

AutoPlan performs calculations using double-precision floating point arithmetic, suitable for professional geomatics applications. The system maintains precision to at least 0.01 meter accuracy for distance and area calculations.

Can I import data from other geomatics software?

Yes, AutoPlan accepts coordinate data in CSV and TXT formats. Most geomatics software can export coordinate data in these standard formats. We provide templates to ensure proper data formatting.

What plan types are supported?

AutoPlan supports four main plan types: Cadastral (boundary surveys), Topographic (elevation mapping), Layout (construction layout), and Route (linear infrastructure). Each type is optimized for specific geomatics workflows.

Is my data secure?

AutoPlan implements user authentication and project-based access control. Your survey data is private to your account and not accessible to other users. We recommend regular backups of critical project data.

Can I collaborate with team members?

Currently, AutoPlan is designed for individual use with project-based organization. Each user maintains their own projects and plans. Team collaboration features may be added in future versions.

Support & Contact

Need help with AutoPlan? We're here to assist you with any questions or issues you may encounter.

Getting Help

Quick Resources

  • Download coordinate templates
  • View sample projects
  • Access user guides
  • Join user community

Ready to Start?

Begin your geomatics project with AutoPlan today.

Go to Dashboard