InSARLite

Getting Started

  • Project Overview
    • What is InSAR?
      • Interferometric Synthetic Aperture Radar Basics
        • Key InSAR Concepts
      • Applications of InSAR
    • InSARLite Architecture
      • Design Philosophy
      • Conceptual Structure
        • Project Configuration
        • Step 1: Baseline Network Selection (Base2Net)
        • Step 2: Alignment and Interferogram Generation
        • Step 3: Phase Unwrapping
        • Step 4: SBAS Inversion and Time Series
    • Processing Workflow
      • Complete Processing Pipeline
        • Project Configuration (Step 0)
        • Step 1: Baseline Network Selection (01_Base2Net)
        • Step 2: Alignment and Interferogram Generation (02_Align_Generate)
        • Step 3: Phase Unwrapping (03_Unwrap)
        • Step 4: SBAS Inversion and Visualization (04_SBAS)
      • Data Flow Summary
    • Key Features
      • 🎯 Interactive Baseline Planning
      • 🛰️ Automated Data Management
      • ⚙️ Professional Processing
      • 📊 Advanced Visualization
      • 🔧 User-Friendly Interface
    • Technical Specifications
      • Supported Data Types
      • Output Formats
      • Performance Characteristics
    • Best Practices
      • Project Planning
      • Data Quality
      • Processing Efficiency
    • Next Steps
  • Installation Guide
    • Platform Compatibility
      • ✅ Tested and Supported
      • ⚠️ Not Tested (Use at Your Own Risk)
      • ❌ Not Supported
    • System Requirements
      • Minimum Requirements
      • Recommended Requirements
    • Dependencies
      • Python Dependencies (Automatic Installation)
        • Core Dependencies
        • InSAR-Specific Dependencies
        • Geospatial Dependencies
        • Optional Dependencies
      • System Dependencies (Automatic Management)
        • GMTSAR (Automatic Installation)
    • Installation Methods
      • Method 1: Using pip (Recommended)
      • Method 2: Using conda
      • Method 3: Development Installation
    • Platform-Specific Instructions
      • Linux (Ubuntu/Debian) - Recommended Platform
      • Linux (CentOS/RHEL/Fedora) - Experimental Support
      • macOS - Experimental Support
      • Windows Subsystem for Linux (WSL2) - For Windows Users Only
    • Virtual Environment Setup (Recommended)
      • Using venv (Python 3.3+)
      • Using conda
    • Verification
    • GMTSAR Automatic Installation Workflow
      • Step 1: First Launch - GMTSAR Not Found
      • Step 2: Select Installation Mode
        • Full Installation (Recommended)
        • Minimal Installation
      • Step 3: Orbit Files (Optional)
      • Step 4: Sudo Authentication
      • Step 5: Confirm Installation
      • Step 6: Installation Process
      • Step 7: Installation Complete
      • Step 8: Relaunch InSARLite
      • Verification
    • Manual GMTSAR Installation (Advanced Users)
      • Restricted Environment Setup
    • Troubleshooting
      • Windows and WSL Issues
        • “Platform Not Supported” Error on Windows
        • GUI Not Appearing in WSL
        • WSL Performance Issues
        • “Cannot connect to X server” Error
      • InSARLite Issues
        • ImportError: No module named ‘tkinter’
        • ModuleNotFoundError: No module named ‘cartopy’
      • GMTSAR Installation Issues
        • Permission denied during installation
        • Compilation errors
        • “Command not found” after installation
        • Missing orbit files
      • General Issues
        • Memory errors during processing
        • Display issues on remote systems
      • Getting Help
    • Next Steps
    • Updating InSARLite
  • Quick Start Guide
    • Prerequisites
    • Launch InSARLite
    • Learn InSARLite: Turkey Landslide Tutorial
      • 🏔️ Turkey Landslide Case Study →
    • Quick Workflow Overview
    • Adapting the Tutorial to Your Study Area
      • Spatial Parameters
      • Temporal Parameters
      • Network Parameters
      • Processing Parameters
    • Getting Help
    • Next Steps
  • Turkey Landslide Tutorial
    • Tutorial: Güngören Landslide Analysis - Complete Workflow
      • Warning:
      • Introduction
        • Study Area Background
        • Tutorial Objectives
        • Dataset Information
        • Prerequisites
        • Time and Storage Requirements
      • Part 1: Installation and First Launch
        • Step 1.1: First Launch - GMTSAR Not Found
        • Step 1.2: Installation Mode Selection
        • Step 1.3: Optional Orbit Files
        • Step 1.4: Authentication
        • Step 1.5: Installation Confirmation
        • Step 1.6: Installation Complete
        • Step 1.7: Verification
      • Part 2: Project Configuration
        • Step 2.1: Define Data Folder
        • Step 2.2: Define Area of Interest (AOI)
        • Step 2.3: Define Temporal Range
        • Step 2.4: Query Available Data
        • Step 2.5: Download Sentinel-1 Data
        • Step 2.6: Extract Sentinel-1 Data
        • Step 2.7: Validate Data
        • Step 2.8: Download DEM
        • Step 2.9: Define Output Configuration
      • Part 3: Baseline Network Design (Step 1)
        • Step 3.1: Download Precise Orbit Files
        • Step 3.2: Open Baseline Calculator (Base2Net)
        • Step 3.3: Plot Baselines
        • Step 3.4: Calculate Master Table
        • Step 3.5: Select Master Image
        • Step 3.6: Define Baseline Constraints
        • Step 3.7: Export Network Configuration
      • Part 4: Interferogram Generation (Step 2)
        • Step 4.1: Configure IFG Parameters
        • Step 4.2: Confirm Execution
        • Step 4.3: Monitor Processing Progress
      • Part 5: Phase Unwrapping (Step 3)
        • Phase 1: Mask Definition
        • Phase 2: First Unwrapping
        • Phase 3: Reference Point Selection
        • Phase 4: Unwrapping Completion
      • Part 6: SBAS Inversion and Visualization (Step 4)
        • Step 6.1: Configure SBAS Parameters
        • Step 6.2: Confirm Existing Displacement Files
        • Step 6.3: Execute SBAS Inversion
        • Step 6.4: Launch Surface Deformation Visualizer
        • Step 6.5: Polygon Mode Analysis
      • Part 7: Results and Scientific Interpretation
        • Step 7.1: Example Time Series Result
        • Step 7.2: Deformation Analysis
        • Step 7.3: Scientific Significance
      • Part 8: Output Files and Data Products
        • Step 8.1: Project Directory Structure
        • Step 8.2: Key Output Files
        • Step 8.3: Export Formats
      • Part 9: Summary and Next Steps
        • What You’ve Accomplished
        • Key Findings
        • Processing Time Summary
        • Best Practices Learned
        • Further Exploration
        • Troubleshooting
        • Resources
        • Citation
        • Acknowledgments
      • Conclusion
    • Tutorial Overview
      • What You’ll Learn
      • Dataset Details
      • Time and Storage Requirements
      • Prerequisites
      • Getting Help

User Guide

  • User Guide
    • Available Documentation
      • Project Overview
        • What is InSAR?
        • InSARLite Architecture
        • Processing Workflow
        • Key Features
        • Technical Specifications
        • Best Practices
        • Next Steps
      • User Interface Guide
      • Complete InSAR Processing Workflow
      • Data Management Guide
      • Case Studies
      • Interactive Visualizer
    • Learn by Doing
      • 🏔️ Turkey Landslide Case Study Tutorial
    • Reference Documentation
      • Overview
    • Future Documentation
    • Getting Help

Developer Guide

  • Developer Guide
    • Project Overview
    • Architecture Principles
      • 🏗️ Modular Design
      • 🔄 Event-Driven Architecture
      • 📊 Data Flow Management
    • Code Organization
      • Directory Structure
      • Module Responsibilities
        • main.py - Application Orchestrator
        • gmtsar_gui/ - Processing Modules
        • utils/ - Supporting Infrastructure
    • Design Patterns
      • 🎯 Model-View-Controller (MVC)
      • 🏭 Factory Pattern
      • 📋 Observer Pattern
      • 🔧 Command Pattern
    • Key Components
      • 🖥️ Main Application (InSARLiteApp)
      • 🛰️ Data Management System
      • 📊 Interactive Baseline Plotter
      • ⚙️ Processing Pipeline
    • Threading and Concurrency
      • 🧵 Threading Strategy
      • 🔄 Event Loop Integration
    • Error Handling Strategy
      • 🚨 Comprehensive Error Management
      • 📝 Logging Configuration
    • Performance Optimization
      • 💾 Memory Management
      • ⚡ Performance Optimization
    • Testing Framework
      • 🧪 Testing Strategy
      • 🎯 Continuous Integration
    • Development Workflow
      • 🔄 Git Workflow
      • 📦 Package Management
    • Extending InSARLite
      • 🔌 Adding New Processing Modules
      • 🎨 Customizing the UI
      • 📊 Adding Visualization Features
    • Best Practices
      • 🎯 Code Quality
      • 🔒 Security
      • 📚 Documentation
    • Release Process
      • 🚀 Version Management
      • 📦 Release Steps
    • Community and Support
      • 💬 Communication Channels
      • 🤝 Contributing
      • 📋 Issue Management
    • Next Steps

About

  • About InSARLite
    • Project Mission
    • Development History
      • Genesis (2024)
      • Evolution (2024-2025)
      • Current Status (2025)
    • Technical Foundation
      • Core Technologies
      • Architecture Principles
    • Project Team
      • Lead Developer
      • Contributors
    • Development
    • Potential Applications
    • Future Development
    • Open Source Commitment
    • Contact and Support
    • Contributing
    • Acknowledgments
    • License
  • Contributing to InSARLite
    • Ways to Contribute
      • 🐛 Bug Reports
      • 💡 Feature Requests
      • 📚 Documentation
      • 💻 Code Contributions
      • 🧪 Testing
      • 💬 Community Support
    • Getting Started
      • Development Environment Setup
      • Development Workflow
    • Coding Standards
      • Python Style Guide
      • Documentation Standards
      • GUI Development Guidelines
    • Testing Guidelines
      • Test Organization
      • Writing Tests
      • Test Data and Fixtures
    • Pull Request Process
      • Before Submitting
      • Pull Request Template
      • Review Process
    • Community Guidelines
      • Code of Conduct
      • Communication
      • Recognition
    • Getting Help
      • For Contributors
      • For Maintainers
    • Resources
      • Development Tools
      • Learning Resources
  • Changelog
    • [1.3.0] - 2024-12-10 - “Visualization Revolution + Optimizations”
      • 📚 Added - Documentation
        • Master Selection Methodology
      • ⚡ Optimized - GMTSAR Installation
        • Streamlined Installation Check
        • GUI-Only Installation Mode
      • 🛠️ Changed - Configuration Flow
        • Main Application Startup
      • 🔧 Technical Details
        • Performance Metrics
        • Code Quality
    • [1.3.0] - 2025-11-25 - “Visualization Revolution”
      • 🎨 Enhanced - Interactive Visualization
        • Interactive Time Series Visualizer
        • True Vector Output
        • Polygon Multi-Pixel Analysis
        • Context Maps
      • 🔧 Technical Improvements
        • Enhanced Validation
        • Coordinate Transformation
        • Memory Management
      • 🐛 Bug Fixes
      • 🗑️ Removed
    • [1.2.6] - 2025-11-20
      • 🐛 Bug Fixes
        • Critical Data Structure Fix
    • [1.2.5] - 2025-11-18
      • 🔧 Technical Improvements
        • Comprehensive Debugging System
        • Code Cleanup
    • [1.2.4] - 2025-11-15
      • 🐛 Bug Fixes
        • Progress Window Advancement
        • Automatic Completion Detection
    • [1.2.3] - 2025-11-12
      • 🔧 Technical Improvements
        • Subswath Detection
        • Network-Aware Progress
        • Enhanced Messaging
        • Validation and Safety
    • [1.2.2] - 2025-11-10
      • 🛡️ Security & Data Safety
        • Critical Data Protection
        • Dangerous Function Removal
        • Backup System Redesign
        • User Control
        • Safety Guarantees
    • [1.2.1] - 2025-11-08
      • 🐛 Bug Fixes
        • Data Loss Prevention
        • Network Connectivity Validation
        • Benefits
    • [1.2.0] - 2025-11-05
      • ✨ Added
        • Enhanced Logging System
        • Configuration Management
        • File Pattern Detection
        • Alignment Status Analysis
        • Data Validation
      • 🔧 Technical Improvements
        • Intelligent Alignment
        • Backward Compatibility
    • [1.0.0] - 2025-10-27
      • 🎉 First Major Release
      • ✨ Added
        • Core Features
        • Data Processing
        • User Interface
        • Visualization
        • Advanced Features
      • 🔧 Technical Infrastructure
        • Architecture
        • Dependencies
        • Performance
      • 📚 Documentation
        • Comprehensive Documentation
        • Educational Content
      • 🛡️ Quality Assurance
        • Testing
        • Code Quality
      • 🌟 Key Improvements Since Beta
        • User Experience
        • Processing Enhancements
        • Bug Fixes
      • 🔄 Migration from Beta
      • 🎯 Future Roadmap
        • Version 1.1 (Planned)
        • Version 1.2 (Planned)
      • 🙏 Acknowledgments
        • Contributors
        • Dependencies
        • Support
      • 📈 Statistics
    • Previous Versions
      • [0.0.3] - 2024-12-XX (Beta)
      • [0.0.2] - 2024-11-XX (Alpha)
      • [0.0.1] - 2024-10-XX (Development)
    • Version Numbering
      • Release Types
  • License
    • MIT License
    • What This Means
      • ✅ Permitted Uses
      • 📋 Requirements
      • ❌ Limitations
    • Third-Party Licenses
      • Core Dependencies
      • Scientific Computing
      • Geospatial Libraries
      • InSAR-Specific
      • GUI and Utilities
    • License Compatibility
    • Data and Content Licenses
      • Satellite Data
      • Documentation
    • Contributing and License
      • Contributor License Agreement
    • Commercial Use
    • Academic Use
      • Suggested Citation
    • Warranty Disclaimer
      • No Warranty of Functionality
      • No Liability for Damages
      • User Responsibility
    • License Updates
      • Current License Version
      • License Stability
      • Notification of Changes
    • Getting Help with Licensing
      • Legal Questions
      • Usage Questions
      • Commercial Licensing
InSARLite
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© Copyright 2025, Muhammad Badar Munir.

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