Create routes for running or walking by tapping on the map. Calculate distances and areas on the map. Plot routes and get automatic directions. traveled and save route data. Sync with fitness trackers for step and tracking.
Calculate time, speed, and distance with interactive charts. Input variables to solve equations. Convert units and view results instantly. Share solutions and save calculation history. Sync with charts for accurate route planning.
Measure sound levels with A-, C-, or no weighting. Display frequency spectrum. Export measurement data. Use full screen audio mode. Perform accurate and fast recordings.
Vibration analysis tool for real-time data collection using phone accelerometer. Perform frequency analysis with Fast Fourier Transformation. Assess floor serviceability, measure structural periods, and diagnose vibration issues.
Realtime analyzer processes live input with Fast Fourier Transform and window functions. Record for offline analysis. Visualizer module displays frequency data from recorded files. Export analysis results and files.
Create 2D and 3D , video walkthroughs, and property reports with automatic room measurements. Scan properties in under 5 minutes without DIY steps. ccurate and reports for listings. Receive a free first plan with the LITE package.
Create comic panels or short animations by typing a scene and selecting a style. AI generates characters, backgrounds, and dialogue. Convert static scenes into animated cartoons with expressive character movements. Export and share finished artwork.
Create lists for rigging projects using automated tools. Import data from AutoCAD, Excel, and Vectorworks Spotlight. Generate detailed reports and export in multiple formats. Track project progress and manage tasks within the .
Measure screen ripple and select eye-friendly devices
Measure ripple coefficient of light sources including LED, halogen, fluorescent, and incandescent lamps, as well as LCD and LED monitors. Display readings for visible spectrum radiation. Note that results may vary based on light source and frequency.