Detect ferrous metal objects using the magnetometer. Calibrate the sensor with a figure-eight motion. Identify wood studs behind walls, drywall, plasterboard, or stucco. Performance may vary based on wall construction, phone cover, and nail material.
Provides a 3D floating with realistic OpenGL graphics. Users can switch between nine modes, including direct read, traditional, and rosette styles. It displays degrees, quads, or mils.
Logs acceleration, gyroscope, and magnetic field data simultaneously. data as CSV. Enable real-time visualization for live data viewing or disable for higher accuracy. Adjust sampling rate based on hardware capabilities.
The app provides continuous feedback on a car's proximity to losing traction. It analyzes braking, cornering, and acceleration forces against performance limits, correcting for terrain variations.
Display class rotations for the current day and any date. Show exam dates, vacation days, and user-added events on a calendar. Access lunch menus and athletics pages directly from the .
Allows users to plot functions, implicit relations, and parametric curves. It supports 3D graph visualization in AR. Features include inequality plotting, vector fields, and coordinate transformations.
Capture accelerometer, gyroscope, and magnetometer from iOS devices. Include time stamps and Apple's enhanced device motion for reference. Export raw for research or experimentation.
Edit 3D models using vertex, edge, poly, and object modes. Create parametrized shapes like cubes and cylinders. Import and export FBX files. Publish models to Sketchfab. Use keyboard shortcuts for efficient workflow.
Measure direction and elevation with a digital compass and inclinometer. Access real-time GPS and map data. Navigate using location-based routes. Share coordinates and track movement history.
Track progress during TSD rallies with real-time distance calculations based on average speed. Adjust timing manually via co-pilot input. Monitor speed and distance to maintain compliance with regulations.