Lap for Mini4wd tracks race times using iPhone's camera. Users select lanes, position camera above the track, and adjust mini4wd size. Tap [I'm Ready!] to start timing automatically when the vehicle passes the camera.
Measure distances with AR Ruler and 3D/2D room plans. Detect metal and wires for safe drilling. Use inclinometer for off-road navigation. Check surface flatness and object alignment. Measure angles and track tilt for stability.
Measures angles and incline using device sensors. Users can align objects horizontally or vertically. The displays real-time angle readings and allows calibration. It supports multiple orientation modes for precise leveling.
Measure surfaces for levelness and angles with high precision. Calibrate quickly and save settings automatically. Accurate to one tenth of a degree. Supports Retina displays. Align picture frames or check table surfaces.
Create realistic clothing mockups using AI-generated images and 3D models. Upload designs or sketches to generate photo-real product images. Choose from various mockup templates and adjust lighting and angles.
Track steps, sleep, exercise, water intake, and breathing training. Set goals for each category. View progress charts and receive reminders. Sync data across devices and access advanced insights.
– uses AR to display a digital protractor and on the device screen. Users can precisely, calibrate the , and save measurements. The supports both indoor and outdoor use for accurate readings.
Measure tilt angles from 0 to 359 degrees. Display in degrees, percentage, and sum angles for 180 or 360 degrees. Switch to theodolite mode and set specified angles to 0 degrees.
Organize and home tasks with customizable templates or auto-generated routines. Track progress in real time. Set reminders and receive notifications. Sync across devices. Manage schedules and prioritize tasks based on preferences.
Generate random numbers and verify their authenticity
Generate random numbers using atmospheric noise and certified true randomness. Flip coins from Ancient Rome to 27 modern currencies. Roll dice with customizable sides. Select random items from lists. Share results directly. No ads or in- purchases.
Distances and angles using augmented reality and on-screen rulers. Tap to mark points and calculate lengths. Export measurements as text or image. Sync with other devices for collaborative projects.
Turn your phone into a with precise inclination measurement. Use camera integration to measure lengths and angles. Adjust settings for different leveling tasks and save measurements for future reference.
Measure acceleration, orientation, and motion with built-in sensors. Record and analyze real-time data for experiments. Detect and generate sound tones. Visualize audio waveforms. Export measurements and graphs for scientific use.
Measure angles of elevation, slope, and incline using device motion. Determine roll angles for vehicles and aircraft. Calculate roof pitch and antenna look angles. Align pictures and measure tape or chain slopes.
Create profiles with customizable themes and personality insights. Suggest conversation starters and match improvements. Analyze potential matches based on interests and behavior. Offer AI-generated responses to messages.
Includes a bubble for aligning picture frames, mirrors, and shelves. Features a multi- with measuring functions, angle detection, and a flashlight. Offers a calculator, unit converter, and protractor for precise measurements and calculations.
Helps users make choices by offering tools like spin the for random selections, flip for quick decisions, and list for structured options. Users can customize wheels, flip coins, or create lists to decide on activities, meals, or debates.
Set up complete sports teams for supported leagues. Visualize lineups and tactics. Share with friends and members. Unlock fields for practice and match planning. Track player positions and formations.
Record in HD up to 1080p at 60 fps. Add facecam and audio for enhanced recordings. Save and share videos directly. Adjust settings for recording duration and file format.
Generate numbers by creating sequences of bouncing that collide with walls and other . Some reach target points to serve as results. Use accelerometer data to control physics-based ball machines.