Measures environmental noise and displays values through a gauge and graph. Shows current noise reference and min/avg/max levels. Allows device-specific calibration. Displays data in multiple formats.
The app listens to instrument sounds and measures frequency, providing directives for tuning. It offers manual and auto string selection modes, along with reference sounds for single-purchase use.
Attendees can browse speaker sessions, meals, and events. Message other attendees and speakers. Build a network of contacts. View venue maps and locate other participants. Stay updated on conference activities and schedules.
The app transforms an iPhone, iPod touch, or iPad into a virtual electric shaver. Users can select hair color and size in settings for a realistic prank experience.
Generate tone sounds with adjustable frequency settings from 160Hz to 20000Hz. Use slider or numeric input to set frequency. Play the selected tone. Test hearing by listening to different frequencies.
Calculate with scientific precision and enhanced functions
Simulate the HP-45 scientific calculator with photo-realistic visuals and original LED or LCD display. Print calculations, animate keys with sound and feedback, and replicate the calculator's computation times.
Connect with attendees, schedule sessions, interact
Connect with attendees and speakers by viewing profiles and interests. Build a personalized session schedule. Access an event map for navigation. Schedule meetings with other attendees or teams. Full features require event registration.
Test speaker performance with frequency-based testing. using targeted sound waves. Clean debris with vibration modes. Monitor audio quality and receive feedback on speaker health. Share results and reset settings for optimal sound output.
Learn the language with audio files from fluent speakers. Take three types of quizzes. Play three levels of games. Access a searchable database with dialogs, songs, images, and videos.
View stereo audio waveforms in real time with two-channel design and pixel-accurate resolution. Capture audio signals using a sophisticated trigger system. Monitor waveforms with minimal latency between sound input and visual display.