Washboard vs FrequencyCat

Turn your mobile device into a musical washboard! You can play the classic metal washboard as is, or customize it by adding instruments like horns and woodblocks in any combination. You can even add decorations like a flower, a sticker or party lights. Play along with your iPod music, or plug into an amp and join a jug band! Some reviews say the app doesn't sound like a washboard, but it does use audio samples taken from a real washboard. The samples come from a metal board played with 1" zinc washers -- this gives a sound harder than thimbles but softer than spoons -- and include a tap, scrub and wood sound. The add-on instruments also use real audio samples. Instruments include: - Small cowbell - Large cowbell - Small horn - Large horn - Tambourine - Cymbal - Small woodblock - Large woodblock - Service bell - Vibraslap - Toy chicken Decorations (no sound) include: - Toy dinosaur - Flower - Bow tie - Hula girl - Woody Guthrie sticker - Party lights If you have any MIDI equipment, you can also use Washboard as a MIDI controller. Map each instrument in the app to a note number in your sound module, then tap the board or attached instruments to send note-on commands. The MIDI commands are sent on channel 10 for easy access to most percussion modules. Before buying this app, I recommend watching the demo video at washboardapp.com to see how it works. If you need help after your purchase, please contact me before writing a bad review. I have no way to respond or help you if you publish your complaints in a review, but I respond promptly to all emails.

Hide an image inside sound. FrequencyCat is a playful tool for exploring the connection between images, sound, and spectrograms. Choose an image, and FrequencyCat transforms it into a unique audio signal. Play the sound and view its spectrogram, and you’ll see the original image emerge again from the frequencies. With FrequencyCat, you can: - Turn images into sound - View audio spectrograms in real time - Play sounds and reveal the images hidden inside them - Explore how different images create different sounds - Discover the relationship between sound, frequency, and Fourier transforms in an intuitive way There’s no magic behind it. Just frequencies, phases, an inverse Fourier transform, and a little curiosity about sound. Whether you’re interested in acoustics, music, signal processing, or simply wondering what an image might sound like, FrequencyCat gives you a new way to explore. Pick an image. Hear what it sounds like.