Duality Shift vs FrequencyCat

Caution: This game may contain strobe effects and flashing lights that could potentially trigger seizures or discomfort for individuals with photosensitive epilepsy or other sensory sensitivities. Player discretion is advised. "Duality Shift: Cadence Flux" is a mini rhythm game that takes players on a journey through the realms of duality and rhythm. In this immersive experience, you'll find yourself at the crossroads of two contrasting states, each represented by its own distinctive energy. Your objective is simple yet challenging: master the art of shifting between these dual states to match the ever-changing cadence of the music. As you progress, you'll encounter intricate patterns and evolving soundscapes that demand your utmost precision and timing. The game's mechanics are designed to test your rhythmic prowess. In one state, you're aligned with the light, flowing effortlessly with the luminous beats that come your way. But with a swift tap, you can shift to the other state, embracing the shadowy, pulsating rhythms that demand a different approach. "Duality Shift: Cadence Flux" offers a visual and auditory experience, with eerie, intriguing visuals that respond to your every move, and a soundtrack that evolves as you progress. It's a game that challenges not only your reflexes but also your ability to find harmony within duality.

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.