Module 2 Formstorming

Weekly Activity Template

Victoria Ngo

Project 2

Module 2

Activity 1 - Listening Exercise

Sounds of skating on ice Using my hands tapping on a surface to mimic the sounds of drums Sound of my dog playing with a squeaky toy The sound of pages flipping in a book Sizzling sounds from food being fried on a pan Sound of a zipper being opened and closed The sound of the subway moving underground Sound of a pencil being scribbled on paper Sounds of shoes walking on snow The sounds of button switches being clicked on a Nintendo Switch Sound of door know rattling Sounds of my friends and I laughing together Sound of typing on a keyboard Piano playing a melody Sounds of water being filled in a cup Guitar playing a melody Sound of makeup brushes moving around in a holder The sound of a yarn winder being turned The sound a perfume being sprayed The sound of a light switch turning on and off Sounds of pills being shaken in a bottle The sounds of fireworks going off Sounds of water flowing from a lake The sounds of dogs barking Sound of a keychain being shaken

Activity 2 - P5.js exercises

Sketch one testing amplitude that is reactive to audio Sketch Two testing amplitude that is reactive to audio Sketch Three testing amplitude that is reactive to audio Sketch Four using a slider to adjust amplitude to an audio Sketch Five using a slider to adjust amplitude to an audio Sketch Six using a Fast Fourier Transform (FFT) to analyze the volume of an audio in a vertical format Sketch Seven using a Fast Fourier Transform (FFT) to analyze the volume of an audio in a radial format Sketch Eight using a Fast Fourier Transform (FFT) to analyze the volume of an audio in a radial format Sketch Nine using a Fast Fourier Transform (FFT) to analyze the volume of an audio in a radial format Sketch Ten using a Fast Fourier Transform (FFT) to analyze the volume of an audio in a radial format Sketch Eleven using a Fast Fourier Transform (FFT) to analyze the volume of an audio in a vertical formats Sketch Twelve using mouse to control reverb of an audio Sketch Thirteen using a slider to adjust amplitude to an audio Sketch Fourteen using visuals that react to audio Sketch Fifteen using a Fast Fourier Transform (FFT) to analyze the volume of an audio in a vertical format Sketch Sixteen using a Fast Fourier Transform (FFT) to analyze the volume of an audio in a vertical format Sketch Seventeen using amplitude to analyze the volume of an audio in a radial format Sketch Eighteen using amplitude to analyze the volume of an audio Sketch Nineteen using amplitude to analyze the volume of an audio Sketch Twenty using amplitude and 3D primitive that rotates based on volume of audio Sketch Twenty One using amplitude and 3D primitive that rotates based on volume of audio Sketch Twenty Two using amplitude and 3D primitve that rotates based on volume of audio Sketch Twenty Three using amplitude and 3D primitve that rotates based on volume of audio Sketch Twenty Four using amplitude and 3D primitve that rotates based on volume of audio Sketch Twenty Five using a slider to adjust amplitude to an audio

Project 2

Final Project 2 Design

P5 Interactive Audio Web Header Portfolio

The final web page header is an interactive digital journal about myself, where the user can click on elements to trigger sounds, and use the chat box to ask questions about me. The web page uses three main elements: text to speech, a chatbot, interactive buttons, and images as buttons to trigger sound output.

Click here to see it working on my server



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