Finalized Concept:
The main idea of my code is using user’s audio input to instantiate objects , which are these orbiting circles. Noise made by the user will instantiate objects of the particle class. The more noise the user makes, the mic.getlevel function will record that volume, and objects of the particle class will be instantiated. Besides the particle system concept, I decided to also integrate the sin and cosine function that take in the angle as an input, which creates that curved path. The program to play different music/change colors and speeds based on the volume of the user’s audio. For instance: associating higher volumes, that is when mic.getlevel exceeds a certain threshold, to brighter colors (oranges, yellows, reds), more high pitched music(guitar, bass, drums), and increasing the speed of the particles, while associating lower volumes ,that is when mic.getlevel is below a certain threshold, to more dull colors (blue, purple, green), more low pitched music(piano, violin, harp), and decreasing the speed of the particles.
Progress from Last Week:
- Implemented the getVolume and Threshold
- Implemented the increase/descrease speed based on volume using map function
- Associated certain colors to volumes by restricting the randomness in RGB values
- Clearing/splicing elements from the particle system list when list gets too long
- Implemented a list that stores radii that have already been used so particles instantiated dont overlap
SVG files:
I am currently having trouble downloading the zip files on my laptop, I booked office hours and will try to get help from my peers to hopefully resolve this issue. I was facing issues with the download which is also why I was not able to submit this on time, sorry for the inconvenience.
Program: