TestOpenProcessing

TestOpenProcessing

A small p5.js sketch simulates a bouncing ball on a 100×100 canvas. The ball’s motion is driven by the device’s accelerometer data, with acceleration values from `accelerationX` and `accelerationY` feeding velocity and position updates each frame. The ball rebounds off the canvas edges with a damping factor, and the current x-coordinate is displayed as text in the corner. The code uses the p5.js `setup`, `draw`, `createCanvas`, `ellipse`, and `background` functions, with no external data source beyond live sensor input.

96% match

TestOpenProcessing

A bouncing ball moves across a small canvas, responding to the device's accelerometer. The ball's velocity changes based on acceleration values, and it bounces off the canvas edges with a damping effect. The visualization uses the p5.js library, specifically the `accelerationX` and `accelerationY` variables, along with the `createCanvas` and `draw` functions, to animate the ball in real time.

94% match

TestOpenProcessing

A p5.js sketch displays a small canvas where a black ball bounces against the edges. The ball’s movement is driven by the device’s acceleration values, which are read directly as `accelerationX` and `accelerationY` and applied to velocity and position. The sketch also loads and displays a background image from `assets/moonwalk.jpg`. The code uses p5.js functions including `createCanvas`, `loadImage`, and `ellipse` to render the scene, with custom logic for velocity and bounce damping.

TestOpenProcessing

This example shows a single black ball bouncing around a white canvas, with its motion driven by the device's accelerometer data. Built with p5.js, the sketch continuously reads the acceleration values from `accelerationX` and `accelerationY` to update the ball's velocity and position. The ball accelerates based on tilt, and simple boundary checks reverse its velocity with a damping factor when it hits the canvas edges, creating a responsive, physics-like interaction.

TestOpenProcessing

This example uses the p5.js library to render a small canvas with a single black circle that moves according to the device's accelerometer readings. The ball’s velocity is updated from the acceleration values each frame, and it bounces off the canvas edges with a damping factor. The sketch reads raw accelerationX and accelerationY data directly, translating them into motion without any external dataset or simulation.

TestOpenProcessing

A small ball moves across a 100-by-100 canvas, bouncing off the edges with reduced velocity. The motion is driven by device acceleration data, which influences both velocity and position each frame. The sketch uses the p5.js library, with `setup()` initializing the canvas and `draw()` updating the ball’s coordinates via the `ballMove()` function. Acceleration values are read directly from `accelerationX` and `accelerationY`, and the ball’s speed and bounce damping are controlled by the constants `vMultiplier` and `bMultiplier`.

TestOpenProcessing

This example displays a 100x100 canvas filled with a static background image, using the p5.js library. The code defines variables for position, velocity, and acceleration, along with functions to calculate ball movement based on device acceleration data. However, the `draw()` function only clears the background and does not call `ballMove()`, so the bouncing-ball behavior described in the functions is never executed. The visualization therefore shows only the loaded image with no animated elements.

85% match

p5js Template

A p5.js template demonstrates a simple bouncing ball animation within a canvas. The sketch initializes a circle at a random position and moves it with constant horizontal and vertical speeds, reversing direction when it hits the canvas edges. The code uses p5.js functions `createCanvas`, `background`, `stroke`, `ellipse`, and the global `width` and `height` variables. It draws a red, unfilled circle with a stroke weight of four on a gray background, updating its coordinates each frame in the `draw` loop.