Conceptual drawings

Taylor Bird: Start with a black plane and a 2500 dots. Make the points bounce realistically off the walls in avoidance of your mouse. When the points reach the edge, they will change color. Implemented by En Wang

Larry Chan: Code a digital painting featuring a series of white parallel horizontal lines on a black background, and have the lines change to a specific white color as squares fall down from above. The lines that each square passes should eventually fade back to white, before turning into a color again as another square passes over; preferably after the last trail of colors from the previous square vanishes.
Different sections of the line should turn to a specific color each time a square goes by it.
The squares are generated above from outside the screen, and they should disappear once they leave the bottom of the screen. The squares should be created with different X coordinates each time (so it'll be like it's raining squares) Implemented by Taylor Bird

Joey Cheng: dots are moving from the top of the screen to the bottom of the screen and vise versa.
-There are also dots moving from the left side of the screen to the right side of the screen and dots moving in the opposite direction.
-Each dot will be moving at a different speed.
-They will leave a trail of a different color.
-When the dots meet they will change colors and continue on their original path.
-When the dots reach the end of the screens they will reverse their direction and change colors.
-These actions will go on indefinitely. Implemented by Larry Chan

Daniel Frank: Make a 500 by 500 square. Divide the square horizontally from the top right to the bottom left. On the left/top triangle, make horizontal lines spaced 50 apart. In the right/bottom triangle, make vertical lines spaced 10 apart. Implemented by Joey Cheng

Nitisha Jaiswal: IDEA 1: When a circle crashes into a wall it will break into two smaller circles. Whenever a circle crashes into a circle it will join together to form a bigger circle.
IDEA 2: A cube disintegrates into thousand little cubes, all over the canvas. Every cube comes back to join and make one big cube again (like going back to the start) and then the process repeating itself. Implemented by Daniel Frank

Anthony Lam:
The background consists of a yellow to orange gradient background
After this, image there is a split in the middle of the canvas
For the left side ,there are broad lines that eventually leads to a single point at the top middle of the image
For the right side is the same idea, but the lines lead to a single point at the bottom of the image
There is a circle that goes around within the canvas, that changes color from black when in the gradient background, to orange when in the broad lines.
The speed of the circle is slow, but not insanely slow
The circle also grows and shrinks in size Implemented by Nitisha Jaiswal

Zoe McCloskey: The painting begins with a thin green or brown horizontal rectangle that does not exceed the edges of the canvas.
When a mouse enters the canvas a yellow, gold, or orange ellipse appears and begins to move slowly around the rectangle.
Everytime the ellipse makes a complete revolution around the rectangle, a new long thin rectangle (at a different angle) appears and a new ellipse rotates around it.
Again when this second ellipse makes a complete revolution a 3rd rectangle and ellipse appear.
This continues, with none of the existing rectangles and ellipses disappearing and with none of the ellipses stopping movement.
The subsequent ellipses and rectangles, can be the same size and color as the original or they can be different sizes and colors. The subsequent ellipses may move at the same speed or at varied speeds.
If the mouse is taken away from the canvas, all movement of the ellipses stops but the shapes remain. Implemented by Anthony Lam

Jiayun Ong: Move the first row of radial patterns in the right direction. It disappears into the edge of the screen but starts back again from the left. So, it moves from left to right, repeatedly.
2nd row of radial patterns moved from left to right, when it hits the edge of the frame, it bounces back in the left direction but starts back at the right of the frame. Moving right to left, right to left, repeatedly. Implemented by Zoe McCloskey and Angela Sevilla

Sara Ras: a black square canvas divided into 9 equal parts by red horizontal lines and blue vertical lines
a teal isosceles right triangle starts at the intersection on the bottom right, ending at the bottom right of the canvas with sides touching the blue line and bottom edge.
an ellipse with yellow stroke at the top left intersection of the lines, with width and height changing depending on location of the cursor.
A dark green circle that bounces horizontally across the middle of the canvas, changing to black when passing the middle section. Implemented by Jiayun Ong

Jaza Samuel: For this conceptual piece I want to have a combination of triangles that are varying in shapes and stork thickness. There will be a grey background. The triangles should have a black stroke with varying thicknesses. The piece should be modular in the sense that all the shapes should be joined and should be moving at the same time. The modular triangles should be moving in a circular motion (almost like a kaleidoscope effect).
The triangles should be in 2 sizes, one small and one big and should be joined from any vertex (creating a fan shape). Then this shape should form a 45-degree angle and then that should be mirrored on the other side (almost like 2 flaps). These modular shapes should be zooming in and out while moving in a circular motion. Implemented by Jaza Samuel

Angela Sevilla: Background size: 800x1000 I want to create waves made by many circles of various sizes.
The waves will move as you move your hand closer or further away from the sensor. The closer you are, the bigger they get, and the circles multiply as well.
From far away, I want the color of the circles to almost blend to the background (dark grey with black background, off white with white background, etc.). As your hand gets closer to the sensor, I want the colors to change into vibrant ones. Implemented by Jaza Samuel

Trey Smith:A large white square divided into four equal squares separated and bordered by thick black lines. Within each square, a small black dot will sit at the center. Four thin black lines make one smaller square where each corner sits on each dot in each quadrant. Implemented by Xiang Shi

Xiang Shi: The style of the whole image is black and white and the background is black.
A dot with a thin frame is at the center.
Three white triangles surround the dot evenly and spin around it constantly.

Colin Swenson: Starting in the top left corner, make a thick line that spirals clockwise into the center. Then, from top right corner, create a line of half the thickness that spirals counterclockwise into the center. Then, starting from the bottom right corner create a line half the thickness of the previous line that spirals into the center clockwise. Finally, from the bottom left corner, create a line of half the thickness of the previous line that spirals counterclockwise into the center.

En Wang: A canvas background has 5 sections of different pastel colors (horizontally) rangingfrom darker in value to lighter from bottom to top. 3 red vertical lines will stretch vertically across the page. The mouse would be able to push and bounce the lines back and forth across the page. As they reach the sides of the page, they change color.