Module 3 Formstorming

Weekly Activity Template

Darian Tan | Project 3 - Touch: Design For Living Systems

Project 3

Module 3

Here are my Activity 1 and Activity 2 Sketches that will be a showcase of my process work leading up to the final design.

Activity 1

Pressing space bar increases/decreases the size of the square and the arrow keys change the colour. Pressing space bar increases the speed of the square going in a circular motion, shifting colour RGB values and clicking resets the poistion. clicking will reset the random position of the square upon appearing again the colours change. Space Bar increases the speed gradually, and the arrow keys change the direction of where it will go. Arrow keys move it up, down, left, or right and leave a trail of smaller squares behind it. Upon click it will change the poisiton and colour as well. Pressing Space Bar will allow the ball to bounce while leaving a trail or RGB circles behind then disappearing. The arrows change its direction. Upon click it will display a short duration of blue circles on the screen and to control the moving circle use arrow keys. Pressing Space Bar will create a shooting star effect for the circles and arrows keys act like directional indicators. When started, arrow keys allow it to move around like the game of snake and move in the 4 main directions. Pressing and holding the Space Bar will allow the main blue circle to hover going upwards and the click function makes small rectangles appear on screen. When pressing Click it will change the shape of the 3D object and Space Bar modifies the angle of the shape itself while moving on its own. Upon clicking it will change the camera angle of the 3D object and instead of the shape being a shade of black it is an RGB donut. Click will make the Donut change its position instantly while spinning around slowly. Click will allow you to spawn non-textured Donuts and the arrow keys allow the RGB Donut to rotate. Click will increase the Donut size eventually covering up the middle hole. Upon Click it will spawn a pair of Donuts in another colour. Still keeping the rotation a float. Pressing Space Bar it allows you to move the camera inward or out to view the plain and full scale of the donut. A first person view of the the donut where you are able to use the arrow keys to have a 360 view of the surrounding area. Arrow keys allow you to move around inside the donut. Using the arrows allows the user to move the full connected 3D object of the plain and donut up, down, left or right while it still maintains a rotating movement. Generates the green plains upon start and allows you to use the arrows to view the donut and move it with Click. Clicking around the grey bullseye allows sparks to appear in small circles and if user clicks inside the bullseye it will shift the colours gradually. Clicking will generate P5 sketches that appear as music notes, pressing inside the music disc will change the canvas colour slowly. Clicking the circle will increase the size of the circle then go back to its original state slowly. Clicking generates a circle and when user presses Space Bar it will flash white.

Activity 2

Close up image of the interaction working together with the sketch on the screen. Full image capturing the workspace of creating the drawn controller with Graphite pencil. Displaying the connection with the conductive fabric and that it is operable. Prototype 4 Circuit Idea Number 3 utilizing conductive fabric and conductive cloth. Prototype 4 Circuit Idea sketch number 2 that showcases the piano design. Prototype 4 Circuit 1 sketch experimenting with the idea of hand connection as ground and the conductive cloth. Displaying the different materials used for Prototype number 4. Drawn graphite pencil and hand connection circuit works. Full image of the drawn graphite controller using paper and alligator clips. Showing the attachments of the alligator clips to the paper and graphite pencil sketched area. Initial sketch of the drawn graphite controller. Testing extending connection using drawn lines of graphite paper and more alligator clips and making contact with each other completing the circuit. Displaying full workspace and circuit of the 2 graphite lines and it working. Full image of the 2 line graphite circuit but no connection being made. Display of materials I will be using for the graphite sketch circuit. Initial sketch using graphite pencil to create a circuit. Initial sketch testing a circuit similar to the tutorial week 10 video using your fingers as the ground and middle connection to finish the circuit. initial drawing of using graphite and my finger to complete the sketch. Displaying the hand-connection circuit using copper tape is fully functional. First initial test of the copper tape circuit. Second test of the copper tape circuit. Third Sketch of the hand and copper tape circuit. Second sketch of the hand and copper tape connection circuit. Display of the materials and objects used for the copper tape and hand connection circuit. First sketch of the hand and copper tape connection circuit.

Project 3

Final Project 3 Design

My Homemade Joystick Controller With a Slider made of cardboard and conductive materials.

My Homemade Joystick Controller With a Slider made of cardboard and conductive materials.
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