Sensing Part 2: Force Sensitive Resistors and Photocells

johns's picture

Lab 4: Fly away

Use the force sensor attached to the fly to fly away. More force leads to an increase in speed.

Arduino code

/* Ardunio Code to get input from analog sensors */

 

IMG_1089.jpg
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ian's picture

Photosynthetic Life & Sitting FSR (4)

Description

Create an interesting visualization using input from a pot, FSR, or photocell; make a mechanical construction for an FSR. 

close up of FSR mechanical construction
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justinwang's picture

Lab 4: Simple Pong

/*
 * Simple Pong
 *
 *
 * Play one-person pong
 *
 * Receives an ASCII number over the serial port, 
 * terminated with a carriage return (ascii 13) then newline (10).
 * 
 * This matches what Arduino's " Serial.println(val)" function
 * puts out.
 *
 * Created 27 September 2011 by Justin Wang
 */
<
Mechanical Construction
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martin.kiechle's picture

Tangible Image Viewer

Our tangible interface makes it possible to display, swipe through, turn and zoom into images tangibly. We used Arduino, some physical parts and a bit of VB.NET code. (VB code is attached as a zip file)

Arduino code:

 

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Johnparayno's picture

Homework - Mechanical Part

// Build a little weight to see if there is too much trash in my trashbin

 

 

ass2.JPG
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fanwaipio's picture

Lab04

 

Description
Visualization
* Use the Arduino to read FSR input and visualized as circle wave.
 
Mechanical Construction
* Measure the force which writing on a card
 
Components Used
Resistor
FSR
Card
 

Processing part

27092011306.jpg
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victorpras's picture

Lab 4

Lab 4 by Victor Tjhia

Description

Using force sensor to "explode" an image

Components Used

·         Resistor

·         Arduino

·         Solderless Board

sensor.jpg
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Moving figures

Components Used: - Resistors - Potentiometer - FSR - Photocell The program varies the frame rate of the animation using the force sensor in arduino. https://hkn.eecs.berkeley.edu/~hilfialkaff/files/cool_sprite.pde

photo.jpg
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albert_tjoeng's picture

LAB4

Description:

for the programming part, I basically change the speed for a bounce ball using the FSR. If there is no force then the speed is zero, I can increase the speed of the ball by pressing the FSR.

for the mechanical part, I put my FSR under my doormat. This will be useful to detect that there is somebody who come in or leave from the front door.

Materials:

Arduino

FSR

Potentiometer

doormat

Arduino Code:

 

photo.JPG
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Lab 4- FSR

 

Description:

I worked on the two components, ie the visual and the mechanical ones separately. 

I first visualized the force applied on the FSR and the use of the pot by a simple line graph.

For the mechanical part, I built a "metal detector" which would use the force applied by materials attracted to a magnet which I attached to the FSR. There would be an "ALERT" message on the computer screen, as well as an LED light attached to the circuit would start blinking upon contact.

img.jpg
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