Difference between revisions of "Ultrasonic Sensor (HC-SR04) + Raspberry Pi"

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Line 7: Line 7:
  
 
==Wire setup==
 
==Wire setup==
 +
  
 
==Software==
 
==Software==
 
===Python===
 
===Python===
# '''Create a new script'''
+
'''Create a new script'''
 
[[File:Newscript.png|thumbnail]]
 
[[File:Newscript.png|thumbnail]]
# '''Save your script as ultrasonic_distance.py in the ~/pythonpractice folder'''
+
'''Save your script as ultrasonic_distance.py'''
# '''Open up the terminal'''
+
* Go to File and click on Save as
# '''Type cd ~/pythonpractice to change directory to your pythonpractice folder, and hit Enter'''
+
* In the field Save in browse for the C: drive and then select a folder to save in
# '''Type ./hello.py and hit Enter to run your program'''
+
* For the field File name type in ultrasonic_distance.py
 
+
* In the field Save as type select All Files
 +
* Click on Save
 +
'''Open up the terminal'''
 +
* Click on the monitor icon on the top of the screen
 +
'''Type cd "folder name" to change directory to your pythonpractice folder, and hit Enter'''
 +
'''Type ultrasonic_distance.py and hit Enter to run your program'''
  
 
==TroubleShooting the pi==
 
==TroubleShooting the pi==
  
 
[[Category:HowTos]]
 
[[Category:HowTos]]

Revision as of 17:13, 2 May 2017

Hardware

  • Raspberry pi 3
  • Ultrasonic Sensor - HC-SR04
  • A set of resistors for each sensor you are connecting
    • 330Ω and 470Ω
  • Jumper wires to connect the sensor(s) to the pi

Wire setup

Software

Python

Create a new script

Newscript.png

Save your script as ultrasonic_distance.py

  • Go to File and click on Save as
  • In the field Save in browse for the C: drive and then select a folder to save in
  • For the field File name type in ultrasonic_distance.py
  • In the field Save as type select All Files
  • Click on Save

Open up the terminal

  • Click on the monitor icon on the top of the screen

Type cd "folder name" to change directory to your pythonpractice folder, and hit Enter Type ultrasonic_distance.py and hit Enter to run your program

TroubleShooting the pi