After noticing the display showing Fahrenheit values that were not properly converted, we looked into the code and adjusted the Celsius-to-Fahrenheit equation. Now the display emits the correct values.
Next, we began working with a Dragino Yun Shield, which adds wireless capability to an attached Arduino board. With the shield and Arduino as the command center, a robot can send collected data to a computer or website through a wireless network. A computer could also control the robot's movements cable-free.
Before adding such functionality, we established and tested a connection between the Arduino and our computer. To do so, we connected the computer to the Arduino through the shield's built-in, wireless network. Then we used an example program from the shield's documentation, which makes the Arduino receive information from the computer and send it back .
Next, we began working with a Dragino Yun Shield, which adds wireless capability to an attached Arduino board. With the shield and Arduino as the command center, a robot can send collected data to a computer or website through a wireless network. A computer could also control the robot's movements cable-free.
Before adding such functionality, we established and tested a connection between the Arduino and our computer. To do so, we connected the computer to the Arduino through the shield's built-in, wireless network. Then we used an example program from the shield's documentation, which makes the Arduino receive information from the computer and send it back .
Goal
- Display the temperature in degrees Fahrenheit on the LCD
- Figure out how to use the Yun Shield and PuTTY program
- Create a wishlist of the items to order that we'll need in the future
Programs Written
- ThermistorLCD
- YunExample1
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