CPX$-$Lights$-$and$-$Sound

Introduction

This lab uses dictionaries to hold information about musical notes and colors. It also provides continued practice with using functions$-$and the capacitive touch pads.

Procedure

Create two global dictionaries

One to create a key:value pair for music notes and their fundamental frequency

Another to pair colors and their RGB tuple value

You may use your own values or the suggested values in the following tables

Notice there are more colors and notes than you will need

$\backslash$table$[[$Note$,$Freq$],[$A$4,440],[$B$4,494],[$C$5,523],[$D$5,587],[$E$5,659],[$F$5,698]]$

$\backslash$table$[[$G$5,784],[$A$5,880],[$B$5,988],[$C$6,1047]]$

Color $($Red$,$ Green, Blu$)$

black $(0,0,0)$

red $(255,0,0)$

green $(0,255,0)$

blue $(0,0,255)$

yellow $(255,255,0)$

purple $(255,0,255)$

cyan $(0,255,255)$

white $(255,255,255)$

Use an if$/$elif$/$else statement to evaluate four of the touch sensors around the board

For example, the sample code used A$1$ and A$3.$ A$4$ and A$6$ would be next

When a pad is touched it should emit a note and turn on all the pixels

The note and color is up to you

Notice that you'll need to include two more touch pads

cp$.$start$\_$tone$()$ is used to make the sound

cp$.$stop$\_$tone$()$ stops the sound

fill$\_$pixels$()$ is a function created to make all the pixels the same color with the color passed as a tuple from the colors dictionary

while True:Your code should include the following:The dictionaries as described aboveA function to turn on all the pixels using a the color tuple as a parameterAn if$/$elif$/$else structure to evaluate the state of at least four touch padsEach touchpad should have its own tone and color