# task $4$

# $10$ mixed types of errors

# This is similar to lab $5$ accelerometer problem

import time

import random

from adafruit$\_$circuitplayground import cp

cp$.$pixels.brightness $=0\mathrm{.}01$

RGB $,,255$

# a proper function for "sparkling pattern"

def sparkle$()$:

$a=$

counter $=$

while $($counter $)$:

$i=$ random. randint $(,9)$

$j=$ random. randint $(,9)$

if $)(i$ :

cp$.$pixels.brightness $=0\mathrm{.}8$

for $k$ in range$(5)$:

cp$.$pixels$[$i$]=$ RGB$[$j$]$

cp$.$pixels $[(9+j)\%1]=RGB[(9+i)\%10]$

cp$.$pixels $[(i\%5)]=RGB[(j\%5)]$

cp$.$pixels.brightness $=cp.$ pixels.brightness $-0\mathrm{.}15$

time.sleep $(\mathrm{.}01)$

$a=i.$pixels.fill $((,,))$

counter $+=1$

while true:

$x,y,z=cp.$acceleration

print $((x,y,z))$

if or $)<mi\; id="EditorElement\_1290040">(</mi><mn\; id="EditorElement\_1290034">1</mn>$ or $)<mi\; id="EditorElement\_1290000">(</mi><mn\; id="EditorElement\_1289994">1</mn>$ or $-$ b$)>-1)$ or $)>(-1$ sparkle$()$

time. sleep$(\mathrm{.}1)$

$a=x$

$b=y$

$c=z$