Example Code:

#include $"$xc$.$h$"$

$//$ CW$1$: FLASH CONFIGURATION WORD $1$

#pragma config ICS $=$ PGx$1$

#pragma config FWDTEN $=$ OFF

#pragma config GWRP $=$ OFF

#pragma config GCP $=$ OFF

#pragma config JTAGEN $=$ OFF

$//$ CW$2$: FLASH CONFIGURATION WORD $2$

#pragma config I$2$C$1$SEL $=$ PRI

#pragma config IOL$1$WAY $=$ OFF

#pragma config OSCIOFNC $=$ ON

#pragma config FCKSM $=$ CSECME

#pragma config FNOSC $=$ FRCPLL

void setup$($void$)$

$\{$

AD$1$PCFG $=0$x$9$fff; $//$sets all pins to digital I$/$O

TRISA $=0$b$0000000000011111$; $//$set port A to inputs,

TRISB $=0$b$0000000000000011$; $//$and port B to outputs

LATA $=0$xffff; $//$Set all of port A to HIGH

LATB $=0$xffff; $//$and all of port B to HIGH

CLKDIVbits.RCDIV $=0$; $//$Set RCDIV$=1$:$1($default $2$:$1)32$MHz or FCY$/2=16$M

$\}$

void delay$($void$)\{$

int curCount $=0$;

while$($curCount $<mtext></mtext><mn>4</mn><mn>0</mn><mn>0</mn><mn>0</mn><mn>0</mn><mi>)</mi>$

$\{$

curCount$++$;

$\}$

$\}$

int main$($void$)\{$

setup$()$;

LATB $=0$x$7$FFF; $//$This will turn on the most significant LED

while$(1)\{$

$//$ Execute repeatedly forever and ever and ever and ever $...$

delay$()$; $//$This pauses execution so the shifts are visible

LATB $=$ LATB $>>1$; $//$This shifts the LATB register

LATB $|=0$x$8000$;

$\}$

return $0$;

$\}$

however, the example code only outputs RB$14-12$ on the circuit, not RB$15.$ Modify the example code to implement a bouncing LED. Use shifting $($both $>>$ and and masking operations to illuminate the LED$$s in this pattern: RB$15->$RB$14->$RB$13->$RB$12->$RB$13->$RB$14->$RB$15...$ This pattern should repeat indefinitely. Please help me figure out this code. I am having a hard time getting this code to shift and light up the LEDs invidually like the pattern. I would really appreciate it$!$ PS$.$ I have also attached a image of what the circuit would look like