Create a Schematic to Block Diagram Conversion and Program to Flow Chart Conversion

Code:

$//$ C$++$ code

$//$

void setup$()$

$\{$

int i;

pinMode$(2,$INPUT$\_$PULLUP$)$; $//$ setup for Pin $2$ to be an input

pinMode$($A$0,$OUTPUT$)$; $//$ Setup for Pin to be an output

pinMode$($A$1,$OUTPUT$)$;

pinMode$($A$2,$OUTPUT$)$;

pinMode$($A$3,$OUTPUT$)$;

digitalWrite$(4,$HIGH$)$;

digitalWrite$(5,$HIGH$)$;

digitalWrite$(6,$HIGH$)$;

digitalWrite$(7,$HIGH$)$;

digitalWrite$(8,$HIGH$)$;

digitalWrite$(9,$HIGH$)$;

digitalWrite$(10,$HIGH$)$;

$\}$

void selectcolumn$($int x$)$

$\{$

switch$($x$)$

$\{$

case $0$: digitalWrite$($A$0,$LOW$)$; $//$ Output for A$0$ setting it to Low

digitalWrite$($A$1,$LOW$)$;

digitalWrite$($A$2,$LOW$)$;

digitalWrite$($A$3,$LOW$)$;

break;

case $1$: digitalWrite$($A$0,$HIGH$)$;

digitalWrite$($A$1,$LOW$)$;

digitalWrite$($A$2,$LOW$)$;

digitalWrite$($A$3,$LOW$)$;

break;

case $2$: digitalWrite$($A$0,$LOW$)$;

digitalWrite$($A$1,$HIGH$)$;

digitalWrite$($A$2,$LOW$)$;

digitalWrite$($A$3,$LOW$)$;

break;

case $3$: digitalWrite$($A$0,$LOW$)$;

digitalWrite$($A$1,$LOW$)$;

digitalWrite$($A$2,$HIGH$)$;

digitalWrite$($A$3,$LOW$)$;

break;

case $4$: digitalWrite$($A$0,$LOW$)$;

digitalWrite$($A$1,$LOW$)$;

digitalWrite$($A$2,$LOW$)$;

digitalWrite$($A$3,$HIGH$)$;

break;

default:digitalWrite$($A$0,$LOW$)$;

digitalWrite$($A$1,$LOW$)$;

digitalWrite$($A$2,$LOW$)$;

digitalWrite$($A$3,$LOW$)$;

break;

$\}$

$\}$

void pattern$1($int p$)$

$\{$

switch$($p$)$

$\{$

case $0$: digitalWrite$(4,$HIGH$)$;

digitalWrite$(5,$HIGH$)$;

digitalWrite$(6,$HIGH$)$;

digitalWrite$(7,$HIGH$)$;

digitalWrite$(8,$HIGH$)$;

digitalWrite$(9,$HIGH$)$;

digitalWrite$(10,$HIGH$)$;

break;

case $1$: digitalWrite$(4,$LOW$)$;

break;

case $2$: digitalWrite$(5,$LOW$)$;

break;

case $3$: digitalWrite$(6,$LOW$)$;

break;

case $4$: digitalWrite$(7,$LOW$)$;

break;

case $5$: digitalWrite$(8,$LOW$)$;

break;

case $6$: digitalWrite$(9,$LOW$)$;

break;

case $7$: digitalWrite$(10,$LOW$)$;

break;

case $14$: digitalWrite$(1,$LOW$)$;

digitalWrite$(4,$LOW$)$;

break;

case $23$: digitalWrite$(2,$LOW$)$;

digitalWrite$(3,$LOW$)$;

break;

case $56$: digitalWrite$(5,$LOW$)$;

digitalWrite$(6,$LOW$)$;

break;

case $77$: digitalWrite$(4,$LOW$)$;

digitalWrite$(5,$LOW$)$;

digitalWrite$(6,$LOW$)$;

digitalWrite$(7,$LOW$)$;

digitalWrite$(8,$LOW$)$;

digitalWrite$(9,$LOW$)$;

digitalWrite$(10,$HIGH$)$;

break;

default:digitalWrite$(4,$HIGH$)$;

digitalWrite$(5,$HIGH$)$;

digitalWrite$(6,$HIGH$)$;

digitalWrite$(7,$HIGH$)$;

digitalWrite$(8,$HIGH$)$;

digitalWrite$(9,$HIGH$)$;

digitalWrite$(10,$HIGH$)$;

break;

$\}$

$\}$

void collate$($int q$,$ int b$,$ int t$)$

$\{$

selectcolumn$(0)$;

delay$(200)$; $//$ System pause for $200$ mS

pattern$1($q$)$;

selectcolumn$($b$)$;

delay$($t$)$;

selectcolumn$(0)$;

pattern$1(0)$;

delay$($t$)$;

$\}$

void loop$()$

$\{$

collate$(7,4,1000)$;

collate$(7,3,1000)$;

collate$(7,2,1000)$;

collate$(7,1,1000)$;

collate$(23,1,1000)$;

collate$(13,1,1000)$;

collate$(13,2,1000)$;

collate$(13,3,1000)$;

collate$(13,4,1000)$;

collate$(56,4,1000)$;

$\}$