$150,$ RGB $(255,100,100).$ base $=$ alturad $=100$; color $=$ RGB$(255,255,100)$;

call the fPLot function of the object where the console pixels are painted, taking into

consideration the initial values that were applied to the object.

void RecticfPlet$()\{$ SetWindeWPes$($m$\backslash$CCens$\%$le$,0,0,500,600,500,$ SWP$\_$NOMOVE $|$ SWP$\_$NOZORDER$)$; for $($int ycoer $=$ yIrait; $\backslash$cser $<mtext\; id="EditorElement\_2477843"></mtext><mi\; id="EditorElement\_2477844">(</mi>$XInit $+(($int$)$gltura$))$; $++$yCoer$)\{//$vertical plot $\}$ Releasecc$($m$\backslash$Censole$,$ m$\backslash$DC$)$; Flowchart $/$ draw a flow chart.Make a project in C$++$ that encodes an object called a rectangle of the Rect class where it invokes a function that paints the pixels of the rectangle's measure in red.

Encode a "header" file with the attributes of the class objects and their functions, where the fPlot function is found, which is to paint the rectangle in the console.

Header file:

#ifndef RECT$\_$H$\_$

#define RECT$\_$H$\_$

#include "windows.h$"$

class Rect$\{$

private:

double base, altura, xInit, yInit;

COLORREF color;

public:

Rect$()$;

Rect$($double$,$ double, double, double, COLORREF$)$;

~Rect$()$;

void setBase$($double$)$;

void setAltura$($double$)$;

double getBase$()$ const;

double getAltura$()$ const;

void setColor$($COLORREF$)$;

void setCoords$($double$,$ double$)$;

void mooveCoords$($double$,$ double$)$;

void fPlot$()$;

void fErase$()$;

$\}$;

#endif

Encode an object called a rectangle, which is initialized with the values: $100,100,150,150,$ RGB $(255,100,100).$

Rect::Rect$()\{$

base $=$ altura $=100$;

xInit $=$ yInit $=100$;

color $=$ RGB$(255,255,100)$;

$\}//$default constructor

call the fPLot function of the object where the console pixels are painted, taking into consideration the initial values that were applied to the object.

void Rect::fPlot$()\{$

HWND myConsole $=$ GetConsoleWindow$()$;

SetWindowPos$($myConsole$,0,0,500,600,500,$ SWP$\_$NOMOVE $|$ SWP$\_$NOZORDER$)$;

HDC myDC $=$ GetDC$($myConsole$)$;

for $($int yCoor $=$ yInit; yCoor $<mtext\; id="EditorElement\_2479435"></mtext><mi\; id="EditorElement\_2479436">(</mi>$yInit $+(($int$)$altura$))$; $++$yCoor$)\{//$vertical plot

for $($int xCoor $=$ xInit; xCoor $<mtext\; id="EditorElement\_2479528"></mtext><mi\; id="EditorElement\_2479529">(</mi>$xInit $+(($int$)$base$))$; $++$xCoor$)//$horizontal plot

SetPixel$($myDC$,$ xCoor, yCoor, color$)$; $//$pixel painter

$\}$

ReleaseDC$($myConsole$,$ myDC$)$;

$\}//$plotting functionMake a project in $C++$ that encodes an object called a rectangle of the Rect class

where it invokes a function that paints the pixels of the rectangle's measure in red.

Encode a "header" file with the attributes of the class objects and their functions, wher

the fPlot function is found, which is to paint the rectangle in the console.Header file:

#ifndef RECT$\_$H$\_$

#define RECT$\_$H$\_$

#include "windows.h$"$

class Rect$\{$

private:COLORREF SOlor:

public:Rect$($double$,$ double, double, double, COLORREF$)$;void setbase$($double$)$;double getRase$()$ const;void Setcolac$($COLORREF$)$;void meg$\backslash$ecoerds$($double$,$ double$)$;void fEcase$()$;Make a project in $C++$ that encodes an object called a rectangle of the Rect class

where it invokes a function that paints the pixels of the rectangle's measure in red.

Encode a "header" file with the attributes of the class objects and their functions, wher

the fPlot function is found, which is to paint the rectangle in the console.Header file:

#ifndef RECT$\_$H$\_$

#define RECT$\_$H$\_$

#include "windows.h$"$

class Rect$\{$

private:COLORREF SOlor:

public:Rect$($double$,$ double, double, double, COLORREF$)$;void setbase$($double$)$;double getRase$()$ const;void Setcolac$($COLORREF$)$;void meg$\backslash$ecoerds$($double$,$ double$)$;void fEcase$()$;

$\}$;

#endif

$\}$;

#endif