I$\text{'}$m getting these $8$ errors and I$\text{'}$m not sure how to fix them:

I$\text{'}$m trying to create Create $100$ random Shapes and add them to the vector but Ican't with these errors.

Error C$2661$ 'Line::Line': no overloaded function takes $2$ arguments

Error C$2661$ 'Rectangle::Rectangle': no overloaded function takes $3$ arguments

Error C$2661$ 'Triangle::Triangle': no overloaded function takes $3$ arguments

Error C$2661$ 'Circle::Circle': no overloaded function takes $2$ arguments

Error C$2661$ 'Line::Line': no overloaded function takes $2$ arguments

Error C$2661$ 'Rectangle::Rectangle': no overloaded function takes $3$ arguments

Error C$2661$ 'Triangle::Triangle': no overloaded function takes $3$ arguments

Error C$2661$ 'Circle::Circle': no overloaded function takes $2$ arguments

class ShapeFactory $\{$

public:

static Point$2$D RandomPoint$()\{$

$//$ Generate random x and y coordinates for the point

int x $=$ rand$()\%100$;

int y $=$ rand$()\%100$;

return Point$2$D$($x$,$ y$)$;

$\}$

static ConsoleColor RandomColor$()\{$

$//$ Generate a random color

int color $=$ rand$()\%16$;

return static$\_$cast$($color$)$;

$\}$

static std::unique$\_$ptr RandomShape$()\{$

$//$ Generate a random number and create the corresponding shape

int shapeType $=$ rand$()\%4$;

switch $($shapeType$)\{$

case $0$:

return RandomLine$()$;

case $1$:

return RandomRectangle$()$;

case $2$:

return RandomTriangle$()$;

case $3$:

return RandomCircle$()$;

default:

return nullptr;

$\}$

$\}$

static std::unique$\_$ptr RandomLine$()\{$

$//$ Create a random line

Point$2$D start $=$ RandomPoint$()$;

Point$2$D end $=$ RandomPoint$()$;

return std::make$\_$unique$($start$,$ end$)$;

$\}$

static std::unique$\_$ptr RandomRectangle$()\{$

$//$ Create a random rectangle

Point$2$D topLeft $=$ RandomPoint$()$;

Point$2$D bottomRight $=$ RandomPoint$()$;

return std::make$\_$unique$($topLeft$,$ bottomRight$)$;

$\}$

static std::unique$\_$ptr RandomTriangle$()\{$

$//$ Create a random triangle

Point$2$D point$1=$ RandomPoint$()$;

Point$2$D point$2=$ RandomPoint$()$;

Point$2$D point$3=$ RandomPoint$()$;

return std::make$\_$unique$($point$1,$ point$2,$ point$3)$;

$\}$

static std::unique$\_$ptr RandomCircle$()\{$

$//$ Create a random circle

Point$2$D center $=$ RandomPoint$()$;

int radius $=$ rand$()\%50$;

return std::make$\_$unique$($center$,$ radius$)$;

$\}$

$\}$;

#include

#include

#include "ShapeFactory.h$"$

int main$()\{$

int shapeType $=$ rand$()\%16$;

switch $($shapeType$)\{$

case $6$: $\{$

std::vector$>$ shapes;

for $($int i $=0$; i $<100$; $++$i$)\{$

shapes.push$\_$back$($ShapeFactory::RandomShape$())$;

$\}$

for $($const auto& shape : shapes$)\{$

shape$->$draw$()$;

$\}$

break;

$\}$;

$\}$