Simp!a nhianto$-$

Page $1$ of $2$

An example of an input image:

The output image with the corresponding text: def label$\_$specific$\_$objects$($detected$\_$shapes, image$)$:

labels $=[]$

used $=[$False$]*$ len$($detected$\_$shapes$)$

for i$,($shape$,$ color, contour, cX$,$ cY$)$ in enumerate$($detected$\_$shapes$)$:

if used$[$i$]$:

continue

label $=$ "unknown"

if shape $==$ "triangle":

for j$,($other$\_$shape, other$\_$color, other$\_$contour, other$\_$cX$,$ other$\_$cY$)$ in enumerate$($detected$\_$shapes$)$:

if not used$[$j$]$ and other$\_$shape $==$ "rectangle" and are$\_$contours$\_$close$($contour$,$ other$\_$contour$)$:

used$[$i$]=$ used$[$j$]=$ True

label $=$ "Tree Class $1"$

break

if shape $==$ "circle":

for j$,($other$\_$shape, other$\_$color, other$\_$contour, other$\_$cX$,$ other$\_$cY$)$ in enumerate$($detected$\_$shapes$)$:

if not used$[$j$]$ and other$\_$shape $==$ "rectangle" and are$\_$contours$\_$close$($contour$,$ other$\_$contour$)$:

used$[$i$]=$ used$[$j$]=$ True

label $=$ "Tree Class $2"$

break

if shape $==$ "rectangle":

for j$,($other$\_$shape, other$\_$color, other$\_$contour, other$\_$cX$,$ other$\_$cY$)$ in enumerate$($detected$\_$shapes$)$:

if not used$[$j$]$ and other$\_$shape $==$ "circle" and are$\_$contours$\_$close$($contour$,$ other$\_$contour$)$:

for k$,($third$\_$shape, third$\_$color, third$\_$contour, third$\_$cX$,$ third$\_$cY$)$ in enumerate$($detected$\_$shapes$)$:

if not used$[$k$]$ and third$\_$shape $==$ "triangle" and are$\_$contours$\_$close$($contour$,$ third$\_$contour$)$:

used$[$i$]=$ used$[$j$]=$ used$[$k$]=$ True

label $=$ "House Class $1"$

break

if shape $==$ "triangle":

for j$,($other$\_$shape, other$\_$color, other$\_$contour, other$\_$cX$,$ other$\_$cY$)$ in enumerate$($detected$\_$shapes$)$:

if not used$[$j$]$ and other$\_$shape $==$ "square" and are$\_$contours$\_$close$($contour$,$ other$\_$contour$)$:

for k$,($third$\_$shape, third$\_$color, third$\_$contour, third$\_$cX$,$ third$\_$cY$)$ in enumerate$($detected$\_$shapes$)$:

used$[$i$]=$ used$[$j$]=$ True

label $=$ "House Class $2"$

break

if shape $==$ "triangle":

for j$,($other$\_$shape, other$\_$color, other$\_$contour, other$\_$cX$,$ other$\_$cY$)$ in enumerate$($detected$\_$shapes$)$:

if not used$[$j$]$ and other$\_$shape $==$ "rectangle" and are$\_$contours$\_$close$($contour$,$ other$\_$contour$)$:

for k$,($third$\_$shape, third$\_$color, third$\_$contour, third$\_$cX$,$ third$\_$cY$)$ in enumerate$($detected$\_$shapes$)$:

if not used$[$k$]$ and third$\_$shape $==$ "rectangle" and are$\_$contours$\_$close$($contour$,$ third$\_$contour$)$:

for l$,($fourth$\_$shape, fourth$\_$color, fourth$\_$contour, fourth$\_$cX$,$ fourth$\_$cY$)$ in enumerate$($detected$\_$shapes$)$:

if not used$[$l$]$ and fourth$\_$shape $==$ "circle" and are$\_$contours$\_$close$($contour$,$ fourth$\_$contour$)$:

for m$,($fifth$\_$shape, fifth$\_$color, fifth$\_$contour, fifth$\_$cX$,$ fifth$\_$cY$)$ in enumerate$($detected$\_$shapes$)$:

if not used$[$m$]$ and fifth$\_$shape $==$ "circle" and are$\_$contours$\_$close$($contour$,$ fourth$\_$contour$)$:

used$[$i$]=$ used$[$j$]=$ used$[$k$]=$ used$[$l$]=$ used$[$m$]=$ True

label $=$ "Car"

break

if label $==$ "Car":

break

if label $==$ "Car":

break

if shape $==$ "triangle":

for j$,($other$\_$shape, other$\_$color, other$\_$contour, other$\_$cX$,$ other$\_$cY$)$ in enumerate$($detected$\_$shapes$)$:

if not used$[$j$]$ and other$\_$shape $==$ "rectangle" and are$\_$contours$\_$close$($contour$,$ other$\_$contour$)$:

for k$,($third$\_$shape, third$\_$color, third$\_$contour, third$\_$cX$,$ third$\_$cY$)$ in enumerate$($detected$\_$shapes$)$:

if not used$[$k$]$ and third$\_$shape $==$ "rectangle" and are$\_$contours$\_$close$($contour$,$ third$\_$contour$)$:

for l$,($fourth$\_$shape, fourth$\_$color, fourth$\_$contour, fourth$\_$cX$,$ fourth$\_$cY$)$ in enumerate$($detected$\_$shapes$)$:

if not used$[$l$]$ and fourth$\_$shape $==$ "circle" and are$\_$contours$\_$close$($contour$,$ fourth$\_$contour$)$:

for m$,($fifth$\_$shape, fifth$\_$color, fifth$\_$contour, fifth$\_$cX$,$ fifth$\_$cY$)$ in enumerate$($detected$\_$shapes$)$:

if not used$[$m$]$ and fifth$\_$shape $==$ "circle" and are$\_$contours$\_$close$($contour$,$ fifth$\_$contour$)$:

used$[$i$]=$ used$[$j$]=$ used$[$k$]=$ used$[$l$]=$ used$[$m$]=$ True

label $=$ "Truck"

break

modify this code and solve the errors