Please implement a program to recognize simple objects and basic shapes in an input image as shown in the figures below. Consider the following regulations:

$$ The input: A colored image.

$$ The output:

$$ The same input image with a label above each object to identify it from the list below

$$ House and its type $($Class $1$ or Class $2),$ Tree and its type $($Class $1$ or Class $2),$ Car and Truck

$$ Print the name, the color and the number of basic shapes in the image $($Circle$,$ triangle, rectangle or square$)$ on the command prompt as a list $($Don$$t display them on the image$).$

$$ Python programming language can be used, in conjunction with OpenCV.Simp!a nhianto$-$

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An example of an input image:

The output image with the corresponding text:To implement the requirements for labeling objects like Car, Truck, House Class $1,$ House Class $2,$ Tree Class $1,$ and Tree Class $2,$ we need to update the shape detection and labeling logic. Here$$s the revised script that includes the new specifications for identifying these complex objects:

$1.$ Car: Identified by a right triangle, a rectangle$($ next to the right triangle$)$ with a height equal to the height of the right triangle $,$ below the right triangle and the rectangle there is another rectangle with a width approximately width equal the width of the rectangle and the right triangle, and two equally sized circles at the bottom.

$2.$ Truck: Identified by a right triangle, a square $($ next to the right triangle$)$ with a height larger than the height of the triangle, a rectangle below the right triangle with a width equal to the width of theright triangle, and two equally sized circles at the bottom.

$3.$ Tree Class $1$: Identified by an isosceles triangle above a rectangle where the base of the triangle is larger than the sides of the rectangle below it$.$

$4.$ Tree Class $2$: Identified by a circle above a rectangle where the width of the rectangle is smaller than the height of the rectangle,

$5.$ House Class $1$: Identified by an isosceles triangle with a circle inside it and a rectangle below the isosceles triangle. The base of the triangle$($not the isosceles sides$)$ equal the width of the rectangle below it

$6.$ House Class $2$: Identified by an equilateral triangle with a circle inside it and a square below the equilateral triangle. The sides of the rectangle equal the sides of the square. using these informations for each shape$($car $,$truck $,$house class $1,$house class $2,$ tree class $1,$tree class $2)$ Simp!a nhianto$-$

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An example of an input image:

The output image with the corresponding text: