How many vertices of the regular polygons can you see in the light?

You are given two lists as input values (a list of the regular polygons and a list of the circles.)

Detail of the regular polygon (as a tuple of 4 integers):

• x coordinate of the top vertex.
• y coordinate of the top vertex.
• The length of an edge.
• The number of vertices.

Detail of the circle (as a tuple of 3 integers):

• x coordinate of the center.
• y coordinate of the center.
• The length of the radius.

You have to return the number of vertices in the circles.

NOTE:

• The Regular polygons is vertical symmetry.
• Don't count vertices with negative coordinates. (e.g. (-1, 2), (2, -3), (-3, -4))
• No test case where the circumference is close to the vertices.

searchlights([(2, 3, 2, 3)], [(1, 2, 1)]) == 1 # regular triangle
searchlights([(4, 5, 2, 4)], [(4, 4, 3)]) == 4 # square

Input: two arguments:

• The regular polygons (a list of tuples of 4 integers)
• The circles (a list of tuples of 3 integers)

Output: The number of vertices (an integer).

Precondition:

• length of edge ≥ 1
• length of radius ≥ 1
• Regular polygons doesn't have any common vertex.

How it is used: To draw a regular polygon.