Python method for judging whether lines and rectangles intersect

This example describes how Python determines whether a line and a rectangle intersect. Share to everyone for your reference. The implementation method is as follows:

"" A (Ax,ay), B (Px,py) is two points (x1,y1), (X2,Y2) is the upper-left and lower-right coordinates of the rectangle, judging whether A and b two points intersect with the rectangle "" Def Judge (ax, ay, px, py, x1, y1, x2, y2):  # Convert to True Division  ax, ay, px, py = float (ax), float (ay), float (px), float (py)  x1, y1, x2, y2 = float (x1), float (y1), Float (x2 ), float (y2)  #判断矩形上边线和两点直线相交的点  sx = (y1-ay) * (Px-ax)/(Py-ay) + ax  if SX >= x1 and SX <= x2:
  
   return True  #判断矩形下边线和两点直线相交的点  xx = (y1-ay) * (Px-ax)/(Py-ay) + ax  if SX >= x1 and SX <= X2:
   return True  #判断矩形左边线和两点直线相交的点  zy = (y2-ay) * (X2-ax)/(Px-ax) + ay  if Zy >= y1 and Zy <= y2:    return True  #判断矩形右边线和两点直线相交的点  yy = (y2-ay) * (X2-ax)/(Px-ax) + ay  if yy <= y1 and yy >= Y2:    return True  return falseax = Raw_input () ay = input () px = input () py = input () x1 = input () y1 = input () x2 = in Put () y2 = input () print Judge (ax, ay, px, py, x1, y1, x2, y2)
  

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