def intersect(self, rect):
        # define rect 1 and rect 2
        r1 = self
        r2 = rect
        
        # find rect 1 coordinates
        r1_x1 = r1.x
        r1_x2 = r1.x + r1.w
        r1_y1 = r1.y
        r1_y2 = r1.y + r1.h

        # find rect 2 coordinates
        r2_x1 = r2.x
        r2_x2 = r2.x + r2.w
        r2_y1 = r2.y
        r2_y2 = r2.y + r2.h

        # find the bounds of the intersection
        r3_x1 = max(r1_x1,r2_x1)
        r3_x2 = min(r1_x2,r2_x2)
        r3_y1 = max(r1_y1,r2_y1)
        r3_y2 = min(r1_y2,r2_y2)

        # translate to width and height
        r3_w = r3_x2-r3_x1 
        r3_h = r3_y2-r3_y1
        
        if r3_w < 0.0 or r3_h < 0.0:
            return None
        
        # Return the intersection
        return Rect(r3_x1,r3_y1,r3_w, r3_h)
Function that simulates a Django view.
dataset/ETHPy150Open bolme/pyvision/src/pyvision/types/Rect.py/Rect.intersect--crossover with--dataset/ETHPy150Open danielfm/django-flash/src/djangoflash/tests/decorators.py/view_method