def contains_point(self, p, include_ends=True): """ Check if a point is on the segment """ # Format point correctly p = tuple([tls.list_to_number(x) for x in p]) # Now check if the line contains the point # If not, return False if not self.line.contains_point(p): return False # Now check that the point falls in the rectangle where seg is the # diagonal xp, yp = p a, b = self.a, self.b # Note: if the segment is vertical, include_ends = True include_ends = include_ends or self.vertical or self.horizontal if include_ends: inx = (a[0] <= xp <= b[0]) | (a[0] >= xp >= b[0]) iny = (a[1] <= yp <= b[1]) | (a[1] >= yp >= b[1]) else: inx = (a[0] < xp < b[0]) | (a[0] > xp > b[0]) iny = (a[1] < yp < b[1]) | (a[1] > yp > b[1]) if inx and iny: return True else: return False
def contains_point(self, p): """ Check if a point p is on this line """ xp, yp = [tls.list_to_number(x) for x in p] if self.vertical: return nearly_equal(xp, self.point[0], tolerance=1.e-9) return nearly_equal(yp, self.equation(xp), tolerance=1.e-9)
def change_point(self, index, point): """ Change one point of the segment; hence change it """ # Clean the point point = tuple([tls.list_to_number(x) for x in point]) # Add it to the list self.points_list[index] = point # Update the segment self.update(self.points_list)
def __init__(self, points):
# Validation
if len(points) != 2:
msg = 'WARNING: Defined a segment with %i points:\n%s\nSegment not created. Returned None' % (
len(points), str(points))
try:
ws.log(msg)
except AttributeError:
print(msg)
return None
# Clean the points. Give them a nice and clean format
points = (tuple([tls.list_to_number(x) for x in points[0]]),
tuple([tls.list_to_number(x) for x in points[1]]))
self.points_list = list(points)
# Add attributes
self.update(points)