This is a project to simulate traffic, working name "Vroom"
__author__ = Katie Malone (cmmalone.158@gmail.com)
Instructions for running:
$> python test_script.py
test_script.py is my (KM) main working file for testing functionality
of the methods as I go. It will likely change a lot as we go.
Current output gives some print statements as I instantiate one
light and 2 cars (named 'stang and sexy blue audi).
The sexy blue audi starts out behind the 'stang but has a higher
velocity, so eventually it overtakes and becomes the front
obstacle on the road
Classes and Methods:
Obstacle (base class for cars and light)
__init__(self, s, road, type, name="obstacle"):
getS(self): # position along the road
getType(self): # currently either light or car
getRoad(self):
getName(self):
getPos(self): # (x,y) coordinates along road
getNearestObstacle(self): # returns nearest obstacle
Print(self): # prints name, s for obstacle and its nearest obstacle
Light
__init__(self, s, road, color, name="light"):
getColor(self):
changeColor(self):
Car
__init__(self, s, road, vel, name="car"):
getVel(self):
move(self, dt):
Road (defined as x(s) and y(s), has obstacles on it, including a terminal obstacle)
__init__(self, x_func, y_func, name="El Camino"):
getXFunc(self):
getYFunc(self):
getPos(self, s): # S->(x,y)
getName(self):
getObstacles(self): # list of all obstacles on the road
moveAll(self, dt): # moves all obstacles on a road, and re-orders them
_addObstacle(self, obstacle): # can only add obstacles by instantiating them
_orderObstacles(self): # only order obstacles during moveAll
TimeStepper (ticks off time increments for moving cars, etc.)