added in additional inherited parameters (I think all of them?)'

fleet.py

@@ -1,7 +1,6 @@
 from abc import ABC, abstractmethod
 # ABC is imported from the standard library since Python does not natively support abstract methods and classes.
 class Fleet():
-    vehicles = ["7E19H2", "N9460G32581A3", "BN4681"]
     
     def __init__(self, vtype, movspeed, travelmed, vehicleid):
         self.vehicletype = vtype
@@ -49,23 +48,22 @@ class GroundVehicleInterface(ABC):
     '''Resource on Python interfaces. This is duck typed. https://realpython.com/python-interface/ Interfaces make a contract that a method must be implemented if an interface is inherited and allows differing implementations of the same method.'''
     @abstractmethod
     def travel(self):
-        Vehicle.velocity = self.moveGroundVehicle
-        print("Traveling")
+        pass
         
 class GroundVehicle(Vehicle, GroundVehicleInterface):
 
     @abstractmethod
-    def __init__(self, _isModular, _moveGroundVehicle):
-        # default value set to true. Many ground vehicles will have trailers or train cars. Modified as needed
+    def __init__(self, _isModular, _moveGroundVehicle, _gpsPosition, _velocity, _weight, _velocityType, _weightType, _status):
+        super().__init__(_gpsPosition, _velocity, _weight, _velocityType, _weightType, _status)
         self.isModular = _isModular
         self.moveGroundVehicle = _moveGroundVehicle
         
 class RoadVehicle(GroundVehicle):
     
     @abstractmethod
-    def __init__(self, _axlecount, _isModular, _moveGroundVehicle):
+    def __init__(self, _axlecount, _isModular, _moveGroundVehicle, _gpsPosition, _velocity, _weight, _velocityType, _weightType, _status):
+        super().__init__(_isModular, _moveGroundVehicle, _gpsPosition, _velocity, _weight, _velocityType, _weightType, _status)
         self.axleCount = _axlecount
-        super().__init__(_isModular, _moveGroundVehicle)
     
 class Train(GroundVehicle):
     def __init__(self, _noOfCarsAttached, _locomotiveCount):
@@ -73,9 +71,9 @@ class Train(GroundVehicle):
         self.locomotiveCount = _locomotiveCount
         
     def displayCarCount(self):
-        print(self.noOfCarsAttached)
+        print(f"The train has {self.noOfCarsAttached} cars attached.")
     def displayLocomotiveCount(self):
-        print(self.locomotiveCount)
+        print(f"The train has {self.locomotiveCount} locomotives attached.")
     def travel(self):
         print("Speed 60mph, Direction E")
         
@@ -88,20 +86,35 @@ Train1.displayLocomotiveCount()
 
 # Always encapsulate parent constructors into child classes to make those variables available
 class semi_Truck(RoadVehicle):
-    def __init__(self, _noOfTrailersAttached, _axlecount, _isModular, _moveGroundVehicle):
+    def __init__(self, _noOfTrailersAttached, _axlecount, _isModular, _moveGroundVehicle, _gpsPosition, _velocity, _weight, _velocityType, _weightType, _status):
         self.noOfTrailersAttached = _noOfTrailersAttached
         # super in Python returns an object representing the parent class and 
-        super().__init__(_axlecount, _isModular, _moveGroundVehicle)
+        super().__init__(_axlecount, _axlecount, _isModular, _moveGroundVehicle, _gpsPosition, _velocity, _weight, _velocityType, _weightType, _status)
         # Don't modify passed in values unless absolutely necessary
     def displaySemiAttributes(self):
         print(self.noOfTrailersAttached, self.axleCount)
     def travel(self):
-        print(Vehicle.status)
+        print(self.status)
         
-Semi_Truck1 = semi_Truck(f"This truck has {2} trailers attached", f"and {4} axles.", True, [49.8900000, 50.900000])
+
 # When possible, build your argument requirements from the top down so that by the time you implement your concrete classes, you know all the data points that you need to include.
 # Remember to be careful to check that you are running the method on an instance of the class, not on the class definition.
 # Semi_Truck1.displaySemiAttributes()
 
 
-# Next - implement abstracted methods and constructor classes. Demonstrate use of super if Python supports it.
+# Next - implement abstracted methods and constructor classes. Demonstrate use of super if Python supports it.
+# Use these values in instances and show that values can be accessed regardless of what level they live on.
+# Make vehicle objects, add them to the fleet, and then have displayAllVehicles show the newly added vehicle. Stretch/further off, have different types of vehicles travel regardless of type.
+
+''' 
+Code scratchpad
+
+For the travel method implemented from the interface
+
+Vehicle.velocity = self.moveGroundVehicle
+        print("Traveling")
+        
+Object implementation
+
+Semi_Truck1 = semi_Truck(f"This truck has {2} trailers attached", f"and {4} axles.", True, [49.8900000, 50.900000])
+'''