An automated flight system is programmed to control a drone navigating a sequence of waypoints represented as an array called route.

Figure 1: Example route array

Figure 2: Flight Rules

• The drone begins at index 0 of the route array.
• The goal is to reach the final index of the array (destination).
• At each turn, the operator is prompted to enter a movement value: 1, 2, or 3.
  • The drone's position is increased by the inputted movement value.
• If the drone's new position exceeds the final index of the array, or lands on an index containing the restricted character 'R':
  • The message "Restricted airspace!" is displayed.
  • The drone's position is reset to 0.
• These steps repeat until the drone successfully reaches (or lands exactly on) the final index of the array.

Figure 3: Starting Code

pos = 0
destination = len(route) - 1
while pos < destination:

Extend the program from Figure 3 so that the flight system works as described in the rules in Figure 2.

When writing your program, you should assume:

• There is an existing array called route.
• The number of 'R' characters in route can vary.
• The positions of the 'R' characters in route can vary.
• The 'R' characters have already been initialized in the array.
• The route array can be of any length greater than 1.

You should use meaningful variable names and correct programming syntax in your answer.