No battery drain and other issues in flight

[Scratchcat1]

AATC/AATC_Drone_Logic.py

Lines 116 to 117 in 9816fc7

	def DroneHardware(FlightQueue,StatusQueue):
	Battery = 100

Battery of Drone currently does not decrease during flight and Drone will always follow path exactly, no movement of wind is shown.

Time Interval Battery Drain = ( Distance Moved / Range )*100 * random.random(0.9,1.1)
This means that if the drone moved a Distance equal to half it's range it will have used ~50% of it's battery.
The random section means that it will have some randomness eg due to wind etc
Distance moved could be calculated from AATC_Coordinate.DeltaCoordsToMetres using the last two coordinates.

[Scratchcat1]

AATC/AATC_Drone_Logic.py

Lines 184 to 188 in 274f7dc

	def DecrementBattery(DroneInfo,CoordA,CoordB,Battery):
	distance = AATC_Coordinate.DeltaCoordToMetres(CoordA,CoordB)
	decAmount = (distance/DroneInfo.DroneRange)*100
	Battery -= decAmount
	return Battery

-Added battery drain

[Scratchcat1]

AATC/AATC_Drone_Logic.py

Line 186 in af10b5b

decAmount = (distance/DroneInfo.DroneRange)*100*(1+random.randint(-1,1)*0.1)

-Added randomness to battery drain.

[Scratchcat1]

AATC/AATC_Drone_Logic.py

Line 131 in b54e4df

decAmount = (distance/DroneInfo.DroneRange)*100*(1+random.randint(-1,1)*0.1) * AATC_Config.DRONE_BATTERY_DRAIN_MULT

Added battery drain multiplier AATC_Config setting to modify battery drain of simulation.