Movimiento#

Introducción #

El dron VEX AIR cuenta con cuatro hélices, lo que le permite moverse en cualquier dirección y girar de forma independiente. El sistema Motion ofrece funciones para el movimiento, los giros, los ajustes de velocidad y el seguimiento de la posición.

Esfera de brújula circular de 0 a 360 grados que rodea un dron con 4 hélices. La parte frontal del dron apunta a 0 grados en la esfera de brújula.

A continuación se muestra una lista de todos los métodos disponibles:

Comportamiento

take_off – Lifts the drone to a specified height.
land – Lands the drone.
hover - Keeps the drone at its position.
climb – Moves the drone in a specified vertical direction.
climb_for – Moves the drone in a specified vertical direction for a specific distance.
climb_to – Moves the drone to a specified altitude.
move_at – Moves the drone at a specified heading and velocity.
move_for – Moves the drone at a specified heading for a specified distance.
move_to – Moves the drone to a specified position while maintaining the same heading.
turn – Turns the drone left or right.
turn_for – Turns the drone a set number of degrees.
turn_to – Turns the drone to face a specific heading.
move_with_vectors – Moves the drone using vector-based x, y, z, and rotation values.

Mutadores

set_steering_mode – Sets the POV for steering the drone.
set_movement_mode – Sets the movement style of the drone.
set_climb_velocity – Sets the default climbing velocity.
set_move_velocity – Sets the default movement velocity.
set_turn_velocity - Sets the default turning velocity.
set_max_z_height - Sets a limit to how high the drone will fly.
set_xyz_position – Sets the drone’s current position.

Conseguidores

get_max_z_height – Returns the maximum height that the drone can reach.
get_flight_state – Returns the current state of the drone.
get_x_position – Returns the drone’s x-coordinate.
get_y_position – Returns the drone’s y-coordinate.
get_z_position – Returns the drone’s z-coordinate.
get_safe_mode – Returns the drone’s propellor lock state.
is_climb_active – Returns whether the drone is currently climbing.
is_move_active – Returns whether the drone is currently moving.
is_turn_active – Returns whether the drone is currently turning.
is_hovering - Returns whether the drone is currently hovering.
is_taking_off – Returns whether the drone is currently taking off.
is_landing – Returns whether the drone is currently landing.
is_landed - Returns whether the drone is currently landed.

Comportamiento #

take_off #

take_off starts the propellers and lifts the drone into the air. This method must be used before other movements can be made.

Uso:

drone.take_off(climb_to, units, wait)

Parámetros	Descripción
`climb_to`	La posición z (altura) a la que volará el dron.
`units`	The unit to use: `CM` - Centimeters `MM` - Millimeters `INCHES`
`wait`	Optional. `wait=True` (default) makes the project wait until the robot is done moving before the next line of code runs. `wait=False` makes the next line of code run right away.

Parámetros

Descripción

climb_to

La posición z (altura) a la que volará el dron.

units

The unit to use:

CM - Centimeters
MM - Millimeters
INCHES

wait

Optional. wait=True (default) makes the project wait until the robot is done moving before the next line of code runs. wait=False makes the next line of code run right away.

# Fly for 1 second
drone.take_off(climb_to=500)
wait(1, SECONDS)
drone.land()

land #

land lowers the drone to the ground. The propellers will continue to run until the project is stopped.

Uso:

drone.land(wait)

Parámetros	Descripción
`wait`	Optional. `wait=True` (default) makes the project wait until the robot is done moving before the next line of code runs. `wait=False` makes the next line of code run right away.

# Land after 1 second
drone.take_off(climb_to=500)
wait(1, SECONDS)
drone.land()

hover #

hover stops the drone from moving in any direction and holds its current position in the air.

Usage:
drone.hover()

Parámetros	Descripción
	Este método no tiene parámetros.

# Hold current position for 3 seconds after moving forward
drone.take_off(climb_to=500)
drone.move_at(direction=0, velocity=50)
wait(1, SECONDS)
drone.hover()
wait(3, SECONDS)
drone.land()

climb #

climb moves the drone in a specified vertical direction.

Usage: drone.climb(direction, velocity)

Parámetros	Descripción
`direction`	The direction in which the drone will fly: `UP` or `DOWN`.
`velocity`	La velocidad a la que el dron ascenderá expresada como porcentaje.

# Climb upwards for 2 seconds
drone.take_off(climb_to=500)
wait(2, SECONDS)
drone.climb(direction=UP)
wait(2, SECONDS)
drone.land()

climb_for #

climb_for moves the drone in a specified vertical direction for a specific distance.

Uso:

drone.climb_for(direction, distance, units, velocity, wait)

Parámetros	Descripción
`direction`	The direction in which the drone will fly: `UP` or `DOWN`.
`distance`	La distancia que volará el dron.
`units`	Optional. The unit that represents the distance: `CM` – Centimeters `MM` (default) – Millimeters `INCHES`
`velocity`	Opcional. La velocidad a la que ascenderá el dron, expresada en porcentaje. Si no se especifica, la velocidad predeterminada es del 50 %.
`wait`	Optional. `wait=True` (default) makes the project wait until the robot is done moving before the next line of code runs. `wait=False` makes the next line of code run right away.

# Lower drone before landing
drone.take_off(climb_to=700)
wait(2, SECONDS)
drone.climb_for(direction=DOWN, distance=300)
wait(2, SECONDS)
drone.land()

climb_to #

climb_to moves the drone to a specific z position.

Uso:

drone.climb_to(z, units, velocity, wait)

Parámetros	Descripción
`z`	La posición z, como número entero o decimal, a la que ascenderá el dron.
`units`	Optional. The unit that represents the distance: `CM` – Centimeters `MM` (default) – Millimeters `INCHES`
`velocity`	Opcional. La velocidad a la que ascenderá el dron, expresada en porcentaje.
`wait`	Optional. `wait=True` (default) makes the project wait until the robot is done moving before the next line of code runs. `wait=False` makes the next line of code run right away.

# Reach 500 mm after takeoff
drone.take_off(climb_to=300)
wait(1, SECONDS)
drone.climb_to(z=500)
wait(1, SECONDS)
drone.land()

move_at #

move_at moves the drone at a specified angle and velocity.

Uso:

drone.move_at(angle, velocity)

Parámetros	Descripción
`angle`	El ángulo, expresado como número entero o decimal, en el que se mueve el dron, con un rango de 0 a 359 grados.
`velocity`	La velocidad a la que se moverá el dron como porcentaje.

# Move left for 2 seconds
drone.take_off(climb_to=500)
drone.move_at(angle=270)
wait(2, SECONDS)
drone.land()

move_for #

move_for moves the drone in a specific direction for a specific distance using the current set_move_velocity.

Uso:

drone.move_for(angle, distance, units, velocity, wait)

Parámetros	Descripción
`angle`	El ángulo, como un entero o decimal (float), en el que se mueve el dron, con un rango de 0 a 359 grados.
`distance`	La distancia, en número entero o decimal, que se moverá el dron.
`units`	Optional. The unit that represents the distance: `CM` – Centimeters `MM` (default) – Millimeters `INCHES`
`velocity`	Opcional. La velocidad a la que se moverá el dron como porcentaje.
`wait`	Optional. `wait=True` (default) makes the project wait until the robot is done moving before the next line of code runs. `wait=False` makes the next line of code run right away.

# Move forward for 200 mm
drone.take_off(climb_to=500)
wait(1, SECONDS)
drone.move_for(direction=0, distance=200, velocity=50, units=MM)
wait(1, SECONDS)
drone.land()

move_to #

move_to moves the drone to a specified position in the air while maintaining the same heading.

Uso:

drone.move_to(x, y, z, units, move_velocity, climb_velocity, wait)

Parámetros	Descripción
`x`	La coordenada x a la que se moverá el dron.
`y`	La coordenada y a la que se moverá el dron.
`z`	La coordenada z a la que se moverá el dron.
`units`	Optional. The unit that represents the distance: `CM` – Centimeters `MM` (default) – Millimeters `INCHES`
`move_velocity`	Opcional. La velocidad a la que se moverá el dron como porcentaje.
`climb_velocity`	Opcional. La velocidad a la que ascenderá el dron, expresada en porcentaje.
`wait`	Optional. `wait=True` (default) makes the project wait until the robot is done moving before the next line of code runs. `wait=False` makes the next line of code run right away.

# Move diagonally to (300, 300, 800)
drone.take_off(climb_to=300)
wait(2, SECONDS)
drone.move_to(x=300, y=300, z=800)
wait(2, SECONDS)
drone.land()

turn #

turn turns the drone in a specific direction using the current set_turn_velocity.

Uso:

drone.turn(direction, velocity)

Parámetros	Descripción
`direction`	The direction the drone will turn: `LEFT` or `RIGHT`.
`velocity`	Opcional. La velocidad a la que girará el dron como porcentaje.

# Turn to the right for 2 seconds
drone.take_off(climb_to=500)
wait(1, SECONDS)
drone.turn(RIGHT, 50)
wait(2, SECONDS)
drone.land()

turn_for #

turn_for turns the drone in a specified direction for a set distance relative to its current facing direction using the current set_turn_velocity.

Uso:

drone.turn_for(direction, angle, velocity, wait)

Parámetros	Descripción
`direction`	The direction the drone will turn: `LEFT` or `RIGHT`.
`angle`	El ángulo, como un número entero o decimal (float), en el que gira el dron, con un rango de 0 a 359 grados.
`velocity`	Opcional. La velocidad a la que girará el dron como porcentaje.
`wait`	Optional. `wait=True` (default) makes the project wait until the robot is done moving before the next line of code runs. `wait=False` makes the next line of code run right away.

# Turn around, then land
drone.take_off(climb_to=500)
wait(1, SECONDS)
drone.turn_for(RIGHT, 180)
wait(1, SECONDS)
drone.land()

turn_to #

turn_to turns the drone to face a specific heading using the current set_turn_velocity.

Uso:

drone.turn_to(heading, velocity, wait)

Parámetros	Descripción
`heading`	El rumbo hacia el que girará el dron varía de 0 a 360 grados.
`velocity`	Opcional. La velocidad a la que girará el dron como porcentaje.
`wait`	Optional. `wait=True` (default) makes the project wait until the robot is done moving before the next line of code runs. `wait=False` makes the next line of code run right away.

# Turn to face each of the cardinal headings
drone.take_off(climb_to=500)
drone.turn_to(heading=90, velocity=50)
wait(3, SECONDS)
drone.turn_to(heading=180, velocity=50)
wait(3, SECONDS)
drone.turn_to(heading=270, velocity=50)
wait(3, SECONDS)
drone.turn_to(heading=0, velocity=50)
wait(3, SECONDS)
drone.land()

move_with_vectors #

move_with_vectors moves the drone using vector-based motion, combining movement along the x-axis (horizontal) and y-axis (vertical) while also rotating the drone.

Note: This method sets movement and turn velocity values directly, so it does not use set_move_velocity or set_turn_velocity.

Uso:

drone.move_with_vectors(forward, rightward, upward, rotation)

Parámetros	Descripción
`forward`	Velocidad del dron en el eje Y (movimiento hacia adelante y hacia atrás). Acepta un valor de -100 a 100 como porcentaje, donde los valores negativos indican retroceso y los positivos avance.
`rightward`	Velocidad del dron en el eje X (movimiento lateral). Acepta un valor de -100 a 100 como porcentaje, donde los valores negativos se mueven a la izquierda y los positivos a la derecha.
`upward`	Velocidad del dron en el eje Z (movimiento ascendente y descendente). Acepta un valor de -100 a 100 como porcentaje, donde los valores negativos indican una disminución y los positivos una disminución.
`rotation`	Velocidad de rotación del dron. Acepta un valor de -100 a 100 como porcentaje, donde los valores negativos giran en sentido antihorario y los positivos en sentido horario.

# Move with controller
drone.take_off(climb_to=500)
while True:
    drone.move_with_vectors(
        forward=controller.axis4.position(),
        rightward=controller.axis3.position(),
        upward=controller.axis1.position(),
        rotation=controller.axis2.position()
    )
    wait(5, MSEC)

Mutadores #

set_steering_mode #

set_steering_mode sets the viewpoint that is used when steering the drone.

Uso:

drone.set_steering_mode(style)

Parámetros	Descripción
`style`	Sets the POV that is used to steer the drone. `HEADLESS` means the drone moves relative to where it was facing at the start of the project. `STANDARD` is used by default, and causes the drone to move relative to where it is facing.

# Steer based on the drone's starting orientation
# until button 7 is pressed
drone.take_off(climb_to=500)
drone.set_steering_mode(HEADLESS)
while not controller.button7.pressing():
    drone.move_with_vectors(
        forward=controller.axis4.position(),
        rightward=controller.axis3.position(),
        upward=controller.axis1.position(),
        rotation=controller.axis2.position()
    )
    wait(5, MSEC)
drone.land()

set_movement_mode #

set_movement_mode sets the drone’s movement style.

Este estilo de movimiento se utiliza cuando se vuela el dron con un controlador.

Uso:

drone.set_movement_mode(style)

Parámetros	Descripción
`style`	Sets the speed that is used to steer the drone. `BALANCED` – The drone moves at a medium base speed. `PERFORMANCE` – The drone moves at a faster base speed. `PRECISION` (default) – The drone moves at a slower base speed.

Parámetros

Descripción

style

Sets the speed that is used to steer the drone.

BALANCED – The drone moves at a medium base speed.
PERFORMANCE – The drone moves at a faster base speed.
PRECISION (default) – The drone moves at a slower base speed.

# Control the drone with the balanced movement style
drone.take_off(climb_to=500)
drone.set_movement_mode(BALANCED)
while not controller.button5.pressing():
    drone.move_with_vectors(
        forward=controller.axis4.position(),
        rightward=controller.axis3.position(),
        upward=controller.axis1.position(),
        rotation=controller.axis2.position()
    )
    wait(5, MSEC)
drone.land()

set_climb_velocity #

set_climb_velocity sets the default climbing velocity as a percentage. This will affect any following methods related to climbing. The default climb velocity is 50%.

Uso:

drone.set_climb_velocity(velocity)

Parámetros	Descripción
`velocity`	La velocidad a la que el dron ascenderá expresada como porcentaje.

# Raise the drone quickly before landing
drone.take_off(climb_to=300)
wait(1, SECONDS)
drone.set_climb_velocity(100)
drone.climb_for(direction=UP, distance=500)
wait(1, SECONDS)
drone.land()

set_move_velocity #

set_move_velocity sets the default movement velocity as a percentage. This will affect any following methods related to moving. The default move velocity is 50%.

Uso:

drone.set_move_velocity(velocity)

Parámetros	Descripción
`velocity`	La velocidad a la que se moverá el dron como porcentaje.

# Move forward quickly, then reverse slowly
drone.take_off(climb_to=500)
drone.set_move_velocity(100)
drone.move_for(direction=0, distance=500)
wait(3, SECONDS)
drone.set_move_velocity(20)
drone.move_for(direction=180, distance=500)
wait(5, SECONDS)
drone.land()

set_turn_velocity #

set_turn_velocity sets the default turning velocity as a percentage. This will affect any following methods related to turning. The default turn velocity is 50%.

Uso:

drone.set_turn_velocity(velocity)

Parámetros	Descripción
`velocity`	La velocidad a la que girará el dron expresada en porcentaje.

# Turn clockwise quickly, then counterclockwise slowly
drone.take_off(climb_to=500)
drone.set_turn_velocity(100)
drone.turn_for(RIGHT, 360)
wait(3, SECONDS)
drone.set_turn_velocity(20)
drone.turn_for(LEFT, 360)
wait(5, SECONDS)
drone.land()

set_max_z_height #

set_max_z_height sets a limit to how high the drone will fly.

Uso:

drone.set_max_z_height(z_height, units)

Parámetros	Descripción
`z_height`	El valor máximo del eje z, como número entero o decimal, que el dron no volará por encima, en un rango de 1000 a 5000 mm o de 40 a 196 pulgadas.
`units`	Optional. The distance units are: `CM` – Centimeters `MM` (default) – Millimeters `INCHES`

Parámetros

Descripción

z_height

El valor máximo del eje z, como número entero o decimal, que el dron no volará por encima, en un rango de 1000 a 5000 mm o de 40 a 196 pulgadas.

units

Optional. The distance units are:

CM – Centimeters
MM (default) – Millimeters
INCHES

# Fly with controller under 1000 mm
drone.set_max_z_height(1000, MM)
drone.take_off(climb_to=500)
while not controller.button7.pressing():
    drone.move_with_vectors(
        forward=controller.axis4.position(),
        rightward=controller.axis3.position(),
        upward=controller.axis1.position(),
        rotation=controller.axis2.position()
    )
drone.land()

set_xyz_position #

set_xyz_position sets the drone’s current x, y, or z coordinate to a specified value.

Uso:

drone.set_xyz_position(x, y, z, units)

Note: All parameters are optional, but at least one (x, y, or z) must be specified.

Parámetros	Descripción
`x`	Optional. The x coordinate to set for the drone in `units` as a decimal (float) or integer.
`y`	Optional. The y coordinate to set for the drone in `units` as a decimal (float) or integer.
`z`	Optional. The z coordinate to set for the drone in `units` as a decimal (float) or integer.
`units`	Optional. The unit that represents the distance: `CM` – Centimeters `MM` (default) – Millimeters `INCHES`

# Set a new z position, then fly to z position -300
drone.take_off(climb_to=800)
drone.set_xyz_position(z=0)
wait(1, SECONDS)
drone.climb(DOWN, 50)
while not drone.get_z_position() < -300:
    wait(5, MSEC)
drone.hover()
wait(1, SECONDS)
drone.land()

Captadores #

get_max_z_height #

get_max_z_height returns the maximum height that the drone can reach as an integer.

Uso:

drone.get_max_z_height(units)

Parámetros	Descripción
`units`	Optional. The unit of measurement: `CM` – Centimeters `MM` (default) – Millimeters `INCHES`

Parámetros

Descripción

units

Optional. The unit of measurement:

CM – Centimeters
MM (default) – Millimeters
INCHES

# Display the new z height limit
controller.screen.print(drone.get_max_z_height(MM))
controller.screen.next_row()
drone.take_off(climb_to=500)
drone.set_max_z_height(1000)
controller.screen.print(drone.get_max_z_height(MM))
wait(1, SECONDS)
drone.land()

get_flight_state #

get_flight_state returns the drone’s current flying state as a DroneFlightStateType:

MOTOR_OFF - No other flight state is true.
CALIBRATION - The drone is calibrating its sensors.
MOTOR_START - The drone is starting its motors.
FLIGHT_READY - The drone is ready to fly.
FLIGHT - The drone is in flight.

Usage:
drone.get_flight_state()

Parámetros	Descripción
	Este método no tiene parámetros.

# Report the flight status as the drone takes off
controller.screen.print("Preparing for flight!")
controller.screen.next_row()
drone.take_off(climb_to=800, wait=False)
while not drone.get_flight_state() == MOTOR_START:
    wait(5, MSEC)
controller.screen.print("Motors starting...")
controller.screen.next_row()
while not drone.get_flight_state() == FLIGHT:
    wait(5, MSEC)
controller.screen.print("Take off!")

get_x_position #

get_x_position returns the drone’s x coordinate as a decimal (float).

Usage:
drone.get_x_position(units)

Parámetros	Descripción
`units`	Optional. The unit that represents the position: `CM` – Centimeters `MM` (default) – Millimeters `INCHES`

Parámetros

Descripción

units

Optional. The unit that represents the position:

CM – Centimeters
MM (default) – Millimeters
INCHES

# Move to (200, 0, 500)
drone.take_off(climb_to=500)
wait(1, SECONDS)
drone.move_at(direction=90, velocity=50)
while not drone.get_x_position() > 200:
    wait(5, MSEC)
drone.hover()
wait(1, SECONDS)
drone.land()

get_y_position #

get_y_position returns the drone’s y coordinate as a decimal (float).

Uso:

drone.get_y_position(units)

Parámetros	Descripción
`units`	Optional. The unit that represents the position: `CM` – Centimeters `MM` (default) – Millimeters `INCHES`

Parámetros

Descripción

units

Optional. The unit that represents the position:

CM – Centimeters
MM (default) – Millimeters
INCHES

# Move to (0, 200, 500)
drone.take_off(climb_to=500)
wait(1, SECONDS)
drone.move_at(direction=0, velocity=50)
while not drone.get_y_position() > 200:
    wait(5, MSEC)
drone.hover()
wait(1, SECONDS)
drone.land()

get_z_position #

get_y_position returns the drone’s z coordinate as a decimal (float).

Uso:

drone.get_z_position(units)

Parámetros	Descripción
`units`	Optional. The unit that represents the position: `CM` – Centimeters `MM` (default) – Millimeters `INCHES`

Parámetros

Descripción

units

Optional. The unit that represents the position:

CM – Centimeters
MM (default) – Millimeters
INCHES

# Move to (0, 0, 800)
drone.take_off(climb_to=500)
wait(1, SECONDS)
drone.climb(UP, 50)
while not drone.get_z_position() > 800:
    wait(5, MSEC)
drone.hover()
wait(1, SECONDS)
drone.land()

get_safe_mode #

get_safe_mode returns a Boolean indicating whether the Propeller Lock is enabled on the drone.

True – Propeller Lock is enabled.
False – Propeller Lock is not enabled.

Uso:

drone.get_safe_mode()

Parámetros	Descripción
	Este método no tiene parámetros.

# Change the sound by enabling the Propeller Lock
while True:
    if drone.get_safe_mode():
        controller.sound.play(FAULT)
        while controller.sound.is_active():
            wait(50, MSEC)
    else:
        controller.sound.play(SUCCESS)
        while controller.sound.is_active():
            wait(50, MSEC)
    wait(5, MSEC)

is_climb_active #

is_climb_active returns a Boolean indicating whether the drone is climbing.

True – The drone is currently climbing.
False – The drone is not climbing.

Uso:

drone.is_climb_active()

Parámetros	Descripción
	Este método no tiene parámetros.

# After the drone starts to climb, play a sound and land
drone.take_off(climb_to=500)
drone.climb(UP, 50)
wait(3, SECONDS)
if drone.is_climb_active():
    controller.sound.play(SUCCESS)
    drone.land()

is_move_active #

is_move_active returns a Boolean indicating whether the drone is currently using a move method.

True – The drone is currently using a move method.
False – The drone is not currently using a move method.

Uso:

drone.is_move_active()

Parámetros	Descripción
	Este método no tiene parámetros.

# After the drone starts to move, play a sound and land
drone.take_off(climb_to=500)
drone.move_at(direction=0, velocity=50)
wait(2, SECONDS)
if drone.is_move_active():
    controller.sound.play(SUCCESS)
    drone.land()

is_turn_active #

is_turn_active returns a Boolean indicating whether the drone is turning.

True – The drone is currently turning.
False – The drone is not turning.

Uso:

drone.is_turn_active()

Parámetros	Descripción
	Este método no tiene parámetros.

# After the drone starts to turn, play a sound and land
drone.take_off(climb_to=500)
drone.turn(RIGHT)
wait(2, SECONDS)
if drone.is_turn_active():
    controller.sound.play(LOOPING)
    while controller.sound.is_active():
        wait(50, MSEC)
    drone.land()

is_hovering #

is_hovering returns a Boolean indicating whether the drone is maintaining its position (hovering).

True – The drone is currently maintaining its position (hovering).
False – The drone is currently changing its position.

Uso:

drone.is_hovering()

Parámetros	Descripción
	Este método no tiene parámetros.

# Play a sound after the drone has finished taking off
drone.take_off(climb_to=700)
while not drone.is_hovering():
    wait(5, MSEC)
controller.sound.play(PAUSE)
wait(2, SECONDS)
drone.land()

is_taking_off #

is_taking_off returns a Boolean indicating whether the drone is in the process of taking off.

True – The drone is currently in the process of taking off.
False – The drone is not in the process of taking off.

Uso:

drone.is_taking_off()

Parámetros	Descripción
	Este método no tiene parámetros.

# Play sounds while the drone is taking off
drone.take_off(700, wait=False)
wait(1, SECONDS)
while drone.is_taking_off():
    controller.sound.play(LOOPING)
    wait(5, MSEC)

is_landing #

is_landing returns a Boolean indicating whether the drone is in the process of landing.

True – The drone is currently in the process of landing.
False – The drone is not in the process of landing.

Uso:

drone.is_landing()

Parámetros	Descripción
	Este método no tiene parámetros.

# Play sounds while the drone is landing
drone.take_off(climb_to=500)
wait(1, SECONDS)
drone.land(wait=False)
wait(1, SECONDS)
while drone.is_landing():
    controller.sound.play(LOOPING)
    wait(5, MSEC)

is_landed #

is_landed returns a Boolean indicating whether the drone is currently landed.

True – The drone is landed.
False – The drone is not landed.

Uso:

drone.is_landed()

Parámetros	Descripción
	Este método no tiene parámetros.

# Celebrate a successful landing
drone.take_off(climb_to=500)
wait(1, SECONDS)
drone.land()
wait(1, SECONDS)
if drone.is_landed():
    controller.sound.play(SUCCESS)