Dance Party

Connect SPIKE™ 3:
Motors on Ports D and F

Audio File:

Note: you must ensure all the Start Time timestamps are in increasing order.

Section

Start Time (seconds):

# Import necessary modules and submodules from hub import port, light_matrix import motor, runloop legs_motor = port.D arms_motor = port.F # Define a simple function for moving motors async def move_motors(): motor.run(legs_motor, 500) motor.run(arms_motor, 500) # Define a function to display text on the light matrix async def display_text(text_in): light_matrix.write(text_in) # Call the functions runloop.run(display_text('1'), move_motors())

Section

Start Time (seconds):

# Import necessary modules and submodules from hub import port, light_matrix import motor, runloop legs_motor = port.D arms_motor = port.F # Define a simple function for moving motors async def move_motors(): motor.run(legs_motor, -500) motor.run(arms_motor, -500) # Define a function to display text on the light matrix async def display_text(text_in): light_matrix.write(text_in) # Call the functions runloop.run(display_text('2'), move_motors())

Section

Start Time (seconds):

# Import necessary modules and submodules from hub import port, light_matrix import motor, runloop legs_motor = port.D arms_motor = port.F # Define a simple function for moving motors async def move_motors(): motor.run(legs_motor, 0) motor.run(arms_motor, 250) # Define a function to display text on the light matrix async def display_text(text_in): light_matrix.write(text_in) # Call the functions runloop.run(display_text('3'), move_motors())

Section

Start Time (seconds):

# Import necessary modules and submodules from hub import port, light_matrix import motor, runloop legs_motor = port.D arms_motor = port.F # Define a simple function for moving motors async def move_motors(): motor.run(legs_motor, 500) motor.run(arms_motor, -250) # Define a function to display text on the light matrix async def display_text(text_in): light_matrix.write(text_in) # Call the functions runloop.run(display_text('4'), move_motors())

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Section Start Time (seconds):		# Import necessary modules and submodules from hub import port, light_matrix import motor, runloop legs_motor = port.D arms_motor = port.F # Define a simple function for moving motors async def move_motors(): motor.run(legs_motor, 500) motor.run(arms_motor, 500) # Define a function to display text on the light matrix async def display_text(text_in): light_matrix.write(text_in) # Call the functions runloop.run(display_text('1'), move_motors())
Section Start Time (seconds):		# Import necessary modules and submodules from hub import port, light_matrix import motor, runloop legs_motor = port.D arms_motor = port.F # Define a simple function for moving motors async def move_motors(): motor.run(legs_motor, -500) motor.run(arms_motor, -500) # Define a function to display text on the light matrix async def display_text(text_in): light_matrix.write(text_in) # Call the functions runloop.run(display_text('2'), move_motors())
Section Start Time (seconds):		# Import necessary modules and submodules from hub import port, light_matrix import motor, runloop legs_motor = port.D arms_motor = port.F # Define a simple function for moving motors async def move_motors(): motor.run(legs_motor, 0) motor.run(arms_motor, 250) # Define a function to display text on the light matrix async def display_text(text_in): light_matrix.write(text_in) # Call the functions runloop.run(display_text('3'), move_motors())
Section Start Time (seconds):		# Import necessary modules and submodules from hub import port, light_matrix import motor, runloop legs_motor = port.D arms_motor = port.F # Define a simple function for moving motors async def move_motors(): motor.run(legs_motor, 500) motor.run(arms_motor, -250) # Define a function to display text on the light matrix async def display_text(text_in): light_matrix.write(text_in) # Call the functions runloop.run(display_text('4'), move_motors())