from rstem import speaker
# Make the RaspberryPi say "Hello World"
speaker.say("Hello World", wait=True)
# TODO: should we do speaker.say() or my_speech thing?
## create a variable my_speech that is the converted text into sound
#my_speech = speaker.Speech("Hello World")
## play that sound tell it to wait until the sound has stopped playing before finishing the program
#my_speech.play(wait=True)
from rstem import led_matrix, speaker
import time
import os
led_matrix.init_grid(
) # This sets up the led matrix. It must be run before displaying anything.
led_matrix.erase(
) # This clears the led matrix display incase anything is currently being displayed.
# 1. Create sprite variables of a face with mouth open and closed from .spr files.
mouth_closed = led_matrix.LEDSprite(os.path.abspath("mouth_closed.spr"))
mouth_open = led_matrix.LEDSprite(os.path.abspath("mouth_open.spr"))
# 2. Make the RaspberryPi say "Hello World"
speaker.say("Hello World")
# 3. Create a while loop that keeps looping until the Raspberry Pi has stopped talking.
while speaker.is_talking():
# 4. Clear the led matrix
led_matrix.erase()
# 5. Draw the face with its mouth open
led_matrix.sprite(mouth_open)
# 6. Show the new face on the display and add a delay
led_matrix.show()
time.sleep(.1)
# 7. Clear the led matrix of the previous face
led_matrix.erase()
from rstem import speaker
# Make the RaspberryPi say "Hello World"
speaker.say("Hello World", wait=True)
# TODO: should we do speaker.say() or my_speech thing?
## create a variable my_speech that is the converted text into sound
#my_speech = speaker.Speech("Hello World")
## play that sound tell it to wait until the sound has stopped playing before finishing the program
#my_speech.play(wait=True)
from rstem import led_matrix, speaker
import time
import os
led_matrix.init_grid() # This sets up the led matrix. It must be run before displaying anything.
led_matrix.erase() # This clears the led matrix display incase anything is currently being displayed.
# 1. Create sprite variables of a face with mouth open and closed from .spr files.
mouth_closed = led_matrix.LEDSprite(os.path.abspath("mouth_closed.spr"))
mouth_open = led_matrix.LEDSprite(os.path.abspath("mouth_open.spr"))
# 2. Make the RaspberryPi say "Hello World"
speaker.say("Hello World")
# 3. Create a while loop that keeps looping until the Raspberry Pi has stopped talking.
while speaker.is_talking():
# 4. Clear the led matrix
led_matrix.erase()
# 5. Draw the face with its mouth open
led_matrix.sprite(mouth_open)
# 6. Show the new face on the display and add a delay
led_matrix.show()
time.sleep(.1)
# 7. Clear the led matrix of the previous face
led_matrix.erase()
# 8. Draw the face with its mouth closed
led_matrix.init_grid() # This sets up the led matrix. It must be run before displaying anything.
led_matrix.erase() # This clears the led matrix display incase anything is currently being displayed.
# Create sprite variables of a face with mouth open and closed from .spr files.
mouth_closed = led_matrix.LEDSprite(os.path.abspath("mouth_closed.spr"))
mouth_open = led_matrix.LEDSprite(os.path.abspath("mouth_open.spr"))
## Create a speech object of "Hello World"
#my_speech = speaker.Speech("Hello World")
## Play my_speech
#my_speech.play()
# Start speaking the text
speaker.say("Hello World", wait=False)
# Create a while loop that keeps looping until the Raspberry Pi has stopped talking.
while speaker.is_talking():
# Clear the led matrix
led_matrix.erase()
# Draw the face with its mouth open
led_matrix.sprite(mouth_open)
# Show the new face on the display and add a delay
led_matrix.show()
time.sleep(.1)
# Clear the led matrix of the previous face
) # This sets up the led matrix. It must be run before displaying anything.
led_matrix.erase(
) # This clears the led matrix display incase anything is currently being displayed.
# Create sprite variables of a face with mouth open and closed from .spr files.
mouth_closed = led_matrix.LEDSprite(os.path.abspath("mouth_closed.spr"))
mouth_open = led_matrix.LEDSprite(os.path.abspath("mouth_open.spr"))
## Create a speech object of "Hello World"
#my_speech = speaker.Speech("Hello World")
## Play my_speech
#my_speech.play()
# Start speaking the text
speaker.say("Hello World", wait=False)
# Create a while loop that keeps looping until the Raspberry Pi has stopped talking.
while speaker.is_talking():
# Clear the led matrix
led_matrix.erase()
# Draw the face with its mouth open
led_matrix.sprite(mouth_open)
# Show the new face on the display and add a delay
led_matrix.show()
time.sleep(.1)
# Clear the led matrix of the previous face
