def manageCommand4Mode():
try:
if game['mode'] == MODE_DISPLAY_CARD and buttons.pressed(buttons.A):
game['mode'] = MODE_MIX_CARD
elif game['mode'] != MODE_MIX_CARD and buttons.pressed(buttons.MENU):
game['mode'] = MODE_DISPLAY_NB_MIX if game['mode'] == MODE_DISPLAY_CARD else MODE_DISPLAY_CARD
except:
display.print('Error cmd 4 mode')
def showCards(n):
try:
for r in range(10):
for c in range(4):
if n < 52:
display.print(cards[n])
display.print(' ')
n += 1
display.print('\n')
except:
display.print('exception')
def tick():
manageCommand4Mode()
try:
if game['mode'] == MODE_DISPLAY_CARD:
manageCommand4DisplayCards()
display.clear()
paint()
elif game['mode'] == MODE_DISPLAY_NB_MIX:
display.clear()
display.print('Nb mix: ')
display.print(str(game['nbMix']))
else:
display.clear()
display.print('Mix cards...')
mixCards()
resetIndexPage()
game['mode'] = MODE_DISPLAY_CARD
except:
display.print('tick error ')
display.print(str(game['mode']))
# Vérifier si la balle est sortie de l'écran
if ball_x_position <= 0:
score = 0 # Nous remettons le score à 0
ball_x_speed = -ball_x_speed
# Empêcher la raquette de sortir de l'écran
if player_y_position <= 0:
player_y_position = 0
if player_y_position >= 64 - player_height:
player_y_position = 64 - player_height
# Affichage de la balle
display.setColor(color.PINK)
display.fillRect(ball_x_position, ball_y_position, ball_size, ball_size)
# Affichage de la raquette du joueur
display.setColor(color.BROWN)
display.fillRect(player_x_position, player_y_position, player_width,
player_height)
# Affichage du score
display.setColor(color.GREEN)
display.print("Mon score est ")
display.print(score)
display.print("\n")
display.setColor(color.BLUE)
display.print("Total : ")
display.print(total)
ball_x_speed = -ball_x_speed
# Increase the score and change the ball's direction if the ball touches the player
if collide.rectRect(ball_x_position, ball_y_position, ball_size, ball_size,
player_x_position, player_y_position, player_width,
player_height):
ball_x_position = ball_x_position - ball_x_speed
ball_x_speed = -ball_x_speed
score = score + 1
# Reset the score if the ball touches the left border of the screen
if ball_x_position <= 0:
score = 0
ball_x_speed = -ball_x_speed
# Display ball
display.fillRect(ball_x_position, ball_y_position, ball_size, ball_size)
# Display player
display.fillRect(player_x_position, player_y_position, player_width,
player_height)
# Display Score
display.setColor(color.BROWN)
display.print("SCORE: ")
display.print(score)
display.print("\n")
if score == 0:
display.setColor(color.WHITE)
display.print("GAME OVER!")
"""
Reads Digital input from D5 and shows it on screen
Works with the modules:
- Switch
- Tactile switch
"""
from gamebuino_meta import waitForUpdate, display
import board
import digitalio
mySwitch = digitalio.DigitalInOut(board.D5)
mySwitch.direction = digitalio.Direction.INPUT
while True:
waitForUpdate()
display.clear()
myValue = mySwitch.value
display.print("DIGITAL INPUT\nD5: ")
display.print(str(myValue))
display.print("\n\n")
if myValue:
display.print("ON")
else:
display.print("OFF")
- Potentiometer
- Joystick
- Light Sensor
- Loudness Sensor
- Temperature Sensor
"""
from gamebuino_meta import waitForUpdate, display
import board
from analogio import AnalogIn
# creates myPotentiometer that we will use to read analog input from A1
myPotentiometer = AnalogIn(board.A1)
while True:
waitForUpdate()
display.clear()
# update your value from your potentiometer
myValue = myPotentiometer.value
# print it on screen
display.print("ANALOG INPUT\nA1: ")
display.print(myValue)
# maps the value from 0..65536 to 0..64
myValue = myValue * 64 // 65536
# draw it as a rectangle
display.drawRect(0, 16, 64, 5)
display.fillRect(0, 16, myValue, 5)
# Ecrit ton programme ici ;-)
from gamebuino_meta import begin, waitForUpdate, display, buttons, color
while True:
waitForUpdate()
display.clear()
display.print("Hello world")
"""
Writes digital output to D5 when the button A is held down
Works with the modules:
- Relay
- LED
- Buzzer
"""
from gamebuino_meta import waitForUpdate, display, buttons
import board
import digitalio
myLED = digitalio.DigitalInOut(board.D5)
myLED.direction = digitalio.Direction.OUTPUT
while True:
waitForUpdate()
display.clear()
display.print("DIGITAL OUTPUT\nD5: ")
if buttons.repeat(buttons.A, 0):
myLED.value = True
display.print("ON")
else:
myLED.value = False
display.print("OFF")
display.print("\n\n'A' TO TURN ON/OFF")
from gamebuino_meta import begin, waitForUpdate, display, buttons, color
while True:
waitForUpdate()
display.clear()
name = "Brian"
score = 15
lives = 3
display.setColor(color.BLUE)
display.print(name)
display.setColor(color.GREEN)
display.print(" (vies : ")
display.setColor(color.RED)
display.print(lives)
display.setColor(color.GREEN)
display.print(")")
display.print("\n")
display.print("\n")
display.setColor(color.WHITE)
display.print("Score : ")
display.print(score)
display.print("\n")
display.print("\n")
lives = 2
"""
from gamebuino_meta import waitForUpdate, display
import board
from analogio import AnalogIn
xAxis = AnalogIn(board.A1)
yAxis = AnalogIn(board.A2)
while True:
waitForUpdate()
display.clear()
# reads and maps the value from 0..65536 to -range/2..range/2
range = 40
x = xAxis.value * range // 65536 - (range // 2)
y = yAxis.value * range // 65536 - (range // 2)
# print values
display.print("JOYSTICK")
display.print("\nA1 x: ")
display.print(x)
display.print("\nA2 y: ")
display.print(y)
# draw the graphic
offset = 20 # vertical offset
display.drawRect(0, 0 + offset, range, range)
display.fillRect(0, x + range // 2 + offset, range, 1)
display.fillRect(y + range // 2, 0 + offset, 1, range)
"""
from gamebuino_meta import waitForUpdate, display
import board
from analogio import AnalogIn
import math
# creates myPotentiometer that we will use to read analog input from A1
thermistor = AnalogIn(board.A1)
while True:
waitForUpdate()
display.clear()
# reads the value from the thermocouple and convert it to temperature
temperature = 999.99
B = 4275.0
# B value of the thermistor
R0 = 100000.0
# R0 = 100k
R = 65536.0 / thermistor.value - 1.0 # analog input
R = R0 * R
if R / R0 > 0:
temperature = 1.0 / (math.log(R / R0) / B + 1 / 298.15) - 273.15
# print it on screen
display.print("TEMPERATURE SENSOR\nA1: ")
display.print(thermistor.value)
display.print("\nTEMP: ")
display.print(str(temperature))
display.print("C")