def manualLift():
# This function will change the value in lift_requests
# so it has to be listed as global here
global lift_requests
# If there is a request on floor 0 (first button pressed)
if lift_requests[0]:
# Move the lift up one block
moveUp(True)
# Clear the lift request, to prevent the lift moving forever
lift_requests[0] = False
# else if there is a request on floor 1 (second button pressed)
elif lift_requests[1]:
# Move the lift down one block
moveDown(True)
# Clear the lift request, to prevent the lift moving forever
lift_requests[1] = False
# Keep the display updated with the floor number
# This is useful so that the service engineer can test the display
floor = getFloor(lift_y)
if floor != None:
display.write(str(floor))
def bomb(x, y, z):
mc.setBlock(x+1, y, z+1, block.TNT.id)
for t in range(6):
display.write(str(5-t)) # clever countdown
time.sleep(1)
mc.postToChat("BANG!")
mc.setBlocks(x-10, y-5, z-10, x+10, y+10, z+10, block.AIR.id)
def bomb(x, y, z):
mc.setBlock(x + 1, y, z + 1, block.TNT.id)
for t in range(6):
display.write(str(5 - t))
time.sleep(1)
mc.postToChat("BANG!! La bomba ha estallado")
mc.postToChat("TodoElectronica 21")
mc.setBlocks(x - 10, y - 5, z - 10, x + 10, y + 10, z + 10, block.AIR.id)
def bomb(x, y, z):
# Place a block of TNT
mc.setBlock(x + 1, y, z + 1, block.TNT.id)
# Count 6 numbers (from 0 to 5)
for t in range(6):
# Display the number sequence 5,4,3,2,1,0 on the 7-Seg display
display.write(str(5 - t))
# Wait so that you can see the number
time.sleep(1)
mc.postToChat("BANG!")
# Just like clearSpace.py, clear a "crater" around the player
# The crater is centered around your player
mc.setBlocks(x - 10, y - 5, z - 10, x + 10, y + 10, z + 10, block.AIR.id)
def bomb(x, y, z):
size = 10
mc.setBlock(x+1, y, z+1, block.TNT.id)
for t in range(6):
display.write(str(5-t)) # clever countdown
time.sleep(1)
# tp player if inside blast radius
pos = mc.player.getTilePos()
if pos.x > x-size and pos.x<x+size and pos.y>(y-size/2) and pos.y<y+size and pos.z>z-size and pos.z<z+size:
# tp player above bomb site
mc.player.setPos(x,y+size,z)
mc.postToChat("BANG!")
mc.setBlocks(x-size, y-(size/2), z-size, x+size, y+size, z+size, block.AIR.id)
def bomb(x, y, z):
# Place a block of TNT
mc.setBlock(x+1, y, z+1, block.TNT.id)
# Count 6 numbers (from 0 to 5)
for t in range(6):
# Display the number sequence 5,4,3,2,1,0 on the 7-Seg display
display.write(str(5-t))
# Wait so that you can see the number
time.sleep(1)
mc.postToChat("BANG!")
# Just like clearSpace.py, clear a "crater" around the player
# The crater is centered around your player
mc.setBlocks(x-10, y-5, z-10, x+10, y+10, z+10, block.AIR.id)
def atFloor(floor):
# This function will change the values in these variables
# so they must be listed as global here
global lift_requests, lift_state
# If there is a lift request pending for this floor
if lift_requests[floor]:
# Set the lift request to False, so the lift doesn't stick here
lift_requests[floor] = False
# The lift is now stopped (this will be used elsewhere)
lift_state = STOPPED
# Update the display hardware with the floor number
display.write(str(floor))
# Wait a couple of seconds to allow the player to walk on/off
time.sleep(2)
def autoLift():
# If the player is in the lift, the movement will have to also
# move the player as well. Store this in a Boolean withPlayer
# that can be used to alter how the move functions work later
withPlayer = playerInLift()
# Work out if the lift is at a afloor, and if so, which floor
floor = getFloor(lift_y)
# If the lift is at a floor
if floor != None:
# Perform the at-floor processing
# which will stop the lift for a while
atFloor(floor)
# DECIDE WHAT TO DO NEXT
# The lift can be in one of 3 states: GOING_UP, GOING_DOWN, STOPPED
# Decide what to do for each of those 3 states
if lift_state == GOING_UP:
# Writing "up" to the display module will display a '^' symbol
# which looks a little bit like an up arrow
display.write("up")
# Move the lift up by one block (with the player too
# if the withPlayer variable is True)
moveUp(withPlayer)
elif lift_state == GOING_DOWN:
# Writing "down" to the display module will display a 'v' symbol
# which looks a little bit like a down arrow
display.write("down")
# Move the lift down by one blok (with the player too
# if the withPlayer variable is True)
moveDown(withPlayer)
else:
# Anything else, means the lift must be STOPPED
# So, choose which floor to travel to next.
# chooseNext() will change lift_state to GOING_UP or GOING_DOWN
# which will then be processed next time this function is used
chooseNext(floor)
DIAMONDS = [3,5,9]
TIMEOUTS = [8,30,30]
level = 0
points = 0
mc.postToChat("Press the button to start")
while GPIO.input(BUTTON):
time.sleep(0.1)
#game loop
while not gameOver:
createDiamonds(arenaPos, DIAMONDS[level])
diamondsLeft = DIAMONDS[level]
display.write(str(diamondsLeft))
start = time.time()
levelComplete = False
#level loop
while not gameOver and not levelComplete:
pos = mc.player.getTilePos()
if pos.y < arenaPos.y:
mc.player.setPos(arenaPos.x + ARENAX/2, arenaPos.y + 1,
arenaPos.z + 1)
if pos.z == arenaPos.z + ARENAZ and diamondsLeft == 0:
levelComplete = True
secondsLeft = TIMEOUTS[level] - (time.time() - start)
if secondsLeft < 5:
# testSeg7.py - Test a 7-segment display
import anyio.seg7 as display
import time
# Use this for Raspberry Pi
#import RPi.GPIO as GPIO
#LED_PINS = [10,22,25,8,7,9,11,15]
# Use this for Arduino
import anyio.GPIO as GPIO
LED_PINS = [7, 6, 14, 16, 10, 8, 9, 15]
GPIO.setmode(GPIO.BCM)
ON = False # common-anode. Set to True for a common cathode display
display.setup(GPIO, LED_PINS, ON)
try:
while True:
for d in range(10):
display.write(str(d))
time.sleep(0.5)
finally:
GPIO.cleanup()
# END
# and thus you set the output to False (0V) to turn the LED on.
# A common-anode display has its common pin connected to 3.3V
# If you set this to True, it drives a common-cathode display
# This means all the negative sides of the LEDs are connected together
# and thus you set the output to True (3.3V) to turn the LED on.
# A common-cathode display has its common pin connected to 0V
ON = False # False=common-anode. Set to True for a common-cathode display
# Setup the display module by giving it access to your GPIOs,
# giving it a list of the pin numbers to use for each segment of the display,
# and telling it whether you are using common-anode or common-cathode
display.setup(GPIO, LED_PINS, ON)
# Game loop
try: # if this code fails, jumps to "finally"
while True:
# Count from 0 to 9
for d in range(10):
# The display module turns the numbers 0..9 into patters
# and turns the LEDs on and off for you
display.write(str(d))
# Slow the program down so you can see it counting on the display
time.sleep(0.5)
finally: # Gets here if the above program fails (e.g. you press CTRL-C)
# Put all of the GPIO hardware in a safe state. This turns off all the LEDs
GPIO.cleanup()
# END
points = 0
#HARDWARE - START
#wait for the button to be pressed
mc.postToChat("Press the button to start")
while GPIO.input(BUTTON):
time.sleep(0.1)
#HARDWARE - END
#game loop, while not game over
while not gameOver:
#create the diamonds
createDiamonds(arenaPos, DIAMONDS[level])
diamondsLeft = DIAMONDS[level]
#HARDWARE - update 7 segment display
display.write(str(diamondsLeft))
#position the player at the start of the arena
mc.player.setPos(arenaPos.x + 1, arenaPos.y + 1, arenaPos.z + 1)
#start the clock
start = time.time()
#set the level complete flag
levelComplete = False
#level loop
while not gameOver and not levelComplete:
#sleep for a bit
time.sleep(0.1)
#has player hit a diamond?
