def run():
"""运行游戏"""
# load setting first
background = func.hex_to_rgb(func.setting["color"]["background"])
level = func.setting["level"]
screenSize = (func.size * 50, func.size * 50)
# 创建屏幕对象
pygame.init()
screen = pygame.display.set_mode(screenSize)
pygame.display.set_caption("Minesweeper")
board = getBoard(level)
print("Initial Board")
func.printBoard(board)
while True:
checkEvents(board, screen)
updateScreen(background, screen, board)
status = func.isEnd(board, func.size * level)
if status[0]:
time.sleep(1)
print("End Board")
func.printBoard(board)
displayEndBoard(background, screen, status[1])
def displayEndBoard(background, screen, statement):
player = func.setting["player"]
textFont = func.setting["font"]["text_font"]
textColor = func.hex_to_rgb(func.setting["color"]["text"])
# alerting text
fontTitle = pygame.font.SysFont(textFont, 90) # (字体，大小)
title = 'Game End'
text_title = fontTitle.render(title, True, textColor)
titleRect = text_title.get_rect()
titleRect.center = (225, 175)
# status text
fontSentence = pygame.font.SysFont(textFont, 40) # (字体，大小)
sentence = player + ", you " + statement
text_sentence = fontSentence.render(sentence, True, textColor)
sentenceRect = text_sentence.get_rect()
sentenceRect.center = (225, 300)
# display them
while True:
screen.fill(background)
screen.blit(text_title, titleRect)
screen.blit(text_sentence, sentenceRect)
pygame.display.flip()
checkEvent(screen)
def render_tile(location):
# Connect to Redis and Blockchain
redis_server = connect_redis()
contract = get_contract()
# Get Tile Data
try:
tile = contract.call().getTile(location)
except:
print "Can't connect to Parity, or !synced to block #2641527. Waiting \
5 seconds..."
tile = False
while not tile:
try:
tile = contract.call().getTile(location)
except:
time.sleep(5)
print "Can't connect to Parity, or !synced to block #2641527. \
Waiting 5 seconds..."
tile = False
owner = tile[0]
url = tile[2]
image = tile[1]
price = tile[3]
tile_name = str(location)
print "Rendering " + tile_name + "..."
# Defaults if data not set.
if not url:
url = get_default_url()
if not image:
image = get_default_tile(owner)
if (price != 0):
image = get_for_sale_tile()
# Update Redis Data
redis_server.hmset(tile_name, {'owner': owner, 'url': url})
# Render Image from Image Data. Every 3 char. represents 1 pixel.
rgb_image_data = []
for pixel in chunk_str(image, 3):
rgb_image_data.append(hex_to_rgb(double_mult(pixel)))
# Start with Black Image
rendered_image = Image.new('RGB', (16, 16), "black")
pixels = rendered_image.load()
# For every pixel in image:
for i in range(rendered_image.size[0]):
for j in range(rendered_image.size[1]):
pixel = rgb_image_data[get_position(i, j)]
pixels[i, j] = (pixel[0], pixel[1], pixel[2])
# Save Tile
rendered_image.save('tiles/' + tile_name + ".png")
def render_tile(location):
# Connect to Redis and Blockchain
redis_server = connect_redis()
contract = get_contract()
# Get Tile Data
try:
tile = contract.functions.tiles(location).call()
except Exception as e:
print(e)
print(
"Can't connect to Parity, or !synced to block #2641527. Waiting 5 seconds..."
)
tile = False
while not tile:
try:
tile = contract.functions.tiles(location).call()
except Exception as e:
time.sleep(5)
print("Can't connect to Parity, or !synced to block #2641527. \
Waiting 5 seconds...")
print(e)
tile = False
owner = tile[0]
url = tile[2]
image = tile[1]
price = tile[3]
tile_name = str(location)
print("Rendering " + tile_name + "...")
# Defaults if data not set.
if not url:
url = get_default_url()
if not image:
image = get_default_tile(owner)
image = image.strip()
if not len(image) == 768:
image = get_default_tile(owner)
if price != 0:
image = get_for_sale_tile()
# Update Redis Data
redis_server.hmset(tile_name, {"owner": owner, "url": url})
# Render Image from Image Data. Every 3 char. represents 1 pixel.
rgb_image_data = []
for pixel in chunk_str(image, 3):
rgb_image_data.append(hex_to_rgb(double_mult(pixel)))
# Start with Black Image
rendered_image = Image.new("RGB", (16, 16), "black")
pixels = rendered_image.load()
# For every pixel in image:
for i in range(rendered_image.size[0]):
for j in range(rendered_image.size[1]):
pixel = rgb_image_data[get_position(i, j)]
pixels[i, j] = (pixel[0], pixel[1], pixel[2])
# Save Tile
rendered_image.save("tiles/" + tile_name + ".png")
# Make big tile for OpenSea
big_tile = rendered_image.resize((350, 350), Image.NEAREST)
big_tile.save("large_tiles/" + tile_name + ".png")
data = {
"description": "Official PixelMap (2016) Wrapper",
"external_url": url,
"image":
f"https://s3.us-east-1.amazonaws.com/pixelmap.io/{tile_name}.png",
"name": f"Tile #{tile_name}",
}
with open(f"large_tiles/{tile_name}.json", "w") as outfile:
json.dump(data, outfile, indent=4)