def Tweet(self, date: str):
"""
Tweet the current `itemshop.png` local file to Twitter using the credentials provided
in `configuration.json`.
"""
try:
twitterAPI = twitter.Api(
consumer_key=self.twitterAPIKey,
consumer_secret=self.twitterAPISecret,
access_token_key=self.twitterAccessToken,
access_token_secret=self.twitterAccessSecret,
)
twitterAPI.VerifyCredentials()
except Exception as e:
Log.Error(self, f"Failed to authenticate with Twitter, {e}")
return
body = f"#Fortnite Item Shop for {date}"
if self.supportACreator is not None:
body = f"{body}\n\nSupport-a-Creator Code: {self.supportACreator}"
try:
with open("itemshop.png", "rb") as shopImage:
twitterAPI.PostUpdate(body, media=shopImage)
Log.Success(self, "Tweeted Item Shop")
except Exception as e:
Log.Error(self, f"Failed to Tweet Item Shop, {e}")
def LoadConfiguration(self):
"""
Set the configuration values specified in configuration.json
Return True if configuration sucessfully loaded.
"""
configuration = json.loads(
Utility.ReadFile(self, "configuration", "json"))
try:
self.language = configuration["language"]
self.delay = configuration["delayStart"]
self.supportACreator = configuration["supportACreator"]
self.twitterEnabled = configuration["twitter"]["enabled"]
self.twitterAPIKey = configuration["twitter"]["apiKey"]
self.twitterAPISecret = configuration["twitter"]["apiSecret"]
self.twitterAccessToken = configuration["twitter"]["accessToken"]
self.twitterAccessSecret = configuration["twitter"]["accessSecret"]
Log.Success(self, "Loaded configuration")
return True
except Exception as e:
Log.Error(self, f"Failed to load configuration, {e}")
def Download(self, url: str):
"""Download and return the raw file from the specified url as an image object."""
res = requests.get(url, stream=True)
# HTTP 200 (OK)
if res.status_code == 200:
return Image.open(res.raw)
else:
Log.Error(self, f"Failed to GET {url} (HTTP {res.status_code})")
def AddMaterial(filepath):
Log.Message("Loading material " + filepath)
try:
try:
blahblahblah = MatSys.materials[filepath]
except KeyError:
MatSys.materials[filepath] = pygame.image.load(
os.path.join(os.path.dirname(__file__), filepath))
except pygame.error:
Log.Error("Material " + filepath + " not found!!")
MatSys.materials[filepath] = pygame.image.load(
os.path.join(os.path.dirname(__file__), "data/error.tga"))
def ReadFile(self, filename: str, extension: str, directory: str = ""):
"""
Read and return the contents of the specified file.
Optionally specify a relative directory.
"""
try:
with open(f"{directory}{filename}.{extension}",
"r",
encoding="utf-8") as file:
return file.read()
except Exception as e:
Log.Error(self, f"Failed to read {filename}.{extension}, {e}")
def ISOtoHuman(self, date: str):
"""Return the provided ISO8601 timestamp in human-readable format."""
try:
# Unix-supported zero padding removal
return datetime.strptime(date,
"%Y-%m-%d").strftime("%A, %B %-d, %Y")
except ValueError:
try:
# Windows-supported zero padding removal
return datetime.strptime(date,
"%Y-%m-%d").strftime("%A, %B %#d, %Y")
except Exception as e:
Log.Error(self,
f"Failed to convert to human-readable time, {e}")
def GET(self, url: str, parameters=None, headers=None):
"""
Return the response of a successful HTTP GET request to the specified
URL with the optionally provided header values.
"""
if headers is None:
headers = {}
if parameters is None:
parameters = {}
res = requests.get(url, params=parameters, headers=headers)
#print(res.content)
# HTTP 200 (OK)
if res.status_code == 200:
return res.text
else:
Log.Error(self, f"Failed to GET {url} (HTTP {res.status_code})")
def Font(
self,
size: int,
font: str = "BurbankBigCondensed-Black.otf",
directory: str = "assets/fonts/",
):
"""Return a font object with the specified font file and size."""
try:
return ImageFont.truetype(f"{directory}{font}", size)
except OSError:
Log.Warn(
self,
"BurbankBigCondensed-Black.otf not found, defaulted font to LuckiestGuy-Regular.ttf",
)
return ImageFont.truetype(f"{directory}LuckiestGuy-Regular.ttf",
size)
except Exception as e:
Log.Error(self, f"Failed to load font, {e}")
def GenerateImage(self, date: str, itemShop: dict):
"""
Generate the Item Shop image using the provided Item Shop.
Return True if image sucessfully saved.
"""
try:
featured = itemShop["featured"]
daily = itemShop["daily"]
# Ensure both Featured and Daily have at least 1 item
if (len(featured) <= 0) or (len(daily) <= 0):
raise Exception(
f"Featured: {len(featured)}, Daily: {len(daily)}")
except Exception as e:
Log.Error(
self,
f"Failed to parse Item Shop Featured and Daily items, {e}")
return False
# Determine the max amount of rows required for the current
# Item Shop when there are 3 columns for both Featured and Daily.
# This allows us to determine the image height.
rows = max(ceil(len(featured) / 3), ceil(len(daily) / 3))
shopImage = Image.new("RGB", (1920, ((545 * rows) + 340)))
try:
background = ImageUtil.Open(self, "background.png")
background = ImageUtil.RatioResize(self, background,
shopImage.width,
shopImage.height)
shopImage.paste(
background,
ImageUtil.CenterX(self, background.width, shopImage.width))
except FileNotFoundError:
Log.Warn(self,
"Failed to open background.png, defaulting to dark gray")
shopImage.paste((18, 18, 18),
[0, 0, shopImage.size[0], shopImage.size[1]])
logo = ImageUtil.Open(self, "logo.png")
logo = ImageUtil.RatioResize(self, logo, 0, 210)
shopImage.paste(
logo, ImageUtil.CenterX(self, logo.width, shopImage.width, 20),
logo)
canvas = ImageDraw.Draw(shopImage)
font = ImageUtil.Font(self, 48)
textWidth, _ = font.getsize(date)
canvas.text(
ImageUtil.CenterX(self, textWidth, shopImage.width, 255),
date,
(255, 255, 255),
font=font,
)
canvas.text((20, 255), "Featured", (255, 255, 255), font=font)
textWidth, _ = font.getsize("Daily")
canvas.text(
(shopImage.width - (textWidth + 20), 255),
"Daily",
(255, 255, 255),
font=font,
)
# Track grid position
i = 0
for item in featured:
card = Athena.GenerateCard(self, item)
if card is not None:
shopImage.paste(
card,
(
(20 + ((i % 3) * (card.width + 5))),
(315 + ((i // 3) * (card.height + 5))),
),
card,
)
i += 1
# Reset grid position
i = 0
for item in daily:
card = Athena.GenerateCard(self, item)
if card is not None:
shopImage.paste(
card,
(
(990 + ((i % 3) * (card.width + 5))),
(315 + ((i // 3) * (card.height + 5))),
),
card,
)
i += 1
try:
shopImage.save("itemshop.png")
Log.Success(self, "Generated Item Shop image")
return True
except Exception as e:
Log.Error(self, f"Failed to save Item Shop image, {e}")
def GenerateCard(self, item: dict):
"""Return the card image for the provided Fortnite Item Shop item."""
try:
name = item["items"][0]["name"]
rarity = item["items"][0]["rarity"]
displayrarity = item["items"][0]["displayRarity"]
category = item["items"][0]["type"]
price = str(item["finalPrice"])
if (category == "outfit") or (category == "wrap"):
if item["items"][0]["images"]["featured"] is not None:
icon = item["items"][0]["images"]["featured"]["url"]
else:
icon = item["items"][0]["images"]["icon"]["url"]
else:
icon = item["items"][0]["images"]["icon"]["url"]
except Exception as e:
Log.Error(self, f"Failed to parse item {name}, {e}")
return
if rarity == "common":
blendColor = (190, 190, 190)
elif rarity == "uncommon":
blendColor = (96, 170, 58)
elif rarity == "rare":
blendColor = (73, 172, 242)
elif rarity == "epic":
blendColor = (177, 91, 226)
elif rarity == "legendary":
blendColor = (211, 120, 65)
elif rarity == "marvel":
blendColor = (197, 51, 52)
elif rarity == "dark":
blendColor = (251, 34, 223)
elif rarity == "dc":
blendColor = (84, 117, 199)
else:
blendColor = (255, 255, 255)
card = Image.new("RGBA", (300, 545))
try:
layer = ImageUtil.Open(self, f"card_top_{rarity.lower()}.png")
except FileNotFoundError:
Log.Warn(
self,
f"Failed to open card_top_{rarity.lower()}.png, defaulted to Common",
)
layer = ImageUtil.Open(self, "card_top_common.png")
card.paste(layer)
if category == 'glider':
x = 285 / 1.1
y = 365 / 1.8
distanceTop = 60
elif category == 'music':
x = 285 / 1.1
y = 365 / 1.6
distanceTop = 55
elif category == 'pickaxe':
x = 285 / 1.1
y = 365 / 1.3
distanceTop = 40
elif category == 'wrap':
x = 285 / 1.1
y = 365 / 1.3
distanceTop = 40
else:
x = 285
y = 365
distanceTop = 10
icon = ImageUtil.Download(self, icon)
icon = ImageUtil.RatioResize(self, icon, x, y)
card.paste(
icon,
ImageUtil.CenterX(self,
icon.width,
card.width,
distanceTop=distanceTop), icon)
if len(item["items"]) > 1:
# Track grid position
i = 0
# Start at position 1 in items array
for extra in item["items"][1:]:
try:
extraRarity = extra["rarity"]
extraIcon = extra["images"]["smallIcon"]["url"]
except Exception as e:
Log.Error(self, f"Failed to parse item {name}, {e}")
return
try:
layer = ImageUtil.Open(
self, f"box_bottom_{extraRarity.lower()}.png")
except FileNotFoundError:
Log.Warn(
self,
f"Failed to open box_bottom_{extraRarity.lower()}.png, defaulted to Common",
)
layer = ImageUtil.Open(self, "box_bottom_common.png")
card.paste(layer, (17, (17 + ((i // 1) * (layer.height)))))
extraIcon = ImageUtil.Download(self, extraIcon)
extraIcon = ImageUtil.RatioResize(self, extraIcon, 75, 75)
card.paste(extraIcon,
(17, (17 + ((i // 1) * (extraIcon.height)))),
extraIcon)
try:
layer = ImageUtil.Open(
self, f"box_faceplate_{extraRarity.lower()}.png")
except FileNotFoundError:
Log.Warn(
self,
f"Failed to open box_faceplate_{extraRarity.lower()}.png, defaulted to Common",
)
layer = ImageUtil.Open(self, "box_faceplate_common.png")
card.paste(layer, (17, (17 + ((i // 1) * (layer.height)))),
layer)
i += 1
try:
layer = ImageUtil.Open(self,
f"card_faceplate_{rarity.lower()}.png")
except FileNotFoundError:
Log.Warn(
self,
f"Failed to open card_faceplate_{rarity.lower()}.png, defaulted to Common",
)
layer = ImageUtil.Open(self, "card_faceplate_common.png")
card.paste(layer, layer)
try:
layer = ImageUtil.Open(self, f"card_bottom_{rarity.lower()}.png")
except FileNotFoundError:
Log.Warn(
self,
f"Failed to open card_bottom_{rarity.lower()}.png, defaulted to Common",
)
layer = ImageUtil.Open(self, "card_bottom_common.png")
card.paste(layer, layer)
canvas = ImageDraw.Draw(card)
font = ImageUtil.Font(self, 30)
textWidth, _ = font.getsize(f"{displayrarity} {category.title()}")
canvas.text(
ImageUtil.CenterX(self, textWidth, card.width, 385),
f"{displayrarity} {category.title()}",
blendColor,
font=font,
)
vbucks = ImageUtil.Open(self, "vbucks.png")
vbucks = ImageUtil.RatioResize(self, vbucks, 25, 25)
textWidth, _ = font.getsize(price)
canvas.text(
ImageUtil.CenterX(self, ((textWidth - 5) - vbucks.width),
card.width, 495),
price,
(255, 255, 255),
font=font,
)
card.paste(
vbucks,
ImageUtil.CenterX(self, (vbucks.width + (textWidth + 5)),
card.width, 495),
vbucks,
)
font = ImageUtil.Font(self, 56)
textWidth, _ = font.getsize(name)
if textWidth >= 270:
# Ensure that the item name does not overflow
font, textWidth = ImageUtil.FitTextX(self, name, 56, 265)
canvas.text(
ImageUtil.CenterX(self, textWidth, card.width, 425),
name,
(255, 255, 255),
font=font,
)
return card
def RemoveEntity(name):
try:
del EntitySystem.entities[name]
except KeyError:
Log.Error("Entity with name " + name + " doesn't exists")
