import os, re, time from datetime import datetime from modules import util from modules.util import Failed from PIL import Image, ImageColor, ImageDraw, ImageFont from plexapi.audio import Album from plexapi.video import Episode logger = util.logger portrait_dim = (1000, 1500) landscape_dim = (1920, 1080) square_dim = (1000, 1000) old_special_text = [f"{a}{s}" for a in ["audience_rating", "critic_rating", "user_rating"] for s in ["", "0", "%", "#"]] rating_sources = [ "tmdb_rating", "imdb_rating", "trakt_user_rating", "omdb_rating", "mdb_rating", "mdb_average_rating", "mdb_imdb_rating", "mdb_metacritic_rating", "mdb_metacriticuser_rating", "mdb_trakt_rating", "mdb_tomatoes_rating", "mdb_tomatoesaudience_rating", "mdb_tmdb_rating", "mdb_letterboxd_rating", "mdb_myanimelist_rating", "anidb_rating", "anidb_average_rating", "anidb_score_rating", "mal_rating" ] float_vars = ["audience_rating", "critic_rating", "user_rating"] + rating_sources int_vars = ["runtime", "total_runtime", "season_number", "episode_number", "episode_count", "versions"] date_vars = ["originally_available"] types_for_var = { "movie_show_season_episode_artist_album": ["runtime", "user_rating", "title"], "movie_show_episode_album": ["critic_rating", "originally_available"], "movie_show_season_episode": ["tmdb_rating"], "show_season_artist_album": ["total_runtime"], "movie_show_episode": ["audience_rating", "content_rating", "tmdb_rating", "imdb_rating"], "movie_show": [ "original_title", "trakt_user_rating", "omdb_rating", "mdb_rating", "mdb_average_rating", "mdb_imdb_rating", "mdb_metacritic_rating", "mdb_metacriticuser_rating", "mdb_trakt_rating", "mdb_tomatoes_rating", "mdb_tomatoesaudience_rating", "mdb_tmdb_rating", "mdb_letterboxd_rating", "mdb_myanimelist_rating", "anidb_rating", "anidb_average_rating", "anidb_score_rating", "mal_rating" ], "movie_episode": ["versions", "bitrate"], "season_episode": ["show_title", "season_number"], "show_season": ["episode_count"], "movie": ["edition"], "episode": ["season_title", "episode_number"] } var_mods = { "bitrate": ["", "H", "L"], "originally_available": ["", "["], "runtime": ["", "H", "M"], "total_runtime": ["", "H", "M"], } for mod in float_vars: var_mods[mod] = ["", "%", "#", "/"] for mod in ["title", "content_rating", "original_title", "edition", "show_title", "season_title"]: var_mods[mod] = ["", "U", "L", "P"] for mod in ["season_number", "episode_number", "episode_count", "versions"]: var_mods[mod] = ["", "W", "WU", "WL", "0", "00"] single_mods = list(set([m for a, ms in var_mods.items() for m in ms if len(m) == 1])) double_mods = list(set([m for a, ms in var_mods.items() for m in ms if len(m) == 2])) vars_by_type = { "movie": [f"{item}{m}" for check, sub in types_for_var.items() for item in sub for m in var_mods[item] if "movie" in check], "show": [f"{item}{m}" for check, sub in types_for_var.items() for item in sub for m in var_mods[item] if "show" in check], "season": [f"{item}{m}" for check, sub in types_for_var.items() for item in sub for m in var_mods[item] if "season" in check], "episode": [f"{item}{m}" for check, sub in types_for_var.items() for item in sub for m in var_mods[item] if "episode" in check], "artist": [f"{item}{m}" for check, sub in types_for_var.items() for item in sub for m in var_mods[item] if "artist" in check], "album": [f"{item}{m}" for check, sub in types_for_var.items() for item in sub for m in var_mods[item] if "album" in check], } def get_canvas_size(item): if isinstance(item, Episode): return landscape_dim elif isinstance(item, Album): return square_dim else: return portrait_dim class Overlay: def __init__(self, config, library, overlay_file, original_mapping_name, overlay_data, suppress, level): self.config = config self.requests = self.config.Requests self.cache = self.config.Cache self.library = library self.overlay_file = overlay_file self.original_mapping_name = original_mapping_name self.data = overlay_data self.level = level self.keys = [] self.updated = False self.image = None self.backdrop_box = None self.backdrop_text = None self.group = None self.queue = None self.queue_name = None self.weight = None self.path = None self.font = None self.font_name = None self.font_size = 36 self.font_color = None self.stroke_color = None self.stroke_width = 0 self.addon_offset = 0 self.addon_position = None self.back_width = None self.back_height = None self.special_text = None logger.debug("") logger.debug("Validating Method: overlay") logger.debug(f"Value: {self.data}") if not isinstance(self.data, dict): self.data = {"name": str(self.data)} logger.warning(f"Overlay Warning: No overlay attribute using mapping name {self.data} as the overlay name") if "name" not in self.data or not self.data["name"]: raise Failed(f"Overlay Error: overlay must have the name attribute") self.name = str(self.data["name"]) self.prefix = f"Overlay File ({self.overlay_file.file_num}) " self.mapping_name = f"{self.prefix}{self.original_mapping_name}" self.suppress = [f"{self.prefix}{s}" for s in suppress] if "group" in self.data and self.data["group"]: self.group = str(self.data["group"]) if "queue" in self.data and self.data["queue"]: self.queue_name = str(self.data["queue"]) if self.queue_name not in self.overlay_file.queue_names: raise Failed(f"Overlay Error: queue: {self.queue_name} not found") self.queue = self.overlay_file.queue_names[self.queue_name] if "weight" in self.data: self.weight = util.parse("Overlay", "weight", self.data["weight"], datatype="int", parent="overlay", minimum=0) if "group" in self.data and (self.weight is None or not self.group): raise Failed(f"Overlay Error: overlay attribute's group requires the weight attribute") elif "queue" in self.data and (self.weight is None or not self.queue_name): raise Failed(f"Overlay Error: overlay attribute's queue requires the weight attribute") elif self.group and self.queue_name: raise Failed(f"Overlay Error: overlay attribute's group and queue cannot be used together") self.horizontal_offset, self.horizontal_align, self.vertical_offset, self.vertical_align = util.parse_cords(self.data, "overlay") if (self.horizontal_offset is None and self.vertical_offset is not None) or (self.vertical_offset is None and self.horizontal_offset is not None): raise Failed(f"Overlay Error: overlay attribute's horizontal_offset and vertical_offset must be used together") def color(attr): if attr in self.data and self.data[attr]: try: return ImageColor.getcolor(self.data[attr], "RGBA") except ValueError: raise Failed(f"Overlay Error: overlay {attr}: {self.data[attr]} invalid") self.back_color = color("back_color") self.back_radius = util.parse("Overlay", "back_radius", self.data["back_radius"], datatype="int", parent="overlay") if "back_radius" in self.data and self.data["back_radius"] else None self.back_line_width = util.parse("Overlay", "back_line_width", self.data["back_line_width"], datatype="int", parent="overlay") if "back_line_width" in self.data and self.data["back_line_width"] else None self.back_line_color = color("back_line_color") self.back_padding = util.parse("Overlay", "back_padding", self.data["back_padding"], datatype="int", parent="overlay", minimum=0, default=0) if "back_padding" in self.data else 0 self.back_align = util.parse("Overlay", "back_align", self.data["back_align"], parent="overlay", default="center", options=["left", "right", "center", "top", "bottom"]) if "back_align" in self.data else "center" self.back_box = None back_width = util.parse("Overlay", "back_width", self.data["back_width"], datatype="int", parent="overlay", minimum=0) if "back_width" in self.data else -1 back_height = util.parse("Overlay", "back_height", self.data["back_height"], datatype="int", parent="overlay", minimum=0) if "back_height" in self.data else -1 if self.name == "backdrop": self.back_box = (back_width, back_height) elif self.back_align != "center" and back_width < 0: raise Failed(f"Overlay Error: overlay attribute back_align only works when back_width is used") elif back_width >= 0 or back_height >= 0: self.back_box = (back_width, back_height) self.has_back = True if self.back_color or self.back_line_color else False if self.name != "backdrop" and self.has_back and not self.has_coordinates() and not self.queue_name: raise Failed(f"Overlay Error: horizontal_offset and vertical_offset are required when using a backdrop") def get_and_save_image(image_url): response = self.requests.get(image_url) if response.status_code == 404: raise Failed(f"Overlay Error: Overlay Image not found at: {image_url}") if response.status_code >= 400: raise Failed(f"Overlay Error: Status {response.status_code} when attempting download of: {image_url}") if "Content-Type" not in response.headers or response.headers["Content-Type"] != "image/png": raise Failed(f"Overlay Error: Overlay Image not a png: {image_url}") if not os.path.exists(library.overlay_folder) or not os.path.isdir(library.overlay_folder): os.makedirs(library.overlay_folder, exist_ok=False) logger.info(f"Creating Overlay Folder found at: {library.overlay_folder}") clean_image_name, _ = util.validate_filename(self.name) image_path = os.path.join(library.overlay_folder, f"{clean_image_name}.png") if os.path.exists(image_path): os.remove(image_path) with open(image_path, "wb") as handler: handler.write(response.content) while util.is_locked(image_path): time.sleep(1) return image_path if not self.name.startswith(("blur", "backdrop")): if ("default" in self.data and self.data["default"]) or ("pmm" in self.data and self.data["pmm"]) or ("git" in self.data and self.data["git"] and self.data["git"].startswith("PMM/")): if "default" in self.data and self.data["default"]: temp_path = self.data["default"] elif "pmm" in self.data and self.data["pmm"]: temp_path = self.data["pmm"] else: temp_path = self.data["git"][4:] if temp_path.startswith("overlays/images/"): temp_path = temp_path[16:] if not temp_path.endswith(".png"): temp_path = f"{temp_path}.png" images_path = os.path.join(os.path.dirname(os.path.dirname(os.path.abspath(__file__))), "defaults", "overlays", "images") if not os.path.exists(os.path.abspath(os.path.join(images_path, temp_path))): raise Failed(f"Overlay Error: Overlay Image not found at: {os.path.abspath(os.path.join(images_path, temp_path))}") self.path = os.path.abspath(os.path.join(images_path, temp_path)) elif "file" in self.data and self.data["file"]: self.path = self.data["file"] elif "git" in self.data and self.data["git"]: self.path = get_and_save_image(f"{self.config.GitHub.configs_url}{self.data['git']}.png") elif "repo" in self.data and self.data["repo"]: self.path = get_and_save_image(f"{self.config.custom_repo}{self.data['repo']}.png") elif "url" in self.data and self.data["url"]: self.path = get_and_save_image(self.data["url"]) if "|" in self.name: raise Failed(f"Overlay Error: Overlay Name: {self.name} cannot contain '|'") elif self.name.startswith("blur"): try: match = re.search("\\(([^)]+)\\)", self.name) if not match or 0 >= int(match.group(1)) > 100: raise ValueError self.name = f"blur({match.group(1)})" except ValueError: logger.error(f"Overlay Error: failed to parse overlay blur name: {self.name} defaulting to blur(50)") self.name = "blur(50)" elif self.name.startswith("text"): if not self.has_coordinates() and not self.queue_name: raise Failed(f"Overlay Error: overlay attribute's horizontal_offset and vertical_offset are required when using text") if self.path: if not os.path.exists(self.path): raise Failed(f"Overlay Error: Text Overlay Addon Image not found at: {self.path}") self.addon_offset = util.parse("Overlay", "addon_offset", self.data["addon_offset"], datatype="int", parent="overlay") if "addon_offset" in self.data else 0 self.addon_position = util.parse("Overlay", "addon_position", self.data["addon_position"], parent="overlay", options=["left", "right", "top", "bottom"]) if "addon_position" in self.data else "left" image_compare = None if self.cache: _, image_compare, _ = self.cache.query_image_map(self.mapping_name, f"{self.library.image_table_name}_overlays") overlay_size = os.stat(self.path).st_size self.updated = not image_compare or str(overlay_size) != str(image_compare) try: self.image = Image.open(self.path).convert("RGBA") if self.cache: self.cache.update_image_map(self.mapping_name, f"{self.library.image_table_name}_overlays", self.name, overlay_size) except OSError: raise Failed(f"Overlay Error: overlay image {self.path} failed to load") match = re.search("\\(([^)]+)\\)", self.name) if not match: raise Failed(f"Overlay Error: failed to parse overlay text name: {self.name}") self.name = f"text({match.group(1)})" text = f"{match.group(1)}" code_base = os.path.dirname(os.path.dirname(os.path.abspath(__file__))) font_base = os.path.join(code_base, "fonts") self.font_name = os.path.join(font_base, "Roboto-Medium.ttf") if "font_size" in self.data: self.font_size = util.parse("Overlay", "font_size", self.data["font_size"], datatype="int", parent="overlay", default=self.font_size) if "font" in self.data and self.data["font"]: font = str(self.data["font"]) if not os.path.exists(font) and os.path.exists(os.path.join(code_base, font)): font = os.path.join(code_base, font) if not os.path.exists(font): kometa_fonts = os.listdir(font_base) fonts = util.get_system_fonts() + kometa_fonts if font not in fonts: raise Failed(f"Overlay Error: font: {os.path.abspath(font)} not found. Options: {', '.join(fonts)}") if font in kometa_fonts: font = os.path.join(font_base, font) self.font_name = font self.font = ImageFont.truetype(self.font_name, self.font_size) if "font_style" in self.data and self.data["font_style"]: try: variation_names = [n.decode("utf-8") for n in self.font.get_variation_names()] if self.data["font_style"] in variation_names: self.font.set_variation_by_name(self.data["font_style"]) else: raise Failed(f"Overlay Error: Font Style {self.data['font_style']} not found. Options: {','.join(variation_names)}") except OSError: logger.warning(f"Overlay Warning: font: {self.font} does not have variations") if "font_color" in self.data and self.data["font_color"]: try: self.font_color = ImageColor.getcolor(self.data["font_color"], "RGBA") except ValueError: raise Failed(f"Overlay Error: overlay font_color: {self.data['font_color']} invalid") if "stroke_width" in self.data: self.stroke_width = util.parse("Overlay", "stroke_width", self.data["stroke_width"], datatype="int", parent="overlay", default=self.stroke_width) if "stroke_color" in self.data and self.data["stroke_color"]: try: self.stroke_color = ImageColor.getcolor(self.data["stroke_color"], "RGBA") except ValueError: raise Failed(f"Overlay Error: overlay stroke_color: {self.data['stroke_color']} invalid") if text in old_special_text: text_mod = text[-1] if text[-1] in ["0", "%", "#"] else None text = text if text_mod is None else text[:-1] if text_mod is None: self.name = f"text(<<{text}>>)" else: self.name = f"text(<<{text}#>>)" if text_mod == "#" else f"text(<<{text}%>>{'' if text_mod == '0' else '%'})" if "<>", text) if match: try: datetime.now().strftime(match.group(1)) except ValueError: raise Failed("Overlay Error: originally_available date format not valid") box = self.image.size if self.image else None self.backdrop_box = box self.backdrop_text = self.name[5:-1] elif self.name.startswith("backdrop"): self.backdrop_box = self.back_box if self.horizontal_offset is None: self.horizontal_offset = 0 if self.vertical_offset is None: self.vertical_offset = 0 else: if not self.path: clean_name, _ = util.validate_filename(self.name) self.path = os.path.join(library.overlay_folder, f"{clean_name}.png") if not os.path.exists(self.path): raise Failed(f"Overlay Error: Overlay Image not found at: {self.path}") image_compare = None if self.cache: _, image_compare, _ = self.cache.query_image_map(self.mapping_name, f"{self.library.image_table_name}_overlays") overlay_size = os.stat(self.path).st_size self.updated = not image_compare or str(overlay_size) != str(image_compare) try: self.image = Image.open(self.path).convert("RGBA") if self.has_coordinates(): self.backdrop_box = self.image.size if self.cache: self.cache.update_image_map(self.mapping_name, f"{self.library.image_table_name}_overlays", self.mapping_name, overlay_size) except OSError: raise Failed(f"Overlay Error: overlay image {self.path} failed to load") def get_backdrop(self, canvas_box, box=None, text=None, new_cords=None): overlay_image = None text_width = None text_height = None image_width, image_height = box if box else (None, None) if text is not None: _, _, text_width, text_height = self.get_text_size(text) if image_width is not None and self.addon_position in ["left", "right"]: box = (text_width + image_width + self.addon_offset, text_height if text_height > image_height else image_height) elif image_width is not None: box = (text_width if text_width > image_width else image_width, text_height + image_height + self.addon_offset) else: box = (text_width, text_height) box_width, box_height = box back_width, back_height = self.back_box if self.back_box else (None, None) if back_width == -1: back_width = canvas_box[0] if self.name == "backdrop" else box_width if back_height == -1: back_height = canvas_box[1] if self.name == "backdrop" else box_height start_x, start_y = self.get_coordinates(canvas_box, box, new_cords=new_cords) main_x = start_x main_y = start_y if text is not None or self.has_back: overlay_image = Image.new("RGBA", canvas_box, (255, 255, 255, 0)) drawing = ImageDraw.Draw(overlay_image) if self.has_back: cords = ( start_x - self.back_padding, start_y - self.back_padding, start_x + (back_width if self.back_box else box_width) + self.back_padding, start_y + (back_height if self.back_box else box_height) + self.back_padding ) if self.back_radius: drawing.rounded_rectangle(cords, fill=self.back_color, outline=self.back_line_color, width=self.back_line_width, radius=self.back_radius) else: drawing.rectangle(cords, fill=self.back_color, outline=self.back_line_color, width=self.back_line_width) if self.back_box: if self.back_align in ["left", "right", "center", "bottom"]: main_y = start_y + (back_height - box_height) // (1 if self.back_align == "bottom" else 2) if self.back_align in ["top", "bottom", "center", "right"]: main_x = start_x + (back_width - box_width) // (1 if self.back_align == "right" else 2) addon_x = None addon_y = None if text is not None and image_width: addon_x = main_x addon_y = main_y if self.addon_position == "left": main_x = main_x + image_width + self.addon_offset elif self.addon_position == "right": addon_x = main_x + text_width + self.addon_offset elif text_width < image_width: main_x = main_x + ((image_width - text_width) / 2) elif text_width > image_width: addon_x = main_x + ((text_width - image_width) / 2) if self.addon_position == "top": main_y = main_y + image_height + self.addon_offset elif self.addon_position == "bottom": addon_y = main_y + text_height + self.addon_offset elif text_height < image_height: main_y = main_y + ((image_height - text_height) / 2) elif text_height > image_height: addon_y = main_y + ((text_height - image_height) / 2) if text is not None: drawing.text((int(main_x), int(main_y)), text, font=self.font, fill=self.font_color, stroke_fill=self.stroke_color, stroke_width=self.stroke_width, anchor="lt") if addon_x is not None: main_x = addon_x main_y = addon_y return overlay_image, (int(main_x), int(main_y)) def get_overlay_compare(self): output = f"{self.name}" if self.group: output += f"{self.group}{self.weight}" if self.has_coordinates(): output += f"{self.horizontal_align}{self.horizontal_offset}{self.vertical_offset}{self.vertical_align}" if self.font_name: output += f"{self.font_name}{self.font_size}" if self.back_box: output += f"{self.back_box[0]}{self.back_box[1]}{self.back_align}" if self.addon_position is not None: output += f"{self.addon_position}{self.addon_offset}" for value in [self.font_color, self.back_color, self.back_radius, self.back_padding, self.back_line_color, self.back_line_width, self.stroke_color, self.stroke_width]: if value is not None: output += f"{value}" return output def has_coordinates(self): return self.horizontal_offset is not None and self.vertical_offset is not None def get_text_size(self, text): return ImageDraw.Draw(Image.new("RGBA", (0, 0))).textbbox((0, 0), text, font=self.font, anchor='lt') def get_coordinates(self, canvas_box, box, new_cords=None): if new_cords is None and not self.has_coordinates(): return 0, 0 if self.back_box: bw, bh = box bbw, bbh = self.back_box box = (bbw if bbw >= 0 else bw, bbh if bbh >= 0 else bh) def get_cord(value, image_value, over_value, align): value = int(image_value * 0.01 * int(value[:-1])) if str(value).endswith("%") else value if align in ["right", "bottom"]: return image_value - over_value - value elif align == "center": return int(image_value / 2) - int(over_value / 2) + value else: return value ho = int(new_cords[0]) if new_cords and self.horizontal_offset is None else self.horizontal_offset ha = new_cords[1] if new_cords and self.horizontal_align is None else self.horizontal_align vo = int(new_cords[2]) if new_cords and self.vertical_offset is None else self.vertical_offset va = new_cords[3] if new_cords and self.vertical_align is None else self.vertical_align return get_cord(ho, canvas_box[0], box[0], ha), get_cord(vo, canvas_box[1], box[1], va) def get_canvas(self, item): if isinstance(item, Episode): canvas_size = landscape_dim elif isinstance(item, Album): canvas_size = square_dim else: canvas_size = portrait_dim return self.get_backdrop(canvas_size, box=self.backdrop_box, text=self.backdrop_text)