import time import datetime import os from requests import get from io import BytesIO from PIL import Image, ImageDraw, ImageFont from defs.redis_load import redis_status, redis def ys_font(size): return ImageFont.truetype(f"assets{os.sep}fonts{os.sep}ZhuZiAWan-2.ttc", size=size) def generate_event(): # 生成图片到 temp 文件夹 TEXT_PATH = f"assets{os.sep}event" raw_data = get( "https://hk4e-api.mihoyo.com/common/hk4e_cn/announcement/api/getAnnList?game=hk4e&game_biz=hk4e_cn&lang=zh-cn" "&bundle_id=hk4e_cn&platform=pc®ion=cn_gf01&level=55&uid=100000000").json() now_time = datetime.datetime.now().strftime('%Y-%m-%d') raw_time_data = get( "https://api-takumi.mihoyo.com/event/bbs_activity_calendar/getActList?" "time={}&game_biz=ys_cn&page=1&tag_id=0".format(now_time)).json() data = raw_data["data"]["list"][1]["list"] event_data = {"gacha_event": [], "normal_event": [], "other_event": []} for k in data: for i in raw_time_data["data"]["act_list"]: if i["name"] == k["title"]: k["act_begin_time"] = i["act_begin_time"] k["act_end_time"] = i["act_end_time"] elif "神铸赋形" in k["title"] and "神铸赋形" in i["name"]: k["act_begin_time"] = i["act_begin_time"] k["act_end_time"] = i["act_end_time"] elif "传说任务" in k["title"]: k["act_begin_time"] = k["start_time"] k["act_end_time"] = "永久开放" elif k["subtitle"] in i["name"]: k["act_begin_time"] = i["act_begin_time"] k["act_end_time"] = i["act_end_time"] else: k["act_begin_time"] = "{}-{}-{} {}".format(k["start_time"].split()[0].split("-")[0], k["start_time"].split()[0].split("-")[1], str(int(k["start_time"].split()[0].split("-")[2]) + 2), "10:00:00(?)") k["act_end_time"] = k["end_time"] if "冒险助力礼包" in k["title"] or "纪行" in k["title"]: continue # if "角色试用" in k["title"] or "传说任务" in k["title"]: # event_data['other_event'].append(k) elif k["tag_label"] == "扭蛋": event_data['gacha_event'].append(k) elif k["tag_label"] == "活动": event_data['normal_event'].append(k) # base_h = 900 + ((1 + (len(event_data['normal_event'])+len(event_data['other_event'])))//2)*390 + # ((1 + len(event_data['gacha_event']))//2)*533 base_h = 600 + len(event_data['normal_event']) * (390 + 90) + len(event_data['gacha_event']) * (533 + 90) base_img = Image.new(mode="RGB", size=(1080, base_h), color=(237, 217, 195)) event1_path = os.path.join(TEXT_PATH, "event_1.png") event2_path = os.path.join(TEXT_PATH, "event_2.png") # event3_path = os.path.join(TEXT_PATH,"event_3.png") event1 = Image.open(event1_path) event2 = Image.open(event2_path) # event3 = Image.open(event3_path) base_img.paste(event1, (0, 0), event1) # base_img.paste(event2,(0,300+((1+len(event_data['normal_event']))//2)*390),event2) base_img.paste(event2, (0, len(event_data['normal_event']) * (390 + 90) + 300), event2) # base_img.paste(event3,(0,600+((1+len(event_data['normal_event']))//2)*390 + ((1 + # len(event_data['gacha_event']))//2)*533),event3) time_img1 = Image.new(mode="RGB", size=(1080, len(event_data['normal_event']) * (390 + 90)), color=(237, 130, 116)) time_img2 = Image.new(mode="RGB", size=(1080, len(event_data['gacha_event']) * (533 + 90)), color=(237, 130, 116)) base_img.paste(time_img1, (0, 300)) base_img.paste(time_img2, (0, 600 + len(event_data['normal_event']) * (390 + 90))) base_draw = ImageDraw.Draw(base_img) for index, value in enumerate(event_data['normal_event']): img = Image.open(BytesIO(get(value["banner"]).content)) base_draw.text((540, 300 + 45 + 390 + (390 + 90) * index + 1), value["act_begin_time"] + " —— " + value["act_end_time"], (255, 255, 255), ys_font(42), anchor="mm") # base_img.paste(img,((index%2)*1080,300 + 390*(index//2))) base_img.paste(img, (0, 300 + (390 + 90) * index)) for index, value in enumerate(event_data['gacha_event']): img = Image.open(BytesIO(get(value["banner"]).content)) base_draw.text((540, 600 + 45 + (390 + 90) * len(event_data['normal_event']) + 533 + index * (533 + 90)), value["act_begin_time"] + " —— " + value["act_end_time"], (255, 255, 255), ys_font(42), anchor="mm") # base_img.paste(img,((index%2)*1080,600 + ((1 + len(event_data['normal_event']))//2)*390 + # 533*(index//2))) base_img.paste(img, (0, 600 + (390 + 90) * len(event_data['normal_event']) + index * (533 + 90))) # for index,value in enumerate(event_data['other_event']): # img = Image.open(BytesIO(get(value["banner"]).content)) # base_img.paste(img,((index%2)*1080,900 + ((1 + len(event_data['normal_event']))//2)*390 + # ((1 + len(event_data['gacha_event']))//2)*533 + 390*(index//2))) base_img = base_img.convert('RGB') base_img.save(f'temp{os.sep}event.jpg', format='JPEG', subsampling=0, quality=90) # 更新缓存的日程的更新日期 if redis_status(): redis.set('event', time.strftime("%Y-%m-%d")) def get_event_image(): # 判断是否需要重新生成事件,无 redis 每次生成。 if redis_status(): try: date = redis.get('event').decode() except AttributeError: date = None if not date == time.strftime("%Y-%m-%d"): generate_event() return f'temp{os.sep}event.jpg' else: return redis.get('event_file_id').decode() else: generate_event() return f'temp{os.sep}event.jpg'