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Provides a global access point. Q: How will it be realized? A: Create a static method that returns this class of objectsMy friend in the middle of the 6th floor reminded me that the damage caused by poison specialization is 25% and that by fire specialization is 40%. The difference of 15% is here. It turns out that poison injury flow is an element injury entry that is inherently 15% worse than fire injury flow. Now we don't have to worry about who is higher than the poison fire. Under the same entry, enchantment damage is the same, but under the same condition of level 3 passivity, fire damage is inherently higher than poison. Is there anyone who wonders whether fire or poison is more harmful? It's meaningless to mention debuff. Bows and arrows are dead when debuff is finished. However, if we really go through the chaotic ring of debuff flow, the defense reduced by poison will be perfectly offset by the burning dot. Most of the time, burning a 30W poison can't make up for it. Therefore, the conclusion is that in most cases, fire injury is higher than poison injury.张子强犯罪集团，震惊海内外，境内外传媒都做了充分的报道，自称“生来就是坐牢的”张子强是一个善于挑战法律的高智商职业罪犯。这个本身就具有传奇色彩的案件和罪犯又被少数传媒特别是境外传媒进行了过度的炒作，使张子强案件蒙上一层雾障。《惊天铁案》由真实案件改编，重点表现了我公安部门的英勇机智。剧中表现了我公安干警、看守人员、武警战士和审判人员在那惊心动魄的几百个日日夜夜如何将章子强和他的犯罪集团成员绳之以法，展现了他们同犯罪分子斗智斗勇的真实细节。　本剧松散改编自美国记者Jake Adelstein记录了东京警视厅辖区内各事件第一手资料的同名纪实文学。故事发生在90年代末，Jake Adelstein（Ansel Elgort饰）每天都会进入东京霓虹灯下的阴暗世界，在那里，一切都并非表面呈现的样子。而东京扫黑组的警探Hiroto Katagiri（渡边谦饰），对于Jake来说有着父亲榜样般的地位，他帮助Jake在警察和有组织犯罪世界之间那条纤细且往往不稳定的界线上前进。　　云飞在四处打听之下，知其弟云翔已成萧家杀父仇人，因此，只得埋名隐姓，暗中相助萧助萧家五姐弟。雨凤在云飞的真心相待下，慢慢接受了云飞的感情。正当云飞准备对雨凤坦陈一切时，云翔突然出现，揭穿了云飞的身份，雨凤对云飞的万千爱意顿时化为无尽的怨恨。雨凤在痛不欲生中决心一死谢罪，情急之中，云飞反被雨凤杀成重伤。六十年代，正直青年高浩云初出茅庐，为理想而加入警队，受训后成为军装警察。惟当时警队贪污风盛，不同流合污者只会遭受排斥及打压。浩云在恶势力下，被迫向现实低头，踏上贪污之途，但亦由于其性格耿直，不喜阿谀奉承，受当时位高权重之总华探长雷洛天赏识，不但让其妹雷家宝下嫁浩云，更将自己的财产及生意交给浩云打理，助他转行营商。为了保持与洛天已建立之千丝万缕的利益关系，浩云最后抛弃了青梅竹马的恋人连少君及其亲生子，与家宝结婚，并托好友代为安顿少君二人到外地，惜好友财迷心窍而动杀机，将二人推落大海，幸得江湖中人茅辉所救DRDOS-Distributed Reflection Denial of Service (DRDOS-Distributed Reflection Denial of Service) is different from DoS and DDoS. This way relies on sending a large number of data packets with the victim's IP address to the attacking host, and then the attacking host makes a large number of responses to the IP address source to form a denial of service attack.