The bright moon, the cool breeze, the drunken fireflies
This person had a slender figure and a handsome face. His eyes were extremely heroic, and his white clothes and hair were unforgettable.
He was Baili Chongyuan's eldest son, Baili Liuying's senior brother, Baili Haoqing.
The eldest disciple of Jinyun Mountain, a rare talent that the sect had high hopes for.
"Ying 'er, are you feeling unwell? Tell daddy."
Baili Chongyuan was a little worried as he looked at his daughter.
This daughter of his, no matter how bad she was, was still the flesh and blood of his heart. He could not lose her.
"Father…"
Baili Liuying's mind was in a mess as she cried out in a daze. This cry made Baili Chongyuan extremely happy.
"Ying 'er, look at your mother!"
Xiao Ruoyi came forward with tears streaming down her face, but after waiting for a while, Baili Liuying still did not speak. Instead, she heard her mumble,
"Who…are you…"
This sentence shocked everyone present, including Baili Haoqing, who had been calm all this while.
Did this devil incarnate sister of his lose her memory?
The soul of a newbie from the modern era had transmigrated. He didn't know martial arts, so he had his senior brother to take care of him. He would collapse in one cup, and his senior brother would take care of him. However, on the night of their wedding night, would his senior brother also come?
Chaxiang chicken
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e of a problem that we don’t know how to solve in polynomial time. In this problem, the input is a boolean circuit: a collection of and, or, and not gates connected by wires. We will assume that there are no loo** in the circuit (so no delay lines or flip-flo**). The input to the circuit is a set of m boolean (true/false) values x1, . . . , xm. The output is a single boolean value. Given specific input values, we can calculate the output in polynomial (actually, linear ) time using depth-first-search and evaluating the output of each gate in constant time. The circuit satisfiability problem asks, given a circuit, whether there is an input that makes the circuit output True, or conversely, whether the circuit always outputs False. Nobody knows how to solve this problem faster than just trying all 2 m possible inp