火山PC怎么取这种随机数 Math.random()
火山PC怎么取这种随机数 Math.random()
说你看的是哪个语言吧,其实都差不多了,简单点之间用火山的取随机数不就行了 试试置随机数种子(取时间戳(取现行时间())+取当前线程ID())
再调用 取随机数()data:image/png;base64,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
置随机数种子()
取随机数() 取随机小数 (0, 1)
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