I need to write an algorithm(I cannot use any 3rd party library, because this is an assignment) to divide(integer division, floating parts are not important) very large numberslike 100 - 1000 digits.
The period of the Mersenne Twister used in the module random is (I am told) 2**19937 - 1.As a binary number, that is 19937 \'1\'s in a row (if I\'m not mistaken).Python converts it to decimal pretty d
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I\'m representing an infinitely precise integer as an array of unsigned ints for processing on a GPU.For debugging purposes I\'d like to print the base 10 representation of one of these numbers, but a
a = 21850开发者_运维技巧0000000 s = 6 f = 2 k = 49 d = k + f + s r = a i = 0 while (r >= d): r = r - d
I haven\'t really used variance calculation that much, and I don\'t know quite what to expect. Actually I\'m not too good with math at all.
Using PHP I want开发者_如何学Go to do millions of 2^n exponentiation but so far I only got up to n^1023 before PHP printed INF.
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