I\'ve to convert double to 10 digits + 4 decimal. so let say: I have a double 999,56. I\'ve to get 00000009995600 -> without comma!
What is the biggest "no-floating" integer that can be stored in an IEEE 754 double type without losing precision?
I\'m in the middle of porting some c++ code to java, and I keep running across instances where whoever wrote it kept doing the following:
As far as I know floating point values are of the form n * 2^e, with float range being n = -(2^23-1) - (2^23-1), and e = -126 - 127,
I\'ve got a calculation for example 57 / 30 so the solution will开发者_开发知识库 be 1,766666667..
花了一段时间才意识到反应。开发者_JAVA技巧在这个短语中，double真的是两次的意思。take可以这样理解，意思是你接受了某件事，也就是说你要“加倍接受”，所以加倍take的意思是它暂时不会反转，或者需要一段时间你
Let\'s say I need to save a matrix(each line corresponds one row) that could be loaded from fortran later. What method should I prefer? Is converting everything to string is the only 开发者_Python百科
Short question, why does Assert.AreEqual(1.0, double.NaN, 1.0) pass? Whereas Assert.AreEqual(1.0, double.NaN) fails.
I did some speed testing to figure out what is the fastest, when doing multiplication or division on numbers. I had to really work hard to defeat the optimiser. I got nonsensical results such as a mas
The problem is to statically allocate a buffer large enough to fit a printed double, formatted with %g at maximum precision.This seems like a simple enough task, bu I\'m having trouble.The best I have
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