As we all know, floating point arithmetic is not always completely accurate, but how do you deal with its inconsistencies?
I开发者_如何学Python\'ve noticed the following inconsistency in C#/.NET. Why is it so? Console.WriteLine("{0,-4:#.0} | {1,-4:#.0}", 1.04, Math.Round(1.04, 1));
I have a DATE column that I want to round to the next-lower 10 minute interval in a query (see example below).
I am using JUNG to make a network diagram. I want to shape the vertices depending upon its type. The vertices are pickable and colored. The code for vertices so far is as under:
I have this line: for (var j = 0; j<1; j = (j + 0.1).toPrecision(1)) I\'m try开发者_运维知识库ing to set up this statement so I get 0, 0.1, 0.2, 0.3 up to the number 1.
If I have a decimal, how do I get a string version of it with two decimal places? This isn\'开发者_Python百科t working:
here in switzer开发者_C百科land our currency is francs and the smallest coin is 5 centimes which is 0.05 francs. what is the best way to round amounts to be payable with our money using the programmin
I\'m trying to figure out how to round a monetary amount upwards to the nearest 5 cents. The following shows my expected results
I want a rounding method on double values in C#. It needs to be able to round a double value to any rounding precision value. My code on hand looks like:
I\'ve decimal value 18.8. Values that are stored in this variable can be of any kind. For example it can be 1.0000000 or 1.00004000 or 5.00000008.
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