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Is there a possibility that casting a double created via math.round() will still result in a truncated down number no, round() will always round your double to the correct value, and then, it will be cast to an long which will truncate any decimal places If it's out of range, that'll give an unspecified result so you'll probably want to reduce it the right range first, or assign it to a larger signed type. But after rounding, there will not be any fractional parts remaining

Here are the docs from math.round(double) If it's in range, just assign it and you're done Returns the closest long to.

Casting can be used to clearly state that you are calling a child method and not a parent method

So in this case it's always a downcast or more correctly, a narrowing conversion. Direct casting types don't have to be strictly related It comes in all types of flavors Usually a new object is created

Copy and information might be lost Change reference type, otherwise throws exception. Static cast is also used to cast pointers to related types, for example casting void* to the appropriate type There are rules about casting pointers, a number of which are in clause 6.3.2.3 of the c 2011 standard

Among other things, pointers to objects may be cast to other pointers to objects and, if converted back, will compare equal to the original.

What is the best practice for casting between the different number types Types float, double, int are the ones i use the most in c++ An example of the options where f is a float and n is a doubl. Do you understand the concept of casting

Casting is the process of type conversion, which is in java very common because its a statically typed language For example, casting using 4294967295us as u32 works and the rust 0.12 reference docs on type casting say a numeric value can be cast to any numeric type A raw pointer value can be cast to or from any integral type or raw pointer type Any other cast is unsupported and will fail to compile.

2 your problem is not the lack of dynamic casting

Casting integer to double isn't possible at all You seem to want to give java an object of one type, a field of a possibly incompatible type, and have it somehow automatically figure out how to convert between the types. The real question is what you want to do when/if the value in the unsigned int it out of the range that can be represented by a signed int

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