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Editorial Team
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Asked: 2026-06-13T11:38:54+00:00

Is there any difference between these two code snippets in terms of memory usage

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Is there any difference between these two code snippets in terms of memory usage and performance/overhead?

final float xPos = (CAMERA_WIDTH / 2) - (mSprite.getWidth() / 2);
final float yPos = (CAMERA_HEIGHT / 2) - (mSprite.getHeight() / 2);
mSprite.setPosition(xPos, yPos);

and the other case:

mSprite.setPosition(((CAMERA_WIDTH / 2) - (mSprite.getWidth() / 2)), ((CAMERA_HEIGHT / 2) - (mSprite.getHeight() / 2)));

The only difference I can see is that the first snippet is storing the variable in what I assume to be a different area of memory than the second snippet, but I’m not very familiar with Java memory allocation (I’m more of a C/C++ person).

My question is: is there any benefit to one way or the other? Does using the final keyword in the first example affect it at all?

Thank you!

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1 Answer

  1. Editorial Team

    Does using the final keyword in the first example affect it at all?

    In terms of memory no. But final guarantees that throughout execution reference can’t be pointed to some other object in case you are dealing with objects (if primitive types, final guarantees that value for that variable not going to change through out execution)

    Is there any difference between these two code snippets in terms of memory usage and performance/overhead

    Based on experience I am guessing, of course there will be overhead in first approach, because variable need to be created and maintained (Both cases memory usage would be ALMOST same). Even though there is some overhead, with current computing infrastructure, it would be negligible.

    But first approach is more readable and maintainable comparing with second approach. Let us leave micro-optimization to JVM

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