Answer is 'YES' and it happens like this because 'a' is in float but 0.7 is by default double so the binary representation of both vary and causes this result to occur.
To get correct result you need to use a < 0.7f : )
Sorry my friend. It's Yes.
Answer is 'YES' and it happens like this because 'a' is in float but 0.7 is by default double so the binary representation of both vary and causes this result to occur.
To get correct result you need to use a < 0.7f : )
Answer is 'YES' and it happens like this because 'a' is in float but 0.7 is by default double so the binary representation of both vary and causes this result to occur.
To get correct result you need to use a < 0.7f : )
It's true.
It's damn true.
Thanks for the explanation.
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B. No?
Sorry my friend. It's Yes.
Answer is 'YES' and it happens like this because 'a' is in float but 0.7 is by default double so the binary representation of both vary and causes this result to occur.
To get correct result you need to use a < 0.7f : )
For more deeper understanding refer: https://stackoverflow.com/questions/6883306/floating-point-comparison-a-0-7
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