Hi,

Not a problem at all, should take me just a short time. Gonna implement them in the next days.

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Hey, I implemented it for long, but am having issues with ulong, and I'd need some help.

Obviously, I need to multiply a ulong for a float in order to tween it correctly. That is not a problem, and I end up with a float result that is the correct equivalent of the required ulong.

The problem is between the conversion from float to ulong. Convert.ToUInt64 (as well as casting to ulong) returns a result, absurdly, whose max allowed value is the max value of a long instead than of a ulong. The only thing that works is converting the resulting float FIRST to a string and THEN to a ulong. But the problem with that is that it generates byte allocations every frame because of the string.

Do you have any better idea for the conversion? Am I missing something?

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Thanks for taking a look at this so quickly, I wasn't expecting such a lightning fast response!

I could probably buy some time by using the long data type in the meantime while ulong is being implemented. I'll tinker around a bit and see what I can discover about conversions. Maybe a persistent bit array can be used in the conversion process or maybe there's some other kind of built in conversion trick that will suffice. I'll take a look and see what I can come up with.

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Great, that would be very helpful.

In the meantime, you can grab the updated version here. Ulong is implemented too, just with those byte allocations that we don't like.

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Well, I checked it out and I found a solution. Cast the float to a decimal and then the decimal can be multiplied by the ulong. So something like this:

ulong foo = (ulong)(ulong.MaxValue * (decimal)1f;

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Nice! Gonna try tomorrow morning :)

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Works like a beauty, thanks a lot for the help! New download link coming in next comment

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Implemented in v1.0.416

v1.0.416

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Glad I could help, thanks for the awesome support!

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