On Tue, 7 Feb 2023 12:53:25 GMT, Tagir F. Valeev wrote:
>> clamp() methods added to Math and StrictMath
>>
>> `int clamp(long, int, int)` is somewhat different, as it accepts a `long`
>> value and safely clamps it to an `int` range. Other overloads work with a
>> particular type (long, float a
On Tue, 14 Feb 2023 20:13:03 GMT, Tagir F. Valeev wrote:
> Finally, I find it extremely strange to use var to hide the type and name the
> variable as `longValue2`, encoding the type inside variable name.
This is just an example name to document the type of the var for this post. 😉
---
On Tue, 7 Feb 2023 12:53:25 GMT, Tagir F. Valeev wrote:
>> clamp() methods added to Math and StrictMath
>>
>> `int clamp(long, int, int)` is somewhat different, as it accepts a `long`
>> value and safely clamps it to an `int` range. Other overloads work with a
>> particular type (long, float a
On Tue, 7 Feb 2023 12:53:25 GMT, Tagir F. Valeev wrote:
>> clamp() methods added to Math and StrictMath
>>
>> `int clamp(long, int, int)` is somewhat different, as it accepts a `long`
>> value and safely clamps it to an `int` range. Other overloads work with a
>> particular type (long, float a
On Tue, 7 Feb 2023 12:53:25 GMT, Tagir F. Valeev wrote:
>> clamp() methods added to Math and StrictMath
>>
>> `int clamp(long, int, int)` is somewhat different, as it accepts a `long`
>> value and safely clamps it to an `int` range. Other overloads work with a
>> particular type (long, float a
On Tue, 7 Feb 2023 12:53:25 GMT, Tagir F. Valeev wrote:
>> clamp() methods added to Math and StrictMath
>>
>> `int clamp(long, int, int)` is somewhat different, as it accepts a `long`
>> value and safely clamps it to an `int` range. Other overloads work with a
>> particular type (long, float a
On Mon, 13 Feb 2023 17:05:06 GMT, Quan Anh Mai wrote:
>> Tagir F. Valeev has updated the pull request incrementally with one
>> additional commit since the last revision:
>>
>> Comments in tests
>
> Just a small point:
>
>> Using similar approach in other cases (e.g. `float clamp(double, flo
On Tue, 7 Feb 2023 12:53:25 GMT, Tagir F. Valeev wrote:
>> clamp() methods added to Math and StrictMath
>>
>> `int clamp(long, int, int)` is somewhat different, as it accepts a `long`
>> value and safely clamps it to an `int` range. Other overloads work with a
>> particular type (long, float a
On Tue, 7 Feb 2023 12:53:25 GMT, Tagir F. Valeev wrote:
>> clamp() methods added to Math and StrictMath
>>
>> `int clamp(long, int, int)` is somewhat different, as it accepts a `long`
>> value and safely clamps it to an `int` range. Other overloads work with a
>> particular type (long, float a
On Tue, 7 Feb 2023 12:53:25 GMT, Tagir F. Valeev wrote:
>> clamp() methods added to Math and StrictMath
>>
>> `int clamp(long, int, int)` is somewhat different, as it accepts a `long`
>> value and safely clamps it to an `int` range. Other overloads work with a
>> particular type (long, float a
On Tue, 7 Feb 2023 12:53:25 GMT, Tagir F. Valeev wrote:
>> clamp() methods added to Math and StrictMath
>>
>> `int clamp(long, int, int)` is somewhat different, as it accepts a `long`
>> value and safely clamps it to an `int` range. Other overloads work with a
>> particular type (long, float a
> clamp() methods added to Math and StrictMath
>
> `int clamp(long, int, int)` is somewhat different, as it accepts a `long`
> value and safely clamps it to an `int` range. Other overloads work with a
> particular type (long, float and double). Using similar approach in other
> cases (e.g. `flo
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