[DiscordArchive] they're the bit IDs that make up the bitmask value I guess ?
[DiscordArchive] they're the bit IDs that make up the bitmask value I guess ?
Original source
they're the bit IDs that make up the bitmask value I guess ?
rektbyfaith
06-30-2023, 07:44 PM #1Archived author: Titi • Posted: 2023-06-30T19:44:43.621000+00:00
Original source
they're the bit IDs that make up the bitmask value I guess ?
Original source
not 100% confident with the technical terms
rektbyfaith
06-30-2023, 07:44 PM #2Archived author: Titi • Posted: 2023-06-30T19:44:52.323000+00:00
Original source
not 100% confident with the technical terms
Original source
alright thank you very much, im sure I can do the changes i want now
rektbyfaith
06-30-2023, 07:46 PM #3Archived author: flyingfrog • Posted: 2023-06-30T19:46:40.882000+00:00
Original source
alright thank you very much, im sure I can do the changes i want now
Original source
you probably haven't understood any of this lmao
rektbyfaith
06-30-2023, 07:48 PM #4Archived author: Titi • Posted: 2023-06-30T19:48:37.464000+00:00
Original source
you probably haven't understood any of this lmao
Original source
Not yet, but when I'm done with the 7-8 spells I want to change I probably will
rektbyfaith
06-30-2023, 07:50 PM #5Archived author: flyingfrog • Posted: 2023-06-30T19:50:45.863000+00:00
Original source
Not yet, but when I'm done with the 7-8 spells I want to change I probably will
Original source
There's a lot of google tutorials for how to understand bitmasks. It's basically using the binary representation of the number cleverly.
Each bit in isolation is a single unique value that is either 0 or 1. A standard number (integer) is made up of 4 bytes (32 bits), and this can have 32 values held inside of it. We are basically looking at each bit to see if it is enabled or disabled.
rektbyfaith
06-30-2023, 07:52 PM #6Archived author: stoneharry • Posted: 2023-06-30T19:52:28.449000+00:00
Original source
There's a lot of google tutorials for how to understand bitmasks. It's basically using the binary representation of the number cleverly.
Each bit in isolation is a single unique value that is either 0 or 1. A standard number (integer) is made up of 4 bytes (32 bits), and this can have 32 values held inside of it. We are basically looking at each bit to see if it is enabled or disabled.
Original source
The actual numeric value is meaningless, we are looking at the bits to determine if different features are enabled or not
rektbyfaith
06-30-2023, 07:53 PM #7Archived author: stoneharry • Posted: 2023-06-30T19:53:01.970000+00:00
Original source
The actual numeric value is meaningless, we are looking at the bits to determine if different features are enabled or not
Original source
now we've completely lost him
rektbyfaith
06-30-2023, 07:53 PM #8Archived author: Titi • Posted: 2023-06-30T19:53:16.081000+00:00
Original source
now we've completely lost him
Original source
Why do we do it? Because we can encode 32 values in a single variable instead of having 32 variables
rektbyfaith
06-30-2023, 07:53 PM #9Archived author: stoneharry • Posted: 2023-06-30T19:53:28.037000+00:00
Original source
Why do we do it? Because we can encode 32 values in a single variable instead of having 32 variables
Original source
(performance and network optimisation)
rektbyfaith
06-30-2023, 07:53 PM #10Archived author: stoneharry • Posted: 2023-06-30T19:53:46.351000+00:00
Original source
(performance and network optimisation)
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