The use on PlayerAnimationData could be further simplified by adding a helper to PlayerStruct but that'd be introducing another changed file to the PR... Something for later.
The monster version is only used once thanks to the helpers added in previous commits. This was mainly to highlight the similarity between PlayerAnimationData and AnimStruct, AnimStruct could inherit/extend PlayerAnimationData without much trouble.
Identified and removed an instance of Direction being used as an argument for a bool parameter
Removed a single-use temporary variable being cast from sprite frame to direction to size_t
Co-authored-by: Anders Jenbo <anders@jenbo.dk>
Fix alignment of WalkSettings array
* 🚚 Rename 'UItemStruct' struct to 'UniqueItem'
* 🚚 Rename 'UniqueItemList' global array to 'UniqueItems'
New name is more concise and follows the standard of pluralizing the base name for collections.
* items: add BUGFIX, reset item get records when resetting items
The item get record array tracks items being recently looted in an
effort to prevent the same item from being looted more than once.
Prior to this commit, the item get record array (and corresponding
item get record array length) variables were not cleared when
creating a new game. Therefore, the item get record array of a
previous game could remain in between games and prevent an item
from being looted (if it was looted in a previous), even if it was
never looted in the current game. In practice this almost never
shows up, since each item get record is valid for a total of 6
seconds before being cleared. So, you would either have to save
a game, quickly loot an item, when load the game and try to loot
the same item before 6 seconds pass. OR, you could use the demo
replay functionality to run test cases, and speed up execution to
run e.g. 10'000'000 logic ticks per second. Both would exhibit the
bug and prevent the item from being looted.
This commit fixes such issues by explicitly clearing the item get
record array and item get record array length variables whenever
items are initialized.
