where each pointer under `.structs` is another structure in memory. these pointers may be shared between different actor definitions, however the tilesets for each actor will need to be compatible with the same animation for this to work.
each animation state has the following definition:
```
VillagerWaving::
db 90
db 15
dw .vwFrame01
db 15
dw .vwFrame02
db 15
dw .vwFrame03
db 15
dw .vwFrame04
db 15
dw .vwFrame05
db 15
dw .vwFrame06
```
the first byte contains the total number of frames this animation will run for, and then each following set of 3 bytes contains:
* the number of ticks this animation frame persists for
* a pointer to the frame data
each frame has the following data:
```
.vwFrame01
db (.vwFrame01End - @) / 4
db 8, -16, 17, 0
db 8, -8, 18, 0
db 0, -16, 19, OAMF_PAL1
db 0, -8, 20, OAMF_PAL1
db -8, -16, 21, 0
db -8, -8, 22, 0
.vwFrame01End
```
the first byte is the number of tiles present in this frame of animation (analogous to the number of lines in the frame struct).
each following line is 4 bytes, pertaining to (respectively):
* the x offset of this tile
* the y offset of this tile
* the tile offset
* the attributes byte
the position offsets do not need to take into account the gameboys blanket sprite offsets, and the tile offset is zero indexed, and will be added to another offset based on where this actors tiles lie in memory.
the attribute byte is `xor`ed with the defaults in order to facilitate other pallettes or tile flips.
