Saving and loading chunks actually works now

game/tiles.odin

@@ -5,130 +5,33 @@ import "core:math/rand"
 
 Tile :: struct #packed {
     tilemap_pos: Vec2i,
-    color: rl.Color,
+    color: [4]u8,
     type: TileType,
     interaction: InteractionType,
     resource: ResourceType,
 }
 
-TileType :: enum {
+TileType :: enum u8 {
     NOTHING,
     WALL,
     FOLIAGE,
 }
 
-ResourceType :: enum {
+ResourceType :: enum u8 {
     NOTHING,
     TREE,
 }
 
-InteractionType :: enum {
+InteractionType :: enum u8 {
     NOTHING,
     RESOURCE,
     ENEMY,
 }
-serialize_tile :: proc(t: Tile) -> []byte {
-    data: [dynamic]byte
-
-    // Tilemap Pos (16 bytes)
-    tilemap_pos_bytes := serialize_vec2i(t.tilemap_pos)
-    append(&data, ..tilemap_pos_bytes[:])
-
-    // Color (4 bytes)
-    append(&data, byte(t.color.r), byte(t.color.g), byte(t.color.b), byte(t.color.a))
-
-    // TileType (8 bytes)
-    tile_type_bytes := serialize_int(int(t.type))
-    append(&data, ..tile_type_bytes[:])
-
-    // Interaction Type (8 bytes)
-    interaction_bytes := serialize_int(int(t.interaction))
-    append(&data, ..interaction_bytes[:])
-
-    // Resource Type (8 bytes)
-    resource_bytes := serialize_int(int(t.resource))
-    append(&data, ..resource_bytes[:])
-
-    return data[:]
-}
-
-deserialize_tile :: proc(data: []byte) -> Tile {
-    t: Tile
-
-    // Tilemap Pos (16 bytes)
-    t.tilemap_pos = deserialize_vec2i(data[0:16])
-
-    // Color (4 bytes)
-    t.color.r = u8(data[16])
-    t.color.g = u8(data[17])
-    t.color.b = u8(data[18])
-    t.color.a = u8(data[19])
-
-    // TileType (8 bytes)
-    t.type = TileType(deserialize_int(data[20:28]))
-
-    // Interaction Type (8 bytes)
-    t.interaction = InteractionType(deserialize_int(data[28:36]))
-
-    // Resource Type (8 bytes)
-    t.resource = ResourceType(deserialize_int(data[36:44]))
-
-    return t
-}
-
-// serialize_tile :: proc(t: Tile) -> []byte {
-//     data: [dynamic]byte
-
-//     // TileType
-//     tile_type_bytes := serialize_int(int(t.type))
-//     append(&data, ..tile_type_bytes[:])
-
-//     // Tilemap Pos
-//     tilemap_pos_bytes := serialize_vec2i(t.tilemap_pos)
-//     append(&data, ..tilemap_pos_bytes[:])
-
-//     // Color
-//     append(&data, byte(t.color.r), byte(t.color.g), byte(t.color.b), byte(t.color.a))
-
-//     // Interaction Type
-//     interaction_bytes := serialize_int(int(t.interaction))
-//     append(&data, ..interaction_bytes[:])
-
-//     // Resource Type
-//     resource_bytes := serialize_int(int(t.resource))
-//     append(&data, ..resource_bytes[:])
-
-//     return data[:]
-// }
-
-// deserialize_tile :: proc(data:[]byte) -> Tile {
-//     t: Tile
-
-//     // TileType
-//     t.type = TileType(deserialize_int(data[0:4]))
-
-//     // TilemapPos
-//     t.tilemap_pos = deserialize_vec2i(data[4:12])
-
-//     // Color
-//     t.color.r = u8(data[12])
-//     t.color.g = u8(data[13])
-//     t.color.b = u8(data[14])
-//     t.color.a = u8(data[15])
-
-//     // ResourceType
-//     t.resource = ResourceType(deserialize_int(data[16:20]))
-
-//     // InteractionType
-//     t.interaction = InteractionType(deserialize_int(data[20:24]))
-
-//     return t
-// }
 
 tree_tile := Tile {
     type = .WALL,
     tilemap_pos = {0,1},
-    color = rl.DARKGREEN,
+    color = {17,87,30,255},
     resource = .TREE,
     interaction = .RESOURCE,
 }