eldridge.cam
Advent of Code solutions
stdlib changed, updating
+2
-2
2025/7/p1.tri
+2
-2
2025/7/p1.tri
···
1
import "trilogy:debug" use dbg
2
import "trilogy:io" use readlines
3
import "trilogy:string" use split, chomp
4
-
import "trilogy:number" use max, im, swap
5
import "trilogy:array" use map, reduce, length
6
import "trilogy:set" use push, contains, collect
7
import "trilogy:iterator" as it
···
30
|> it::enumerate
31
|> it::flat_map (fn y:inner. it::map (fn x:v. x + y * 0i1 : v) inner)
32
)
33
-
let max_y = reduce max <| [swap <| im pos for pos in splitters]
34
let mut splits = 0
35
let mut i = 0
36
let mut beams = [|start|]
···
1
import "trilogy:debug" use dbg
2
import "trilogy:io" use readlines
3
import "trilogy:string" use split, chomp
4
+
import "trilogy:number" use max, im
5
import "trilogy:array" use map, reduce, length
6
import "trilogy:set" use push, contains, collect
7
import "trilogy:iterator" as it
···
30
|> it::enumerate
31
|> it::flat_map (fn y:inner. it::map (fn x:v. x + y * 0i1 : v) inner)
32
)
33
+
let max_y = reduce max <| [im pos for pos in splitters]
34
let mut splits = 0
35
let mut i = 0
36
let mut beams = [|start|]
+2
-2
2025/7/p2.tri
+2
-2
2025/7/p2.tri
···
1
import "trilogy:debug" use dbg
2
import "trilogy:io" use readlines
3
import "trilogy:string" use split, chomp
4
-
import "trilogy:number" use max, im, swap
5
import "trilogy:array" use map, reduce, length
6
import "trilogy:set" use push, contains, collect
7
import "trilogy:iterator" as it
···
30
|> it::enumerate
31
|> it::flat_map (fn y:inner. it::map (fn x:v. x + y * 0i1 : v) inner)
32
)
33
-
let max_y = reduce max <| [swap <| im pos for pos in splitters]
34
let mut splits = 0
35
let mut i = 0
36
let mut beams = {|start => 1|}
···
1
import "trilogy:debug" use dbg
2
import "trilogy:io" use readlines
3
import "trilogy:string" use split, chomp
4
+
import "trilogy:number" use max, im
5
import "trilogy:array" use map, reduce, length
6
import "trilogy:set" use push, contains, collect
7
import "trilogy:iterator" as it
···
30
|> it::enumerate
31
|> it::flat_map (fn y:inner. it::map (fn x:v. x + y * 0i1 : v) inner)
32
)
33
+
let max_y = reduce max <| [im pos for pos in splitters]
34
let mut splits = 0
35
let mut i = 0
36
let mut beams = {|start => 1|}