1 files changed, 0 insertions, 85 deletions

diff --git a/day8/solution.nim b/day8/solution.nim
deleted file mode 100644
index f2c4f23..0000000
--- a/day8/solution.nim
+++ /dev/null
@@ -1,85 +0,0 @@
-import std/strutils
-import std/strformat
-import std/sequtils
-import std/algorithm
-import std/sugar
-
-type
-  Tree = tuple
-    height: int
-    found: bool
-
-proc scanTree(tree: Tree, answer: var int, maxHeight: var int): Tree =
-  result = tree
-  if tree.height > maxHeight:
-    maxHeight = tree.height
-    if not tree.found:
-      answer += 1
-      result = (tree.height, true)
-
-proc calculate(row: var seq[Tree], reved = false): int =
-  var
-    answer = 0
-    maxHeight = -1
-    newRow: seq[Tree]
-
-  if reved:
-    newRow = row.reversed()
-  else:
-    newRow = row
-
-  for i, r in newRow:
-    newRow[i] = scanTree(r, answer, maxHeight)
-  row = newRow
-
-  return answer
-
-func part1(content: seq[string]): int =
-  var grid = map(
-    content,
-    (row) => zip(map(row, (c) => ord(c) - ord('0')), newSeq[bool](row.len()))
-  )
-  var answer = 0
-
-  for row in grid.mitems():
-    answer += calculate(row)
-    answer += calculate(row, true)
-
-  for i in 0 ..< grid.len():
-    var col = map(grid, (row) => row[i])
-    answer += calculate(col)
-    answer += calculate(col, true)
-
-  return answer
-
-func checkVisibility(line: seq[int], height: int): int =
-  result = 0
-  for h in line:
-    result += 1
-    if h >= height:
-      return result
-
-  return result
-
-proc part2(content: seq[string]): int =
-  let grid = map(content, (row) => map(row, (c) => ord(c) - ord('0')))
-  result = 0
-
-  for i, row in grid:
-    for j, h in row:
-      var col = map(grid, (row) => row[j])
-      var count = 
-        checkVisibility(row[j+1 .. ^1], h) *
-        checkVisibility(row[0 .. j-1].reversed(), h) *
-        checkVisibility(col[i+1 .. ^1], h) *
-        checkVisibility(col[0 .. i-1].reversed(), h)
-      
-      # echo fmt"{i}, {j} = {count}"
-      result = max(result, count)
-
-  return result
-  
-let content = readFile("./input.txt").strip().splitLines()
-
-echo part1(content)
-echo part2(content)