renamed day folders to two digit format

1 files changed, 0 insertions, 104 deletions

diff --git a/2023/day3/solve2.py b/2023/day3/solve2.py
deleted file mode 100644
index 5b23f13..0000000
--- a/2023/day3/solve2.py
+++ /dev/null
@@ -1,104 +0,0 @@
-class Gear:

-    def __init__(self, line_idx, column_idx):

-        self.line_idx = line_idx

-        self.column_idx = column_idx

-        self.connecting_parts = []

-

-

-def add_part_to_gear(line_idx, column_idx, part_number_line_idx, part_number_column_idx, gears):

-    for gear in gears:

-        if gear.line_idx == line_idx and gear.column_idx == column_idx:

-            gear.connecting_parts.append((part_number_line_idx, part_number_column_idx))

-            break

-    else:

-        new_gear = Gear(line_idx, column_idx)

-        new_gear.connecting_parts.append((part_number_line_idx, part_number_column_idx))

-        gears.append(new_gear)

-

-

-def check_if_part_number(line_index, column_index, lines, gears):

-    ret_val = False

-

-    current_line = lines[line_index]

-    if column_index > 0 and current_line[column_index - 1] != ".":

-        if current_line[column_index - 1] == "*":

-            add_part_to_gear(line_index, column_index - 1, line_index, column_index, gears)

-        ret_val = True

-

-    max_column_index = column_index

-    for index in range(column_index + 1, len(current_line)):

-        if not current_line[index].isdigit():

-            break

-        max_column_index = index

-

-    if max_column_index + 1 < len(current_line) and current_line[max_column_index + 1] != ".":

-        if current_line[max_column_index + 1] == "*":

-            add_part_to_gear(line_index, column_index + 1, line_index, column_index, gears)

-        ret_val = True

-

-    min_other_column_index = max(column_index - 1, 0)

-    max_other_column_index = min(max_column_index + 1, len(current_line) - 1)

-

-    if line_index > 0:

-        other_line = lines[line_index - 1]

-        for current_column_index in range(min_other_column_index, max_other_column_index + 1):

-            other_char = other_line[current_column_index]

-            if not other_char.isdigit() and other_char != ".":

-                if other_char == "*":

-                    add_part_to_gear(line_index - 1, current_column_index, line_index, column_index, gears)

-                ret_val = True

-

-    if line_index + 1 < len(lines):

-        other_line = lines[line_index + 1]

-        for current_column_index in range(min_other_column_index, max_other_column_index + 1):

-            other_char = other_line[current_column_index]

-            if not other_char.isdigit() and other_char != ".":

-                if other_char == "*":

-                    add_part_to_gear(line_index + 1, current_column_index, line_index, column_index, gears)

-                ret_val = True

-

-    return ret_val

-

-

-def main():

-    lines = []

-    positions = []

-    gears = []

-    with open("input", "r") as f:

-        for line in f:

-            lines.append(line.strip())

-

-    part_numbers = []

-

-    parsed_number = None

-    is_part_number_parsed = False

-    for line_index, line in enumerate(lines):

-        for column_index, char in enumerate(line):

-            if not char.isdigit():

-                if is_part_number_parsed:

-                    part_numbers.append(int(parsed_number))

-

-                parsed_number = None

-                is_part_number_parsed = False

-            elif parsed_number is not None:

-                parsed_number += char

-            else:

-                parsed_number = char

-                is_part_number_parsed = check_if_part_number(line_index, column_index, lines, gears)

-                if is_part_number_parsed:

-                    positions.append((line_index, column_index))

-

-        if is_part_number_parsed:

-            part_numbers.append(int(parsed_number))

-            parsed_number = None

-            is_part_number_parsed = False

-

-    gears = [gear for gear in gears if len(gear.connecting_parts) == 2]

-    ratios = []

-    for gear in gears:

-        ratios.append(part_numbers[positions.index(gear.connecting_parts[0])] * part_numbers[positions.index(gear.connecting_parts[1])])

-    print(sum(ratios))

-

-

-if __name__ == '__main__':

-    main()