runescript.py

#!/usr/bin/env python
# -*- coding: utf-8 -*-
import sys

def find_position(char):
  for set_num in range(len(table)):
    if char in table[set_num]:
      return set_num
  return False

def forge_offsets(string, direction, offset):
  if type(string) is str:
    return [((ord(x) - 96) + offset) * direction for x in string]
  else:
    return [(x + offset) * direction for x in string]

def frequency(text):
  return {letter: text.count(letter) for letter in 'abcdefghijklmnopqrstuvwxyz'.upper()}

######
#
#  Scroll down for the bits you should interact with
#
######

#
# If it doesn't make sense your best shot is to either read the code or just go with it
#

# List of possible parameters
dict = ["own", "p0","p1","p2","p3","p4","p5","p6","p7","p8","p9","p10","p11","p12","p13","p14","p15","p16","p17","p18","p19","p20","p21","p22","p23","p24","p25","p26","p27","p28","p29",
    "p30","p31","p32","p33", "p34","p35","p36","p37","p38","p39","p40","p41","p42","p43","p44","p45","p46","p47","p48","p49","p51","p52","p53","p54","p55","p56","p57"]

# Here we have the 'offsets'
# e.g. If you have [2, 3, 5, 7] you'll shift the first rune by 2, the second by 3, etc
#
# To invalidate one sequence put a # before it, to validate delete the #, leave all others with a # before it
#
# The first instance of 'offsets' below will work on page 56
# The second instance works on page 57, and also any runes that are in plaintext
# The third and fourth are totient sequence and totient of primes sequence respectively
# The fifth sequence is just a parameter to avoid destroying other sequences

# Primes
# sequence = [2, 3, 5, 7, 11, 13, 17, 19, 23, 29, 31, 37, 41, 43, 47, 53, 59, 61, 67, 71, 73, 79, 83, 89, 97, 101, 103, 107, 109, 113, 127, 131, 137, 139, 149, 151, 157, 163, 167, 173, 179, 181, 191, 193, 197, 199, 211, 223, 227, 229, 233, 239, 241, 251, 257, 263, 269, 271, 277, 281, 283, 293, 307, 311, 313, 317, 331, 337, 347, 349, 353, 359, 367, 373, 379, 383, 389, 397, 401, 409, 419, 421, 431, 433, 439, 443, 449, 457, 461, 463, 467, 479, 487, 491, 499, 503, 509, 521, 523, 541, 547, 557, 563, 569, 571, 577, 587, 593, 599, 601, 607, 613, 617, 619, 631, 641, 643, 647, 653, 659, 661, 673, 677, 683, 691, 701, 709, 719, 727, 733, 739, 743, 751, 757, 761, 769, 773, 787, 797, 809, 811, 821, 823, 827, 829, 839, 853, 857, 859, 863, 877, 881, 883, 887, 907, 911, 919, 929, 937, 941, 947, 953, 967, 971, 977, 983, 991, 997, 1009, 1013, 1019, 1021, 1031, 1033, 1039, 1049, 1051, 1061, 1063, 1069, 1087, 1091, 1093, 1097, 1103, 1109, 1117, 1123, 1129, 1151, 1153, 1163, 1171, 1181, 1187, 1193, 1201, 1213, 1217, 1223, 1229, 1231, 1237, 1249, 1259, 1277, 1279, 1283, 1289, 1291, 1297, 1301, 1303, 1307, 1319, 1321, 1327, 1361, 1367, 1373, 1381, 1399, 1409, 1423, 1427, 1429, 1433, 1439, 1447, 1451, 1453, 1459, 1471, 1481, 1483, 1487, 1489, 1493, 1499, 1511, 1523, 1531, 1543, 1549, 1553, 1559, 1567, 1571, 1579, 1583, 1597, 1601, 1607, 1609, 1613, 1619, 1621, 1627, 1637, 1657, 1663, 1667, 1669, 1693, 1697, 1699, 1709, 1721, 1723, 1733, 1741, 1747, 1753, 1759, 1777, 1783, 1787, 1789, 1801, 1811, 1823, 1831, 1847, 1861, 1867, 1871, 1873, 1877, 1879, 1889, 1901, 1907, 1913, 1931, 1933, 1949, 1951, 1973, 1979, 1987]

# Empty sequence
sequence = [0 for x in range(1000)]

# Totient
# sequence = [1, 1, 2, 2, 4, 2, 6, 4, 6, 4, 10, 4, 12, 6, 8, 8, 16, 6, 18, 8, 12, 10, 22, 8, 20, 12, 18, 12, 28, 8, 30, 16, 20, 16, 24, 12, 36, 18, 24, 16, 40, 12, 42, 20, 24, 22, 46, 16, 42, 20, 32, 24, 52, 18, 40, 24, 36, 28, 58, 16, 60, 30, 36, 32, 48, 20, 66, 32, 44, 24, 70, 24, 72, 36, 40, 36, 60, 24, 78, 32, 54, 40, 82, 24, 64, 42, 56, 40, 88, 24, 72, 44, 60, 46, 72, 32, 96, 42, 60, 40, 100, 32, 102, 48, 48, 52, 106, 36, 108, 40, 72, 48, 112, 36, 88, 56, 72, 58, 96, 32, 110, 60, 80, 60, 100, 36, 126, 64, 84, 48, 130, 40, 108, 66, 72, 64, 136, 44, 138, 48, 92, 70, 120, 48, 112, 72, 84, 72, 148, 40, 150, 72, 96, 60, 120, 48, 156, 78, 104, 64, 132, 54, 162, 80, 80, 82, 166, 48, 156, 64, 108, 84, 172, 56, 120, 80, 116, 88, 178, 48, 180, 72, 120, 88, 144, 60, 160, 92, 108, 72, 190, 64, 192, 96, 96, 84, 196, 60, 198, 80, 132, 100, 168, 64, 160, 102, 132, 96, 180, 48, 210, 104, 140, 106, 168, 72, 180, 108, 144, 80, 192, 72, 222, 96, 120, 112, 226, 72, 228, 88, 120, 112, 232, 72, 184, 116, 156, 96, 238, 64, 240, 110, 162, 120, 168, 80, 216, 120, 164, 100, 250, 72, 220, 126, 128, 128, 256, 84, 216, 96, 168, 130, 262, 80, 208, 108, 176, 132, 268, 72, 270, 128, 144, 136, 200, 88, 276, 138, 180, 96, 280, 92, 282, 140, 144, 120, 240, 96, 272, 112, 192, 144, 292, 84, 232, 144, 180, 148, 264, 80, 252, 150, 200, 144, 240, 96, 306, 120, 204, 120, 310, 96, 312, 156, 144, 156, 316, 104, 280, 128, 212, 132, 288, 108, 240, 162, 216, 160, 276, 80, 330, 164, 216, 166, 264, 96, 336, 156, 224, 128, 300, 108, 294, 168, 176, 172, 346, 112, 348, 120, 216, 160, 352, 116, 280, 176, 192, 178, 358, 96, 342, 180, 220, 144, 288, 120, 366, 176, 240, 144, 312, 120, 372, 160, 200, 184, 336, 108, 378, 144, 252, 190, 382, 128, 240, 192, 252, 192, 388, 96, 352, 168, 260, 196, 312, 120, 396, 198, 216, 160, 400, 132, 360, 200, 216, 168, 360, 128, 408, 160, 272, 204, 348, 132, 328, 192, 276, 180, 418, 96, 420, 210, 276, 208, 320, 140, 360, 212, 240, 168, 430, 144, 432, 180, 224, 216, 396, 144, 438, 160, 252, 192, 442, 144, 352, 222, 296, 192, 448, 120, 400, 224, 300, 226, 288, 144, 456, 228, 288, 176, 460, 120, 462, 224, 240, 232, 466, 144, 396, 184, 312, 232, 420, 156, 360, 192, 312, 238, 478, 128, 432, 240, 264, 220, 384, 162, 486, 240, 324, 168, 490, 160, 448, 216, 240, 240, 420, 164, 498, 200]

# Totient of Primes
# sequence = [1, 2, 4, 6, 10, 12, 16, 18, 22, 28, 30, 36, 40, 42, 46, 52, 58, 60, 66, 70, 72, 78, 82, 88, 96, 100, 102, 106, 108, 112, 126, 130, 136, 138, 148, 150, 156, 162, 166, 172, 178, 180, 190, 192, 196, 198, 210, 222, 226, 228, 232, 238, 240, 250, 256, 262, 268, 270, 276, 280, 282, 292, 306, 310, 312, 316, 330, 336, 346, 348, 352, 358, 366, 372, 378, 382, 388, 396, 400, 408, 418, 420, 430, 432, 438, 442, 448, 456, 460, 462, 466, 478, 486, 490, 498, 502, 508, 520, 522, 540, 546, 556, 562, 568, 570, 576, 586, 592, 598, 600, 606, 612, 616, 618, 630, 640, 642, 646, 652, 658, 660, 672, 676, 682, 690, 700, 708, 718, 726, 732, 738, 742, 750, 756, 760, 768, 772, 786, 796, 808, 810, 820, 822, 826, 828, 838, 852, 856, 858, 862, 876, 880, 882, 886, 906, 910, 918, 928, 936, 940, 946, 952, 966, 970, 976, 982, 990, 996, 1008, 1012, 1018, 1020, 1030, 1032, 1038, 1048, 1050, 1060, 1062, 1068, 1086, 1090, 1092, 1096, 1102, 1108, 1116, 1122, 1128, 1150, 1152, 1162, 1170, 1180, 1186, 1192, 1200, 1212, 1216, 1222, 1228, 1230, 1236, 1248, 1258, 1276, 1278, 1282, 1288, 1290, 1296, 1300, 1302, 1306, 1318, 1320, 1326, 1360, 1366, 1372, 1380, 1398, 1408, 1422, 1426, 1428, 1432, 1438, 1446, 1450, 1452, 1458, 1470, 1480, 1482, 1486, 1488, 1492, 1498, 1510, 1522, 1530, 1542, 1548, 1552, 1558, 1566, 1570, 1578, 1582, 1596, 1600, 1606, 1608, 1612, 1618, 1620, 1626, 1636, 1656, 1662, 1666, 1668, 1692, 1696, 1698, 1708, 1720, 1722, 1732, 1740, 1746, 1752, 1758, 1776, 1782, 1786, 1788, 1800, 1810, 1822, 1830, 1846, 1860, 1866, 1870, 1872, 1876, 1878, 1888, 1900, 1906, 1912, 1930, 1932, 1948, 1950, 1972, 1978, 1986]

# Your sequence
# sequence = []

table = [
  ["ᚠ", "F"],
  ["ᚢ", "V"],
  ["ᚦ", "TH"],
  ["ᚩ", "O"],
  ["ᚱ", "R"],
  ["ᚳ", "C"],
  ["ᚷ", "G"],
  ["ᚹ", "W"],
  ["ᚻ", "H"],
  ["ᚾ", "N"],
  ["ᛁ", "I"],
  ["ᛂ", "J"],
  ["ᛇ", "EO"],
  ["ᛈ", "P"],
  ["ᛉ", "X"],
  ["ᛋ", "S"],
  ["ᛏ", "T"],
  ["ᛒ", "B"],
  ["ᛖ", "E"],
  ["ᛗ", "M"],
  ["ᛚ", "L"],
  ["ᛝ", "ING"],
  ["ᛟ", "OE"],
  ["ᛞ", "D"],
  ["ᚪ", "A"],
  ["ᚫ", "AE"],
  ["ᚣ", "Y"],
  ["ᛡ", "IA"],
  ["ᛠ", "EA"]
]

# Always keep in mind that these runes comes from http://titanpad.com/hJ8pVQ5S43 so if this link contains any errors
# this script will have it too. If any error is found, fix then reupload it, please
#
# All blocks down are all pages in runes coded by p* where * is the number of page (0-57)
# p50 does not exists because it has no runes
#
# The collection of all pages is called book and it is stored in an array
#
# The "own" page is a page that you may use it to test anything you want, to avoid destroying
# the other pages
#
# Note that in page 56, there is an 'F' in plaintext. The cipher skips over this completely.
# I have replaced it with three spaces.
# If you want it back for sake of completeness, replace those three spaces with ᚠ

book = [
    # Your own text
    """ """,

    # p0
    """ᛋᚻᛖᚩᚷᛗᛡᚠ•ᛋᚣᛖᛝᚳ•ᚦᛂᚷᚫ•ᚠᛂᛟ•
    ᚩᚾᚦ•ᚾᛖᚹᛒᚪᛋᛟᛇᛁᛝᚢ•ᚾᚫᚷᛁᚦ•ᚻᛒᚾᛡ•
    ᛈᛒᚾ•ᛇᛂᚦ•ᚪᛝᚣᛉ•ᛒᛞᛈ•ᛖᛡᚠᛉᚷᚠ•
    ᛋᛈᛏᚠᛈᚢᛝᚣᛝᛉᛡ•ᚣᚻ•ᛒᚢ•ᚷᚩᛈ•ᛝᚫᚦ•ᛁ
    ᚫᚻᛉᚦᛈᚷ•ᚣᚠᛝᚳᛂ•ᚦᚪᛗᛁᛝᛁᛡᚣ•ᚻᛇ•ᛏᚻᚫ
    ᛡ•ᛉᚣ•ᛖᚢᛝ•ᚳᚠᚾᚦ•ᚦᛈ•ᚣᛝᛠ•ᚣᚾ
    ᛖᚣ•ᛞᛉᛝ•ᚠᛚᚹᛇᛏᚠᚷᚾ•ᛗᛇᛚᚾ•
    ᛝᛗᚠᚱᛡ•ᚪᛋ•ᛠᛗᛝᛉᛉᛇᛞᛒ•ᛟᛞᛗᚩ•ᛠ
    ᛇᚻ•ᛞᛝᚷ•ᛟᛝᛚᚢᚱᚾᛏ•ᚫᛋᚣᚢᚻᚱᛏ•ᚻᚳ•ᛋᛟ
    ᛏᛟᛝᚢᚱ•ᛋ•ᚠᚩᛖᚹᛠᛟᛚᚠᚫ•ᛗᚱᛝ•ᛞᚪᛗᚱ•ᚹ""",

    # p1
    """ᚪᛁᛗᛋᚾ•ᛋᛟᚱᚢᚹᛋᛚᛡ•ᛟᚪᚫᛝᛋᛞᛈᛏ•ᚳᚱᚦ
    ᛡ•ᚱᛒᚩᛞᚦᚠ•ᚣᛉᛁᛏ•ᛟᛁ•ᚠᛚᚩ•ᚠᛠ•ᚱᚩᛟᛗᚻ
    ᛗᚷᛈᚻ•ᚫᚻᚾᚩᚻᚣ•ᛟᛋᛚ•ᚾᚷ•ᚫᚣ•ᛟᚳᛒᛚᛂ•ᛝ
    ᛚᛟ•ᚫᛂᛠᚹ•ᛠᚦᚩ•ᛒᛟᚣ•ᚳᚠᚳᛂ•ᛚᚫ•ᚾ•ᚦᛈ•
    ᚢᛉ•ᛟᛉᚷ•ᛈᚠᛋᛇᚫᛟ•ᛝᛈᛇᚩᛖᚪ•ᚷᚫᛡᛝᚦᚩ
    •ᛈᚪᛟᚦᚱᛝᚫ•ᚳᛋᛒᛇᚣᚻ•ᛏᛉᛖᛚᚱ•ᚷᚹᚣ•ᛂᚠ
    ᛁᚾᛡᚳᚣᛠᛁᛡ•ᚩᚦ•ᛖᚳᚫᚳᛉᛡᛠ•ᚩᛚᚳ•ᚠᚱ
    ᛞᛝᛖᚢ•ᛞᚳᛚᛠᛋᛉᚳᚷᛡ•ᚹᛋᚦ•ᚠᛞᛝ•ᛁᛡ
    ᛗᚪᚫᚷ•ᚹᛋ•ᚾᛞ•ᚳᛈᚦᛉᛈᛠᛠ•ᚹᚢ•ᛠᚹ•ᚠᚹ
    ᛂᚣ•ᛉᛞᚹᚳᚷᚳᛟ•ᛞᛉᛟ•ᚱᛡᚷ•ᚾᛈᚪᚣᛈ•ᚳ
    ᚣᚻ•ᚠᛖᛂᛠᚾ•ᛟᚫ•ᚢᚪ•ᚻᚱ•ᛖᛠᚦᚠᛂᚪ•ᛚᛉ
    ᛋᛏ•ᛗᚠᛚᚠᛏ•ᚷᛁᚦ•ᚢᛚᚷ•ᛉᛠᛏᛋᛚᛂᛈ•ᛚᛉᛁ""",

    # p2
    """ᛟᛗ•ᚢ•ᚻᛏ•ᛒᛇᛚᛞᚻᛒᛗ•ᛠᚱᛒ•ᚾᚻᛒᛖᚷᛇ•
    ᛞᛚᚹᛇᛡᛈᚩ•ᚻᛖᛠ•ᚹᛁᚱᛁᚻ•ᚢᚦᚻᚣ•ᚾᛉᛒᚷᛂ
    ᛈᚢ•ᛝᛠᚠᚾᛁᛖᛞᛡᛝᚱ•ᛞᛒᛂᛡᛟᛗᛁ•ᚠᛏ•ᛂ
    ᛞᛁᚦᚱᛚᛋ•ᛖᛇᚩᚷᛒᛏᛞ•ᚦᚪᚾᚳᚣ•ᛡᛋᚦᛞ•ᛝᚠᛚ
    ᛖᚷᚻᚳ•ᛖᚩᛁᛏᚾᛉ•ᛈᛏᚠᚻᚱᛞᛖᚠᛏ•ᚫᚹᚻ•ᛒ
    ᚳ•ᚠ•ᛈᚪᛚᚢᛠᚾᛚᛂ•ᛂᚳᛚᚹᛠᛞᚢᛞᛇ•ᛠᛉ
    ᛞᚹᚻᛠ•ᚦᛡᚫᚳᛚᛏᚹᛖᛁᚳ•ᛈᛟᛞᚳ•ᚾᚻᚪ•ᚱᛁᚷ
    ᚦᛠᛖᛏᚷ•ᚦᚻᚩᛡᚹᚫᛂᛖ•ᛝᛠᛞ•ᚩᚫ•ᚪᛚ•ᛒᛂ
    ᚳᚢᛉᛏᚪᛒᛂᛈ•ᚠᛠ•ᚻᛞᚾᛡᚢᛈᛋᚢᚹ•""",

    # p3
    """ᛚᛂ•ᛇᚻᛝᚳᚦᛏᚫᛂᛏᛉᚻ•ᛏᚢᛟ•ᛋᛈᚱᚷ
    •ᚣᚾᚪᚷᛇᛝᚾ•ᚹᚠᚣᚾᛒᛠᛡ•ᛈᚾᚣᚪᛋᛗ
    ᛒ•ᛡᛠᛡᛁ•ᚩᛒᚱᚾᛚᛠ•ᚱᛚᛚᛖᚠ
    ᛟᛒ•ᛝ•ᚱᚪᛡᚷᛟᛇᛏᛗᛉ•ᛞᛇ•ᛗᚣᚻᛠ•ᛁᛚᛋ•ᚾ
    ᚹᚳᚠᛈᛗᛈᛚ•ᛠᛋᚦᚠᛟᛡ•ᚦᛖᚣ•ᚳᛂᛚᚳᛡᛗ•
    ᛒᛞᚳᛇ•ᛂᛁᛏᛟ•ᛞᛠᛖᛡᚾᛏ•
    ᛈᛞᚦ•ᛇᛞᛇ•ᚫᛚᚳ•ᛡᛇ•ᛠᚻ•ᚹᛗᚣᚦ
    ᚢ•ᚻᛏᚦᚱᚻᛝ•ᛚᛝᛋ•ᚾᚫᛠᚷᛋᛚ•ᛋᛉ
    ᚩᚻᚹᛞᛗᛖᛗᚪᚠ•ᚳᚣᚳᚫᚾ•ᛏᚦᚷ•ᛁᛂᛁ
    •ᚳᛞᛡᛉ•ᚻᚫᚫᛠᚷ•ᛠᛝ•ᚠᛏᚩᚱᛞᚳᛇ•ᚠᚢ
    ᛉᛠᛒᚩ•ᛉᛁᚣᚷᛋᛋᛒᛠ•ᚩᛁᛈ•ᛁᛂᛁᚩᛖ•ᚻᛠᚻ""",

    # p4
    """ᛚᛡ•ᚣᛈᛉᛁᚹᛗᚳᛁ•ᛚᚷᚠᚾᛡᚳᛉ•ᛈᚩᚱᛡ•ᚻ•ᛂ
    ᛗ•ᛟᛉᛝ•ᚢᛗᛇᛠᚷᛝ•ᛝᚹᚳ•ᛚᛝᚢ•ᛉᛂᚠᛟ
    ᚢ•ᚷᛠ•ᛗᛉ•ᚪᚹ•ᛚᚢᛉᚫ•ᛗᛞᛝᚻᚱᚣ•ᚻᚪ•ᚷᛁ
    ᚠᚷᚳ•ᚫᛝᛂᛇᛉᛡ•ᚾᚦᛒᚢᛂᚱ•ᚹ•ᚷᛚᛟᚷ•ᚦᛇᚠ•
    ᚦᛠᛁ•ᛋᚷ•ᚷᚣ•ᛠᛡᛈ•ᛡᚫᛚ•ᚦᛠᛉᚫ•ᛖᛗ
    ᛖᛏᛟᛏ•ᛠᚳᚠ•ᚳᛠᚷ•ᚦ•ᛈᛁᚳᚾ•ᛇᚣᛝᛂᛝ
    ᛗᚹᚳᚾ•ᛒᚣᛠ•ᚩᛟᚷᚱ•ᛗᚱᛗᛈᛡᚹ•ᚫᛟᚦᛟ•ᛈ
    ᛉᛂᛚ•ᚱᛚᚱᛒᚪᛈᛏᛉᛚᛏ•ᛗᛉᛁ'ᚹ•ᛂᛋᛟᛗᚾᚱ
    ᛖᛒᛋ•ᚳᛏᛚᛟ•ᛋᛒᚠᛉᚦᚪᛠᚢ•ᛇᛉ•ᚱᚷᛏᛇᛠ
    ᛁᛂᛒᛟ•ᛉᚷᛂᛝ•ᛠᚦ•ᚱᛝᛒ•ᚾᚢᚪᛝᛒᛈᛋᛠ•ᛈ
    ᚹᚩᚻᛖ•ᚫᛇᚷᚾᚫᛋᛇ•ᚩᛈᛗ•ᛖᛉᛡᛒᚹ•ᚢᛖᛁᛞ•
    ᛈᚪᛇᚷᛋᚳᚷᛞᛈᚣ•ᛡᛚᚦᚱ•ᚳᚢᚠᛇᚦ•ᛉᛖᛚ•ᚢ""",

    # p5
    """ᚱᚫ•ᛉᚻᛂᚫᛗᛚᚠ•ᚳᛝᛞ•ᛁᛝᚩ•ᚳᛋᛟᛖᚣᛟᚻᚢ•
    ᚷᛞᚹᚪ•ᛖᛋᚷᛝᚠᛉ•ᛞᛉᛂ•ᛠᚻᛁ•ᚦᛈᛉᚣ•ᛡ•
    ᛇᛞᛇᛝᛇᛝ•ᛖᛠᛞᚱ•ᛚᛇᛏ•ᛉᛏᚣ•ᚱᛇ•ᛈᛝᛇ
    ᛈᚩᛁᛚᛖᚠ•ᛇᚫᚪ•ᚣᛝᚠᚣ•ᚠᛞᚾᛚ•ᛉᛏᚾᚫᛋ•ᛁᚩ
    ᚳᚢ•ᚣᛠᚾᛏᚷᚳᚪ•ᛉᛡᛇ•ᚦᛂᚣᛂᛚᛟᛖᛚ•ᚣ•
    •ᛈᛡ•ᛖᚹᛟ•ᛇᚾᚪ•ᚻᛞᛇᛋ•ᚦᚣᛇᚦᛂᚦᚱᚢ•ᚳᛠ
    ᚪ•ᚢᛂᛡᛈ•ᚣᚫᛇᛋ•ᚻᛠᛏᚣᛞᚣᚫᚠᚻᚩ•ᛟᛗ
    ᛉᛟᛂᚷ•ᚢᛡᚱᛡᚳ•ᛁᚠᛟ•ᛁᛂᛈᛒ•ᛖᛝᚣᚦᚩᚫᚣ•
    ᛠᛉᛡᛖᛚ•ᛁᚱᚣᛞᛠᛂ•ᚫᚳ•ᛗᚷᛁᚫᚢᚪᚫ•ᛂᚪ
    ᚻᛈ•ᚠᛞᛚᛁᛠᛈᛟᚣᚩ•ᚢᛒᚷᛝᛟᚢᛝᛋᚢᚳ•ᛏ
    ᛞ•ᚫᛈᚩᛂ•ᛒᚻᚱᛁᚷᚻᛂ•ᚣᚹᛗᛇᚾᚫ•ᛞᛝᛇ•ᛟᛂ
    ᛝᚳᛖᛠ•ᛉᚪᚱᚣ•ᚪᚢᛏ•ᚳᛈᚳ•ᚩᛇᛟ•ᚫᛈ•ᛏ""",

    # p6
    """ᛉᚳᚻᛞᛇ•ᛉᛒᛠ•ᚫᚾᛂ•ᛠᚪᛒ•ᛖᛠᚹ•ᛡᛚ•
    ᚹᛁᛡᛋᛈᛚᚦᚪᛋᛂ•ᛡᛞᚣᚱᛞᛟ•ᚦᚱᛉᛟᚹ•ᚣᛞᛏ•
    ᚷᛚᛡᚻᚹᛗᚱ•ᛝᚠᚳ•ᚱᚫᛁᛒᚷᛈᚣ•ᛞᚪᚱᚪᛉᛟ•ᚢ
    ᚩᛁᛠ•
    ᚪᛏᛉᛒ•ᛗ•ᚷᛡᛋᛒ•ᛉᛇ•ᚷᚾᛠᚫᚷᛝᛞ•
    ᛉᛖᛏᚩᚷᛡ•ᛝᚻᛏ•ᚳᛁᚣ•ᛂᛏ•ᛟᚩᚻᚱᛂ•
    ᚳᛖᛡᚩ•ᛞᚪᛏᚣᚢᚾᚱᛇ•ᚫᚫᛁᛖᚠᛝᚦᚻ•
    ᛉᛁᛟᛋᛁ•ᛗᚪ•ᚢᛂᚳᛋᚹᚾᚣ•ᚩᛈᛉᚱ•ᛚᚫᛟᛏᛡ•ᛂ
    ᛈᛗ•ᛞᛋᚠᛗ•ᛟᚹ•ᛞᛚᛏ•ᚷᚱ•ᚩᚢᛋᚻᚪ•ᚣᛇᛡᛚ
    ᚢᚻ•ᛈᚹᛂᛚᚷᛒ•ᛗᚢᛂᛗ•ᛇᚾᛇ•"ᚫᛚᚪᛚᚷᚪ•ᛋ""",

    # p7
    """ᚻᛝ•ᛚᚦᛒ•ᛋᚳᚢᚳᚩᛡ"•ᛚᚳᛂ•ᛉᚪᚾᛇᛉ•ᛠ
    ᛗᛈᚢ•ᛗᚠᛚᛠᛝ•ᛒᛉᛁ•ᛚᚦᚱ•ᛠᛡᛁᚳ•ᚩᛉᛖ
    ᛞᛡ•ᛏᛋᛗᛠᛂᛈ•ᛠᛟ•ᛡᚫᚦᚹᚻᛈᛇᚪᚷᛈᚻ
    ᛠ•ᚳᛚᛠᛈ•ᛡᚣᚾᛁ•ᛚᛡᛁᚳ•ᚫᛇᚾ•ᚫᚳᛡᚱᛡᛚ
    ᛞ•ᛒᛟᛝᛡ•ᛉᛗᛝ•ᚳᚻᛟᛠᚾᛈᚳᚦ•ᛁᛇᚦ•ᛇᚢᚩ
    •ᚦᛈᚪ•ᛡᛚᛟᚹᛡᛈ•ᛂᛗ•ᚷᛒᛈᛋᚾᛇ•ᛏᚩᚷᚢᚾᚫ
    ᛖ•ᚾᚣᛁᛖ•ᛞᛝ•ᛞᛝ•ᛚᚢᛚᛉ•ᚪᚾᛝ•ᛇᚪᛂ•ᚻ•ᛞ
    ᚹᛈᚫᚹᚫ•ᛇᛁᛚᛝ•ᚦᚾᚳ•ᛒᛁᛏ•ᛠᚳᚩᛇᛖᛝ•ᚳᚻ
    ᛟᚻᚫᛂ•ᛟᛉ•ᛁᚳᛖᛏᛋᚹᛖᚾᛡᚣᛂᛗ•ᛖᚳᚪ•
    •ᛞᚩ•ᛟᛏᚦᚫ•ᚳᚹᛂ•ᛉᛠ•ᚷᛠᛗ•""",

    # p8
    """ᛉᛁᛉᛗ•ᚢᛉᛗᚳᚦᛈᚩᛒ•ᛡᚾᛏ•ᛠᛉ
    •ᛈᚱᚣ•ᚩᚳᛠᛗᛝᚷᛉᛚᚢ•ᛝᛁᛏᚩ•
    ᛂᚠᛝ•ᛋᛚᚾᛞ•ᚩᛗ•ᛇᚫ•ᚱᛞᚹᛏᛂᚦ•
    ᚣᚦᛋ•ᚫᚣᛖᛋᛉᛟᛒ•ᛠᚱᛇ•ᛈᛝᚢᛈ•ᚩᚦᛉ•ᚪᚻ
    ᛟᚱᛝᚢᛖᚱ•ᚣᛚᛉᛚ•ᛡᛚᚱ•ᛈᚹᛇᚾ•ᛠᚪᚱᛉᛝ•
    ᚣᛋᚻᚢᛚ•ᛋᚣ•ᚷᚾᚢ•ᛇᚫᚾᚾ•ᚩᚫᛖᛞ•ᚪᚩᛂᛡᚢ
    ᚪᛉ•ᚱᛉᛡᛟᛂ•ᛗᛁᛇᛚᛠᚻᚦᛗᛠᚣ•ᚷᛒᚳᛈ
    ᛉᚳ•ᚾᛟᛟᛋᚷᛗᛈᛖᛏᛚᚾᛂ•ᛂᚳᛝᚩ•ᛁᚹᛚᛠᛒ•
    ᚠᚪᛖ•ᛏᛝ•ᚾᛈᛠᚩᛏᚦ•ᚻᛝᛉᛈᚻᛈᚳᛈᚱᚢ•ᛚ
    ᚠᛖᛟ•ᚷᚪᛒᚠᛁᚫᚠᚢᛟ•ᛗᚠᚣᛝᛂᚳ•ᚻᛏᚠᛚᚫ•ᛖ
    ᚦᛋᛚᚩᚢ•ᚫᚩᚪᛗᛟᚢᚹᛇ•ᛒᚾᛋᛚᛝᛂᛟᚾ•ᛗᛚᛒ•
    ᛟᛏ•ᚾᛞᛒᚩᚾᚦᛡᚻᛟ•ᚱᛈᚾᚠᛈᛞ•ᛋᚩᛁᛠᚣᚾ•ᛇ""",

    # p9
    """ᚣᚹᚫᚷᛂ•ᛝᛗᚪᚹᛈ•ᚪᚢᚾ•ᛈᛡᛗᛖᛞᛟ•ᛁ•ᛉ
    ᛡᛗ•ᚠᛈᚩ•ᚦᛉᛞ•ᚩᛞ•ᛋᛈᛉᛡᚷ•ᛟᚻᚠᚦᛉᛂ
    ᛟᛋᚦᚣᚦ•ᛏᚻᛋᚣ•ᚻᛠᚷᛚᚫᚱᛏ•ᚢᛋᛟ•ᚦᚠᚠᚣ
    ᛟᛡ•ᛇᚳᚣᛒᛚᛝ•ᛠᚱᚻᛞ•ᛂᚣᛏᚫ•ᚻᛞᚳᛋ•ᛉ
    ᚠᛞ•ᚦᛗ•ᚳᛇᛝ•ᚫᚾᛡᛠᚹᛁᛡ•ᛒᛗᛝ•ᚷᛈᛁᚳ•ᛠ
    ᛚᚷᛉᚣᚣᚱᛂ•ᛉᛁᛂᚢ•ᛖᚣ•ᚪᛝᛈ•ᛡᚫᚳ•ᛖᛠ
    ᚹᛒᚦᛟᚠᛗ•ᚫᚱᚠᚩᛏ•ᛝᛉᛞ•ᛗᛖᛡ•ᚩᛈᛋ•ᛇᛞ•
    ᛇᛟᚫᚾ•ᚷᛗᚣᛁᚫᛁᛂ•ᛈᛂᚩᛡᚷ•ᛈᚳᛂ•ᛚᛖᛡᚻᛚ
    ᚷᚱᛇ•ᛟᚣ•ᛠᚣᛗᚹᚾᚹ•ᚠᛁᛂᚢᛗᚫᚾᚳᛗᛠᛁ•
    ᚩᛇ•ᛒᛚᛞ•ᚾᚹᚠᚾᛒᚱ•ᛋᛟᚦᛡ•ᚪᛡᛏᚷᚷᚹ•ᚪᛋᛡᚦ
    ᛋᚦᛋᚠᛗᚷᛞᛠ•ᛝᛈᚩᚪᚣᛝᛈᛋ•ᛟᚾᛇᚪᛖ•ᚻᚢ
    ᚷ•ᚩ•ᚢᚦᛏ•ᛒᚷᚣᛝᚠᚣᛁᚻ•ᚹᛡᛠᚱᚫᚹᛡᛞᚪᚦ""",

    # p10
    """ᚳ•ᛉᚢ•ᛈᛏᛋᚢᛖ•ᚷᚦᛡᛚ•ᛖᛋᛠᛝᛉᛈᛉ•ᚾ
    ᛟ•ᛞᛟᛒ•ᚾᚹᚢᛁᛇᛚᛞ•ᛁ•ᚦᚣᚷ•ᛟᛈᛡ•ᛖᚪ•ᚠᛋᛉ
    ᛞ•ᛖᚷᚦᛠ•ᚾᛋ•ᛞᛟᛗᛖ•ᛗᚾᛉ•ᚹᛒᛠᛈᛟ•ᛗ
    ᛉᚫ•ᛂᚩᛞᚻᛡᚷᚠ•ᚣᛗ•ᛁᚷᛉᚻᚹ•ᚾ•ᛋᛗᚷᛠ•
    ᚣᛚᚱᛂᛗᛉᚣ•ᛇᚱᚢᛟ•ᚣᚦᚢᛟᚩ•ᚱᚢᚹ•ᛁᛒᚳ•
    ᛠᛏᛞ•ᛚᛖᛋᛂ•ᚳᛟ•ᚷᛞᛡ•ᚢᚹᛝᚻᚫᚢᛈ•ᛏᛈ
    ᚩᚣ•ᚾᛇᚦᛟᛏᛇᚳᚠ•ᛒᚪᚾ•ᛗᚦᛝ•ᛟᛠᚢᛁᚪ•ᚾᚻᛝ
    ᛉᚩ•ᛇᛁᛡᚠᛟᛒᚦᚠ•ᛋᛒ•ᚠᛞᛇ•ᚩᚦᛏ•7•ᚷ•ᛚᛂᛖᚫ
    •ᚣᛁᚫᚹᚻ•ᚫᛏ•ᛁᛉ•ᛉᚻᛞᚩᛠ•ᚫᛋᛝᛚᛝ•ᛖᚩ
    ᚻᛗᚩᛟᛒᚦ•ᚱᛚᛋ•ᚳᚻ•ᚪᛡᚾᛇᚱᛉᚦ•ᚣᛉᚻ•ᛡᚾ
    ᚢ•ᛗᛉᚹ•ᛖᛈᛖ•ᚩᚳᛈᚳᛞᚪᛉᚢᛗᛝᛟ•ᛋᚾᛟ
    ᛉ•ᚠᚱᚳᛒᚢᛂᚱᚫᛝ•ᛒᛋᛟᛠᛡᚪᛚ•ᛏᛟᚾᚫᛟᚪ•ᛁ•""",

    # p11
    """ᛡᛋᚳᛖ•ᚹᛒ•ᚾᛚᛝ•ᚦᚾᛁᛠ•ᛒᛡᚱᚠᛖᛁᚹ•ᚾᚠᛗᚢ
    ᚷᚾ•ᛂᛚᚳᚱ•ᛝᚣᛉᛋᚪᛟᚱᛉᚳ•ᛒᚫ•ᚠᚢᚪᛖᚪᚹ•
    ᛚᚾ•ᛂᛉ•ᚻᚦᛉ•ᛗᛚᚾᛖ•ᛏᛝᚦᚪᚩᚢᛗᚣ•ᚠᛝᚪ•
    ᚻᛡᛇᛡ•ᛚᛏᛁ•ᛇᛁ•ᚳᚢᚢᛖ•ᚳᛒ•ᚫᛇᚠᚦᚳᛚᚩᛉᛚ
    ᚩᛚ•ᚠᚳᛠ•ᚪᚠᛟᚫᚠ•ᚾᚳ•ᚢᛒᚱ•ᚾᛇᚩᛉ•ᛁᚳᛟ•ᛞ
    ᛉᛠᛝᚠᚱᛡᚳᛇ•ᛉᛟᛈᛗᛞᚳᚦᚹᛈ•ᛡᚻ•ᚾᚦ
    ᛇᛏᚹᛖᚢ•ᚫᛇᚦ•ᛝᛟᛏᚳᚷᛒᛠ•ᚪᚳᛒᚪᚩᚹᚫ•ᛉ
    ᚢ•ᚫᛖᛒ•ᛇᛏᚢᚩ•ᛟᛞᚠᚢᛋ•ᛡᛂᛗᚦᛠᛏᚪ•ᛒ
    ᚹᚣ•ᛏᛂᚻᚦᚫ•ᛚᚪᚱᚫᛟᚦᚩᚾᛟᛁᛖ•ᛡᚠᚷ•ᛋᚠᚦᛏ•
    ᛠᛡᛠᛁᚢᛡᛇᛝᛞ•ᛉᛏᚠᛒᚻᚢᛋᚳᚱᛇᚹ•ᛇᛈ
    ᛋᚢᛚᚪᛈᚢᚳᛖᚠᛞᛉ•ᚦᛠᛇᛝᚻ•ᚣᚱᛗ•ᛟᚾᛚ•
    •ᛈᚹᛞᚱᛂ•ᚪᛝᛞ•ᛁᚦᛏᚷᚢᚹᚳᚻᛖᚩᚪᛖ•ᛉᚪᚢ•""",

    # p12
    """ᚳᛁ•ᚱᚳᚹ•ᛠᛇᛏ•ᚦᚳᚻᚢ•ᛡᚹᛟ•ᚷᛇᛈ•ᚢᛈᚦ•
    ᚷᚣᚢᚪᛗ•ᚹᚳᛖᛝᚱᛠᛞᛏᚻ•ᛂᛁᛈᚻᚠᛉᛝᛈ
    ᚾ•ᛒᚳᚪᚷᛋᛟ•ᛉᛠᛈᚪᚩᚷᚠᚳᛡᛂ•ᛠᚢᚠᛋᛚ•
    ᚣᛚ•ᚢᛒ•ᛉ•ᚱᚣᚾ•ᛁᛠ•ᛚᚹᛋ•ᚠᚦᚪᛠ•ᛈᚷ•ᛏ
    ᚷᛡᛟᛠᛡᛒ•ᛉᛂᛒ•ᛖᚾ•ᛞᚠᛠᛗ•ᚦᚪᛗᚠᚪ•
    ᚻᛡ•ᛗᛁᛏᛟ•ᚻᚣᚹᛏ•ᚠᛒᛁ•ᚫᛖ•ᛝᛒ•ᛚᛏᛠᛉ•ᛟ
    ᛋᚾᛉ•ᚹᛏᛠᛏ•ᛖᚢᛡᛖ•ᛉᚾᛇ•ᛟᚳᚾᚠᚩᚾᚠ•ᚳ
    ᚪ•ᚷᚱᚩ•ᛠᚦᚹᚣ•ᛒᛁ•ᛝᛇᛟ•ᚣ•ᚷᛗᚩ•ᛁᚷᛂ•ᚩᛇ•ᚢ
    ᛁᛉᛝᚪᚱᛉ•ᛏᛂᛞᛈ•ᚾᛝᚷᛏᚢ•ᛚᚷᚳᛏ•ᚢᛒᛇ•
    ᛈᚩᚣᚢᛏ•ᛡᚫᛏᚹᛏᛇ•ᛡᚫᚫ•ᚦᛏᛝ•ᛠᚳᛁᛉ
    ᚻᚦᚣ•ᚻᛚᚾᛋᚱᛡᚫᛚᚫ•ᛖᚷᚻ•ᛞᚾᚻᛠ•ᚠᚪᚹᛖᚠ
    ᛂ•ᛒᛇᚱᚹᛏᛉᚾᛠᛖᛁ•ᚠᚾᛡᚳ•ᛋᛟᚹ•ᛈᚷᛝᛟ•""",

    # p13
    """ᚷᚦᚠᛂᚷᚳ•ᛒᛁᛗᛚᛇᛠᚹ•ᚾᚫᚹᚷ•ᚩᚻᚪᛏᚾᛂ•ᚣ
    ᛝᛏᛡᛝ•ᚢ•ᚩᚠᚣ•ᛗᚢᛒ•ᛏᚠᛈ•ᚱᚩ•ᛉᚩᛝᛒ•ᛖ
    ᛏᚩᛉ•ᚣᛗᚠᛉ•ᛖᚩᚫᚷᚣᛚ•ᚩᛇ•ᚠᛋᚫᛇᛗ•ᛡᛟᚹ
    ᚾᚩᚢᚹᛖᛁ•ᚾᚦᚫᛠᚪ•ᛠᛚ•ᚹ•ᛡᚩ•ᚢᚦᛗ•ᛝᛚᚪᚠ
    ᛝ•ᛚᚠᛚᚳᛒᚢᛝᛉ•ᚣᛡᚪᚷ•ᚹᛟᚪᚻᚹᚢ•ᛖᛠᚷ•
    ᛁᚪᛏᛂᛗ•ᛏᛖᛁ•ᚣᛡ•ᚦᚾᚠᚦ•ᚩᛈᚻᚪ•ᚻᛋᛠ•ᛡᛉ
    ᚪᚫ•ᚠᚣᛞᛠᛇᚠᚫ•ᛏᛗ•ᚳᛡᚷ•ᚱᚢᛞ•ᛂ•ᛋᛡᛇᚩ
    •ᛚᛟ•ᚦᚱᚫᛒᛚᚦ•ᛖᚪᚦᛗᛚ•ᚦᛉᚪᚱ•ᛟᛖᛒᛂᚱᛂᛖᛁ
    ᛈ•ᚪᛖᛠᚠᛂᚢ•ᛞᚹᚦᚣ•ᛉᚷᚩᚳᛡ•ᛇᛗᛞᚳᛏ•
    ᚻᛚᚦᛝᛖᛗᚱ•ᛒᚷᛞᛉᛗᛒᛉᚳᛝᚦᚣᛞᚫᛠ•ᛋ
    ᛏᛗᛏᚻᚹ•ᛇᚳᚪᛞ•ᛠᚢᛒᛉ•ᛡᛁᛡᛚ•ᚷᛋᚦᛞ•ᚠ
    ᚢᚩᛠ•ᛚᛋᚣᛏ•ᛋᚪᛞᚫᚹᛂᛞ•ᛋᛈᛋᛂ•ᚪᛖᛁᛇᛒᛟ""",

    # p14
    """•ᛏᛂ•ᚠᚩᛚᛞ•ᚾᚷᚳ•ᛚᚷᛗ•ᛠᚦᚢ•ᛟᚻᚾᛟᚣᛡ•
    ᛇᚻᚣᚪᛈ•ᚾᛋ•ᛞᚫᛠᚳᛉᛂ•ᚦᚹᛋᚱᚦᚫᚾ•ᛡᛚᚣ
    ᚫᛋᛖ•ᛟᚣᛝᛡ•ᚦᚣᚷᛇᚱ•ᛋᛠᛏ•ᛡᚳᛉ•ᛠᚷ•
    ᚳᛒᛋ•ᚹᚾᚻᛖᛝᛋ•ᚩᛡᛗᛉᛝ•ᛉᚦ•ᛠᛞᚳᛒᚷ
    ᛉᚹᛝᚢ•ᛉᛞᛈ•ᛉᛡᛈᛟ•ᚾᛡᚠᛡᚢᛋ•ᛉᚪᛖ
    ᚻᚱᚣᛠᛇ•ᛒᛟ•ᚪᛝᛡ•ᚳᚱᚳᛈᚩᛏ•ᚻᚣᚫᛁᛋᚩᚦᛚ
    •ᛟᛚ•ᛋᚪᚢᚪᛈᚻ•""",

    # p15
    """        •ᚠᚢᛚᛗ•ᚪᛠᚣᛟᚪ•
    3258    3222    3152    3038
    3278    3299    3298    2838
    3288    3294    3296    2472
    4516    1206     708     1820
    ᛚᚢᛝᚾ•ᚳᚢ•ᛒᚾᛏᚠᛝ•ᛁᚢᛁᚢ•ᛟᚫᛂᚠᚫ•ᚢ
    ᚷᛉᛇᛈᛉ•ᚣᛠᛚᚪᛉ•ᛟᛉᛡᚦᚻᛠ•ᚾ
    ᚪᚳ•ᚢᚷᚾ•ᛈᛖᚾᚦᚩᚢᛁᛡᚱ•ᛏᛁᛒᛇᚳᚠᚷ•ᚩ
    ᚦᚪ•ᛁᛈᚻᛡᛒ•ᚹᛈᚻᚱᛞᛉᛏᚢ•ᚣᛒ•ᚠᛋᛉᚢ•ᛗᛁ•
    ᛡᚱ•ᛝᚢᚠᚦᛝ•ᛈᛟᛒ•ᚻᚷᚻᛡᛚ•ᚩᛞᚪᚳ•ᚦᛈᛞᛋ
    ᛡᚻᛇᛚ•ᚢᛏᛋᛞ•ᚦᚢᛞᛝ•ᛚᛉᛝ•ᛏᚩᛚ•ᚪᛚ•ᚣ•ᛟ
    ᛡᛉᚣ•ᛒᚻᚫᛂᛡᛁ•ᚱᚦᛚᚠ•ᛠᚾᛝ•ᛉᛗᛒᚩᛠᛈ•""",

    # p16
    """ᛖᛞᚪᚫᛏᚩᛠᛖᛠᛉᚳᛠᛏ•ᚩᛞᚳᛠᚾᚳᚦ
    ᛗ•ᛞ•ᚷᛁᚳᚹᛟ•ᚪᚢᛒᚳᚫ•ᚦᚱ•ᛋᚣᚪ•ᛏᚦᛒ•ᛝᚹᛋᚱᛁ
    ᛝ•ᛒᛁᚪᚫᛚ•ᛏᚱᛡᚫᚠᛞ•ᛝᛂᚩ•ᛡᛠᛉ•ᚪᛡᚻ•ᚱᛒ
    ᛁ•ᛞᛡᛂᚪᛈᚱᛋ•ᚢᛡ•ᚻᚷ•ᛚᛟᚠ•ᚻᚷᚫᛋ•ᛈᚹᚷᚷ
    •ᛗᛟᚪᚾᚱ•ᚩᛟᛞ•ᚷᛟᚠᛠ•ᛡᚷᚳ•ᛉᛠᚠᛚ•ᛒᚫ
    ᛈ•ᚩᛂᛈ•ᛂᛗᛠ•ᚾ•ᛉᚪ•ᛡᛖᛋᚷᚫᚦ•ᛂᚷᛉᚩᚦ
    ᛂᚳᚣ•ᚢᛂᚦᛂᚪᚾᛏᛒ•ᚳᛈᛡᛂᛋᚫ•ᛋᛗ•ᚻᛞᛠ
    ᛉᚢᛗ•ᛏᛠᛖᚣᚠ•ᛂᛏᛋᛗᛞᛟᛁᛝᚪᛉᛖᛈ•ᛚ
    ᛇᛞᚦ•ᚪᛋᛉ•ᚳᛒᚢᛟᚳᛒᛚᚾᛟᛝᛉᚩ•ᛖᚳ•ᛝᛟ
    ᚳᛁᛒᛈᚫ•ᚣᛖᛂᛝ•ᛞᚢᚱ•ᛉᛟᚩ•ᚠᚹᚩ•ᚣᛁᚠᚢᛇ•ᛚ
    ᛏᛈᛒᛗ•ᛇᛝ•ᚢᚳᚱᛡ•ᛖᚩᛁᚣᛂᛏᛡ•ᛖᚠᛇᚠᛚ•ᛁ
    •ᚣᚷᚠᛝᛡᛈᚷᛒ•ᛡᚩᚷᛡ•ᛟᚾᚹᛡᛈᛟ•ᚦᛈ•ᛟᚷ""",

    # p17
    """ᛚᚦ•ᛈᛞ•ᚦᛇᛒ•ᛡᚪᛒᚪ•ᚾᛗ•ᚳᚾᛖᛡᚹᛝᛏᚱ•ᛝᚫ
    ᛚᛟᛁᛇᚣ•ᛝᛡᚾᛏ•ᚱᛁ•ᛋᚪᛖ•ᛇᚢ•ᛝᛞᛂ•ᚠᚱᛠᛗ
    ᛠᚪ•ᚫᛈ•ᛏᚠ•ᛖᛏᚷᚾᚠᛁᚠ•ᚱᚻᚱᛇᛒ•ᚻᛈᛏ•ᛇᚱ
    ᛝᛡᛒᚹᛚᛏ•ᛗᛉᚦ•ᚾᛂᚳᚫ•ᚷᛈ•ᛋᛖᚩ•ᚢᛝᚩ•ᛏ
    ᛈᛁᚣᚾᚪ•ᛏᚹ•ᚠᛗᚾᛟᚾᚳᛒ•ᛂᛉᛡ•ᛟᚪᛁᚫᛝ•ᛒ•
    ᛉᛏᛂᛁᛋ•ᛠ•ᚳᛖᚱᚦᚣᚩᚣ•ᛈᚫᚷ•ᛡᛂᛁᚩi •ᚱᚦ
    ᛠ•ᛇᚦᚩᛉ•ᚾᚱᚾᚫᛁᛉ•ᛁ•ᛝᚣᚫᛡᚫᛗ•ᚹᛖ•ᛇᚷᚻ
    ᛖᛗ•ᚷᚢᛞᚹ•ᛂᚻ•ᛉᚱᚢᛂᚢᚾᛈ•ᛋᚣᛂᚫ•ᛈᚳ
    ᚣᚳᛒᛡ•ᚫᛟᚪᚠ•ᛏ•ᚷᚩᛇᛟ•ᛁᚱᛗ•ᛖᛉᛟ•ᛗᛇᚫᛟ
    ᚦ•ᚱ•ᛞᛁᚢᚦᚻᛗᛡᚾ•ᛁᚦᚻᛚ•ᛏᚳ•ᚪᚦ•ᚠᚪᚫᚣᚻ
    ᛠ•ᚦᚠᛋᚠᛝᚷᚱᛈ•ᛏᛂᛉᛟ•ᚷᛚᚻ•ᚩᚪᚦᛏᚳᛁ•ᚠ
    ᚣᚢᛁᚹ•ᛟᚪᚣᛁᛠᛂᚪ•ᛟᛝᚦ•ᛟᚠᚦᚾ•ᛇᚷ•ᛠᛚᛒᚠ""",

    # p18
    """•ᛠᚪᛂᛇᛠᛚ•ᚱᚷᛋ•ᚹᚩᛒᛁ•ᛠᚳ•ᛁᛞᛂ•ᛖᛗᚱ•ᚷ
    ᚪᚻᛠᛚᚷᚩ•ᛉᚻ•ᛡᛝ•ᛞᚱᚹᚩᛈᛡ•ᚣᚳᚦ•ᛁᛇᚢᛁ•
    ᛟᚦᚠᚳᚻ•ᚩᛁ•ᛝᚾᛁᛞ•ᛏ•ᚫᚱᛝᚫᛈ•ᛠᛞᛇᛉᚳ
    ᛠᚩᛟᛖ•ᛗᛈᛒᚦᛝᛋᚢᛡ•ᚻᛡᛏ•ᛉᛇᚷᚠᛡᛡ
    ᛟᚢ•ᛡᚦᚣᛞᚪᚫᛝᛒ•ᚳᚩᚷ•ᛏᛞᚦᛁ•ᚠᛒᛖ•ᚦᛟᚳ•
    ᚠᚻ•ᛞᚠᚣᛋᚾᛟ•ᛠᛇᛂ•ᛖᛉ•ᚩᛈᛠᛚᚪ•ᛟᚩᚾ•
    ᛂᛉᛋ•ᚣᚫᚷᛖᚩᛟᚢᚱᚹᚢ•ᛟᛡᛂᛇᚢᛞᛉ•ᛒᛇ
    ᚳ•ᛝᛚᛗᛠᛗ•ᚪᚱᛡᛗᛒᚩᚹ•ᛋᛖᚾᚻᚣ•ᛈ•ᛞᛚᛞ
    •ᛈᛏ•ᚪᛞᛚᛉ•ᛟᚱᚾᚹ•ᛠᚠᛁ•ᛟᚾᛒ•ᛇᛟᛖᛝᚳᚠ
    ᛏᛞᛏ•ᛇᚫ•ᛝᚢ•ᛠᛡᚫᛖᛟᛞᛝᛠ•ᚠᛗᛒᛚ•ᛏ
    ᚢ•ᛈᚱᚹᛟᛇᛉ•ᚳᛟᛈᛏ•ᚢᚠᚳᛞ•ᛂᛋᛞᛈᛚ•ᚠᛝ
    ᚱᛂᚣ•ᛞᛗᛖᚣ•ᚢᛖᛝᛠᚳᛞᛈᚩᛠ•ᛏᛒᚳ•ᚷ""",

    # p19
    """ᚾᚩᛟᚾᚠ•ᚩᛁᚠᚢᛋᚾ•ᛞᚹᛠᛇᛈ•ᚱᚩᚩᛂ•ᚪᛟ•ᛇᛠ
    ᛂᛁ•ᛟᛂᛞᚢᚳᛝᚩ•ᚱᛝᛋ•ᛂᛁᛈᛉᛖ•ᛞᛁᚾᛗᛗᚳ
    •ᛉᚩᛁᛂᛞᚳ•ᚢᚪᛇ•ᚦᛡᛇᚻᛠᚣ•ᛠᚻ•ᚠᚩ•ᛡ
    ᛠᛋᛟᚪ•ᚹ•ᚫᚻᚩᛂᚢᚱᚩᚣ•ᛏᚫᚷ•ᛂᛚᛂ•ᛝᛏ
    ᛖᛒᛚᛉᚻ•ᚱᚩᚫᛇᛈᛂᛠ•ᚳᛈᛚᚣᛈ•ᚪᛠᚻᚻᛋ
    ᚫ•ᚩᛝᚹ•ᛋᛞᚠᚳᛠ•ᚩᛇᚫᚪᚩᚹᛗᚪ•ᚣᚫᚷᚫᛂᚱᚹ
    ᛞ•ᚱ•ᚦᚷᚳᚹ•ᚾᚷᛡ•ᛚᛒᚳ•ᛂᚷᚹᚹ•ᚱᛁᚠᛏ•ᚠᛚ•ᛋᛂ
    ᛚᚪᛂᚱᛏ•ᛞᚷᚫᛠᚠᛉᛞ•ᚫᚷᚻᛏ•ᛗᚣᛈ•ᛏᛒᛟ
    ᛝ•ᛂᛋᚾ•ᛝᛁᚹ•ᚦ•ᛠᛝᛞᚾᛟᚷᚫ•ᛁᛗ•ᛝᛉᚱᛞᛋ
    ᛗ•ᚠᚫᚹ•ᛟᛋ•ᚦᛞᛞᛈᛝ•ᛞᛡᚷᛒ•ᚪᛟ•ᚦᛡᛒ•ᚪᚹ•
    ᚾᛉᚫ•ᛚᛈᛁ•ᛒ•ᚠᚾᚠ•ᛡᚩᛏᛞᚾᛋᛖᚳᚻ•ᛖᚻ•ᚢᛟ•
    ᚪᛖᛗᛝ•ᛠᚫ•ᛈᚩᚪᛞ•ᚠᚫᚻ•ᚠᛏᚦᛂᛚᛂᛒ•ᛗᛇ""",

    # p20
    """ᛈ•ᛂᚢᛒ•ᚷᛁᛇ•ᛈᛉᚣ•ᛈᛟᚦᛞᚱᛠᚪᛡ•ᛝᛡᛒᛚ
    ᚻᚦᚫᛉ•ᛟᚫ•ᚪᛇ•ᛉᚳ•ᛠᚠᚫ•ᚢᚣᚦᛋ•ᚠᛝᚠᚱᚹ•
    ᛟᛒᛗᚷᛞᚾᛡ•ᛞᚪ•ᚻᚣᛇ•ᚱᛚ•ᛖᚣᛇᚻᛠᚩ•ᚢ
    ᚳᚱᚻ•ᛡᛟᛗᛠᛝᛂᚦ•ᛂᚢᛁᛇ•ᛂᛁ•ᛖᚷᛁ•ᚪᛇᛏ•ᛝ
    ᛡᚳᛚ•ᛇᚠᛗᚪ•ᚷᛚᛒᛋ•ᛉᛞᚫᛟᛋᛚ•ᚹᛏᛠᛗ•ᛚᚦ
    ᛗ•ᛝᚦ•ᚣᛈᚠ•ᚪᛞᛚᚪᛖᛚᚩ•ᚱᚷ•ᛚᚳᛇᛏᚷᚣᛟᛗ•
    •ᚪᛁ•ᚷᛂᛒᛡᛗ•ᛞᛈᚪᚳᛠᚷᛋ•ᛏᛈ•ᚩᛋᛏᛗᚱᚣ
    ᛋᛉ•ᛁᛂᛚᛝᛚᛁ•ᛉᚢᛠᛗᛇᚢᛋᚻ•ᚳᛉᛂᚩ•ᚠᛂᚠ•
    ᛁᚣᛁᛟ•ᛏᚷᚱᚦ•ᛡᛒᛋᚳ•ᛇᚢᚷ•ᛚᚱ•ᛁᛗᚱ•ᛗᛝᚻᛈ
    ᚫ•ᛝᛋᚫ•ᛖᛈᛁ•ᛒᛇᚹᚫᚢᛂᚳᛒ•ᚦᛋᚹᚦᚫ•ᛡᛟᚷᛚ•
    ᛞᛚᚢᛟᛡ•ᚱᛞᚱᛒᛂᚳᚢᛠ•ᚩᛉᛉ•ᛝᛡᛂ•ᛁᚫᛟ
    •ᛖᛗᚹ•ᛖᛉᚦᛗᚪᛋᛉ•ᛞᚦ•ᛡᚢ•ᛉᛗᚫᛋᚳᛖ•""",

    # p21
    """ᚳᚫᛠ•ᛞᚳᚷ•ᚩᛁᛇ•ᚾᛟᚷᚣᚳᚦᚳᚦ•ᛗᚣ•ᛈᚪᛒ
    ᛈ•ᚻᚢᚻᚾᛏᚫᛒᛇᚩᛁᛈ•ᚫᚩ'ᚣ•ᛡᚣᛗᚷ•ᚠᚱᛡᛚ
    ᛏ•ᛖᛟᚩᛈᛚᚩᚷᛁᛟᛠ•ᛞᛖᚳᛗᛁᚣ•ᛈᛚ•ᛁᚹᛋᛂᚹ•
    ᛟᛡᚪ•ᚦᛖᚩᛂᚷᛋᛝᚣᛗᛟᚻ•ᛗᚠᚦᛉᚦᚫᛋᛈᚣᚩ
    ᚠ•ᛈᛟᛋᛖᚫᛇᛗᛚᛈᚾ•ᛡᚠᚳᚾᚩᛂᛋᛡ•ᚫᛂᚦᚪᛠ
    •ᛈᚻᛋᛟ•ᛗᚹ•ᚱᚣᛁᚢ•ᛉᚹᛋᚱ•ᛞᛈᚦᛈᚩ•ᛞᛂᚩ•
    ᚢᛈᛖᚪᚫᛉᚫ•ᛏᚱᛟᛏᛒ•ᛠ•ᚫᚳᚾ•ᛖᛝᚦᛂᛂᚠ
    ᛚᚾᚩᛒ•ᛉᚷ•ᚪᚩᛚ•ᚪᚢ•ᛞᚻᚳᚹᛚᛡᛞᛇ•ᛟᚩᛡᛚᚳ
    •ᛡᚳᛉ•ᛝᛠᛝᚷᛝᛞᛂᛏ•ᛠᛈ•ᚹᛈᛗ•ᛈᚱ•ᚫ
    ᛏᛖᚢᛝᚫᛡ•ᚾᛁᛠᚻᚦᚣᛠ•ᚫ•ᚩᛉᛋᚩ•ᛂᚠᛏᚷ•
    ᚹᛁᚪᛁᚩᛁ•ᛝᛠ•ᚾ•ᚷᛗᚹᚦᛖ•ᚷᛟᚪᚹᛞᚻᚢ•ᛡᚹ•
    ᚣᚷᛉᛒᚪᚾᛝᛡᛂᛡ•ᚠᚷᛈᚦᚠᚦ•ᛁᛈᚪᛝᛋᛞᛟᚩ""",

    # p22
    """ᛝᛗ•ᛁᚷ•ᛂᚷ•ᚳᚩᚦᛖᚦᛂ•ᚣᚠ•ᚦᚳᛂᛡᛖᚢ•ᛉᛂ
    ᚳᚻᛂᚱᛂ•ᚪᚻᚾᚦ•ᛚᚷ•ᚱᚦ•ᛒᚪᚩᛖᚢᛡᛂᚹᛏᚱᚹ
    ᛟ•ᚦᚳᛗᚦᚠᚫᚻ•ᛡᚠᛠᚣᚪᚦᛚᛏᛒᚢᛝ•ᛖᛋᛗᚱ•
    ᚪᚹᛒ•ᚹᛒᛗᚱᚾᛗᚻᛗᛁᚾᚪᛞ•"ᛡᛖᚩ•ᚾᚹᛡ•ᚢᛂ
    ᚦᛠ•ᛚᚳᚷᛚᛇ•ᛟᛠᛠᚪ"•ᛇᛉᚣᚪ•ᚷᛏᚩ•ᛖ
    ᚹᛒᛈᚷᛝᛒ•ᛡᚦᚠᛋᚾ•ᛒᚦᚠ•ᛇᛝᛠ•ᚠᚾᛉ•""",

    # p23
    """ᚢᚪ•ᚹᛝᚷᛉᛞᚷ•ᛁᛒᛁ•ᛇᛏᛒᛁᚣ•ᛠᚷᛋᚫ
    ᛈᚹᛗᛠ•ᛇᛂᛇ•ᚹᚻᛁ•ᚷᛠᛒᚢᚣᚻᚣ•
    ᛝᚹᚢᚱᛋ•ᚩᛡᚠᛡᛠ•ᛞᛟᚦᛗᚳᚾᛉ•
    ᛞᚦᛖᚱᛇᚳ•ᚪᛂᛋᛟ•ᚢᚹᚱᛏ•ᛋᛖᛋᛏ•ᚣᚱᛠᚫᚾ
    ᛞ•ᛈᛒᛡᛋᚢᛞᛖᚣᚦ•ᛚᚹᛟᛋ•ᚷᛚᛂ•ᚫᛖᚩᚳᚦᚹ
    ᛗ•ᚢᚩᚷ•ᚠᚪᚩᛡᛝᛒᛠᚦᚳᚪ•ᚱᛡᛏ•ᛟᚹᚠᚣᛝᚢ
    ᚣᛁ•ᛚᛏᚫᚫ•ᚪ•ᚱᛈᚠᛗᚹᚩᛞ•ᛠᛒᛈ•ᛝᛟ•ᚾᚷᛗ•
    ᛡᛖᚩ•ᚾᛚᛉᛝ•ᛁᛡᚫᛗ•ᚻᛖᚹᛗ•ᛝᛈᛇᛗᛡᛂ•ᚫ
    ᚩᛡ•ᚠᚣᛉᛟᚫᚦ•ᚫᛒᚩ•ᚪᚦᛂᚱᛂᚾᚦ•ᛡᚠᚪᛏnᚾᚻ•ᚷ
    ᚢ•ᛞ•ᚳᚦᚢᚱᚢᛟ•ᛞᚻᚱ•ᚷᚹᛏᛈᛖᚠ•ᚪᚻᛠᚦ""",

    # p24
    """ᛞᚱᚠ•ᛖᛂᚫ•ᚾᚳᚻᚹ•ᛇᛡᛈᛠᚹ•ᛗᛚ•ᚹᛟᚹᛠ•ᚪ
    ᚾᚪ•ᚳᚪ•ᚷᛚᚦᛒᚩᚹᚢ•ᚷᛚᚠᛋᚻ•ᚾᛉᛝᛗ•ᛖᚦᚢᛝ
    ᛡ•ᛈᚣᚢ•ᛉᚷᚷ•ᚹᛞᛁᛋ•ᚦᛡᛡᛈᚳᚪᚩ•ᚢᛗᚢ
    ᛉᚩᚣᚻᛏ•ᚩᚫᛗᚢ•ᚩᚾᛏᛠᛒᛟᛒᚠᛁᛈ•ᛚᛋᛝᚫᚳ
    •ᚫᛟᛏ•ᚢᚩᛉᚾᛡᛋᚠᛖ•ᛉᚱ•ᛗᚩᚩᚫ•ᚠᚢᚦᛖᛞᚾ
    ᚣ•ᛡᛋ•ᛋᚱᛚᛟ•ᚢᚻ•ᚢᚾᛈ•ᛁᚻ•ᛖᛉ•ᚦᛞᛗ•ᛈᛟ
    ᚠ•ᛈᚠᛝᚫᛝᛋ•ᛟᛂᚹ•ᛠᛒᚣ•ᛟᚹᛞ•ᚠᚣᛂᛁᛏᛉ
    ᛚ•ᚩᚦᛝ•ᚠᚪᛋᛡᛁᚻᛒᚱ•ᚪᚢᚣ•ᚫᚢ•ᛟᛠᚪᚣ•ᛖᛟ
    ᚫ•ᛖᛈᚠᛒ•ᛈᛂᛁ•ᛋᛝᛒ•ᚱᚦᚳᛇ•ᛚᛁᚢᛈᛏᚳᛒᛉ•
    ᛖᚪᚣᚠᛗᚳᚣᚱ•ᚻᚹᛏᚾᛡᛉᚫᚦᛟ•ᚳᚹ•ᛠᚠ•ᛏ
    ᛠ•ᛝᚩᚻ•ᛡᛠᛒᛋᚻᛟ•ᚫᛁ•ᛠᛏᛁᛋ•ᛏᚫᚻᚱ•ᚻᛂ
    ᛋᛡᚹᚾᚾᛡᚹᛚ•ᚢᛖ•ᛏ•ᚱᛝᚳᚣ•ᚪᛉᛇᛝᛋᛖᛇᛁ""",

    # p25
    """ᚻᚾ•ᚷ•ᚹᛉᚳᛉᚣ•ᛋᛈᚳᛟᚱ•ᛒᚣᛂᛝᛖᛁ•ᚾᚷᚪ•
    ᚣᚷ•ᛚᛒ•ᚢᛂᚩ•ᛝᛉᛉᚪᛖ•ᛒᚦᛉᛡᚱ•ᛏᚷᚹᛂᛋ
    ᛁᚠ•ᛠᛁᛡᚦᛝᚾᛖᚾᚠᚩᛗᛖᚣᚪ•ᚳᛖᚳᚹᚪᚫᚹ•ᛇ
    ᚢᚦᚻᛉᚢᚾ•ᛠᛚᚢᚾᚦᛈᛋᚢᛈᚱ•ᛞᚫᛟᚱᛡᚫᚪ
    ᚢ•ᚢᛗᛚᚦᛠ•ᛚᛝᛈᚣ•ᚩᛋᛟᚪᚱᛗᚦᛟᛈ•ᛚᛋ•ᛏᛁ
    ᚠᛋᛖᚹᛝ•ᛗᛞᚩ•ᛠᚫᛡᛒᛏᚩᛋ•ᛖᛏᚪᚠ•ᚫᛒ•ᛚᚾ•
    ᛋᚪᛉᛟ•ᚾᛚᚹᛖ•ᚩᛚᛁᛂᛏ•ᛒᚪᚠᛉᛏ•ᚩᛟᛂ•ᚾᚷᛋ•
    ᚷᛚᚷᛠ•ᛒᚷᛖᚩᚪᚩᛖᛞ•ᚷᛇᛗ•ᚳᚱᚷ•ᛈᛞᚩᚠᚹ
    ᛇ•ᛠᛞᚣᛝ•ᚾᛁᚠᛈᛚ•ᛖᛟ•ᚢᚳᛗ•ᛚᚫᛏᛉᛂᚱ
    ᛉ•ᛁᛠᚷᛚ•ᚷᚳᛋᚩᛝ•ᚫᚦ•ᛗᚻᛟᚠ•ᚱᛋᚳᚦ•ᚣᚩ•ᛒᛁ
    ᚫᚻᛖᚢᛏᛚᛚ•ᛇᚷᛟᚣ•ᛒᚾᚦᚻ•ᛠᛖᛂᛒᚾᛁᛚᛠ
    ᚱ•ᛂᚠᚳᛋᛝᚳᛈ•ᚷᚻᛋᛗ•ᛇᛞᛇ•ᚣ•ᛡᛖᛏᛠᚢ""",

    # p26
    """ᛡ•ᚩᚾᛠᚩ•ᛂᚣᛇᛉᛠᚪᛡ•ᚾᛞᛝᚻ•ᛈᛠᚻᛡ
    ᚢ•ᛝᚻᚦᛈ•ᛉᚢ•ᛠᚣᛈᛟᚦᛋᚣᛈ•ᚠᛏ•ᛒᛁᛟᚪᚷ
    ᛚ•ᛠᚻ•ᛝᛁᛡᛚᛝᚾᛞᚪᛈᚷ•ᚾᛏᚦᛋᛒ•ᛋᛋᛠ•ᚷᚳ
    •ᛠᛗᚢ•ᛖᛉᛒᚷᚫᚠᚩᛁᛉ•ᚠᚪ•ᛠᚱᛇ•ᚩᛁᛞᛋᛚ
    ᚦᛖᛒᛇ•ᛟᚷᚣᚷᚾᚷ•ᚦᚠᚳᛗ•ᚩᛖᛖ•ᚩᚠᛒᚻᛝ•ᚳᛁ
    ᛂᚪᚾᚩᚪ•ᛈᚻᚱᛗ•ᚱᛗᛟ•ᚦᚷᛂ•ᛒᚱᚦᚪᛠ•ᛉᛖᛡ
    ᛞᚦ•ᚱᛝᛂᛒ•ᚾᛏᚣ•ᛏᛋᛒᚾᚫ•ᚢᛖᛁᚩᛡ•ᛂᛇᚢᚦᛚ
    ᚳᛖ•ᛚᛁ•ᛒᚢᚠᚪᚱᛠ•ᛗᛒ•ᛞᛉᛗ•ᚢᛠᛏᚣ•ᚪᛂ
    ᛈᚢᛈᛠᚣᚷ•ᛗᛡᛗᚢᚪᛗᛝ•ᚣᛡ•ᚪᛖᛏ•ᛖ
    ᛋᚪᛟ•ᚳᚻᛁᛋᚠᛁᚾ•ᛈᛟᛝ•ᛇᚦᚣᛏᚫᛉ•ᛖᛟᛏ•ᛞᛡ
    ᛚᛖᛈᛏᚪ•ᛏᚠᚱᚾ•ᚪᛠᚱ•ᛠᚳ•ᚾᚻᚹᛒᛇᛋ•ᛁᚻᚣ
    ᛋᚹᚩᛉᚹ•ᚩᛝᚢ•ᚻᛝᛟ•ᛏᛚᚠ•ᛂᚷᛏᛂᛝ•""",

    # p27
    """ᛗᛈᚣ•ᛚᛋᚩᚪᚫᚻᛚᛖᛇᛁᛗᛚ•ᛚᛋᚳᛈ•ᚾ
    ᚻᚷᚢᛡᚻᚢ•ᛒᚠ•ᛞᛂᚢ•ᛒᛖᛁ•ᚫᚠ•ᛈ•
    ᚫᛈᚦ•ᚱᛗᛚᚳ•ᛒᚷᚣᛗᛠᛒᚫ•ᚾᚦ•ᛗᚠ
    ᛡᛠᚳᛒᚷᚫᚠ•ᛖᛂᚱᚩ•ᛈᛒ•ᚠᛒᚩ•ᛇᚱᛠᚱ•ᛠᚷ
    ᛖᛚ•ᛇᚱᚾᛋᚩᚩᚳᚪᛖᚣᛖᛖ•ᛏᚱ•ᚢᚣ•ᛟᛂᛉ•
    ᛠᚷᛝ•ᚣᛏᛝᚾ•ᚪᛏᛋ•ᛝᚪᛂ•ᚠᛚᛋᚢ•ᚹᛠᛈᛁᛏ•
    ᛁᚾ•ᚱᚱᛝᛗ•ᚣᛗᚠᛁᚫᛁᚪ•ᚢᛟᛒᚹ•ᛗᛁᚻᚣᚹᛞᛚ•ᛟ
    ᛏᛞ•ᛟᚳᛒ•ᛡᛒ•ᚪᛏ•ᚹᛏᛈ•ᚹᛠᚩᚱᚩᛖ•ᚣᛚᛋ•
    ᚢᛡᚱᚠᛂᛇᚱᛡᚦᛖᚢᛏ•ᛝᚫ•ᚾᚪᛠᚩᚪᚾᚪᚦᚷᚩ•
    ᚫᛉᛒᛏᛖᛠᛗᚷᚱᛗ•ᚣᛝᚠᛒ•ᛞᛟᛞᚪ•ᛠᚱᚳᛁ
    ᛈᛞᚠᛗᛝᚻ•ᛋᚩ•ᛞᛈᛉᚾ•ᛟᚱᛡᚾᚳᚳᛏ•ᚾᛈᚠ""",

    # p28
    """ᛈᚳ•ᛂᚦᛒᛁᚹ•ᛞᚹᛝᛠᛡᚹᛚ•ᚹᛂᚾᚪᛟ•ᛏᛞᛉᚣ
    ᛖᚱᛞ•ᚱᛏᛇᛁᚳᛈ•ᛝ•ᚦᛟᚷᛂᚦ•ᚣᛋ•ᛠᚻ•ᚠᛒᛚ•ᛁ
    ᚫᛚᛞᛉᚪ•ᛁᚹᚷ•ᛒᚩᚹᚾᛠ•ᛋᛖᛗᛒᛋ•ᚳᚹᚦᛟᚠᚻᚫ
    •ᛞᚢᛁᛒᛞ•ᛇᛝᛈᚠᛁ•ᛟᚢᚣᛏ•ᚻᚱᛖᚾᚳᛈᛡᛈᛞ
    ᛂ•ᛁᛏᛗᛋᚫᛉᚩᚣ•ᚪᛂᛗᛡᛖ•ᛇᛂᚠᛗᚱ•ᛞᛟᚪᛒ
    ᛞᚻ•ᚾᛈᚪ•ᛇᚱᚻᚾᛝᛠᚠᚾᚠ•ᚩᛗᛋᚾ•ᛠᚪᛁᚢᛚ•
    ᚪᚫ•ᛂᛉᛡᚠ•ᛁᛖᛈᛠᚻ•ᚠᛇᚩᚹ•ᛠᛂᛇᛁᛠᚫ•ᛂ
    ᛒ•ᛋ•ᚠᛖᚷ•ᛋᛁ•ᛟᛗᛒᛁᛝᛏᚪᚢᛁᚦ•ᚩᛝᛗᚠ•ᚹᛟᛒᛟ
    ᛡ•ᚠᚣᛝᚩᛠ•ᚳᛚᛈᚱ•ᛞᛂᚩᛝᛂ•ᚪᛖᛗᛈᚾ•ᚠ
    ᛠᚷᛞᛒ•ᚩᛉᚷᚾᚣᚷ•ᛠᛈᛂᛞᚾᛟᚩᚢᚾᚹᛗ•
    ᛂ•ᚢᚷᛠ•ᛗ•ᛇᚪ•ᚻᚦᛡ•ᛝᛈᛞᛒ•ᚳᛉᚳ•ᛠ
    ᛉ•ᛟᚣ•ᛒᚦᛁᛂᛚᛡᛝᛡ•ᚹᛂᚫ•ᛋᛗᚪᛡᛠᛇᛝᛏ•""",

    # p29
    """ᚦᛞᚷ•ᚢᛏᛚᛏᚣ•ᚢᛝ•ᚷᛟᚪᛏ•ᛂᚦᚣ•ᚫᚻᚪ•ᛒᛝ•
    ᚦᚢᚱᚪᚾᛞ•ᛁᛝᚫ•ᛚᚫᚷ•ᚹᛁᛒᚣ•ᚾᚫᚠ•ᛚᛋᛒ•ᛈᛟᚪᛟ
    ᛞᚷᛟᚣᛉᚷᛚ•ᛋᛠᛁ•ᚳᛟᛁᚦᛈᚹᛉ•ᛖᚢ•ᛟᛂᛝ
    ᛋᚢᛝ•ᚳᛡᛠ•ᛚᛇ•ᛚᚷᚢᛁᛏᛒᛋ•ᛞᛁ•ᚠᚠᚷᚠ•ᚦᛂ
    ᚳ•ᚫᛟ•ᛁᛗᛡᛁᛇᚦ•ᚩ•ᚢᛈᛒ•ᚻᛋ•ᛂᚣᛂᛖ•ᛒᛇᛇᚱ•
    ᚹᛂᛏᛡ•ᚳᚪᚫ•ᚩᛈᚱ•ᛡᚾᛗᛁᛝ•ᚻᚹᚦ•ᛡᚦᚻᚦ•ᛉ
    ᚫᚫᛋᚳᛡᚾᛇ•ᛟᛉᚢ•ᚱᛂᛖ•ᛚᚾᛞ•ᛗ•ᛏᚱᛟᚦ•ᛁᛝ
    ᛡᛒ•ᚳᚩᚹᛟ•ᛏᛗᛋᚱᚷ•ᚱᛚᛞᛚ•ᚩᚣ•ᛞᚳᚪᛖᛞᚠ
    ᚳ•ᛇᛖᛉᛚᚫ•ᛖᚩᛁᛋ•ᛡᛁᛟᛋᚪᛒᛗ•ᛗᚣᚹᛂ•ᛖᚫᛝ
    ᛚ•ᛂᚱᛇ•ᛈᛚᚩᚻ•ᚪᛞ•ᛡᛂ•ᛞᚠᚹᛞᛂᚳ•ᚾᚦᛉ•ᛂ
    ᚻ•ᚷᛚ•ᚠᛖᚦ•ᛇᚻ•ᛝᛖᛒᛚᛞᛁᛗᚠ•ᚹᛒᛗᛟᛁᛖᛁᛠ•
    ᛈᚻᛝᛖᛞᛟᚩᚻᛂ•ᚹᚩᚾᛂᛈᛗ•ᛖᚳ•ᛖᛇ•ᚷᚻᛗ""",

    # p30
    """ᛞᚪᛈᛖ•ᛗ•ᛉᚫᛒᛇᚱ•ᛖᚣᛟᚣ•ᚱᛠᛈᚢᛠ•ᚣ
    ᛖᚪᚻ•ᚩᛉᛠᚢᚻᛡᛟ•ᚷᚫᚩᛒᛉ•ᚫᚱᛞᛋᚩᚱ•ᚷ
    ᛠ•ᛉᚻᛁ•ᚷᚳᛞᛠᛡᚳ•ᛂᛠᛉᛇᚻᛋᚹ•ᛝᛡᚷ
    ᛖᛡᚣ•ᛠᚩᚷ•ᚱᚦᚠᛟᚩᚦ•ᚦᛁᛏᚱ•ᛇᛉᛇ•ᚢᚷᛠ•
    ᛟᛏ•ᚩᚠᛚ•ᛟᛝᛈ•ᚱᛡᚪᚩᛏ•ᚩᛠᚷᚫᛗ•ᛈᛋᚱ•ᛖ
    ᚦᚠ•ᛞᚹᚾᛚ•ᛝᚩᛇᛂ•ᚳᛚᚢᚹᛏ•ᚩᛖᛏᚠᚪᛚ•ᛟᛇᛟ•
    ᛠᚱᛇ•ᚢᚪᚦᛈᛟᛡᛉ•ᛡᛒᚱᛒᚠᚢᛚᚢᛟ•ᛒᛇᛒ•
    ᛉᚦᚹ•ᛝᚣᛖ•ᚳᚫᚣᛟ•ᚹᛁᛝᚫᛏ•ᚫᛇᛈᛡᛟᚠ•ᛚ•ᛝ
    ᚠᛡ•ᛞᚪᛚᛈ•ᛋᛁ•ᚢᚣᚪᛚᛠᛝᚹ•ᚪᛏᛈᚳᚣ•ᛝᚫ
    ᚻᛗᛞᚷᛚ•ᛠᛉᛒ•ᛇᛡᛋᛖ•ᚣᛁᛚ•ᚣᛠᚣ•ᚻ•
    ᚣᛉᚾᛏᚫᛉᛋᚦᚪᚹᛗ•ᚪᚱ•ᚪᚩᚻ•ᛗᛖᚫᛞᛠᛁᛗ
    •ᛒᛟᚾᚳᚩᚱᛉ•ᛋᚹᚫ•ᚻᛖ•ᛋᚠᚾ•ᚢᚦᛟᚷᛖᚪᛟᛇᛇ•""",

    # p31
    """ᚦᚳᛒᛝᛏᛉᛡᛞ•ᛋᛡ•ᚩᚠ•ᛈᛖᛞᛋᛁ•ᛚᛁᚻᚾᛝᚱ•
    ᚻᛈ•ᛇᚢᚫᛞ•ᛚᚻᛉᚳᛈ•ᛁᛗᛉᚳ•ᛂᚫᚾᛞᛋ•ᛏᛚ
    ᛡᚩᛋᛗ•ᛚᛞᚾ•ᛈᚫᛏᚷᛈ•ᚫᚦᛂᛗ•ᛒᚻᚩᚻᛁᚷᚻᚳ•
    ᛚᚹᛋᚱᛇᛗᛏ•ᛂᚳᛁ•ᛠᚦᛞ•ᛏᛚ•ᚱᛖᛠᛒᚪ•ᛒᚠᛒ•ᛁ
    ᛒᛡᛇᛏᚣ•ᛏᛖᚣᚳᚱᛋᚠ•ᛁᚦᚪᛉ•ᚪᚣᚫᛠ•ᛂ•ᛈ
    ᛗ•ᚠᛋ•ᚪᛒᚱ•ᛉᚣᚻ•ᚦᚩ•ᛇᛞᚢ•ᚠᛁ•ᚻᚩᚫᚠᚣᚷ
    ᚱᚪᛂ•ᛏᛉᛇ•ᛖᛠᛞ•ᛏᚠᚢᛝ•ᚫᛂᛖᛈᚳᛒᚦᚢ
    ᛝ•ᛡᛒᚹᚱ•ᛖᚾᛈᛇᚣᛇ•ᛉᚱᚹ•ᛒᛡᛞ•ᛖᚱᚩᚻᚣ
    ᛠᛈᚦ•ᛗᛁᚷᛚ•ᚹᛉᚫ•ᚠᛞᚾ•ᛂᛟ•ᚻᛚᛡ•ᛗᛖᚷ•
    ᛟᛁᛡ•ᚻᛟᚱᛇᚹᚣᚠ•ᛈ•ᛂᚷᚦ•ᚪᛒᛝ•ᛈᛒᚪᛖ•ᚢᚹᚻ
    ᚩᛒᛋᛉ•ᚹᛞ•ᚦᛇᚱᛖ•ᛂᚾᛞᛝᚹᚪ•ᚻᛖᚹ•ᛟᛡᛂ
    ᛡᛟᛝᛂᛉᛚᛂ•ᛞᛉᛟᛈ•ᚱᚪᛁᛏᚷᛉᛝᛇ•ᛠᛗᚩ""",

    # p32
    """ᛚ•ᚦᚫᚹ•ᚫᚢᛈᛡᚳ•ᚹᛝᚻᚹᛒᛗᛋᛟᛖᛁᛡ•ᛟᚹᚦᚻᛒ
    •ᛡᚱᛏᚦᚠ•ᚠᚩᚦ•ᚻᚩᛗᛖᛉᚹᛞᛋᛚᚠᛞ•ᛝᛒᛇᛡ
    ᛚᚪ•ᚹᛞᚾᚫᛉᛏᚣᛗᚷ•ᚦᚹᛉᛡᚦ•ᚹᛒᛋᚱᛉᛡᛉ
    ᚪ•ᚢᛒᚻᛠ•ᚹᛝᚢᚻᛇᛝᛡᛠᛂ•ᛋᛈᚦᛏ•ᛟᛝᚩ
    ᛗᛒᚢᛞᛋ•ᛒᛂ•ᛠᚱᛟ•ᛖᚾ•ᚾᚹᚷᚢᛚᚪᚩᚣ•ᚢᛏ
    ᚠᛂᛏ•ᚪᚷᛒᛇ•""",

    # p33
    """ᛞᛇ•ᛉᚳᚠᛁᚪᚹᚻᚷ•ᛇᛟ•ᚠᛏᛖᛟᛠᚪ
    ᛡᛋᚷ•ᚣᛠᚾᚦᚫᚱ•ᚩᛡᛗ•ᚹᛉᛗ•ᚣ
    ᛞᛒᛏᚱ•ᚢᛂᚻ•ᚫᛟ•ᛡᛝᚹᚻᛋᚠᛡ•ᛚᚦ
    ᛏ•ᛁᚹᛏ•ᚩᚢᚾᚹᛗᛚ•ᛋᚦᛠᚹᛂ•ᚪᛂᚫᚷᚣᛗᚹᛞ•
    ᛈᛡ•ᛖᛂᚹ•ᛖᚢ•ᚻᚹ•ᛝᛁ•ᛋᚫᚷ•ᛂᛚ•
    ᛝᚦᛇ•ᛁᚠᚳᛟᛇ•ᛞᚹᚣᛡᚣᚢ•ᚣᚾᚦᚱᛖ
    ᛗᛁ•ᛇᛞᚱᚹ•ᛉᚹᚻ•ᚳᛂᛡᚪ•ᚾᚹ•ᚾᛗ•ᚠ
    ᛇᛁ•ᛇᚪ•ᚩᛋᛒᛟ•ᛏᛂ•ᛈ•ᛖᛈᛂᚩᚹᚢᛠ
    ᛝᚹ•ᛗᚳᚩᛏᛏᚠᚢᛂ•ᛞᛠᛉᚩ•ᛉᚦᚷᛞ•ᛒᚩᛏᛚ
    ᛇᛁᛒᛡᚪ•ᛖᚠᛠᚢᛖ•ᛈᛋᚹᛞᛞ•ᛋᛡ•ᚹᚦᛞᛋ•ᛝ
    ᛂ•ᛚᚷᚢᛡ•ᚾᛉᚠ•ᚱᚪᚣᛗᚠᚦᚻ•ᚱᚪᚱ•ᚫᚪᚷᛟᛞ•ᛒ""",

    # p34
    """ᛗᛒ•ᚾᚻ•ᛇᛞ•ᚻᛗᛚᛁ•ᛠᚾᛁ•ᚫᛖᚢ•ᛏᚦᛇᛋᛈᚻ
    •ᚻᛇᚳᛠᚫ•ᛞᛚᛋᛝ•ᛁᚹ•ᚪᚳᚩᛏᛇᛝᚷ•ᚳᚦᛋᛠᚠ
    ᚢᛝᛚᚻ•ᚹᚩᛇᚪᛈᚷ•ᛇᛗᛚᛂᛋᛏ•ᛚᚳᛈ•ᚾᛋᛝ•ᚳᚪ
    ᚳ•ᚾᛉ•ᚾᚢᛉᚫᛗᛏᛞᛏᚫ•ᛟᛗᛋᛉ•ᛏᚣᛉ•ᛇ
    ᛠᚷ•ᚻᛒᚾᚷᛇᚢᛟ•ᛂᚦᛉᚩ•ᚾᚪ•ᛞ•ᚩᛈ•ᛠᛚᛋ
    ᛏ•ᛒᚷᛁᚢᛟᛖᛁ•ᛂᚦᛖᚻᚹ•ᛂᚫᛂᚾᚻᛉᚹ•ᛒᚪᛋ•ᚠᚱ
    ᚱᛁᛉᚢᚦᚻ•ᚢᛗᚪ•ᛞᛝᛠᚪ•ᚫᛉᛖᚾᚹ•ᛟ•ᛝᛞ
    ᚾ•ᛈᚫᚳᛡ•ᛈᚠᛉᚩ•ᛒᚷᛗᚫ•ᛚᚻᛞᚣᛖᛉᛒ•ᛂᚹ
    ᛇ•ᛈᚩᛁᚦᚠ•ᚷᚾᛈᛞᛝᛏᛖᚪ•ᛂᛋᛠ•ᛈᛝᚢ•ᛒᚷ
    ᚳᛉ•ᚪᚢᛈᛚ•ᛂᚱᚷᚣᚪ•ᚪᚠ•ᛗᛝᚣᚳᛟ•ᚹᚣᚷ
    ᛈ•ᛗᛖᚩᚹᚢ•ᛟᛞᛋᚱ•ᚣᛞᛋᚳᛡᛉ•ᚻᚦᚹᛚᛞ
    ᛠᚩᛞᛠᚢᛟᛖ•ᛠᚹ•ᛉᚻᛡᚹᛞ•ᚪᛗ•ᚠᚦᛈ•""",

    # p35
    """ᛝᛏᚳᚪ•ᛠᚣᚷ•ᚳᚦᛖᚾᚢᛁᚫᛁᚢᛡ•ᚹᛚᚳ•ᚻᛈ•ᛞ
    ᛂᚳ•ᛗᛒ•ᛗᚪᛂ•ᚩᚪᛞᛁ•ᚩᚱᛟᚠᛖᚣᛟᛁ•ᛇᛟ•ᛁᛈᚣ
    ᛚᚪᛡ•ᚳᛏᛠᛋᛖᛒᛝ•ᚫᛟᚫᛞᛖᛞᚣᛡ•ᛠᚪᛖ
    ᚦᛚᚫ•ᚳᛋᚪᚩᚷᚹᛚ•ᛈᛖ'ᛏ•ᛂᛉᛝᛚ•ᛏᛉᚩᚣᛝ
    ᚠᚩᚣ•ᛁᚻ•ᛟᚫᚷᛂᛝᛡᚾᛗᚣᛟᛡ•ᛝᚷᛖᛉ•ᛟᛉ
    ᛈᛚᛋᛉᛠ•ᛚᛡ•ᚱᚪᛞ•ᛠᚷ•ᚱ•ᚳᛇᚻ•ᛗᚪᛟᚷ•
    ᛞᚪᛋᛡᚻ•ᛈᚷᛖᚳᛟᚱᛟᚢ•ᛁᚫᛟᚦ•ᛂᚱᛡ•ᚱᛖᚦ
    ᛒ•ᚣᛏᛝᛡᚩᛏᚦᚳ•ᛉᚳ•ᛋᚪᚫ•ᛗᚠᛂᚱᛖ•ᛡᛇᛁᛇ
    ᛟᛉᚳᚹᚪᛖ•ᛋᚢᛉ•ᛋᛟᛚ•ᛂᚾ•ᛈᛇᛒ•ᚦᚦ•ᛁᚫᛚᛋᛝ
    ᛂᛂᛡ•ᛟᚻᛇᚢᛚ•ᛁᚱ•ᛡᚻᛚᛏᚹᛉᛇ•ᚱᛏᛠ•ᛁᚫᛚ
    ᛗ•ᛁᚱᚷᛏᛠ•ᛇᛟᚻᛟᚳᛋᛏᚾᚩ•ᛁᚱᚷ•ᚹ•ᛞᚢᚣᛚᛁ
    ᛗᛒᚢ•ᛚᚱ•ᛏᛁᚢ•ᚷᚳᚠᛇ•ᛚᛇᚣᛏ•ᛏᚫᚢ•ᚫᛠᛇ""",

    # p36
    """ᛖᚾ•ᚢᚹᛝᚻ•ᚷᚣᚱ•ᚩᛁ•ᛚᚾᛉ•ᚾᚩᛈ•ᚠᛠᚫᚫᚩ•ᛉ
    ᚾᛋᛟᚫᛚ•ᚾᚫ•ᚦᚢᛠᚣᚫ•ᛈᛁᛇᚢᚱᛂ•ᛈᛟᛂᚪᛝᛈ
    ᚦᛈᚪᛝ•ᚣᛗᛟ•ᛉᛒᚢᛏᛇᛗᛈᚫᚣ•ᛉᚫᚣᚱᚫᚣ
    ᚠᚠᛗᛡ•ᛉᛖ•ᚱᚢᛏᚷᚢᚣᚱ•ᛡᚢᚩᛇᛁ•ᛂᚠᛈᛂ
    ᛞ•ᛁᚦᚩᚻᛡᚷᚻ•
    1 ᛚᚦᛇᛟ•ᚪᚫᛠ•ᛗᛉᚻᚳᛉᚪᛏᚦ•ᚫᛉ•ᚩᛋᚳᛞ
    ᛏ•ᚣᚹᚾ•ᛟᛏᛉ•ᚹᛁᛟᛂᚠᛁᚩ•ᛁᚱᛋ•ᛉᚾᛗᚪᛡ•ᚱᛈᛋ
    ᛞ•ᛁᛟ•ᚻᛖᛏᚢᚹ•ᛠᛟᛞᛟᛂᛁᛝᛡ•ᛂᚱᛞᛗᛒ•ᚩ
    ᚳᚩ•ᚦᛟᚱᚢᛚ•ᚢᚦᛋᚢᛞᛚ•ᚷᛁᚣᛝᚩᛟ•ᛁᛖᚣ•ᛖᚠ•
    ᛇᛝᛒᛚᛁᚢᚣᚠᛟᚾᛟ•ᛒᛟᚷᛂᚪᚾᛗᚫ•ᚣᚦᚠ•ᛁᛒᛝᛈ
    ᚾᛁᚱᚷ•ᛂᛇᚫ•ᚻᚪ•ᚱᛉᛉ•ᚩᛚᚾᚫ•ᛞᚣᛒᚾᚪ•""",

    # p37
    """2 ᚾᚣᛖᛉ•ᚾᚢᛉᛁ•ᛝᛏᛈᚹᛋᚣ•ᛏᛠᛈᛉ•ᚪᛁ
    ᛂᛋᚱᚪᛏᛋᛝᛏ•ᚳᚷᚳᚻ•ᛖᛟᚱᚪᛡᚻᚳ•ᛝᛒᛖᚱ
    ᛠᚪ•ᛚᛟᛖᛚᚪ•ᚦᛋ•ᚳᚹᚱᚹ•ᚩᚻᚣ•ᚢᛝᚩ•ᛈᛚᛁᛏᚪ
    •ᚠᛋᛝᛞ•ᚳᚪᚱᛒ•ᚹᛈ•ᚾᚩᚦᚳᚦᚾᛗᚩᛖ•ᚣᛇᚾ•ᚠᛒ
    3 ᛞᚢᛈ•ᚹᚾᛖᚪ•ᚱᛚᛁᚹ•ᚫᛉ•ᛝᚠᛞᚪᚠ•ᛒᛂᛉ•ᛞ
    ᛂᛝᚣᛇᚪ•ᚫᛂ•ᛝᛈᚪ•ᚢᛠ•ᛇᛏᚱ•ᛖ•ᚫᛗ•ᚫᛠ
    ᚻ•ᛁᚫᛟ•ᛠᚹᚳᛂᚦᚻ•ᛡᚩᚢ•ᚩᚦᚷᛡ•ᚻᛋᚷᚪᛁᛟᛞ
    ᚪᛂ•ᛁᚹᛡᛒ•ᛗᛝᛡᛞᚠᛒᛋᛏ•ᛒᚷᚠ•ᚷᛟᚢᚳᚫᛏᛁ
    ᛖ•ᚱᚷᛗᚣ•ᚪᚷᚹ•
    4 ᛝᛂᛋᛂᛗᚱᛗ•ᚾᛒᛋᛗᛉᛞᚻᛉᛁ•ᚣᛡᚻᚣ
    ᛠᛉᚻ•ᛞᛖ•ᚹᛖᚦ•ᚢᚳ•ᛉᛗᚪᚣᛠ•ᚹᚫᚪᚳ•""",

    # p38
    """ᚢᚫᚳᛇᚳᚣ•ᛡᚫᛏᛖᚳᚠ•ᛋᚻ•ᛋᚱᚢᚦ•ᛁᛋᛝᛗᛞ
    ᚫᚢᛠᚢᚪ•ᚾᛝᚳ•ᛖᛈᚹᛉ•ᚢᛉᚫ•ᚾᛈᚳᚻᚱᚣ
    ᚹᛚᛉᚱᛒ•ᛗᚫᛟᚣᚩ•ᚳᛇᛗ•
    5 ᚻᚫᛉᚦᛒᛟ•ᛏᛟᚹᛂ•ᚫᛠᛗᚠᚫᚳᚷ•ᛇ•ᚻᚹᛗ
    ᚻᛝᚣ•ᛁᚩᛁ•ᛏᛁᛖᛡᛂ•ᛗᚣᛚ•ᚻᚱᚩᛞᛒᛡᛈᛠᛗ•
    ᚳᛠ•ᛖᛒᚢ•ᚷᛁᚦ•ᛟᚫ•ᛡᚻᛝᛖᚾ•ᚱᛠᛡᛋ•ᚻᛏ
    ᛝᚻᚪᚷᚩᛝᚫ•ᚹᛚᛏᚱ•ᚷᛁᚾ•ᛖᛠᛂᛡᛞᛋᚻ•ᛝᚾ
    ᚳᛋᚾᛞᛇᚾᛋᛁᚳᛡ•ᚱᛝᛚᚫᚣᛇᛚᚩ•ᚳᛞᚾ•ᛝᚷᛡ•
    ᛝᛂ•ᚻᛂᛚᛠᛟ•ᛂᛏᚷ•ᛚᛒᛝᚢᛏ•ᚻᚳ•
    •ᚫᛞᛟᚫᛟᛗ•ᛟᚫᚪᚻᚱᛗᚢ•ᚣᚢᚣ•ᛈᛗ•ᚪᛂᚫᛟ
    ᛠᛚᚠᛖᛡᚢ•ᛉᚻ•ᚪᚩᛡᛒᛠᚢᚷ•ᚻᛏᛠᚪᛞ•""",

    # p39
    """ᛋᚹ•ᚦ•ᚾᛋᛁᚻᛒ•ᛉᛠᛝ•ᛒᚢᛚᛟᚢᚾ•ᚢᚦᚩᛗᚪ•ᚾ
    ᛞᚫᛇ•ᚫᚣᚪᛋ•ᚣᛝᛡᛗᚷᛇᛈ•ᛠᚳᚻᛝᛚ•ᚠᚷ
    ᛡ•ᛁᛡᚪᚠᛒᛈ•ᚳᛋᚦᛠᚦᚫᚱ•ᚷᛞᛚᛟ•ᚷᚱᛁᛇ•ᚣᚩ
    ᛟᚢᛝᚱᚷ•ᛗᛏᚷᛒᛈᚷ•ᛗᛏ•ᛗᚣᚹᛒᛏᛒ•ᚷᚣᛈ
    ᚷ•ᚾᚦᛇᛒᚳ•ᚷᛖᛇᛟᛚᛈ•ᚹᚾ•ᚻᚷᚱᛇᛏ•ᛈᚷᛒ•ᚹ
    ᛗᛋᚹᛟᚻ•ᛡᚳᛋ•ᛈᛞᛋᛡ•ᚪᚹᛏᚳᚹᛟ•ᛗᚹᛁᛒᛞ•ᚷ
    ᛇᚢᛚ•ᛉᛋᚫ•ᛟᚻᛚᚦᛒ•ᚣᚪᛚᛞᚦᚠ•ᚻ•
    ᛞᛝᚩᚢᛋᚪᚫ•ᛖᚦᛁ•ᛏᛂᛏ•ᛝᚦᚾᚳᛉ
    ᛏᛝ•ᚳᛈᛁ•ᚾᛏ•ᛒᚾᛡᚱᛒ•ᚢᛈᛋᚦᛁᚳᛈᛋᛁᚹ•ᚹᛚᚣᚾ
    ᚢ•ᛒᛁᚪᛠ•ᚹᛟᚳ•ᛠᚢᚪ•ᛚᚦᚹ•ᚠᚾᛏᚳᛡᛁ•ᛚᚩ•ᚾ
    ᛗᛂᛠ•ᚦᛟᛂ•ᚪᚦᚹ•ᛡᚾᛖᛠᛈ•ᛒᛋᛂ•""",

    # p40
    """ᚠᚾᛗ•ᚣᚷᛞᚫᚻ•ᚪᛈᛉᚣᚻ•ᛇᛠᚩᛖ•ᛏᛝ
    ᛠ•ᛚᛁᛏᚦᚠ•ᛗᚪᚳᛖ•ᛞᚳ•ᛏᚱᛟᚷᛠᚾ
    ᚫᛒᚢᛖᛒᚢ•ᚦᚠᛟ•ᚷᛋᛟ•ᛁᛈ•ᛟᛉᛋᛒ•ᚹᛂᛒ
    ᚣᛗᚢᛠ•ᚱᛁᚢᛟᛂᛁ•ᛗᛖᚫ•ᚱᛋᛉᛝ•"ᛠᛈᛚ•
    ᛞᚩᛚᛁᛉᛠᛝᛖᚱ"•ᚾᛈᛖᚹᛡ•ᚾᛂᛏᚣ•ᛋᚩᛋ
    ᛏᛝ•ᚢᚾᛇᚪ•ᛖᛏᚪᛂᚳᚣ•ᛟᛒ•ᛚᛋ•ᛒᛞᛂ•ᛁᛝᚣᛖ
    ᚳ•ᛂᚻᛚᚣ•ᚷᚫᛚᛞ•ᛚᚫᛚᚦᛉ•ᛚ•ᛖᛉᚩᛉᛁᚳᚢᛗ
    ᚾᚢ•ᚩᚾᛇ•ᚻᛡᛚᛇᚩᚫᚪ•ᚩᛟᚩ•ᚣᚱ•ᛖᚠᚢ•ᛁᚻ•ᛟᛚ
    ᚾᛏ•"ᚠᛞᚱᛠᚷ•ᛈᚩᛇᚩᛗᛠᛒ•ᛂᛡ•ᛋᛗᚠ•ᛏ
    ᚠᚫᚩ•ᛟᚳᛚᛞᛡᛚ•ᚩᚳᛝᚢ•ᛈᚹᛏ•ᚷᚳᛋ•ᚢᛟᚷᚦ•
    ᚠᛉᚠᛏ•ᚳᛋᛉᛟ•ᚷᚠᛉᚾᛞ•ᛒᛏᛠᛡ"•ᛈᛡ""",

    # p41
    """ᛠᛁᚪ•ᛋᚣᛗᛞᚣᛋ•ᛒᛞᛂᛞ•ᚩᚾᛏᛚ•ᚳᚪᛝ•ᚱᚷ
    ᚻᚷ•ᛂᚹᚠ•ᚪᚢᛇ•ᛞᛏᛗᛂᛁ•ᛝᚫ•ᛉᛈᚳᛈᛠ•ᛟᚪ
    ᛒᛁᛁᛋ•ᛇᚷᚻᛋ•ᛇᛡᛒ•ᚠᚹᛝ•ᚫᚪᚠᚩᚣᛡᚪᚾᚻ•ᛒᚦᛟ
    ᛇᚣᛟᛁᛒ•ᛟ•ᚩᛋᚹ•ᛞᚳᚠᚪᛁ•ᛉᛏᛟᚢᚩᛟᚦᛈᛋᚩ•
    ᚻᛇᚦᛝ•ᛏᛠᚠᛝᛠ•ᚩᛗ•ᛏᚠᚣᛚᚣ•ᚹᛚᛞ•ᚪᛉ
    ᛠ•ᚪᛂ•ᚩᛋᛒᛚ•ᚳᛖᚾᚪᚩᚱᛏᚦ•ᚱᛒᚳᚣ•ᛠᛗᚹᛚ•
    ᚻᛈ•ᛇᛈᛖ•ᛚᛂᚩᛡᚪ•ᛖᛋᚫᚩ•ᛠᛉᛝᚣ•ᛖᚫᛒ
    ᛗ•ᛖᚻᚱ•ᛈᚾᛗ•ᚹᛏᛟᚣᚢ•ᚠᛉᛈᛗᚩᚷᚾ•ᛡᛇᚳ
    ᚠᛒᛈᛗ•ᛋᛇᛁ•ᛖᛈᚢᚱᛏᚳᚣ•ᛂᛚᚠ•ᚱᛚᚱᚫᛖᚻᛟ
    •ᛇᚣᛡ•ᚩᛉ•ᚪᛋᚣᛁᛝ•ᛉᛚᛂ'ᚳ•ᛖᚣᚢᛝᚦᛇᚱ•
    ᛠᛁᚫ•ᚦᚠᛟᚷᛠᛁ•ᛈᛋᛒ•ᛗᛒᛂᚠᚾᚳᛖ•ᚻᚫᚩᛂ•
    ᛉᛂᛚᛈᚪᛁ•ᛟᚹᚱᛁᚱᚦᛖᛉ•ᚪᚾ•ᛞᛂᚷ•ᛟᛟᚳᛏᛂ""",

    # p42
    """ᛞ•ᛉᚾᛗᚦ•ᛁᛂᚱ•ᛈᛉᚢᚫᚦᛒᚠᛂᚦ•ᚠᚪᛝᛖ•ᚹᚹᚣ
    ᛚᛇ•ᚢᚣ•ᚾᚱᚪ•ᛈᚾᚹ•ᛚᚾᛏᛚᚢᛒᚱᛝᚪᛋ•ᚫᛈ•ᛂᛚ
    ᚢᚳᚷ•ᛚᛏᛂᚹᛈ•ᚫᛗᛚ•ᛉᛚᛗᛏᛞᚠᛈᛁ•"ᚠᚳᚦ
    ᛗᛂᚹᚱᚪᛚ•ᚩᛝᚱᚢᛈᚱᛟᛡ•ᚳᛉᚱ•ᛇᛏᚦᚾ•ᚱᛇᚫ
    ᛞᛟᚻ•ᛒᚾᚣ•ᚠᛡᚪᛡᛖᚫᛞᛂᚢᛖ•ᚦᚱ•ᚩᛇᚱᛡ•
    ᚣᛁᛉᛇᚻᚩᛠ•ᚫᚻᛡᛝᛠᚦ•ᚾᚣ•ᚾᚠᛁᛝ"•"ᛏ
    ᚻᚹᚫ•ᛒᛇ•ᛡᚻᛉᛒ•ᛞᛝᚱᛂᚦᚻ•ᚪᚷᚣᛁᚠᚷ•ᛁᛏᛞ
    ᛠᛒᚠᚩᛈ•ᛇᛡᛟᚹᚱᚾᚩᛏ•ᛋᚹᚢ•ᛖᛡᛖᛡᚦ•ᛉ
    ᚪᚷᛈᚾ•ᛋᚱᚠᛞᛝᚻᛖᛂᛞ•ᛂᛡ•ᚱᚹ•ᚷᛝᚪᛒ•ᛂᛈ
    ᛂ•ᛏᚠᛉ•ᚪᛂ•ᛁᚠᛉᚢᚩᚣᚻᚦ•ᚻᚾᛁᛒ•ᛡᛟᛡᛋᛈᚣ
    ᛉ•ᛠᚢᛠᛚ•ᚠᛝᛗᚻ•ᚦᛒᚩ•ᛗᛚ•ᚩᛠᛋᚦᛠ•ᛇ
    ᛋᛉ•ᚠᛗᛒ•ᚫᛋᛇᚾᛡᚾ•ᚢᚫᚹ•ᛞᛠᚢᚾᛝᚠᚾᛖᚫ""",

    # p43
    """ᚻᛂ•ᛁᛖᛏᛡ•ᚷᛁᚩᚾ•ᚳᚢᚫᛗᛈᛋᚪᛡ•ᚷᛚᚣᚹᛟ"•
    ᚠᚢ•ᛉᚠᚫᛞᚠᛡᛂᚾ•ᚻᛋᚦᚠ•ᛏᚠᛂᚱᚹᚠᛋᚾᚹᛂ
    ᛖᛒᚢᚦ•ᚩᛇᚫᛈ•ᛡᛟ•ᚢᛁᚩᛂᚩᛇᛟᛂᛞᚩ•ᛈᚹᛞ
    ᚷᚱ•ᚠᛟ•ᛇᚷ•ᛂᛟᛇᚫᛋᚫᚣ•ᛒᛏᛞᛟ•ᛠᚻᛡᚱᛠ
    ᛠᛉᛋ•ᚠᚾᚣᚱᚠ•ᚪᚾᛡᚪᛖᚫ•ᚳᛇᛁᛝ•ᛒᛡᛞᛠ
    ᚫᛒᛠᚳᛉᚠ•ᚫᛏᛁᚱᚪᛗᚩ•ᛚᛉᛋᚪ•ᛒᚩᛈᚫᚩᛝᚻᛇ
    ᛖᛇᚫ•ᚻᛖᛇᛠ•ᚱᛗᛞ•ᚫᛇᛗ•ᚾᚾᚣᛡ•ᚱᚾᛗ
    ᛠ•ᛂᛉᛋᛂ•ᛟᛖᛒ•ᛏᚻᚾ•ᚠᚪᚠ•ᛒᚾ•ᚩᚾ•ᛖᛋᛏᛒᚹ
    ᛡ•ᚻᛏ•ᚩᛟᚩ•ᛒᚾᛖᚳᛁᚹᚣᛟ•ᛟᚩᛒ•ᛋᛖᚩ•ᚫᚻᛟ
    ᚠᚫᚷᚩᛂ•ᛟᛒᚻ•ᚳᛖᛁᛚᚫᚣᛚ•ᚢᛚᛁ•ᚾᛟᛏ•ᚫᛈᛟᛈ
    ᛝᛗ•ᚳᚢᛁ•ᚣᛋᚳᚢᛡᛇᚩ•ᚠᛖ•ᚷᛟ•ᚻᚫ•ᛝᚠ•ᛗᚠ
    ᛝᛉᛞᛁ•ᛗᛝᚣᚪᛝᚠᛉᛁᛟᚷᛚ•ᛇᚩ•ᚫᛡᛏ•ᛂᛏ""",

    # p44
    """ᛠᚢ•ᚷᚦᚣ•ᚦᚾᛟᚣᚩᛖᚻ•ᛁᛋᛖᚣᚦᚪᛡᛝᛟᛇᛚ•
    ᛡᛏᛝ•ᛁᛚ•ᚠᛉᛡᛠᛏ•ᚠᚾᛂᚠᚻᚳ•ᚻᛞᛠᚣᛟ
    ᛝ•ᛉᛇᚻᚩᛋᚻ•ᛇᛏᚠ•ᛚᚱᛇᚦᚪᛁᛁ•ᛒᚠᛁᛚ•ᛂᛡᛒᚣ
    ᛗᚫᚫ•ᛞᚻᛟ•ᚪᚹᛉᛚᛏᛁᚪ•ᛟᛞᛖᚾᛈᚻᚣ•ᚦᛚᛖᛋ
    ᛖᛟᚫᛖ•ᛏᚱᚪ•ᛁᚫᚹᚫ•ᛋᛈᚱ•ᛂᛡᚪᛏ•ᚫᚦ•ᚠᛠᚢ
    ᛈᚣᚫᛝ•ᚣᚾᚻᛡ•ᚳᛗᚠᚾ•ᛞᛂ•ᛖᚩ•ᛒᚷᚻᚪ•ᛖᛞ
    ᛟᚠᛇᛞᛟ•ᛈᚳᛁᚪᛒᚷᛒᛈᛟ•ᛟᛂᚠᚪᛖ•ᛂᚣᚩᛂ•ᚣ
    •ᚫᛋ•ᚦᛁᚫᛂᚫᛏ•ᛖᛇᚻᛟ•ᚣᚠᚹᛞᚷ•ᛡᚱᛒᚢ•ᛒᛚ
    ᚢ•ᚷᛈᛂᚪ•ᛏᛡ•ᚳᛂᚠᛡᛝᛚᚣᛒ•ᛗᚻ•ᚱᛚᛟᛠᛋ
    ᚦᛝ•ᛏᚳᛟᛉᛁ•ᛂᚱᚳᛖᛏᛂᚷ•ᛡᛈᛏᛉᚩᛁᛂᛟ•ᚷ
    ᚩᚪᚢ•ᚣᛖᚪᛋᛟᛇᚢᚪᛡ•ᛗᚱᛚᚳᚠ•ᛒᛗᛝ•ᚻᛉ•
    ᛠᛂᚫ•ᛉᚪᚷᚻᚣᛏᛖᛝ•ᛉᛉᛗᚾᚫᛋ•ᚱᛗᛞᛋ""",

    # p45
    """ᚳ•ᚦᛚᛟ•ᛝᛇᚢ•ᚻᚩ•ᛏ•ᚢᛁᚦᛂᚾᚠᚱᚦ•ᛋᛟᚷᛠ
    ᛗᚪ•ᛝᛚᚪᛁᛒᛠᚢᛋ•ᚩ•ᛖᛋᛝ•ᚠᛡᚢᛟᛞᛇᚪ•ᛞ
    ᛡᛒᚹᚩ•ᛂᛋ•ᛟᛝᛏᚳ•ᚻᚾᛇᛋ•ᛗᛚᚻᛞᛖᛈ•ᚫᛂᚱ
    ᚪᚢᚻᚱᚦᚱ•ᛟᛂ•ᛟᛗᚩᛟᛏ•ᚫᛇ•ᛉᛒᚳ•ᛂᛁ•ᚪᚩᛉ•
    ᚹᚪᚾᛈᛏᚢᚣ•ᛁᛒᚢ•ᚦᚩᛡ•ᛗᚳᚠᛉᚱᛁ•ᚪᛗᛏᛒ•
    ᛗᛚᛁᚦᛏᛠᛋᚾᚷᛚ•ᛏ•ᛇᛈ•ᚩᛚᛞ•ᛚᚹᚳᛂᚹᛉ•ᚪ
    ᛡᚹᛇ•ᛖᛖᚹ•ᛏᚪ•ᚣᚠᛉᚳ•ᛗᚩᚷᛞᚷ•ᛚᚳ•ᛒᚣᛋ
    ᚣᚠᛞᚣᛝ•ᛠᛇᛏᚩᚢᚫ•ᛟᛁᛒ•ᛏᚾᚫᚠ•ᛂᛟᛗᚾ
    ᛈ•ᛠᛡᚩᛏᛡᚪᚱᛞ•ᚪᛝᛈᚹᛗᛂᛟᛠᚩ•ᛚᚹᛉ•
    ᚱᛗ•ᚩᛏᚹᛂᚹᚾ•ᚷᚳᛠ•ᛂᚳᚢᚱ•ᛟᛇᛟᚾᚻᚫᛉ•
    ᚣᛚᚩ•ᚩᛡᚳᚻᛂ•ᛋᚣᚹᛁ•ᚣᚠᛋᚾᚪ•ᚷᛖᚾᛂᚪᚹᛠ•
    ᛞᚠᛟ•ᚢᛁ•ᛖᛇᚦ•ᚫᛞ•ᚳᛂ•ᚷᚢᚻᚣᚻᛁᛒᛉᚾ•ᚹᛝ""",

    # p46
    """ᚻᛏᛉᚫᛁᛂᚢ•ᛞᚠᛡᚫ•ᛋᛁᚹᛝᛈ•ᛗᛉᛂᛈ•ᛞᛗ
    ᛝ•ᛇᛚᛞᚣ•ᚠᚩᛞ•ᛝᚷᚾᛇ•ᚷᛖ•ᛚᛉᚣ•ᚫᛚᛖᛉ•
    ᛡᛝᛋ•ᚳᛁᚦ•ᚷᛏᚣ•ᚹᚩ•ᛝᛖ•ᛒᚪᛗᛏᚪᚷᛒ•ᛈᛡ
    ᛟ•ᚪᛉᛝᛒᛞᛉᛂᚦᚢ•ᛏᛇᛖ•ᚣᚪᚳ•ᛠᚦᚹ•ᛏᛉ
    ᚩᚳᛞᛒ•ᛟᚩᛠᚾᚠᚪ•ᛚᛗᛖᛁᚦᚫᚪᛡᛂᛁᚪᚱ•ᚦᚱᛖ
    ᛖᚣᛋᚾ•ᛖᛏᚢᚻᛈᚳᚦᛋ•ᚳᛇᛉᛖᛇᚠ•ᛞᛠᛏ
    ᛈ•ᚣᛇᛠᚢᛏ•ᛉᚦᚷᚻ•ᚫᚾᛠᚱ•ᛡᛒᛏᛁᛉ•ᚩᚢ
    ᛝ•ᛚᛒᛇᚩ•ᛟᛉ•ᚦᛞᚷᚠ•ᚩᚱᛈᚪᛏ•ᚫᛋᚪᚦ•ᛖᛟᚪᛝ
    ᚫ•ᚣᛒᛚ•ᛡᚦᚾᚠᛈᛟᛡᚾ•ᛖᚹ•ᛖᛗᚩ•ᛉᚹᚦᛠ•ᛁᚦ
    ᛒᛖᚱ•ᛟᚳᛉ•ᛈᛖ•ᛁᚢᚦ•ᛈᚠᛞᛈᛂ•ᛁᛟᚻ•ᛒᚦᛏᚩ
    ᚳᚢᛚ•ᛞᛂᛝ•ᚦᛂᛁᚪ•ᚹᚣ•ᚢᛝᚾ•ᛋᚾᛈᚠᚫᛒᛂᚫ•ᛡ
    ᛗᚹ•ᛇᚪᚩᚾᛂᚳᛚᛒᛉ•ᚣᛠᚦᚹ•ᛝᛚᛗᚳᛡᛇᚠᚫ""",

    # p47
    """ᛠᛁᚦ•ᛒᛠᛚᚦᚳᛞᛁᛇ•ᚠᚢᛉᛋᛉᛁᚦᚫᛋᛗ•ᚦᚹ•
    ᛈ•ᛒᛋᛏᚫᚾᚱᛁ•ᚦᛇᛡᚱᛚᛡᚹ•ᚢᚩᛋᚱ•ᚹᚫ•ᛒᚹᛡᛖ
    ᛟᛂ•ᛡᚣᛖᚩᛖᛡᚷᚫᚠᚾᚹ•ᛟᛏᚫᚠᛂᚹᛠ•ᚦᛞ•ᛁ
    ᚫᚩᚾ•ᛋᚷᛈᚪᛖᚩ•ᚣᚦᚹ•ᚾᚷ•ᛠᛋᚩᛇᛏ•ᛝᛚᚷᛞ
    •ᛒᛈᛈ•ᛗᛁᚪᛖ•ᛚᛏᛁ•ᚫᛂᛖ•ᛒᚾᚠᚪᛋᚷᛒᚠ•ᚫᚹᚣᚷ
    ᚢᛡᚠᛠ•ᛖᛋᛞ•ᛚᚳᛒᛞᛏᛈ•ᛖᚾᛈᚣ•ᚱᚠᚻ•ᚫ
    ᛝ•ᛟᚪᛗ•ᛒ•ᛡᛚ•ᛝᛋᚱᚢᚹᚱᚣᚻᚹ•ᚹᛡᛈ•ᛁᚻᚾᚻᚱ
    •ᚳᛖᛏᚫᚩᛋ•ᚣᛋ•ᛝᚫᛡᛝᚫ•ᚻᚦ•ᛇᚪᛞᛋ•ᛒᛁᚳᛈ
    •ᛇᛒᛟᚫ•ᛠᛝᛖ•ᛝᛠᚣ•ᛒᚣᛉᚻᚢᚠᚦᛞᚹ•ᛗ
    ᚢᛁᛡᛂᚩ•ᛋᛇᚫᛇᛝᚱ•ᛚᛇᛠ•ᛏᚩᛂ•ᚩᛝᛈ•ᚱᚻ
    ᛠᚢᛉᚦ•ᚣᚢᛋ•ᛡᛚᛖᚷᛗᛝᚹᚻᚱᛋ•ᚢᛟᚣᛠ
    ᚷᚩᚷ•ᛇᛁᛖ•ᛠᛂᛇᛁᚾᛂᚩᛗᚱᛡᛉ•ᚠᚻᚳ•ᚪᚩᚪᚫ""",

    # p48
    """ᚻᚳᛁᚦ•ᛂᚷ•ᛝᛖᚢ•ᛡᛏᛁ•ᛚᚩᚱᛈ•ᚠᚪ•ᛈᛞᚱᛒ•
    ᛝᛁᛋ•ᚷ•ᚠᚾᛈᚠᛒ•ᛟᚦᛁᛠᚪ•ᛡᛏᚾᚳ•ᚦᛟᚻᛈᛖᛚ
    ᚫ•ᛟᚠᛗ•ᛡᛝ•ᛒᛝᚦᛝᛠᚠ•ᛇᛗᛟ•ᚩᛠᛈ•ᛁᛡᚱ
    •ᚹᚹᛟᚩᛒᚩ•ᚾᚩᛂᛟᚾ•ᚦᛡᚠ•ᚩᛂᛞᚦᛏᛁ•ᛈᚾᚪᚱᛂ•
    ᛉᚱᚣ•ᛝᛡ•ᛏᛗ•ᛈᛞᚣᚻ•ᛗᛝᚫᚳᛇ•ᛡᚣᛂᛟ
    •ᛝᚩᚢᛇᛁᚱ•ᛏᚪ•ᚩᚻᚪᛚᚫᛚᚪ•ᛋᛈ•ᛏᚪᛂᚳᚦᚢᛏᚹ
    ᚦ•ᛗᚷᛖᛗᚣᛡᛁᛞ•ᚢᛋᚠᛒ•ᛟᛚᛟ•ᚪᛒ•ᚦᛚᚣ•ᚳ
    ᛠᚣ•ᛞᛇᛁ•ᚹᛉ•ᛟᛝᛒᚢᛋᛞᚻᛞ•ᚢ•ᛠᚱ•ᚫᚩ
    ᚻᛝᛒᚪᚹ•ᛈᛡᚾᛚᛇ•ᛖᛟᛝ•ᛡᚠᛇᛡ•ᚳᚦᚹ•ᛚᚦᚪᛁ
    ᛈ•ᛞᛟᛂ•ᚢᛉᚢᚾᛠᚠ•ᚩᚾᚪ•ᚱᛠᚷ•ᛗᚢ•ᛗᛁᛂ
    ᛒᛗᚱᚾᛗ•ᚩᚾᚠᚣ•ᛗᚠᛇᚠᛂ•ᛒᛡᛈᛂᛖᛡᛏ•ᛈᛟ
    ᚫᛏᛟ•ᚻᛖᚾ•ᚳᛇᚩ•ᛋᚻᚫᛇ•ᛝᛁᛟ•ᛇᚠᚢᛞᚣᚪᛚᚠ""",

    # p49
    """ᛡ•ᛖᛂ•ᚠᛚᛟ•ᛁᚳ•ᛁᛝᚷᚦ•ᛗᛋᚫᚷᚪᛠ•ᛗᛁ•ᛒᛡᛏ
    ᚾ•ᛝᛗᚦ•ᛏᚣᚫᛂ•ᛖᚻᚠᚪᛡᚷ•ᚪᛗᛁ•ᛞᛉᛏ•ᚢᛖ
    ᚦᚾ•ᛖᚪᛈᚹᛠᛚ•ᛒᚢᚱᛡᛟ•ᚪᚣ•ᛟᛇᚹᛂᛈᛞ•""",

    # p51
    """ᚹᚹᛈ•ᚠᛡᛚᛉᛒᚾ•ᚳᛗᚾᚱᛗ•ᚻᚦᚫᛞᛂ•ᛒᛡᚫ•ᛇᚹ
    ᛗᚢ•ᚪᛈᛡ•ᛈᛁᛂ•ᚪᚢᚾᛠᛖᛞᛗᚪ•ᛏᛟᛗ•ᛋᛞ
    ᛝᚷᛚᛋᛞᛝ•ᛟ•ᛋᛂᛞ•ᛚᛟᚠᛂᚫᚠᚪ•ᛝᛟᚣᛈ•ᚣᚩ
    ᛒᚷᚳᛖᛏᚹ•ᚪᛋᛒ•ᛗᛠᚣᛇᛗᚫᛚᚱ•ᚹᛇᛂᛒ•ᛈᛚᚠ""",

    # p52
    """ᛈ•ᚠᛗ•ᛝᚪᛇᚾᛟᚹᛇᛉ•ᚣᚫᛉᛞᛟᚱᛒ•ᛡᚱᛟ•ᚹᛏ
    ᚷᚱᛂᛖ•ᛠ•ᛈᛚᛞ•ᚻᚦᚱ•ᚦᚣᛚᛉ•ᛠᛈᚫᚠᚪ•ᚫᚪ
    ᛒ•ᛈᛋ•ᛗ•ᛏᚫᚳᛈᛝᚹᚦ•ᚻᛠ•ᛞᚩᛂᚷ•ᛋᚩᛠᚳ
    ᛖᛋ•ᚣᛖᚫ•ᛈᚦ•ᛁᛇᛈᚳᛝ•ᛈᚳᛇᚢᛏᚳᛡᛇᛝᚾ
    ᚢᚻᚦ•ᚣᚠᛗᚾ•ᛝᚠᛂᛉᛟᚱᛗ•ᛝᛠᛂᛏᚳ•ᚢᚷ
    ᚦ•ᚠᚦᛋ•ᚪᛈᚩᚪᚫᛞᛋᛝ•ᛒᛗᚩᚷ•ᚹᚠᛗᛖ•ᛠᛇᚻᚠ
    ᚻᚳᚱᚫ•ᛝᛗᛉᚳ•ᛋᚪᚹᛋᛠ•ᚩᚣᛚᛉᛝ•ᛠᛟᛉ
    ᛟᛠᛡᛝᛒ•ᛝᚳᚫᛁᚱ•ᛒᚠ•ᛏᚣᚣ•ᛠᛒ•ᚣᛚᚩ•ᛇ
    ᛉ•ᚩᚷᛗᚩ•ᚠᛚᛟᛝᚦᛠ•ᚦᚣᛖᚣ•ᚾᚷᚾ•ᛡᛏ•ᛂ
    ᛟᚾᛁ•ᛋᛟ•ᛠᚦᚣ•ᛋᛒ•ᚫᛚᚪᛂᛡᛖᚷᛉᛡᚾᛉᛏ•
    ᛡᛒᚻᛚᚷ•ᚢᚦᛠ•ᚢᚾᛁᚩᛗᛠᛁᚷ•ᛟᚦᚱᚣ•ᛒᛖ
    ᛠᚩᛈ•ᛗᛏᚱᚫᚢᚻᛁᛝ•ᛇᚳᚠ•ᛂᚾᚱᚷ•ᛟᚷᚻᚣᚻ""",

    # p53
    """ᛇᚫᛠᚫᚣ•ᚢᛗᛈ•ᛉᛁᚢᚾᚩᛟᚾ•ᚷᛞᚦ•ᛡᚫᚹ•ᛞ
    ᛟᛖᚱ•ᛗᚾᛖᚻᚷᛒᚢᛂ•ᚢᚦᛗᛖᛞᛝ•ᛒᚷᚣᚱ•ᛖ
    ᛁᚢᛂ•ᚣᛡᛚᚢ•ᛂᛟ•"ᛠᛉᚣᛇᚱ•ᚩᛈᛋᚳᚫᛗ
    ᛇ•ᚾᛂ•ᛖᚠᛋ•ᛖᚠᚪᛝ•ᚢᛝᛂᛇᚷᚠᛝᚱᛁᚦ•ᛂᚢᚫ•
    ᚣᛋᚠᛖᚢᛋᚫᚣᛠ•ᛁᛏᛟᚱᛏᛟᚩ•ᚷᚾᚻ•ᛞᛗᚩᚳ
    ᛞᛖᛏ•ᚹᛉᛞᛚ•ᚩᚫᛂ•ᛇᚢᛒ"•ᛗᛏ•ᛞᛗᛖ•ᛏ
    ᛈᚹᛇᛋ•ᚹᛒᛇᚦ•ᚾᚻᚷᛂ•ᚱᛡᛞᛡᚦᚪᛁᛇᚫᛉᛚ•ᛇ
    ᛠ•ᛡᚪᛂ•ᚻᚱ•ᚦᛈᛞᛂᛝᚩ•ᚷᚠᛇᛗᚳ•ᚻᛞᚩᛏᚳ
    •ᚢᚱ•ᛈᚾ•""",

    # p54
    """ᚪ•ᛗᛝᛞᛡᚦᛉᛁᛗ•ᛡᛞᛈᛝᚢᚹᚪᛗ•ᛏᚪ
    ᛝ•ᛝᚦᛡᚹᛋᚻ•ᛁᚳ•ᚫᛈᚫᚷᚩ•ᛗᛁᚪ•ᛖᚩ•ᛏᚹ
    ᚩ•ᚠᚣᚢᛏᛂ•ᚦᛂᛠᛖᚳᚾᛠ•ᚳᛠᛖ•ᚱ
    ᚩᚢᛉ•ᛞᚹᚻᛒᛝᚠᚪᚳᛂᚢ•ᚩᛂᛡᛠᛁᛚᚷᚻ•ᛒᚢ
    ᛂ•ᛉᚪᚳᚹᛡ•ᛗᚩᛈᚣᛞᛡᛚᛈ•ᛇᛁᚦᚱ•ᚣᚷᛗ•ᛉ
    ᛟᚷᛋ•ᛗᛈᛂᛟᛞ•ᛟᛏᛡᛟ•ᛏᛝᛁ•ᛗᛝᚣᚪᚫ•ᛝ•ᚱ
    ᚣᛂ•ᚾᛚᚢᛉᛒ•ᚻᛈᛂᚩᛠ•ᚷᚫᚹ•ᛉᛋᛞᚳ•ᚢᛏ•
    ᛟᚻᛇᚾᛈᛏ•ᛠᚣᛒᚢᚷ•ᚷᚪᛇ•ᚾᚷᚩᛖᛚᛗᛒᚦ•ᚣ
    ᛡᛟᛇᚣ•ᛗᚳᛟᚦ•ᛖᛚᚱᛇᛈᚱᛞᚣ•ᛉᛞ•ᛝᚣᛈ•
    ᛋᛖᛉᚹ•ᚳᚷᚠᛞᚱᛖ•ᛞᛖᚹᚩᛇᛟ•ᚻᚩᛟ•ᛒᛋ•ᚻ
    ᛠᚪᚳᛁᛗᛉᛂᛗᛖ•ᛗᛚ•ᚷᚩᛏᚦᛉᛖᛠᚱᚷᚣᛝ•ᚫ""",

    # p55
    """ᛗᛁᚹ•ᛋᛒ•ᛉᛗ•ᛋᛇᚷᛞᚦᚫ•ᚠᛡᚪᛒᚳᚢ•ᚹᚱ•ᛒ
    ᛠᚠᛉᛁᛗᚢᚳᛈᚻᛝᛚᛇ•ᛗᛋᛞᛡᛈᚠ•ᛒᚻᛇᚳ•
    ᛇᛖ•ᛠᛖᛁᚷᛉᚷᛋ•ᛖᛋᛇᚦᚦᛖᛋ•ᚦᛟ•ᚳᛠᛁᛗ
    ᚳᛉ•ᛞᛂᚢ•ᛒᛖᛁ•""",

    # p56
    """ᚫᛂ•ᛟᛋᚱ•ᛗᚣᛚᚩᚻ•ᚩᚫ•ᚳᚦᚷᚹ•ᚹᛚᚫ•ᛚ
    ᚩᚪᛈ•ᛗᛞᛞᚢᚷᚹ•ᛚ•ᛞᚾᚣᛂ•ᚳᚠᛡ•ᚫᛏ
    ᛈᛇᚪᚦ•ᚳᚫ
    ᚳᛞ•ᚠᚾ•ᛡᛖ•ᚠᚾᚳᛝ•ᚱ   •ᚫᛁᚱᛞᛖ•ᛋᚣᛂᛠᚢ
    ᛝᚹ•ᛉᚩ•ᛗᛠᚹᚠ•ᚱᚷᛡ•ᛝᚱᛒ•ᚫᚾᚢᛋ•""",

    # p57
    """ᛈᚪᚱᚪᛒᛚᛖ• ᛚᛁᚳᛖ•ᚦᛖ•ᛁᚾᛋᛏᚪᚱ•ᛏ
    ᚢᚾᚾᛖᛚᛝ•ᛏᚩ•ᚦᛖ•ᛋᚢᚱᚠᚪᚳᛖ•
    ᚹᛖ•ᛗᚢᛋᛏ•ᛋᚻᛖᛞ•ᚩᚢᚱ•ᚩᚹᚾ•ᚳ
    ᛁᚱᚳᚢᛗᚠᛖᚱᛖᚾᚳᛖᛋ• ᚠᛁᚾᛞ•ᚦ
    ᛖ•ᛞᛁᚢᛁᚾᛁᛏᚣ•ᚹᛁᚦᛁᚾ•ᚪᚾᛞ•ᛖᛗᛖᚱᚷᛖ•"""
]

# Assigning 2nd argument to target page to make it easier to run
# All these stuff checks the argument and manages wrong entries

exists = 0
param = "p0"
list = 0

if len(sys.argv)<2:
    print("\n\tUsage python3 runescript.py p* where * is the number of page.")
    print("   Remember that p50 does not have runes, so it does not exists in runescript.\n")
    print("   You may use as argument: p0, p1, p2, p3, p4, p5, p6, p7, p8, p9, p10, p11,")
    print("   p12, p13, p14, p15, p16, p17, p18, p19, p20, p21, p22, p23, p24, p25, p26,")
    print("   p27, p28, p29, p30, p31, p32, p33, p34, p35, p36, p37, p38, p39, p40, p41,")
    print("   p42, p43, p44, p45, p46, p47, p48, p49, p51, p52, p53, p54, p55, p56, p57")
    print("   or own.\n")
    sys.exit(0)

for check in range(len(dict)):
    if dict[check] == sys.argv[1]:
        exists = 1
        list = check

if (exists == 1):
    target = book[list]
else:
    print("\n\tUsage python3 runescript.py p* where * is the number of page.")
    print("   Remember that p50 does not have runes, so it does not exists in runescript.\n")
    print("   You may use as argument: p0, p1, p2, p3, p4, p5, p6, p7, p8, p9, p10, p11,")
    print("   p12, p13, p14, p15, p16, p17, p18, p19, p20, p21, p22, p23, p24, p25, p26,")
    print("   p27, p28, p29, p30, p31, p32, p33, p34, p35, p36, p37, p38, p39, p40, p41,")
    print("   p42, p43, p44, p45, p46, p47, p48, p49, p51, p52, p53, p54, p55, p56, p57")
    print("   or own.\n")
    sys.exit(0)


# Subtract is for skipping spaces and •s in the text, so that our offsets stay on track
# There's probably a cleaer way to do it but CBF

subtract = 0

# Open a file to store informations on it

f = open('translated.txt', 'w')

# forge_offset() makes a list of offsets to be *added* to the corresponding rune when shifting
# i.e. If your offset list is [3, 4, 28, 4, 6, 9] you'll shift the first offset by 3, the second by 4, etc
# It takes three arguments: A base list, a 'direction' and another offset
#
# Base list: What your basic offset looks like, say a list of primes
# Direction: Either -1 or 1, this is will be multiplied to the final number so you can add or subtract offsets
# Offset: Offset every number in your list by this
#
# Special note: Instead of a list, you can supply a piece of alphabetical text to the function
# We work out what number of the alphabet it is and return a list based on that instead
# to supply a different text put it on "own" in book array (way up) then call own as parameter

# Target is the target page which I've parametrized the functions
# target = p54

# Write to file which sequence is being used
f.write('sequence: ' + str(sequence) + "\n\n")

# Side is the direction, to add or subtract each rune value
for side in range(2):

    # Determine its direction
    if(side == 0):
        direction = -1
    else:
        direction = 1

    # Write to a file
    f.write('\nDirection: ' + str(direction) + "\n\n")

    # param is the second offset, it rotates the entire list giving us 29 possibilities
    # this loop should compute all possibilities
    for param in range(29):

        # Clear the output and subtract to next sequence
        output = ""
        subtract = 0

        offsets = forge_offsets(sequence, direction, -param)

        # The stuff below is a little more confusing
        # We pull each rune from the text supplied
        # If it's a •, add a space to the output
        # If it's a rune (i.e. searching for it returns true), then we find the corresponding letter after applying the offset
        # If it's not a rune (• or anything else), then we also maintain our subtract value
        #
        # Just trust me this works

        for rune_num in range(len(target)):
          rune = target[rune_num]
          offset = offsets[rune_num - subtract]
          if (rune == "•") or (rune == " "):
            output+=" "
            subtract += 1
          elif (rune == "0") or (rune == "1") or (rune == "2") or (rune == "3") or (rune == "4") or (rune == "5") or (rune == "6") or (rune == "7") or (rune == "8") or (rune == "9"):
            output+=rune
            subtract += 1
          elif type(find_position(rune)) is int:
            output+=table[(find_position(rune) + offset) % 29][1]
          else:
            subtract += 1

        # We then print the output of our stuff
        # All the frequency() function does is return frequencies in numbers
        # So here we format it to look a little nicer

        # Next line of code is used with page 54, which starts with A or I
        # it checks if its an A or an I followed by a whitespace then it only writes
        # the sequences which means something into a file, reducing the ammount of data to read
        # if (output[0] == 'A' and output[1] == ' ') or (output[0] == 'I' and output[1] == ' '):
        f.write(str(param))
        f.write("\n")
        f.write(output)
        f.write("\n\n")

        print(param)
        print(output)
        print("\n")

        freq = frequency(output)

        for entry in freq:
            print(entry + ": " + str(round(freq[entry] / len(output) * 100, 4)))

        print("\n")

f.close()