@@ -1 +1,3 @@ | |||||
/target | /target | ||||
/.vscode | |||||
app |
@@ -1,118 +1,10 @@ | |||||
#include <stdint.h> | |||||
#include <stdio.h> | |||||
#include <stdlib.h> | |||||
#include <sys/stat.h> | |||||
#include <sys/mman.h> | |||||
#define ArrayCount(arr) (sizeof(arr) / sizeof((arr)[0])) | |||||
typedef int8_t int8; | |||||
typedef int16_t int16; | |||||
typedef int32_t int32; | |||||
typedef int64_t int64; | |||||
typedef uint8_t uint8; | |||||
typedef uint16_t uint16; | |||||
typedef uint32_t uint32; | |||||
typedef uint64_t uint64; | |||||
typedef uint8 byte; | |||||
typedef uint16 b16; | |||||
typedef uint32 b32; | |||||
typedef uint64 b64; | |||||
typedef float real32; | |||||
typedef double real64; | |||||
struct string { | |||||
uint8 *str; | |||||
size_t len; | |||||
}; | |||||
struct StringNode { | |||||
string *str; | |||||
size_t start; | |||||
size_t end; | |||||
}; | |||||
string asString(StringNode *node) { | |||||
return { | |||||
node->str->str + node->start, | |||||
node->end - node->start, | |||||
}; | |||||
} | |||||
string createStr(byte *str, size_t len) { | |||||
string result; | |||||
result.str = str; | |||||
result.len = len; | |||||
return result; | |||||
} | |||||
#define strlit(lit) createStr((byte *)(lit), sizeof(lit) - 1) | |||||
#define Bytes(n) (n) | |||||
#define Kilobytes(n) (n << 10) | |||||
#define Megabytes(n) (n << 20) | |||||
#define Gigabytes(n) (((uint64)n) << 30) | |||||
#define Terabytes(n) (((uint64)n) << 40) | |||||
#define Thousand(n) ((n)*1000) | |||||
#define Million(n) ((n)*1000000) | |||||
#define Billion(n) ((n)*1000000000LL) | |||||
struct Arena { | |||||
void *memory; | |||||
size_t capacity; | |||||
size_t head; | |||||
}; | |||||
void *pushSize(Arena *arena, size_t size) { | |||||
if (arena->capacity - arena->head >= size) { | |||||
arena->head += size; | |||||
return (char *)arena->memory + arena->head + size; | |||||
} | |||||
return 0; | |||||
} | |||||
#define PushArray(arena, type, size) (type *)pushSize(arena, sizeof(type) * (size)) | |||||
#define PushStruct(arena, type, size) (type *)pushSize(arena, sizeof(type)) | |||||
Arena createArena(size_t capacity) { | |||||
Arena result = {}; | |||||
result.memory = mmap(0, capacity, PROT_READ | PROT_WRITE, MAP_PRIVATE | MAP_ANONYMOUS, -1, 0); | |||||
result.capacity = capacity; | |||||
result.head = 0; | |||||
return result; | |||||
} | |||||
size_t getFileSize(string file) { | |||||
struct stat st; | |||||
stat((char *)file.str, &st); | |||||
return st.st_size; | |||||
} | |||||
struct Buffer { | |||||
size_t size; | |||||
byte *data; | |||||
}; | |||||
Buffer readEntireFile(Arena *arena, string file) { | |||||
FILE *input = fopen((char *)file.str, "r"); | |||||
size_t filesize = getFileSize(file); | |||||
byte *readBuffer = PushArray(arena, byte, filesize); | |||||
fread(readBuffer, sizeof(byte), filesize, input); | |||||
fclose(input); | |||||
return { filesize, readBuffer }; | |||||
} | |||||
int cmpint(const void *a, const void *b) { | |||||
int *x = (int *)a; | |||||
int *y = (int *)b; | |||||
return (*x > *y) - (*x < *y); | |||||
} | |||||
#include <math.h> | |||||
#include "core.hpp" | |||||
int day1() { | int day1() { | ||||
Arena arena = createArena(Megabytes(16)); | Arena arena = createArena(Megabytes(16)); | ||||
Buffer file = readEntireFile(&arena, strlit("./day-1-input")); | |||||
list<char> file = readEntireFile(&arena, strlit("./day-1-input")); | |||||
int LIST_SIZE = 1000; | int LIST_SIZE = 1000; | ||||
int *firsts = PushArray(&arena, int, LIST_SIZE); | int *firsts = PushArray(&arena, int, LIST_SIZE); | ||||
@@ -123,7 +15,7 @@ int day1() { | |||||
int line = 0; | int line = 0; | ||||
int *target = firsts; | int *target = firsts; | ||||
for (int i = 0; i < file.size; i++) { | |||||
for (int i = 0; i < file.length; i++) { | |||||
char c = file.data[i]; | char c = file.data[i]; | ||||
if (c == ' ') { | if (c == ' ') { | ||||
continue; | continue; | ||||
@@ -177,53 +69,213 @@ int day1() { | |||||
int day2_main() { | int day2_main() { | ||||
Arena arena = createArena(Megabytes(16)); | Arena arena = createArena(Megabytes(16)); | ||||
Buffer file = readEntireFile(&arena, strlit("./day-2-input")); | |||||
list<char> file = readEntireFile(&arena, strlit("./day-2-input")); | |||||
int safes = 0; | int safes = 0; | ||||
int lines = 0; | |||||
int *nums = PushArray(&arena, int, 100); | |||||
int numLen = 1; | |||||
int index = 0; | |||||
while (index < file.size) { | |||||
int linestart = index; | |||||
int lineend = index; | |||||
while (file.data[lineend] != '\n' && lineend < file.size) { | |||||
int lines = 0; | |||||
int fileReadIndex = 0; | |||||
list<int> nums = PushList(&arena, int, 100); | |||||
list<char> numStr = PushList(&arena, char, 16); | |||||
list<int> modifiedNums = PushList(&arena, int, nums.capacity); | |||||
while (fileReadIndex < file.length) { | |||||
int linestart = fileReadIndex; | |||||
int lineend = fileReadIndex; | |||||
while (file.data[lineend] != '\n' && lineend < file.length) { | |||||
lineend++; | lineend++; | ||||
} | } | ||||
lines++; | lines++; | ||||
char numStr[16] = {}; | |||||
int numStrLen = 1; | |||||
numLen = 1; | |||||
zeroList(&nums); | |||||
for (int j = linestart; j < lineend; j++) { | for (int j = linestart; j < lineend; j++) { | ||||
if (file.data[j] != ' ') { | if (file.data[j] != ' ') { | ||||
numStr[numStrLen++ - 1] = file.data[j]; | |||||
} else { | |||||
numStr[numStrLen - 1] = '\0'; | |||||
nums[numLen++ - 1] = atoi(numStr); | |||||
numStrLen = 1; | |||||
appendList(&numStr, (char)file.data[j]); | |||||
} | |||||
if (file.data[j] == ' ' || j == lineend - 1) { | |||||
appendList(&numStr, '\0'); | |||||
appendList(&nums, atoi(numStr.data)); | |||||
zeroList(&numStr); | |||||
} | } | ||||
} | } | ||||
bool increasing = nums[0] < nums[1]; | |||||
bool safe = true; | |||||
for (int j = 0; j < numLen; j++) { | |||||
int diff = increasing ? nums[j + 1] - nums[j] : nums[j] - nums[j + 1]; | |||||
if (increasing && (diff < 1 || diff > 3)) { | |||||
safe = false; | |||||
int unsafes = 0; | |||||
for (int i = 0; i < nums.length + 1; i++) { | |||||
int skipIndex = i - 1; | |||||
zeroList(&modifiedNums); | |||||
for (int modifiedIndex = 0; modifiedIndex < nums.length; modifiedIndex++) { | |||||
if (modifiedIndex == skipIndex) { | |||||
continue; | |||||
} | |||||
appendList(&modifiedNums, nums.data[modifiedIndex]); | |||||
} | |||||
bool increasing = modifiedNums.data[0] < modifiedNums.data[1]; | |||||
bool safe = true; | |||||
for (int checkIndex = 0; checkIndex < modifiedNums.length - 1; checkIndex++) { | |||||
int next = checkIndex + 1; | |||||
int diff = increasing ? modifiedNums.data[next] - modifiedNums.data[checkIndex] : modifiedNums.data[checkIndex] - modifiedNums.data[next]; | |||||
if (diff < 1 || diff > 3) { | |||||
safe = false; | |||||
break; | |||||
} | |||||
} | |||||
if (!safe) { | |||||
unsafes += 1; | |||||
} else { | |||||
break; | break; | ||||
} | } | ||||
} | } | ||||
if (safe) { | |||||
if (unsafes <= nums.length) { | |||||
safes++; | safes++; | ||||
} | } | ||||
index = lineend + 1; | |||||
fileReadIndex = lineend + 1; | |||||
} | } | ||||
printf("safes: %i", safes); | printf("safes: %i", safes); | ||||
printf("\n"); | |||||
printf("lines: %i", lines); | printf("lines: %i", lines); | ||||
printf("\n"); | |||||
printf("Arena: %zu, %zu", arena.head, arena.capacity); | |||||
printf("\n"); | |||||
return 0; | |||||
} | |||||
bool stringContains(string str, char c) { | |||||
for (size_t i = 0; i < str.len; i++) { | |||||
if (str.str[i] == c) { | |||||
return true; | |||||
} | |||||
} | |||||
return false; | |||||
} | |||||
const char NUMERIC_CHARS[] = "1234567890"; | |||||
inline bool isNumeric(char c) { | |||||
return stringContains(strlit(NUMERIC_CHARS), c); | |||||
} | |||||
inline int parsePositiveInt(string str, size_t *lengthPointer) { | |||||
size_t numEnd = 0; | |||||
char currChar = str.str[numEnd]; | |||||
while (numEnd < str.len && isNumeric(currChar)) { | |||||
currChar = str.str[++numEnd]; | |||||
*lengthPointer += 1; | |||||
} | |||||
*lengthPointer -= 1; | |||||
if (numEnd > 0) { | |||||
int result = 0; | |||||
for (int i = 0; i < numEnd; i++) { | |||||
result *= 10; | |||||
result += (double)(str.str[i] - '0'); | |||||
} | |||||
return result; | |||||
} else { | |||||
return -1; | |||||
} | |||||
} | |||||
int day3_main() { | |||||
Arena arena = createArena(Megabytes(16)); | |||||
list<char> file = readEntireFile(&arena, strlit("./day-3-input")); | |||||
string mulBegin = strlit("mul("); | |||||
string doIdent = strlit("do()"); | |||||
string dontIdent = strlit("don't()"); | |||||
int result = 0; | |||||
size_t c = 0; | |||||
bool skip = false; | |||||
while (c < file.length) { | |||||
if (!skip) { | |||||
if (file.data[c] == 'm') { | |||||
string segment = strSlice(file.data, c, c+mulBegin.len); | |||||
int first = -1; | |||||
int second = -1; | |||||
if (strEql(segment, mulBegin)) { | |||||
c += segment.len; | |||||
first = parsePositiveInt(strSlice(file.data, c, file.length - c), &c); | |||||
if (file.data[c + 1] == ',') { | |||||
c += 2; | |||||
second = parsePositiveInt(strSlice(file.data, c, file.length - c), &c); | |||||
if (second != -1 && file.data[c + 1] == ')') { | |||||
c += 1; | |||||
result += first * second; | |||||
} | |||||
} | |||||
} | |||||
} else if (file.data[c] == 'd') { | |||||
string segment = strSlice(file.data, c, c+dontIdent.len); | |||||
if (strEql(segment, dontIdent)) { | |||||
skip = true; | |||||
c += dontIdent.len - 1; | |||||
} | |||||
} | |||||
} else { | |||||
if (file.data[c] == 'd') { | |||||
string segment = strSlice(file.data, c, c+doIdent.len); | |||||
if (strEql(segment, doIdent)) { | |||||
skip = false; | |||||
c += doIdent.len - 1; | |||||
} | |||||
} | |||||
} | |||||
c++; | |||||
} | |||||
printf("total: %i\n", result); | |||||
return 0; | |||||
} | |||||
int day4_main() { | |||||
Arena arena = createArena(Megabytes(16)); | |||||
list<char> file = readEntireFile(&arena, strlit("./day-4-input")); | |||||
int fileReadIndex = 0; | |||||
int lines = 0; | |||||
int lineLength = 0; | |||||
while (fileReadIndex < file.length) { | |||||
int linestart = fileReadIndex; | |||||
int lineend = fileReadIndex; | |||||
while (file.data[lineend] != '\n' && lineend < file.length) { | |||||
lineend++; | |||||
} | |||||
if (lineLength == 0) { | |||||
lineLength = lineend - linestart; | |||||
} else if (lineend - linestart != lineLength) { | |||||
fputs("Bad input. One or more lines aren't the same length as the first line.", stderr); | |||||
return 1; | |||||
} | |||||
lines++; | |||||
fileReadIndex += lineLength + 1; | |||||
} | |||||
list<char> fileStripped = PushList(&arena, char, file.length - lines); | |||||
for (size_t i = 0; i < file.length; i++) { | |||||
if (file.data[i] != '\n') { | |||||
appendList(&fileStripped, (char)file.data[i]); | |||||
} | |||||
} | |||||
string xmas = strlit("XMAS"); | |||||
int c = 0; | |||||
int count = 0; | |||||
for (int c = 0; c < fileStripped.length; c++) { | |||||
string segment = strSlice(fileStripped.data, c, c+xmas.len); | |||||
const char *print = cstring(&arena, segment); | |||||
printf("%s\n", print); | |||||
if (strEql(segment, xmas)) { | |||||
c += xmas.len; | |||||
count++; | |||||
} | |||||
} | |||||
printf("count: %i\n", count); | |||||
return 0; | return 0; | ||||
} | } | ||||
int main() { | int main() { | ||||
return day2_main(); | |||||
return day4_main(); | |||||
} | } |
@@ -0,0 +1,155 @@ | |||||
#ifndef CORE_HPP | |||||
#define CORE_HPP | |||||
#include <string.h> | |||||
#include <stdint.h> | |||||
#include <stdio.h> | |||||
#include <sys/stat.h> | |||||
#include <sys/mman.h> | |||||
// ### Types ### | |||||
typedef int8_t int8; | |||||
typedef int16_t int16; | |||||
typedef int32_t int32; | |||||
typedef int64_t int64; | |||||
typedef uint8_t uint8; | |||||
typedef uint16_t uint16; | |||||
typedef uint32_t uint32; | |||||
typedef uint64_t uint64; | |||||
typedef uint8_t byte; | |||||
typedef float real32; | |||||
typedef double real64; | |||||
// ### Sizes and Numbers ### | |||||
#define Bytes(n) (n) | |||||
#define Kilobytes(n) (n << 10) | |||||
#define Megabytes(n) (n << 20) | |||||
#define Gigabytes(n) (((uint64)n) << 30) | |||||
#define Terabytes(n) (((uint64)n) << 40) | |||||
#define Thousand(n) ((n)*1000) | |||||
#define Million(n) ((n)*1000000) | |||||
#define Billion(n) ((n)*1000000000LL) | |||||
#define ArrayCount(arr) (sizeof(arr) / sizeof((arr)[0])) | |||||
// ### Arenas ### | |||||
struct Arena { | |||||
void *memory; | |||||
size_t capacity; | |||||
size_t head; | |||||
}; | |||||
void *pushSize(Arena *arena, size_t size) { | |||||
if (arena->capacity - arena->head >= size) { | |||||
arena->head += size; | |||||
return (char *)arena->memory + arena->head + size; | |||||
} | |||||
return 0; | |||||
} | |||||
#define PushArray(arena, type, size) (type *)pushSize(arena, sizeof(type) * (size)) | |||||
#define PushStruct(arena, type, size) (type *)pushSize(arena, sizeof(type)) | |||||
Arena createArena(size_t capacity) { | |||||
Arena result = {}; | |||||
result.memory = mmap(0, capacity, PROT_READ | PROT_WRITE, MAP_PRIVATE | MAP_ANONYMOUS, -1, 0); | |||||
result.capacity = capacity; | |||||
result.head = 0; | |||||
return result; | |||||
} | |||||
// ### Lists ### | |||||
template <typename T> | |||||
struct list { | |||||
T* data; | |||||
size_t capacity; | |||||
size_t length; | |||||
}; | |||||
#define PushList(arena, type, size) ((list<type>){ PushArray(arena, type, size), size, 0 }) | |||||
template <typename T> | |||||
T *appendList(list<T> *list, T element) { | |||||
if (list->length < list->capacity) { | |||||
list->data[list->length] = element; | |||||
list->length++; | |||||
return &(list->data[list->length - 1]); | |||||
} else { | |||||
return 0; | |||||
} | |||||
} | |||||
template <typename T> | |||||
void zeroList(list<T> *list) { | |||||
list->length = 0; | |||||
memset(list->data, 0, list->capacity * sizeof(T)); | |||||
} | |||||
// ### Strings ### | |||||
#define strlit(lit) ((string){(char *)(lit), sizeof(lit) - 1}) | |||||
struct string { | |||||
char *str; | |||||
size_t len; | |||||
}; | |||||
const char *cstring(Arena *arena, list<char> buf) { | |||||
char *arr = PushArray(arena, char, buf.length + 1); | |||||
memcpy(arr, buf.data, sizeof(char) * buf.length); | |||||
arr[buf.length] = '\0'; | |||||
return arr; | |||||
} | |||||
const char *cstring(Arena *arena, string str) { | |||||
char *arr = PushArray(arena, char, str.len + 1); | |||||
memcpy(arr, str.str, str.len * sizeof(char)); | |||||
arr[str.len] = '\0'; | |||||
return arr; | |||||
} | |||||
bool strEql(string s1, string s2) { | |||||
if (s1.len != s2.len) { | |||||
return false; | |||||
} | |||||
for (size_t i = 0; i < s1.len; i++) { | |||||
if (s1.str[i] != s2.str[i]) { | |||||
return false; | |||||
} | |||||
} | |||||
return true; | |||||
} | |||||
string strSlice(char *data, size_t start, size_t stop) { | |||||
return { | |||||
data + start, | |||||
stop - start, | |||||
}; | |||||
} | |||||
// ### File IO ### | |||||
size_t getFileSize(string file) { | |||||
struct stat st; | |||||
stat((char *)file.str, &st); | |||||
return st.st_size; | |||||
} | |||||
list<char> readEntireFile(Arena *arena, string file) { | |||||
FILE *input = fopen((char *)file.str, "r"); | |||||
size_t filesize = getFileSize(file); | |||||
list<char> readBuffer = PushList(arena, char, filesize); | |||||
readBuffer.length = filesize; | |||||
fread(readBuffer.data, sizeof(byte), filesize, input); | |||||
fclose(input); | |||||
return readBuffer; | |||||
} | |||||
int cmpint(const void *a, const void *b) { | |||||
int *x = (int *)a; | |||||
int *y = (int *)b; | |||||
return (*x > *y) - (*x < *y); | |||||
} | |||||
#endif |
@@ -0,0 +1,6 @@ | |||||
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from()#,why()~& ;#:mul(731,521)*how()} do()mul(399,167)from()mul(71,499)how()from()%!who():;mul(730,287)why()mul(422,401)select();@+[-mul(742,851)< ^$why()mul(153,315)+%mul(206,613): ,from()[~select()mul(971,155)[%*:&{mul(239,834)'#:{'~$;mul(224; mul(163,711)$$/!select()^%do()&where()>@*from()select(719,23)#:<mul(859,6){where()why()mul(611,142)[>,how()>from()mul(874,522)'what()!from()*select()mul(950,277),<@-!*mul(35,822)>)~*mul(934,771) #mul(752,754)how()-from()+who());]:<mul(110,865)from()why()@)*where()when()mul(804,930)-mul(948,779),# when(907,369)mul(650,833)<&-(!^^+mul(986,368)}~'{!mul(549,524)[->where()/select(297,243)!%+mul(603,67)#]}what()mul(486,614)mul(761,335)! %:[;from()^when()mul(162,639)(({;%) mul(410,831)mul(74,9) [),}!!+?&mul(365,386)?do()&from()who(486,875)why()mul(545,922)*mul(333,104)where()do()~$^who(),[;mul(357,374)$}what()/from()^when()}/mul(828,346)mul(128,556))*{:from()@mul(277,303)#[^-%]how() /mul(817,849):mul(477,520)&$what()}<{]#]^mul(263,446):%when()-&how()from()[&>mul(307,210)<mul(779,78)*how()select(447,622)mul(624,455)++&&what()@*#mul(898,875),];/when()mul(463,295)who()select()why()&who()why(795,44)>]!+mul(293,549){when()~mul(478,825)&what()')%mul(233,939)%]>;>}]mul(680,156);}~mul(66,418)when()/]'? select()mul(506,752) ?select()select()%,}mul(685,266)(from()mul(354,792)~+;when()~#where(){mul(745,146)mul(926,660)%mul(721,86)~?&#?mul(964,815){when()-why()mul(333,175)mul(490,526)when()^mul(370,894)>&who()'^mul(686,63)~[?!%'select(){mul(543,91)@#mul(43,96)where()mul(278,584)~%)where()%mul(163,853)&#when()'mul(561,872)#when()where()'~don't()mul(896,297)<'>@mul(919,548) who()how()?@+when()]%(mul(691,41)$;+]&who()-**mul(272,776)}what()#why() what()who() when();mul(824,393)-@ %[^,why()do()/mul(891,874)$'<<?select()mul(843,864):%/!what()who()/{%mul(262,169)&:[mul(189,651)how()[from():,{?mul(453,774)(+how()]~-{:(&do()mul(600,585)/#don't()%*']]%-:)mul(538,508)where(508,481)how()where()*what(767,256)/mul(254,549),}@^?'/:^mul(664,632)$ ;:when()where()what(655,337)%;~mul(343,605)where()don't()from()%{what()mul(967,749)mul(982,465)!who(),mul(320,945)mul(769,926)/-)<]who() mul(26,66){who()]{}!mul(122,617):$[??when(),-why()select()mul(125,904)select()::[*mul(420,593)?&&*select()}where()@mul(810,984)'mul(789,703);$mul(228,679)?>!&@** )mul(437,39):]'mul(255,961)!what()!mul(22,237)~mul(287,360)select()how()what()}^mul(153,348){when()&)}{/{mul(8,764)how()@}mul(231,703)why()>%~!when() ^mul(418,457)select()how():?who()$when()when()mul(957,951){'where()'mul(6,320)~mul(168,639)^!mul(715,855)~select()^mul(44,209)&mul(767,449)mul(503,357)<mul(821,550)+<;from():%how()mul(76,386)}<how()@/when()mul(753,291)]how()&)from()?&what()&why()mul(956,734)mul(206,478)!how()how()>^where(),]select();mul(571,436)]-select()select()& |
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MMMSMXAAAMMXSAMMAMXMASXSMAXSAMXAAAXSAMMSASXAXAMAMXMAMSMMMSASXAAXXXXMMMMXXMXMMXAMSXSMSAMMAMSAXAMXSXMMSXMAMXAXMXSAMAAMAMMSSSMAXMSMSMMXXAXSAMAA | |||||
MAMXMMSMSMAMMAXAMXAMAMXASAXMMSMMMSMMAMXMAMMMMXMSSSSXMASAXSAMMSMMSMMXSAAMSMMMAMMXXASASMSSSXSMAMAAXXXMMMSXMAMMSMMMMMMSSMXMXAMXSXAAXXMAXMMMXSMS | |||||
SASAMMMAAMASMSAASMSSSMSAMXSXAAAAAXAXAMAMAXXSASXMAMXMSXMMXMSMMASXMASAMAXXXAAMASMAMAMAMXMXMAMXMMSSMMMMAAXMASXMXAAXMAMAXMAXSMMSXXMSMXMASMSMMSXX | |||||
SXSASASXMXXMAAMMSAMXAAAMSMMMSSSMSSSMASXMXXAAASXMAMMMMSSSMAXMSASXSXMMSSSMSSMSAXMAMSMXMXAMMASMXAAAAXAMMMMSAMXSXSMMSAMXSXSXSXMSMSMMXSXMAXAAAXMM | |||||
MASAMXSAMXSMMMXSMAMMMMMMAASAMAAAXAMSMMMMSSMMXMASASXSAAMAMXSAMASMSAMXSAAAAAAXXXXAXAXAXXAXMAMXMMMMMSMSMSXMASASMMAASXMASXMXMAAXAMSAASMXMSMMMSMA | |||||
MMMMMMSAMASAXAMXMAXSAMXMXSMXSXMMMXMAXAMXAAMXMXAMXXAMMMSXMAMAMAMASMMXMXMMMXXXMASXSMXMMSAMXSSMMSSMAAAAAAXSXMASAMMMSAMXSMSASAMMSMMMSSMAXAXAAAAS | |||||
XMAMSAMMMMXXMMMASAMXASAMSMMMSXXXXXXMSSSMSMMMAMSSSMAMXASAMXSAMXMXMASAMASXMMSSSMAAAAASAMAAAMAAAAAMSMSMSMMAXMMSAMXASAMXSASXAASAXAXXMXXXSMSMXSXM | |||||
ASAMMAXXASMMMMSAXMASAMASAAAAMMMMMSMMAXAMXSAMXMAAMXMXMAMAMXMASXMMMXMAMAMAXAAAAXMSMSMMAXAMXMXMMMMMMXAAMAMMXMXXXMMMSXMMMMMMMAMAXAMXSAMXMXAMXMAM | |||||
XSASXMMSMSASAAMMSSXAXSXMMSMMSAXAAAXMSSMMAAMXAMMSMMMMSMSMMAXMXXAAXSSSMMSXMMSSMMXXXAMSSMASXSSMMSAAAXMMSAMSAMASAMAMXMMAXMXAXSMSMSMAMAMMXAXMASAM | |||||
XSMMAMXAASXMXSSXAMMMMSAMXMMMSMSMSSSXAAAMMMMSSXXAMAAAAMAMSSSXAXMSMAAAAAAXXMAMMXMMSXMAMSMMMAAAAMXMMXMXSXMSASAMXSMSMAMSXAXSAMAXMASXSAMXSMSXXSMS | |||||
AMXSXXSMXMAMXMAMXXAXMXAMASAAMXMAAAAMSSMMSAASMXSASMMMXXAXAAMMMMXXXMAMSMSSSMAMXMAXAXMAXASAMSMMMSSMMXMAMSASXMASASXAXSMXMMMXAMAMMAMXSMSMSAAXXMMS | |||||
XMASAXAMXXAMXSXAMSSSSSXMAMMMMAMMMMMAXAMASMSMAASAMMSSMSSSMMXAAASMMXSAMXAAXMASAMMMMMMXXAXXMAAXXAAAAAXAMMXMASXSASXSMMSXXMASXMMSMMSXSXAAMMMMXAAX | |||||
SMASMMXMMSMSMMASAAAAAAXMXXSSSXSAMSSSSMMMMMXMMMMAAXAAXAMXMXSSSMSASAMXMMMSMXMAMSSMSASMMSMMMSMMMMSXMASMMSAMXMASAMXMASAMXSXMAAAAAMSASXMSMAXASMMS | |||||
MMAMMSXMAASAASAMSMMMXMXXMMAAAXSMMAAXXXAASMSMSMXSMMMSMXSAMXXAAASAMXMSAMXAMXSAMXAASXSAAAAAAAXMSAMMSXXMASMSAMMMAMAMXMMSAMXMSMMMXMXAMXXAMXXXMSAX | |||||
XXMAAMAMXMMSMMAXXXMXXMMAAXMMMMMSMMSMMMXMSMAAAXMXAXXMAAAAASMSMMMMMXSAMXSASXMXXMMMMASMMSSMSSSXMAXAXSAMXMASXSXSXMASMXXMASMXXAAXAMMXMXMSMMMSAMXS | |||||
XMSMMXSMMSMMMSSMMSMXSASMSMXXXAAAMXMASMSMMMMSMMASAMMMMMSSMMAXMAAAMMSXSXMXMAMXMMSSMMMAMXMMXXMAMAMMMSMMMMXMASAMXMMSAMSSMMXAXSAMXMASMMMMAAASAMSX | |||||
MAMAXAAXAAAXAAAAXAAXSASAAASMSMSMSAMMMAAAXAXXXXXAMXXAAXAXMMMMMSSXSAMMMMMASAMMXAAAAMSMMAXSXMXAMXSMASMAXSXSXMMMXMAMXMMASAMXMMXMSMXMXAASMMXXAXXS | |||||
ASXAMSSMSSXMMSSMSMSMMAMAMSAAMAXAMMSSMMMMXSSMAMSAMMSXSMASXSMMAXXAMXXAAAXAMASAMSSSMMXAMASXMASXMAXMXMMXSMAMXXMSMMAMMXSAMXASAMXSAMMSMMMSASAXMMAX | |||||
SXMAXXAXXAASAAMMAMAAXMAXMMMSMAMMSMAAASAXSAMMAMMASAMSXMAMAXAMSSMXMAMXSSSXMMMXAMXXXSMSMMMMAMXMSMSMMXMXAMXMAMMMAMSSMMMAMMSAAXSMASAAMSMSAMAASMSX | |||||
XMAXMSMMMSMMASXMAMMMMMMSAXAAMSMAAMSMMAAXMASMAXSAMAMMXMAXMMSMXAMAMMSAAAAXSMMMSMMMXMAMXXXMXMXMAMAAMAMSXMXMASAAMSAAAXSAMMAMXMAAAMMSMAAMAMSMXAMA | |||||
XSSSMAXXAAASAMXSSSSXSAAMAMSMSMMMMMXMXMSXAAAXMXMMMSMSMMSAMXXXSAMXAAXMMMMMAAXAXAMSAMSMMMAMASXSMSMSMXXAASMMASASMMASMMMXSAMXSSXXMXXXMMSMMXXXMXMA | |||||
MAAMXMMMXSXMASXMAAXAMMXSMMMMSAMXSMSAXXMXMMSSSMXSAMMAAAMMSMSMMMMSMMMXAAAXSMMXSASMMXAAASXXXXAMXMAAXMMSSMAMMSAMMXMXMXMAMAMAMAAXMXXXAXMAMAMAMMMS | |||||
SMMMAMASMXAMXXXMMMMSMMAMAXXAXAXXAAXMASXASAMAAAAMASXMMMXAAMAAAAAXSXAMMSAMXASAMXMAXSSSMAAXSMSMAMSMXAXMXMXMMMXAXMMMSAMAMAMASMSXMASXMMMAMASAMAXM | |||||
MAMSXSAMAMMMMSMMAXXAAMSSSMMSSSMSMMMXMAMAMAMSMMXSAMAXMAMSMSSSSMSSSMSXAXMAXXMASASXMAMXXMXMAAAMXMAASMXMAMSSXMXAMAAASXSSSMSASXXAMAXAAAMASXXMMSSM | |||||
XAMMAMMMSAAAAAMSMMMMMMXAXXXMAXXXXXMASXMASXMXSMAMAMXMMAXAAXMAAAXAXAXMMMSSMXSAMAXSMSSSXXXSMSMSMSMMMAASAMAMASXAAXMMXXXXAXSAMXSMMSMSMMXXSMSMAMAX | |||||
SMSSMSMAMSSMXSMSASXMXSMSMSMMAMXMXSMMMXSASXMXMMMSSMSMSMSASMMSMMMMMMMMXAAAAMMSMXMAXAXMASXAAMXMXXXAMMMAAMXSAXSAMXSAMXSSMMXAXAMSXMAXXSXMXAAMXSAM | |||||
ASAAAAMXXAMMMXAMXMAAASAXAAAMASXMASAAMXMASXSAXAAAAAAAAASAMXXMAXXMAXASMMSXXXAAMMMSMMSXAASMMMASXSMSSXXMXMAMXMMMMAMASAAAXMSXMMASMMSMAXAMMXMSMMMM | |||||
MMSSSMSXMAXSAMAMSSMMMMAMSMXMAMAMASMMAAMAMASXXMSXMXMSMMMAMXMSMMMSMSASAMXMSMSMXAAAXXMMMXAXAXSMAAXASAMXMSSXMXAAMXSAMMSMMMMSAMAMAAMXXSAMAASAMAXM | |||||
XXAXXMXMAMXMSXXXXXXXAMXMMMXMSMMMASASXMSAMXMSXXMASAMAXMMMMMXAAAMAAMASAMAASAMXSMMMXAXAXAMXSSXMSMMASMXMMAAASXSMSAMASXMXXAASXMMSMMSAXSXMSMSASMSM | |||||
MMMMAXAMXXXAXMMMSMMSXSAXMASMMASMMSMMAXXAMXAAMXAXMASASMAMAAMSSMSMXMAMXSSMMAMAAAXSSMSMSASAMMMAASMMMXAXMMSMMAAXMAMMMMMASMMMAMXMASMXXMXXAXSAMAAX | |||||
AAAASXSAMXMAMAAAAMAAASMXSMMAXAMAAXAMXMMSMSSMSMSMXMMXMMAXXXAAMMXMXMASXMAMMSMMMSMAAAAAXAMMSMMSAMXAAMMSSMXAMSMMSSMSAMXAXMASAMXSMMSXXMAXMXMAMSMS | |||||
SMSMMAXASXMAXSMSSSSSMMXXMASAMXSMMSMMSSMAAXAXSAMAASMMMSMSAASAMMAMXXMAMSAMXMAXAAMMMMMSMXMASXAMASMMXSAMAASMMAAAAXXAMXMSSSMSASXXMAXXMASMMAMAMMXX | |||||
MMMAMSMMXMMXXXAXXAAMAMXMXAMAMAAMAMAAAASMSMMMMAMSMXAAXAXMXMMAMMASAMXSMSMSASMMSXSASAAXMAXSMMXSAMMMMMAXMMMMSSMMSSSMMMAXAMXSAMAXMMSMSAXXMXSXXMSX | |||||
MAXMXXXMASMMAMMMMMMMMXASMAMAMSSMSSMMSXMXAAASMSMMMSSMMMSMMXXXMXXXAMAMXMASAXAAAAAMSMSASMMAXSMMMSSSSSSMSAXXAAAXAAXMAMXMAMXMAMXMASAAAAMSSXAXSSMM | |||||
MMSXAXAMMSXMAXAASAMXXSASXSMXMMAMXAXAXXMSSSMSAAXXMAXAAXXAASXSSMSSSMXMAMMMSMMMMMMXMAXMASXMXSAMXXAAAAAAXSSMSSMMMSMSXSMSMMSSSMMAMMMSMSAASMAMXAAX | |||||
AXAMSXSAMXXSXSSSSMMSAMXMAMMAXMASMMMAMXAAAAAMMMMSMSXSMSMMMSAAAAMAXAMSMSMAAXAAXASAMMMSAMXXAMAMSMMMMMMSMXMAMAAXMAMXMAASMMMAMMXSXAMXAMMMMMMSXSMM | |||||
SAMXMXAAXXMAMXXMXXXSXMSMMMXMXXXMAXMAAMMMSMMMAXXAAAAMSMASMMMMMMMAMXMAAAMSSSSSSMSAXSAMAXMMMSSMXAXXXXAXAAMAMXSMSASASMXMAAMAMAAMMSMMXMXXXSAMAMAM | |||||
MMXSMMSSMMMSAXMASMXMMXXAAASXMSASXMSMSASAXASMXSSMSMSMAMSASAMXMXMMMXMMSMXMXMXXMASAMMMMXXAAMAMAMSXMMMSSSMSASXMASASAMMMSSMSSSMXSAMMSAMXMXMASAMAM | |||||
XAAMAAXAMAAAMAASASAASXSSMMSAASAMXXXAMMXAMASXAXXAAXAMAMXAMXSMMMSAMXMXXMASASMMXXMXSMAAMXXMMAXMMMXXAAXAAAXASAMMMMMXMAAAAXAAAAAMASAXASAMXMMMMSMM | |||||
MMSSMSSSSSSSMXMMAMMSMAAMXXMMMMAMMMMMMMMMMAMMSSMSMSMSSMXXSAMAAXMASAXXAMAXASAMMXMASAMMSAMSSSXSAXMMXSMMMMMMMXMXAMAXSMMSMMMMMMMMMMXSAXMXSXMAXAMX | |||||
AAXAAMMAAAAAAASMAMXXMMMMSSMSSSXMXSAAAAAASAXAMAAAMXXAMXSXMASMSSSMMMMSAMSSMSAMASMASXMAMXSAAXAXASAMXMMXAMMAAXSSMXAMXMAMAXXSSSMSXAXMMMSXMASMMXSX | |||||
SXSAMXMMMMMMSMXMASXAXAAXMAAAXMAMXMASXXSAXMMSSMSMASMSSMMASAMAMAAAAAMMAMMAASASMXMXSXMXSSMMSMSMASMSAAMSMSMMASMXMASXMSASXMMXAAASMXMAMAXAXMMSAMAX | |||||
XMXMMMSMSAMXAXXXAXXXXSASMMMMMSAMAXAMMXMMXSAAAAXAAXMAAASXMXSMMXMSMSSSMMSMMMAXXXSAMXMAMAAAMAXMMMAXMMMXXAAMMMMASMXAAMMXMASMMMMMAMSSMMSSMMAXXMAM | |||||
SAMXXMAMSAMAAMXMSSMSMMASASXMXSMSSMASXXXMAMASMMMMXXMSSMMASAXXASXMAXAAXXAMXMMMASXMMAMASMMMSMSASMSMSASXSSSMMMSASXMMXMMXMASMMSSMXMAMAMXMAMMSAMXS | |||||
XMAMXMMXMAMMXMMMXAAXAXASAMXSAMXAAMSMXSAMXMMXXAAMXAMAXAXAMXMASAMMSMSMMSXSMXMAXMAMXASAMAAMXMSAMAAASASXMXXAAMMMSXMMSMMSMMSAXAAAXMASXMSSSMAMASAX | |||||
MSSXMAXSSMMAAMAMMMMMXMMMMMAMMSMSMMASASMMASMMSSSSSMMASMMSSSMXXMAXAAAMMSXAXAXXAXAMXXMMSSMMAMMSMMMMMMMAMMXMMMAMXXSAXAAAAAXMMSSMXSMMMXMAMMSSMMXS | |||||
AAAMXMXMAMMXMSASAXMMMXMASMASXSAXXSXMMSAMAAAAMXMAMXMMMAAMAAMAMXSSMSMSAMSAMMSMAMSSSMAXAXASMMSXSXSXMASAMAMSMSMMSXMASMMSXMSXAXAMAMAAXMMAMMXAAASX | |||||
SMMAMMMSAMMSMSASMSAXSMSAXSASMSAMAMXXASXMXSMMMAMAMMSAMXSMAMMXSAMXAMXSAASXAAXMAMMAMSSMSSXMAXXAAMMMSASASXSAAAXMSMMAMAMAMXAMXSAMXSSMSSSMSXSMMMSS | |||||
XXXMASXMASXAAMAMAMAMAAMMMMMXAMMMXMMMASXMMXXASMMMSXSAMAMAXMXXAASMXMAMMAMXSAAMXSMAMAXAMXAMAMMAMMAXMXMXSXMMSMSXMASMSXASXSXSASAMMAAXAXAMXAXXAXMA | |||||
SSXSSXXSAMMMMMAMXMAAMXMMSSSMSMSXSASMSXXSAMSMAAAASAMAMSSMMAXSSMMMXMXSSSXXMASAAMMXSAMXMSSMXXAAXMMSMMMMMMXAMAMXSXMMXMMMAXAMMXAMMSXMSMXMMAMSXMAM | |||||
XAXXMAMMXSXXXSASASMMSAAAAAAAXAMXSAXXXAMMSAAMSAMXSASXMMAMXMMMASAXMAXMAMXXMAMXXMAXMXMXXAMXMSSXXMMAXAAAAXMMSSSMMMASMXXMMMMSSSSMMAXAMXSSMXMXAXXX | |||||
XMMAMSMMASXMXXASASAASMXMMMMMMAMAMAMMMXMAMSXXXXXAMAMMXSMMMSMSAMXSAMXMAMMXMASMSMXXMAMXMSMMAAAMSSSSSMSSXSAAAXAAMSAMXSMSXMAAXAXAXMMMSAMXMAMSMMXX | |||||
XXAXMMAMAXMSSMXMMMMMMSXASAMXXXMMSSMSAMMAXMMSMMMSSMMSXMAAXAAMXSXXMAXMAMSAMMAAAMAMSASXMMAMXMSMAAAXAAMAMSMMMSSMMMXSMMAAAMMSSMXSMXAAMMSASMMAMMXX | |||||
SSSSMSSMSSMAXSAXMASAAXMAMXSMMSAAAAMXMXMSXSAAMXAAMAAXASMMSMSMXMAXASXSMMMAMMMMMMAMXASXASAMAXMMMMMMMMMAXMMSAMXMSMMXASASXMAMAMAAMMMMMXSASMSAAMMS | |||||
AAASXAAMMAMXSMXXSAMMXSXSMASAASMMSMMAMSMXAMSMSMSSSMXSMMAAAMAAMMSMAXMAXASMMSSXMSSMMAMMXMASMSXMSAMXMSSMMSAMMMMMAAXMXMAXAMXXAMSSMAMASXMXMASMMAAS | |||||
MMMMMMXMMMMMMXMXMAXSMSAASAMMMMAAAXMMSAAMMMXMAXXAMXXMASMSMSSSMAAMXMXMSMSXAAAXMAAXSXMXMMXAXAAAMSAMXAAAAMAXMAAMSSMXMMXMMSSMAXXAMXSASAMASXXXSMMS | |||||
SASAXSXSASXAAAMAMXMSAMMMMXMXMXMSSSMMSMSMAMMMMXMAMMSMAMXAAAAAMSXSAMXXAXSMMMMMMASAMASMSXAMXSAMSXSXMMSMMXSMSSSXXXAASMSASAMXXMXAMXMMSAMXSAXXMSXM | |||||
SASAXSASAMSMSSSSSMMMAMXSASXXXAXMAMAMMXXXASMSAAMXMXAAASXMMMSMMMMXAAMSSXSAMXXSXAMASXMAMXMSAXMXAAMXSAXAAXXAMAMXMMSMSAMXMASAXSMXMXAMSAMXMAMSASXM | |||||
SXMMMMAMXMXMXAXXAAXSXXXMAXAAMSSMXSSMMSMSMSAXSSMXXSXMMXMXSMXMASMSMMMXMASXMSMMMSSMMMMAMMMMMSMSMMMAMSSMMMMAMAXMAAAXMAMASAMXSXAXSSMMXSAXMSMMAMSA | |||||
SASXSMSMSMSAMMMSSMMMXMMMSMMSMMAXAAAMXMAAAMMMMMAMMMXMAXSASMXSAMXAAASAMXMAXXXMAAAAAXMMMAXAAMMXAAMXMASXAAXXMXSAMSASMMMASAMXSMMMAAASXMXMMMMMAMXS | |||||
SAMAXAAXAAAMAXAAMAAMAMAAXMAMASAMMSMMAMSMMMAAAAMAAAASXMMASAMXASXSSMSXSXSMMSMMMSMMMSAXXXSMSXMSSMSMMMXMMMSASXXXXXXAAAMXSAMAMAAXMAMXAMAXAAAXXMAM | |||||
MAMSMMMMMSMASMMMXMAMMSMSSMAMXMXXXMXSXXAMXSSSXSXSMSMSAMMMMAMSXMAXXXXAMXMXMAAMAMXSAXMSSMAAAXMAMXAAAMSMSAAAMSAMXXSSSMMASMMASMMXSAMSAMMSSSSSSMAS | |||||
SAMXAMXXAAAMMASXMMSAMXXMAXSSMMXSAXMAMXAMXMAXAMMXAMASMMAASAMXSMXMMMMAMAMAXSSMSSXMASXAAMMMMXMASXSSMXAMXAMMMXSXXXAXMAMAMXMAMMXASAXSXSMAXMAAASAM | |||||
SXSSSMSMMSSSMASMXAAMMSMSXMXAAAAMSMXMASXMAMAMSMSMAMAMASXXSAMAMXAAAASAMMSMXMXAMSAMASMSMMXMAMSAMXAAXMSMSAMXXAAMSMMXSAMXSSMXSAMASMMSASMXSMMMMMXS | |||||
SXMXMXMAMAAAMSMAMSMMAAXAXMSSMMXXAXAMXAASXMMSMASMAMXSXMMXXAMASMMMMMXAMAAMXSMSMSMMASAXAXAXXAMMSMXMXMAASAMXMXSAAAXXMAMSAMMXAMMASAAXMXMAMXXMSAMX | |||||
MASASMMSMMMMMAAAAAXMSSSMSMAXMASXSMMXMSXMXXMAMAMSXMMMMSXSSXSASAASMSMMMSMSAMXXAMXMMSASXMAXAAMXXMAMAMMMXMAXAMXXSXMXMAMMAMSSSXMAMMSSMAMMSAMXMXMS | |||||
SAMXSAAXAAXSXMSMSXSMAAAXMAXSMAMAMAMSXMAMASMMMAMSMXMAAMMMAAXAMMMAASMMXAAMASAMAMXXXMXMASASXMMXAMAMXSXMAXAMSMSAMASXMAMSAMAAMXMMXAXAMXXMXMXAXAXM | |||||
MASXSMMSMMXXAMXMXMAMMSMSMSMSMSXAMAMSASXMASAASMSMAASMMSMMMMMSXSMMSMAXMMMMMMMSAMMSMSAXMMMMAAXMMMXMAXMASMMXMAMAMAMASAMAAMMSMXMXMASMSSMMASMMSSMM | |||||
MASAMAAXMSMSMMAXAAAMXMXAAXAXAMSSXXMSAMXMASXMMXAMSMSAAMXSAXXMAXXXXXMMSXASXSXSAMXMASAXMAMMSMMSAASMXSAAXMSAMXMSMXSAMXSMXMXMMSMXSAXAAAASAMAMAMAA | |||||
MAMAXMMMMAMAASXSXSXSAXSMSMMMXMAMMMMSAMXSMSMMXSXMMMSMMSAMSSSMSMMMMAXAMSMXAMASXMAMMMSASXSAAAAXMASAAXMXMAMXSAAXAAMMSMXAAXXXAAXMXSMXMSMMASXMASMM | |||||
MSSSMSXXSASMMMMMMAXMAMXAXXMAXMAMXAAXXMMMAMMMAMMMAMXSMMXSMMXSAAASMMMXXASMXMAMMXAXAMXXXAMXXMMMSMMMMXMMMAMASASAMMSAMAMSMMSMMMXMAMMSXXAXXXASXSXS | |||||
MXAAAXAAMXXXXAAXMASXSAMXMXXAXSMMSMSSMXMMAMAMMXMMASAMXAMMAMXXMXMMAXAXSAMXSMSSSSMSSSMXMXMASXSAAAXSSMAASAMASAMXMAXMMSMAASMSMXAMXMASMSMMMSXMSMMM | |||||
XMAMMMMMXSSMSSMXMASXMAASMSMSMMAAXXMAXXASASXXSAXSAMMMMSMSAMSMSSMSMMSXMXMASXAAXXAAAAASMXMMAAMSSMMAAMSMSASMSMXXMMXMAMMSMSAAXMXSAMXMMAAMXSAMXMAX | |||||
MXXXAXMMAAAXMAMXMAXXMAXXAAXXASMMSXSAMMMSAMAAMAMMMMSAAAMXMMMAAAMSXMAAMXMASMMSMMMMSMMMAASXMXMXMASMMMAXSXMXMASMSXMSASAXAMMMSSMMXMSASXSSMSAMAXSS | |||||
MSMMMSAMMSSMXAXMSSMMSXXMSMXSMMAAAMMMMAXMXSMMMMSAMASMSMMXSAMMMSMMASXSMAMSXMMMXMAXMAAXXMXAXASXSAMXXSXXMAMXMMMAAAAMAMXMAMXXAAAMAXXXMAXAXSMMAMXA | |||||
MAXAAXXXAMAMMSMXAMAXSAXMASXMXSMMMSAAMSXAAXAXAAAAMAXXXXAAXXMXMAXSMMAXXXMAMXAXXMXSSSMSMSXSMMXAMXMMMXMSMMMAMAMMMSMMAMASXMMMSSMMMSSSSSSMMXAMMXSA | |||||
SMSXSSMMSSSMAMXMAMSMMXMMASXSAXMMXSMSAMMMASMMMSXXMASMSMMSSSXMSMXXMMMMMMSSXXMSSXAMAMASAAAXAXMMMSMAXMAAAASMSAXAMAMSMSASAMXMAMXAXAAXAXAXXXXMSASX | |||||
MXMXMAMMAAMMXMAMAMXASMSMAMAMMSAXAMXMAXXXMAMMAXMMMXMAAAXMAAXXAMSMSAAAXMAMXASAMMSMAMMMXMMXMMAAAASXMSSMSMSASASMMSMAAMMSAMXMASXSMMSMMSSMMSMAMASM | |||||
AAMAXAMMMMMAMXMMAXSAMAAMAMXMXMXMASAMAMXMMAAMASXSAMMSMMMMMXMMAXSASXSXSMASXMMASAXMXMAMMSSSXMXMMMSXAAMAAAMAMAAAAASXMMMSMMSMASAMAMXAXAMSAAMAMMMM | |||||
SMSMSSSSSSMMXASXMMSAMXMSMSMMSMSMMMXXAXASXSSMAMMMSMAAAXXSXMMSSMMXMAXAAMAXXXSAMXSMMSMXAAAMMSASXAMMMASMMMMAMXMMSMMMASXMMAAMXMXMMMSSMMMMMXSAXSAS | |||||
XXAXMAAAMMASMMSAAASAMXXAXAAMAMAAXASXMSXSAAXMXSMAAMMSMMMMMSAAMMMSMAMSMMMSSXMAXXXMAASMMMSMASASAMXMMMAMAXSXSAAXMASXMMAXMXSSXMMSAAXXAMASAMMMSMAS | |||||
MSMSMMMMMSAMAAMMMMSAMXMAXXMMASMSMMMAAAMMMMMSAAMSSMXAXAXAAMMMSAAMMXMAXMSAMXMMXSSXMASMAMAXXMAMMXAXXMASXMXASMSMSAMXASMMSAMXAXASMSMSMMAMASMMMMMM | |||||
XAXAMXSXMMXSMMXSXMSAMXSMMSSSMSAAMXMSMMMSAMXMASXXAXSAXSSMXXAMSMSSSMSMSXMASXMAAMAAXMMMAXMSSMAMASMSXSASAMMMMMXMMASMMMSAMXMSAMXSAXXXAMXMAMAMAAAS | |||||
SSSMSAMXMXAXAXMMAAMAMMAMXAAAMMAMMSAAAXAXAXASXMMSMXMSMMAXAMMXSXMAAASXSXMASAMMXSASMSXSSXSAMMAXMMMXMMASXSAMAMXAMSMXAAMSSXMMMMMMAMMMMMSMMSSSXSSS | |||||
XXAMMMXSMAXXAMXMAMXSMMMMMMSMMSXSAXSMMMMSSMMSASXAXXAAXXSMMXSAMXMMMMMASAMASAXMXMAXAXAAAXMASXMSXASAMMMMAXXSAMSSMMASMMMAMMAXAAAMMMMMAAMAXXXMAXAM | |||||
MSMMXSASXASAMXSAAXAMAXXSAAAXXAAMMXMSAMXAMAASAMMMMMSMSAAAAAMMMASAMXMXMAMAXXMSAMSMMMMMMMMXMASAXSSXXAAMAMAMMMMAAMAMXAMAMXMSXSMSAAASMMSSMMMMXMAS | |||||
XAASAMASMASMSAASMMSSXMASMSSXMMSMSSMASAMXSSMMAMMXSXAAMMXMMXMXSXSASASMSAMSMMMMASAAMMXAMXMXSSMSSXMASXSSMAXXMASMMMMMSMSXSAXMXXASMSMSAAAAMAASXMAM | |||||
SSSMSMAMXAMXXXMASAMMMMMXAXAMSAMXAAAAMSAMXAASXSAAAXMXMASXXAXAMMSXMXMAMXSXASAMSMMAMXSSMAMAXMAXMASASMAAMXMMSMSXMAAMXXSAMXXSAMXMXAMSMMMSMSXXAXAS | |||||
XXMAMMSSMMXMMSXMMMMAAAMMXMMMMASMMSMSSXMASMMMAXMXMMSXSXAMMSMASAMXSAMXMXMXXMASXAXMMMAASAMASMSMSXMASMMXSASAAXMASMSXSAMXSAMMMMASXMXXXSAXXXMSSMAA | |||||
SAMXMMAMASXSAAMXAAXMMMSSXXMXSSMAXXAXXXAXMAAMMMMAXAMAMXMAMAAAMASXSASXMMMSMSMMMSMMAAMASXSAXAMMXXMXMXAAMXSSSMSAMXAASASAMASXXMAMXSXMMXAXXXXAMMSM | |||||
MAMASMMSAMMMSSSSSSSSSMAMMMMAXASXMMMMMSMSMSSSMAMMMSMAMAMMSMSXSASMSMMAAAAAAXASAMASMSXMXMAMMSMMMMSXSMMXSAMAMXMASMMMMAMASAMASAMXAMAAXMXMSSMMSAMX | |||||
SAMASAXMXSMAAMMXAAAASMAMAAMXSAMXAAMAAAXMAAAAMXSAAXSASMSAAMAAMXMASASMXMASXSMMASMMXMAMSAMXXMAMSASAMXAAMMMSMMSXMASAMXMXMASAAAAMASXSXAAAAAAAMASA | |||||
SXSXSXMASMMMXSAMMMMMMSASXSXMAXMXSXSMSSSMMMSMMMSMXMAMXXMMSSMXMXMSMXAAXMAMAXXSMMMMXSSMMAXXSSXMASMXMASASXXMAXSAMXMASMXXSXMMSSMSXAMMASMSSMMMSSMA |