ULTRA CONFUSING C++ MONSTROSITY!

#include <iostream>
#include <vector>
#include <string>
#include <algorithm>
#include <functional>
#include <memory>
#include <cstdlib> // For randomness

// Cryptic macro redefinitions
#define START_PROGRAM int main()
#define BLOCK_START {
#define BLOCK_END }
#define PRINT std::cout <<
#define ENDL << std::endl
#define MAT std::vector<std::vector<int>>
#define STR std::string
#define PTR std::shared_ptr
#define LAMBDA [&](auto&& x, auto&& y) -> decltype(x) BLOCK_START

// Redefine numbers and arithmetic
#define ZERO 0
#define ONE 1
#define TWO 2
#define TEN 10
#define THIRTY 30
#define RANDOM_LIMIT 50
#define ADD(A, B) ((A) + (B))
#define MUL(A, B) ((A) * (B))
#define MOD(A, B) ((A) % (B))
#define RANDOM() (rand() % RANDOM_LIMIT)

// Obfuscate control flow
#define LOOP(VAR, START, END) for (auto VAR = START; VAR < END; ++VAR)
#define COND if
#define OTHERWISE else

// Container manipulation macros
#define CREATE_MATRIX(NAME, ROWS, COLS) MAT NAME(ROWS, std::vector<int>(COLS, ZERO))
#define FILL_MATRIX(MAT, FUNC) \
    LOOP(i, ZERO, MAT.size()) BLOCK_START \
        LOOP(j, ZERO, MAT[i].size()) BLOCK_START \
            MAT[i][j] = FUNC(i, j); \
        BLOCK_END \
    BLOCK_END
#define PRINT_MATRIX(MAT) \
    LOOP(i, ZERO, MAT.size()) BLOCK_START \
        LOOP(j, ZERO, MAT[i].size()) PRINT MAT[i][j] << " "; \
        PRINT ENDL; \
    BLOCK_END

// String manipulation macros
#define SORT_STRINGS(CONTAINER, COMP) \
    std::sort(CONTAINER.begin(), CONTAINER.end(), COMP)
#define CONCAT_STR(A, B) (A + B)
#define REVERSE_STR(S) std::reverse(S.begin(), S.end())

// Recursive madness
#define FACTORIAL(NUM) (NUM <= ONE ? ONE : MUL(NUM, FACTORIAL(NUM - ONE)))
#define FIBONACCI(NUM) (NUM <= ONE ? NUM : ADD(FIBONACCI(NUM - ONE), FIBONACCI(NUM - TWO)))

// Additional nested macros
#define MATRIX_MULTIPLY(M1, M2, RESULT) \
    LOOP(i, ZERO, M1.size()) BLOCK_START \
        LOOP(j, ZERO, M2[0].size()) BLOCK_START \
            RESULT[i][j] = ZERO; \
            LOOP(k, ZERO, M1[0].size()) BLOCK_START \
                RESULT[i][j] = ADD(RESULT[i][j], MUL(M1[i][k], M2[k][j])); \
            BLOCK_END \
        BLOCK_END \
    BLOCK_END

#define TRANSPOSE_MATRIX(MAT, TRANSPOSED) \
    LOOP(i, ZERO, MAT.size()) BLOCK_START \
        LOOP(j, ZERO, MAT[i].size()) BLOCK_START \
            TRANSPOSED[j][i] = MAT[i][j]; \
        BLOCK_END \
    BLOCK_END

// Completely unnecessary typedefs and templates
template <typename T>
using ChaoticContainer = PTR<std::vector<T>>;

template <typename T>
using ObfuscatedFunction = std::function<T(T, T)>;

// Over-engineered class for string and number chaos
class ChaoticEngine BLOCK_START
public:
    ChaoticEngine(int seed) : chaosSeed(seed) BLOCK_START END

    int generateChaos(int input) const BLOCK_START
        return MOD(MUL(input, chaosSeed), RANDOM_LIMIT);
    END

    STR manipulateString(const STR& input) const BLOCK_START
        STR temp = input;
        REVERSE_STR(temp);
        return CONCAT_STR(temp, "_CHAOS");
    END

private:
    int chaosSeed;
END;

// Main program: Maximum Complexity and Confusion
START_PROGRAM BLOCK_START
    srand(time(nullptr));

    // Print welcome message
    PRINT "Welcome to the Maximum Chaos Program!" ENDL;

    // Matrix operations
    CREATE_MATRIX(matA, TEN, TEN);
    CREATE_MATRIX(matB, TEN, TEN);
    CREATE_MATRIX(matC, TEN, TEN);
    CREATE_MATRIX(matT, TEN, TEN);

    FILL_MATRIX(matA, [](int i, int j) -> int BLOCK_START return ADD(i, j); BLOCK_END);
    FILL_MATRIX(matB, [](int i, int j) -> int BLOCK_START return MUL(i, j); BLOCK_END);

    PRINT "Matrix A:" ENDL;
    PRINT_MATRIX(matA);

    PRINT "Matrix B:" ENDL;
    PRINT_MATRIX(matB);

    MATRIX_MULTIPLY(matA, matB, matC);
    PRINT "Matrix A * Matrix B:" ENDL;
    PRINT_MATRIX(matC);

    TRANSPOSE_MATRIX(matA, matT);
    PRINT "Transpose of Matrix A:" ENDL;
    PRINT_MATRIX(matT);

    // String sorting
    ChaoticContainer<STR> chaoticStrings = std::make_shared<std::vector<STR>>();
    chaoticStrings->push_back("apple");
    chaoticStrings->push_back("orange");
    chaoticStrings->push_back("banana");
    chaoticStrings->push_back("grape");

    PRINT "Original Strings:" ENDL;
    for (const auto& s : *chaoticStrings) PRINT s << " ";
    PRINT ENDL;

    SORT_STRINGS(*chaoticStrings, LAMBDA return x.length() < y.length(); BLOCK_END);
    PRINT "Strings Sorted by Length:" ENDL;
    for (const auto& s : *chaoticStrings) PRINT s << " ";
    PRINT ENDL;

    // Recursion demonstration
    PRINT "Factorial of 5: " << FACTORIAL(5) ENDL;
    PRINT "10th Fibonacci Number: " << FIBONACCI(10) ENDL;

    // String manipulation with ChaoticEngine
    ChaoticEngine engine(7);
    PRINT "Manipulated String: " << engine.manipulateString("MaximumChaos") ENDL;

    // Farewell message
    PRINT "Thank you for surviving this chaos!" ENDL;

    return ZERO;
BLOCK_END