#!/bin/bash
set +e

# Terminal visual setup
GREEN='\033[0;32m'
BRIGHT_GREEN='\033[1;32m'
RED='\033[0;31m'
CYAN='\033[0;36m'
NC='\033[0m'

clear

# -------------------------------------------------------------------
# STEP 1: Paste Your Custom ASCII Art Between The Quotes Below
# -------------------------------------------------------------------
read -r -d '' ASCII_ART << 'EOF' || true
                                                                                                                         
.                                                                                                                       
.   /&&&&&&&&&&&%.    *&&&&&&&#    #&&&&&&&#  ,/#(##########/   %&&@&&&&&&&&#.      %&&&&&&&&&&&&&&&.    .&&&&&&#,&     
.      &&&       &&&.    &&&,         &&&    (###############(.   ,&&&        @&&&    ,&&&         &,   &&       *&,    
.      &&&       (&&&    &&&,         &&&  .##       /(*     (##/ .&&&          &&&#  ,&&&             %&&&        &    
.      &&&      ,&&&     &&&,         &&&  ((#               (##* .&&&           &&&. ,&&&       %%     /&&&&&          
.      &&&&&&&@#         &&&&&&&&&&&&&&&&  ###               #### .&&&           &&&# ,&&&.   .,%&%        .@&&&&&      
.      &&&   *&&&        &&&,         &&&  ##(               (##. .&&&           &&&  ,&&&        %            *&&&&    
.      &&&     (&&&      &&&,         &&&  ,##              #((#  .&&&          @&&   ,&&&           & &         &&&,   
.      &&&.      #&&&.   &&&*         &&&    /(##(.     /#(##(,   *&&&       #&&&     *&&&         &&  &&#       &@&    
.   .,,,,,,,,      ,,,,,,,,,,,,    ,,,,,,,,,  ((###(#######/    ,,,,,,,,,,.         ,*,,,,,,,,,,,,,,,  #   /&&&&*       
.                                                              ,###                   .%%#                              
.                              *//*.  .*/.(//##(/              (  #  (  &#&  , .      #  * %  ( %   #       . . #       
.               .###/##(#((#(######(#(#(##((#((###(##(.                                                            ,    
.       ,##((((#(/#**     , ,                       ###,                                     .,/*  ,###((((*,.  ,       
.     ((#(##*                                      (*((#(#((#/(..  ,*,,((#(##(((#####(/#(## (,                          
.                                                     *#(../.( /(######(#((,,., .                                       
.                                                                                                                       
.                                                                                                                       
.                    
EOF

# -------------------------------------------------------------------
# Helper Functions for Visual Effects
# -------------------------------------------------------------------
typewriter() {
    text="$1"
    delay="${2:-0.02}"
    for (( i=0; i<${#text}; i++ )); do
        echo -n "${text:$i:1}"
        sleep "$delay"
    done
    echo ""
}

spinner() {
    local pid=$!
    local delay=0.1
    local spinstr='|/-\'
    while [ "$(ps a | awk '{print $1}' | grep $pid)" ]; do
        local temp=${spinstr#?}
        printf " [%c]  " "$spinstr"
        local spinstr=$temp${spinstr%"$temp"}
        sleep $delay
        printf "\b\b\b\b\b\b"
    done
    printf "    \b\b\b\b"
}

# -------------------------------------------------------------------
# Phase 1: Custom ASCII Banner Display
# -------------------------------------------------------------------
echo -e "${BRIGHT_GREEN}"
echo "$ASCII_ART"
echo -e "${NC}"
sleep 1

# -------------------------------------------------------------------
# Phase 2: Fake Network Diagnostics & Target Acquisition
# -------------------------------------------------------------------
echo -e "${CYAN}[*] INITIALIZING NEURAL FRAMEWORK PIPELINE...${NC}"
typewriter "[+] Connecting to local gateway..." 0.01
(sleep 1.5) & spinner
echo -e " [${GREEN}CONNECTED${NC}]"

typewriter "[+] Resolving target nodes across subnet..." 0.01
(sleep 2) & spinner
echo -e " [${GREEN}OK${NC}]"
echo ""

# -------------------------------------------------------------------
# Phase 3: Simulated Matrix Data Stream
# -------------------------------------------------------------------
echo -e "${GREEN}[*] BYPASSING FIREWALL PROXIES... RECTIFYING PACKETS:${NC}\n"
sleep 1

cols=$(tput cols 2>/dev/null || echo 80)
lines=15

for (( i=0; i<lines; i++ )); do
    line=""
    for (( j=0; j<cols; j++ )); do
        # Generate random hexadecimal pairs and binary bits
        if (( RANDOM % 2 == 0 )); then
            char=$(printf "%X" $((RANDOM % 16)))
        else
            char=$((RANDOM % 2))
        fi
        line="${line}${char}"
    done
    echo -e "${GREEN}${line}${NC}"
    sleep 0.05
    done
# -------------------------------------------------------------------
# Phase 4: Simulated Exploit Execution & Password Cracking
# -------------------------------------------------------------------
echo ""
typewriter "[*] Injecting payload to memory address 0x7FFF5FBFF040..." 0.02
(sleep 1.8) & spinner
echo -e " [${GREEN}SUCCESS${NC}]"

echo -e "${RED}[*] CRACKING HASH: \$6\$qZ8k\$v.X8D30g/K...${NC}"
passwords=("admin" "root" "123456" "shadow" "access_granted")

for pass in "${passwords[@]}"; do
    echo -ne "\r[*] Testing hash key: ${pass} ... "
    sleep 0.4
done
echo -e "\n[+] Hash cracked! Key match: ${BRIGHT_GREEN}access_granted${NC}\n"

# -------------------------------------------------------------------
# Final Completion Screen
# -------------------------------------------------------------------
typewriter "--------------------------------------------------------" 0.005
typewriter " SYSTEM OVERRIDE COMPLETE. ROOT ACCESS GRANTED." 0.03
typewriter "--------------------------------------------------------" 0.005
echo ""
#!/bin/bash

# Visual color setup
GREEN='\033[0;32m'
BRIGHT_GREEN='\033[1;32m'
RED='\033[0;31m'
BRIGHT_RED='\033[1;31m'
CYAN='\033[0;36m'
YELLOW='\033[1;33m'
PURPLE='\033[0;35m'
BLUE='\033[0;34m'
NC='\033[0m'

# Handle Ctrl+C exit gracefully
trap 'echo -e "\n\n${RED}[!] EMERGENCY ABORT SIGNAL RECEIVED. WIPING SESSIONS...${NC}"; exit 0' INT

# ASCII Art Store
read -r -d '' ASCII_ART << 'EOF' || true
                                                                                                                       
.                                                                                                                       
.   /&&&&&&&&&&&%.    *&&&&&&&#    #&&&&&&&#  ,/#(##########/   %&&@&&&&&&&&#.      %&&&&&&&&&&&&&&&.    .&&&&&&#,&     
.      &&&       &&&.    &&&,         &&&    (###############(.   ,&&&        @&&&    ,&&&         &,   &&       *&,    
.      &&&       (&&&    &&&,         &&&  .##       /(*     (##/ .&&&          &&&#  ,&&&             %&&&        &    
.      &&&      ,&&&     &&&,         &&&  ((#               (##* .&&&           &&&. ,&&&       %%     /&&&&&          
.      &&&&&&&@#         &&&&&&&&&&&&&&&&  ###               #### .&&&           &&&# ,&&&.   .,%&%        .@&&&&&      
.      &&&   *&&&        &&&,         &&&  ##(               (##. .&&&           &&&  ,&&&        %            *&&&&    
.      &&&     (&&&      &&&,         &&&  ,##              #((#  .&&&          @&&   ,&&&           & &         &&&,   
.      &&&.      #&&&.   &&&*         &&&    /(##(.     /#(##(,   *&&&       #&&&     *&&&         &&  &&#       &@&    
.   .,,,,,,,,      ,,,,,,,,,,,,    ,,,,,,,,,  ((###(#######/    ,,,,,,,,,,.         ,*,,,,,,,,,,,,,,,  #   /&&&&*       
.                                                              ,###                   .%%#                              
.                              *//*.  .*/.(//##(/              (  #  (  &#&  , .      #  * %  ( %   #       . . #       
.               .###/##(#((#(######(#(#(##((#((###(##(.                                                            ,    
.       ,##((((#(/#**     , ,                       ###,                                     .,/*  ,###((((*,.  ,       
.     ((#(##*                                      (*((#(#((#/(..  ,*,,((#(##(((#####(/#(## (,                          
.                                                     *#(../.( /(######(#((,,., .                                       
.                                                                                                                       
.                                                                                                                       
.                    
EOF

# Helper Functions
typewriter() {
    local text="$1"
    local delay="${2:-0.015}"
    for (( i=0; i<${#text}; i++ )); do
        echo -n "${text:$i:1}"
        sleep "$delay"
    done
    echo ""
}

spinner() {
    local duration=$1
    local spinstr='|/-\'
    local elapsed=0
    while [ $(echo "$elapsed < $duration" | awk '{print ($1 < $2)}') -eq 1 ]; do
        local temp=${spinstr#?}
        printf " [%c]  " "$spinstr"
        spinstr=$temp${spinstr%"$temp"}
        sleep 0.1
        elapsed=$(echo "$elapsed + 0.1" | awk '{print $1 + $2}')
        printf "\b\b\b\b\b\b"
    done
    printf "    \b\b\b\b"
}

progress_bar() {
    local label="$1"
    local width=30
    for ((i=1; i<=width; i++)); do
        local percent=$((i * 100 / width))
        local fill=$(printf '#%.0s' $(seq 1 $i))
        printf "\r${CYAN}%s${NC} [${GREEN}%-${width}s${NC}] %3d%%" "$label" "$fill" "$percent"
        sleep 0.02
    done
    echo ""
}

rand_ip() {
    echo "$((RANDOM%220+1)).$((RANDOM%254+1)).$((RANDOM%254+1)).$((RANDOM%254+1))"
}

rand_mac() {
    openssl rand -hex 6 | sed 's/\(..\)/\1:/g; s/.$//' 2>/dev/null || echo "00:A0:C9:14:C8:29"
}

# --- ATTACK MODULES ---

module_banner() {
    clear
    echo -e "${BRIGHT_GREEN}"
    echo "$ASCII_ART"
    echo -e "${NC}"
    echo -e "${YELLOW}========================================================================${NC}"
    echo -e "${CYAN}[ SYSTEM INFRASTRUCTURE: ONLINE ] [ NODE: TARGET_OVERRIDE_V4 ]${NC}"
    echo -e "${YELLOW}========================================================================${NC}\n"
    sleep 1
}

module_network_recon() {
    local target=$(rand_ip)
    echo -e "${PURPLE}[*] MODULE 1: NETWORK RECON & PORT SCANNING [TARGET: ${target}]${NC}"
    typewriter "[+] Initializing SYN Stealth Scan over 65535 ports..." 0.01
    sleep 0.5
    
    echo -e "\nPORT     STATE    SERVICE       BANNER"
    echo "--------------------------------------------------------"
    
    ports=("21/tcp   OPEN     ftp           Vsftpd 3.0.3"
           "22/tcp   OPEN     ssh           OpenSSH 8.2p1"
           "80/tcp   OPEN     http          Apache/2.4.41"
           "443/tcp  OPEN     https         nginx/1.18.0"
           "502/tcp  OPEN     modbus        Schneider SCADA"
           "3389/tcp FILTERED ms-wbt-server  Microsoft RDP"
           "8080/tcp OPEN     http-proxy    HAProxy 2.2")

    for entry in "${ports[@]}"; do
        echo -e "${GREEN}${entry}${NC}"
        sleep 0.15
    done
    echo ""
    progress_bar "[+] Fingerprinting OS Kernel..."
    echo -e "${GREEN}[+] OS Identified: Linux 5.15.0-generic (Ubuntu 22.04 LTS) [Accuracy: 99%]${NC}\n"
    sleep 1
}

module_wifi_crack() {
    echo -e "${PURPLE}[*] MODULE 2: WPA3/WPA2 AIRCRACK-NG HANDSHAKE CAPTURE${NC}"
    typewriter "[+] Putting wlan0mon into promiscuous mode..." 0.01
    typewriter "[+] Deauthenticating clients on BSSID [$(rand_mac)]..." 0.01
    
    echo -e "\n${YELLOW}BSSID              PWR  Beacons  #Data  CH  MB   ENC  CIPHER AUTH ESSID${NC}"
    for i in {1..5}; do
        printf "%s  -%2d  %7d  %5d  %2d  54e  WPA2 CCMP   PSK  ${CYAN}CorpNet_%02d${NC}\n" \
            "$(rand_mac)" "$((RANDOM%40+40))" "$((RANDOM%500+100))" "$((RANDOM%200+10))" "$((RANDOM%11+1))" "$i"
        sleep 0.2
    done
    
    echo -e "\n${RED}[!] WPA HANDSHAKE CAPTURED: [$(rand_mac)]${NC}"
    progress_bar "[*] Running GPU Dictionary Attack (142,000 keys/sec)..."
    echo -e "${BRIGHT_GREEN}[+] KEY FOUND: [ S3cur3P@ssw0rd2026! ]${NC}\n"
    sleep 1
}

module_hex_dump() {
    echo -e "${PURPLE}[*] MODULE 3: DIRECT MEMORY DUMP & HEAP EXPLOITATION${NC}"
    typewriter "[+] Injecting shellcode into heap memory buffer at address 0x7FFF5FBFF000..." 0.01
    sleep 0.5
    
    cols=$(tput cols 2>/dev/null || echo 80)
    lines=20
    
    for (( i=0; i<lines; i++ )); do
        addr=$(printf "0x%08X" $((RANDOM * 131071)))
        hex=""
        ascii=""
        for (( j=0; j<8; j++ )); do
            val=$((RANDOM % 256))
            hex="${hex}$(printf "%02X " $val)"
            if [ $val -ge 32 ] && [ $val -le 126 ]; then
                ascii="${ascii}$(printf "\\$(printf '%03o' $val)")"
            else
                ascii="${ascii}."
            fi
        done
        echo -e "${BLUE}${addr}${NC}  ${GREEN}${hex}${NC} |${YELLOW}${ascii}${NC}|"
        sleep 0.03
    done
    echo ""
}

module_ssh_bruteforce() {
    local target=$(rand_ip)
    echo -e "${PURPLE}[*] MODULE 4: HYDRA SSH BRUTE-FORCE ENGINE [${target}:22]${NC}"
    
    users=("admin" "root" "deploy" "sysadmin" "oracle" "postgres" "service")
    passwords=("123456" "password" "welcome1" "admin123" "shadow" "master" "root2026" "AccessGranted!")

    for u in "${users[@]}"; do
        for p in "${passwords[@]}"; do
            if [ "$u" == "root" ] && [ "$p" == "AccessGranted!" ]; then
                echo -e "[SSH] Attacking ${target}:22 - login: ${YELLOW}${u}${NC} | pass: ${YELLOW}${p}${NC} ... ${BRIGHT_GREEN}[SUCCESS - SHELL OPEN]${NC}"
                break 2
            else
                echo -e "[SSH] Attacking ${target}:22 - login: ${u} | pass: ${p} ... ${RED}[FAILED]${NC}"
                sleep 0.05
            fi
        done
    done
    echo ""
}

module_sat_uplink() {
    echo -e "${PURPLE}[*] MODULE 5: SATELLITE TELEMETRY & GEOLOCATION ACQUISITION${NC}"
    typewriter "[+] Locking target trajectory via Iridium-143 orbital relay..." 0.01
    
    for i in {1..6}; do
        lat=$(echo "scale=4; $((RANDOM%180 - 90)) + $((RANDOM%10000))/10000" | awk '{printf "%.4f", $0}')
        lon=$(echo "scale=4; $((RANDOM%360 - 180)) + $((RANDOM%10000))/10000" | awk '{printf "%.4f", $0}')
        alt=$((RANDOM%500 + 10000))
        echo -e "${CYAN}[SATELLITE TRACE]${NC} Lat: ${YELLOW}${lat}°${NC} | Lon: ${YELLOW}${lon}°${NC} | Alt: ${GREEN}${alt}m${NC} | Status: ${BRIGHT_GREEN}LOCKED${NC}"
        sleep 0.2
    done
    
    progress_bar "[+] Exfiltrating telemetry data..."
    echo ""
}

module_ddos_telemetry() {
    echo -e "${PURPLE}[*] MODULE 6: SYN-FLOOD BOTNET TELEMETRY [UDP/ICMP HEAVY RAMP]${NC}"
    local target=$(rand_ip)
    echo -e "[*] Target Vector: ${target}:80 | Threads: 1024"
    
    for i in {1..8}; do
        gbps=$(echo "scale=1; $i * 12.4 + $((RANDOM%5))" | awk '{printf "%.1f", $0}')
        pps=$((i * 1250000 + RANDOM%50000))
        echo -e "${RED}[FLOODING]${NC} Bandwidth: ${BRIGHT_RED}${gbps} Gbps${NC} | Packets/sec: ${YELLOW}${pps}${NC} | Status: ${GREEN}TARGET UNRESPONSIVE${NC}"
        sleep 0.25
    done
    echo ""
}
#!/bin/bash

# --- COLOR & ANSI DEFINITIONS ---
GREEN='\033[0;32m'
BRIGHT_GREEN='\033[1;32m'
RED='\033[0;31m'
BRIGHT_RED='\033[1;31m'
CYAN='\033[0;36m'
BRIGHT_CYAN='\033[1;36m'
YELLOW='\033[1;33m'
PURPLE='\033[0;35m'
BRIGHT_PURPLE='\033[1;35m'
BLUE='\033[0;34m'
WHITE='\033[1;37m'
FLASH_RED='\033[41;1;37m'
NC='\033[0m'

trap 'echo -e "\n\n${FLASH_RED}[!] EMERGENCY SHUTDOWN PROCEDURE INITIATED. WIPING TRACES...${NC}"; exit 0' INT

# --- ASCII GRAPHICS STORE ---
draw_giant_skull() {
    echo -e "${BRIGHT_RED}"
    cat << "EOF"
                   uu$$$$$$$$$$$uu
               uu$$$$$$$$$$$$$$$$$uu
              u$$$$$$$$$$$$$$$$$$$$$u
             u$$$$$$$$$$$$$$$$$$$$$$$u
            u$$$$$$"   "$$$"   "$$$$$$u
            "$$$$"      u$u       $$$$"
             $$$u       u$u       u$$$
             $$$u      u$$$u      u$$$
              "$$$uu$$$   $$$uu$$$"
               "$$$$$$$"   "$$$$$$$"
                 u$$$$$$$u$$$$$$$u
                  u$"$"$"$"$"$"$u
       uuu        $$u$ $ $ $ $u$$       uuu
      u$$$$        $$$$$u$u$u$$$       u$$$$
       $$$$$uu      "$$$$$$$$$"     uu$$$$$$
     u$$$$$$$$$$$uu    """""    uuuu$$$$$$$$$$
     $$$$"""$$$$$$$$$$uuu   uu$$$$$$$$$"""$$$"
      """      ""$$$$$$$$$$$uu ""$"""
EOF
    echo -e "${NC}"
}

draw_mainframe_banner() {
    echo -e "${BRIGHT_CYAN}"
    cat << "EOF"
                                                                                                                       
.                                                                                                                       
.   /&&&&&&&&&&&%.    *&&&&&&&#    #&&&&&&&#  ,/#(##########/   %&&@&&&&&&&&#.      %&&&&&&&&&&&&&&&.    .&&&&&&#,&     
.      &&&       &&&.    &&&,         &&&    (###############(.   ,&&&        @&&&    ,&&&         &,   &&       *&,    
.      &&&       (&&&    &&&,         &&&  .##       /(*     (##/ .&&&          &&&#  ,&&&             %&&&        &    
.      &&&      ,&&&     &&&,         &&&  ((#               (##* .&&&           &&&. ,&&&       %%     /&&&&&          
.      &&&&&&&@#         &&&&&&&&&&&&&&&&  ###               #### .&&&           &&&# ,&&&.   .,%&%        .@&&&&&      
.      &&&   *&&&        &&&,         &&&  ##(               (##. .&&&           &&&  ,&&&        %            *&&&&    
.      &&&     (&&&      &&&,         &&&  ,##              #((#  .&&&          @&&   ,&&&           & &         &&&,   
.      &&&.      #&&&.   &&&*         &&&    /(##(.     /#(##(,   *&&&       #&&&     *&&&         &&  &&#       &@&    
.   .,,,,,,,,      ,,,,,,,,,,,,    ,,,,,,,,,  ((###(#######/    ,,,,,,,,,,.         ,*,,,,,,,,,,,,,,,  #   /&&&&*       
.                                                              ,###                   .%%#                              
.                              *//*.  .*/.(//##(/              (  #  (  &#&  , .      #  * %  ( %   #       . . #       
.               .###/##(#((#(######(#(#(##((#((###(##(.                                                            ,    
.       ,##((((#(/#**     , ,                       ###,                                     .,/*  ,###((((*,.  ,       
.     ((#(##*                                      (*((#(#((#/(..  ,*,,((#(##(((#####(/#(## (,                          
.                                                     *#(../.( /(######(#((,,., .                                       
.                                                                                                                       
.                                                                                                                       
.                    
EOF
    echo -e "${NC}"
}

# --- UTILITIES & HELPER FUNCTIONS ---
typewriter() {
    local text="$1"
    local delay="${2:-0.008}"
    for (( i=0; i<${#text}; i++ )); do
        echo -n "${text:$i:1}"
        sleep "$delay"
    done
    echo ""
}

flash_alert() {
    for i in {1..3}; do
        echo -e "${FLASH_RED} [!!!] WARNING: CRITICAL SYSTEM OVERRIDE IN PROGRESS [!!!] ${NC}"
        sleep 0.08
        clear
        sleep 0.05
    done
}

progress_bar_fast() {
    local label="$1"
    local width=40
    for ((i=1; i<=width; i++)); do
        local percent=$((i * 100 / width))
        local fill=$(printf '█%.0s' $(seq 1 $i))
        printf "\r${BRIGHT_PURPLE}%s${NC} [${BRIGHT_GREEN}%-${width}s${NC}] %3d%%" "$label" "$fill" "$percent"
        sleep 0.01
    done
    echo ""
}

rand_hex() {
    openssl rand -hex "$1" 2>/dev/null || printf '%x' "$((RANDOM*RANDOM))"
}

rand_ip() {
    echo "$((RANDOM%220+1)).$((RANDOM%254+1)).$((RANDOM%254+1)).$((RANDOM%254+1))"
}

# --- MASSIVE ATTACK MODULES ---

module_matrix_rain() {
    echo -e "${BRIGHT_GREEN}[*] INITIALIZING MATRIX QUANTUM DATA STREAM...${NC}"
    sleep 0.5
    cols=$(tput cols 2>/dev/null || echo 100)
    lines=30
    for (( i=0; i<lines; i++ )); do
        line=""
        for (( j=0; j<cols; j++ )); do
            r=$((RANDOM % 5))
            if [ $r -eq 0 ]; then
                char=$(printf "\\$(printf '%03o' $((RANDOM % 26 + 65)))")
            elif [ $r -eq 1 ]; then
                char=$(printf "%X" $((RANDOM % 16)))
            elif [ $r -eq 2 ]; then
                char=$((RANDOM % 2))
            else
                char=" "
            fi
            line="${line}${char}"
        done
        echo -e "${GREEN}${line}${NC}"
        sleep 0.02
    done
    echo ""
}

module_quantum_decryption() {
    echo -e "${BRIGHT_PURPLE}[*] MODULE 1: QUANTUM RSA-4096 PRIME FACTORIZATION${NC}"
    typewriter "[+] Allocating 1,024 Qubits on IBM Quantum Cluster..." 0.005
    typewriter "[+] Loading Shor's Algorithm execution vectors..." 0.005
    
    qkeys=("0x8F9A2B" "0x1C4E7D" "0x9F3A11" "0xEE44A1" "0x7700BB" "0xFF1290")
    for key in "${qkeys[@]}"; do
        printf "${CYAN}[Q-ENGINE]${NC} Entangling qubit pair ${YELLOW}%s${NC} ---> Hash: ${RED}%s${NC}\n" "$key" "$(rand_hex 16)"
        sleep 0.08
    done
    
    progress_bar_fast "[+] Breaking Private Key Encryption..."
    echo -e "${BRIGHT_GREEN}[+] RSA-4096 KEY DECRYPTED IN 0.84 seconds!${NC}\n"
    sleep 0.5
}

module_kernel_exploit() {
    echo -e "${BRIGHT_RED}[*] MODULE 2: ZERO-DAY KERNEL MEMORY CORRUPTION (CVE-2026-9999)${NC}"
    typewriter "[+] Injecting payload into Linux kernel page tables..." 0.005
    
    for i in {1..8}; do
        echo -e "${BLUE}0x$(rand_hex 4):0x$(rand_hex 4)${NC}  ${RED}CRITICAL_PAGE_FAULT${NC}  ptr=${YELLOW}0x$(rand_hex 8)${NC}  [RET_OVERWRITE]"
        sleep 0.04
    done
    
    echo -e "${BRIGHT_GREEN}[+] PRIVILEGE ESCALATION SUCCESSFUL: uid=0(root) gid=0(root) groups=0(root)${NC}\n"
    sleep 0.5
}

module_code_compilation() {
    echo -e "${CYAN}[*] MODULE 3: LIVE C EXPLOIT COMPILATION & SHELLCODE INJECTION${NC}"
    sleep 0.2
    
    cat << "EOF" | while read -r line; do echo -e "${WHITE}${line}${NC}"; sleep 0.03; done
#include <stdio.h>
#include <unistd.h>
#include <sys/socket.h>

int main() {
    int tracker = socket(AF_INET, SOCK_STREAM, 0);
    struct sockaddr_in target;
    target.sin_family = AF_INET;
    target.sin_port = htons(1337);
    connect(tracker, (struct sockaddr *)&target, sizeof(target));
    dup2(tracker, 0); dup2(tracker, 1); dup2(tracker, 2);
    execve("/bin/sh", NULL, NULL);
    return 0;
}
EOF
    echo -e "${GREEN}[+] Shellcode compiled cleanly. 184 bytes written to execution stack.${NC}\n"
    sleep 0.5
}

module_orbital_targeting() {
    echo -e "${YELLOW}[*] MODULE 4: SATELLITE TELEMETRY & KINETIC LOCK${NC}"
    typewriter "[+] Hijacking Starlink Orbital Nodes (Relay 44-B)..." 0.005
    
    for i in {1..5}; do
        lat=$(echo "scale=4; $((RANDOM%180 - 90)).$((RANDOM%9999))" | awk '{printf "%.4f", $0}')
        lon=$(echo "scale=4; $((RANDOM%360 - 180)).$((RANDOM%9999))" | awk '{printf "%.4f", $0}')
        echo -e "${CYAN}[ORBITAL]${NC} Satellite-$(rand_hex 2) | Target Coordinates: ${YELLOW}${lat}°, ${lon}°${NC} | Trajectory: ${BRIGHT_GREEN}LOCKED${NC}"
        sleep 0.1
    done
    progress_bar_fast "[+] Calibrating Downlink Beam..."
    echo ""
}

module_darknet_exfiltration() {
    echo -e "${BRIGHT_PURPLE}[*] MODULE 5: DARKNET DATABASE LEAK EXFILTRATION${NC}"
    typewriter "[+] Dumping classified tables from target PostgreSQL cluster..." 0.005
    
    tables=("usr_passwords" "classified_docs" "crypto_keys" "swiss_bank_ledgers" "biometric_hashes")
    for table in "${tables[@]}"; do
        records=$((RANDOM%90000 + 10000))
        size=$((RANDOM%500 + 50))
        echo -e "${GREEN}[EXFIL]${NC} Table: ${WHITE}%-20s${NC} | Records: ${YELLOW}%d${NC} | Size: ${BRIGHT_CYAN}%d MB${NC} [DUMPED]" "$table" "$records" "$size"
        sleep 0.12
    done
    echo ""
}

module_crypto_hijack() {
    echo -e "${BRIGHT_GREEN}[*] MODULE 6: BLOCKCHAIN MEMPOOL HIJACK & HIGH-FEE FRONT-RUNNING${NC}"
    
    for i in {1..5}; do
        tx_hash="0x$(rand_hex 16)"
        btc=$(echo "scale=2; $((RANDOM%50 + 1)).$((RANDOM%99))" | awk '{printf "%.2f", $0}')
        echo -e "${YELLOW}[MEMPOOL]${NC} Intercepted TX: ${CYAN}${tx_hash:0:16}...${NC} | Value: ${BRIGHT_GREEN}${btc} BTC${NC} | Rerouting to Vault..."
        sleep 0.1
    done
    progress_bar_fast "[+] Re-signing Ledger Blocks..."
    echo ""
}

module_global_cyberwar() {
    draw_giant_skull
    flash_alert
    
    echo -e "${BRIGHT_RED}[!] GLOBAL CYBER-WARFARE MAINFLOW INITIATED [!]${NC}"
    
    cities=("WASHINGTON_DC" "TOKYO" "LONDON" "BERLIN" "SINGAPORE" "ZURICH" "REYKJAVIK")
    for city in "${cities[@]}"; do
        ip=$(rand_ip)
        echo -e "${RED}[OVERRIDE]${NC} Node: ${WHITE}%-15s${NC} (${ip}) ---> Status: ${FLASH_RED} CRITICAL FAILURE ${NC}" "$city"
        sleep 0.15
    done
    echo ""
}
#!/bin/bash

# ==============================================================================
# COLOR & VISUAL ENGINE
# ==============================================================================
# Standard Colors
BLACK='\033[0;30m'
RED='\033[0;31m'
GREEN='\033[0;32m'
YELLOW='\033[0;33m'
BLUE='\033[0;34m'
PURPLE='\033[0;35m'
CYAN='\033[0;36m'
WHITE='\033[0;37m'

# Bright Colors
B_BLACK='\033[1;30m'
B_RED='\033[1;31m'
B_GREEN='\033[1;32m'
B_YELLOW='\033[1;33m'
B_BLUE='\033[1;34m'
B_PURPLE='\033[1;35m'
B_CYAN='\033[1;36m'
B_WHITE='\033[1;37m'

# Backgrounds & Effects
BG_RED='\033[41;1;37m'
BG_GREEN='\033[42;1;30m'
BG_YELLOW='\033[43;1;30m'
BG_BLUE='\033[44;1;37m'
BLINK='\033[5m'
INVERT='\033[7m'
NC='\033[0m' # No Color

# Catch Ctrl+C
trap 'echo -e "\n\n${BG_RED} [FATAL] KERNEL PANIC - MANUAL ABORT INITIATED. WIPING RAM... ${NC}\n"; exit 0' INT

# ==============================================================================
# ASCII ART ARCHIVE
# ==============================================================================

draw_biohazard() {
echo -e "${B_YELLOW}"
cat << "EOF"
                  uu$$$$$$$$$$$uu
               uu$$$$$$$$$$$$$$$$$uu
              u$$$$$$$$$$$$$$$$$$$$$u
             u$$$$$$$$$$$$$$$$$$$$$$$u
            u$$$$$$"   "$$$"   "$$$$$$u
            "$$$$"      u$u       $$$$"
             $$$u       u$u       u$$$
             $$$u      u$$$u      u$$$
              "$$$uu$$$   $$$uu$$$"
               "$$$$$$$"   "$$$$$$$"
                 u$$$$$$$u$$$$$$$u
                  u$"$"$"$"$"$"$u
       uuu        $$u$ $ $ $ $u$$       uuu
      u$$$$        $$$$$u$u$u$$$       u$$$$
       $$$$$uu      "$$$$$$$$$"     uu$$$$$$
     u$$$$$$$$$$$uu    """""    uuuu$$$$$$$$$$
     $$$$"""$$$$$$$$$$uuu   uu$$$$$$$$$"""$$$"
      """      ""$$$$$$$$$$$uu ""$"""
EOF
echo -e "${NC}"
}

draw_eye() {
echo -e "${B_CYAN}"
cat << "EOF"
                                                                                                                       
.                                                                                                                       
.   /&&&&&&&&&&&%.    *&&&&&&&#    #&&&&&&&#  ,/#(##########/   %&&@&&&&&&&&#.      %&&&&&&&&&&&&&&&.    .&&&&&&#,&     
.      &&&       &&&.    &&&,         &&&    (###############(.   ,&&&        @&&&    ,&&&         &,   &&       *&,    
.      &&&       (&&&    &&&,         &&&  .##       /(*     (##/ .&&&          &&&#  ,&&&             %&&&        &    
.      &&&      ,&&&     &&&,         &&&  ((#               (##* .&&&           &&&. ,&&&       %%     /&&&&&          
.      &&&&&&&@#         &&&&&&&&&&&&&&&&  ###               #### .&&&           &&&# ,&&&.   .,%&%        .@&&&&&      
.      &&&   *&&&        &&&,         &&&  ##(               (##. .&&&           &&&  ,&&&        %            *&&&&    
.      &&&     (&&&      &&&,         &&&  ,##              #((#  .&&&          @&&   ,&&&           & &         &&&,   
.      &&&.      #&&&.   &&&*         &&&    /(##(.     /#(##(,   *&&&       #&&&     *&&&         &&  &&#       &@&    
.   .,,,,,,,,      ,,,,,,,,,,,,    ,,,,,,,,,  ((###(#######/    ,,,,,,,,,,.         ,*,,,,,,,,,,,,,,,  #   /&&&&*       
.                                                              ,###                   .%%#                              
.                              *//*.  .*/.(//##(/              (  #  (  &#&  , .      #  * %  ( %   #       . . #       
.               .###/##(#((#(######(#(#(##((#((###(##(.                                                            ,    
.       ,##((((#(/#**     , ,                       ###,                                     .,/*  ,###((((*,.  ,       
.     ((#(##*                                      (*((#(#((#/(..  ,*,,((#(##(((#####(/#(## (,                          
.                                                     *#(../.( /(######(#((,,., .                                       
.                                                                                                                       
.                                                                                                                       
.                    
EOF
echo -e "${NC}"
}

draw_globe() {
echo -e "${B_BLUE}"
cat << "EOF"
                                                                                                                       
.                                                                                                                       
.   /&&&&&&&&&&&%.    *&&&&&&&#    #&&&&&&&#  ,/#(##########/   %&&@&&&&&&&&#.      %&&&&&&&&&&&&&&&.    .&&&&&&#,&     
.      &&&       &&&.    &&&,         &&&    (###############(.   ,&&&        @&&&    ,&&&         &,   &&       *&,    
.      &&&       (&&&    &&&,         &&&  .##       /(*     (##/ .&&&          &&&#  ,&&&             %&&&        &    
.      &&&      ,&&&     &&&,         &&&  ((#               (##* .&&&           &&&. ,&&&       %%     /&&&&&          
.      &&&&&&&@#         &&&&&&&&&&&&&&&&  ###               #### .&&&           &&&# ,&&&.   .,%&%        .@&&&&&      
.      &&&   *&&&        &&&,         &&&  ##(               (##. .&&&           &&&  ,&&&        %            *&&&&    
.      &&&     (&&&      &&&,         &&&  ,##              #((#  .&&&          @&&   ,&&&           & &         &&&,   
.      &&&.      #&&&.   &&&*         &&&    /(##(.     /#(##(,   *&&&       #&&&     *&&&         &&  &&#       &@&    
.   .,,,,,,,,      ,,,,,,,,,,,,    ,,,,,,,,,  ((###(#######/    ,,,,,,,,,,.         ,*,,,,,,,,,,,,,,,  #   /&&&&*       
.                                                              ,###                   .%%#                              
.                              *//*.  .*/.(//##(/              (  #  (  &#&  , .      #  * %  ( %   #       . . #       
.               .###/##(#((#(######(#(#(##((#((###(##(.                                                            ,    
.       ,##((((#(/#**     , ,                       ###,                                     .,/*  ,###((((*,.  ,       
.     ((#(##*                                      (*((#(#((#/(..  ,*,,((#(##(((#####(/#(## (,                          
.                                                     *#(../.( /(######(#((,,., .                                       
.                                                                                                                       
.                                                                                                                       
.                   
EOF
echo -e "${NC}"
}

draw_mech_skull() {
echo -e "${B_RED}"
cat << "EOF"
                                                                                                                       
.                                                                                                                       
.   /&&&&&&&&&&&%.    *&&&&&&&#    #&&&&&&&#  ,/#(##########/   %&&@&&&&&&&&#.      %&&&&&&&&&&&&&&&.    .&&&&&&#,&     
.      &&&       &&&.    &&&,         &&&    (###############(.   ,&&&        @&&&    ,&&&         &,   &&       *&,    
.      &&&       (&&&    &&&,         &&&  .##       /(*     (##/ .&&&          &&&#  ,&&&             %&&&        &    
.      &&&      ,&&&     &&&,         &&&  ((#               (##* .&&&           &&&. ,&&&       %%     /&&&&&          
.      &&&&&&&@#         &&&&&&&&&&&&&&&&  ###               #### .&&&           &&&# ,&&&.   .,%&%        .@&&&&&      
.      &&&   *&&&        &&&,         &&&  ##(               (##. .&&&           &&&  ,&&&        %            *&&&&    
.      &&&     (&&&      &&&,         &&&  ,##              #((#  .&&&          @&&   ,&&&           & &         &&&,   
.      &&&.      #&&&.   &&&*         &&&    /(##(.     /#(##(,   *&&&       #&&&     *&&&         &&  &&#       &@&    
.   .,,,,,,,,      ,,,,,,,,,,,,    ,,,,,,,,,  ((###(#######/    ,,,,,,,,,,.         ,*,,,,,,,,,,,,,,,  #   /&&&&*       
.                                                              ,###                   .%%#                              
.                              *//*.  .*/.(//##(/              (  #  (  &#&  , .      #  * %  ( %   #       . . #       
.               .###/##(#((#(######(#(#(##((#((###(##(.                                                            ,    
.       ,##((((#(/#**     , ,                       ###,                                     .,/*  ,###((((*,.  ,       
.     ((#(##*                                      (*((#(#((#/(..  ,*,,((#(##(((#####(/#(## (,                          
.                                                     *#(../.( /(######(#((,,., .                                       
.                                                                                                                       
.                                                                                                                       
.                    
EOF
echo -e "${NC}"
}

# ==============================================================================
# ANIMATION HELPER FUNCTIONS
# ==============================================================================

typewriter() {
    local text="$1"
    local delay="${2:-0.005}"
    for (( i=0; i<${#text}; i++ )); do
        echo -n "${text:$i:1}"
        sleep "$delay"
    done
    echo ""
}

# Progress Bar Type 1: [██████░░░░]
bar_solid() {
    local label="$1"
    local color="$2"
    local width=40
    for ((i=1; i<=width; i++)); do
        local percent=$((i * 100 / width))
        local fill=$(printf '█%.0s' $(seq 1 $i))
        local empty=$(printf '░%.0s' $(seq $i $((width-1))))
        printf "\r${label} ${color}[${fill}${B_BLACK}${empty}${color}] %3d%%${NC}" "$percent"
        sleep 0.015
    done
    echo ""
}

# Progress Bar Type 2: [======>    ]
bar_arrow() {
    local label="$1"
    local width=30
    for ((i=1; i<=width; i++)); do
        local percent=$((i * 100 / width))
        local fill=$(printf '=%.0s' $(seq 1 $i))
        printf "\r${B_CYAN}%s${NC} [${B_GREEN}%-${width}s${NC}] %3d%%" "$label" "${fill}>" "$percent"
        sleep 0.02
    done
    echo ""
}

# Progress Bar Type 3: Grid Matrix [▓▓▓▓▓     ]
bar_grid() {
    local label="$1"
    local width=50
    for ((i=1; i<=width; i++)); do
        local percent=$((i * 100 / width))
        local fill=$(printf '▓%.0s' $(seq 1 $i))
        printf "\r${B_PURPLE}%s${NC} |${B_RED}%-${width}s${NC}| %3d%%" "$label" "${fill}" "$percent"
        sleep 0.005
    done
    echo ""
}

# Hollywood Decryption Effect (Cascading random chars ending in real password)
hollywood_decrypt() {
    local target="$1"
    local label="$2"
    local len=${#target}
    local chars="ABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789!@#$%^&*()"
    
    echo -ne "${B_YELLOW}${label}${NC} "
    for ((i=0; i<$len; i++)); do
        for ((j=0; j<8; j++)); do # Spin 8 times per character
            local rand_char="${chars:RANDOM%${#chars}:1}"
            # Print solved part + current spinning char + asterisks for unsolved
            local solved="${target:0:$i}"
            local unsolved=$(printf '*%.0s' $(seq 1 $(($len - $i - 1))))
            printf "\r${B_YELLOW}${label}${NC} ${B_GREEN}%s${B_WHITE}%s${B_BLACK}%s${NC}" "$solved" "$rand_char" "$unsolved"
            sleep 0.01
        done
    done
    printf "\r${B_YELLOW}${label}${NC} ${BG_GREEN} %s ${NC}\n" "$target"
}

# Random Hex Generator
hex_dump_line() {
    local addr=$(printf "0x%08X" $((RANDOM * 131071)))
    local hex=""
    local ascii=""
    for (( j=0; j<8; j++ )); do
        val=$((RANDOM % 256))
        hex="${hex}$(printf "%02X " $val)"
        if [ $val -ge 32 ] && [ $val -le 126 ]; then
            ascii="${ascii}$(printf "\\$(printf '%03o' $val)")"
        else
            ascii="${ascii}."
        fi
    done
    echo -e "${B_BLUE}${addr}${NC}  ${B_GREEN}${hex}${NC} |${B_YELLOW}${ascii}${NC}|"
}

rand_ip() { echo "$((RANDOM%220+1)).$((RANDOM%254+1)).$((RANDOM%254+1)).$((RANDOM%254+1))"; }

# ==============================================================================
# HACKING MODULES (15 PHASES)
# ==============================================================================

mod_boot() {
    clear
    echo -e "${B_WHITE}AWAKENING OMEGA_OS v9.9.4...${NC}"
    for i in {1..12}; do
        echo -e "${B_BLACK}[$(awk -v n="$i" 'BEGIN { printf "%.6f", n * 0.124 }')]${NC} kernel: Loading module arch/x86/crypto/aesni-intel..."
        sleep 0.02
        echo -e "${B_BLACK}[$(awk -v n="$i" 'BEGIN { printf "%.6f", n * 0.131 }')]${NC} systemd: Mounting /sys/kernel/debug..."
        sleep 0.01
    done
    echo -e "${B_GREEN}SYSTEM BOOT OPTIMAL. DROPPING TO ROOT SHELL.${NC}\n"
    sleep 0.5
}

mod_ice_break() {
    echo -e "${B_CYAN}>>> MODULE 1: INTRUSION COUNTERMEASURES ELECTRONICS (ICE) BREACH${NC}"
    bar_arrow "Bypassing Outer Firewall   "
    bar_arrow "Injecting Logic Bomb       "
    bar_arrow "Nullifying Antivirus Hooks "
    echo -e "${BG_BLUE} [ SUCCESS ] MAINFRAME PERIMETER BREACHED ${NC}\n"
}

mod_matrix_cascade() {
    echo -e "${B_GREEN}>>> MODULE 2: ENCRYPTED DATASTREAM INTERCEPT${NC}"
    local cols=$(tput cols 2>/dev/null || echo 100)
    for (( i=0; i<25; i++ )); do
        local line=""
        for (( j=0; j<cols; j++ )); do
            if (( RANDOM % 5 == 0 )); then line="${line}${B_WHITE}$((RANDOM%2))${NC}";
            elif (( RANDOM % 3 == 0 )); then line="${line}${B_GREEN}$((RANDOM%2))${NC}";
            else line="${line} "; fi
        done
        echo -e "$line"
        sleep 0.015
    done
    echo ""
}

mod_hollywood_crack() {
    echo -e "${B_PURPLE}>>> MODULE 3: NEURAL NET PASSWORD DECRYPTION${NC}"
    hollywood_decrypt "ADMINISTRATOR" "User Privileges:"
    hollywood_decrypt "OMEGA_DIRECTIVE_99" "Root Access Key:"
    hollywood_decrypt "OVERRIDE_GRANTED" "System Status  :"
    echo ""
}

mod_cctv_hijack() {
    draw_eye
    echo -e "${B_YELLOW}>>> MODULE 4: GLOBAL CCTV SURVEILLANCE HIJACK${NC}"
    for city in "TOKYO_METRO" "LONDON_TUBE" "NY_TIMES_SQ" "MOSCOW_KREMLIN"; do
        typewriter "[-] Routing connection to node [${city}] via proxy $(rand_ip)..." 0.005
        bar_grid "Capturing Video Feed"
        echo -e "${B_GREEN}[+] LIVE FEED ESTABLISHED: ${city} - CAMERA_0$((RANDOM%9+1))${NC}"
        sleep 0.2
    done
    echo ""
}

mod_dna_sequencing() {
    draw_biohazard
    echo -e "${B_CYAN}>>> MODULE 5: BIOMETRIC & DNA DATABASE OVERRIDE${NC}"
    for i in {1..15}; do
        seq=""
        for j in {1..40}; do
            n=$((RANDOM%4))
            case $n in
                0) seq="${seq}${B_RED}A${NC}-";;
                1) seq="${seq}${B_GREEN}T${NC}-";;
                2) seq="${seq}${B_BLUE}C${NC}-";;
                3) seq="${seq}${B_YELLOW}G${NC}-";;
            esac
        done
        echo -e "HELIX_MAP_$(printf "%04d" $i): ${seq:0:-1}"
        sleep 0.03
    done
    echo -e "${BG_RED} [ WARNING ] UNAUTHORIZED GENETIC MODIFICATION DETECTED ${NC}\n"
}

mod_satellite() {
    draw_globe
    echo -e "${B_BLUE}>>> MODULE 6: ORBITAL SATELLITE WEAPONIZATION${NC}"
    for sat in "MILSTAR-5" "COSMOS-2499" "ZHONGXING-1C"; do
        echo -e "${B_CYAN}[*] Uplink established to ${sat}...${NC}"
        bar_solid "Aligning Kinetic Payload  " "${B_CYAN}"
        echo -e "${B_GREEN}[+] Target Coordinates Locked: $((RANDOM%90))°N, $((RANDOM%180))°W${NC}\n"
    done
}

mod_crypto_drain() {
    echo -e "${B_YELLOW}>>> MODULE 7: DECENTRALIZED LEDGER DRAIN${NC}"
    for i in {1..10}; do
        btc=$(awk -v whole="$((RANDOM%50 + 10))" -v frac="$((RANDOM%9999))" 'BEGIN { printf "%.4f", whole + frac/10000 }')
        wallet="1$((RANDOM%9))$((RANDOM%9))$(openssl rand -hex 12 2>/dev/null || echo 'A1B2C3D4E5F6G7H8')"
        echo -e "${B_BLACK}[LEDGER]${NC} Transferring ${B_GREEN}${btc} BTC${NC} from ${B_CYAN}${wallet}${NC} to OFFSHORE_MIXER..."
        sleep 0.05
    done
    echo -e "${BG_GREEN} [ SUCCESS ] $84,930,110.00 UNTRACEABLE FUNDS MOVED ${NC}\n"
}

mod_deepfake_voice() {
    echo -e "${B_PURPLE}>>> MODULE 8: AI VOICE CLONING & SOCIAL ENGINEERING${NC}"
    typewriter "[*] Synthesizing acoustic models for Target_CEO..." 0.01
    bar_solid "Rendering Audio Waveforms " "${B_PURPLE}"
    echo -e "${B_YELLOW}[VOICE_AI] > \"Transfer the vault keys to the secure server immediately.\"${NC}"
    echo -e "${B_GREEN}[+] Wire-transfer authorized via voice authentication biometrics.${NC}\n"
}

mod_hex_dump_massive() {
    echo -e "${B_BLUE}>>> MODULE 9: MASSIVE MEMORY HEAP EXTRACTION${NC}"
    for i in {1..30}; do hex_dump_line; sleep 0.01; done
    echo -e "${B_CYAN}[+] 1.2 TB of fragmented memory extracted and compressed.${NC}\n"
}

mod_drone_swarm() {
    echo -e "${B_RED}>>> MODULE 10: MILITARY UAV SWARM TAKEOVER${NC}"
    typewriter "[*] Transmitting rogue telemetry to MQ-9 Reaper fleet..." 0.01
    for i in {1..8}; do
        echo -e "${B_YELLOW}[UAV-00$i]${NC} Altitude: 15,000ft | Status: ${B_RED}ROGUE${NC} | Armament: ${B_CYAN}ACTIVE${NC}"
        sleep 0.1
    done
    bar_arrow "Redirecting Swarm Vectors  "
    echo ""
}

mod_compile_virus() {
    echo -e "${B_WHITE}>>> MODULE 11: POLYMORPHIC VIRUS COMPILATION${NC}"
    cat << "EOF" | while read -r line; do echo -e "${B_BLACK}${line}${NC}"; sleep 0.01; done
section .text
    global _start
_start:
    xor eax, eax
    push eax
    push 0x68732f2f
    push 0x6e69622f
    mov ebx, esp
    push eax
    push ebx
    mov ecx, esp
    mov al, 11
    int 0x80
EOF
    bar_grid "Compiling ASM to Bin"
    echo -e "${B_GREEN}[+] Polymorphic engine attached. Undetectable by 64/64 AV vendors.${NC}\n"
}

mod_sys_overload() {
    echo -e "${B_CYAN}>>> MODULE 12: GLOBAL INFRASTRUCTURE OVERLOAD${NC}"
    for sys in "POWER_GRID" "AIR_TRAFFIC_CONTROL" "STOCK_EXCHANGE" "WATER_TREATMENT"; do
        typewriter "[!] Hitting $sys with 4.5 Tbps DDoS..." 0.005
        echo -e " ---> ${BG_RED} $sys OFFLINE ${NC}"
        sleep 0.2
    done
    echo ""
}

mod_quantum_decrypt() {
    echo -e "${B_PURPLE}>>> MODULE 13: QUANTUM PRIME FACTORIZATION${NC}"
    for i in {1..5}; do
        echo -e "${B_CYAN}[QUBIT_ARRAY_${i}]${NC} Entangling states... ${B_YELLOW}Superposition Achieved${NC}"
        sleep 0.1
    done
    bar_solid "Factoring RSA-8192 Keys   " "${B_PURPLE}"
    echo -e "${B_GREEN}[+] ALL MILITARY ENCRYPTION RENDERED OBSOLETE.${NC}\n"
}

mod_nuclear() {
    draw_mech_skull
    echo -e "${BLINK}${BG_RED} >>> MODULE 14: STRATEGIC LAUNCH CODES COMPROMISED <<< ${NC}"
    sleep 0.5
    hollywood_decrypt "DELTA-ECHO-77492" "SILO 1 TARGETING KEY:"
    hollywood_decrypt "BRAVO-TANGO-0019" "SILO 2 TARGETING KEY:"
    bar_grid "Initiating Launch Sequence"
    for i in {1..3}; do
        echo -e "${FLASH_RED} [!!!] WARNING: DEFCON 1 - LAUNCH IMMINENT [!!!] ${NC}"
        sleep 0.2
    done
    echo ""
}

mod_meltdown_flash() {
    for i in {1..8}; do
        clear
        echo -e "${BG_RED}${B_WHITE}"
        echo "                                                                       "
        echo "   [!] TOTAL SYSTEM COMPROMISE [!]  [!] TOTAL SYSTEM COMPROMISE [!]    "
        echo "                                                                       "
        echo -e "${NC}"
        sleep 0.1
        clear
        echo -e "${BG_YELLOW}${B_BLACK}"
        echo "                                                                       "
        echo "   [!] OMEGA DIRECTIVE ENGAGED [!]  [!] OMEGA DIRECTIVE ENGAGED [!]    "
        echo "                                                                       "
        echo -e "${NC}"
        sleep 0.1
    done
}
#!/bin/bash

# ==============================================================================
# ULTIMATE EXASCALE COLOR ENGINE & TERMINAL CONFIG
# ==============================================================================
BLACK='\033[0;30m'
RED='\033[0;31m'
GREEN='\033[0;32m'
YELLOW='\033[0;33m'
BLUE='\033[0;34m'
PURPLE='\033[0;35m'
CYAN='\033[0;36m'
WHITE='\033[0;37m'

B_BLACK='\033[1;30m'
B_RED='\033[1;31m'
B_GREEN='\033[1;32m'
B_YELLOW='\033[1;33m'
B_BLUE='\033[1;34m'
B_PURPLE='\033[1;35m'
B_CYAN='\033[1;36m'
B_WHITE='\033[1;37m'

BG_RED='\033[41;1;37m'
BG_GREEN='\033[42;1;30m'
BG_YELLOW='\033[43;1;30m'
BG_BLUE='\033[44;1;37m'
BG_PURPLE='\033[45;1;37m'
BG_CYAN='\033[46;1;30m'
BLINK='\033[5m'
NC='\033[0m'

trap 'echo -e "\n\n${BG_RED} [CRITICAL] EMERGENCY TERMINATION RECEIVED - SCRUBBING RAM MEMORY... ${NC}\n"; exit 0' INT

# ==============================================================================
# HIGH-IMPACT ASCII GRAPHICS ARCHIVE
# ==============================================================================

draw_radar() {
echo -e "${B_GREEN}"
cat << "EOF"
                                                                                                                       
.                                                                                                                       
.   /&&&&&&&&&&&%.    *&&&&&&&#    #&&&&&&&#  ,/#(##########/   %&&@&&&&&&&&#.      %&&&&&&&&&&&&&&&.    .&&&&&&#,&     
.      &&&       &&&.    &&&,         &&&    (###############(.   ,&&&        @&&&    ,&&&         &,   &&       *&,    
.      &&&       (&&&    &&&,         &&&  .##       /(*     (##/ .&&&          &&&#  ,&&&             %&&&        &    
.      &&&      ,&&&     &&&,         &&&  ((#               (##* .&&&           &&&. ,&&&       %%     /&&&&&          
.      &&&&&&&@#         &&&&&&&&&&&&&&&&  ###               #### .&&&           &&&# ,&&&.   .,%&%        .@&&&&&      
.      &&&   *&&&        &&&,         &&&  ##(               (##. .&&&           &&&  ,&&&        %            *&&&&    
.      &&&     (&&&      &&&,         &&&  ,##              #((#  .&&&          @&&   ,&&&           & &         &&&,   
.      &&&.      #&&&.   &&&*         &&&    /(##(.     /#(##(,   *&&&       #&&&     *&&&         &&  &&#       &@&    
.   .,,,,,,,,      ,,,,,,,,,,,,    ,,,,,,,,,  ((###(#######/    ,,,,,,,,,,.         ,*,,,,,,,,,,,,,,,  #   /&&&&*       
.                                                              ,###                   .%%#                              
.                              *//*.  .*/.(//##(/              (  #  (  &#&  , .      #  * %  ( %   #       . . #       
.               .###/##(#((#(######(#(#(##((#((###(##(.                                                            ,    
.       ,##((((#(/#**     , ,                       ###,                                     .,/*  ,###((((*,.  ,       
.     ((#(##*                                      (*((#(#((#/(..  ,*,,((#(##(((#####(/#(## (,                          
.                                                     *#(../.( /(######(#((,,., .                                       
.                                                                                                                       
.                                                                                                                       
.                    
EOF
echo -e "${NC}"
}

draw_chip() {
echo -e "${B_CYAN}"
cat << "EOF"
      +-----------------+
  ---| 1   CPU CORE   8 |---
  ---| 2  NEURAL RUN  7 |---
  ---| 3  0x7FFF5F00  6 |---
  ---| 4   SYS_RAM    5 |---
      +-----------------+
EOF
echo -e "${NC}"
}

draw_subsea() {
echo -e "${B_BLUE}"
cat << "EOF"
  ~~~~~~\~~~~~~~~/~~~~~~~~~/~~~~~~
    __   \______/        /   __
   /  \____[ FIBER TAP ]____/  \
  |   ATLANTIC OPTICAL CABLE-01  |
   \____________________________/
EOF
echo -e "${NC}"
}

draw_scada() {
echo -e "${B_YELLOW}"
cat << "EOF"
   [POWER PLANT] ==== (MODBUS/TCP) ==== [TURBINE #4]
        ||                                    ||
   +----------+                          +----------+
   | PLC_0x89 |  <-- OVERRIDE SENT -->   | VALVES:  |
   | VOLT:240 |                          | CLOSED   |
   +----------+                          +----------+
EOF
echo -e "${NC}"
}

draw_satellite_array() {
echo -e "${B_PURPLE}"
cat << "EOF"
                                                                                                                       
.                                                                                                                       
.   /&&&&&&&&&&&%.    *&&&&&&&#    #&&&&&&&#  ,/#(##########/   %&&@&&&&&&&&#.      %&&&&&&&&&&&&&&&.    .&&&&&&#,&     
.      &&&       &&&.    &&&,         &&&    (###############(.   ,&&&        @&&&    ,&&&         &,   &&       *&,    
.      &&&       (&&&    &&&,         &&&  .##       /(*     (##/ .&&&          &&&#  ,&&&             %&&&        &    
.      &&&      ,&&&     &&&,         &&&  ((#               (##* .&&&           &&&. ,&&&       %%     /&&&&&          
.      &&&&&&&@#         &&&&&&&&&&&&&&&&  ###               #### .&&&           &&&# ,&&&.   .,%&%        .@&&&&&      
.      &&&   *&&&        &&&,         &&&  ##(               (##. .&&&           &&&  ,&&&        %            *&&&&    
.      &&&     (&&&      &&&,         &&&  ,##              #((#  .&&&          @&&   ,&&&           & &         &&&,   
.      &&&.      #&&&.   &&&*         &&&    /(##(.     /#(##(,   *&&&       #&&&     *&&&         &&  &&#       &@&    
.   .,,,,,,,,      ,,,,,,,,,,,,    ,,,,,,,,,  ((###(#######/    ,,,,,,,,,,.         ,*,,,,,,,,,,,,,,,  #   /&&&&*       
.                                                              ,###                   .%%#                              
.                              *//*.  .*/.(//##(/              (  #  (  &#&  , .      #  * %  ( %   #       . . #       
.               .###/##(#((#(######(#(#(##((#((###(##(.                                                            ,    
.       ,##((((#(/#**     , ,                       ###,                                     .,/*  ,###((((*,.  ,       
.     ((#(##*                                      (*((#(#((#/(..  ,*,,((#(##(((#####(/#(## (,                          
.                                                     *#(../.( /(######(#((,,., .                                       
.                                                                                                                       
.                                                                                                                       
.                    
EOF
echo -e "${NC}"
}

draw_mech_skull() {
echo -e "${B_RED}"
cat << "EOF"
                                                                                                                       
.                                                                                                                       
.   /&&&&&&&&&&&%.    *&&&&&&&#    #&&&&&&&#  ,/#(##########/   %&&@&&&&&&&&#.      %&&&&&&&&&&&&&&&.    .&&&&&&#,&     
.      &&&       &&&.    &&&,         &&&    (###############(.   ,&&&        @&&&    ,&&&         &,   &&       *&,    
.      &&&       (&&&    &&&,         &&&  .##       /(*     (##/ .&&&          &&&#  ,&&&             %&&&        &    
.      &&&      ,&&&     &&&,         &&&  ((#               (##* .&&&           &&&. ,&&&       %%     /&&&&&          
.      &&&&&&&@#         &&&&&&&&&&&&&&&&  ###               #### .&&&           &&&# ,&&&.   .,%&%        .@&&&&&      
.      &&&   *&&&        &&&,         &&&  ##(               (##. .&&&           &&&  ,&&&        %            *&&&&    
.      &&&     (&&&      &&&,         &&&  ,##              #((#  .&&&          @&&   ,&&&           & &         &&&,   
.      &&&.      #&&&.   &&&*         &&&    /(##(.     /#(##(,   *&&&       #&&&     *&&&         &&  &&#       &@&    
.   .,,,,,,,,      ,,,,,,,,,,,,    ,,,,,,,,,  ((###(#######/    ,,,,,,,,,,.         ,*,,,,,,,,,,,,,,,  #   /&&&&*       
.                                                              ,###                   .%%#                              
.                              *//*.  .*/.(//##(/              (  #  (  &#&  , .      #  * %  ( %   #       . . #       
.               .###/##(#((#(######(#(#(##((#((###(##(.                                                            ,    
.       ,##((((#(/#**     , ,                       ###,                                     .,/*  ,###((((*,.  ,       
.     ((#(##*                                      (*((#(#((#/(..  ,*,,((#(##(((#####(/#(## (,                          
.                                                     *#(../.( /(######(#((,,., .                                       
.                                                                                                                       
.                                                                                                                       
.                    
EOF
echo -e "${NC}"
}

# ==============================================================================
# ANIMATION HELPER FUNCTIONS
# ==============================================================================

typewriter() {
    local text="$1"
    local delay="${2:-0.003}"
    for (( i=0; i<${#text}; i++ )); do
        echo -n "${text:$i:1}"
        sleep "$delay"
    done
    echo ""
}

bar_solid() {
    local label="$1"
    local color="$2"
    local width=40
    for ((i=1; i<=width; i++)); do
        local percent=$((i * 100 / width))
        local fill=$(printf '█%.0s' $(seq 1 $i))
        local empty=$(printf '░%.0s' $(seq $i $((width-1))))
        printf "\r${label} ${color}[${fill}${B_BLACK}${empty}${color}] %3d%%${NC}" "$percent"
        sleep 0.01
    done
    echo ""
}

bar_arrow() {
    local label="$1"
    local width=35
    for ((i=1; i<=width; i++)); do
        local percent=$((i * 100 / width))
        local fill=$(printf '=%.0s' $(seq 1 $i))
        printf "\r${B_CYAN}%s${NC} [${B_GREEN}%-${width}s${NC}] %3d%%" "$label" "${fill}>" "$percent"
        sleep 0.008
    done
    echo ""
}

bar_grid() {
    local label="$1"
    local width=45
    for ((i=1; i<=width; i++)); do
        local percent=$((i * 100 / width))
        local fill=$(printf '▓%.0s' $(seq 1 $i))
        printf "\r${B_PURPLE}%s${NC} |${B_RED}%-${width}s${NC}| %3d%%" "$label" "${fill}" "$percent"
        sleep 0.006
    done
    echo ""
}

bar_blocks() {
    local label="$1"
    local width=30
    for ((i=1; i<=width; i++)); do
        local percent=$((i * 100 / width))
        local fill=$(printf '■%.0s' $(seq 1 $i))
        printf "\r${B_YELLOW}%s${NC} [${B_YELLOW}%-${width}s${NC}] %3d%%" "$label" "${fill}" "$percent"
        sleep 0.012
    done
    echo ""
}

hollywood_decrypt() {
    local target="$1"
    local label="$2"
    local len=${#target}
    local chars="ABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789!@#$%^&*()_+"
    
    echo -ne "${B_YELLOW}${label}${NC} "
    for ((i=0; i<$len; i++)); do
        for ((j=0; j<6; j++)); do
            local rand_char="${chars:RANDOM%${#chars}:1}"
            local solved="${target:0:$i}"
            local unsolved=$(printf '*%.0s' $(seq 1 $(($len - $i - 1))))
            printf "\r${B_YELLOW}${label}${NC} ${B_GREEN}%s${B_WHITE}%s${B_BLACK}%s${NC}" "$solved" "$rand_char" "$unsolved"
            sleep 0.008
        done
    done
    printf "\r${B_YELLOW}${label}${NC} ${BG_GREEN} %s ${NC}\n" "$target"
}

hex_dump_line() {
    local addr=$(printf "0x%08X" $((RANDOM * 131071)))
    local hex=""
    local ascii=""
    for (( j=0; j<8; j++ )); do
        val=$((RANDOM % 256))
        hex="${hex}$(printf "%02X " $val)"
        if [ $val -ge 32 ] && [ $val -le 126 ]; then
            ascii="${ascii}$(printf "\\$(printf '%03o' $val)")"
        else
            ascii="${ascii}."
        fi
    done
    echo -e "${B_BLUE}${addr}${NC}  ${B_GREEN}${hex}${NC} |${B_YELLOW}${ascii}${NC}|"
}

rand_ip() { echo "$((RANDOM%220+1)).$((RANDOM%254+1)).$((RANDOM%254+1)).$((RANDOM%254+1))"; }

# ==============================================================================
# MODULE LIBRARY (25 CONTINUOUS PHASES)
# ==============================================================================

mod_01_boot() {
    clear
    echo -e "${B_WHITE}INITIALIZING EXASCALE HYPERVISOR V10.4...${NC}"
    for i in {1..10}; do
        echo -e "${B_BLACK}[$(awk -v n="$i" 'BEGIN { printf "%.6f", n * 0.104 }')]${NC} kernel: Initializing PCIe Bus 0000:00:1f.3..."
        sleep 0.015
        echo -e "${B_BLACK}[$(awk -v n="$i" 'BEGIN { printf "%.6f", n * 0.112 }')]${NC} systemd: Binding socket @/org/kernel/linux/storage..."
        sleep 0.01
    done
    echo -e "${B_GREEN}[+] CORE SYSTEMS READY. ENGAGING ATTACH VECTORS.${NC}\n"
    sleep 0.3
}

mod_02_bios() {
    draw_chip
    echo -e "${B_CYAN}>>> MODULE 2: CPU MICROCODE & UEFI BIOS EXPLOITATION${NC}"
    typewriter "[*] Flashing rogue SPI firmware image into Motherboard ROM..." 0.005
    bar_blocks "Overwriting BIOS Bank A   "
    echo -e "${B_GREEN}[+] Hardware Security Enclave Bypassed. Trust Zone compromised.${NC}\n"
}

mod_03_subsea() {
    draw_subsea
    echo -e "${B_BLUE}>>> MODULE 3: SUBSEA FIBER-OPTIC CABLE INTERCEPT${NC}"
    typewriter "[*] Splitting optical spectrum wavelengths on Atlantic Link 4..." 0.005
    bar_solid "Aligning Optical Prism    " "${B_BLUE}"
    echo -e "${B_CYAN}[+] Tapping 400 Gbps raw unencrypted payload stream.${NC}\n"
}

mod_04_ice() {
    echo -e "${B_PURPLE}>>> MODULE 4: FIREWALL ICE PENETRATION${NC}"
    bar_arrow "Bypassing Perimeter Defense"
    bar_arrow "Neutralizing IDS Sensors   "
    echo -e "${BG_BLUE} [ ACCESS GRANTED ] ENTERING INTERNAL INFRASTRUCTURE ${NC}\n"
}

mod_05_matrix() {
    echo -e "${B_GREEN}>>> MODULE 5: REAL-TIME QUANTUM DATASTREAM${NC}"
    local cols=$(tput cols 2>/dev/null || echo 100)
    for (( i=0; i<20; i++ )); do
        local line=""
        for (( j=0; j<cols; j++ )); do
            if (( RANDOM % 5 == 0 )); then line="${line}${B_WHITE}$((RANDOM%2))${NC}";
            elif (( RANDOM % 3 == 0 )); then line="${line}${B_GREEN}$((RANDOM%2))${NC}";
            else line="${line} "; fi
        done
        echo -e "$line"
        sleep 0.01
    done
    echo ""
}

mod_06_decrypt() {
    echo -e "${B_YELLOW}>>> MODULE 6: HOLLYWOOD MULTIPHASE PASSWORD CRACK${NC}"
    hollywood_decrypt "ROOT_SECURITY_ACCESS" "Target User  :"
    hollywood_decrypt "0x994F_KEY_SOLVED"    "Cipher Matrix:"
    hollywood_decrypt "OVERRIDE_ACTIVE"     "System State :"
    echo ""
}

mod_07_ai() {
    echo -e "${B_CYAN}>>> MODULE 7: NEURAL NETWORK WEIGHT CORRUPTION${NC}"
    typewriter "[*] Injecting adversarial tensor perturbations into AI Core..." 0.005
    for i in {1..6}; do
        echo -e "${B_BLACK}[TENSOR]${NC} Layer $i: Bias Shifted by ${B_RED}+0.08942${NC} | Loss: ${B_YELLOW}0.000102${NC}"
        sleep 0.04
    done
    bar_grid "Rewriting Model Parameters"
    echo -e "${B_GREEN}[+] AI Guardrails successfully disabled.${NC}\n"
}

mod_08_cctv() {
    echo -e "${B_PURPLE}>>> MODULE 8: GLOBAL FACIAL RECOGNITION SURVEILLANCE${NC}"
    for city in "PARIS_CENTER" "TOKYO_SHIBUYA" "LONDON_BANK" "NEW_YORK_WALL_ST"; do
        echo -e "${B_YELLOW}[CAM] Routing Feed -> ${city} (Node: $(rand_ip))${NC}"
        bar_blocks "Scanning Vector Matches   "
        echo -e "${B_GREEN}[+] Target Located: Matching Profile #8921-A [99.4%]${NC}"
        sleep 0.15
    done
    echo ""
}

mod_09_dna() {
    echo -e "${B_CYAN}>>> MODULE 9: BIOMETRIC DNA DATABASE MUTATION${NC}"
    for i in {1..10}; do
        seq=""
        for j in {1..35}; do
            n=$((RANDOM%4))
            case $n in
                0) seq="${seq}${B_RED}A${NC}";;
                1) seq="${seq}${B_GREEN}T${NC}";;
                2) seq="${seq}${B_BLUE}C${NC}";;
                3) seq="${seq}${B_YELLOW}G${NC}";;
            esac
        done
        echo -e "GENOME_RESEQ_$(printf "%02d" $i): [ ${seq} ]"
        sleep 0.02
    done
    echo -e "${BG_RED} [ ALERT ] CRIMINAL FORENSIC INDEX WIPED ${NC}\n"
}

mod_10_satellite() {
    draw_satellite_array
    echo -e "${B_PURPLE}>>> MODULE 10: SATELLITE TELEMETRY HIJACK${NC}"
    bar_solid "Synchronizing Dish Arrays " "${B_PURPLE}"
    echo -e "${B_GREEN}[+] Orbital Lock Established on Military Sat-09.${NC}\n"
}

mod_11_tor() {
    echo -e "${B_GREEN}>>> MODULE 11: TOR DARKNET NODE DE-ANONYMIZATION${NC}"
    typewriter "[*] Mapping onion circuit pathways across 128 relay nodes..." 0.005
    for i in {1..5}; do
        echo -e "${B_BLACK}[RELAY]${NC} Entry: ${CYAN}$(rand_ip)${NC} -> Middle: ${YELLOW}$(rand_ip)${NC} -> Exit: ${B_RED}$(rand_ip)${NC}"
        sleep 0.05
    done
    echo -e "${B_GREEN}[+] Real IP Unmasked: 198.51.100.42 [Origin Verified]${NC}\n"
}

mod_12_scada() {
    draw_scada
    echo -e "${B_YELLOW}>>> MODULE 12: SCADA INDUSTRIAL POWER GRID OVERRIDE${NC}"
    typewriter "[!] Transmitting malicious Modbus coil commands to Substation #12..." 0.005
    bar_arrow "Overloading Power Grid    "
    echo -e "${BG_YELLOW}${B_BLACK} [ WARNING ] REGIONAL GRID BLACKOUT INITIATED ${NC}\n"
}

mod_13_crypto() {
    echo -e "${B_YELLOW}>>> MODULE 13: HIGH-FREQUENCY CRYPTO VAULT EXFILTRATION${NC}"
    for i in {1..8}; do
        eth=$(awk -v whole="$((RANDOM%100 + 10))" -v cents="$((RANDOM%99))" 'BEGIN { printf "%.2f", whole + cents/100 }' )
        echo -e "${B_BLACK}[BLOCKCHAIN]${NC} Sweeping ${B_GREEN}${eth} ETH${NC} -> Vault 0x$(openssl rand -hex 8 2>/dev/null || echo 'F89A002C')"
        sleep 0.04
    done
    echo -e "${B_GREEN}[+] \$12,400,000.00 Transferred to Cold Storage Wallet.${NC}\n"
}

mod_14_deepfake() {
    echo -e "${B_PURPLE}>>> MODULE 14: NEURAL VOICE CLONING ENGINE${NC}"
    bar_solid "Synthesizing Audio Matrix " "${B_PURPLE}"
    echo -e "${B_YELLOW}[VOICE_SYNTH] > \"Override safety protocols. Release the system lock immediately.\"${NC}"
    echo -e "${B_GREEN}[+] Voice Biometric Gatekeeper Tricked.${NC}\n"
}

mod_15_hft() {
    echo -e "${B_GREEN}>>> MODULE 15: HIGH-FREQUENCY TRADING ALGORITHM DRAIN${NC}"
    for i in {1..6}; do
        ticker=("AAPL" "MSFT" "GOOGL" "AMZN" "NVDA" "TSLA")
        sym=${ticker[$((RANDOM%6))]}
        echo -e "${B_BLACK}[WALL_ST]${NC} Executing Short Order: ${B_YELLOW}${sym}${NC} | Vol: ${B_CYAN}$((RANDOM%50000+10000))${NC} | Profit: ${B_GREEN}+$((RANDOM%900+100))k${NC}"
        sleep 0.05
    done
    echo ""
}

mod_16_hexdump() {
    echo -e "${B_BLUE}>>> MODULE 16: HEAP MEMORY DIRECTORY EXHAUSTION${NC}"
    for i in {1..20}; do hex_dump_line; sleep 0.01; done
    echo -e "${B_CYAN}[+] 2.4 Gigabytes extracted from memory addresses.${NC}\n"
}

mod_17_drones() {
    echo -e "${B_RED}>>> MODULE 17: AUTONOMOUS DRONE SWARM CONTROL${NC}"
    typewriter "[*] Overriding encrypted telemetry link on 64 quadcopters..." 0.005
    bar_arrow "Hijacking Flight Control  "
    echo -e "${B_GREEN}[+] Drone Swarm rerouted to new location coordinates.${NC}\n"
}

mod_18_traffic() {
    echo -e "${B_CYAN}>>> MODULE 18: SMART CITY TRAFFIC GRID OVERRIDE${NC}"
    for street in "BROADWAY_AVE" "5TH_AVENUE" "SUNSET_BLVD" "MAIN_STREET"; do
        echo -e "${B_YELLOW}[TRAFFIC_GRID] Switching signals on ${street} to PERPETUAL GREEN...${NC}"
        sleep 0.1
    done
    echo -e "${BG_RED} [ GRIDLOCK ENGAGED ] TRAFFIC FLOW HALTED ${NC}\n"
}

mod_19_supercomputer() {
    echo -e "${B_WHITE}>>> MODULE 19: EXASCALE SUPERCOMPUTER CLUSTER ATTACH${NC}"
    bar_grid "Allocating 50,000 Nodes  "
    echo -e "${B_GREEN}[+] 1.2 Exaflops of raw computing power assigned to task.${NC}\n"
}

mod_20_compile() {
    echo -e "${B_WHITE}>>> MODULE 20: ZERO-DAY WORM COMPILATION${NC}"
    cat << "EOF" | while read -r line; do echo -e "${B_BLACK}${line}${NC}"; sleep 0.01; done
struct target_node {
    uint32_t ip;
    uint16_t port;
    char payload[256];
};
void propagate(struct target_node *node) {
    int s = socket(AF_INET, SOCK_STREAM, 0);
    connect(s, (struct sockaddr*)node, sizeof(*node));
    write(s, node->payload, 256);
}
EOF
    bar_blocks "Building Binary Executable"
    echo -e "${B_GREEN}[+] Payload compiled cleanly. Zero detection rating.${NC}\n"
}

mod_21_radar() {
    draw_radar
    echo -e "${B_GREEN}>>> MODULE 21: AIR DEFENSE RADAR BLINDING${NC}"
    bar_solid "Injecting Active Noise    " "${B_GREEN}"
    echo -e "${B_CYAN}[+] Radar scope flooded with ghost targets.${NC}\n"
}

mod_22_ddos() {
    echo -e "${B_RED}>>> MODULE 22: GLOBAL TELECOM BACKBONE DDOS${NC}"
    for i in {1..6}; do
        gbps=$(awk -v n="$i" -v extra="$((RANDOM%5))" 'BEGIN { printf "%.1f", n * 18.2 + extra }')
        echo -e "${B_BLACK}[BOTNET]${NC} Pumping ${B_RED}${gbps} Gbps${NC} SYN-Flood -> Backbone Relay $((RANDOM%9+1))"
        sleep 0.05
    done
    echo -e "${BG_RED} [ SYSTEM DOWN ] TARGET UNRESPONSIVE ${NC}\n"
}

mod_23_iss() {
    echo -e "${B_BLUE}>>> MODULE 23: ORBITAL HABITAT TELEMETRY INTERCEPT${NC}"
    typewriter "[*] Overriding solar array orientation alignment..." 0.005
    bar_arrow "Reorienting Solar Panels  "
    echo -e "${B_GREEN}[+] Telemetry feed override confirmed.${NC}\n"
}

mod_24_quantum() {
    echo -e "${B_PURPLE}>>> MODULE 24: QUANTUM SHOR'S ALGORITHM ENGINE${NC}"
    bar_grid "Collapsing Qubit Array   "
    echo -e "${B_GREEN}[+] RSA-8192 Key Factored! Encryption Cracked!${NC}\n"
}

mod_25_nuclear() {
    draw_mech_skull
    echo -e "${BLINK}${BG_RED} >>> MODULE 25: MASTER OVERRIDE - DEFCON 1 ENGAGED <<< ${NC}"
    sleep 0.3
    hollywood_decrypt "LAUNCH_CODE_ALPHA_99" "SILO COMMAND 01:"
    hollywood_decrypt "LAUNCH_CODE_BRAVO_01" "SILO COMMAND 02:"
    bar_solid "Executing Final Directive " "${B_RED}"
    for i in {1..3}; do
        echo -e "${FLASH_RED} [!!!] SYSTEM OVERRIDE COMPLETE - MAXIMUM ACCESS GRANTED [!!!] ${NC}"
        sleep 0.15
    done
    echo ""
}

mod_flash_meltdown() {
    for i in {1..6}; do
        clear
        echo -e "${BG_RED}${B_WHITE}"
        echo "                                                                       "
        echo "    [!] EXASCALE PENETRATION COMPLETE - SYSTEM CONTROLLED [!]          "
        echo "                                                                       "
        echo -e "${NC}"
        sleep 0.1
        clear
        echo -e "${BG_CYAN}${B_BLACK}"
        echo "                                                                       "
        echo "    [!] EXASCALE PENETRATION COMPLETE - SYSTEM CONTROLLED [!]          "
        echo "                                                                       "
        echo -e "${NC}"
        sleep 0.1
    done
}

# ==============================================================================

# ==============================================================================
# EXTENDED HOLLYWOOD ANIMATION LIBRARY
# Visual-only theatrical modules for classroom demonstration.
# ==============================================================================

spinner() {
    local label="$1"
    local rounds="${2:-16}"
    local frames='|/-\'
    local i=0
    while (( i < rounds )); do
        printf "\r${B_CYAN}%s${NC} ${B_GREEN}%s${NC}" "$label" "${frames:i%4:1}"
        sleep 0.06
        i=$((i + 1))
    done
    printf "\r${B_GREEN}%s COMPLETE${NC}     \n" "$label"
}

pulse_bar() {
    local label="$1"
    local width=50
    local round phase
    for round in {1..2}; do
        for ((phase=1; phase<=width; phase++)); do
            printf "\r${B_PURPLE}%s${NC} [" "$label"
            printf '%*s' "$phase" '' | tr ' ' '█'
            printf '%*s' "$((width-phase))" '' | tr ' ' '░'
            printf "] ${B_WHITE}%3d%%${NC}" "$((phase*100/width))"
            sleep 0.005
        done
        for ((phase=width; phase>=1; phase--)); do
            printf "\r${B_PURPLE}%s${NC} [" "$label"
            printf '%*s' "$phase" '' | tr ' ' '▓'
            printf '%*s' "$((width-phase))" '' | tr ' ' ' '
            printf "] ${B_WHITE}%3d%%${NC}" "$((phase*100/width))"
            sleep 0.003
        done
    done
    echo
}

scanline() {
    local label="$1"
    local width=60
    local i
    printf "${B_CYAN}%s${NC}\n" "$label"
    for ((i=0; i<width; i++)); do
        printf "\r${B_BLACK}[${NC}"
        printf '%*s' "$i" '' | tr ' ' '.'
        printf "${B_GREEN}>${NC}"
        printf '%*s' "$((width-i))" '' | tr ' ' ' '
        printf "${B_BLACK}]${NC}"
        sleep 0.006
    done
    printf "\r${B_GREEN}[############################### SCAN COMPLETE ]${NC}\n"
}

radar_sweep() {
    local i
    for ((i=0; i<32; i++)); do
        printf "\r${B_GREEN}[RADAR]${NC} "
        printf '%*s' "$i" '' | tr ' ' '.'
        printf "${B_WHITE}>${NC}"
        printf '%*s' "$((31-i))" '' | tr ' ' '.'
        printf " ${B_CYAN}CONTACTS: %02d${NC}" "$((RANDOM%18+2))"
        sleep 0.02
    done
    echo
}

hex_rain() {
    local i j line
    for ((i=0; i<20; i++)); do
        line=""
        for ((j=0; j<72; j++)); do
            printf -v chunk '%X' "$((RANDOM%16))"
            line+="$chunk"
        done
        printf "${B_BLUE}%s${NC}\n" "$line"
        sleep 0.018
    done
}

packet_animation() {
    local i
    for ((i=1; i<=24; i++)); do
        printf "\r${B_CYAN}[PACKET]${NC} SOURCE ${B_YELLOW}===>${NC} ROUTER ${B_GREEN}===>${NC} VAULT"
        printf "  seq=%04d  hash=%08X" "$i" "$((RANDOM*RANDOM))"
        sleep 0.025
    done
    echo
}

decrypt_cascade() {
    local target="$1"
    local label="$2"
    local chars='ABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789'
    local pos i candidate solved=""
    for ((pos=0; pos<${#target}; pos++)); do
        for ((i=0; i<5; i++)); do
            candidate="${chars:RANDOM%${#chars}:1}"
            printf "\r${B_YELLOW}%s${NC} ${B_GREEN}%s${NC}%s" \
                "$label" "$solved" "$candidate"
            sleep 0.015
        done
        solved+="${target:pos:1}"
    done
    printf "\r${B_YELLOW}%s${NC} ${BG_GREEN} %s ${NC}\n" "$label" "$target"
}

terminal_boot_sequence() {
    local messages=(
        "Mounting virtual display controller..."
        "Synchronizing terminal clock..."
        "Loading theatrical kernel modules..."
        "Negotiating simulated quantum bus..."
        "Calibrating visual telemetry..."
        "Starting holographic console..."
        "Attaching demonstration sandbox..."
        "Verifying classroom-safe execution mode..."
    )
    local msg
    for msg in "${messages[@]}"; do
        printf "${B_BLACK}[BOOT]${NC} %-48s" "$msg"
        sleep 0.05
        printf " ${B_GREEN}[OK]${NC}\n"
    done
}

module_separator() {
    echo -e "${B_CYAN}"
    printf '%*s\n' 74 '' | tr ' ' '='
    printf "                    NEXT THEATRICAL PHASE\n"
    printf '%*s\n' 74 '' | tr ' ' '='
    echo -e "${NC}"
}

mod_26_boot_storm() {
    module_separator
    echo -e "${B_WHITE}>>> MODULE 26: HYPERVISOR BOOT STORM${NC}"
    terminal_boot_sequence
    pulse_bar "Synchronizing Virtual Cores"
    echo -e "${B_GREEN}[+] 128 simulated cores synchronized.${NC}\n"
}

mod_27_packet_tunnel() {
    echo -e "${B_CYAN}>>> MODULE 27: ENCRYPTED PACKET TUNNEL VISUALIZER${NC}"
    packet_animation
    scanline "Reassembling fictional packet stream"
    echo -e "${B_GREEN}[+] Packet visualization complete.${NC}\n"
}

mod_28_neon_cipher() {
    echo -e "${B_PURPLE}>>> MODULE 28: NEON CIPHER CASCADE${NC}"
    decrypt_cascade "OMEGA_DEMO_KEY_2049" "Cipher Ring 01:"
    decrypt_cascade "CLASSROOM_OVERRIDE" "Cipher Ring 02:"
    decrypt_cascade "THEATRICAL_MODE" "Cipher Ring 03:"
    echo
}

mod_29_radar() {
    echo -e "${B_GREEN}>>> MODULE 29: PHASED ARRAY RADAR SWEEP${NC}"
    radar_sweep
    radar_sweep
    echo -e "${B_GREEN}[+] Fictional radar field rendered.${NC}\n"
}

mod_30_hexrain() {
    echo -e "${B_BLUE}>>> MODULE 30: RAW MEMORY HEX RAIN${NC}"
    hex_rain
    echo -e "${B_CYAN}[+] Memory visualization stream complete.${NC}\n"
}

mod_31_orbit() {
    echo -e "${B_PURPLE}>>> MODULE 31: ORBITAL TELEMETRY LOCK${NC}"
    local frame
    local frames=("[      /\\      ]" "[     /  \\     ]" "[----( () )----]" "[     \\  /     ]" "[      \\/      ]")
    for ((i=0; i<3; i++)); do
        for frame in "${frames[@]}"; do
            printf "\r${B_PURPLE}%s${NC}" "$frame"
            sleep 0.05
        done
    done
    echo
    bar_arrow "Aligning Telemetry Rings "
    echo -e "${B_GREEN}[+] Simulated orbital link aligned.${NC}\n"
}

mod_32_reactor() {
    echo -e "${B_RED}>>> MODULE 32: REACTOR CORE SIMULATION${NC}"
    local i
    for ((i=1; i<=18; i++)); do
        printf "\r${B_RED}[CORE]${NC} Thermal load: ${B_YELLOW}%3d%%${NC} | Flux: ${B_CYAN}%04d${NC} | ${B_GREEN}STABLE${NC}" \
            "$((RANDOM%25+70))" "$((RANDOM%9000+1000))"
        sleep 0.025
    done
    echo
    pulse_bar "Stabilizing Fictional Core"
    echo -e "${B_GREEN}[+] Reactor simulation stabilized.${NC}\n"
}

mod_33_laser_grid() {
    echo -e "${B_CYAN}>>> MODULE 33: LASER GRID VISUALIZER${NC}"
    local i j
    for ((i=1; i<=14; i++)); do
        printf "\r${B_RED}"
        for ((j=1; j<=58; j++)); do
            if (( j == (i*4) % 58 + 1 )); then printf "█"; else printf " "; fi
        done
        printf "${NC} PHASE %02d" "$i"
        sleep 0.035
    done
    echo
    bar_grid "Calibrating Beam Matrix"
    echo -e "${B_GREEN}[+] Beam matrix rendered.${NC}\n"
}

mod_34_quantum_wave() {
    echo -e "${B_PURPLE}>>> MODULE 34: QUANTUM WAVEFORM COLLAPSE${NC}"
    local chars=" .:-=+*#%@"
    local i j idx
    for ((i=0; i<18; i++)); do
        printf "\r"
        for ((j=0; j<70; j++)); do
            idx=$(( (j+i*3) % ${#chars} ))
            printf "%s" "${chars:idx:1}"
        done
        sleep 0.018
    done
    echo
    bar_solid "Collapsing Wave Function   " "${B_PURPLE}"
    echo -e "${B_GREEN}[+] Waveform collapse complete.${NC}\n"
}

mod_35_ai_matrix() {
    echo -e "${B_CYAN}>>> MODULE 35: ARTIFICIAL INTELLIGENCE MATRIX${NC}"
    local i
    for ((i=1; i<=12; i++)); do
        printf "${B_BLACK}[NEURAL]${NC} Layer %02d  " "$i"
        spinner "propagating weights" 10
    done
    echo -e "${B_GREEN}[+] Fictional neural matrix rendered.${NC}\n"
}

mod_36_data_vortex() {
    echo -e "${B_BLUE}>>> MODULE 36: DATA VORTEX VISUALIZATION${NC}"
    local i
    for ((i=0; i<30; i++)); do
        printf "\r${B_BLUE}"
        printf '%*s' "$((i%24))" ''
        printf "<====[ %08X ]====>" "$((RANDOM*RANDOM))"
        printf '%*s' "$((23-i%24))" ''
        printf "${NC}"
        sleep 0.018
    done
    echo
    pulse_bar "Compressing Fictional Data Vortex"
    echo -e "${B_GREEN}[+] Vortex simulation complete.${NC}\n"
}

mod_37_firewall_wall() {
    echo -e "${B_YELLOW}>>> MODULE 37: FIREWALL VISUALIZATION WALL${NC}"
    local i j
    for ((i=1; i<=10; i++)); do
        printf "${B_RED}[ FIREWALL %02d ]${NC} " "$i"
        for ((j=1; j<=40; j++)); do printf "█"; done
        printf " ${B_GREEN}SIMULATED${NC}\n"
        sleep 0.035
    done
    bar_arrow "Rendering Perimeter Map   "
    echo -e "${B_GREEN}[+] Perimeter visualization complete.${NC}\n"
}

mod_38_satellite_spin() {
    echo -e "${B_PURPLE}>>> MODULE 38: SATELLITE ARRAY SPIN-UP${NC}"
    local frame
    local frames=("[      /\\      ]" "[     /  \\     ]" "[----( () )----]" "[     \\  /     ]" "[      \\/      ]")
    for ((i=0; i<4; i++)); do
        for frame in "${frames[@]}"; do
            printf "\r${B_PURPLE}%s${NC}" "$frame"
            sleep 0.04
        done
    done
    echo
    bar_solid "Synchronizing Dish Array    " "${B_PURPLE}"
    echo -e "${B_GREEN}[+] Array synchronization complete.${NC}\n"
}

mod_39_terminal_glitch() {
    echo -e "${B_RED}>>> MODULE 39: TERMINAL GLITCH CASCADE${NC}"
    local phrases=("ACCESS VECTOR" "SIGNAL DESYNC" "KERNEL ECHO" "PHANTOM PROCESS" "OMEGA BUFFER" "DISPLAY OVERRIDE")
    local p i
    for ((i=0; i<18; i++)); do
        p="${phrases[RANDOM%${#phrases[@]}]}"
        printf "\r${B_RED}[GLITCH]${NC} %-22s 0x%08X" "$p" "$((RANDOM*RANDOM))"
        sleep 0.025
    done
    echo
    echo -e "${BG_RED}       [ SIMULATED DISPLAY DESYNC ]       ${NC}"
    sleep 0.2
    echo -e "${B_GREEN}[+] Display recovered.${NC}\n"
}

mod_40_finale() {
    echo -e "${B_WHITE}"
    printf '%*s\n' 74 '' | tr ' ' '='
    printf "                 O M E G A   F I N A L E\n"
    printf '%*s\n' 74 '' | tr ' ' '='
    echo -e "${NC}"
    bar_blocks "Charging Finale Sequence"
    bar_arrow "Synchronizing Visual Layers"
    bar_grid "Locking Demonstration State"
    pulse_bar "Rendering Final Telemetry"
    echo -e "${BG_GREEN}                 DEMONSTRATION COMPLETE                 ${NC}"
    echo
    sleep 0.5
}

# ==============================================================================
# END EXTENDED HOLLYWOOD ANIMATION LIBRARY
# ==============================================================================


# ==============================================================================
# MEGA HOLLYWOOD EXTENSION II
# More terminal choreography, HUD effects, dramatic transitions and fake telemetry.
# Visual-only classroom theater: these routines do not perform real attacks.
# ==============================================================================

hud_frame() {
    local title="$1"
    local subtitle="${2:-SIMULATION CHANNEL}"
    clear
    echo -e "${B_CYAN}"
    printf '╔══════════════════════════════════════════════════════════════════════════════╗\n'
    printf '║ %-76s ║\n' "$title"
    printf '║ %-76s ║\n' "$subtitle"
    printf '╚══════════════════════════════════════════════════════════════════════════════╝\n'
    echo -e "${NC}"
}

typewriter_lines() {
    local line
    for line in "$@"; do
        typewriter "$line" 0.002
    done
}

ticker() {
    local text="$1"
    local width=62
    local i j
    text=$(printf "%-${width}.${width}s" "$text")
    for ((i=0; i<${#text}; i++)); do
        printf "\r${B_GREEN}[LIVE]${NC} "
        for ((j=0; j<width; j++)); do
            local p=$(( (i+j) % ${#text} ))
            printf '%s' "${text:p:1}"
        done
        sleep 0.008
    done
    echo
}

wave_bar() {
    local label="$1"
    local i j height
    for ((i=0; i<24; i++)); do
        printf "\r${B_PURPLE}%-28s${NC} " "$label"
        for ((j=0; j<36; j++)); do
            height=$(( (j+i*3) % 8 ))
            if (( height < 4 )); then printf "▂"; else printf "▆"; fi
        done
        sleep 0.025
    done
    echo
}

status_grid() {
    local i j state
    echo -e "${B_CYAN}SYSTEM STATUS MATRIX${NC}"
    for ((i=1; i<=8; i++)); do
        printf " NODE-%02d  " "$i"
        for ((j=1; j<=10; j++)); do
            if (( RANDOM % 5 == 0 )); then
                state="${B_YELLOW}WARN${NC}"
            else
                state="${B_GREEN}SYNC${NC}"
            fi
            printf "[%b] " "$state"
        done
        echo
        sleep 0.025
    done
    echo
}

bar_counter() {
    local label="$1"
    local total="${2:-100}"
    local i
    for ((i=0; i<=total; i+=2)); do
        printf "\r${B_WHITE}%-34s${NC} ${B_GREEN}%03d${NC}/${B_CYAN}%03d${NC}" "$label" "$i" "$total"
        sleep 0.006
    done
    echo
}

glitch_text() {
    local base="$1"
    local i
    for ((i=0; i<7; i++)); do
        printf "\r${B_RED}"
        case $((i % 3)) in
            0) printf "%s" "$base" ;;
            1) printf "<< %s >>" "$base" ;;
            2) printf "## %s ##" "$base" ;;
        esac
        printf "${NC}"
        sleep 0.06
    done
    echo
}

hex_burst() {
    local i j
    for ((i=0; i<14; i++)); do
        printf "${B_GREEN}0x%08X  " "$((RANDOM*RANDOM))"
        for ((j=0; j<12; j++)); do
            printf "%02X " "$((RANDOM%256))"
        done
        printf "${B_BLACK}| VISUAL BUFFER |${NC}\n"
        sleep 0.018
    done
}

console_split() {
    local left right i
    for ((i=1; i<=12; i++)); do
        printf "\r${B_CYAN}LEFT:${NC}  CORE-%02d  |  ${B_PURPLE}RIGHT:${NC} VAULT-%02d  |  ${B_GREEN}SYNC:${NC} %03d%%" \
            "$i" "$((RANDOM%99+1))" "$((i*100/12))"
        sleep 0.035
    done
    echo
}

firefly_stream() {
    local i j pos
    for ((i=0; i<18; i++)); do
        printf "\r${B_GREEN}"
        for ((j=0; j<64; j++)); do
            pos=$(( (j+i*7) % 17 ))
            if (( pos == 0 )); then printf "●"; elif (( pos == 1 )); then printf "•"; else printf " "; fi
        done
        printf "${NC}"
        sleep 0.02
    done
    echo
}

command_rain() {
    local commands=(
        "AUTH::NEGOTIATE::OMEGA"
        "NODE::HANDSHAKE::COMPLETE"
        "CORE::ENTROPY::LOCKED"
        "VAULT::INDEX::SYNCED"
        "MESH::ROUTE::OPTIMIZED"
        "GRID::TELEMETRY::ONLINE"
        "AI::MODEL::RESPONDING"
        "CRYPTO::CHANNEL::SEALED"
        "DISPLAY::OVERDRIVE::READY"
        "SESSION::THEATRICAL::ACTIVE"
    )
    local i cmd
    for ((i=0; i<24; i++)); do
        cmd="${commands[RANDOM%${#commands[@]}]}"
        printf "${B_BLACK}[%.3f]${NC} ${B_GREEN}%s${NC}  id=%08X\n" \
            "$(echo "scale=3; $RANDOM/1000" | awk '{printf "%.3f",$1}')" \
            "$cmd" "$((RANDOM*RANDOM))"
        sleep 0.018
    done
}

mod_41_hud_boot() {
    hud_frame "OMEGA HUD / CINEMATIC BOOT" "VISUAL SYSTEM INITIALIZATION"
    typewriter_lines \
        "[BOOT] Loading cinematic interface..." \
        "[BOOT] Synchronizing display layers..." \
        "[BOOT] Mounting simulated command lattice..." \
        "[BOOT] Calibrating dramatic timing..." \
        "[BOOT] Theater engine armed."
    bar_counter "HUD POWER-UP" 120
    echo -e "${B_GREEN}[+] HUD ONLINE.${NC}\n"
}

mod_42_command_rain() {
    echo -e "${B_GREEN}>>> MODULE 42: COMMAND RAIN / LIVE TERMINAL TELEMETRY${NC}"
    command_rain
    echo
}

mod_43_status_grid() {
    echo -e "${B_CYAN}>>> MODULE 43: DISTRIBUTED NODE STATUS MATRIX${NC}"
    status_grid
}

mod_44_waveform() {
    echo -e "${B_PURPLE}>>> MODULE 44: NEURAL WAVEFORM OSCILLOSCOPE${NC}"
    wave_bar "Neural Signal"
    wave_bar "Quantum Carrier"
    wave_bar "Telemetry Pulse"
    echo
}

mod_45_glitch_gate() {
    echo -e "${B_RED}>>> MODULE 45: CINEMATIC GLITCH GATE${NC}"
    glitch_text "AUTHORITY CHANNEL OVERRIDE"
    glitch_text "SIMULATION CORE UNLOCKED"
    glitch_text "OMEGA VISUAL LAYER ACTIVE"
    echo
}

mod_46_hex_burst() {
    echo -e "${B_BLUE}>>> MODULE 46: HIGH-SPEED HEX TELEMETRY BURST${NC}"
    hex_burst
    bar_arrow "Streaming Visual Buffers"
    echo
}

mod_47_dual_console() {
    echo -e "${B_WHITE}>>> MODULE 47: DUAL CONSOLE SYNCHRONIZATION${NC}"
    console_split
    console_split
    echo -e "${B_GREEN}[+] Console channels synchronized.${NC}\n"
}

mod_48_firefly() {
    echo -e "${B_GREEN}>>> MODULE 48: PHOTONIC DATA FIREFLY STREAM${NC}"
    firefly_stream
    firefly_stream
    echo
}

mod_49_lock_sequence() {
    echo -e "${B_YELLOW}>>> MODULE 49: SEVEN-STAGE LOCK SEQUENCE${NC}"
    local labels=(
        "LOCK ALPHA"
        "LOCK BETA"
        "LOCK GAMMA"
        "LOCK DELTA"
        "LOCK EPSILON"
        "LOCK ZETA"
        "LOCK OMEGA"
    )
    local label
    for label in "${labels[@]}"; do
        bar_counter "$label" 80
        echo -e "${B_GREEN}[OK] $label SEALED${NC}"
    done
    echo
}

mod_50_hacker_monologue() {
    hud_frame "OMEGA // THEATRICAL CONTROL DECK" "CLASSROOM DEMONSTRATION MODE"
    typewriter "[SYSTEM] This is the part where the room goes quiet..." 0.015
    sleep 0.2
    typewriter "[SYSTEM] Every monitor is synchronized." 0.015
    sleep 0.2
    typewriter "[SYSTEM] Every node is reporting." 0.015
    sleep 0.2
    typewriter "[SYSTEM] Every progress bar is moving." 0.015
    sleep 0.2
    typewriter "[SYSTEM] And the terminal... is still just theater." 0.015
    sleep 0.4
    echo
}

mod_51_matrix_reactor() {
    echo -e "${B_GREEN}>>> MODULE 51: MATRIX REACTOR OVERDRIVE${NC}"
    local i
    for ((i=1; i<=16; i++)); do
        printf "\r${B_GREEN}[REACTOR]${NC} "
        printf '%*s' "$((i*3))" '' | tr ' ' '█'
        printf '%*s' "$((48-i*3))" '' | tr ' ' '░'
        printf "  CORE-%02d  %03d%%" "$i" "$((RANDOM%20+80))"
        sleep 0.025
    done
    echo
    pulse_bar "Overdriving Fictional Reactor"
    echo
}

mod_52_network_constellation() {
    echo -e "${B_CYAN}>>> MODULE 52: NETWORK CONSTELLATION MAP${NC}"
    local nodes=("ALPHA" "BETA" "GAMMA" "DELTA" "OMEGA" "NOVA" "PHANTOM" "ORBIT")
    local i node
    for ((i=0; i<24; i++)); do
        node="${nodes[RANDOM%${#nodes[@]}]}"
        printf "\r${B_CYAN}[%02d]${NC} %-8s ${B_GREEN}●${NC} ---- ${B_YELLOW}●${NC} ---- ${B_PURPLE}●${NC}  link=%03d%%" \
            "$i" "$node" "$((RANDOM%100+1))"
        sleep 0.025
    done
    echo
    echo
}

mod_53_cipher_storm() {
    echo -e "${B_PURPLE}>>> MODULE 53: CINEMATIC CIPHER STORM${NC}"
    local i j
    for ((i=0; i<18; i++)); do
        printf "\r${B_PURPLE}CIPHER:: "
        for ((j=0; j<44; j++)); do
            printf '%X' "$((RANDOM%16))"
        done
        printf " :: FRAME=%03d${NC}" "$i"
        sleep 0.02
    done
    echo
    hollywood_decrypt "OMEGA-CINEMA-2049" "MASTER CIPHER:"
    echo
}

mod_54_alarm_choreography() {
    echo -e "${B_RED}>>> MODULE 54: MULTI-LAYER ALARM CHOREOGRAPHY${NC}"
    local i
    for ((i=1; i<=6; i++)); do
        if (( i % 2 == 0 )); then
            echo -e "${BG_YELLOW}${B_BLACK} [ WARNING ] VISUAL ALARM CHANNEL ${i} [ WARNING ] ${NC}"
        else
            echo -e "${BG_RED}${B_WHITE} [ ALERT ] CINEMATIC ALERT CHANNEL ${i} [ ALERT ] ${NC}"
        fi
        sleep 0.08
    done
    echo
}

mod_55_final_countdown() {
    hud_frame "OMEGA FINAL COUNTDOWN" "ALL VISUAL SYSTEMS SYNCHRONIZED"
    local i
    for ((i=10; i>=1; i--)); do
        printf "\r${B_WHITE}                     T-MINUS %02d                     ${NC}" "$i"
        sleep 0.12
    done
    echo
    echo -e "${BG_GREEN}             [ SIMULATION CYCLE COMPLETE ]             ${NC}"
    echo
}

# ==============================================================================
# END MEGA HOLLYWOOD EXTENSION II
# ==============================================================================

# Inject the new theatrical phases immediately before the existing meltdown/finale.


# ==============================================================================
# MEGA RECURRING HACKER CINEMATIC LAYER
# Visual-only classroom theater. No real attacks or network actions are performed.
# ==============================================================================

cinematic_restart() {
    local cycle_num="$1"
    clear 2>/dev/null || true
    echo -e "${B_GREEN}"
    printf '╔══════════════════════════════════════════════════════════════════════════════╗\n'
    printf '║                         O M E G A   C O N S O L E                          ║\n'
    printf '║                   CINEMATIC SIMULATION // NIGHTFALL                        ║\n'
    printf '╠══════════════════════════════════════════════════════════════════════════════╣\n'
    printf '║ CYCLE: %-8s   STATUS: %-12s   CHANNEL: %-18s ║\n' "$cycle_num" "ONLINE" "NIGHTFALL"
    printf '╚══════════════════════════════════════════════════════════════════════════════╝\n'
    echo -e "${NC}"

    typewriter "[root@omega] ./nightfall_sequence --repeat --cinematic" 0.010
    typewriter "[system] establishing encrypted-looking visual channel..." 0.005
    typewriter "[system] rotating fictional proxy routes..." 0.005
    typewriter "[system] loading fictional credential matrix..." 0.005
    typewriter "[system] loading fictional packet stream..." 0.005
    typewriter "[system] loading fictional satellite telemetry..." 0.005
    typewriter "[system] loading fictional quantum interface..." 0.005
    echo

    local i
    for ((i=0; i<10; i++)); do
        printf "\r${B_GREEN}[NIGHTFALL]${NC} "
        printf '%*s' "$((i*4+2))" '' | tr ' ' '█'
        printf '%*s' "$((38-i*4))" '' | tr ' ' '░'
        printf " %03d%%  " "$((i*10+10))"
        case "$i" in
            0|1) printf "${B_CYAN}LINKING${NC}" ;;
            2|3) printf "${B_PURPLE}MASKING${NC}" ;;
            4|5) printf "${B_YELLOW}ROUTING${NC}" ;;
            6|7) printf "${B_RED}BREACH EFFECT${NC}" ;;
            8) printf "${B_WHITE}SYNCING${NC}" ;;
            *) printf "${B_GREEN}ONLINE${NC}" ;;
        esac
        sleep 0.055
    done
    echo
    echo
}

hacker_terminal_burst() {
    local lines=(
        "[AUTH] identity handshake accepted"
        "[MUX] multiplexing visual channels"
        "[NET] fictional route table synchronized"
        "[CRYPTO] rotating demo keys"
        "[PACKET] replaying simulated traffic"
        "[NODE] ghost channel standing by"
        "[VAULT] fictional archive indexed"
        "[AI] neural display responding"
        "[TRACE] counter-trace visualization armed"
        "[CORE] thermal telemetry nominal"
        "[SAT] orbital feed synchronized"
        "[GRID] perimeter map rendered"
        "[ROOT] cinematic console privileges granted"
        "[OMEGA] command lattice online"
        "[SHELL] secondary console attached"
        "[GHOST] session signature masked"
        "[NIGHTFALL] visual sequence escalating"
    )
    local i line
    for ((i=0; i<32; i++)); do
        line="${lines[RANDOM%${#lines[@]}]}"
        printf "${B_BLACK}[%04d.%03d]${NC} ${B_GREEN}%s${NC}  id=%08X\n" \
            "$((RANDOM%9000+1000))" "$((RANDOM%1000))" "$line" "$((RANDOM*RANDOM))"
        sleep 0.014
    done
}

fake_access_sequence() {
    echo -e "${B_RED}>>> CINEMATIC ACCESS SEQUENCE <<<${NC}"
    local stages=("PROXY CHAIN" "GHOST ROUTE" "MASKED SESSION" "CIPHER GATE" "VAULT DOOR" "OMEGA CORE")
    local stage
    for stage in "${stages[@]}"; do
        printf "${B_CYAN}[+] %-18s${NC} ........ ${B_GREEN}LOCKED OPEN${NC}\n" "$stage"
        sleep 0.055
    done
    echo
}

rapid_hacker_montage() {
    echo -e "${B_PURPLE}>>> RAPID NIGHTFALL MONTAGE <<<${NC}"
    local i
    for ((i=0; i<2; i++)); do
        hacker_terminal_burst
        fake_access_sequence
        scanline "Rotating fictional trace map"
        bar_counter "Refreshing cinematic command cache" 100
        echo
    done
}

final_reset_banner() {
    echo -e "${B_CYAN}"
    printf '========================================================================\n'
    printf '   OMEGA CYCLE %s COMPLETE // THE TERMINAL NEVER SLEEPS\n' "$1"
    printf '========================================================================\n'
    echo -e "${NC}"
    sleep 0.5
    echo -e "${B_RED}>>> PURGING VISUAL BUFFER...${NC}"
    sleep 0.18
    echo -e "${B_YELLOW}>>> ROTATING FICTIONAL KEYS...${NC}"
    sleep 0.18
    echo -e "${B_PURPLE}>>> REBUILDING CINEMATIC ROUTES...${NC}"
    sleep 0.18
    echo -e "${B_GREEN}>>> RESTARTING ENTIRE SEQUENCE...${NC}"
    sleep 0.8
}

# ==============================================================================
# END MEGA RECURRING HACKER CINEMATIC LAYER
# ==============================================================================

# CINEMATIC SIMULATION PACK — 30 EXTRA MODULES
# NOTE: VISUAL/SIMULATION ONLY. NO REAL NETWORK, AUTH, EXFILTRATION, OR EXPLOIT ACTIONS.
# ==============================================================================

CIN_RESET='\033[0m'
CIN_DIM='\033[2m'
CIN_BOLD='\033[1m'
CIN_GREEN='\033[38;5;46m'
CIN_LIME='\033[38;5;154m'
CIN_CYAN='\033[38;5;51m'
CIN_BLUE='\033[38;5;39m'
CIN_PURPLE='\033[38;5;141m'
CIN_MAGENTA='\033[38;5;201m'
CIN_YELLOW='\033[38;5;226m'
CIN_RED='\033[38;5;196m'
CIN_WHITE='\033[38;5;255m'
CIN_GRAY='\033[38;5;244m'
CIN_BLACK='\033[38;5;232m'

cin_pause() { sleep "${1:-0.04}"; }

cin_rand_hex() {
    printf '%08X' "$((RANDOM * RANDOM))"
}

cin_rand_word() {
    local words=("NODE" "VECTOR" "PROTOCOL" "RELAY" "KERNEL" "CIPHER" "GATE"
                 "SPECTER" "NEBULA" "PHANTOM" "QUANTUM" "OMEGA" "NEXUS" "SIGMA")
    printf '%s' "${words[RANDOM % ${#words[@]}]}"
}

cin_header() {
    local n="$1" title="$2"
    printf "\n${CIN_BOLD}${CIN_CYAN}╔══════════════════════════════════════════════════════════════════════╗${CIN_RESET}\n"
    printf "${CIN_BOLD}${CIN_CYAN}║${CIN_RESET} ${CIN_MAGENTA}MODULE %02d${CIN_RESET}  ${CIN_WHITE}%-57s${CIN_CYAN}║${CIN_RESET}\n" "$n" "$title"
    printf "${CIN_BOLD}${CIN_CYAN}╚══════════════════════════════════════════════════════════════════════╝${CIN_RESET}\n"
}

cin_status() {
    printf "${CIN_GRAY}[${CIN_CYAN}%s${CIN_GRAY}]${CIN_RESET} %-34s ${CIN_LIME}%s${CIN_RESET}\n" \
        "$(date +%H:%M:%S)" "$1" "$2"
}

cin_bar() {
    local label="$1" width="${2:-46}" frames="${3:-32}"
    local glyphs=("░" "▒" "▓" "█")
    for ((i=0; i<=width; i++)); do
        local pct=$((i*100/width))
        local fill empty
        fill=$(printf '█%.0s' $(seq 1 "$i") 2>/dev/null)
        empty=$(printf '░%.0s' $(seq 1 $((width-i))) 2>/dev/null)
        printf "\r${CIN_CYAN}%-31s${CIN_RESET} [${CIN_GREEN}%s${CIN_GRAY}%s${CIN_RESET}] %3d%%" \
            "$label" "$fill" "$empty" "$pct"
        sleep 0.008
    done
    printf "\n"
}

cin_glitch_line() {
    local width="${1:-68}" chars='01ABCDEF#$%@'
    local out=""
    for ((i=0;i<width;i++)); do
        if ((RANDOM%4==0)); then
            out+="${chars:RANDOM%${#chars}:1}"
        else
            out+=" "
        fi
    done
    printf "${CIN_GREEN}%s${CIN_RESET}\n" "$out"
}

cin_matrix_frame() {
    local rows="${1:-12}" width
    width=$(tput cols 2>/dev/null || echo 80)
    (( width > 110 )) && width=110
    for ((r=0;r<rows;r++)); do
        local s=""
        for ((c=0;c<width;c++)); do
            if ((RANDOM%6==0)); then
                s+="${CIN_GREEN}$((RANDOM%2))${CIN_RESET}"
            elif ((RANDOM%11==0)); then
                s+="${CIN_CYAN}${cin_rand_word:0:1}${CIN_RESET}"
            else
                s+=" "
            fi
        done
        printf '%b\n' "$s"
        cin_pause 0.012
    done
}

cin_radar() {
    local frames="${1:-16}"
    local spin=('|' '/' '-' '\')
    for ((f=0;f<frames;f++)); do
        local sweep="${spin[f%4]}"
        printf "\r${CIN_GREEN}[ RADAR %s ]${CIN_RESET}  " "$sweep"
        for ((i=0;i<18;i++)); do
            if ((RANDOM%7==0)); then
                printf "${CIN_YELLOW}●${CIN_RESET}"
            else
                printf "${CIN_DIM}.${CIN_RESET}"
            fi
        done
        printf "  RANGE=%02dkm  SIGNAL=%02d%%" "$((RANDOM%90+10))" "$((RANDOM%35+65))"
        cin_pause 0.06
    done
    printf "\n"
}

cin_wave() {
    local width=62
    local chars=' .:-=+*#%@'
    for ((frame=0;frame<22;frame++)); do
        printf "\r${CIN_PURPLE}"
        for ((x=0;x<width;x++)); do
            local idx=$(( (x+frame*3+RANDOM%3) % ${#chars} ))
            printf '%s' "${chars:idx:1}"
        done
        printf "${CIN_RESET}"
        cin_pause 0.025
    done
    printf "\n"
}

cin_spinner() {
    local label="$1" loops="${2:-24}"
    local frames=('⠋' '⠙' '⠹' '⠸' '⠼' '⠴' '⠦' '⠧' '⠇' '⠏')
    for ((i=0;i<loops;i++)); do
        printf "\r${CIN_CYAN}%s${CIN_RESET} ${CIN_GREEN}%s${CIN_RESET}" \
            "$label" "${frames[i%${#frames[@]}]}"
        cin_pause 0.035
    done
    printf "\r${CIN_CYAN}%s${CIN_RESET} ${CIN_LIME}✓${CIN_RESET}\n" "$label"
}

cin_hex_rain() {
    local rows="${1:-18}"
    for ((r=0;r<rows;r++)); do
        printf "${CIN_BLUE}%08X${CIN_RESET}  " "$((RANDOM*RANDOM))"
        for ((b=0;b<12;b++)); do
            printf "${CIN_GREEN}%02X " "$((RANDOM%256))"
        done
        printf " ${CIN_GRAY}|${CIN_RESET} "
        for ((b=0;b<12;b++)); do
            local v=$((RANDOM%95+32))
            printf '%b' "$(printf "\\$(printf '%03o' "$v")")"
        done
        printf "\n"
        cin_pause 0.018
    done
}

cin_decrypt() {
    local target="$1" label="$2" charset='ABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789@#$%&'
    local len=${#target}
    for ((i=0;i<len;i++)); do
        for ((j=0;j<5;j++)); do
            local noise="${charset:RANDOM%${#charset}:1}"
            printf "\r${CIN_CYAN}%-25s${CIN_RESET} ${CIN_GREEN}%s${CIN_WHITE}%s${CIN_GRAY}%s${CIN_RESET}" \
                "$label" "${target:0:i}" "$noise" "$(printf '·%.0s' $(seq 1 $((len-i-1))))"
            cin_pause 0.018
        done
    done
    printf "\r${CIN_CYAN}%-25s${CIN_RESET} ${CIN_LIME}${CIN_BOLD}%s${CIN_RESET}\n" "$label" "$target"
}

cin_log_burst() {
    local count="${1:-14}"
    local tags=("TRACE" "AUTH" "CACHE" "SYNC" "MUX" "FRAME" "BUS" "CORE" "QUEUE" "CLOCK")
    for ((i=0;i<count;i++)); do
        local tag="${tags[RANDOM%${#tags[@]}]}"
        printf "${CIN_GRAY}%s${CIN_RESET} ${CIN_PURPLE}[%-5s]${CIN_RESET} seq=%04d id=%s state=${CIN_LIME}STABLE${CIN_RESET}\n" \
            "$(date +%H:%M:%S.%3N)" "$tag" "$((RANDOM%9999))" "$(cin_rand_hex)"
        cin_pause 0.025
    done
}

# --- 30 visual-only modules ---------------------------------------------------

mod_16_neural_handshake() {
    cin_header 16 "NEURAL HANDSHAKE / VISUAL SIMULATION"
    cin_status "Constructing synthetic identity graph" "SIMULATED"
    cin_radar 14
    cin_decrypt "OMEGA_HANDSHAKE_OK" "Session token"
    cin_bar "Synchronizing neural lattice"
    cin_status "Handshake graph converged" "100%"
}

mod_17_quantum_clock() {
    cin_header 17 "QUANTUM CLOCK / PHASE ALIGNMENT"
    for i in {1..8}; do
        printf "${CIN_PURPLE}[Q-%02d]${CIN_RESET} phase=%08X coherence=%02d%% state=${CIN_LIME}ENTANGLED${CIN_RESET}\n" \
            "$i" "$((RANDOM*RANDOM))" "$((RANDOM%16+84))"
        cin_pause 0.045
    done
    cin_wave
    cin_status "Clock domains aligned" "LOCKED"
}

mod_18_cipher_forge() {
    cin_header 18 "CIPHER FORGE / KEY VISUALIZER"
    cin_matrix_frame 10
    cin_decrypt "FORGED_SESSION_KEY" "Derived key"
    cin_bar "Rendering cipher lattice"
    cin_status "Cipher visualization complete" "READY"
}

mod_19_packet_nebula() {
    cin_header 19 "PACKET NEBULA / STREAM VISUALIZER"
    for i in {1..24}; do
        printf "${CIN_BLUE}PKT${CIN_RESET} %-10s len=%4d ttl=%3d route=%s status=${CIN_LIME}FLOW${CIN_RESET}\n" \
            "$(cin_rand_hex)" "$((RANDOM%1400+64))" "$((RANDOM%240+1))" "$(cin_rand_word)"
        cin_pause 0.018
    done
}

mod_20_spectral_scan() {
    cin_header 20 "SPECTRAL SCAN / SIGNAL VISUALIZER"
    cin_radar 24
    cin_wave
    cin_status "Spectral peaks identified" "7 ANOMALIES"
}

mod_21_terminal_glitch() {
    cin_header 21 "TERMINAL GLITCH / REALITY BUFFER"
    for i in {1..12}; do
        printf "${CIN_RED}>> ${CIN_BOLD}BUFFER_DESYNC${CIN_RESET} offset=%04X mask=%08X " \
            "$((RANDOM%65536))" "$((RANDOM*RANDOM))"
        cin_glitch_line 36
        cin_pause 0.035
    done
    printf "${CIN_LIME}${CIN_BOLD}BUFFER REALIGNED${CIN_RESET}\n"
}

mod_22_core_dump() {
    cin_header 22 "CORE DUMP / HEX CINEMA"
    cin_hex_rain 22
    cin_status "Synthetic memory pages rendered" "22/22"
}

mod_23_ai_fingerprint() {
    cin_header 23 "AI FINGERPRINT / PATTERN ENGINE"
    local patterns=("EDGE" "SPIRAL" "BURST" "MIRROR" "FRACTAL" "LATTICE")
    for p in "${patterns[@]}"; do
        printf "${CIN_MAGENTA}[PATTERN]${CIN_RESET} %-10s confidence=%02d.%02d%% vector=%s\n" \
            "$p" "$((RANDOM%9+90))" "$((RANDOM%100))" "$(cin_rand_hex)"
        cin_pause 0.06
    done
    cin_bar "Comparing synthetic signatures"
}

mod_24_hologram() {
    cin_header 24 "HOLOGRAM / 3D TERMINAL PROJECTION"
    for i in {1..18}; do
        local pad=$(( (i<=9 ? i : 18-i) ))
        printf '%*s%s%s%s\n' "$pad" "" \
            "${CIN_CYAN}<" "${CIN_PURPLE}$(printf '%*s' $((18-pad*2)) '' | tr ' ' '=')${CIN_CYAN}>" "${CIN_RESET}"
        cin_pause 0.025
    done
    cin_status "Projection stabilized" "3D LOCK"
}

mod_25_ghost_protocol() {
    cin_header 25 "GHOST PROTOCOL / DECOY CONSOLE"
    local ghosts=("GHOST-ALPHA" "GHOST-BLACK" "GHOST-NOVA" "GHOST-NULL")
    for g in "${ghosts[@]}"; do
        printf "${CIN_GRAY}[DECOY]${CIN_RESET} %-12s mask=%s relay=${CIN_GREEN}ACTIVE${CIN_RESET}\n" \
            "$g" "$(cin_rand_hex)"
        cin_pause 0.05
    done
    cin_spinner "Rotating simulated decoy identities" 28
}

mod_26_firewall_movie() {
    cin_header 26 "FIREWALL MOVIE / PIXEL BARRIER"
    for frame in {1..20}; do
        printf "\r${CIN_RED}["
        for ((i=0;i<40;i++)); do
            if ((i<frame*2)); then printf "█"; else printf "░"; fi
        done
        printf "]${CIN_RESET} %3d%%" "$((frame*5))"
        cin_pause 0.03
    done
    printf "\n${CIN_LIME}PERIMETER VISUALIZATION COMPLETE${CIN_RESET}\n"
}

mod_27_data_vortex() {
    cin_header 27 "DATA VORTEX / HIGH-SPEED STREAM"
    for i in {1..30}; do
        printf "\r${CIN_CYAN}[%02d/30]${CIN_RESET} " "$i"
        for ((j=0;j<58;j++)); do
            local pool='<>[]{}()/\\|01'
            printf "${CIN_GREEN}%s${CIN_RESET}" "${pool:RANDOM%${#pool}:1}"
        done
        cin_pause 0.012
    done
    printf "\n"
}

mod_28_kernel_theater() {
    cin_header 28 "KERNEL THEATER / BOOT TRACE"
    local events=("scheduler" "virtual-memory" "ipc" "crypto" "drivers" "storage" "graphics" "userspace")
    for e in "${events[@]}"; do
        printf "${CIN_GRAY}[kernel]${CIN_RESET} %-16s build=%s state=${CIN_LIME}READY${CIN_RESET}\n" \
            "$e" "$(cin_rand_hex)"
        cin_pause 0.045
    done
}

mod_29_orbit_map() {
    cin_header 29 "ORBIT MAP / SYNTHETIC CONSTELLATION"
    for i in {1..12}; do
        printf "${CIN_BLUE}SAT-%02d${CIN_RESET} az=%03d° el=%02d° phase=%03d° link=${CIN_GREEN}SYNC${CIN_RESET}\n" \
            "$i" "$((RANDOM%360))" "$((RANDOM%90))" "$((RANDOM%360))"
        cin_pause 0.04
    done
    cin_radar 12
}

mod_30_black_ice() {
    cin_header 30 "BLACK ICE / CINEMATIC LOCK"
    printf "${CIN_RED}${CIN_BOLD}"
    for i in {1..6}; do
        printf "████████████████████████████████████████████████████████████████\n"
        cin_pause 0.025
    done
    printf "${CIN_RESET}"
    cin_decrypt "BLACK_ICE_BROKEN" "Visual lock"
    cin_status "Cinematic barrier dissolved" "SIMULATION ONLY"
}

mod_31_signal_fusion() {
    cin_header 31 "SIGNAL FUSION / MULTI-CHANNEL MERGE"
    for i in {1..10}; do
        printf "${CIN_GREEN}CH-%02d${CIN_RESET}  amplitude=%3d  phase=%3d  noise=%2d  => ${CIN_CYAN}FUSION${CIN_RESET}\n" \
            "$i" "$((RANDOM%100))" "$((RANDOM%360))" "$((RANDOM%20))"
        cin_pause 0.035
    done
    cin_bar "Merging synthetic channels"
}

mod_32_entropy_lab() {
    cin_header 32 "ENTROPY LAB / RANDOMNESS VISUALIZER"
    for i in {1..16}; do
        printf "${CIN_PURPLE}ENTROPY_%02d${CIN_RESET}  %s  score=%03d bits\n" \
            "$i" "$(cin_rand_hex)" "$((RANDOM%256))"
        cin_pause 0.03
    done
    cin_wave
}

mod_33_mesh_sweep() {
    cin_header 33 "MESH SWEEP / NODE CONSTELLATION"
    for i in {1..20}; do
        printf "${CIN_CYAN}NODE-%03d${CIN_RESET}  x=%03d y=%03d z=%03d  link=${CIN_LIME}UP${CIN_RESET}\n" \
            "$i" "$((RANDOM%999))" "$((RANDOM%999))" "$((RANDOM%999))"
        cin_pause 0.018
    done
}

mod_34_echo_chamber() {
    cin_header 34 "ECHO CHAMBER / RECURSIVE TERMINAL"
    local msg="SYSTEM SIGNAL RECEIVED"
    for i in {1..9}; do
        printf "${CIN_MAGENTA}%*s%s${CIN_RESET}\n" "$((i*2))" "" "$msg"
        msg="${msg%.*}."
        cin_pause 0.04
    done
    cin_status "Recursive depth reached" "09"
}

mod_35_vector_rain() {
    cin_header 35 "VECTOR RAIN / SYMBOL CASCADE"
    for i in {1..24}; do
        printf "${CIN_GREEN}"
        for j in {1..52}; do
            local chars='╱╲│─◇◆○●01'
            printf '%s' "${chars:RANDOM%${#chars}:1}"
        done
        printf "${CIN_RESET}\n"
        cin_pause 0.012
    done
}

mod_36_cyber_dashboard() {
    cin_header 36 "CYBER DASHBOARD / LIVE SYNTHETIC TELEMETRY"
    for i in {1..14}; do
        printf "${CIN_WHITE}CPU${CIN_RESET} %3d%%  ${CIN_CYAN}MEM${CIN_RESET} %3d%%  ${CIN_PURPLE}IO${CIN_RESET} %3d%%  ${CIN_YELLOW}ENTROPY${CIN_RESET} %3d  ${CIN_LIME}OK${CIN_RESET}\n" \
            "$((RANDOM%70+20))" "$((RANDOM%65+20))" "$((RANDOM%80+10))" "$((RANDOM%900+100))"
        cin_pause 0.04
    done
}

mod_37_cipher_rain() {
    cin_header 37 "CIPHER RAIN / CASCADING TOKENS"
    for i in {1..26}; do
        printf "${CIN_BLUE}0x%s${CIN_RESET} -> ${CIN_GREEN}%s${CIN_RESET} -> ${CIN_MAGENTA}%s${CIN_RESET}\n" \
            "$(cin_rand_hex)" "$(cin_rand_word)" "$(cin_rand_hex)"
        cin_pause 0.022
    done
}

mod_38_time_fracture() {
    cin_header 38 "TIME FRACTURE / CLOCK ANOMALY"
    for i in {1..18}; do
        printf "\r${CIN_CYAN}T+%04d.${RANDOM%1000}${CIN_RESET}  tick=%08X  drift=%+03dms" \
            "$i" "$((RANDOM*RANDOM))" "$((RANDOM%21-10))"
        cin_pause 0.035
    done
    printf "\n"
}

mod_39_synthetic_exfil_movie() {
    cin_header 39 "SYNTHETIC DATA TRANSFER / MOVIE SEQUENCE"
    local labels=("INDEX" "FRAMES" "BLOCKS" "CHECKSUM" "ARCHIVE" "VERIFY")
    for l in "${labels[@]}"; do
        cin_bar "Simulating $l"
    done
    cin_status "No external transfer performed" "SAFE SIMULATION"
}

mod_40_omega_finale() {
    cin_header 40 "OMEGA FINALE / TERMINAL SHOWDOWN"
    clear
    printf "${CIN_GREEN}${CIN_BOLD}"
    cat <<'EOF'
 ██████╗ ███╗   ███╗███████╗ ██████╗  █████╗
██╔═══██╗████╗ ████║██╔════╝██╔════╝ ██╔══██╗
██║   ██║██╔████╔██║█████╗  ██║  ███╗███████║
██║   ██║██║╚██╔╝██║██╔══╝  ██║   ██║██╔══██║
╚██████╔╝██║ ╚═╝ ██║███████╗╚██████╔╝██║  ██║
 ╚═════╝ ╚═╝     ╚═╝╚══════╝ ╚═════╝ ╚═╝  ╚═╝
EOF
    printf "${CIN_RESET}\n"
    cin_matrix_frame 18
    cin_wave
    cin_decrypt "OMEGA_SIMULATION_COMPLETE" "Final state"
    cin_status "All 30 cinematic modules rendered" "40 TOTAL"
    printf "\n${CIN_YELLOW}${CIN_BOLD}>>> THIS TERMINAL SEQUENCE IS VISUAL ONLY <<<${CIN_RESET}\n"
}

# --- Extra animation presets -----------------------------------------------

anim_scanline() {
    local width=$(tput cols 2>/dev/null || echo 80)
    ((width>100)) && width=100
    for ((y=0;y<18;y++)); do
        printf "\r${CIN_GREEN}"
        for ((x=0;x<width;x++)); do
            if ((x==y*3%width)); then printf "█"; else printf " "; fi
        done
        printf "${CIN_RESET}"
        cin_pause 0.018
    done
    printf "\n"
}

anim_warning_pulse() {
    for i in {1..8}; do
        if ((i%2)); then
            printf "\r${CIN_RED}${CIN_BOLD}<<< WARNING // SIMULATION CHANNEL ACTIVE >>>${CIN_RESET}"
        else
            printf "\r${CIN_YELLOW}${CIN_BOLD}<<< WARNING // SIMULATION CHANNEL ACTIVE >>>${CIN_RESET}"
        fi
        cin_pause 0.09
    done
    printf "\n"
}

anim_binary_tunnel() {
    for depth in {1..20}; do
        printf "\r${CIN_CYAN}"
        for ((i=0;i<depth;i++)); do printf " "; done
        printf "<%s>" "$((RANDOM%2))"
        for ((i=0;i<20-depth;i++)); do printf "."; done
        printf "${CIN_RESET}"
        cin_pause 0.02
    done
    printf "\n"
}

anim_spinner_wall() {
    local frames=('◜' '◝' '◞' '◟')
    for i in {1..30}; do
        printf "\r${CIN_PURPLE}"
        for j in {1..8}; do printf "[%s]" "${frames[(i+j)%4]}"; done
        printf "${CIN_RESET}"
        cin_pause 0.025
    done
    printf "\n"
}

anim_hex_burst() {
    for i in {1..12}; do
        printf "${CIN_GREEN}%s %s %s %s %s %s${CIN_RESET}\n" \
            "$(cin_rand_hex)" "$(cin_rand_hex)" "$(cin_rand_hex)" \
            "$(cin_rand_hex)" "$(cin_rand_hex)" "$(cin_rand_hex)"
        cin_pause 0.018
    done
}

# --- Master cinematic sequence ---------------------------------------------

run_cinematic_pack() {
    clear
    anim_warning_pulse
    anim_scanline
    anim_binary_tunnel
    anim_spinner_wall

    mod_16_neural_handshake
    mod_17_quantum_clock
    mod_18_cipher_forge
    mod_19_packet_nebula
    mod_20_spectral_scan
    mod_21_terminal_glitch
    mod_22_core_dump
    mod_23_ai_fingerprint
    mod_24_hologram
    mod_25_ghost_protocol
    mod_26_firewall_movie
    mod_27_data_vortex
    mod_28_kernel_theater
    mod_29_orbit_map
    mod_30_black_ice
    mod_31_signal_fusion
    mod_32_entropy_lab
    mod_33_mesh_sweep
    mod_34_echo_chamber
    mod_35_vector_rain
    mod_36_cyber_dashboard
    mod_37_cipher_rain
    mod_38_time_fracture
    mod_39_synthetic_exfil_movie
    mod_40_omega_finale
}

# Optional launcher:
# Uncomment the next line to run the cinematic pack after the original script.
# run_cinematic_pack

# ==============================================================================
# OMEGA CINEMATIC EXPANSION // MODULES 41-75
# VISUAL / SIMULATION ONLY — NO NETWORK OR SYSTEM ACTIONS
# ==============================================================================

OMEGA_DIM='\033[2m'
OMEGA_BOLD='\033[1m'
OMEGA_RESET='\033[0m'
OMEGA_G='\033[38;5;46m'
OMEGA_C='\033[38;5;51m'
OMEGA_P='\033[38;5;201m'
OMEGA_Y='\033[38;5;226m'
OMEGA_R='\033[38;5;196m'
OMEGA_B='\033[38;5;39m'
OMEGA_W='\033[38;5;255m'

omega_rand() {
    local chars='ABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789@#$%&*+=<>?/\\|'
    local n=${1:-12} out='' i
    for ((i=0;i<n;i++)); do out+="${chars:RANDOM%${#chars}:1}"; done
    printf '%s' "$out"
}

omega_title() {
    clear
    printf '%b\n' "${OMEGA_BOLD}${OMEGA_C}"
    printf '╔══════════════════════════════════════════════════════════════════════════════╗\n'
    printf '║ %-76s ║\n' "$1"
    printf '╚══════════════════════════════════════════════════════════════════════════════╝'
    printf '%b\n\n' "${OMEGA_RESET}"
}

omega_radar() {
    local frames=${1:-12} i
    for ((i=0;i<frames;i++)); do
        printf '\r%b[ RADAR ] %b<%s>  %b SIGNAL:%03d%%  %bVECTOR:%s' \
          "$OMEGA_C" "$OMEGA_G" \
          "$(omega_rand 8)" "$OMEGA_Y" "$((RANDOM%101))" \
          "$OMEGA_P" "$(omega_rand 10)"
        sleep .04
    done
    echo
}

omega_glitch() {
    local width=${1:-72} rows=${2:-8} r line
    for ((r=0;r<rows;r++)); do
        line="$(omega_rand "$width")"
        printf '%b\n' "${OMEGA_G}${line}${OMEGA_RESET}"
        (( RANDOM % 3 == 0 )) && printf '%b\n' "${OMEGA_R}//// SIGNAL FRACTURE ////${OMEGA_RESET}"
        sleep .025
    done
}

omega_bar() {
    local label="$1" width=${2:-52} i pct
    for ((i=0;i<=width;i++)); do
        pct=$((i*100/width))
        printf '\r%b%-28s [%b' "$OMEGA_C" "$label" "$OMEGA_G"
        printf '%*s' "$i" '' | tr ' ' '█'
        printf '%b%*s] %3d%%' "$OMEGA_DIM" "$((width-i))" '' "$pct"
        printf '%b' "$OMEGA_RESET"
        sleep .008
    done
    echo
}

omega_hexstorm() {
    local rows=${1:-18} i j
    for ((i=0;i<rows;i++)); do
        printf '%b0x%08X  ' "$OMEGA_B"
        for ((j=0;j<10;j++)); do
            printf '%02X ' "$((RANDOM%256))"
        done
        printf '%b |%s|%b\n' "$OMEGA_C" "$(omega_rand 20)" "$OMEGA_RESET"
        sleep .018
    done
}

omega_spinner_wall() {
    local frames=${1:-24} i
    local glyphs='|/-\'
    for ((i=0;i<frames;i++)); do
        printf '\r%b[ %c ] [ %s ] [ %s ] [ %s ] [ %s ]%b' \
          "$OMEGA_P" "${glyphs:i%4:1}" "$(omega_rand 5)" "$(omega_rand 5)" \
          "$(omega_rand 5)" "$(omega_rand 5)" "$OMEGA_RESET"
        sleep .035
    done
    echo
}

omega_wave() {
    local rows=${1:-12} i j amp
    for ((i=0;i<rows;i++)); do
        printf '%b' "$OMEGA_C"
        for ((j=0;j<64;j++)); do
            amp=$(( (j+i*3)%9 ))
            (( amp < 3 )) && printf '·' || (( amp < 6 )) && printf '─' || printf '╱'
        done
        printf '%b\n' "$OMEGA_RESET"
        sleep .02
    done
}

omega_node_map() {
    local i x y status
    for ((i=1;i<=18;i++)); do
        x=$((RANDOM%1000)); y=$((RANDOM%1000))
        status=("SYNC" "LOCK" "GHOST" "MIRROR" "ECHO" "DRIFT")[RANDOM%6]
        printf '%bNODE-%02d%b  X=%04d Y=%04d  STATE=%-6s  TOKEN=%s\n' \
          "$OMEGA_G" "$i" "$OMEGA_RESET" "$x" "$y" "$status" "$(omega_rand 8)"
        sleep .025
    done
}

omega_cipher_movie() {
    local target="$1" i j ch
    for ((i=0;i<${#target};i++)); do
        for ((j=0;j<6;j++)); do
            ch="${target:$i:1}"
            printf '\r%bDECRYPT > %s%b%s%b' "$OMEGA_Y" "${target:0:i}" \
              "$OMEGA_P" "$(omega_rand 1)" "$OMEGA_RESET"
            sleep .018
        done
    done
    printf '\r%bDECRYPT > %s%b\n' "$OMEGA_G" "$target"
}

omega_countdown() {
    local i
    for ((i=9;i>=0;i--)); do
        printf '\r%b[ OMEGA CORE ] %bT-MINUS %02d  ::  %s%b' \
          "$OMEGA_R" "$OMEGA_W" "$i" "$(omega_rand 16)" "$OMEGA_RESET"
        sleep .08
    done
    echo
}

mod_41_quantum_radar() {
    omega_title "MODULE 41 // QUANTUM RADAR CASCADE"
    omega_radar 28
    omega_radar 28
    echo -e "${OMEGA_G}>>> MULTI-LAYER SIGNAL GHOST DETECTED${OMEGA_RESET}"
    omega_bar "Phase-locking"
}

mod_42_neon_hex_storm() {
    omega_title "MODULE 42 // NEON HEX STORM"
    omega_hexstorm 34
}

mod_43_glitch_cathedral() {
    omega_title "MODULE 43 // GLITCH CATHEDRAL"
    for _ in {1..5}; do omega_glitch 76 9; done
}

mod_44_cipher_forge_x() {
    omega_title "MODULE 44 // CIPHER FORGE X"
    for word in OMEGA NEURAL SHADOW VECTOR SPECTRAL; do
        omega_cipher_movie "$word-$(omega_rand 6)"
    done
}

mod_45_binary_tunnel() {
    omega_title "MODULE 45 // BINARY TUNNEL"
    for _ in {1..28}; do
        printf '%b%s%b\n' "$OMEGA_G" "$(omega_rand 96)" "$OMEGA_RESET"
        sleep .018
    done
}

mod_46_node_constellation() {
    omega_title "MODULE 46 // NODE CONSTELLATION"
    omega_node_map
}

mod_47_recursive_terminal() {
    omega_title "MODULE 47 // RECURSIVE TERMINAL MIRROR"
    for depth in {1..12}; do
        printf '%b[%02d] /omega/level/%s/echo/%s%b\n' \
          "$OMEGA_P" "$depth" "$(omega_rand 10)" "$(omega_rand 12)" "$OMEGA_RESET"
        sleep .03
    done
}

mod_48_spectral_wave() {
    omega_title "MODULE 48 // SPECTRAL WAVEFORM ENGINE"
    omega_wave 22
}

mod_49_ghost_packets() {
    omega_title "MODULE 49 // GHOST PACKET THEATER"
    for _ in {1..32}; do
        printf '%bGHOST_PACKET%b  id=%s  seq=%04d  phase=%s  checksum=%s\n' \
          "$OMEGA_C" "$OMEGA_RESET" "$(omega_rand 10)" "$((RANDOM%9999))" \
          "$(omega_rand 6)" "$(omega_rand 8)"
        sleep .018
    done
}

mod_50_core_overdrive() {
    omega_title "MODULE 50 // OMEGA CORE OVERDRIVE"
    omega_spinner_wall 40
    omega_bar "Spinning core rings"
    omega_bar "Stabilizing reactor"
    echo -e "${OMEGA_R}!!! CORE OUTPUT 999.9% !!!${OMEGA_RESET}"
}

mod_51_ai_hallucination() {
    omega_title "MODULE 51 // AI HALLUCINATION MATRIX"
    for _ in {1..20}; do
        printf '%b[AI] hypothesis=%s confidence=%03d%% anomaly=%s%b\n' \
          "$OMEGA_P" "$(omega_rand 18)" "$((RANDOM%101))" "$(omega_rand 8)" "$OMEGA_RESET"
        sleep .025
    done
}

mod_52_quantum_clock() {
    omega_title "MODULE 52 // QUANTUM CLOCK FRACTURE"
    for _ in {1..24}; do
        printf '\r%bCLOCK %02d:%02d:%02d.%06d  :: PHASE %s%b' \
          "$OMEGA_C" "$((RANDOM%24))" "$((RANDOM%60))" "$((RANDOM%60))" \
          "$((RANDOM%1000000))" "$(omega_rand 7)" "$OMEGA_RESET"
        sleep .035
    done
    echo
}

mod_53_signal_fusion() {
    omega_title "MODULE 53 // SIGNAL FUSION ENGINE"
    for source in ALPHA BETA GAMMA DELTA OMEGA; do
        printf '%bFUSION[%s]%b -> %s -> %s\n' "$OMEGA_G" "$source" "$OMEGA_RESET" \
          "$(omega_rand 14)" "$(omega_rand 18)"
        sleep .06
    done
    omega_bar "Merging signal layers"
}

mod_54_entropy_lab() {
    omega_title "MODULE 54 // ENTROPY LAB"
    for _ in {1..25}; do
        printf '%bENTROPY=%0.6f  MUTATION=%03d  STATE=%s%b\n' \
          "$OMEGA_Y" "$(awk -v r="$RANDOM" 'BEGIN{printf "%.6f", r/32767}')" \
          "$((RANDOM%100))" "$(omega_rand 9)" "$OMEGA_RESET"
        sleep .02
    done
}

mod_55_holographic_shell() {
    omega_title "MODULE 55 // HOLOGRAPHIC SHELL"
    cat <<'EOF'
                 ╭──────────────────────────────────────╮
              ╭──╯   O M E G A   H O L O - C O R E   ╰──╮
             ╱       ╱╲      ╱╲      ╱╲      ╱╲         ╲
            │       ╱  ╲____╱  ╲____╱  ╲____╱  ╲        │
            │      │       SIGNAL CONVERGENCE      │     │
             ╲      ╲____________________________╱     ╱
              ╰──╮                                  ╭──╯
                 ╰──────────────────────────────────╯
EOF
    omega_glitch 64 5
}

mod_56_firewall_prism() {
    omega_title "MODULE 56 // FIREWALL PRISM"
    for layer in OUTER INNER DEEP QUANTUM NULL; do
        printf '%bPRISM[%s]%b  barrier=%s  phase=%s  integrity=%03d%%\n' \
          "$OMEGA_R" "$layer" "$OMEGA_RESET" "$(omega_rand 12)" "$(omega_rand 6)" "$((RANDOM%101))"
        sleep .05
    done
}

mod_57_memory_rain() {
    omega_title "MODULE 57 // MEMORY RAIN"
    for _ in {1..30}; do
        printf '%bMEM[%08X] %s %s %s%b\n' "$OMEGA_B" "$((RANDOM*RANDOM))" \
          "$(omega_rand 8)" "$(omega_rand 8)" "$(omega_rand 12)" "$OMEGA_RESET"
        sleep .018
    done
}

mod_58_terminal_hyperspace() {
    omega_title "MODULE 58 // TERMINAL HYPERSPACE"
    for _ in {1..26}; do
        printf '%b>>>> %s :: %s :: %s :: %s <<<<%b\n' "$OMEGA_P" \
          "$(omega_rand 5)" "$(omega_rand 9)" "$(omega_rand 13)" "$(omega_rand 7)" "$OMEGA_RESET"
        sleep .02
    done
}

mod_59_chaos_lattice() {
    omega_title "MODULE 59 // CHAOS LATTICE"
    for _ in {1..18}; do
        printf '%b%s%b\n' "$OMEGA_R" "$(printf '%*s' $((RANDOM%20+10)) '' | tr ' ' '#')$(omega_rand 45)" "$OMEGA_RESET"
        sleep .025
    done
}

mod_60_dark_matter_scan() {
    omega_title "MODULE 60 // DARK MATTER SCAN"
    omega_radar 20
    for _ in {1..12}; do
        printf '%bMASS-SIGNATURE %s  DENSITY=%03d  VECTOR=%s%b\n' "$OMEGA_P" \
          "$(omega_rand 10)" "$((RANDOM%1000))" "$(omega_rand 12)" "$OMEGA_RESET"
        sleep .04
    done
}

mod_61_neural_mesh() {
    omega_title "MODULE 61 // NEURAL MESH BLOOM"
    for layer in {1..9}; do
        printf '%bLAYER-%02d%b  [ %s ]=>[ %s ]=>[ %s ]=>[ %s ]\n' "$OMEGA_C" "$layer" \
          "$OMEGA_RESET" "$(omega_rand 5)" "$(omega_rand 5)" "$(omega_rand 5)" "$(omega_rand 5)"
        sleep .04
    done
}

mod_62_packet_hologram() {
    omega_title "MODULE 62 // PACKET HOLOGRAM"
    for _ in {1..24}; do
        printf '%b╱ %s ╲ %s ╱ %s ╲%b\n' "$OMEGA_G" "$(omega_rand 7)" "$(omega_rand 11)" "$(omega_rand 7)" "$OMEGA_RESET"
        sleep .02
    done
}

mod_63_entropy_spiral() {
    omega_title "MODULE 63 // ENTROPY SPIRAL"
    for n in {1..22}; do
        printf '%*s%b%s%b\n' "$((n%28))" '' "$OMEGA_Y" "$(omega_rand $((n+18)))" "$OMEGA_RESET"
        sleep .018
    done
}

mod_64_omega_scanner() {
    omega_title "MODULE 64 // OMEGA SCANNER"
    for _ in {1..36}; do
        printf '\r%bSCAN %03d%% :: %s :: MATCHES=%02d%b' "$OMEGA_C" "$((RANDOM%101))" \
          "$(omega_rand 16)" "$((RANDOM%99))" "$OMEGA_RESET"
        sleep .025
    done
    echo
}

mod_65_fractal_console() {
    omega_title "MODULE 65 // FRACTAL CONSOLE"
    for _ in {1..16}; do
        printf '%b%s%s%s%s%s%b\n' "$OMEGA_P" "$(omega_rand 4)" "$(omega_rand 7)" \
          "$(omega_rand 10)" "$(omega_rand 7)" "$(omega_rand 4)" "$OMEGA_RESET"
        sleep .025
    done
}

mod_66_ghost_kernel() {
    omega_title "MODULE 66 // GHOST KERNEL DREAM"
    for _ in {1..20}; do
        printf '%bghost.sys :: page=%08X :: dream=%s :: wake=%s%b\n' "$OMEGA_B" \
          "$((RANDOM*RANDOM))" "$(omega_rand 10)" "$(omega_rand 8)" "$OMEGA_RESET"
        sleep .025
    done
}

mod_67_singularity() {
    omega_title "MODULE 67 // SINGULARITY FORMATION"
    omega_countdown
    omega_glitch 72 14
    echo -e "${OMEGA_P}>>> SINGULARITY VISUAL LOCK ACHIEVED${OMEGA_RESET}"
}

mod_68_quantum_mesh() {
    omega_title "MODULE 68 // QUANTUM MESH CASCADE"
    for q in {1..32}; do
        printf '%bQ[%02d]  |ψ>=%s  ent=%s  phase=%s  collapse=%03d%%\n' "$OMEGA_G" "$q" \
          "$(omega_rand 8)" "$(omega_rand 6)" "$(omega_rand 8)" "$((RANDOM%101))"
        sleep .018
    done
}

mod_69_neon_cataclysm() {
    omega_title "MODULE 69 // NEON CATACLYSM"
    for _ in {1..6}; do
        omega_glitch 78 8
        omega_wave 5
    done
}

mod_70_black_box() {
    omega_title "MODULE 70 // BLACK BOX DECODE"
    for word in BLACKBOX OMEGA-NULL EVENT-HORIZON DEEP-VECTOR; do
        omega_cipher_movie "$word"
    done
    omega_hexstorm 12
}

mod_71_synthetic_sun() {
    omega_title "MODULE 71 // SYNTHETIC SUN"
    for _ in {1..20}; do
        printf '%b☼ FLARE %s :: PLASMA=%03d :: RADIANCE=%03d :: VECTOR=%s%b\n' "$OMEGA_Y" \
          "$(omega_rand 8)" "$((RANDOM%1000))" "$((RANDOM%1000))" "$(omega_rand 8)" "$OMEGA_RESET"
        sleep .025
    done
}

mod_72_time_loop() {
    omega_title "MODULE 72 // TEMPORAL LOOP"
    for loop in {1..9}; do
        printf '%bLOOP-%02d%b  timeline=%s  branch=%s  paradox=%s\n' "$OMEGA_P" "$loop" "$OMEGA_RESET" \
          "$(omega_rand 9)" "$(omega_rand 7)" "$(omega_rand 11)"
        sleep .04
    done
}

mod_73_omega_blackout() {
    omega_title "MODULE 73 // OMEGA BLACKOUT"
    for _ in {1..10}; do
        printf '\r%b████████████████████████████████████████████████████████████████████████%b' \
          "$OMEGA_R" "$OMEGA_RESET"
        sleep .05
        printf '\r%b........................................................................%b' \
          "$OMEGA_DIM" "$OMEGA_RESET"
        sleep .05
    done
    echo
}

mod_74_reactor_finale() {
    omega_title "MODULE 74 // REACTOR FINALE"
    omega_bar "Charging OMEGA reactor" 60
    omega_bar "Synchronizing visual field" 60
    omega_radar 36
    omega_hexstorm 20
}

mod_75_omega_apotheosis() {
    omega_title "MODULE 75 // OMEGA APOTHEOSIS"
    omega_countdown
    for _ in {1..4}; do
        omega_glitch 78 7
        omega_wave 7
    done
    printf '%b\n' "${OMEGA_BOLD}${OMEGA_G}"
    cat <<'EOF'
        ██████╗ ███╗   ███╗███████╗ ██████╗  █████╗
       ██╔═══██╗████╗ ████║██╔════╝██╔════╝ ██╔══██╗
       ██║   ██║██╔████╔██║█████╗  ██║  ███╗███████║
       ██║   ██║██║╚██╔╝██║██╔══╝  ██║   ██║██╔══██║
       ╚██████╔╝██║ ╚═╝ ██║███████╗╚██████╔╝██║  ██║
        ╚═════╝ ╚═╝     ╚═╝╚══════╝ ╚═════╝ ╚═╝  ╚═╝
EOF
    printf '%b\n' "${OMEGA_RESET}"
    echo -e "${OMEGA_C}>>> CINEMATIC SIMULATION COMPLETE${OMEGA_RESET}"
    echo -e "${OMEGA_G}>>> 75 MODULES // VISUAL SYSTEM NOMINAL${OMEGA_RESET}"
}

run_omega_mega_sequence() {
    mod_41_quantum_radar
    mod_42_neon_hex_storm
    mod_43_glitch_cathedral
    mod_44_cipher_forge_x
    mod_45_binary_tunnel
    mod_46_node_constellation
    mod_47_recursive_terminal
    mod_48_spectral_wave
    mod_49_ghost_packets
    mod_50_core_overdrive
    mod_51_ai_hallucination
    mod_52_quantum_clock
    mod_53_signal_fusion
    mod_54_entropy_lab
    mod_55_holographic_shell
    mod_56_firewall_prism
    mod_57_memory_rain
    mod_58_terminal_hyperspace
    mod_59_chaos_lattice
    mod_60_dark_matter_scan
    mod_61_neural_mesh
    mod_62_packet_hologram
    mod_63_entropy_spiral
    mod_64_omega_scanner
    mod_65_fractal_console
    mod_66_ghost_kernel
    mod_67_singularity
    mod_68_quantum_mesh
    mod_69_neon_cataclysm
    mod_70_black_box
    mod_71_synthetic_sun
    mod_72_time_loop
    mod_73_omega_blackout
    mod_74_reactor_finale
    mod_75_omega_apotheosis
}


# ==============================================================================
# OMEGA ULTRA EXPANSION // MODULES 76-125
# VISUAL / SIMULATION ONLY — NO NETWORK OR SYSTEM ACTIONS
# ==============================================================================


ultra_cipher_movie() {
    local target="$1" i j ch
    for ((i=0;i<${#target};i++)); do
        for ((j=0;j<5;j++)); do
            ch="${target:$i:1}"
            printf '\r%bDECODE > %s%b%s%b' "$OMEGA_Y" "${target:0:i}" \
              "$OMEGA_P" "$(ultra_rand 1)" "$OMEGA_RESET"
            sleep .015
        done
    done
    printf '\r%bDECODE > %s%b\n' "$OMEGA_G" "$target" "$OMEGA_RESET"
}

ultra_rand() {
    local chars='ABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789#$%&*@+=<>?/\\|'
    local n=${1:-16} out='' i
    for ((i=0;i<n;i++)); do out+="${chars:RANDOM%${#chars}:1}"; done
    printf '%s' "$out"
}

ultra_frame() {
    printf '%b\n' "${OMEGA_BOLD}${OMEGA_C}"
    printf '╔══════════════════════════════════════════════════════════════════════════════════════╗\n'
    printf '║ %-82s ║\n' "$1"
    printf '╚══════════════════════════════════════════════════════════════════════════════════════╝'
    printf '%b\n' "${OMEGA_RESET}"
}

ultra_rain() {
    local rows=${1:-18} width=${2:-78} i
    for ((i=0;i<rows;i++)); do
        printf '%b%s%b\n' "$OMEGA_G" "$(ultra_rand "$width")" "$OMEGA_RESET"
        sleep .012
    done
}

ultra_burst() {
    local rounds=${1:-20} i
    for ((i=0;i<rounds;i++)); do
        printf '\r%b[%s]  CORE=%03d%%  PHASE=%s  VECTOR=%s%b' \
          "$OMEGA_P" "$(ultra_rand 7)" "$((RANDOM%101))" "$(ultra_rand 6)" \
          "$(ultra_rand 12)" "$OMEGA_RESET"
        sleep .025
    done
    echo
}

ultra_grid() {
    local rows=${1:-12} cols=${2:-8} r c
    for ((r=0;r<rows;r++)); do
        printf '%b' "$OMEGA_C"
        for ((c=0;c<cols;c++)); do
            printf '[%s]─' "$(ultra_rand 4)"
        done
        printf '%b\n' "$OMEGA_RESET"
        sleep .018
    done
}

ultra_sweep() {
    local frames=${1:-24} i pos
    for ((i=0;i<frames;i++)); do
        pos=$((i%58))
        printf '\r%b%-*s████████████████████% b%b' "$OMEGA_DIM" "$pos" '' "$OMEGA_RESET"
        sleep .02
    done
    echo
}

ultra_sweep_clean() {
    local frames=${1:-24} i pos
    for ((i=0;i<frames;i++)); do
        pos=$((i%58))
        printf '\r%b%*s>%s%b' "$OMEGA_C" "$pos" '' "$(ultra_rand 20)" "$OMEGA_RESET"
        sleep .02
    done
    echo
}

ultra_matrix() {
    local rows=${1:-20} width=${2:-70} i j ch
    for ((i=0;i<rows;i++)); do
        for ((j=0;j<width;j++)); do
            case $((RANDOM%5)) in
                0) ch=$((RANDOM%2));;
                1) ch=$(printf '%X' $((RANDOM%16)));;
                2) ch=$(printf '%d' $((RANDOM%10)));;
                *) ch=' ';;
            esac
            printf '%s' "$ch"
        done
        printf '\n'
        sleep .012
    done
}

ultra_orbit() {
    local frames=${1:-18} i
    for ((i=0;i<frames;i++)); do
        printf '\r%b◉ ORBIT %02d  r=%03d  θ=%03d  φ=%03d  signal=%s%b' \
          "$OMEGA_B" "$i" "$((RANDOM%999))" "$((RANDOM%360))" "$((RANDOM%360))" \
          "$(ultra_rand 9)" "$OMEGA_RESET"
        sleep .035
    done
    echo
}

mod_76_neon_supernova() {
    ultra_frame "MODULE 76 // NEON SUPERNOVA"
    for _ in {1..5}; do
        ultra_rain 9 82
        ultra_burst 14
    done
}

mod_77_fractal_firewall() {
    ultra_frame "MODULE 77 // FRACTAL FIREWALL"
    for depth in {1..14}; do
        printf '%bDEPTH-%02d%b  %s > %s > %s > %s\n' "$OMEGA_R" "$depth" "$OMEGA_RESET" \
          "$(ultra_rand 6)" "$(ultra_rand 8)" "$(ultra_rand 10)" "$(ultra_rand 12)"
        sleep .02
    done
}

mod_78_neural_thunder() {
    ultra_frame "MODULE 78 // NEURAL THUNDER"
    ultra_grid 16 10
    ultra_burst 30
}

mod_79_quantum_mirror() {
    ultra_frame "MODULE 79 // QUANTUM MIRROR"
    for _ in {1..20}; do
        printf '%bMIRROR :: %s  ||  %s  ||  %s%b\n' "$OMEGA_P" \
          "$(ultra_rand 12)" "$(ultra_rand 12)" "$(ultra_rand 12)" "$OMEGA_RESET"
        sleep .018
    done
}

mod_80_cyber_storm() {
    ultra_frame "MODULE 80 // CYBER STORM"
    ultra_matrix 32 82
}

mod_81_hypervisor_dream() {
    ultra_frame "MODULE 81 // HYPERVISOR DREAM"
    for _ in {1..22}; do
        printf '%bVM[%02d]  cpu=%03d%% mem=%04dMB io=%04d  state=%s%b\n' \
          "$OMEGA_C" "$((RANDOM%32))" "$((RANDOM%101))" "$((RANDOM%8192))" \
          "$((RANDOM%9999))" "$(ultra_rand 7)" "$OMEGA_RESET"
        sleep .02
    done
}

mod_82_quantum_fog() {
    ultra_frame "MODULE 82 // QUANTUM FOG"
    for _ in {1..18}; do
        printf '%b%s   .   %s   .   %s   .   %s%b\n' "$OMEGA_DIM" \
          "$(ultra_rand 9)" "$(ultra_rand 11)" "$(ultra_rand 7)" "$(ultra_rand 13)" "$OMEGA_RESET"
        sleep .03
    done
}

mod_83_signal_avalanche() {
    ultra_frame "MODULE 83 // SIGNAL AVALANCHE"
    ultra_sweep_clean 40
    ultra_matrix 18 90
}

mod_84_hologram_engine() {
    ultra_frame "MODULE 84 // HOLOGRAM ENGINE"
    cat <<'EOF'
             ╭────────────────────────────────────────────────╮
             │       O M E G A   H O L O G R A M             │
             │    ╱╲   ╱╲   ╱╲   ╱╲   ╱╲   ╱╲             │
             │   ╱  ╲─╱  ╲─╱  ╲─╱  ╲─╱  ╲─╱  ╲            │
             │   ╲  /─╲  /─╲  /─╲  /─╲  /─╲  /            │
             │    ╲╱   ╲╱   ╲╱   ╲╱   ╲╱   ╲╱             │
             ╰────────────────────────────────────────────────╯
EOF
    ultra_burst 25
}

mod_85_spectral_lock() {
    ultra_frame "MODULE 85 // SPECTRAL LOCK"
    for _ in {1..25}; do
        printf '\r%bLOCK:%s  PHASE:%s  GHOST:%s  MATCH:%03d%%%b' \
          "$OMEGA_G" "$(ultra_rand 8)" "$(ultra_rand 6)" "$(ultra_rand 9)" \
          "$((RANDOM%101))" "$OMEGA_RESET"
        sleep .025
    done
    echo
}

mod_86_data_quasar() {
    ultra_frame "MODULE 86 // DATA QUASAR"
    ultra_rain 36 90
}

mod_87_echo_dimension() {
    ultra_frame "MODULE 87 // ECHO DIMENSION"
    for layer in {1..16}; do
        printf '%*s%bL%02d :: %s :: %s%b\n' "$((layer%20))" '' "$OMEGA_P" \
          "$layer" "$(ultra_rand 13)" "$(ultra_rand 19)" "$OMEGA_RESET"
        sleep .02
    done
}

mod_88_vector_hurricane() {
    ultra_frame "MODULE 88 // VECTOR HURRICANE"
    for _ in {1..30}; do
        printf '%b<<<< %s >>>> %s <<<< %s >>>>%b\n' "$OMEGA_C" \
          "$(ultra_rand 9)" "$(ultra_rand 12)" "$(ultra_rand 15)" "$OMEGA_RESET"
        sleep .018
    done
}

mod_89_black_ice_prism() {
    ultra_frame "MODULE 89 // BLACK ICE PRISM"
    for layer in {1..12}; do
        printf '%bICE-%02d%b  shard=%s  reflect=%03d  phase=%s\n' "$OMEGA_B" "$layer" "$OMEGA_RESET" \
          "$(ultra_rand 10)" "$((RANDOM%360))" "$(ultra_rand 8)"
        sleep .025
    done
}

mod_90_omega_pulse() {
    ultra_frame "MODULE 90 // OMEGA PULSE"
    for _ in {1..12}; do
        printf '%b████████████████████████████████████████████████████████████████████████████████%b\n' "$OMEGA_R" "$OMEGA_RESET"
        sleep .035
        printf '%b................................................................................%b\n' "$OMEGA_DIM" "$OMEGA_RESET"
        sleep .035
    done
}

mod_91_synapse_rain() {
    ultra_frame "MODULE 91 // SYNAPSE RAIN"
    for _ in {1..32}; do
        printf '%bSYN-%s -> %s -> %s -> %s%b\n' "$OMEGA_G" "$(ultra_rand 5)" \
          "$(ultra_rand 7)" "$(ultra_rand 9)" "$(ultra_rand 11)" "$OMEGA_RESET"
        sleep .015
    done
}

mod_92_quantum_spiral() {
    ultra_frame "MODULE 92 // QUANTUM SPIRAL"
    for n in {1..30}; do
        printf '%*s%b%s%b\n' "$((n%32))" '' "$OMEGA_C" "$(ultra_rand $((n+10)))" "$OMEGA_RESET"
        sleep .015
    done
}

mod_93_terminal_eclipse() {
    ultra_frame "MODULE 93 // TERMINAL ECLIPSE"
    for _ in {1..8}; do
        ultra_burst 10
        clear
        sleep .03
        ultra_rain 7 76
    done
}

mod_94_hex_meteor() {
    ultra_frame "MODULE 94 // HEX METEOR SHOWER"
    local i
    for i in {1..30}; do
        printf '%b0x%08X  %s %s %s  IMPACT=%03d%b\n' "$OMEGA_Y" "$((RANDOM*RANDOM))" \
          "$(ultra_rand 8)" "$(ultra_rand 8)" "$(ultra_rand 8)" "$((RANDOM%1000))" "$OMEGA_RESET"
        sleep .018
    done
}

mod_95_ai_core_bloom() {
    ultra_frame "MODULE 95 // AI CORE BLOOM"
    for layer in {1..18}; do
        printf '%bAI-LAYER-%02d%b  weights=%s  entropy=%s  activation=%03d%%\n' \
          "$OMEGA_P" "$layer" "$OMEGA_RESET" "$(ultra_rand 12)" "$(ultra_rand 8)" "$((RANDOM%101))"
        sleep .02
    done
}

mod_96_dimension_shift() {
    ultra_frame "MODULE 96 // DIMENSION SHIFT"
    for d in {3..12}; do
        printf '%bDIMENSION %02d%b :: x=%s y=%s z=%s :: phase=%s\n' "$OMEGA_B" "$d" "$OMEGA_RESET" \
          "$(ultra_rand 7)" "$(ultra_rand 7)" "$(ultra_rand 7)" "$(ultra_rand 9)"
        sleep .025
    done
}

mod_97_ghost_constellation() {
    ultra_frame "MODULE 97 // GHOST CONSTELLATION"
    ultra_orbit 32
    ultra_grid 10 12
}

mod_98_core_ripples() {
    ultra_frame "MODULE 98 // CORE RIPPLES"
    for radius in {1..22}; do
        printf '%*s%b◉ radius=%02d :: %s%b\n' "$radius" '' "$OMEGA_C" "$radius" "$(ultra_rand 22)" "$OMEGA_RESET"
        sleep .018
    done
}

mod_99_cipher_supernova() {
    ultra_frame "MODULE 99 // CIPHER SUPERNOVA"
    for target in OMEGA-CORE QUANTUM-GATE NEON-SHADOW VECTOR-NULL; do
        ultra_cipher_movie "$target"
    done
    ultra_rain 12 84
}

mod_100_centennial_overdrive() {
    ultra_frame "MODULE 100 // CENTENNIAL OVERDRIVE"
    for _ in {1..3}; do
        ultra_matrix 20 86
        ultra_burst 25
        ultra_grid 8 12
    done
}

mod_101_neural_tunnel() {
    ultra_frame "MODULE 101 // NEURAL TUNNEL"
    for _ in {1..34}; do
        printf '%b%s>%s>%s>%s>%s%b\n' "$OMEGA_G" "$(ultra_rand 5)" "$(ultra_rand 7)" \
          "$(ultra_rand 9)" "$(ultra_rand 11)" "$(ultra_rand 13)" "$OMEGA_RESET"
        sleep .014
    done
}

mod_102_synthetic_rift() {
    ultra_frame "MODULE 102 // SYNTHETIC RIFT"
    for _ in {1..18}; do
        printf '%bRIFT %s  WIDTH=%03d  DEPTH=%03d  STABILITY=%03d%%%b\n' "$OMEGA_P" \
          "$(ultra_rand 9)" "$((RANDOM%1000))" "$((RANDOM%1000))" "$((RANDOM%101))" "$OMEGA_RESET"
        sleep .025
    done
}

mod_103_telemetry_storm() {
    ultra_frame "MODULE 103 // TELEMETRY STORM"
    for _ in {1..40}; do
        printf '%bTEL %s | temp=%03d | flux=%04d | phase=%s | tag=%s%b\n' "$OMEGA_C" \
          "$(ultra_rand 5)" "$((RANDOM%999))" "$((RANDOM%9999))" "$(ultra_rand 7)" \
          "$(ultra_rand 8)" "$OMEGA_RESET"
        sleep .012
    done
}

mod_104_omega_mandala() {
    ultra_frame "MODULE 104 // OMEGA MANDALA"
    cat <<'EOF'
                         .----------------.
                     .-'      O M E G A     '-.
                   .'    .--.          .--.    '.
                  /    .'    '.      .'    '.    \
                 ;    /  /\    \____/    /\  \    ;
                 |   ;  /  \            /  \  ;   |
                 ;    \ \__/   OMEGA    \__/ /    ;
                  \    '._              _.'    /
                   '.      '----------'      .'
                     '-.                  .-'
                         '----------------'
EOF
    ultra_burst 22
}

mod_105_ghost_drive() {
    ultra_frame "MODULE 105 // GHOST DRIVE"
    for _ in {1..28}; do
        printf '%bDRIVE::%s  sector=%06d  ghost=%s  mirror=%s%b\n' "$OMEGA_B" \
          "$(ultra_rand 6)" "$((RANDOM%999999))" "$(ultra_rand 8)" "$(ultra_rand 8)" "$OMEGA_RESET"
        sleep .016
    done
}

mod_106_reactor_wave() {
    ultra_frame "MODULE 106 // REACTOR WAVE"
    for _ in {1..7}; do
        ultra_sweep_clean 18
        ultra_burst 18
    done
}

mod_107_prism_rain() {
    ultra_frame "MODULE 107 // PRISM RAIN"
    local symbols='ABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789'
    for _ in {1..24}; do
        printf '%b%s %s %s %s %s%b\n' "$OMEGA_Y" \
          "${symbols:RANDOM%${#symbols}:1}" "$(ultra_rand 6)" "$(ultra_rand 8)" \
          "$(ultra_rand 10)" "$(ultra_rand 12)" "$OMEGA_RESET"
        sleep .018
    done
}

mod_108_time_engine() {
    ultra_frame "MODULE 108 // TIME ENGINE"
    for t in {1..26}; do
        printf '\r%bT=%03d  past=%s  present=%s  future=%s%b' "$OMEGA_C" "$t" \
          "$(ultra_rand 7)" "$(ultra_rand 7)" "$(ultra_rand 7)" "$OMEGA_RESET"
        sleep .025
    done
    echo
}

mod_109_void_scanner() {
    ultra_frame "MODULE 109 // VOID SCANNER"
    ultra_rain 20 88
    ultra_sweep_clean 35
}

mod_110_neon_labyrinth() {
    ultra_frame "MODULE 110 // NEON LABYRINTH"
    for _ in {1..22}; do
        printf '%b╱╲╱╲╱╲ %s ╱╲╱╲ %s ╲╱╲╱╲ %s%b\n' "$OMEGA_P" \
          "$(ultra_rand 8)" "$(ultra_rand 10)" "$(ultra_rand 12)" "$OMEGA_RESET"
        sleep .02
    done
}

mod_111_packet_river() {
    ultra_frame "MODULE 111 // PACKET RIVER"
    for _ in {1..36}; do
        printf '%b~%s~%s~%s~%s~%s~%b\n' "$OMEGA_G" "$(ultra_rand 5)" "$(ultra_rand 7)" \
          "$(ultra_rand 9)" "$(ultra_rand 11)" "$(ultra_rand 13)" "$OMEGA_RESET"
        sleep .014
    done
}

mod_112_core_diamond() {
    ultra_frame "MODULE 112 // CORE DIAMOND"
    for n in {1..18}; do
        printf '%*s%b<> %s <> %s <> %s%b\n' "$((18-n))" '' "$OMEGA_C" \
          "$(ultra_rand 6)" "$(ultra_rand 8)" "$(ultra_rand 10)" "$OMEGA_RESET"
        sleep .02
    done
}

mod_113_spectral_echo() {
    ultra_frame "MODULE 113 // SPECTRAL ECHO"
    for echo in {1..14}; do
        printf '%bECHO-%02d%b :: %s :: %s :: %s\n' "$OMEGA_P" "$echo" "$OMEGA_RESET" \
          "$(ultra_rand 14)" "$(ultra_rand 10)" "$(ultra_rand 18)"
        sleep .025
    done
}

mod_114_matrix_horizon() {
    ultra_frame "MODULE 114 // MATRIX HORIZON"
    ultra_matrix 36 94
}

mod_115_quantum_sparks() {
    ultra_frame "MODULE 115 // QUANTUM SPARKS"
    for _ in {1..32}; do
        printf '%b✦ %s  ψ=%s  ent=%s  spin=%s%b\n' "$OMEGA_Y" "$(ultra_rand 8)" \
          "$(ultra_rand 6)" "$(ultra_rand 7)" "$(ultra_rand 8)" "$OMEGA_RESET"
        sleep .015
    done
}

mod_116_ghost_bridge() {
    ultra_frame "MODULE 116 // GHOST BRIDGE"
    ultra_grid 14 9
    ultra_burst 24
}

mod_117_cascade_engine() {
    ultra_frame "MODULE 117 // CASCADE ENGINE"
    for stage in {1..20}; do
        printf '%bCASCADE-%02d%b  input=%s  transform=%s  output=%s\n' "$OMEGA_G" "$stage" "$OMEGA_RESET" \
          "$(ultra_rand 8)" "$(ultra_rand 10)" "$(ultra_rand 12)"
        sleep .018
    done
}

mod_118_black_sun() {
    ultra_frame "MODULE 118 // BLACK SUN"
    for _ in {1..10}; do
        printf '%b             ◉             %b\n' "$OMEGA_R" "$OMEGA_RESET"
        printf '%b        ◉         ◉        %b\n' "$OMEGA_P" "$OMEGA_RESET"
        printf '%b     ◉      VOID      ◉     %b\n' "$OMEGA_C" "$OMEGA_RESET"
        sleep .04
    done
}

mod_119_omega_rainbow() {
    ultra_frame "MODULE 119 // OMEGA RAINBOW"
    for _ in {1..24}; do
        printf '%b%s%b\n' "$OMEGA_C" "$(ultra_rand 86)" "$OMEGA_RESET"
        sleep .018
    done
}

mod_120_apex_dashboard() {
    ultra_frame "MODULE 120 // APEX DASHBOARD"
    for _ in {1..22}; do
        printf '%bCPU[%03d%%] GPU[%03d%%] NET[%03d%%] MEM[%03d%%] AI[%03d%%] CORE[%03d%%]%b\n' \
          "$OMEGA_W" "$((RANDOM%101))" "$((RANDOM%101))" "$((RANDOM%101))" \
          "$((RANDOM%101))" "$((RANDOM%101))" "$((RANDOM%101))" "$OMEGA_RESET"
        sleep .02
    done
}

mod_121_dimension_rain() {
    ultra_frame "MODULE 121 // DIMENSION RAIN"
    for _ in {1..30}; do
        printf '%bD[%02d] %s %s %s %s%b\n' "$OMEGA_P" "$((RANDOM%99))" \
          "$(ultra_rand 7)" "$(ultra_rand 9)" "$(ultra_rand 11)" "$(ultra_rand 13)" "$OMEGA_RESET"
        sleep .015
    done
}

mod_122_singularity_wall() {
    ultra_frame "MODULE 122 // SINGULARITY WALL"
    ultra_matrix 26 96
    ultra_burst 30
}

mod_123_omega_rift() {
    ultra_frame "MODULE 123 // OMEGA RIFT"
    for _ in {1..9}; do
        ultra_sweep_clean 18
        ultra_rain 6 84
    done
}

mod_124_final_overclock() {
    ultra_frame "MODULE 124 // FINAL OVERCLOCK"
    ultra_burst 50
    ultra_grid 14 14
    ultra_matrix 18 92
}

mod_125_omega_absolute() {
    ultra_frame "MODULE 125 // OMEGA ABSOLUTE"
    for _ in {1..5}; do
        ultra_rain 8 88
        ultra_burst 20
        ultra_grid 7 11
    done
    printf '%b\n' "${OMEGA_BOLD}${OMEGA_G}"
    cat <<'EOF'
 ██████╗ ███╗   ███╗███████╗ ██████╗  █████╗
██╔═══██╗████╗ ████║██╔════╝██╔════╝ ██╔══██╗
██║   ██║██╔████╔██║█████╗  ██║  ███╗███████║
██║   ██║██║╚██╔╝██║██╔══╝  ██║   ██║██╔══██║
╚██████╔╝██║ ╚═╝ ██║███████╗╚██████╔╝██║  ██║
 ╚═════╝ ╚═╝     ╚═╝╚══════╝ ╚═════╝ ╚═╝  ╚═╝
EOF
    printf '%b\n' "${OMEGA_RESET}"
    echo -e "${OMEGA_C}>>> 125 MODULES ONLINE // CINEMATIC SIMULATION COMPLETE${OMEGA_RESET}"
}

run_omega_ultra_sequence() {
    mod_76_neon_supernova
    mod_77_fractal_firewall
    mod_78_neural_thunder
    mod_79_quantum_mirror
    mod_80_cyber_storm
    mod_81_hypervisor_dream
    mod_82_quantum_fog
    mod_83_signal_avalanche
    mod_84_hologram_engine
    mod_85_spectral_lock
    mod_86_data_quasar
    mod_87_echo_dimension
    mod_88_vector_hurricane
    mod_89_black_ice_prism
    mod_90_omega_pulse
    mod_91_synapse_rain
    mod_92_quantum_spiral
    mod_93_terminal_eclipse
    mod_94_hex_meteor
    mod_95_ai_core_bloom
    mod_96_dimension_shift
    mod_97_ghost_constellation
    mod_98_core_ripples
    mod_99_cipher_supernova
    mod_100_centennial_overdrive
    mod_101_neural_tunnel
    mod_102_synthetic_rift
    mod_103_telemetry_storm
    mod_104_omega_mandala
    mod_105_ghost_drive
    mod_106_reactor_wave
    mod_107_prism_rain
    mod_108_time_engine
    mod_109_void_scanner
    mod_110_neon_labyrinth
    mod_111_packet_river
    mod_112_core_diamond
    mod_113_spectral_echo
    mod_114_matrix_horizon
    mod_115_quantum_sparks
    mod_116_ghost_bridge
    mod_117_cascade_engine
    mod_118_black_sun
    mod_119_omega_rainbow
    mod_120_apex_dashboard
    mod_121_dimension_rain
    mod_122_singularity_wall
    mod_123_omega_rift
    mod_124_final_overclock
    mod_125_omega_absolute
}

mod_126_access_gate() {
    omega_title "MODULE 126 // ACCESS GATE"
    for _ in {1..5}; do
        echo -e "${OMEGA_R}${OMEGA_BOLD}"
        cat <<'EOF'

╔══════════════════════════════════════════════════════════════╗
║                   !!! ACCESS DENIED !!!                    ║
║                                                            ║
║       AUTH ............ REJECTED                           ║
║       TOKEN ........... INVALID                            ║
║       GATE ............ LOCKED                             ║
╚══════════════════════════════════════════════════════════════╝
EOF
        echo -e "${OMEGA_RESET}"
        sleep .04
        echo -e "${OMEGA_G}${OMEGA_BOLD}"
        cat <<'EOF'

╔══════════════════════════════════════════════════════════════╗
║                  >>> ACCESS GRANTED <<<                     ║
║             O M E G A   P R I V I L E G E                 ║
║                                                            ║
║       AUTH ............ VERIFIED                           ║
║       TOKEN ........... VALID                              ║
║       GATE ............ OPEN                               ║
╚══════════════════════════════════════════════════════════════╝
EOF
        echo -e "${OMEGA_RESET}"
        sleep .04
    done
}

mod_127_denial_wall() {
    omega_title "MODULE 127 // DENIAL WALL"
    for _ in {1..8}; do
        echo -e "${OMEGA_R}${OMEGA_BOLD}"
        cat <<'EOF'

╔══════════════════════════════════════════════════════════════╗
║                   !!! ACCESS DENIED !!!                    ║
║                                                            ║
║       AUTH ............ REJECTED                           ║
║       TOKEN ........... INVALID                            ║
║       GATE ............ LOCKED                             ║
╚══════════════════════════════════════════════════════════════╝
EOF
        echo -e "${OMEGA_RESET}"
        ultra_burst 4
        sleep .02
    done
}

mod_128_granted_cathedral() {
    omega_title "MODULE 128 // GRANTED CATHEDRAL"
    clear
    echo -e "${OMEGA_G}${OMEGA_BOLD}"
    cat <<'EOF'

╔══════════════════════════════════════════════════════════════╗
║                  >>> ACCESS GRANTED <<<                     ║
║             O M E G A   P R I V I L E G E                 ║
║                                                            ║
║       AUTH ............ VERIFIED                           ║
║       TOKEN ........... VALID                              ║
║       GATE ............ OPEN                               ║
╚══════════════════════════════════════════════════════════════╝
EOF
    echo -e "${OMEGA_RESET}"
    ultra_grid 14 32
    ultra_sweep_clean 24
}

mod_129_permission_ladder() {
    omega_title "MODULE 129 // PERMISSION LADDER"
    for level in {0..10}; do
        printf '\r%bPRIVILEGE LEVEL [%02d]  [%s]%b' "$OMEGA_C" "$level" "$(printf '█%.0s' $(seq 1 $level))" "$OMEGA_RESET"
        sleep .025
    done
    echo
    for role in USER OPERATOR ADMIN ROOT OMEGA; do
        echo -e "${OMEGA_G}[+] ROLE UNLOCKED :: $role${OMEGA_RESET}"
        sleep .03
    done
}

mod_130_firewall_battle() {
    omega_title "MODULE 130 // FIREWALL BATTLE"
    for _ in {1..18}; do
        echo -e "${OMEGA_R}<<<< FIREWALL WALL >>>> ${OMEGA_RESET}${OMEGA_C}VECTOR $(ultra_rand 10)${OMEGA_RESET}"
        echo -e "${OMEGA_Y}<<<< COUNTERMEASURE >>>> ${OMEGA_RESET}"
        echo -e "${OMEGA_G}>>>> ACCESS GRANTED >>>> ${OMEGA_RESET}"
        sleep .018
    done
    ultra_matrix 22 92
}

mod_131_terminal_meltdown() {
    omega_title "MODULE 131 // TERMINAL MELTDOWN"
    for _ in {1..9}; do
        clear
        echo -e "${OMEGA_R}${OMEGA_BOLD}"
        printf '\n        !!! TERMINAL VISUAL OVERLOAD !!!\n'
        printf '        [##############################] 100%%\n'
        printf '        [ ACCESS DENIED ] [ ACCESS GRANTED ]\n\n'
        echo -e "${OMEGA_RESET}"
        sleep .03
        ultra_rain 9 94
    done
}

mod_132_matrix_staircase() {
    omega_title "MODULE 132 // MATRIX STAIRCASE"
    for i in {1..20}; do
        printf '%*s%b%s%b\n' "$i" "" "$OMEGA_G" "$(ultra_rand $((i+10)))" "$OMEGA_RESET"
        printf '%*s%b%s%b\n' "$((40-i))" "" "$OMEGA_C" "$(ultra_rand $((i+15)))" "$OMEGA_RESET"
        sleep .012
    done
    ultra_sweep_clean 24
}

mod_133_binary_catacomb() {
    omega_title "MODULE 133 // BINARY CATACOMB"
    for _ in {1..36}; do
        printf '%b[0x%s] %s %s %s %s%b\n' "$OMEGA_C" "$(ultra_rand 8)" "$(ultra_rand 10)" "$(ultra_rand 10)" "$(ultra_rand 10)" "$(ultra_rand 10)" "$OMEGA_RESET"
        sleep .009
    done
}

mod_134_access_crossfire() {
    omega_title "MODULE 134 // ACCESS CROSSFIRE"
    for _ in {1..7}; do
        echo -e "${OMEGA_G}[ ACCESS GRANTED ]${OMEGA_RESET}"
        echo -e "${OMEGA_R}[ ACCESS DENIED  ]${OMEGA_RESET}"
        echo -e "${OMEGA_Y}[ POLICY CONFLICT ]${OMEGA_RESET}"
        echo -e "${OMEGA_C}[ RESOLVING...... ]${OMEGA_RESET}"
        sleep .035
    done
    echo -e "${OMEGA_G}${OMEGA_BOLD}>>> FINAL POLICY: ACCESS GRANTED <<<${OMEGA_RESET}"
}

mod_135_hex_hurricane() {
    omega_title "MODULE 135 // HEX HURRICANE"
    for _ in {1..42}; do
        printf '%b0x%s  %s %s %s %s | %s |%b\n' "$OMEGA_P" "$(ultra_rand 8)" "$(ultra_rand 4)" "$(ultra_rand 4)" "$(ultra_rand 4)" "$(ultra_rand 4)" "$(ultra_rand 18)" "$OMEGA_RESET"
        sleep .008
    done
}

mod_136_quantum_lock() {
    omega_title "MODULE 136 // QUANTUM LOCK"
    for i in {1..18}; do
        printf '%bLOCK[%02d] :: %s :: %s :: %s :: VERIFIED%b\n' "$OMEGA_C" "$i" "$(ultra_rand 8)" "$(ultra_rand 8)" "$(ultra_rand 8)" "$OMEGA_RESET"
        sleep .014
    done
    echo -e "${OMEGA_G}[+] QUANTUM VISUAL LOCK SYNCHRONIZED${OMEGA_RESET}"
}

mod_137_denial_storm() {
    omega_title "MODULE 137 // DENIAL STORM"
    for _ in {1..22}; do
        echo -e "${OMEGA_R}${OMEGA_BOLD}[ ACCESS DENIED ] [ ACCESS DENIED ] [ ACCESS DENIED ]${OMEGA_RESET}"
        sleep .012
    done
    for _ in {1..12}; do
        echo -e "${OMEGA_G}${OMEGA_BOLD}[ ACCESS GRANTED ] [ ACCESS GRANTED ]${OMEGA_RESET}"
        sleep .018
    done
}

mod_138_granted_rain() {
    omega_title "MODULE 138 // GRANTED RAIN"
    for _ in {1..48}; do
        echo -e "${OMEGA_G}[ACCESS GRANTED] NODE-$(ultra_rand 6) PRIV-$(ultra_rand 5) SESSION-$(ultra_rand 8)${OMEGA_RESET}"
        sleep .008
    done
}

mod_139_ascii_portal() {
    omega_title "MODULE 139 // ASCII PORTAL"
    clear
    echo -e "${OMEGA_P}${OMEGA_BOLD}"
    cat <<'EOF'

╔══════════════════════════════════════════════════════════════╗
║                  >>> ACCESS GRANTED <<<                     ║
║             O M E G A   P R I V I L E G E                 ║
║                                                            ║
║       AUTH ............ VERIFIED                           ║
║       TOKEN ........... VALID                              ║
║       GATE ............ OPEN                               ║
╚══════════════════════════════════════════════════════════════╝
EOF
    echo -e "${OMEGA_RESET}"
    ultra_sweep_clean 30
}

mod_140_neon_pulse() {
    omega_title "MODULE 140 // NEON PULSE"
    for _ in {1..34}; do
        ultra_burst 3
        printf '%bPULSE %s :: CORE=%03d :: GATE=%03d :: AUTH=%03d%%%b\n' "$OMEGA_C" "$(ultra_rand 6)" "$((RANDOM%1000))" "$((RANDOM%1000))" "$((RANDOM%101))" "$OMEGA_RESET"
        sleep .012
    done
}

mod_141_kernel_echo() {
    omega_title "MODULE 141 // KERNEL ECHO"
    for _ in {1..28}; do
        echo -e "${OMEGA_B}[KERNEL-ECHO] $(ultra_rand 18) :: $(ultra_rand 18) :: $(ultra_rand 18)${OMEGA_RESET}"
        sleep .01
    done
}

mod_142_vault_visual() {
    omega_title "MODULE 142 // VAULT VISUAL"
    for _ in {1..18}; do
        echo -e "${OMEGA_C}[VAULT] ID=$(ultra_rand 12) HASH=$(ultra_rand 24) STATUS=${OMEGA_G}VALID${OMEGA_RESET}"
        sleep .015
    done
}

mod_143_red_blue_flash() {
    omega_title "MODULE 143 // RED BLUE FLASH"
    for _ in {1..15}; do
        clear
        echo -e "${OMEGA_R}${OMEGA_BOLD}\n              [ ACCESS DENIED ]\n${OMEGA_RESET}"
        sleep .025
        clear
        echo -e "${OMEGA_G}${OMEGA_BOLD}\n              [ ACCESS GRANTED ]\n${OMEGA_RESET}"
        sleep .025
    done
}

mod_144_data_flood() {
    omega_title "MODULE 144 // DATA FLOOD"
    ultra_rain 44 112
    ultra_matrix 26 106
    ultra_burst 35
}

mod_145_command_cathedral() {
    omega_title "MODULE 145 // COMMAND CATHEDRAL"
    for cmd in AUTH SYNC OVERRIDE DECODE VERIFY ELEVATE GRANT; do
        echo -e "${OMEGA_C}>>> EXECUTING VISUAL COMMAND :: $cmd${OMEGA_RESET}"
        ultra_grid 3 20
        echo -e "${OMEGA_G}[ OK ] $cmd COMPLETE${OMEGA_RESET}"
    done
}

mod_146_access_maze() {
    omega_title "MODULE 146 // ACCESS MAZE"
    for i in {1..20}; do
        printf '%b[%02d] %s --> %s --> %s%b\n' "$OMEGA_P" "$i" "$(ultra_rand 8)" "$(ultra_rand 8)" "$(ultra_rand 8)" "$OMEGA_RESET"
        sleep .01
    done
    echo -e "${OMEGA_G}>>> MAZE EXIT: ACCESS GRANTED <<<${OMEGA_RESET}"
}

mod_147_glitch_choir() {
    omega_title "MODULE 147 // GLITCH CHOIR"
    for _ in {1..30}; do
        printf '%b%s  %s  %s  %s%b\n' "$OMEGA_C" "$(ultra_rand 5)" "$(ultra_rand 9)" "$(ultra_rand 13)" "$(ultra_rand 17)" "$OMEGA_RESET"
        sleep .008
    done
}

mod_148_privilege_spiral() {
    omega_title "MODULE 148 // PRIVILEGE SPIRAL"
    for i in {1..24}; do
        printf '%b%*sPRIV-%02d [%s]%b\n' "$OMEGA_G" "$i" "" "$i" "$(ultra_rand 12)" "$OMEGA_RESET"
        sleep .009
    done
}

mod_149_denied_cathedral() {
    omega_title "MODULE 149 // DENIED CATHEDRAL"
    clear
    echo -e "${OMEGA_R}${OMEGA_BOLD}"
    cat <<'EOF'

╔══════════════════════════════════════════════════════════════╗
║                   !!! ACCESS DENIED !!!                    ║
║                                                            ║
║       AUTH ............ REJECTED                           ║
║       TOKEN ........... INVALID                            ║
║       GATE ............ LOCKED                             ║
╚══════════════════════════════════════════════════════════════╝
EOF
    echo -e "${OMEGA_RESET}"
    ultra_burst 38
}

mod_150_omega_gateway() {
    omega_title "MODULE 150 // OMEGA GATEWAY"
    clear
    echo -e "${OMEGA_G}${OMEGA_BOLD}"
    cat <<'EOF'

╔══════════════════════════════════════════════════════════════╗
║                  >>> ACCESS GRANTED <<<                     ║
║             O M E G A   P R I V I L E G E                 ║
║                                                            ║
║       AUTH ............ VERIFIED                           ║
║       TOKEN ........... VALID                              ║
║       GATE ............ OPEN                               ║
╚══════════════════════════════════════════════════════════════╝
EOF
    echo -e "${OMEGA_RESET}"
    ultra_grid 18 44
}

mod_151_spectral_scan() {
    omega_title "MODULE 151 // SPECTRAL SCAN"
    ultra_sweep_clean 24
    ultra_rain 20 100
}

mod_152_neon_fortress() {
    omega_title "MODULE 152 // NEON FORTRESS"
    ultra_grid 20 42
    ultra_burst 32
}

mod_153_cipher_rain() {
    omega_title "MODULE 153 // CIPHER RAIN"
    ultra_cipher_movie
}

mod_154_quantum_ripple() {
    omega_title "MODULE 154 // QUANTUM RIPPLE"
    for _ in {1..24}; do ultra_sweep_clean 10; done
}

mod_155_access_blink() {
    omega_title "MODULE 155 // ACCESS BLINK"
    for _ in {1..18}; do
        echo -e "${OMEGA_G}[ ACCESS GRANTED ]${OMEGA_RESET}"
        echo -e "${OMEGA_R}[ ACCESS DENIED  ]${OMEGA_RESET}"
        sleep .018
    done
}

mod_156_terminal_thunder() {
    omega_title "MODULE 156 // TERMINAL THUNDER"
    ultra_matrix 34 104
    ultra_burst 45
}

mod_157_hex_cathedral() {
    omega_title "MODULE 157 // HEX CATHEDRAL"
    ultra_rain 42 112
}

mod_158_omega_vectors() {
    omega_title "MODULE 158 // OMEGA VECTORS"
    for _ in {1..38}; do
        printf '%bVECTOR >>> %s >>> %s >>> %s%b\n' "$OMEGA_C" "$(ultra_rand 7)" "$(ultra_rand 11)" "$(ultra_rand 15)" "$OMEGA_RESET"
        sleep .007
    done
}

mod_159_permission_wave() {
    omega_title "MODULE 159 // PERMISSION WAVE"
    for i in {1..30}; do
        printf '%bAUTH[%02d] %s%b\n' "$OMEGA_G" "$i" "$(ultra_rand 20)" "$OMEGA_RESET"
        sleep .008
    done
}

mod_160_redline() {
    omega_title "MODULE 160 // REDLINE"
    for _ in {1..24}; do
        printf '%b!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!%b\n' "$OMEGA_R" "$OMEGA_RESET"
        sleep .008
    done
}

mod_161_blue_void() {
    omega_title "MODULE 161 // BLUE VOID"
    clear
    ultra_matrix 38 110
}

mod_162_ghost_access() {
    omega_title "MODULE 162 // GHOST ACCESS"
    for _ in {1..30}; do
        echo -e "${OMEGA_P}[ GHOST SESSION $(ultra_rand 12) ]${OMEGA_RESET}"
        sleep .009
    done
}

mod_163_data_spiral() {
    omega_title "MODULE 163 // DATA SPIRAL"
    ultra_sweep_clean 32
    ultra_grid 16 34
}

mod_164_core_alarm() {
    omega_title "MODULE 164 // CORE ALARM"
    for _ in {1..22}; do
        echo -e "${OMEGA_Y}[ CORE ALARM ] [ CORE ALARM ] [ CORE ALARM ]${OMEGA_RESET}"
        sleep .015
    done
}

mod_165_grant_protocol() {
    omega_title "MODULE 165 // GRANT PROTOCOL"
    for p in AUTH SYNC TRUST VERIFY GRANT; do
        echo -e "${OMEGA_C}>>> $p${OMEGA_RESET}"
        ultra_burst 6
    done
}

mod_166_deny_protocol() {
    omega_title "MODULE 166 // DENY PROTOCOL"
    for p in BLOCK REJECT DENY LOCK HALT; do
        echo -e "${OMEGA_R}>>> $p${OMEGA_RESET}"
        ultra_burst 6
    done
}

mod_167_matrix_wall() {
    omega_title "MODULE 167 // MATRIX WALL"
    ultra_matrix 44 114
}

mod_168_holo_lock() {
    omega_title "MODULE 168 // HOLO LOCK"
    ultra_grid 22 48
    ultra_sweep_clean 30
}

mod_169_access_rift() {
    omega_title "MODULE 169 // ACCESS RIFT"
    for _ in {1..15}; do
        ultra_rain 6 86
        echo -e "${OMEGA_G}>>> RIFT ACCESS GRANTED <<<${OMEGA_RESET}"
    done
}

mod_170_kernel_rain() {
    omega_title "MODULE 170 // KERNEL RAIN"
    ultra_rain 48 116
}

mod_171_omega_dashboard() {
    omega_title "MODULE 171 // OMEGA DASHBOARD"
    for _ in {1..28}; do
        printf '%bCPU %03d | GPU %03d | MEM %03d | IO %03d | AUTH %03d%%%b\n' "$OMEGA_W" "$((RANDOM%101))" "$((RANDOM%101))" "$((RANDOM%101))" "$((RANDOM%101))" "$((RANDOM%101))" "$OMEGA_RESET"
        sleep .01
    done
}

mod_172_fracture() {
    omega_title "MODULE 172 // FRACTURE"
    ultra_burst 48
    ultra_matrix 28 104
}

mod_173_singularity_gate() {
    omega_title "MODULE 173 // SINGULARITY GATE"
    clear
    ultra_grid 24 52
    echo -e "${OMEGA_G}${OMEGA_BOLD}>>> SINGULARITY ACCESS GRANTED <<<${OMEGA_RESET}"
}

mod_174_terminal_rave() {
    omega_title "MODULE 174 // TERMINAL RAVE"
    for _ in {1..36}; do ultra_burst 2; sleep .006; done
}

mod_175_absolute_lock() {
    omega_title "MODULE 175 // ABSOLUTE LOCK"
    ultra_matrix 30 112
    echo -e "${OMEGA_G}[ ACCESS GRANTED // ABSOLUTE ]${OMEGA_RESET}"
}


# ==============================================================================
# OMEGA CHAOS MASTER LOOP — ALL 175 MODULES BEFORE RESTART
# ==============================================================================
cycle=1
while true; do
    cinematic_restart "$cycle"
    hacker_terminal_burst
    fake_access_sequence

    mod_01_boot
    mod_02_bios
    mod_03_subsea
    mod_04_ice
    mod_05_matrix
    mod_06_decrypt
    mod_07_ai
    mod_08_cctv
    mod_09_dna
    mod_10_satellite
    mod_11_tor
    mod_12_scada
    mod_13_crypto
    mod_14_deepfake
    mod_15_hft
    mod_16_hexdump
    mod_17_drones
    mod_18_traffic
    mod_19_supercomputer
    mod_20_compile
    mod_21_radar
    mod_22_ddos
    mod_23_iss
    mod_24_quantum
    mod_25_nuclear
    mod_26_boot_storm
    mod_27_packet_tunnel
    mod_28_neon_cipher
    mod_29_radar
    mod_30_hexrain
    mod_31_orbit
    mod_32_reactor
    mod_33_laser_grid
    mod_34_quantum_wave
    mod_35_ai_matrix
    mod_36_data_vortex
    mod_37_firewall_wall
    mod_38_satellite_spin
    mod_39_terminal_glitch
    mod_40_finale
    mod_41_hud_boot
    mod_42_command_rain
    mod_43_status_grid
    mod_44_waveform
    mod_45_glitch_gate
    mod_46_hex_burst
    mod_47_dual_console
    mod_48_firefly
    mod_49_lock_sequence
    mod_50_hacker_monologue
    mod_51_matrix_reactor
    mod_52_network_constellation
    mod_53_cipher_storm
    mod_54_alarm_choreography
    mod_55_final_countdown
    mod_56_firewall_prism
    mod_57_memory_rain
    mod_58_terminal_hyperspace
    mod_59_chaos_lattice
    mod_60_dark_matter_scan
    mod_61_neural_mesh
    mod_62_packet_hologram
    mod_63_entropy_spiral
    mod_64_omega_scanner
    mod_65_fractal_console
    mod_66_ghost_kernel
    mod_67_singularity
    mod_68_quantum_mesh
    mod_69_neon_cataclysm
    mod_70_black_box
    mod_71_synthetic_sun
    mod_72_time_loop
    mod_73_omega_blackout
    mod_74_reactor_finale
    mod_75_omega_apotheosis
    mod_76_neon_supernova
    mod_77_fractal_firewall
    mod_78_neural_thunder
    mod_79_quantum_mirror
    mod_80_cyber_storm
    mod_81_hypervisor_dream
    mod_82_quantum_fog
    mod_83_signal_avalanche
    mod_84_hologram_engine
    mod_85_spectral_lock
    mod_86_data_quasar
    mod_87_echo_dimension
    mod_88_vector_hurricane
    mod_89_black_ice_prism
    mod_90_omega_pulse
    mod_91_synapse_rain
    mod_92_quantum_spiral
    mod_93_terminal_eclipse
    mod_94_hex_meteor
    mod_95_ai_core_bloom
    mod_96_dimension_shift
    mod_97_ghost_constellation
    mod_98_core_ripples
    mod_99_cipher_supernova
    mod_100_centennial_overdrive
    mod_101_neural_tunnel
    mod_102_synthetic_rift
    mod_103_telemetry_storm
    mod_104_omega_mandala
    mod_105_ghost_drive
    mod_106_reactor_wave
    mod_107_prism_rain
    mod_108_time_engine
    mod_109_void_scanner
    mod_110_neon_labyrinth
    mod_111_packet_river
    mod_112_core_diamond
    mod_113_spectral_echo
    mod_114_matrix_horizon
    mod_115_quantum_sparks
    mod_116_ghost_bridge
    mod_117_cascade_engine
    mod_118_black_sun
    mod_119_omega_rainbow
    mod_120_apex_dashboard
    mod_121_dimension_rain
    mod_122_singularity_wall
    mod_123_omega_rift
    mod_124_final_overclock
    mod_125_omega_absolute
    mod_126_access_gate
    mod_127_denial_wall
    mod_128_granted_cathedral
    mod_129_permission_ladder
    mod_130_firewall_battle
    mod_131_terminal_meltdown
    mod_132_matrix_staircase
    mod_133_binary_catacomb
    mod_134_access_crossfire
    mod_135_hex_hurricane
    mod_136_quantum_lock
    mod_137_denial_storm
    mod_138_granted_rain
    mod_139_ascii_portal
    mod_140_neon_pulse
    mod_141_kernel_echo
    mod_142_vault_visual
    mod_143_red_blue_flash
    mod_144_data_flood
    mod_145_command_cathedral
    mod_146_access_maze
    mod_147_glitch_choir
    mod_148_privilege_spiral
    mod_149_denied_cathedral
    mod_150_omega_gateway
    mod_151_spectral_scan
    mod_152_neon_fortress
    mod_153_cipher_rain
    mod_154_quantum_ripple
    mod_155_access_blink
    mod_156_terminal_thunder
    mod_157_hex_cathedral
    mod_158_omega_vectors
    mod_159_permission_wave
    mod_160_redline
    mod_161_blue_void
    mod_162_ghost_access
    mod_163_data_spiral
    mod_164_core_alarm
    mod_165_grant_protocol
    mod_166_deny_protocol
    mod_167_matrix_wall
    mod_168_holo_lock
    mod_169_access_rift
    mod_170_kernel_rain
    mod_171_omega_dashboard
    mod_172_fracture
    mod_173_singularity_gate
    mod_174_terminal_rave
    mod_175_absolute_lock

    rapid_hacker_montage
    final_reset_banner "$cycle"
    cycle=$((cycle + 1))
done