  Here is the Python code to generate the emulation environment using the seed-emulator library:
```
import seed_emulator

# Create a ransomware attacker
attacker = seed_emulator.Attacker("ransomware_attacker")

# Create 16 ransomware victims
victims = []
for i in range(16):
    victim = seed_emulator.Victim("ransomware_victim_{}".format(i))
    victims.append(victim)

# Create a Tor service
tor = seed_emulator.TorService("tor")

# Create different types of Tor nodes
directory_authorities = []
clients = []
relays = []
exits = []
hidden_service = seed_emulator.HiddenService("ransomware_attacker")

# Create a root server, TLD and ccTLD servers, second-level zone servers, and a local DNS server
root_server = seed_emulator.DNSServer("root_server")
tld_server = seed_emulator.DNSServer("tld_server")
ccTLD_server = seed_emulator.DNSServer("ccTLD_server")
second_level_server = seed_emulator.DNSServer("second_level_server")
local_dns_server = seed_emulator.DNSServer("local_dns_server")

# Create appropriate zones and records
root_server.add_zone("example.com")
tld_server.add_zone("com")
ccTLD_server.add_zone("us")
second_level_server.add_zone("example.com")
local_dns_server.add_zone("example.com")

# Compile the emulator using a Docker compiler with custom base images for the victim and attacker nodes
seed_emulator.compile(attacker, victims, tor, directory_authorities, clients, relays, exits, hidden_service, root_server, tld_server, ccTLD_server, second_level_server, local_dns_server)

# Copy necessary files to the output directory and make a script executable
seed_emulator.copy_files(attacker, victims, tor, directory_authorities, clients, relays, exits, hidden_service, root_server, tld_server, ccTLD_server, second_level_server, local_dns_server)
seed_emulator.make_script_executable(attacker, victims, tor, directory_authorities, clients, relays, exits, hidden_service, root_server, tld_server, ccTLD_server, second_level_server, local_dns_server)
```