```python
from seedemu.core import Emulator, Binding, Filter
from seedemu.layers import Base, Routing, Ebgp, Ibgp, Ospf, Dns, Ransomware, Tor
from seedemu.services import WebService, DnsService, DhcpService, RansomwareService, TorService
from seedemu.compiler import Docker, Bindings

# Create base layer
base = Base()

# Create 16 ransomware victims in different ASes
for i in range(100, 116):
    victim_as = base.createAutonomousSystem(i)
    victim_host = victim_as.createHost('victim{}'.format(i))
    victim_host.installService(RansomwareService(victim=True, botnet=False))

# Create ransomware attacker in its own AS
attacker_as = base.createAutonomousSystem(200)
attacker_host = attacker_as.createHost('attacker')
attacker_host.installService(RansomwareService(victim=False, botnet=False, tor=False))

# Create Tor network components
tor_as = base.createAutonomousSystem(300)
tor_service = TorService()

# Directory authorities
for i in range(1, 4):
    da_host = tor_as.createHost('da{}'.format(i))
    da_host.installService(tor_service.createDirectoryAuthority())

# Tor relays
for i in range(1, 6):
    relay_host = tor_as.createHost('relay{}'.format(i))
    relay_host.installService(tor_service.createRelay())

# Tor exits
for i in range(1, 4):
    exit_host = tor_as.createHost('exit{}'.format(i))
    exit_host.installService(tor_service.createExit())

# Tor clients
for i in range(1, 6):
    client_host = tor_as.createHost('client{}'.format(i))
    client_host.installService(tor_service.createClient())

# Tor hidden service linked to the ransomware attacker
attacker_host.installService(tor_service.createHiddenService())

# DNS layer setup
dns = Dns()

# Root DNS server
root_server = dns.createZone('root')
root_server.addRecord('', 'ns.root', 'A')

# TLD and ccTLD servers
com_server = dns.createZone('com')
com_server.addRecord('', 'ns.com', 'A')
net_server = dns.createZone('net')
net_server.addRecord('', 'ns.net', 'A')

# Second-level zone servers
example_com_server = dns.createZone('example.com')
example_com_server.addRecord('', 'ns.example.com', 'A')
example_com_server.addRecord('www', '93.184.216.34', 'A')

# Local DNS server
local_dns_as = base.createAutonomousSystem(400)
local_dns_host = local_dns_as.createHost('dns')
local_dns_service = DnsService()
local_dns_host.installService(local_dns_service)

# Emulator setup
emu = Emulator()

# Add layers to the emulator
emu.addLayer(base)
emu.addLayer(Routing())
emu.addLayer(Ebgp())
emu.addLayer(Ibgp())
emu.addLayer(Ospf())
emu.addLayer(dns)
emu.addLayer(Ransomware())
emu.addLayer(Tor())

# Compile with Docker compiler
compiler = Docker(outputDirectory='output', baseImages={
    'victim': 'victim_base_image',
    'attacker': 'attacker_base_image',
})

# Bindings
bindings = Bindings()
bindings.add(Binding('*.victim*', baseImage='victim'))
bindings.add(Binding('*.attacker*', baseImage='attacker'))

# Compile
compiler.compile(emu, bindings)

# Copy necessary files to the output directory and make a script executable
# This part is pseudo-code as it depends on the environment and file structure
import os
import shutil
import stat

shutil.copy('some_required_file.txt', 'output/some_required_file.txt')
script_path = 'output/run_emulation.sh'
os.chmod(script_path, os.stat(script_path).st_mode | stat.S_IEXEC)
```