#include $"$ns$3/$core$-$module.h$"$

#include $"$ns$3/$network$-$module.h$"$

#include $"$ns$3/$mobility$-$module.h$"$

#include $"$ns$3/$vanet$-$routing$-$compare$-$module.h$"$

#include $"$ns$3/$internet$-$module.h$"$

using namespace ns$3$;

int main$($int argc, char $*$argv$[])\{$

$//$ Set up simulation parameters

CommandLine cmd;

cmd$.$Parse$($argc$,$ argv$)$;

$//$ Create nodes

NodeContainer nodes;

nodes.Create$(100)$; $//$ Example: $100$ nodes

$//$ Setup mobility model

MobilityHelper mobility;

mobility.SetPositionAllocator$("$ns$3$::GridPositionAllocator",

"MinX", DoubleValue$(0\mathrm{.}0),$

"MinY", DoubleValue$(0\mathrm{.}0),$

"DeltaX", DoubleValue$(5\mathrm{.}0),$

"DeltaY", DoubleValue$(5\mathrm{.}0),$

"GridWidth", UintegerValue$(10),$

"LayoutType", StringValue$("$RowFirst$"))$;

mobility.SetMobilityModel$("$ns$3$::RandomWalk$2$dMobilityModel",

"Bounds", RectangleValue$($Rectangle$(-50,50,50,50)))$;

mobility.Install$($nodes$)$;

$//$ Internet stack and routing protocol

InternetStackHelper stack;

$//$ Assuming you have a custom hybrid routing protocol called HybridRoutingHelper

HybridRoutingHelper hybridRouting;

stack.SetRoutingHelper$($hybridRouting$)$;

stack.Install$($nodes$)$;

$//$ Install Internet protocol stack on nodes

Ipv$4$AddressHelper address;

address.SetBase$("10\mathrm{.}1\mathrm{.}1\mathrm{.}0","255\mathrm{.}255\mathrm{.}255\mathrm{.}0")$;

Ipv$4$InterfaceContainer interfaces $=$ address.Assign$($nodes$)$;

$//$ Set up applications, traffic generators, etc.

$//$ Here you can add your application code, like FTP$,$ TCP$,$ etc.

$//$ Simulation settings

Simulator::Stop$($Seconds$(300\mathrm{.}0))$; $//$ Run simulation for $300$ seconds

Simulator::Run$()$;

Simulator::Destroy$()$;

return $0$;

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