# Example input file  
33      Random number generator seed
10 	Number of sensors
0.05 	Area radius (meters)
0.	Area min angle (degree)
360.	Area max angle (degree)
0.	Radius of the sink (meters)
0.	Angle of the sink (degree)
0	Relocation of Sink - x
0 	Relocation of Sink - y
6	Number of alternate routes
0.25    Maximum distance reachable by the sensor transmitter (meters)
0	Power levels: (0: continuous, <n>: discrete)
5.7e-5 	Energy consumed by transmit amplifier to reach one meter (per message)
2.	Propagation attenuation exponent
0.48e-3	Energy consumed by receive electronics (per message)
0.48e-3	Energy consumed by transmit electronics (per message)
0.24e-3	Energy consumed in IDLE state (per time step)
300e-9	Energy consumed in SLEEP state (per time step)
0.48e-3 Energy consumed in SLEEP -> IDLE transition
0.0     Energy consumed in IDLE -> SLEEP transition
0.1	Transition probability SLEEP -> IDLE
0.1	Transition probability IDLE -> SLEEP
0	Channel contention model (0: none - 1: ideal RTS/CTS) 
sim	Name of simulation
2	Simulation type (1: single message - 2: multiple messages)
10	Number of sources
150	Transient duration (messages arrived at the sink)
5000	Simulation duration (messages arrived at the sink)
150	Maximum number of messages in the network
0.008   Generation rate of messages at each source
1	try to recover if there are isolated nodes
1	continue if there are isolated sensors
