CommandLine

---

###Most common options### -'s' <simulation_name> : simulation_name must match one of the tags at the SimulationSgml file.

-'l' <normalized_applied_load> : applied load expressed in percentage of bisection (overwrites the value given at SimulationSgml).

-'p' <applied_load> : applied load expressed in flit per cycle and per router injected (overwrites the value given at SimulationSgml).

-'q' : used for silent messaging. During simulation progress nothing is printed.

-'c' <simulation_cycles> : overwrites the number of simulation cycles given at SimulationSgml.

-'t' <traffic_pattern > : overwrites the traffic pattern set in SimulationSgml.

-'L' <packet_length> : overwrites packet length given at SimulationSgml.

-'u' <buffer_size> : overwrites buffer size given in RouterSgml.

-'v' <level> : verbosity level in statistics.

-'F' <filename>: Initialization file. By default ./TPZSimul.ini

---

###Traffic Options### -'B' <length, probability> : probability of the bimodal traffic generation. The two parameters required are for describing the length and the probability of the second type of message.

-'D' : discards packets at injection if injection queues are saturated. This avoids large memory usage. Result Options

-'m' <printing_period> : prints each printing_period the network statistics. Useful to analyze network evolution during a simulation.

-'d' <packets_samples> : prints each the reception of Packets_samples the network statistics. Useful to analyze network evolution during a simulation.

-'l' <printing_period> : prints each printing_period the injection and consumption maps.

-'v' <verbosity> : different levels of detail when printing simulation results. Values range from 0 to 3.

---

###Other Options### -'b' <buffer_file> : prints to the file buffer_file the evolution of buffers occupation. Needs additional software to interpret the resulting file.

-'f' <pattern_file> : file containing a description of traffic pattern that overwrites the one in SimulationSgml.

-'r' <random_seed> : when used, a random seed is generated for the simulation performed.

-'N' <number_of_threads> : defines the number of children running in a multi-thread execution (default=1).