Running the network simulation

reset

csim('reset'); resets the simulation time t back to t=0.0.

Single-stimulus simulate

• csim('simulate',Tsim,InputSignals); runs the network simulation for Tsim seconds starting at the time where the last simulate command stopped with input signals InputSignals.

• csim('simulate',Tsim,I1,I2,...,In); same as above but with input signals I1 to In. There is no special meaning in the ordering of the input signals. It is equvivalent to concatenate I1 to In into one struct array and pass this array as the single input signal.

• R=csim('simulate',Tsim,InputSignals);
  same as csim('simulate',Tsim,InputSignals); but in addition returns the cell array R which holds the output (traces) of all Recorder objects.

• R=csim('simulate',Tsim,I1,I2,...,In);
  same as csim('simulate',Tsim,I1,I2,...,In); but in addition returns the cell array R which holds the output (traces) of all Recorder objects.

• R=csim('simulate',Tsim,I1,I2,...,In);
  same as csim('simulate',Tsim,I1,I2,...,In); but in addition returns the cell array R which holds the output (traces) of all Recorder objects.

Multi-stimulus simulate

R=csim('simulate',Tsim,S); runs n network simulations for Tsim sec. The network is reset to t=0 before each simulation.

The n simulations are determined by the n x 1 strucht array S where S(i).channel specifies the stimulus for the i-th simulation (see Section 3.1.2).

R contains the reorded values of all n simulations (see Section 3.2.2).

If the distributed simulation is on (see command pvm), the n simulations will be carried out in parallel.