| Initialize variables. |
| j is the time variable (x-axis) |
| V_stable = ( + )/2.0f is set as the midpoint between |
| and |
| = V_stable is the output of the system |
| _work = the current max value for |
| _work = the current min min value for |
| state = “e” state “e” is for exciter, i for inhibitor |
| T = tolerence Set T to the tolerence value, we want to reach |
| _work and _work within tolerance |
| value T. |
| C = increment value Set C to the value that is |
| increment/decremented by |
| Generate patterns. |
| While (running) { |
| Excite state. |
| In the excite state, is incremented until it reaches . |
| if (state is excite) { |
| increment by amount C; |
| If exceeds the current max value for , _work, |
| transiton to the inhibit state. |
| if ( >= (_work−T)) { |
| Set the state to inhibit. |
| state = “i” |
| Diminish the current min value for , _work, |
| by the weight from Exciter to Inhibitor, . |
| _work = _work * |
| } |
|
}
|
| Inhibit state. |
| else if (state == “i”) { |
| decrement by amount C; |
| If is less than the current min value for , _work, |
| transiton to the excite state. |
| if ( <= (_work + T)) { |
| Set the state to excite. |
| state = “e” |
| Increase the current max value for , _work, |
| by the weight from Inhibitor to Excitor, . |
| _work = _work * |
| } |
| } |
| Output data. |
| print(j, ) |
| Increment count. |
| |
|
}
|
