void initFuzzySystem (fuzzy_system_rec *fl) {
//Note: The settings of these parameters will depend upon your fuzzy system design
fl->no_of_inputs = 2; /* Inputs are handled 2 at a time only */
fl->no_of_rules = 50;
fl->no_of_inp_regions = 5;
fl->no_of_outputs = 9;
//Sample only
// fl->output_values [out_nvl]=-95.0;
// fl->output_values [out_nl] = -85.0;
fl->rules = (rule *) malloc ((size_t)(fl->no_of_rules*sizeof(rule)));
initFuzzyRules(fl);
initMembershipFunctions(fl);
return;
}
void initFuzzySystem(fuzzy_system_rec *fl) {
//Note: The settings of these parameters will depend upon your fuzzy system design
fl->no_of_inputs = 2; /* Inputs are handled 2 at a time only */
fl->no_of_rules = 25;
fl->no_of_inp_regions = 5;
fl->no_of_outputs = 9;
//Sample only 60 45 30 15
fl->output_values[out_nvl] = -60.0;
fl->output_values[out_nl] = -45.0;
fl->output_values[out_nm] = -30.0;
fl->output_values[out_ns] = -15.0;
fl->output_values[out_ze] = 0;
fl->output_values[out_ps] = 15.0;
fl->output_values[out_pm] = 30.0;
fl->output_values[out_pl] = 45.0;
fl->output_values[out_pvl] = 60.0;
fl->rules = (rule *)malloc((size_t)(fl->no_of_rules*sizeof(rule)));
initFuzzyRules(fl);
initMembershipFunctions(fl);
}
