#include "rule.h"#include "input.h"#include "output.h"rule::rule(int x1, int x2, int x3, int y1, float cf1){    a=x1;    b=x2;    c=x3;    o=y1;    cf=cf1;}rule::~rule(){}void rule::calc(vector<input*> inv, int flag){    if(flag==MIN){	if(inv.size()==1) mu=inv[0]->mu[a]*cf;	if(inv.size()==2){	    mu=((inv[0]->mu[a]>inv[1]->mu[b]) 		? inv[1]->mu[b] : inv[0]->mu[a]);	    mu*=cf;	}	if(inv.size()==3){	    mu=((inv[0]->mu[a]>inv[1]->mu[b]) 		? inv[1]->mu[b] : inv[0]->mu[a]);	    mu=((mu > inv[2]->mu[c]) ? inv[2]->mu[c] : mu);	    mu*=cf;	}	if(inv.size()>3){	    cerr << "only three inputs are allowed:" << inv.size() << endl;	    exit(2);	}    }    if(flag==MUL){	if(inv.size()==1) mu=inv[0]->mu[a]*cf;	if(inv.size()==2) mu=inv[0]->mu[a]*inv[1]->mu[b]*cf; 	if(inv.size()==3){	    mu=inv[0]->mu[a]*inv[1]->mu[b]*inv[2]->mu[c]*cf;	}	if(inv.size()>3){	    cerr << "only three inputs are allowed:" << inv.size() << endl;	    exit(2);	}    }}float rule::getm(){    return(mu);}