#include using namespace std; /* INSTRUCTIONS : in this program you have to enter the logical expression and i will print the truth table for it . for example if you want to enter the expression a AND b OR c you have to enter a&b|c four operations are available cout<<"\n & for AND cout<<"\n | for OR cout<<"\n ^ for XOR cout<<"\n ! for NOT */ /* proposition code but may lead to difficulty in inputing values thus commented void propositions(int x,int y) { if((x==1)&&(y==1)) cout<<"\n conjunction : true "; else cout<<"\n conjunctiion : false "; if((x==1)||(y==1)) cout<<"\n disjunction : true"; else cout<<"\n disjunction : false"; if(x+y%2==1) cout<<"\n exclusive or : true"; else cout<<"\n exclusive or : false"; if((x==1)&&(y==0)) cout<<"\n conditional : false"; else cout<<"\n conditional : true"; if(((x==1)&&(y==1))||((x==0)&&(y==0))) cout<<"\n biconditional : true"; else cout<<"\n biconditional : false"; } */ /* NOTE : NO BRACKETS ALLOWED this code is at primitive level so it will work only on the inputs as follows : variable operator variable eg: a&b or in the case of ! : a! is allowed */ int main() { cout<<"INSTRUCTIONS : "; cout<<"\n in this program you have to enter the logical expression and i will print the truth table for it "; cout<<"\n for example if you want to enter the expression a AND b OR c you have to enter a&b|c "; cout<<"\n four operations are available "; cout<<"\n & for AND "; cout<<"\n | for OR"; cout<<"\n ^ for XOR"; cout<<"\n ! for NOT"; int q=0; char tt [40] ; // cout<<"\nenter your expression"; cin>>tt; cout<<" evaluating for expression "<>search[i]; } int flag =0; int check =0; int searchres =0; for(int i=0;i>x1; cout<<"\n enter teh value of x2 : "; int x2; cin>>x2; propositions(x1,x2); */ /* propostion code but commented because it will be difficult to enter inputs */ return 0; }

truthtable_generator