var result_,date,hour_,min_,sec_,gotm_; function i_w(){ var d_ = new Date() var hour_ = d_.getHours(); var min_=d_.getMinutes(); var date_=d_.getDate(); var sec_=d_.getSeconds(); var date=d_.toDateString(); var gotm_ =d_.getMonth(); var day_=d_.getDay(); var all_days=["sunday","Monday","Tuesday","Wednesday","Thuresday","Friday","Saturday"]; var all_months=["January","Feb","Mar","Apr","May","June","July","August","Sep","Nov","Dec"] if(hour_<3){ var result_ ="Mid Night" }else{ if((hour_<4)&&(hour_>2)){ var result_ ="Early Morning Near" }else{ if((hour_>3)&&(hour_<6)){ var result_ = "Early Morning" }else{ if(hour_<12){ var result_ = "Morning" }else{ if((hour_>11)&&(hour_<13)){ var result_ = "Noon" }else{ if((hour_>12)&&(hour_<16)){ var result_ = "Good After Noon" }else{ if((hour_>15)&&(hour_<18)){ var result_ = "Early Evening" }else{ if((hour_>17)&&(hour_<20)){ var result_ = "Evening" ; }else{ if(hour_>19){ var result_ ="Night" } } } } } } } } } if(min_<10){ min_="0"+min_; } if(sec_<10){ sec_="0"+sec_; } if(hour_==24){ poa="AM" hour_=(hour_-12); }else{ if(hour_==12){ poa="PM" }else{ if(hour_<12){ poa="AM" }else{ poa="PM" hour_=(hour_-12); } } } return[hour_,min_,sec_,date,result_,poa,all_days[day_],all_months[gotm_]] } function ini(){ var call=i_w(); req1.innerHTML=""+call[0]+":"+call[1]+":"+call[2] + " "+ call[5]+" (" +call[4]+") "+call[6]+" "+call[7]; setInterval(ini,1000) } function ini2(){ var call=i_w(); req.innerHTML=""+call[0]+":"+call[1]+":"+call[2] + " "+call[5]+" "+call[3]+ " (" +call[4]+") "+ call[6]+" " +call[7]; setInterval(ini2,1000) }

Advamced Clock [Solved]