Grid Cell as object in Java

import java.util.*;

public class GridCell{
    //V for variable so it doesn't interfere with simple getter names
    private int aV;
    private int bV;
    private int cV;
    private int dV;
    private int eV;
    private int fV;
    private int nV;
    private int xV;
    private int tV;
    private int xplusnV;
    private int dplusnV;
    private int xplusnsquaredV;
    private int dplusnsquaredV;
    private int uV;
    private int bignV;
    private boolean oddxplusnsquaredV;
    private String description;

    public GridCell(int aSend, int bSend){
        aV = aSend;
        bV = bSend;
        cV = aV*bV;
        dV = (int)Math.floor((int)Math.sqrt(cV));
        eV = cV-(dV*dV);
        fV = eV-((2*dV)+1);
        nV = ((aV+bV)/2)-dV;
        xV = dV-aV;
        tV = 0;
        if(eV%2==0){
            tV = (xV+2)/2;
        } else {
            tV = (xV+1)/2;
        }
        xplusnV = xV+nV;
        dplusnV = dV+nV;
        xplusnsquaredV = xplusnV*xplusnV;
        dplusnsquaredV = dplusnV*dplusnV;
        uV = 0;
        oddxplusnsquaredV = true;
        if(xplusnsquaredV%2==0){
            oddxplusnsquaredV = false;
            uV = xplusnV/2;
        } else {
            uV = (xplusnV-1)/2;
        }
        bignV = ((cV+1)/2)-dV;
        description = "("+eV+","+nV+","+tV+") = {"+eV+":"+nV+":"+dV+":"+xV+":"+aV+":"+bV+"}, f="+fV+", c="+cV+", u="+uV;
    }

    public int a(){
        return aV;
    }

    public int b(){
        return bV;
    }

    public int c(){
        return cV;
    }

    public int d(){
        return dV;
    }

    public int e(){
        return eV;
    }

    public int f(){
        return fV;
    }

    public int n(){
        return nV;
    }

    public int x(){
        return xV;
    }

    public int t(){
        return tV;
    }

    public int xplusn(){
        return xplusnV;
    }

    public int dplusn(){
        return dplusnV;
    }

    public int xplusnsquared(){
        return xplusnsquaredV;
    }

    public int dplusnsquared(){
        return dplusnsquaredV;
    }

    public int u(){
        return uV;
    }

    public int bign(){
        return bignV;
    }

    public boolean oddxplusnsquared(){
        return oddxplusnsquaredV;
    }

    public String print(){
        return description;
    }
}