def savRteFunc(SomeType, m, t):
    """
    Parameters:
    ----------
        SomeType: 
             Agent type that has been solved and simulated.
        m:
            normalized market resources of agent
        t:
            age of agent (from starting in the workforce)
        
        
    Returns:
    --------
        savRte: float
    
    """
    inc = (SomeType.Rfree -1.)*(m-1.)+1. # Normalized by permanent labor income
    cns = SomeType.solution[t].cFunc(m)  # Consumption (normalized)
    sav = inc - cns                      # Flow of saving this period
    savRte = sav / inc                   # Saving Rate
    return savRte