function retval = bm_cellfun (x)

  # Vector version
#  retval = sin (x);
  
  # FOR loop
#  retval = zeros (size (x));
#  for i = 1:numel (x)
#    retval(i) = sin (x(i));
#  endfor

  # Arrayfun
#  retval = arrayfun (@sin, x);  

  # Cellfun
#  retval = cellfun (@sin, x);  

#----------------------------------

  # FOR loop w/m-file
#  retval = zeros (size (x));
#  for i = 1:numel (x)
#    retval(i) = mysin (x(i));
#  endfor

  # Arrayfun w/m-file
#  retval = arrayfun (@mysin, x);  

  # Cellfun w/m-file
#  retval = cellfun (@mysin, x);  

#----------------------------------

  # Cellfun w/subfunction
  #retval = cellfun (@mysin2, x);  

#----------------------------------

  # Cellfun w/anonymous function
#  retval = cellfun (@(x) sin(x), x);  

#----------------------------------

  # Cellfun w/inline function
  #retval = cellfun (inline ("sin(x)"), x);  

endfunction

# Subfunction within same .m file
function retval = mysin2(x)

  retval = sin (x);

endfunction