No examples or tests for the dw_lin_elastic_th or dw_lin_elastic_eth terms. Attached problem fails with the following error. Any suggestions to point me in the right direction.

Andre

TypeError Traceback (most recent call last) /home/grassy/sfepy/simple.py in <module>() 123 124 if __name__ == '__main__': --> 125 main()

/home/grassy/sfepy/simple.py in main() 120 parametric_hook = conf.get_function(opts.parametric_hook) 121 app.parametrize( parametric_hook ) --> 122 app() 123 124 if __name__ == '__main__':

/home/grassy/sfepy/sfepy/applications/application.pyc in call_basic(self, **kwargs) 27 28 def call_basic( self, **kwargs ): ---> 29 return self.call( **kwargs ) 30 31 def call_parametrized( self, **kwargs ):

/home/grassy/sfepy/sfepy/applications/simple_app.pyc in call(self) 115
post_process_hook=self.post_process_hook, 116
post_process_hook_final=self.post_process_hook_final, --> 117 pre_process_hook=self.pre_process_hook) 118 119 return out

/home/grassy/sfepy/sfepy/solvers/generic.pyc in solve_direct(conf, options, problem, step_hook, post_process_hook, post_process_hook_final, pre_process_hook, nls_status) 214 step_hook=step_hook, 215
post_process_hook=post_process_hook, --> 216 nls_status=nls_status) 217 else: 218 ##

/home/grassy/sfepy/sfepy/solvers/generic.pyc in solve_evolutionary_op(problem, save_results, return_history, step_hook, post_process_hook, nls_status) 134 135 ii = 0 --> 136 for ts, state in time_solver( state0 ): 137 138 if step_hook is not None:

/home/grassy/sfepy/sfepy/solvers/ts.pyc in __call__(self, state0, conf, step_fun, step_args) 189 output( self.format % (time, step + 1, self.ts.n_step) ) 190 --> 191 state = step_fun( self.ts, state0, *step_args ) 192 state0 = state.copy(deep=True) 193 yield self.ts, state

/home/grassy/sfepy/sfepy/solvers/generic.pyc in time_step_function(ts, state0, problem, nls_status) 80 ev = problem.get_evaluator() 81 try: ---> 82 vec_r = ev.eval_residual(state(), is_full=True) 83 except ValueError: 84 output('initial residual evaluation failed, giving up...')

/home/grassy/sfepy/sfepy/fem/evaluate.pyc in eval_residual(self, vec, is_full) 50 try: 51 pb = self.problem ---> 52 vec_r = pb.equations.eval_residuals(vec) 53 54 except StopIteration, exc:

/home/grassy/sfepy/sfepy/fem/equations.pyc in eval_residuals(self, state, by_blocks, names) 560 out = self.create_stripped_state_vector() 561 --> 562 self.evaluate(mode='weak', dw_mode='vector', asm_obj=out) 563 564 return out

/home/grassy/sfepy/sfepy/fem/equations.pyc in evaluate(self, mode, dw_mode, term_mode, asm_obj) 503 for eq in self: 504 eout = eq.evaluate(mode=mode, dw_mode=dw_mode, term_mode=term_mode, --> 505 asm_obj=asm_obj) 506 if mode != 'weak': 507 out[eq.name] = eout

/home/grassy/sfepy/sfepy/fem/equations.pyc in evaluate(self, mode, dw_mode, term_mode, asm_obj) 730
term_mode=term_mode, 731
standalone=False, --> 732
ret_status=True) 733 term.assemble_to(asm_obj, val, iels, mode=dw_mode) 734

/home/grassy/sfepy/sfepy/terms/terms.pyc in evaluate(self, mode, diff_var, standalone, ret_status, **kwargs) 1501 1502 _args = tuple(args) + (mode, term_mode, diff_var) -> 1503 fargs = self.get_fargs(*_args, **kwargs) 1504 1505 n_elr, n_qpr, dim, n_enr, n_cr = self.get_data_shape(varr)

TypeError: get_fargs() takes at most 3 arguments (8 given)