56     m_encoding.new_vector (full_nelts, copy_nelts, 1);  in new_vector()
60       m_encoding.new_vector (full_nelts, elements.npatterns (),  in new_vector()
63   unsigned int npatterns = m_encoding.npatterns ();  in new_vector()
65     m_encoding.quick_push (clamp (elements.elt (i)));  in new_vector()
75       m_encoding.quick_push (clamp (m_encoding[i - npatterns] + step));  in new_vector()
77   m_encoding.finalize ();  in new_vector()
91   m_encoding.new_vector (orig.m_encoding.full_nelts () * factor,  in new_expanded_vector()
92 			 orig.m_encoding.npatterns () * factor,  in new_expanded_vector()
93 			 orig.m_encoding.nelts_per_pattern ());  in new_expanded_vector()
94   unsigned int encoded_nelts = orig.m_encoding.encoded_nelts ();  in new_expanded_vector()
97       element_type base = orig.m_encoding[i] * factor;  in new_expanded_vector()
99 	m_encoding.quick_push (base + j);  in new_expanded_vector()
101   m_encoding.finalize ();  in new_expanded_vector()
112   for (unsigned int i = 0; i < m_encoding.length (); ++i)  in rotate_inputs()
113     m_encoding[i] = clamp (m_encoding[i] + element_delta);  in rotate_inputs()
135   if (maybe_ne (clamp (m_encoding.elt (out_base)), clamp (in_base)))  in series_p()
138   element_type full_nelts = m_encoding.full_nelts ();  in series_p()
139   unsigned int npatterns = m_encoding.npatterns ();  in series_p()
165       element_type v0 = m_encoding.elt (out_base - out_step);  in series_p()
166       element_type v1 = m_encoding.elt (out_base);  in series_p()
182   unsigned int npatterns = m_encoding.npatterns ();  in all_in_range_p()
183   unsigned int nelts_per_pattern = m_encoding.nelts_per_pattern ();  in all_in_range_p()
186     if (!known_in_range_p (m_encoding[i], start, size))  in all_in_range_p()
196       poly_int64 step_nelts = exact_div (m_encoding.full_nelts (),  in all_in_range_p()
201 	  element_type base1 = m_encoding[i + npatterns];  in all_in_range_p()
202 	  element_type base2 = m_encoding[i + base_nelts];  in all_in_range_p()