67     norm_a = norm32(a.sm); /* norm32 defined in ia_basic_ops32.h */  in mult32_var_q()
68     norm_b = norm32(b.sm);  in mult32_var_q()
73     a.sm = shl32_sat(a.sm, norm_a);  in mult32_var_q()
74     b.sm = shl32_sat(b.sm, norm_b);  in mult32_var_q()
76     c->sm = mult32(a.sm, b.sm); /* mult32 defined in ia_basic_ops40.h */  in mult32_var_q()
86     c->sm = div32(a.sm, b.sm, &qoutient_q_format); /* div32 defined in ia_basic_ops32.h */  in div32_var_q()
100     norm_a = norm32(a.sm) - 1; /* norm32 defined in ia_basic_ops32.h */  in add32_var_q()
101     norm_b = norm32(b.sm) - 1; /* we normalise a & b only to 30t bit  in add32_var_q()
110         b.sm = shl32_dir_sat(b.sm, norm_b);  in add32_var_q()
111         a.sm = shr32_dir_sat(a.sm, ((a.e - b.e) - norm_b));  in add32_var_q()
116         a.sm = shl32_dir_sat(a.sm, norm_a);  in add32_var_q()
117         b.sm = shr32_dir_sat(b.sm, ((b.e - a.e) - norm_a));  in add32_var_q()
122         a.sm = shl32_dir_sat(a.sm, norm_a);  in add32_var_q()
123         b.sm = shl32_dir_sat(b.sm, norm_b);  in add32_var_q()
127     c->sm = add32(a.sm, b.sm); /* add32_shr defined in ia_basic_ops32.h */  in add32_var_q()
142     norm_a = norm32(a.sm) - 1; /* norm32 defined in ia_basic_ops32.h */  in sub32_var_q()
143     norm_b = norm32(b.sm) - 1; /* we normalise a & b only to 30t bit  in sub32_var_q()
152         b.sm = shl32_dir_sat(b.sm, norm_b);  in sub32_var_q()
153         a.sm = shr32_dir_sat(a.sm, ((a.e - b.e) - norm_b));  in sub32_var_q()
158         a.sm = shl32_dir_sat(a.sm, norm_a);  in sub32_var_q()
159         b.sm = shr32_dir_sat(b.sm, ((b.e - a.e) - norm_a));  in sub32_var_q()
164         a.sm = shl32_dir_sat(a.sm, norm_a);  in sub32_var_q()
165         b.sm = shl32_dir_sat(b.sm, norm_b);  in sub32_var_q()
169     c->sm = sub32(a.sm, b.sm); /* add32_shr defined in ia_basic_ops32.h */  in sub32_var_q()
180     c->sm = sqrtFix_interpolate(a.sm, &q_temp, gi4_sqrt_tab);  in sqrt32_var_q()
187     *a = shr32_dir_sat(num_a.sm, num_a.e);  in number_t_to_word32()