147     float phase_increment=rate*PI;  in shift_math_cc()  local
158         phase+=phase_increment;  in shift_math_cc()
195     float phase_increment=rate*PI;  in shift_table_cc()  local
219         phase+=phase_increment;  in shift_table_cc()
235     output.phase_increment=2*rate*PI;  in shift_addfast_init()
238         output.dsin[i]=sin(output.phase_increment*(i+1));  in shift_addfast_init()
239         output.dcos[i]=cos(output.phase_increment*(i+1));  in shift_addfast_init()
276     starting_phase+=input_size*d->phase_increment;  in shift_addfast_cc()
317     starting_phase+=N_cplx*d->phase_increment;  in shift_addfast_inp_c()
336     output.phase_increment=2*rate*PI;  in shift_unroll_init()
343         myphase += output.phase_increment;  in shift_unroll_init()
378     starting_phase+=input_size*d->phase_increment;  in shift_unroll_cc()
400     starting_phase += size * d->phase_increment;  in shift_unroll_inp_c()
416     output.phase_increment=2*rate*PI;  in shift_limited_unroll_init()
420         myphase += output.phase_increment;  in shift_limited_unroll_init()
524     output.phase_increment = 2*relative_freq*PI;  in shift_limited_unroll_A_sse_init()
531             myphase += output.phase_increment;  in shift_limited_unroll_A_sse_init()
552         myphase += output.phase_increment;  in shift_limited_unroll_A_sse_init()
642     output.phase_increment = 2*relative_freq*PI;  in shift_limited_unroll_B_sse_init()
649             myphase += output.phase_increment;  in shift_limited_unroll_B_sse_init()
667         myphase += output.phase_increment;  in shift_limited_unroll_B_sse_init()
755     output.phase_increment = 2*relative_freq*PI;  in shift_limited_unroll_C_sse_init()
762             myphase += output.phase_increment;  in shift_limited_unroll_C_sse_init()
783         myphase += output.phase_increment;  in shift_limited_unroll_C_sse_init()