46   float * Xt;      /* input == x in time domain - copy for alignment */  member
85     s->Xt = NULL;  in pffastconv_new_setup()
87     s->Xt = pffastconv_malloc((unsigned)Nfft * sizeof(float));  in pffastconv_new_setup()
99   memset( s->Xt, 0, (unsigned)Nfft * sizeof(float) );  in pffastconv_new_setup()
102       s->Xt[ ( Nfft - cplxFactor * i ) & (Nfft -1) ] = filterCoeffs[ i ];  in pffastconv_new_setup()
105       s->Xt[ ( Nfft - cplxFactor * i ) & (Nfft -1) ] = filterCoeffs[ filterLen - 1 - i ];  in pffastconv_new_setup()
108   pffft_transform(s->st, s->Xt, s->Hf, /* tmp = */ s->Mf, PFFFT_FORWARD);  in pffastconv_new_setup()
127   if ( s->Xt )  in pffastconv_destroy_setup()
128     pffastconv_free(s->Xt);  in pffastconv_destroy_setup()
181         memcpy( s->Xt, X + inpOff, (unsigned)procLen * sizeof(float) );  in pffastconv_apply()
183           memset( s->Xt + procLen, 0, (unsigned)(Nfft - procLen) * sizeof(float) );  in pffastconv_apply()
185         pffft_transform(s->st, s->Xt, s->Xf, /* tmp = */ s->Mf, PFFFT_FORWARD);  in pffastconv_apply()
196         pffft_transform(s->st, s->Mf, s->Xf, /* tmp = */ s->Xt, PFFFT_BACKWARD);  in pffastconv_apply()
219             s->Xt[j] = X[cplxOff + 2 * j];  in pffastconv_apply()
221             memset( s->Xt + procLen, 0, (unsigned)(Nfft - procLen) * sizeof(float) );  in pffastconv_apply()
223           pffft_transform(s->st, s->Xt, s->Xf, /* tmp = */ s->Mf, PFFFT_FORWARD);  in pffastconv_apply()
231           memcpy( s->Xt, X + inpOff, (unsigned)procLen * sizeof(float) );  in pffastconv_apply()
233             memset( s->Xt + procLen, 0, (unsigned)(Nfft - procLen) * sizeof(float) );  in pffastconv_apply()
235           pffft_transform(s->st, s->Xt, s->Xf, /* tmp = */ s->Mf, PFFFT_FORWARD);  in pffastconv_apply()
242           pffft_transform(s->st, s->Mf, s->Xf, /* tmp = */ s->Xt, PFFFT_BACKWARD);  in pffastconv_apply()
254           pffft_transform(s->st, s->Mf, s->Xf, /* tmp = */ s->Xt, PFFFT_BACKWARD);  in pffastconv_apply()