The other significant change is to handle a large number of coefficients in the FIR filter used in the CMG5-TD accelerometers.
diff alloc_fctns.c ../evalresp-3.2.40.slu/alloc_fctns.c
7,9c7,11
< #ifdef HAVE_MALLOC_H
< #include
< #endif
---
> /* REMOVED R B Herrmann November 17, 2007
> #ifdef HAVE_MALLOC_H
> #include
> #endif
> */
diff parse_fctns.c ../evalresp-3.2.40.slu/parse_fctns.c
14,16c14,19
< #ifdef HAVE_MALLOC_H
< #include
< #endif
---
> /* REMOVED R B Herrmann November 17, 2007
> #ifdef HAVE_MALLOC_H
> #include
> #endif
> */
>
338a342,349
> /* Change Eric J. Haug SLU May, 2008 to handle continuation for
> FIRST with a large number of coefficients. Basically we need to get past
> the tendency of some SEED writers to put the following phase in the
> RESP file "No Abbreviation Referenced" for Response in units lookup and
> Response out units lookup
> */
> static int prev_seq_number;
> /* END EJH CHANGE */
383a395,409
> /* Change Eric J. Haug SLU May, 2008 to handle continuation for
> FIRST with a large number of coefficients. Basically we need to get past
> the tendency of some SEED writers to put the following phase in the
> RESP file "No Abbreviation Referenced" for Response in units lookup and
> Response out units lookup
>
> TEST the sequencing
> */
> /*
>
> fprintf(stderr, "curr_seq_no = %d stage_ptr->sequence_no = %d\n", curr_seq_no, stage_ptr->sequence_no);
> fprintf(stderr, "prev_seq_number = %d\n", prev_seq_number);
> */
> /* END EJH CHANGE */
>
385a412,420
> /* Change Eric J. Haug SLU May, 2008 to handle continuation for
> FIRST with a large number of coefficients. Basically we need to get past
> the tendency of some SEED writers to put the following phase in the
> RESP file "No Abbreviation Referenced" for Response in units lookup and
> Response out units lookup
> */
> if ( curr_seq_no == prev_seq_number )
> ;
> else
386a422
> /* END EJH CHANGE */
388a425,433
> /* Change Eric J. Haug SLU May, 2008 to handle continuation for
> FIRST with a large number of coefficients. Basically we need to get past
> the tendency of some SEED writers to put the following phase in the
> RESP file "No Abbreviation Referenced" for Response in units lookup and
> Response out units lookup
> */
> if ( curr_seq_no == prev_seq_number )
> ;
> else
389a435
> /* END EJH CHANGE */
437a484,492
> /* Change Eric J. Haug SLU May, 2008 to handle continuation for
> FIRST with a large number of coefficients. Basically we need to get past
> the tendency of some SEED writers to put the following phase in the
> RESP file "No Abbreviation Referenced" for Response in units lookup and
> Response out units lookup
> */
> prev_seq_number = curr_seq_no;
> /* END EJH CHANGE */
>
1377c1432
< if(0 != strncmp(end_t, "No Ending Time", 14)) { /* Bad bug fixed 06/26/08 */
---
> if(0 != strncmp(end_t, "No Ending Time", 14)) { /* Bad bug fixed 06/26/08 */
1444c1499
< testTime = in_epoch(datime, this_channel->beg_t, this_channel->end_t);
---
> testTime = in_epoch(datime, this_channel->beg_t, this_channel->end_t);
diff regexp.c ../evalresp-3.2.40.slu/regexp.c
35,37c35,40
< #ifdef HAVE_MALLOC_H
< #include /* added 8/28/2001 -- [ET] */
< #endif
---
> /* REMOVED R B Herrmann November 17, 2007
> #ifdef HAVE_MALLOC_H
> #include
> #endif
> */
> #include
diff string_fctns.c ../evalresp-3.2.40.slu/string_fctns.c
29,31c29,34
< #ifdef HAVE_MALLOC_H
< #include
< #endif
---
> /* REMOVED R B Herrmann November 17, 2007
> #ifdef HAVE_MALLOC_H
> #include
> #endif
> */
>
Last changed December 4, 2009