gstlal, gstlal-ugly, gstlal-inspiral: remove lal_nofakedisconts

- from after every audioresample element

gstlal-inspiral/python/lloidparts.py

@@ -598,7 +598,6 @@ class Handler(simplehandler.Handler):
 #	lal_checktimestamps4 [URL="\ref pipeparts.mkchecktimestamps()"];
 #	lal_checktimestamps5 [URL="\ref pipeparts.mkchecktimestamps()"];
 #	capsfilter [URL="\ref pipeparts.mkcapsfilter()"];
-#	lal_nofakedisconts [URL="\ref pipeparts.mknofakedisconts()"];
 #	gate [URL="\ref pipeparts.mkgate()"];
 #	"mkcontrolsnksrc()" [URL="\ref mkcontrolsnksrc()"];
 #	lal_sumsquares [URL="\ref pipeparts.mksumsquares()"];
@@ -610,8 +609,7 @@ class Handler(simplehandler.Handler):
 #	queue2 -> lal_checktimestamps3;
 #	lal_checktimestamps3 -> audioresample;
 #	audioresample -> capsfilter;
-#	capsfilter -> lal_nofakedisconts;
-#	lal_nofakedisconts -> lal_checktimestamps4;
+#	capsfilter -> lal_checktimestamps4;
 #	lal_checktimestamps4 -> "mkcontrolsnksrc()"
 #	"mkcontrolsnksrc()" -> queue3;
 #	queue3 -> gate;
@@ -684,7 +682,6 @@ def mkLLOIDbranch(pipeline, src, bank, bank_fragment, (control_snk, control_src)
 		# should intersect it's downstream peer's format with the
 		# sink format
 		elem = pipeparts.mkcapsfilter(pipeline, pipeparts.mkresample(pipeline, elem, quality = 9), "audio/x-raw, rate=%d" % max(bank.get_rates()))
-		elem = pipeparts.mknofakedisconts(pipeline, elem)	# FIXME:  remove when resampler is patched
 		elem = pipeparts.mkchecktimestamps(pipeline, elem, "timestamps_%s_after_sumsquare_resampler" % logname)
 		elem.link(control_snk)
 
@@ -881,7 +878,6 @@ def mkLLOIDhoftToSnrSlices(pipeline, hoftdict, bank, control_snksrc, block_durat
 			# are padded such that the Nyquist frequency is 1.5
 			# times the highest frequency of the time slice
 			branch_heads[rate] = pipeparts.mkcapsfilter(pipeline, pipeparts.mkresample(pipeline, branch_heads[rate], quality = 1), "audio/x-raw, rate=%d" % next_rate[rate])
-			branch_heads[rate] = pipeparts.mknofakedisconts(pipeline, branch_heads[rate])	# FIXME:  remove when resampler is patched
 			branch_heads[rate] = pipeparts.mkchecktimestamps(pipeline, branch_heads[rate], "timestamps_%s_after_%d_to_%d_snr_resampler" % (logname, rate, next_rate[rate]))
 
 		#

gstlal-ugly/examples/audioresample_impulse_response.py

@@ -75,14 +75,11 @@ for bank_fragment in bank.bank_fragments:
 		"queue", {"max-size-bytes": 0, "max-size-buffers": 0, "max-size-time": 4 * int(math.ceil(bank.filter_length)) * gst.SECOND},
 		"audioamplify", {"clipping-method": 3, "amplification": 1/math.sqrt(pipeparts.audioresample_variance_gain(downsample_quality, source_rate, bank_fragment.rate))},
 		"audioresample", {"quality": downsample_quality},
-		"lal_nofakedisconts", {"silent": True},
 		"capsfilter", {"caps": gst.Caps("audio/x-raw-float,rate=%d" % bank_fragment.rate)},
 		"lal_firbank", {"latency": -int(round(bank_fragment.start * bank_fragment.rate)) - 1, "fir-matrix": bank_fragment.orthogonal_template_bank},
-		"lal_nofakedisconts", {"silent": True},
 		"lal_reblock",
 		"lal_matrixmixer", {"matrix": bank_fragment.mix_matrix},
 		"audioresample", {"quality": upsample_quality},
-		"lal_nofakedisconts", {"silent": True},
 		snr_elems[0],
 	)
 

gstlal-ugly/examples/configurations/gab/gab-rtsp-server.c

@@ -275,7 +275,6 @@ main (int argc, char *argv[])
     "! audioconvert " /* convert to floating point */
     "! audiochebband lower-frequency=40 upper-frequency=1000 " /* band-pass filter */
     "! audioresample " /* downsample (or upsample) */
-    "! lal_nofakedisconts " /* fix fake discontinuity flags (it's a long story) */
     "! audioconvert " /* convert back to integer */
     "! rtpL16pay name=pay0 pt=97 )" /* payload raw audio */
    );

gstlal-ugly/examples/configurations/record_stereo/encode.py

@@ -70,7 +70,6 @@ for ifo in ('H1', 'L1'):
 			"quality": 9,
 			"gap-aware": True,
 		},
-		"lal_nofakedisconts",
 		"capsfilter",
 		{
 			"caps": gst.Caps("audio/x-raw-float,rate=4096"),
@@ -89,7 +88,6 @@ for ifo in ('H1', 'L1'):
 			"average-samples": 64,
 			"mean-psd": psd.data,
 		},
-		"lal_nofakedisconts",
 		"audiochebband",
 		{
 			"lower-frequency": 45,

gstlal/python/multirate_datasource.py

@@ -80,7 +80,6 @@ from gstlal import datasource
 #	capsfilter1 [URL="\ref pipeparts.mkcapsfilter()"];
 #	audioresample [URL="\ref pipeparts.mkresample()"];
 #	capsfilter2 [URL="\ref pipeparts.mkcapsfilter()"];
-#	nofakedisconts [URL="\ref pipeparts.mknofakedisconts()"];
 #	reblock [URL="\ref pipeparts.mkreblock()"];
 #	whiten [URL="\ref pipeparts.mkwhiten()"];
 #	audioconvert [URL="\ref pipeparts.mkaudioconvert()"];
@@ -89,17 +88,14 @@ from gstlal import datasource
 #	tee [URL="\ref pipeparts.mktee()"];
 #	audioamplifyr1 [URL="\ref pipeparts.mkaudioamplify()"];
 #	capsfilterr1 [URL="\ref pipeparts.mkcapsfilter()"];
-#	nofakediscontsr1 [URL="\ref pipeparts.mknofakedisconts()"];
 #	htgater1 [URL="\ref datasource.mkhtgate()", label="htgate() \n [iff ht gate specified]", style=filled, color=lightgrey];
 #	tee1 [URL="\ref pipeparts.mktee()"];
 #	audioamplifyr2 [URL="\ref pipeparts.mkaudioamplify()"];
 #	capsfilterr2 [URL="\ref pipeparts.mkcapsfilter()"];
-#	nofakediscontsr2 [URL="\ref pipeparts.mknofakedisconts()"];
 #	htgater2 [URL="\ref datasource.mkhtgate()", label="htgate() \n [iff ht gate specified]", style=filled, color=lightgrey];
 #	tee2 [URL="\ref pipeparts.mktee()"];
 #	audioamplify_rn [URL="\ref pipeparts.mkaudioamplify()"];
 #	capsfilter_rn [URL="\ref pipeparts.mkcapsfilter()"];
-#	nofakedisconts_rn [URL="\ref pipeparts.mknofakedisconts()"];
 #	htgate_rn [URL="\ref datasource.mkhtgate()", style=filled, color=lightgrey, label="htgate() \n [iff ht gate specified]"];
 #	tee [URL="\ref pipeparts.mktee()"];
 #
@@ -107,8 +103,7 @@ from gstlal import datasource
 #
 #	"?" -> capsfilter1 -> audioresample;
 #	audioresample -> capsfilter2;
-#	capsfilter2 -> nofakedisconts;
-#	nofakedisconts -> reblock;
+#	capsfilter2 -> reblock;
 #	reblock -> whiten;
 #	whiten -> audioconvert;
 #	audioconvert -> capsfilter3;
@@ -117,20 +112,17 @@ from gstlal import datasource
 #
 #	tee -> audioamplifyr1 [label="Rate 1"];
 #	audioamplifyr1 -> capsfilterr1;
-#	capsfilterr1 -> nofakediscontsr1;
-#	nofakediscontsr1 -> htgater1;
+#	capsfilterr1 -> htgater1;
 #	htgater1 -> tee1 -> "? 1";
 #
 #	tee -> audioamplifyr2 [label="Rate 2"];
 #	audioamplifyr2 -> capsfilterr2;
-#	capsfilterr2 -> nofakediscontsr2;
-#	nofakediscontsr2 -> htgater2;
+#	capsfilterr2 -> htgater2;
 #	htgater2 -> tee2 -> "? 2";
 #
 #	tee ->  audioamplify_rn [label="Rate N"];
 #	audioamplify_rn -> capsfilter_rn;
-#	capsfilter_rn -> nofakedisconts_rn;
-#	nofakedisconts_rn -> htgate_rn;
+#	capsfilter_rn -> htgate_rn;
 #	htgate_rn -> tee_n -> "? 3";
 #
 # }
@@ -168,7 +160,6 @@ def mkwhitened_multirate_src(pipeline, src, rates, instrument, psd = None, psd_f
 	quality = 9
 	head = pipeparts.mkcapsfilter(pipeline, src, "audio/x-raw, rate=[%d,MAX]" % max(rates))
 	head = pipeparts.mkresample(pipeline, head, quality = quality)
-	head = pipeparts.mknofakedisconts(pipeline, head)	# FIXME:  remove when resampler is patched
 	head = pipeparts.mkchecktimestamps(pipeline, head, "%s_timestamps_%d_hoft" % (instrument, max(rates)))
 
 	#
@@ -288,7 +279,6 @@ def mkwhitened_multirate_src(pipeline, src, rates, instrument, psd = None, psd_f
 		else:
 			head[rate] = head[max(rates)]
 		head[rate] = pipeparts.mkcapsfilter(pipeline, pipeparts.mkresample(pipeline, head[rate], quality = quality), caps = "audio/x-raw, rate=%d" % rate)
-		head[rate] = pipeparts.mknofakedisconts(pipeline, head[rate])	# FIXME:  remove when resampler is patched
 		head[rate] = pipeparts.mkchecktimestamps(pipeline, head[rate], "%s_timestamps_%d_whitehoft" % (instrument, rate))
 
 		head[rate] = pipeparts.mktee(pipeline, head[rate])