Difference between revisions of "GstCUDA - Example - cudamux: NVMM direct mapping"

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{{GstCUDA/Head|previous=Example: cudamux|next=Example - cudamux: Unified memory allocator|metakeywords=GstCUDA Examples,cudamux,cudamux example,cudamux element gstreamer pipelines,NVMM direct mapping}}
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This page gives an usage example of the '''''cudamux''''' element.
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<br>
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<td><div class="clear; float:right">__TOC__</div></td>
 
<td><div class="clear; float:right">__TOC__</div></td>
 
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{{Debug Symbol}} Problems running the pipelines shown on this page?<br>Please see our [http://developer.ridgerun.com/wiki/index.php?title=GStreamer_Debugging GStreamer Debugging guide] for help.
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{{GStreamer debug}}
 
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{{GstCUDA Page |  
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{{Ambox
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[[GstCUDA - Example: cudamux | Example 2: cudamux]]|
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[[GstCUDA - Example - cudamux: Unified memory allocator | cudamux: unified memory allocator]]|
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|issue='''Note:''' NVMM direct mapping is only supported on Jetson platforms.
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The perf element can be downloaded from [https://github.com/RidgeRun/gst-perf this repository], otherwise, the element can be removed from the pipeline without any issues.
  
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This page gives an usage example of the '''''cudamux''''' element.
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== Mixer CUDA library algorithm ==
  
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__TOC__
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For these examples, remember to be in the correct path to use the binaries:
  
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== Mixer CUDA library algorithm ==
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<syntaxhighlight lang=bash>
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cd $GstCUDA_DIR/tests/examples/cudamux_algorithms/mixer/
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</syntaxhighlight>
  
 
=== 2x 720p 30fps videotestsrc sources mixed to display (in-place=true) ===
 
=== 2x 720p 30fps videotestsrc sources mixed to display (in-place=true) ===
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=== 2x 1080p 60fps camera streams mixed to display (in-place=true) ===
 
=== 2x 1080p 60fps camera streams mixed to display (in-place=true) ===
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'''Note:''' We only use one camera source that is splitted in two sources by a tee element. One of the video source input branches is flipped by 180 degrees, so the resultant image is a combination of the input image with the same image rotated.
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'''Note:''' We only use one camera source that is split into two sources by a tee element. One of the video source input branches is flipped by 180 degrees, so the resultant image is a combination of the input image with the same image rotated.
  
 
====Example pipeline====
 
====Example pipeline====
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=== 2x 1080p 60fps camera streams mixed to display (in-place=false) ===
 
=== 2x 1080p 60fps camera streams mixed to display (in-place=false) ===
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'''Note:''' We only use one camera source that is splitted in two sources by a tee element. One of the video source input branches is flipped by 180 degrees, so the resultant image is a combination of the input image with the same image rotated.
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'''Note:''' We only use one camera source that is split into two sources by a tee element. One of the video source input branches is flipped by 180 degrees, so the resultant image is a combination of the input image with the same image rotated.
  
 
====Example pipeline====
 
====Example pipeline====
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</syntaxhighlight>
  
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{{GstCUDA/Foot|previous=Example: cudamux|next=Example - cudamux: Unified memory allocator}}

Latest revision as of 14:37, 21 March 2023


Previous: Example: cudamux Index Next: Example - cudamux: Unified memory allocator


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This page gives an usage example of the cudamux element.

Error something wrong.jpg Problems running the pipelines shown on this page?
Please see our GStreamer Debugging guide for help.

The perf element can be downloaded from this repository, otherwise, the element can be removed from the pipeline without any issues.

Mixer CUDA library algorithm

For these examples, remember to be in the correct path to use the binaries: 

cd $GstCUDA_DIR/tests/examples/cudamux_algorithms/mixer/

2x 720p 30fps videotestsrc sources mixed to display (in-place=true)

Example pipeline

gst-launch-1.0 cudamux name=cuda in-place=true location=./mixer.so videotestsrc pattern=ball is-live=true ! "video/x-raw,width=1280,height=720,format=I420,framerate=30/1" ! nvvidconv ! "video/x-raw(memory:NVMM),width=1280,height=720,format=I420,framerate=30/1" ! queue ! cuda.sink_0 videotestsrc is-live=true ! "video/x-raw,width=1280,height=720,format=I420,framerate=30/1" ! nvvidconv ! "video/x-raw(memory:NVMM),width=1280,height=720,format=I420,framerate=30/1" ! queue ! cuda.sink_1 cuda. ! perf print-arm-load=true ! nvoverlaysink --gst-debug=0

Performance stats

GST-PERF INFO -->  Timestamp: 1:04:41.509928234; Bps: 776; fps: 30.0; CPU: 24;  
GST-PERF INFO -->  Timestamp: 1:04:42.543376206; Bps: 751; fps: 30.0; CPU: 24;  
GST-PERF INFO -->  Timestamp: 1:04:43.576504024; Bps: 751; fps: 30.0; CPU: 25;  
GST-PERF INFO -->  Timestamp: 1:04:44.576590298; Bps: 776; fps: 30.0; CPU: 24;  
GST-PERF INFO -->  Timestamp: 1:04:45.609834937; Bps: 751; fps: 30.0; CPU: 24;  
GST-PERF INFO -->  Timestamp: 1:04:46.609851679; Bps: 776; fps: 30.0; CPU: 24;  
GST-PERF INFO -->  Timestamp: 1:04:47.609865921; Bps: 776; fps: 30.0; CPU: 24;  
GST-PERF INFO -->  Timestamp: 1:04:48.643290399; Bps: 751; fps: 30.0; CPU: 24;  
GST-PERF INFO -->  Timestamp: 1:04:49.676644357; Bps: 751; fps: 30.0; CPU: 24;  
GST-PERF INFO -->  Timestamp: 1:04:50.709835243; Bps: 751; fps: 30.0; CPU: 24;


2x 720p 30fps videotestsrc sources mixed to display (in-place=false)

Example pipeline

gst-launch-1.0 cudamux name=cuda in-place=false location=./mixer.so videotestsrc pattern=ball is-live=true ! "video/x-raw,width=1280,height=720,format=I420,framerate=30/1" ! nvvidconv ! "video/x-raw(memory:NVMM),width=1280,height=720,format=I420,framerate=30/1" ! queue ! cuda.sink_0 videotestsrc is-live=true ! "video/x-raw,width=1280,height=720,format=I420,framerate=30/1" ! nvvidconv ! "video/x-raw(memory:NVMM),width=1280,height=720,format=I420,framerate=30/1" ! queue ! cuda.sink_1 cuda. ! nvvidconv ! perf print-arm-load=true ! nvoverlaysink --gst-debug=0

Performance stats

GST-PERF INFO -->  Timestamp: 21:48:33.279751940; Bps: 763; fps: 32.48; CPU: 25;  
GST-PERF INFO -->  Timestamp: 21:48:34.279839845; Bps: 776; fps: 30.0; CPU: 25;  
GST-PERF INFO -->  Timestamp: 21:48:35.311903301; Bps: 751; fps: 30.3; CPU: 25;  
GST-PERF INFO -->  Timestamp: 21:48:36.312767089; Bps: 776; fps: 30.0; CPU: 25;  
GST-PERF INFO -->  Timestamp: 21:48:37.344449777; Bps: 752; fps: 30.6; CPU: 26;  
GST-PERF INFO -->  Timestamp: 21:48:38.344565041; Bps: 776; fps: 30.0; CPU: 25;  
GST-PERF INFO -->  Timestamp: 21:48:39.346374558; Bps: 775; fps: 29.97; CPU: 25;  
GST-PERF INFO -->  Timestamp: 21:48:40.378383451; Bps: 751; fps: 30.3; CPU: 25;  
GST-PERF INFO -->  Timestamp: 21:48:41.411104423; Bps: 751; fps: 30.3; CPU: 25;  
GST-PERF INFO -->  Timestamp: 21:48:42.411187827; Bps: 776; fps: 30.0; CPU: 24;


1080p 60fps camera stream + 1080p 60fps videotestsrc sources mixed to display (in-place=true)

Example pipeline

gst-launch-1.0 cudamux name=cuda in-place=true location=./mixer.so nvcamerasrc queue-size=10 sensor-id=0 fpsRange='60 60' ! "video/x-raw(memory:NVMM),width=1920,height=1080,format=I420,framerate=60/1" ! nvvidconv ! "video/x-raw(memory:NVMM),width=1920,height=1080,format=I420,framerate=60/1" ! queue ! cuda.sink_0 videotestsrc pattern=ball is-live=true ! "video/x-raw,width=640,height=480,format=I420,framerate=60/1" ! nvvidconv ! "video/x-raw(memory:NVMM),width=1920,height=1080,format=I420,framerate=60/1" ! queue ! cuda.sink_1 cuda. ! perf print-arm-load=true ! nvoverlaysink --gst-debug=0

Performance stats

GST-PERF INFO -->  Timestamp: 1:07:52.306338304; Bps: 763; fps: 60.3; CPU: 25;  
GST-PERF INFO -->  Timestamp: 1:07:53.306388795; Bps: 776; fps: 60.0; CPU: 24;  
GST-PERF INFO -->  Timestamp: 1:07:54.322402666; Bps: 763; fps: 60.3; CPU: 28;  
GST-PERF INFO -->  Timestamp: 1:07:55.322446073; Bps: 776; fps: 60.0; CPU: 28;  
GST-PERF INFO -->  Timestamp: 1:07:56.322744529; Bps: 776; fps: 60.0; CPU: 27;  
GST-PERF INFO -->  Timestamp: 1:07:57.340534213; Bps: 763; fps: 59.98; CPU: 25;  
GST-PERF INFO -->  Timestamp: 1:07:58.356490895; Bps: 764; fps: 60.9; CPU: 24;  
GST-PERF INFO -->  Timestamp: 1:07:59.372619293; Bps: 763; fps: 60.3; CPU: 25;  
GST-PERF INFO -->  Timestamp: 1:08:00.389454663; Bps: 763; fps: 60.3; CPU: 24;  
GST-PERF INFO -->  Timestamp: 1:08:01.406149096; Bps: 763; fps: 60.3; CPU: 22;


1080p 60fps camera stream + 1080p 60fps videotestsrc sources mixed to display (in-place=false)

Example pipeline

gst-launch-1.0 cudamux name=cuda in-place=false location=./mixer.so nvcamerasrc queue-size=10 sensor-id=0 fpsRange='60 60' ! "video/x-raw(memory:NVMM),width=1920,height=1080,format=I420,framerate=60/1" ! nvvidconv ! "video/x-raw(memory:NVMM),width=1920,height=1080,format=I420,framerate=60/1" ! queue ! cuda.sink_0 videotestsrc pattern=ball is-live=true ! "video/x-raw,width=640,height=480,format=I420,framerate=60/1" ! nvvidconv ! "video/x-raw(memory:NVMM),width=1920,height=1080,format=I420,framerate=60/1" ! queue ! cuda.sink_1 cuda. ! perf print-arm-load=true ! nvvidconv ! nvoverlaysink --gst-debug=0

Performance stats

GST-PERF INFO -->  Timestamp: 22:04:56.593436486; Bps: 763; fps: 60.3; CPU: 33;  
GST-PERF INFO -->  Timestamp: 22:04:57.593838787; Bps: 776; fps: 60.0; CPU: 33;  
GST-PERF INFO -->  Timestamp: 22:04:58.609787695; Bps: 764; fps: 60.9; CPU: 32;  
GST-PERF INFO -->  Timestamp: 22:04:59.609907812; Bps: 776; fps: 60.0; CPU: 34;  
GST-PERF INFO -->  Timestamp: 22:05:00.609942878; Bps: 776; fps: 60.0; CPU: 32;  
GST-PERF INFO -->  Timestamp: 22:05:01.626993130; Bps: 763; fps: 59.98; CPU: 33;  
GST-PERF INFO -->  Timestamp: 22:05:02.627490381; Bps: 776; fps: 60.0; CPU: 35;  
GST-PERF INFO -->  Timestamp: 22:05:03.643151065; Bps: 764; fps: 60.9; CPU: 35;  
GST-PERF INFO -->  Timestamp: 22:05:04.659751376; Bps: 763; fps: 60.3; CPU: 36;  
GST-PERF INFO -->  Timestamp: 22:05:05.660301596; Bps: 776; fps: 60.0; CPU: 36;


2x 1080p 60fps camera streams mixed to display (in-place=true)

Note: We only use one camera source that is split into two sources by a tee element. One of the video source input branches is flipped by 180 degrees, so the resultant image is a combination of the input image with the same image rotated.

Example pipeline

gst-launch-1.0 cudamux name=cuda in-place=true location=./mixer.so nvcamerasrc queue-size=10 sensor-id=0 fpsRange='60 60' ! "video/x-raw(memory:NVMM),width=1920,height=1080,format=I420,framerate=60/1" ! tee name=t t.src_0 ! nvvidconv ! "video/x-raw(memory:NVMM),width=1920,height=1080,format=I420,framerate=60/1" ! queue ! cuda.sink_0 t.src_1 ! nvvidconv flip-method=2 ! "video/x-raw(memory:NVMM),width=1920,height=1080,format=I420,framerate=60/1" ! queue ! cuda.sink_1 cuda. ! perf print-arm-load=true ! nvoverlaysink --gst-debug=0

Performance stats

GST-PERF INFO -->  Timestamp: 1:09:00.057598052; Bps: 776; fps: 60.0; CPU: 7;  
GST-PERF INFO -->  Timestamp: 1:09:01.058253501; Bps: 776; fps: 60.0; CPU: 15;  
GST-PERF INFO -->  Timestamp: 1:09:02.073875844; Bps: 764; fps: 60.9; CPU: 13;  
GST-PERF INFO -->  Timestamp: 1:09:03.073878080; Bps: 776; fps: 60.0; CPU: 14;  
GST-PERF INFO -->  Timestamp: 1:09:04.074694842; Bps: 776; fps: 60.0; CPU: 13;  
GST-PERF INFO -->  Timestamp: 1:09:05.090132409; Bps: 764; fps: 60.9; CPU: 13;  
GST-PERF INFO -->  Timestamp: 1:09:06.090189398; Bps: 776; fps: 60.0; CPU: 12;  
GST-PERF INFO -->  Timestamp: 1:09:07.091822777; Bps: 775; fps: 59.94; CPU: 15;  
GST-PERF INFO -->  Timestamp: 1:09:08.108071701; Bps: 763; fps: 60.3; CPU: 12;  
GST-PERF INFO -->  Timestamp: 1:09:09.123598348; Bps: 764; fps: 60.9; CPU: 14;


2x 1080p 60fps camera streams mixed to display (in-place=false)

Note: We only use one camera source that is split into two sources by a tee element. One of the video source input branches is flipped by 180 degrees, so the resultant image is a combination of the input image with the same image rotated.

Example pipeline

gst-launch-1.0 cudamux name=cuda in-place=false location=./mixer.so nvcamerasrc queue-size=10 sensor-id=0 fpsRange='60 60' ! "video/x-raw(memory:NVMM),width=1920,height=1080,format=I420,framerate=60/1" ! tee name=t t.src_0 ! nvvidconv ! "video/x-raw(memory:NVMM),width=1920,height=1080,format=I420,framerate=60/1" ! queue ! cuda.sink_0 t.src_1 ! nvvidconv flip-method=2 ! "video/x-raw(memory:NVMM),width=1920,height=1080,format=I420,framerate=60/1" ! queue ! cuda.sink_1 cuda. ! nvvidconv ! perf print-arm-load=true ! nvoverlaysink --gst-debug=0

Performance stats

GST-PERF INFO -->  Timestamp: 22:29:36.540394267; Bps: 776; fps: 60.0; CPU: 26;  
GST-PERF INFO -->  Timestamp: 22:29:37.557019712; Bps: 763; fps: 60.3; CPU: 27;  
GST-PERF INFO -->  Timestamp: 22:29:38.573266100; Bps: 763; fps: 60.3; CPU: 27;  
GST-PERF INFO -->  Timestamp: 22:29:39.589838109; Bps: 763; fps: 60.3; CPU: 26;  
GST-PERF INFO -->  Timestamp: 22:29:40.589912895; Bps: 776; fps: 60.0; CPU: 25;  
GST-PERF INFO -->  Timestamp: 22:29:41.590099450; Bps: 776; fps: 60.0; CPU: 26;  
GST-PERF INFO -->  Timestamp: 22:29:42.590126059; Bps: 776; fps: 60.0; CPU: 26;  
GST-PERF INFO -->  Timestamp: 22:29:43.590282250; Bps: 776; fps: 60.0; CPU: 26;  
GST-PERF INFO -->  Timestamp: 22:29:44.606635721; Bps: 763; fps: 60.3; CPU: 26;  
GST-PERF INFO -->  Timestamp: 22:29:45.606758423; Bps: 776; fps: 60.0; CPU: 25;


2x 4K 60fps camera streams camera streams mixed to display (in-place=true)

Example pipeline

gst-launch-1.0 cudamux name=cuda in-place=true location=./mixer.so nvcamerasrc queue-size=10 sensor-id=0 fpsRange='60 60' ! "video/x-raw(memory:NVMM),width=3840,height=2160,format=I420,framerate=60/1" ! tee name=t t.src_0 ! nvvidconv ! "video/x-raw(memory:NVMM),width=3840,height=2160,format=I420,framerate=60/1" ! queue ! cuda.sink_0 t.src_1 ! nvvidconv flip-method=2 ! "video/x-raw(memory:NVMM),width=3840,height=2160,format=I420,framerate=60/1" ! queue ! cuda.sink_1 cuda. ! perf print-arm-load=true ! nvoverlaysink --gst-debug=0

Performance stats

GST-PERF INFO -->  Timestamp: 1:09:53.580481344; Bps: 776; fps: 60.0; CPU: 16;  
GST-PERF INFO -->  Timestamp: 1:09:54.596964159; Bps: 763; fps: 60.3; CPU: 18;  
GST-PERF INFO -->  Timestamp: 1:09:55.612936985; Bps: 764; fps: 60.9; CPU: 17;  
GST-PERF INFO -->  Timestamp: 1:09:56.613082828; Bps: 776; fps: 60.0; CPU: 20;  
GST-PERF INFO -->  Timestamp: 1:09:57.622503818; Bps: 769; fps: 59.46; CPU: 18;  
GST-PERF INFO -->  Timestamp: 1:09:58.634003692; Bps: 767; fps: 59.34; CPU: 18;  
GST-PERF INFO -->  Timestamp: 1:09:59.646157364; Bps: 766; fps: 59.28; CPU: 16;  
GST-PERF INFO -->  Timestamp: 1:10:00.657026108; Bps: 768; fps: 59.40; CPU: 15;  
GST-PERF INFO -->  Timestamp: 1:10:01.667696004; Bps: 768; fps: 59.40; CPU: 18;  
GST-PERF INFO -->  Timestamp: 1:10:02.680801291; Bps: 766; fps: 59.23; CPU: 17;


2x 4K 60fps camera streams mixed to fakesink (in-place=false)

Note: Due to limitations of the nvoverlaysink element, we use a fakesink instead to demonstrate that cudamux is capable to handle up to 2x4K@60fps streams.

Example pipeline

gst-launch-1.0 cudamux name=cuda in-place=false location=./mixer.so nvcamerasrc queue-size=10 sensor-id=0 fpsRange='60 60' ! "video/x-raw(memory:NVMM),width=3840,height=2160,format=I420,framerate=60/1" ! tee name=t t.src_0 ! nvvidconv ! "video/x-raw(memory:NVMM),width=3840,height=2160,format=I420,framerate=60/1" ! queue ! cuda.sink_0 t.src_1 ! nvvidconv flip-method=2 ! "video/x-raw(memory:NVMM),width=3840,height=2160,format=I420,framerate=60/1" ! queue ! cuda.sink_1 cuda. ! perf print-arm-load=true ! fakesink --gst-debug=0

Performance stats

GST-PERF INFO -->  Timestamp: 22:36:03.257382576; Bps: 12318415; fps: 59.40; CPU: 28;  
GST-PERF INFO -->  Timestamp: 22:36:04.269501023; Bps: 12294071; fps: 59.28; CPU: 28;  
GST-PERF INFO -->  Timestamp: 22:36:05.280928748; Bps: 12306231; fps: 59.34; CPU: 29;  
GST-PERF INFO -->  Timestamp: 22:36:06.292548867; Bps: 12306231; fps: 59.34; CPU: 30;  
GST-PERF INFO -->  Timestamp: 22:36:07.304494555; Bps: 12306231; fps: 59.34; CPU: 33;  
GST-PERF INFO -->  Timestamp: 22:36:08.314887239; Bps: 12318415; fps: 59.40; CPU: 32;  
GST-PERF INFO -->  Timestamp: 22:36:09.327312506; Bps: 12294071; fps: 59.28; CPU: 31;  
GST-PERF INFO -->  Timestamp: 22:36:10.340253028; Bps: 12294071; fps: 59.28; CPU: 30;  
GST-PERF INFO -->  Timestamp: 22:36:11.351945386; Bps: 12306231; fps: 59.34; CPU: 33;  
GST-PERF INFO -->  Timestamp: 22:36:12.361623391; Bps: 12330624; fps: 59.46; CPU: 31;



Previous: Example: cudamux Index Next: Example - cudamux: Unified memory allocator


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