Differences

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--- bokehgui_for_cortexlab [2022/02/22 09:52] – aparis
+++ bokehgui_for_cortexlab [2022/02/22 10:21] (current) – aparis
@@ Line 7: / Line 7: @@
 ## Update your scenario
-A running docker image with the gr-bokehgui module is already available at ''amauryparis/cxlb_bokehgui''. You don't have to pull any image on your local computer to make any changes to the project as in the previous tutorial.
+A running docker image with the gr-bokehgui module is available at ''amauryparis/cxlb_bokehgui''. You don't have to pull any image on your local computer to make changes to the project as in the previous tutorial.
 As previously stated, we will use the OFDM transmission used in the first tutorial to have a signal to visualize.
-Add a new node to the OFDM scenario file and set it to use the ''amauryparis/cxlb_bokehgui'' image with an ssh access, as follow.
+Therefore you can find your OFDM scenario file, add a new node (here the 17) and set it to use the ''amauryparis/cxlb_bokehgui'' image with an ssh access, as follow.
@@ Line 64: / Line 64: @@
 ## Connect to the Bokehgui node
-Once the task is running, we connect to the node with the bokehgui image directly from you local computer, not from the airlock server as for the OFDM node. This is because we need to forward the bokehgui data-stream from the node to your local computer. This command, to be ran in another terminal, will connect you to the node and set up the jump :
+Once the task is running, we connect to the node with the bokehgui image directly from you local computer, not from the airlock server as for the OFDM node. This is because we need to forward the bokehgui data-stream directly from the node to your local computer. This command, to be run in another terminal, will connect you to the node and set up the jump through Airlock  :
 <code>
@@ Line 102: / Line 102: @@
 <code>
-./examples/my_task/benchmark_tx.py --antenna="TX/RX" --tx-amplitude=0.2 -v -W 2M -f 2.49G
+root@mnode16:~#  ./examples/my_task/benchmark_tx.py --antenna="TX/RX" --tx-amplitude=0.2 -v -W 2M -f 2.49G
 </code>
@@ Line 111: / Line 111: @@
 {{ :signal_vis.png?600 |}}
+## What's next ?
-Feel free to replace the OFDM transmission with your project...
+Congratulations, you can now visualize any signal transmitted within the CorteXlab platform ! Feel free to replace the OFDM transmission with your project...
-Also, if the setup of the present bokehgui flowgraph doesn't suit your need, you can pull the docker image and upgrade it or integrate bokehgui blocks to your existing project.
+Also, if the setup of the present bokehgui flowgraph doesn't suit your need, you can pull the docker image and upgrade it. You can also integrate bokehgui blocks to your existing project.
 The gr-bokehgui library is available [here](https://github.com/gnuradio/gr-bokehgui/tree/master).