Merge pull request #398 from flojoy-ai/fathom-qa

Weekly QA of new nodes content

docs/nodes/IO/ANALOG_SENSORS/PRESSURE_SENSORS/FLEXIFORCE_25LB/FLEXIFORCE_25LB.md

@@ -1,3 +1,4 @@
+<!--Add SEO here-->
 
 [//]: # (Custom component imports)
 
@@ -17,16 +18,14 @@ import PythonSource from '!!raw-loader!./a1-[autogen]/python_code.txt';
 
 <SectionBreak />
 
-
-
 [//]: # (Examples)
 
 ## Examples
 
 import Example1 from './examples/EX1/example.md';
 import App1 from '!!raw-loader!./examples/EX1/app.json';
 
-
+### Convert voltages into pressures
 
 <AppDisplay 
     nodeLabel='FLEXIFORCE_25LB'
@@ -39,8 +38,6 @@ import App1 from '!!raw-loader!./examples/EX1/app.json';
 <Example1 />
 
 <SectionBreak />
-
-
 
 [//]: # (Appendix)
 
@@ -54,4 +51,4 @@ import Media from './appendix/media.md';
 <AppendixSection index={1} folderPath='nodes/IO/ANALOG_SENSORS/PRESSURE_SENSORS/FLEXIFORCE_25LB/appendix/'><Hardware /></AppendixSection>
 <AppendixSection index={2} folderPath='nodes/IO/ANALOG_SENSORS/PRESSURE_SENSORS/FLEXIFORCE_25LB/appendix/'><Media /></AppendixSection>
 
-
+<!--Add Button here-->

docs/nodes/IO/ANALOG_SENSORS/THERMOCOUPLES/LM34/LM34.md

@@ -25,7 +25,7 @@ import PythonSource from '!!raw-loader!./a1-[autogen]/python_code.txt';
 import Example1 from './examples/EX1/example.md';
 import App1 from '!!raw-loader!./examples/EX1/app.json';
 
-### Simulate a Weinschel 8320 attenuator
+### Convert voltages into temperatures
 
 <AppDisplay 
     nodeLabel='LM34'

docs/nodes/IO/INSTRUMENTS/DAQ_BOARDS/LABJACK/U3/BASIC/READ_A0_PINS/READ_A0_PINS.md

@@ -1,3 +1,4 @@
+<!--Add SEO here-->
 
 [//]: # (Custom component imports)
 
@@ -17,16 +18,14 @@ import PythonSource from '!!raw-loader!./a1-[autogen]/python_code.txt';
 
 <SectionBreak />
 
-
-
 [//]: # (Examples)
 
 ## Examples
 
 import Example1 from './examples/EX1/example.md';
 import App1 from '!!raw-loader!./examples/EX1/app.json';
 
-
+### Record and display temperature measurements
 
 <AppDisplay 
     nodeLabel='READ_A0_PINS'
@@ -39,8 +38,6 @@ import App1 from '!!raw-loader!./examples/EX1/app.json';
 <Example1 />
 
 <SectionBreak />
-
-
 
 [//]: # (Appendix)
 
@@ -54,4 +51,4 @@ import Media from './appendix/media.md';
 <AppendixSection index={1} folderPath='nodes/IO/INSTRUMENTS/DAQ_BOARDS/LABJACK/U3/BASIC/READ_A0_PINS/appendix/'><Hardware /></AppendixSection>
 <AppendixSection index={2} folderPath='nodes/IO/INSTRUMENTS/DAQ_BOARDS/LABJACK/U3/BASIC/READ_A0_PINS/appendix/'><Media /></AppendixSection>
 
-
+<!--Add Button here-->

docs/nodes/IO/INSTRUMENTS/DAQ_BOARDS/NI/COMING_FALL_2023/COMING_FALL_2023.md

@@ -1,3 +1,4 @@
+<!--Add SEO here-->
 
 [//]: # (Custom component imports)
 
@@ -17,8 +18,6 @@ import PythonSource from '!!raw-loader!./a1-[autogen]/python_code.txt';
 
 <SectionBreak />
 
-
-
 [//]: # (Examples)
 
 ## Examples
@@ -39,8 +38,6 @@ import App1 from '!!raw-loader!./examples/EX1/app.json';
 <Example1 />
 
 <SectionBreak />
-
-
 
 [//]: # (Appendix)
 
@@ -54,4 +51,4 @@ import Media from './appendix/media.md';
 <AppendixSection index={1} folderPath='nodes/IO/INSTRUMENTS/DAQ_BOARDS/NI/COMING_FALL_2023/appendix/'><Hardware /></AppendixSection>
 <AppendixSection index={2} folderPath='nodes/IO/INSTRUMENTS/DAQ_BOARDS/NI/COMING_FALL_2023/appendix/'><Media /></AppendixSection>
 
-
+<!--Add Button here-->

docs/nodes/IO/INSTRUMENTS/DAQ_BOARDS/PHIDGET/INTERFACEKIT/BASIC/READ_N_PINS/READ_N_PINS.md

@@ -1,3 +1,4 @@
+<!--Add SEO here-->
 
 [//]: # (Custom component imports)
 
@@ -17,16 +18,14 @@ import PythonSource from '!!raw-loader!./a1-[autogen]/python_code.txt';
 
 <SectionBreak />
 
-
-
 [//]: # (Examples)
 
 ## Examples
 
 import Example1 from './examples/EX1/example.md';
 import App1 from '!!raw-loader!./examples/EX1/app.json';
 
-
+### Measure pressures from Flexiforce sensors
 
 <AppDisplay 
     nodeLabel='READ_N_PINS'
@@ -39,8 +38,6 @@ import App1 from '!!raw-loader!./examples/EX1/app.json';
 <Example1 />
 
 <SectionBreak />
-
-
 
 [//]: # (Appendix)
 
@@ -54,4 +51,4 @@ import Media from './appendix/media.md';
 <AppendixSection index={1} folderPath='nodes/IO/INSTRUMENTS/DAQ_BOARDS/PHIDGET/INTERFACEKIT/BASIC/READ_N_PINS/appendix/'><Hardware /></AppendixSection>
 <AppendixSection index={2} folderPath='nodes/IO/INSTRUMENTS/DAQ_BOARDS/PHIDGET/INTERFACEKIT/BASIC/READ_N_PINS/appendix/'><Media /></AppendixSection>
 
-
+<!--Add Button here-->

docs/nodes/IO/INSTRUMENTS/MOCK/WEINSCHEL8320/WEINSCHEL8320.md

@@ -1,3 +1,4 @@
+<!--Add SEO here-->
 
 [//]: # (Custom component imports)
 
@@ -17,16 +18,14 @@ import PythonSource from '!!raw-loader!./a1-[autogen]/python_code.txt';
 
 <SectionBreak />
 
-
-
 [//]: # (Examples)
 
 ## Examples
 
 import Example1 from './examples/EX1/example.md';
 import App1 from '!!raw-loader!./examples/EX1/app.json';
 
-
+### Simulate a Weinschel 8320 attenuator
 
 <AppDisplay 
     nodeLabel='WEINSCHEL8320'
@@ -39,8 +38,6 @@ import App1 from '!!raw-loader!./examples/EX1/app.json';
 <Example1 />
 
 <SectionBreak />
-
-
 
 [//]: # (Appendix)
 
@@ -54,4 +51,4 @@ import Media from './appendix/media.md';
 <AppendixSection index={1} folderPath='nodes/IO/INSTRUMENTS/MOCK/WEINSCHEL8320/appendix/'><Hardware /></AppendixSection>
 <AppendixSection index={2} folderPath='nodes/IO/INSTRUMENTS/MOCK/WEINSCHEL8320/appendix/'><Media /></AppendixSection>
 
-
+<!--Add Button here-->

docs/nodes/IO/INSTRUMENTS/OSCILLOSCOPES/TEKTRONIX/MDO3XXX/ADVANCED/ADVANCED_MEASUREMENTS_MDO3XXX/ADVANCED_MEASUREMENTS_MDO3XXX.md

@@ -1,3 +1,4 @@
+<!--Add SEO here-->
 
 [//]: # (Custom component imports)
 
@@ -17,16 +18,14 @@ import PythonSource from '!!raw-loader!./a1-[autogen]/python_code.txt';
 
 <SectionBreak />
 
-
-
 [//]: # (Examples)
 
 ## Examples
 
 import Example1 from './examples/EX1/example.md';
 import App1 from '!!raw-loader!./examples/EX1/app.json';
 
-
+### Extract waveform measurements from an oscilloscope
 
 <AppDisplay 
     nodeLabel='ADVANCED_MEASUREMENTS_MDO3XXX'
@@ -39,8 +38,6 @@ import App1 from '!!raw-loader!./examples/EX1/app.json';
 <Example1 />
 
 <SectionBreak />
-
-
 
 [//]: # (Appendix)
 
@@ -54,4 +51,4 @@ import Media from './appendix/media.md';
 <AppendixSection index={1} folderPath='nodes/IO/INSTRUMENTS/OSCILLOSCOPES/TEKTRONIX/MDO3XXX/ADVANCED/ADVANCED_MEASUREMENTS_MDO3XXX/appendix/'><Hardware /></AppendixSection>
 <AppendixSection index={2} folderPath='nodes/IO/INSTRUMENTS/OSCILLOSCOPES/TEKTRONIX/MDO3XXX/ADVANCED/ADVANCED_MEASUREMENTS_MDO3XXX/appendix/'><Media /></AppendixSection>
 
-
+<!--Add Button here-->

docs/nodes/IO/INSTRUMENTS/OSCILLOSCOPES/TEKTRONIX/MDO3XXX/ADVANCED/ADVANCED_MEASUREMENTS_MDO3XXX/examples/EX1/example.md

@@ -1,24 +1,17 @@
+<!--Add SEO here-->
+
 In this example, we demonstrate how to extract advanced measurements from a Tektronix MDO3000 oscilloscope. 
 
-:::note
-The MDO3XXX nodes should also work with compatible Tektronix oscilloscope: MDO4XXX, MSO4XXX, and DPO4XXX. However, those are untested as of yet.
-:::
+**Note:** The MDO3XXX node should also work with the compatible Tektronix oscilloscopes MDO4XXX, MSO4XXX, and DPO4XXX. However, those have not been tested yet.
 
-First we list the VISA devices with the [`LIST_VISA`](https://github.com/flojoy-ai/nodes/blob/develop/IO/INSTRUMENTS/QCODES/LIST_VISA/LIST_VISA.py) node. Knowing the serial number is C012101, we enter the VISA address that contains this into the `VISA address` parameter for both EXTRACT TRACE nodes.
+First, we list the VISA devices with the [`LIST_VISA`](https://github.com/flojoy-ai/nodes/blob/develop/IO/INSTRUMENTS/QCODES/LIST_VISA/LIST_VISA.py) node. Knowing that the serial number is C012101, we enter the VISA address that contains this into the `VISA address` parameter for both of the `EXTRACT_TRACE` nodes.
 
-Unlike the [`MEASUREMENTS_MDO3XXX`](https://github.com/flojoy-ai/nodes/blob/develop/IO/INSTRUMENTS/OSCILLOSCOPES/TEKTRONIX/MDO3XXX/BASIC/MEASUREMENTS_MDO3XXX/MEASUREMENTS_MDO3XXX.py) node, for the [`ADVANCED_MEASUREMENTS_MDO3XXX`](https://github.com/flojoy-ai/nodes/blob/develop/IO/INSTRUMENTS/OSCILLOSCOPES/TEKTRONIX/MDO3XXX/ADVANCED/ADVANCED_MEASUREMENTS_MDO3XXX/ADVANCED_MEASUREMENTS_MDO3XXX.py) node you must manually enter the measurement you want to extract. The list of possible measurements is listed below: 
+Unlike the [`MEASUREMENTS_MDO3XXX`](https://github.com/flojoy-ai/nodes/blob/develop/IO/INSTRUMENTS/OSCILLOSCOPES/TEKTRONIX/MDO3XXX/BASIC/MEASUREMENTS_MDO3XXX/MEASUREMENTS_MDO3XXX.py) node, for the [`ADVANCED_MEASUREMENTS_MDO3XXX`](https://github.com/flojoy-ai/nodes/blob/develop/IO/INSTRUMENTS/OSCILLOSCOPES/TEKTRONIX/MDO3XXX/ADVANCED/ADVANCED_MEASUREMENTS_MDO3XXX/ADVANCED_MEASUREMENTS_MDO3XXX.py) node you must manually enter the measurement that you want to extract. 
 
+This node can also extract statistics for the measurements such as `mean`, `max`, and `min`. 
 
-    amplitude, area, burst, carea, cmean, crms, delay, distduty, extinctdb,
-    extinctpct, extinctratio, eyeheight, eyewidth, fall, frequency, high, hits,
-    low, maximum, mean, median, minimum, ncross, nduty, novershoot, nwidth,
-    pbase, pcross, pctcross, pduty, peakhits, period, phase, pk2pk, pkpkjitter,
-    pkpknoise, povershoot, ptop, pwidth, qfactor, rise, rms, rmsjitter,
-    rmsnoise, sigma1, sigma2, sigma3, sixsigmajit, snratio, stddev, undefined,
-    waveforms.
+Possible measurements include the following: 
 
-:::caution
-Not all of these measurements were tested.
-:::
+    amplitude, area, burst, carea, cmean, crms, delay, distduty, extinctdb, extinctpct, extinctratio, eyeheight, eyewidth, fall, frequency, high, hits, low, maximum, mean, median, minimum, ncross, nduty, novershoot, nwidth, pbase, pcross, pctcross, pduty, peakhits, period, phase, pk2pk, pkpkjitter, pkpknoise, povershoot, ptop, pwidth, qfactor, rise, rms, rmsjitter, rmsnoise, sigma1, sigma2, sigma3, sixsigmajit, snratio, stddev, undefined, waveforms
 
-We note the the node can extract statistics for the measurements such as `mean`, `max`, and `min`. 
+**Note:** Not all of these measurements were tested.

docs/nodes/IO/INSTRUMENTS/OSCILLOSCOPES/TEKTRONIX/MDO3XXX/ADVANCED/TRIGGER_SETTINGS_MDO3XXX/TRIGGER_SETTINGS_MDO3XXX.md

@@ -1,3 +1,4 @@
+<!--Add SEO here-->
 
 [//]: # (Custom component imports)
 
@@ -17,16 +18,14 @@ import PythonSource from '!!raw-loader!./a1-[autogen]/python_code.txt';
 
 <SectionBreak />
 
-
-
 [//]: # (Examples)
 
 ## Examples
 
 import Example1 from './examples/EX1/example.md';
 import App1 from '!!raw-loader!./examples/EX1/app.json';
 
-
+### Set the triggering channel for an oscilloscope
 
 <AppDisplay 
     nodeLabel='TRIGGER_SETTINGS_MDO3XXX'
@@ -39,8 +38,6 @@ import App1 from '!!raw-loader!./examples/EX1/app.json';
 <Example1 />
 
 <SectionBreak />
-
-
 
 [//]: # (Appendix)
 
@@ -54,4 +51,4 @@ import Media from './appendix/media.md';
 <AppendixSection index={1} folderPath='nodes/IO/INSTRUMENTS/OSCILLOSCOPES/TEKTRONIX/MDO3XXX/ADVANCED/TRIGGER_SETTINGS_MDO3XXX/appendix/'><Hardware /></AppendixSection>
 <AppendixSection index={2} folderPath='nodes/IO/INSTRUMENTS/OSCILLOSCOPES/TEKTRONIX/MDO3XXX/ADVANCED/TRIGGER_SETTINGS_MDO3XXX/appendix/'><Media /></AppendixSection>
 
-
+<!--Add Button here-->

docs/nodes/IO/INSTRUMENTS/OSCILLOSCOPES/TEKTRONIX/MDO3XXX/ADVANCED/TRIGGER_SETTINGS_MDO3XXX/examples/EX1/example.md

@@ -1,11 +1,17 @@
+<!--Add SEO here-->
+
 In this example, we demonstrate how to set the triggering channel for a Tektronix MDO3000 oscilloscope and how to set the trigger threshold voltage. 
 
-:::note
-The MDO3XXX nodes should also work with compatible Tektronix oscilloscope: MDO4XXX, MSO4XXX, and DPO4XXX. However, those are untested as of yet.
-:::
+**Note:** The MDO3XXX node should also work with the compatible Tektronix oscilloscopes MDO4XXX, MSO4XXX, and DPO4XXX. However, those have not been tested yet.
+
+We must first enter the `VISA address` parameter for the three `MDO3XXX` nodes (use the [`LIST_VISA`](https://github.com/flojoy-ai/nodes/blob/develop/IO/INSTRUMENTS/QCODES/LIST_VISA/LIST_VISA.py) node to find the VISA address).
+
+The [`TRIGGER_CHANNEL_MDO3XXX`](https://github.com/flojoy-ai/nodes/tree/develop/IO/INSTRUMENTS/OSCILLOSCOPES/TEKTRONIX/MDO3XXX/BASIC/TRIGGER_CHANNEL_MDO3XXX) node can be used to either set or query the triggering channel. 
+
+The [`TRIGGER_LEVEL_MDO3XXX`](https://github.com/flojoy-ai/nodes/tree/develop/IO/INSTRUMENTS/OSCILLOSCOPES/TEKTRONIX/MDO3XXX/BASIC/TRIGGER_LEVEL_MDO3XXX) node is used to either set or query the triggering threshold voltage. 
 
-We first must enter the `VISA address` parameter for the 3 `MDO3XXX` nodes (use the [`LIST_VISA`](https://github.com/flojoy-ai/nodes/blob/develop/IO/INSTRUMENTS/QCODES/LIST_VISA/LIST_VISA.py) node to find the VISA address).
+The [`TRIGGER_SETTINGS_MDO3XXX`](https://github.com/flojoy-ai/nodes/tree/develop/IO/INSTRUMENTS/OSCILLOSCOPES/TEKTRONIX/MDO3XXX/BASIC/TRIGGER_SETTINGS_MDO3XXX) node is used to either set or query more advanced trigger settings such as triggering on an voltage rise and/or fall. 
 
-The [`TRIGGER_CHANNEL_MDO3XXX`](https://github.com/flojoy-ai/nodes/tree/develop/IO/INSTRUMENTS/OSCILLOSCOPES/TEKTRONIX/MDO3XXX/BASIC/TRIGGER_CHANNEL_MDO3XXX) node can be used to either set or query the triggering channel. The [`TRIGGER_LEVEL_MDO3XXX`](https://github.com/flojoy-ai/nodes/tree/develop/IO/INSTRUMENTS/OSCILLOSCOPES/TEKTRONIX/MDO3XXX/BASIC/TRIGGER_LEVEL_MDO3XXX) node is used to either set or query the triggering threshold voltage. The [`TRIGGER_SETTINGS_MDO3XXX`](https://github.com/flojoy-ai/nodes/tree/develop/IO/INSTRUMENTS/OSCILLOSCOPES/TEKTRONIX/MDO3XXX/BASIC/TRIGGER_SETTINGS_MDO3XXX) node is used to either set or query more advanced trigger settings such as triggering on an voltage rise and/or fall. The idea of triggering in an oscilloscope is simply what repeating signal to look for to set the frequency of the oscilloscope (see ['here](https://www.electronics-notes.com/articles/test-methods/oscilloscope/oscilloscope-trigger.php) for more in depth conversation).
+The idea of triggering in an oscilloscope is simply to determine which repeating signal to look for in order to set the frequency of the oscilloscope (see [here](https://www.electronics-notes.com/articles/test-methods/oscilloscope/oscilloscope-trigger.php) for more information).
 
-Here the triggering channel is set to CH2, the trigger level is set to 50 mV, and the advanced settings are set (for example to trigger on only a voltage rise).
+In this example, the triggering channel is set to CH2, the trigger level is set to 50 mV, and the advanced settings are set, for example, to trigger on a voltage rise only.

docs/nodes/IO/INSTRUMENTS/OSCILLOSCOPES/TEKTRONIX/MDO3XXX/BASIC/EXTRACT_TRACE_MDO3XXX/EXTRACT_TRACE_MDO3XXX.md

@@ -1,3 +1,4 @@
+<!--Add SEO here-->
 
 [//]: # (Custom component imports)
 
@@ -17,8 +18,6 @@ import PythonSource from '!!raw-loader!./a1-[autogen]/python_code.txt';
 
 <SectionBreak />
 
-
-
 [//]: # (Examples)
 
 ## Examples
@@ -28,6 +27,8 @@ import App1 from '!!raw-loader!./examples/EX1/app.json';
 import appImg from './examples/EX1/app.jpeg'
 import outputImg from './examples/EX1/output.jpeg'
 
+### Extract signal traces from an oscilloscope
+
 <AppDisplay 
     nodeLabel='EXTRACT_TRACE_MDO3XXX'
     appImg={appImg}
@@ -39,8 +40,6 @@ import outputImg from './examples/EX1/output.jpeg'
 <Example1 />
 
 <SectionBreak />
-
-
 
 [//]: # (Appendix)
 
@@ -54,4 +53,4 @@ import Media from './appendix/media.md';
 <AppendixSection index={1} folderPath='nodes/IO/INSTRUMENTS/OSCILLOSCOPES/TEKTRONIX/MDO3XXX/BASIC/EXTRACT_TRACE_MDO3XXX/appendix/'><Hardware /></AppendixSection>
 <AppendixSection index={2} folderPath='nodes/IO/INSTRUMENTS/OSCILLOSCOPES/TEKTRONIX/MDO3XXX/BASIC/EXTRACT_TRACE_MDO3XXX/appendix/'><Media /></AppendixSection>
 
-
+<!--Add Button here-->

docs/nodes/IO/INSTRUMENTS/OSCILLOSCOPES/TEKTRONIX/MDO3XXX/BASIC/EXTRACT_TRACE_MDO3XXX/examples/EX1/example.md

@@ -1,11 +1,11 @@
+<!--Add SEO here-->
+
 In this example, we demonstrate how to extract signal traces from a Tektronix MDO3000 oscilloscope. 
 
-:::note
-The MDO3XXX nodes should also work with compatible Tektronix oscilloscope: MDO4XXX, MSO4XXX, and DPO4XXX. However, those are untested as of yet.
-:::
+**Note:** The MDO3XXX node should also work with the compatible Tektronix oscilloscopes MDO4XXX, MSO4XXX, and DPO4XXX. However, those have not been tested yet.
 
-First we list the VISA devices with the [`LIST_VISA`](https://github.com/flojoy-ai/nodes/blob/develop/IO/INSTRUMENTS/QCODES/LIST_VISA/LIST_VISA.py) node. Knowing the serial number is C012101, we enter the VISA address that contains this into the `VISA address` parameter for both EXTRACT TRACE nodes.
+First, we list the VISA devices with the [`LIST_VISA`](https://github.com/flojoy-ai/nodes/blob/develop/IO/INSTRUMENTS/QCODES/LIST_VISA/LIST_VISA.py) node. Knowing that the serial number is C012101, we enter the VISA address that contains this into the `VISA address` parameter for both of the `EXTRACT_TRACE` nodes.
 
-The [`EXTRACT_TRACE_MDO3XXX`](https://github.com/flojoy-ai/nodes/blob/develop/IO/INSTRUMENTS/OSCILLOSCOPES/TEKTRONIX/MDO3XXX/BASIC/EXTRACT_TRACE_MDO3XXX/EXTRACT_TRACE_MDO3XXX.py) node extracts the data from the oscilloscope for a single channel. You must first set the channel the extract from and the x axis (time) length. Here we set the top and bottom rows in the app to extract CH1 and CH2, repectively (note in Flojoy we start counting from 0). We then set the x length to 2000ns.
+The [`EXTRACT_TRACE_MDO3XXX`](https://github.com/flojoy-ai/nodes/blob/develop/IO/INSTRUMENTS/OSCILLOSCOPES/TEKTRONIX/MDO3XXX/BASIC/EXTRACT_TRACE_MDO3XXX/EXTRACT_TRACE_MDO3XXX.py) node extracts the data from the oscilloscope for a single channel. You must first set the channel that you want to extract from and the x-axis (time) length. In this example, we set the top and bottom rows in the app to extract CH1 and CH2, repectively (note that in Flojoy we start counting from 0). We then set the x length to 2000ns.
 
-The [`LINE`](https://github.com/flojoy-io/nodes/blob/main/VISUALIZERS/PLOTLY/LINE/LINE.py) node will display the data for each channel where you can see two sine waves define the two channels.
+The [`LINE`](https://github.com/flojoy-io/nodes/blob/main/VISUALIZERS/PLOTLY/LINE/LINE.py) node will display the data for each channel, where the two sine waves define the two channels.