Update documentation

Author: actions-user

User-Manual/Plugins/NIDAQmx.html

@@ -573,11 +573,11 @@ <h2>Compatible hardware<a class="headerlink" href="#compatible-hardware" title="
 </section>
 <section id="connecting-to-your-nidaq-hardware">
 <h2>Connecting to your NIDAQ hardware<a class="headerlink" href="#connecting-to-your-nidaq-hardware" title="Permalink to this heading">#</a></h2>
-<p>When you drag and drop the NI-DAQmx plugin from the Processor List onto the Editor Viewport, it automatically checks for all connected NI devices. If multiple devices are found, a ‘Device Swap’ button will appear in the top right corner of the plugin editor that acts as a toggle switch to cycle through all available devices. The module only looks for devices when the plugin initially is dropped into the EditorViewport. If a new device is connected after the plugin is dropped, you will need to drop a new NI-DAQmx module to be able to connect to the new device.</p>
-<p>The editor will automatically generate control buttons for each analog and digital input available on the selected NI device. Each analog channel contains a channel status toggle button as well as a terminal configuration toggle button. The channel status toggle button is set to on (green) by default for all channels and is intended to enable/disable channels on the fly. Toggling an enabled channel to off (gray) will ‘zero-out’ the data coming in on that channel.</p>
-<p>Each analog channel also contains a terminal configuration toggle specific to the device connected. Possible terminal device configurations are RSE (Referenced Single-Ended), NRSE (Non-Referenced Single-Ended), DIFF (Differential), and PDIF (Pseudo-Differential). The terminal configuration toggle setting in the module should match the configuration in your experimental setup. Since most NI devices cannot infer the terminal configuration electronically, it is up to the user to ensure the module configuration matches the experimental setup prior to acquiring and recording data. An inconsistent terminal configuration can affect the amplitude and voltage offset of the incoming data.</p>
-<p>Each digital channel contains a channel status toggle button as well. Disabling digital channels is particularly useful when a digital input line is constantly high or a digital line is not used at all.</p>
-<p>On the right side of the module are pull-down selection menus to select the sample rate and voltage range of all analog input channels (set individually for each channel). The module defaults to the highest sample rate as well as the largest voltage range available on the devices. Sample rate and voltage range selection are both disabled during data acquisition and recording.</p>
+<p>When inserting the NI-DAQmx plugin from the Processor List into the Editor Viewport, the plugin automatically checks for all connected NI devices. If multiple devices are found, a ‘Device Swap’ button will appear in the top right corner of the plugin editor that acts as a toggle switch to cycle through all available devices. The plugin only searches for devices when initially is inserted into the EditorViewport. If a new device is connected after the plugin is inserted, you will need to drop a new NI-DAQmx plugin to detect the new device.</p>
+<p>The editor will automatically generate control buttons for each analog and digital input available on the selected NI device. Each analog channel contains a channel status toggle button as well as a terminal configuration toggle button. The channel status toggle button is set to on (green) by default for all channels and is intended to enable/disable channels on the fly. Toggling an enabled channel to off (gray) will simply ‘zero-out’ the data coming in on that channel.</p>
+<p>Each analog channel also contains a terminal configuration toggle specific to the device connected. Possible terminal device configurations are RSE (Referenced Single-Ended), NRSE (Non-Referenced Single-Ended), DIFF (Differential), and PDIF (Pseudo-Differential). The terminal configuration toggle setting in the plugin should match the configuration in your experimental setup. Since most NI devices cannot infer the terminal configuration electronically, it is up to the user to ensure the module configuration matches the experimental setup prior to acquiring and recording data. An inconsistent terminal configuration can affect the amplitude and voltage offset of the incoming data.</p>
+<p>Each digital channel also contains a channel status toggle button. Disabling digital channels is particularly useful when a digital input line is constantly high or a digital line is not used at all.</p>
+<p>On the right side of the plugin, pull-down menus are provided for selecting the sample rate and voltage range. These settings apply universally to all analog input channels and cannot be adjusted on a per-channel basis. The plugin defaults to the highest sample rate and the largest voltage range available on the device. Sample rate and voltage range selection are both disabled during data acquisition and recording.</p>
 </section>
 <section id="offline-synchronization">
 <h2>Offline Synchronization<a class="headerlink" href="#offline-synchronization" title="Permalink to this heading">#</a></h2>

_sources/User-Manual/Plugins/NIDAQmx.rst.txt

@@ -60,15 +60,15 @@ If you're using the NI-DAQmx plugin alongside the :ref:`neuropixelspxi` module,
 Connecting to your NIDAQ hardware
 ##################################
 
-When you drag and drop the NI-DAQmx plugin from the Processor List onto the Editor Viewport, it automatically checks for all connected NI devices. If multiple devices are found, a 'Device Swap' button will appear in the top right corner of the plugin editor that acts as a toggle switch to cycle through all available devices. The module only looks for devices when the plugin initially is dropped into the EditorViewport. If a new device is connected after the plugin is dropped, you will need to drop a new NI-DAQmx module to be able to connect to the new device.
+When inserting the NI-DAQmx plugin from the Processor List into the Editor Viewport, the plugin automatically checks for all connected NI devices. If multiple devices are found, a 'Device Swap' button will appear in the top right corner of the plugin editor that acts as a toggle switch to cycle through all available devices. The plugin only searches for devices when initially is inserted into the EditorViewport. If a new device is connected after the plugin is inserted, you will need to drop a new NI-DAQmx plugin to detect the new device.
 
-The editor will automatically generate control buttons for each analog and digital input available on the selected NI device. Each analog channel contains a channel status toggle button as well as a terminal configuration toggle button. The channel status toggle button is set to on (green) by default for all channels and is intended to enable/disable channels on the fly. Toggling an enabled channel to off (gray) will 'zero-out' the data coming in on that channel. 
+The editor will automatically generate control buttons for each analog and digital input available on the selected NI device. Each analog channel contains a channel status toggle button as well as a terminal configuration toggle button. The channel status toggle button is set to on (green) by default for all channels and is intended to enable/disable channels on the fly. Toggling an enabled channel to off (gray) will simply 'zero-out' the data coming in on that channel. 
 
-Each analog channel also contains a terminal configuration toggle specific to the device connected. Possible terminal device configurations are RSE (Referenced Single-Ended), NRSE (Non-Referenced Single-Ended), DIFF (Differential), and PDIF (Pseudo-Differential). The terminal configuration toggle setting in the module should match the configuration in your experimental setup. Since most NI devices cannot infer the terminal configuration electronically, it is up to the user to ensure the module configuration matches the experimental setup prior to acquiring and recording data. An inconsistent terminal configuration can affect the amplitude and voltage offset of the incoming data.
+Each analog channel also contains a terminal configuration toggle specific to the device connected. Possible terminal device configurations are RSE (Referenced Single-Ended), NRSE (Non-Referenced Single-Ended), DIFF (Differential), and PDIF (Pseudo-Differential). The terminal configuration toggle setting in the plugin should match the configuration in your experimental setup. Since most NI devices cannot infer the terminal configuration electronically, it is up to the user to ensure the module configuration matches the experimental setup prior to acquiring and recording data. An inconsistent terminal configuration can affect the amplitude and voltage offset of the incoming data.
 
-Each digital channel contains a channel status toggle button as well. Disabling digital channels is particularly useful when a digital input line is constantly high or a digital line is not used at all. 
+Each digital channel also contains a channel status toggle button. Disabling digital channels is particularly useful when a digital input line is constantly high or a digital line is not used at all.
 
-On the right side of the module are pull-down selection menus to select the sample rate and voltage range of all analog input channels (set individually for each channel). The module defaults to the highest sample rate as well as the largest voltage range available on the devices. Sample rate and voltage range selection are both disabled during data acquisition and recording. 
+On the right side of the plugin, pull-down menus are provided for selecting the sample rate and voltage range. These settings apply universally to all analog input channels and cannot be adjusted on a per-channel basis. The plugin defaults to the highest sample rate and the largest voltage range available on the device. Sample rate and voltage range selection are both disabled during data acquisition and recording.
 
 
 Offline Synchronization
@@ -168,4 +168,4 @@ The delay between the observed analog and digital inputs is not guaranteed to be
 
 .. image:: ../../_static/images/plugins/nidaqmx/USB-6001-Grounded.png
   :alt: NI-DAQmx plugin USB-6001 grounded unused analog inputs
- 
+