Merge pull request #279 from OpenBCI/grammar-huge-fix

Fix spelling and grammar issues across this repo

Author: retiutut

website/docs/AddOns/00-AddOnLanding.md

@@ -2,16 +2,17 @@
 id: AddOnLanding
 title: Add Ons
 ---
-This section summarizes the headwear and electrodes that goes with OpenBCI boards to help gather data.
+
+This section summarizes the headwear and electrodes that go with OpenBCI boards to help gather data.
 
 ## Headwear
 
-OpenBCI Headwear is designed to make it simple to obtain high-quality EEG Data. The following documents will teach you about them and explain their setup:
+OpenBCI headwear is designed to make it simple to obtain high-quality EEG data. The following documents will teach you about them and explain their setup:
 
--   [Ultracortex Mark IV](AddOns/Headwear/01-Ultracortex-Mark-IV.md) — The newest 8-16 channel 3D Printable Headset, which includes some made-to-order injection-molded parts
--   [Headband Kit](AddOns/Headwear/03-Headband_Tutorial.md) — The simple, headband kit for up to 8 channels of EEG data.
--   [Gel Electrode Cap](AddOns/Headwear/04-Electrode_Cap_Tutorial.md) — silver-silver chlorde, research-grade EEG electrode cap, for gel-electrode based measurement.
--   [Gel-free Electrode Cap](AddOns/Headwear/Gelfree_Electrode_Cap_Tutorial.md) - Saline-based, research-grade electrode cap with silver-silver chloride electrodes
+- [Ultracortex Mark IV](AddOns/Headwear/01-Ultracortex-Mark-IV.md) — The newest 8-16 channel 3D-printable headset, which includes some made-to-order injection-molded parts.
+- [Headband Kit](AddOns/Headwear/03-Headband_Tutorial.md) — A simple headband kit for up to 8 channels of EEG data.
+- [Gel Electrode Cap](AddOns/Headwear/04-Electrode_Cap_Tutorial.md) — Silver-silver chloride, research-grade EEG electrode cap for gel-electrode-based measurement.
+- [Gel-free Electrode Cap](AddOns/Headwear/Gelfree_Electrode_Cap_Tutorial.md) — Saline-based, research-grade electrode cap with silver-silver chloride electrodes.
 
 ## Electrodes
 

website/docs/AddOns/Electrodes/00-ElectrodesLanding.md

@@ -2,7 +2,8 @@
 id: ElectrodesLanding
 title: Electrode Guide
 ---
-OpenBCI Boards are compatible with a variety of different electrodes.
+
+OpenBCI boards are compatible with a variety of different electrodes.
 
 ## Gold Cup Electrodes
 
@@ -12,7 +13,7 @@ OpenBCI Boards are compatible with a variety of different electrodes.
 
 [**Buy Here!**](https://shop.openbci.com/collections/frontpage/products/5-mm-spike-electrode-pack-of-30?variant=8120433606670)
 
-## Header Pin to Touch Proof Electrode Adaptor
+## Header Pin to Touch Proof Electrode Adapter
 
 [**Buy Here!**](https://shop.openbci.com/collections/frontpage/products/touch-proof-electrode-cable-adapter?variant=31007211715)
 

website/docs/AddOns/Headwear/Gelfree_Electrode_Cap_Tutorial.md

@@ -6,7 +6,7 @@ title: Gelfree Electrode Cap Guide
 This is a guide to setting up and cleaning your OpenBCI Gelfree Electrode Cap. Please consult the [Gelfree Electrode Cap](https://shop.openbci.com/collections/frontpage/products/gelfree-bci-cap-kit?variant=40785117249694)
 Product Page and review this guide in its entirety before starting.
 
-You can pair the the Gelfree Electrode Cap with the OpenBCI [CytonDaisy 16-channel Biosensing Board](https://shop.openbci.com/collections/frontpage/products/cyton-daisy-biosensing-boards-16-channel)
+You can pair the Gelfree Electrode Cap with the OpenBCI [CytonDaisy 16-channel Biosensing Board](https://shop.openbci.com/collections/frontpage/products/cyton-daisy-biosensing-boards-16-channel)
 or a standard bioamplifier of your choice.
 
 This [cap kit](https://shop.openbci.com/products/gelfree-bci-cap-kit) contains:
@@ -52,7 +52,7 @@ the Gelfree Electrode Cap is a semi-dry, low-cost, research-grade tool for obtai
 
 ![Cyton-Daisy wire setup](../../assets/HeadwareImages/gelfree_electrode_cap_2.jpg)
 
-2. Connect a HPTA cable to the single end of the y-splitter cable, then connect the its blue termination to the gray cable, then to the REF location of the cap, shown below.
+2. Connect an HPTA cable to the single end of the y-splitter cable, then connect its blue termination to the gray cable, and then to the REF location of the cap, as shown below.
 
 ![Cyton-Daisy wire setup](../../assets/HeadwareImages/gelfree_electrode_cap_4and5and6.jpg)
 
@@ -64,11 +64,11 @@ Connect top pins N1P through N8P on the Daisy module to another set of HPTA cabl
 
 ![Cyton-Daisy wire setup](../../assets/HeadwareImages/gelfree_electrode_cap_3.jpg)
 
-4. Connect a HPTA cable to the bottom BIAS pin of the Cyton. The BIAS pin is used for noise cancelling. It is similar to a GROUND pin, which establishes a common ground between the Cyton board and your body, but it has some extra destructive interference noise cancelling techniques built in! Connect the blue termination of this HPTA cable to gray cable, then connect the gray cable to the GND location on the cap, shown below.
+4. Connect an HPTA cable to the bottom BIAS pin of the Cyton. The BIAS pin is used for noise cancelling. It is similar to a GROUND pin, which establishes a common ground between the Cyton board and your body, but it has some extra destructive interference noise cancelling techniques built in! Connect the blue termination of this HPTA cable to the gray cable, then connect the gray cable to the GND location on the cap, as shown below.
 
 ![Cyton-Daisy wire setup](../../assets/HeadwareImages/gelfree_electrode_cap_7and8and9.jpg)
 
-For WHY these connections are recommended, see the [EEG explanation](../../GettingStarted/Biosensing-Setups/01-EEG-Setup.md)page.
+For WHY these connections are recommended, see the [EEG explanation](../../GettingStarted/Biosensing-Setups/01-EEG-Setup.md) page.
 
 5. Place the cap on the subject's head. Make sure the Cz is correctly located halfway on the midline of the head.
 
@@ -87,48 +87,48 @@ These steps can be done in any order:
 
 3. The rest of the cap electrodes are completely up to you how you want to connect them to the Cyton. For example, if you want data from Fp1 (of the cap) to show up on channel 1 of the OpenBCI GUI, then connect Fp1 cable to the bottom pin N1P of the Cyton. Use the HPTA cable to connect them.
 
-If you want Fp1 data to show up on channel 9 of the OpenBCI GUI, then connect Fp1 to the bottom pin N1P of the CytonDaisy. You can pair any cap electrode (aside from GND and REF) with any pins N1P through N8P on the Cyton and Daisy boards
+If you want Fp1 data to show up on channel 9 of the OpenBCI GUI, then connect Fp1 to the bottom pin N1P of the CytonDaisy. You can pair any cap electrode (aside from GND and REF) with any pins N1P through N8P on the Cyton and Daisy boards.
 
-Channels 1-8 on the GUI correspond to bottom pins N1P through N8P on the Cyton
-Channels 9-16 on the GUI correspond to bottoms pins N1P through N8P on the Daisy.
+Channels 1-8 on the GUI correspond to the bottom pins N1P through N8P on the Cyton.
+Channels 9-16 on the GUI correspond to the bottom pins N1P through N8P on the Daisy.
 
 #### Seeing high impedance values?
 
 If you see high impedance in the GUI [Impedance Check](https://docs.openbci.com/Software/OpenBCISoftware/GUIWidgets/#other-settings), check that the Hydro-link sponges are in good contact with the scalp and that there is enough saline solution.
 
-After more than two hours, the saline solution should be replenished. Take the hydro-link sponges out and submerge in saline solution, then re-install in the cap.
+After more than two hours, the saline solution should be replenished. Take the Hydro-link sponges out and submerge them in saline solution, then re-install them in the cap.
 
 ### Software
 
 <img src="https://github.com/openbci-archive/Docs/blob/master/assets/images/GUI-V4-Screenshot.jpg?raw=true" width="50%" />
 
-Head over to the OpenBCI GUI [tutorial](../../Software/OpenBCISoftware/01-OpenBCI_GUI.md) to set up your free live-streaming software!
+Head over to the OpenBCI GUI [tutorial](../../Software/OpenBCISoftware/01-OpenBCI_GUI.md) to set up your free live-streaming software.
 
 ### Use Cases for OpenBCI GUI
 
 - OpenBCI device owners want to visualize their brainwaves!
-- Many of the researchers, hackers and students alike who purchase OpenBCI devices want to use them to acquire data as soon as their device arrives.
-- Users use macOS, Windows and Linux to acquire data
-- Users want to filter incoming data in real time
-- Users want to make their own experiments to test their awesome theories or duplicate state of the art research at home!
-- Users struggle to get prerequisites properly installed to get data on their own from OpenBCI Cyton and Ganglion.
-- Users want to stream data into their own custom applications such as MATLAB.
+- Many researchers, hackers, and students who purchase OpenBCI devices want to use them to acquire data as soon as their device arrives.
+- Users use macOS, Windows, and Linux to acquire data
+- Users want to filter incoming data in real time.
+- Users want to make their own experiments to test their theories or duplicate state-of-the-art research at home.
+- Users sometimes struggle to get prerequisites properly installed to get data on their own from OpenBCI Cyton and Ganglion.
+- Users want to stream data into their own custom applications, such as MATLAB.
 
 ### What You Can Do with OpenBCI GUI and Software Stack
 
-- Visualize data from every OpenBCI device: Ganglion, Cyton, and Cyton with Daisy
-- Playback files using GUI
+- Visualize data from every OpenBCI device: Ganglion, Cyton, and Cyton with Daisy.
+- Playback files using the GUI.
 - Run as a native application on macOS, Windows, and Linux.
-- Apply filters and other data processing tools to quickly clean raw data in real time
-- Use the GUI as a networking system to move data out of GUI into other apps over UDP, OSC, LSL, and Serial.
-- Send data to [MATLAB](../../Software/CompatibleThirdPartySoftware/01-Matlab.md), Neuropype (using LSL), and other [third-party softwares.](../../Software/SoftwareLanding.md)
-- Analyze data with [Python and Brainflow](../../ForDevelopers/01-SoftwareDevelopment.md#brainflow---python)
+- Apply filters and other data processing tools to quickly clean raw data in real time.
+- Use the GUI as a networking system to move data out of the GUI into other apps over UDP, OSC, LSL, and Serial.
+- Send data to [MATLAB](../../Software/CompatibleThirdPartySoftware/01-Matlab.md), Neuropype (using LSL), and other [third-party software.](../../Software/SoftwareLanding.md)
+- Analyze data with [Python and Brainflow](../../ForDevelopers/01-SoftwareDevelopment.md#brainflow---python).
 - [Create a widget framework](../../Software/OpenBCISoftware/02_GUI_Widget_Guide.md#custom-widget) that allows users to create their own experiments.
 - Output data into a saved file for later offline processing.
-- [Customize the layout](../../Software/OpenBCISoftware/01-OpenBCI_GUI.md#customize-your-layout), change the gain, toggle on/off, check impedance of individual channels of the CytonDaisy board (or any connected OpenBCI board) directly in the GUI!
-- Access [OpenBCI GUI's built-in widgets](../../Software/OpenBCISoftware/02_GUI_Widget_Guide.md) such as Band Power, Spectrogram, Accelerometer, EEG Head Plot, and MUCH more
+- [Customize the layout](../../Software/OpenBCISoftware/01-OpenBCI_GUI.md#customize-your-layout), change the gain, toggle on/off, and check impedance of individual channels of the CytonDaisy board (or any connected OpenBCI board) directly in the GUI!
+- Access [OpenBCI GUI's built-in widgets](../../Software/OpenBCISoftware/02_GUI_Widget_Guide.md) such as Band Power, Spectrogram, Accelerometer, EEG Head Plot, and much more.
 
-  **If you just want to visualize EEG, EMG, ECG data (and do some basic analysis) and save the data to start with, download the standalone [OpenBCI GUI](https://openbci.com/index.php/downloads) and connect it to an OpenBCI Cyton, CytonDaisy, or Ganglion!**
+  **If you just want to visualize EEG, EMG, or ECG data (and do some basic analysis) and save the data to start with, download the standalone [OpenBCI GUI](https://openbci.com/index.php/downloads) and connect it to an OpenBCI Cyton, CytonDaisy, or Ganglion!**
 
 ## Electrode Cap Care and Cleaning Guide
 
@@ -140,19 +140,19 @@ ensure a long product life.
 
 #### Cleaning and Storage
 
-After the measurement is finished, disconnect the electrode connectors from the CytonDaisy board. Remove the electrode holders out of the bases on the cap.
+After the measurement is finished, disconnect the electrode connectors from the CytonDaisy board. Remove the electrode holders from the bases on the cap.
 
-1. Take the Hydro-linkTM sponges out of the holders and wash the Hydro-linkTM with tap water for at least three times, while squeezing out the water in the Hydro-linkTM during washing. Then let the Hydro-linkTM dry in air.
+1. Take the Hydro-linkTM sponges out of the holders and wash the Hydro-linkTM with tap water at least three times, squeezing out the water during each wash. Then let the Hydro-linkTM dry in air.
 2. Rinse the electrode holders and the Gelfree BCI cap with tap water.
-3. Ensure that everything is dry before storing in a dry place away from sunlight
+3. Ensure that everything is dry before storing it in a dry place away from sunlight.
 
-Cleaning frequency-after each use.
+Cleaning frequency: after each use.
 
 #### Disinfection:
 
-Disinfection should be carried out only after the cleaning procedure and when it is necessary. Please consider hygienic measures recommended by your local authorities.
-It is recommended to use very low concentration of disinfectant solution to disinfect the Gelfree BCI cap, electrodes and Hydro-linkTM. Please follow the instructions provided by the manufacturer of the selected disinfectant solution. Please only apply a minimum concentration and a minimum of soaking time required. Make sure that the substances to be disinfected is fully covered with a fairly diluted disinfectant. After disinfection, thoroughly rinse the substances with water and let it dry in air.
-The recommended disinfectants are as follows: Perfektan TB (Dr. Schumacher GmbH), Envirocide (Metrex), Metricide (Metrex), Cavicide (Metrex), or just diluted household bleach. If you are unable to purchase the products mentioned above brands in your region, a disinfecting product with similar proportions and active ingredients would be recommended.
+Disinfection should be carried out only after the cleaning procedure and only when necessary. Please consider hygienic measures recommended by your local authorities.
+It is recommended to use a very low concentration of disinfectant solution to disinfect the Gelfree BCI cap, electrodes, and Hydro-linkTM. Please follow the instructions provided by the manufacturer of the selected disinfectant solution. Only apply the minimum concentration and minimum soaking time required. Make sure that the items to be disinfected are fully covered with a fairly diluted disinfectant. After disinfection, thoroughly rinse the items with water and let them dry in air.
+The recommended disinfectants are as follows: Perfektan TB (Dr. Schumacher GmbH), Envirocide (Metrex), Metricide (Metrex), Cavicide (Metrex), or just diluted household bleach. If you are unable to purchase the brands mentioned above in your region, a disinfecting product with similar proportions and active ingredients is recommended.
 
 ## Technical Specifications
 

website/docs/Cyton/01-CytonBoard.md

@@ -2,6 +2,7 @@
 id: CytonLanding
 title: Cyton Board
 ---
+
 ### [Buy it!](https://shop.openbci.com/collections/frontpage/products/cyton-biosensing-board-8-channel?variant=38958638542)
 
 This set of tutorials will show you everything you need to know about the OpenBCI 8-channel Cyton Biosensing Board.
@@ -10,12 +11,12 @@ This set of tutorials will show you everything you need to know about the OpenBC
 
 Included will be:
 
--   [**Spec Overview**](Cyton/02-Cyton.md) — The specs of the board and dongle, including explanations of the components and circuit schematics.
--   [**OpenBCI Daisy Module**](Cyton/02-Cyton.md#openbci-daisy-module) — The specs of the Daisy daughter card to the Cyton, which expands the number of sensor channels.
--   [**Data Sheet**](Cyton/03-Cyton_Data_Format.md) — A rundown of the defined data format for the Cyton.
--   [**OpenBCI Cyton SDK**](Cyton/04-OpenBCI_Cyton_SDK.md) — Goes over the byte string command protocol that is compatible for use with the OpenBCI Cyton Board.
--   [**OpenBCI Board Programming Tutorial**](Cyton/05-Cyton_Board_Programming_Tutorial.md) — Tutorial explaining how to reprogram the OpenBCI Cyton Board using the OpenBCI Dongle and your PC, allowing you to update firmware or hope to customize the board. _Not needed if you wish to use the board out-of-box_
--   [**OpenBCI Radio Programming Tutorial**](Cyton/06-Cyton_Radios_Programming_Tutorial.md) — Learn how to manually program the Radios on the Cyton and Dongle. _Not needed if you wish to use the board out-of-box_
--   [**External Trigger on OpenBCI Cyton Board**](Cyton/07-External_Trigger_Cyton_Example.md) — Shows how to add an external trigger to the OpenBCI data stream to allow for precise timing between external events and the data stream.
--   [**Using SD Card with OpenBCI**](Cyton/09-Using_SD_Card_with_OpenBCI.md) — Covers how to add an SD card for local storage to OpenBCI.
--   [**Run Multiple Cytons Simultaneously**](Cyton/Change_Cyton_Radio_Channel.md) - Learn how to change the radio channel for the Cyton and it's associated Dongle so that multiple Cytons can be used in close proximity
+- [**Spec Overview**](Cyton/02-Cyton.md) — The specs of the board and dongle, including explanations of the components and circuit schematics.
+- [**OpenBCI Daisy Module**](Cyton/02-Cyton.md#openbci-daisy-module) — The specs of the Daisy daughter card to the Cyton, which expands the number of sensor channels.
+- [**Data Sheet**](Cyton/03-Cyton_Data_Format.md) — A rundown of the defined data format for the Cyton.
+- [**OpenBCI Cyton SDK**](Cyton/04-OpenBCI_Cyton_SDK.md) — Goes over the byte string command protocol that is compatible for use with the OpenBCI Cyton Board.
+- [**OpenBCI Board Programming Tutorial**](Cyton/05-Cyton_Board_Programming_Tutorial.md) — Tutorial explaining how to reprogram the OpenBCI Cyton Board using the OpenBCI Dongle and your PC, allowing you to update firmware or customize the board. _Not needed if you wish to use the board out-of-the-box._
+- [**OpenBCI Radio Programming Tutorial**](Cyton/06-Cyton_Radios_Programming_Tutorial.md) — Learn how to manually program the radios on the Cyton and Dongle. _Not needed if you wish to use the board out-of-the-box._
+- [**External Trigger on OpenBCI Cyton Board**](Cyton/07-External_Trigger_Cyton_Example.md) — Shows how to add an external trigger to the OpenBCI data stream to allow for precise timing between external events and the data stream.
+- [**Using SD Card with OpenBCI**](Cyton/09-Using_SD_Card_with_OpenBCI.md) — Covers how to add an SD card for local storage to OpenBCI.
+- [**Run Multiple Cytons Simultaneously**](Cyton/Change_Cyton_Radio_Channel.md) - Learn how to change the radio channel for the Cyton and its associated Dongle so that multiple Cytons can be used in close proximity.