Merge pull request #2112 from openaps/l10n_master

New Crowdin updates

docs/CROWDIN/cs/index.md

@@ -4,15 +4,15 @@
 
 Android APS (**AAPS**) is an open source app for people living with insulin-dependent diabetes. It is an artificial pancreas system (APS) which runs on Android smartphones. **AAPS** uses an openAPS software algorithm and aims to do what a real pancreas does: keep blood sugar levels within healthy limits by using automated insulin dosing. To use **AAPS** you need **three** compatible devices: an Android phone, a FDA/CE approved insulin pump, and a continuous glucose meter (CGM).
 
-This documentation explains how to setup and use **AAPS**. You can navigate through the **AAPS** documentation either through the menu on the left (and the handy "**Search docs**" function), or by using the [index](Index-of-the-AAPS-Documentation.md) at the bottom of this page.
+This documentation explains how to setup and use **AAPS**. You can navigate through the **AAPS** documentation either through the menu on the left (and the handy "**Search docs**" function), or by using the [index](#aaps-documentation-index) at the bottom of this page.
 
 ## Overview of the AAPS documentation ("The docs")
 
-Section 2) "Getting Started", the [Introduction](introduction.md) explains the general concept of what an artificial pancreas system (APS) is designed to do. It outlines the background of looping in general, why **AAPS** was developed, compares **AAPS** to other systems, and addresses safety. It gives suggestions about how to talk to your clinical team about **AAPS**, explains why you need to build the **AAPS** app yourself rather than just downloading it, and gives an overview of the typical connectivity of an **AAPS** system. It also addresses accessibility, and who is likely to benefit from **AAPS**.
+Section 2) "Getting Started", the [Introduction](Getting-Started/Introduction.md) explains the general concept of what an artificial pancreas system (APS) is designed to do. It outlines the background of looping in general, why **AAPS** was developed, compares **AAPS** to other systems, and addresses safety. It gives suggestions about how to talk to your clinical team about **AAPS**, explains why you need to build the **AAPS** app yourself rather than just downloading it, and gives an overview of the typical connectivity of an **AAPS** system. It also addresses accessibility, and who is likely to benefit from **AAPS**.
 
 [Preparing for AAPS](preparing.md) gives more detail about safety considerations, and the phones, CGMs (Continuous Glucose Monitors) and insulin pumps which are compatible with **AAPS**. It gives an overview of the process you will go through, and provides an approximate timeline for gaining full functionality of **AAPS**. This section gets you technically prepared to assemble your **AAPS** setup as quickly and efficiently as possible. The subsection [CGM Configuration](Configuration/BG-Source.md) explains how to optimse CGM setup and what smoothing options are best.
 
-Now that you have a solid understanding of the process, you can start assembling your **AAPS** loop. Section **3) Setting up AAPS** contains step-by-step instructions to do this. It covers choosing and [setting up your reporting server](setting-up-the-reporting-server.md) (Nightscout or Tidepool) so you can review and share your data, getting your computer ready for building the AAPS app, building the AAPS app and transferring the AAPS app to your phone. It also covers setting up the **AAPS** app using the setup Wizard, linking it with your CGM app, and either a real or virtual insulin pump, as well as linking **AAPS** to your reporting server. You are then slowly introduced to the full usage of what **AAPS** has to offer via a safe and carefully calibrated step-by-step process designed to make sure that you/your child are thoroughly familiar and comfortable navigating all the different levels and menu configurations before graduating on the next phase, commonly referred to as the next "Objective", until you are have enough experience to begin using the more advanced options available within the app. These Objectives are specially designed in such a way that will gradually unlock more possibilities of **AAPS** and switch from Open Loop to Closed Loop.
+Now that you have a solid understanding of the process, you can start assembling your **AAPS** loop. Section **3) Setting up AAPS** contains step-by-step instructions to do this. It covers choosing and [setting up your reporting server](Installing-AndroidAPS/setting-up-the-reporting-server.md) (Nightscout or Tidepool) so you can review and share your data, getting your computer ready for building the AAPS app, building the AAPS app and transferring the AAPS app to your phone. It also covers setting up the **AAPS** app using the setup Wizard, linking it with your CGM app, and either a real or virtual insulin pump, as well as linking **AAPS** to your reporting server. You are then slowly introduced to the full usage of what **AAPS** has to offer via a safe and carefully calibrated step-by-step process designed to make sure that you/your child are thoroughly familiar and comfortable navigating all the different levels and menu configurations before graduating on the next phase, commonly referred to as the next "Objective", until you are have enough experience to begin using the more advanced options available within the app. These Objectives are specially designed in such a way that will gradually unlock more possibilities of **AAPS** and switch from Open Loop to Closed Loop.
 
 Section 4) [Remote AAPS features](remote-control.md) highlights a real strength of **AAPS**. There are a wide range of possibilities for remotely sending commands to, or simply following the data from **AAPS**. This is equally useful for carers who want to use **AAPS** for minors, and for adults with diabetes who either want to monitor their sugars (and other metrics) more conveniently than just on their phone (on a watch, in the car _etc._), or wish to have significant others to also monitor the data. This section also provides guidance for using Android Auto so you can view glucose levels in the car.
 
@@ -21,18 +21,18 @@ Section **5) Daily life with AAPS** covers key **AAPS** features, to help you us
 
 Section **6) Maintenance of AAPS** covers how to export and backup your settings (which is very important in case you lose/break your phone), gives the latest version notes and details how to update **AAPS**. You can expect that there will be one new version and 2-3 required updates per year. You are required to do these updates as with all software, as any minor bugs are ironed out, and improvements to **AAPS** are made. There is a dedicated "updating" troubleshooting section with the common queries.
 
-Section **7) [Getting Help](Where-To-Go-For-Help/Connect-with-other-users.html)** should help direct you to the best places to go to find general help with **AAPS**. This is very important so that you can get in touch with others as quickly as possible, clarify questions and solve the usual pitfalls. A lot of people are already using **AAPS** successfully, but everyone has a question at some point that they couldn't solve on their own. Due to the large number of users, the response times to questions are usually very quick, typically only a few hours. Don’t worry about asking for help, there is no such thing as a dumb question! We encourage users of any/all levels of experience to ask as many questions as they feel is necessary to help get them up and running safely. This section includes general troubleshooting for **AAPS** and **AAPSClient** (a companion following app) as well as explaining how to send your **AAPS** data (logfiles) to the developers for investigation, if you think a technical issue with **AAPS** needs looking at.
+Section **7) [Getting Help](Where-To-Go-For-Help/Connect-with-other-users.md)** should help direct you to the best places to go to find general help with **AAPS**. This is very important so that you can get in touch with others as quickly as possible, clarify questions and solve the usual pitfalls. A lot of people are already using **AAPS** successfully, but everyone has a question at some point that they couldn't solve on their own. Due to the large number of users, the response times to questions are usually very quick, typically only a few hours. Don’t worry about asking for help, there is no such thing as a dumb question! We encourage users of any/all levels of experience to ask as many questions as they feel is necessary to help get them up and running safely. This section includes general troubleshooting for **AAPS** and **AAPSClient** (a companion following app) as well as explaining how to send your **AAPS** data (logfiles) to the developers for investigation, if you think a technical issue with **AAPS** needs looking at.
 
 Section **8) Useful AAPS links** are for handy reference. This includes the  [Glossary](Getting-Started/Glossary.md), a list of the acronyms (or short-term names) used throughout **AAPS**. This is where to go to find out what the terms ISF or TT, stand for, for example. This section also has links to useful screenshots and other data.
 
 Section 9) covers **Advanced AAPS options** such as how to progress from using **AAPS** for hybrid-closed looping (bolusing for meals _etc._) to full closed looping (no bolusing), and details development and engineering modes. Most users get on just fine with the main or "Master" **AAPS** version without looking into these options, this section is for users who already have good control and are looking to further improve their setup.
 
 In section 10) [How to support AAPS](make-a-PR.md) we provide  information so that you can support this project. You can donate money, equipment or expertise. You can suggest/make changes to the documentation yourself, help with [translation of the documentation](translations.md) and provide your data through the Open Humans project.
 
-Section 11) contains archived or additional documentation, including a subsection for [clinicians](Resources/clinician-guide-to-AAPS.md) who have expressed interest in open source artificial pancreas technology such as **AAPS**, or for patients who want to share such information with their clinicians, this topic is also addressed in the introduction. More diabetes and looping references and resources are contained in Section 12).
+Section 11) contains archived or additional documentation, including a subsection for [clinicians](Resources/clinician-guide-to-AndroidAPS.md) who have expressed interest in open source artificial pancreas technology such as **AAPS**, or for patients who want to share such information with their clinicians, this topic is also addressed in the introduction. More diabetes and looping references and resources are contained in Section 12).
 
 
- ### Interested in getting started with **AAPS**? Read more about **AAPS** in the [Introduction](introduction.md).
+ ### Interested in getting started with **AAPS**? Read more about **AAPS** in the [Introduction](Getting-Started/Introduction.md).
 
 ```{admonition} SAFETY NOTICE
 :class: danger
@@ -64,7 +64,7 @@ Change language <./changelanguage.md>
 ```{toctree}
 :caption: 2) Getting started
 
-Introduction to AAPS <./introduction.md>
+Introduction to AAPS <./Getting-Started/Introduction.md>
 Preparing for AAPS <preparing.md>
 Compatible pumps <./Getting-Started/Pump-Choices.md>
 Compatible CGMs <./Configuration/BG-Source.md>