Merge pull request #2184 from emilisev/preferences

Update the whole Preferences section

docs/EN/CompatibleCgms/Libre1.md

@@ -36,20 +36,22 @@ details.
 -   You can safely download the [latest APK (stable)](https://xdrip-plus-updates.appspot.com/stable/xdrip-plus-latest.apk) unless you need recent features, in which case you should use the latest [Nightly Snapshot](https://github.com/NightscoutFoundation/xDrip/releases). 
 -   Follow setup instructions on [xDrip+ settings page](../CompatibleCgms/xDrip.md).
 -    You also need [OOP2](https://drive.google.com/file/d/1f1VHW2I8w7Xe3kSQqdaY3kihPLs47ILS/view) for Libre 1 US (and Libre 2 EU).
--   Select xDrip+ in in [ConfigBuilder, BG Source](#Config-Builder-bg-source).
+-   Select xDrip+ in [ConfigBuilder, BG Source](#Config-Builder-bg-source).
 
+(libre1-using-glimp)=
 ## 2. Using Glimp
 
 -   Glimp supports Miaomiao, Blucon and Bubble for Libre 1 and Libre 2 EU.
 -   You will need Glimp version 4.15.57 or newer. Older versions are not supported.
 -   Install [Glimp](https://play.google.com/store/apps/details?id=it.ct.glicemia).
 -   Select Glimp in in [ConfigBuilder, BG Source.](#Config-Builder-bg-source)
 
+(libre1-using-tomato)=
 ## 3. Using Tomato
 
 - Tomato is the vendor app for Miaomiao.
 - Install [Tomato](http://tomato.cool/#download_page) and follow the vendor [instructions](http://tomato.cool/how-to-broadcast-data-to-android-aps/tips/).
-- Select Tomato in in [ConfigBuilder, BG Source](#Config-Builder-bg-source).
+- Select Tomato in [ConfigBuilder, BG Source](#Config-Builder-bg-source).
 
 ## 4. Using Diabox
 
@@ -58,4 +60,4 @@ details.
 
 ![Diabox](../images/Diabox.png)
 
-- Select xDrip+ in in [ConfigBuilder, BG Source](#Config-Builder-bg-source).
+- Select xDrip+ in [ConfigBuilder, BG Source](#Config-Builder-bg-source).

docs/EN/CompatibleCgms/PocTech.md

@@ -1,4 +1,4 @@
 # For users of PocTech CT-100
 
-- Install PocTech App
+- Install [PocTech App](https://play.google.com/store/apps/details?id=com.poctechcorp.pocct)
 - Select PocTech App in [ConfigBuilder, BG Source](#Config-Builder-bg-source).

docs/EN/CompatibleCgms/SmoothingBloodGlucoseData.md

@@ -36,6 +36,7 @@ Use this option only if your CGM data is being properly smoothed by your collect
 #### Build Your Own Dexcom App
 When using [BYODA](#DexcomG6-if-using-g6-with-build-your-own-dexcom-app), your BG data is smooth and consistent. Furthermore, you can take advantage of Dexcom back-smoothing. There are no restrictions in using SMBs, because the noise-level data is shared with AAPS.
 
+(smoothing-xdrip-dexcom-g6)=
 #### xDrip+ with Dexcom G6 or Dexcom ONE
 Noise-level data and smooth BG readings are only shared with AAPS if you use xDrip+ [native mode](https://navid200.github.io/xDrip/docs/Native-Algorithm). Using native mode, there are no restrictions in using SMBs.
 

docs/EN/DailyLifeWithAaps/AapsScreens.md

@@ -5,6 +5,7 @@
 :depth: 2
 ```
 
+(AapsScreens-the-homescreen)=
 ## The Homescreen
 
 ![Homescreen V2.7](../images/Home2020_Homescreen.png)
@@ -298,6 +299,8 @@ Shows the sensitivity that [Autosens](#Open-APS-features-autosens) has detected.
 
 Sensitivity is a calculation of sensitivity to insulin as a result of exercise, hormones etc.
 
+Note, you need to be in [Objective 8](#objectives-objective8) in order to let Sensitivity Detection/[Autosens](#Open-APS-features-autosens) automatically adjust the amount of insulin delivered. Before reaching that objective, the line in your graph is displayed for information only.
+
 #### Heart rate
 
 This data may be available when using a [Garmin smartwatch](#Watchfaces-garmin).
@@ -505,9 +508,9 @@ Like most of these rules-of-thumb it is of limited real validity. Note: Your dia
 
 ![Insulin Profile](../images/Screenshot_insulin_profile.png)
 
-This shows the activity profile of the insulin you have chosen in [config builder](#Config-Builder-insulin).
+This shows the activity profile of the insulin you have chosen in [config builder](#Config-Builder-insulin). The curves will vary based on the [DIA](#your-aaps-profile-duration-of-insulin-action) and the time to peak.
 
-The **purple**  line shows how much insulin remains after it has been injected as it decays with time and the **blue** line shows how active it is. The important thing to note is that the decay has a **long tail**. If you have been used to manual pumping, you have probably been used to assuming that insulin decays over about 3.5 hours. However, when you are looping, the long tail matters as the calculations are far more precise and these small amounts add up when they are subjected to the recursive calculations in the **AAPS** algorithm.
+The **purple**  line shows how much insulin remains after it has been injected as it decays with time and the **blue** line shows how active it is. The important thing to note is that the decay has a **long tail**. If you have been used to manual pumping, you have probably been used to assuming that insulin decays over about 3.5 hours. However, when you are looping, the long tail matters as the calculations are far more precise and these small amounts add up when they are subjected to the recursive calculations in the **AAPS** algorithm. Therefore, **AAPS** uses minimum 5h as DIA.
 
 For a more detailed discussion of the different types of insulin, their activity profiles and why all this matters you can read an article here on [Understanding the New IOB Curves Based on Exponential Activity Curves](https://openaps.readthedocs.io/en/latest/docs/While%20You%20Wait%20For%20Gear/understanding-insulin-on-board-calculations.html#understanding-the-new-iob-curves-based-on-exponential-activity-curves)
 
@@ -529,18 +532,18 @@ Calculations are run each time the system gets a fresh reading from the CGM.
 
 For more details see [APS section on config builder page](#Config-Builder-aps).
 
+(aaps-screens-profile)=
 ## Profile
 ![Profile](../images/Screenshots_Profile.png)
 
-Profile contains information on your individual diabetes settings:
+Profile contains information on your individual diabetes settings, see the detailed **[Profile](../SettingUpAaps/YourAapsProfile.md)** page for more information.
 
-   * DIA (Duration of Insulin Action)
-   * IC or I:C: Insulin to Carb ratio
-   * ISF: Insulin Sensitivity Factor
-   * Basal rate
-   * Target: Blood glucose level that you want **AAPS** to be aiming for
+The buttons on this page allow you to manage your profiles :
+* **Green plus**: create new profile from scratch
+* **Red X**: delete the profile currently on screen
+* **Blue arrow**: duplicate the profile currently on screen
 
-See the detailed **[Profile](../SettingUpAaps/YourAapsProfile.md)** page for more information.
+When you want to make any changes to a profile, make sure you are editing the correct profile. When you reach the profile tab, it may not show the current profile in use, but the first one in the list.
 
 ## Automation
 
@@ -562,6 +565,7 @@ Depending on your BG source settings, this tab is named differently.
 
 Shows history of CGM readings and offers option to remove reading in case of failure (i.e. compression low) or duplicate readings.
 
+(aaps-screens-treatments)=
 ## Treatments
 
 This view can be accessed by pressing the 3 dots on the right of the menu, then Treatments. It is not possible to show it in the main menu through the Config Builder.
@@ -633,6 +637,12 @@ The history of profile switches can be seen here. You may see multiple entries e
 
 Deleting the entries only affects your reports in Nightscout and will never actually change the current profile.
 
+(aaps-screens-clone-profile-switch)=
+#### Clone profile switch
+You can easily create a new local profile from a profile switch. In this case, timeshift and percentage will be applied to the new local profile. Use the **Clone** button shown on line **1**.
+
+You can now go to the [Profile tab](#profile) to edit the newly created Profile.
+
 ### Care portal
 
 ![Care portal](../images/TreatmentsView5.png)