diff --git a/docs/EN/Configuration/BG-Source.md b/docs/EN/Configuration/BG-Source.md index 7cd88458c936..bf858135acec 100644 --- a/docs/EN/Configuration/BG-Source.md +++ b/docs/EN/Configuration/BG-Source.md @@ -1,8 +1,12 @@ # CGMS/FGMS Configuration +General information * [General](../Hardware/GeneralCGMRecommendation.md) -* [Data Smoothing](../Usage/Smoothing-Blood-Glucose-Data-in-xDrip.md) +* [Data Smoothing](../Usage/Smoothing-Blood-Glucose-Data-in-xDrip.md) is very important to get reliable blood glucose values as some values from CGMS are jumpy. * [xDrip+Settings](./xdrip.md) + +information for specific CGMS/FGMS + * [Dexcom G7](../Hardware/DexcomG7.md) * [Dexcom G6](../Hardware/DexcomG6.md) * [Dexcom G5](../Hardware/DexcomG5.md) diff --git a/docs/EN/Installing-AndroidAPS/smoothing-blood-glucose-data.md b/docs/EN/Installing-AndroidAPS/smoothing-blood-glucose-data.md deleted file mode 100644 index a26214e6cadf..000000000000 --- a/docs/EN/Installing-AndroidAPS/smoothing-blood-glucose-data.md +++ /dev/null @@ -1,28 +0,0 @@ -(Smoothing-Blood-Glucose-Data-in-xDrip-smoothing-blood-glucose-data)= -# Smoothing blood glucose data - -If BG data is jumpy/noisy, AAPS may dose insulin incorrectly resulting in high or low BG. For this reason it’s important to disable the loop until the problem is resolved. Depending on your CGM such issues may be due to the CGM’s configuration or sensor problems/site issues. You may need to replace your CGM sensor to resolve this. - -Some CGM systems have internal algorithms to detect the noise level in the readings and AAPS can use this information to avoid giving SMBs if the BG data is too unreliable. However, some CGMs do not transmit this data and for these BG sources 'Enable SMB always' and 'Enable SMB after carbs' are disabled for safety reasons. - -## Dexcom sensors - -### 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. - -### 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. - -#### Dexcom G6 or Dexcom ONE with xDrip+ Companion Mode -The noise-level data is not shared with AAPS using this method. Therefore 'Enable SMB always' and 'Enable SMB after carbs' are disabled. - -## Freestyle Libre sensors - -### xDrip+ with FreeStyle Libre -None of the FreeStyle Libre systems (FSL1, FSL2, or FSL3) broadcast any information about the level of noise detected in the readings, and therefore 'Enable SMB always' and 'Enable SMB after carbs' are disabled for all setups using the FreeStyle Libre. - -In addition, many people have reported the FreeStyle Libre often produces noisy data. In xDrip+ there are a few options to help with this: - -**Smooth Sensor Noise.** In xDrip+ Settings > xDrip+ Display Settings ensure that Smooth Sensor Noise is turned on. This attempts to apply smoothing to noisy data. - -**Smooth Sensor Noise (Ultrasensitive).** If you are still seeing noisy data in xDrip+ you can apply more aggressive smoothing using the Smooth Sensor Noise (Ultrasensitive) setting. This will attempt to apply smoothing even on very low levels of detected noise. To do this, first enable [engineering mode](Enabling-Engineering-Mode-in-xDrip.md) in xDrip+. Then navigate to Settings > xDrip+ Display Settings and turn on Smooth Sensor Noise (Ultrasensitive). diff --git a/docs/EN/Usage/Smoothing-Blood-Glucose-Data-in-xDrip.md b/docs/EN/Usage/Smoothing-Blood-Glucose-Data-in-xDrip.md index ace9157b64b3..92671e2096c6 100644 --- a/docs/EN/Usage/Smoothing-Blood-Glucose-Data-in-xDrip.md +++ b/docs/EN/Usage/Smoothing-Blood-Glucose-Data-in-xDrip.md @@ -26,3 +26,4 @@ In addition, many people have reported the FreeStyle Libre often produces noisy **Smooth Sensor Noise.** In xDrip+ Settings > xDrip+ Display Settings ensure that Smooth Sensor Noise is turned on. This attempts to apply smoothing to noisy data. **Smooth Sensor Noise (Ultrasensitive).** If you are still seeing noisy data in xDrip+ you can apply more aggressive smoothing using the Smooth Sensor Noise (Ultrasensitive) setting. This will attempt to apply smoothing even on very low levels of detected noise. To do this, first enable [engineering mode](Enabling-Engineering-Mode-in-xDrip.md) in xDrip+. Then navigate to Settings > xDrip+ Display Settings and turn on Smooth Sensor Noise (Ultrasensitive). + diff --git a/docs/EN/Usage/completing-the-objectives.md b/docs/EN/Usage/completing-the-objectives.md index 01ba77652650..8be4c2b63003 100644 --- a/docs/EN/Usage/completing-the-objectives.md +++ b/docs/EN/Usage/completing-the-objectives.md @@ -25,9 +25,12 @@ As well as progressing through the **objectives**, if you want, you can also rem ## Objective 1: Setting up visualization and monitoring, analysing basals and ratios -- Select the correct blood glucose source for your setup. See [BG Source](../Configuration/BG-Source.md) for more information. -- Select the correct Pump in ConfigBuilder to ensure your pump can communicate with AAPS. Select **virtual pump** if you are using a pump model with no **AAPS** driver for looping, or if you want to work through the early **objectives** while using another system for insulin delivery. -- If using a DanaR pump then ensure you have followed the [DanaR Insulin Pump](../Configuration/DanaR-Insulin-Pump.md) instructions to ensure the link between pump and **AAPS**. +- AAPS checks if your basic technical setup is working. + +If not you have to reconfigure until the basic technical setup works for AAPS. + +- Select the correct CGMS/FGMS in [Config Builder](../Configuration/Config-Builder.md). See [BG Source](../Configuration/BG-Source.md) for more information. +- Select the correct Pump in [Config Builder](../Configuration/Config-Builder.md) to ensure your pump can communicate with AAPS. Select **virtual pump** if you are using a pump model with no **AAPS** driver for looping, or if you want to work through the early **objectives** while using another system for insulin delivery. See [insulin pump](../Getting-Started/Pump-Choices.md) for more information. - Follow instructions in [Nightscout](../Installing-AndroidAPS/Nightscout.md) page to ensure **Nightscout** can receive and display this data. - Note that URL in **NSClient** must be **_without_ "/api/v1/"** at the end - see [NSClient settings in Preferences](Preferences-nsclient).