## Configuring Automatic Sensitivity Mode

For more information review https://github.com/openaps/oref0/issues/58

1)	Ensure to get the latest dev branch **unless you want to use <a href="Configure-Advanced-Meal-Assist.md" class="reference internal">Advanced Meal Assist</a> and then you would pull the advanced-meal-assist branch and skip Step One here**.  

If you do want to use <a href="Configure-Advanced-Meal-Assist.md" class="reference internal">AMA</a>, start setting it up first so you get the correct branch for it and it will send you back here pretty quickly.  Choose your own adventure!
```
cd
cd src
cd oref0
git pull
git checkout dev
sudo npm install -g
```
Make sure you run the last line to install the tools

2)	Next in order to properly execute the new auto-sensitivity module, you need to have at least 24 hour worth of pump history data and enough bg readings (past 24 hours).
In your openaps.ini apply the following changes:
```
[report "[Your Path]/glucose.json"]
device = cgm
use = iter_glucose
reporter = JSON
count = 288
```

Note: If using Nightscout add count=288 to your entries.json API call as a querystring parameter
For NS it will look something like this depending on how you implement it (note the ?count=288)  that is what you have to add
```
[device "curl"]
fields = 
cmd = bash
vendor = openaps.vendors.process
args = -c "curl -s https://[Your URL]/api/v1/entries.json?count=288 | json -e 'this.glucose = this.sgv'"
```


If your [glucose.json] does not have enough entries you will see a warning when running your auto-sens.json report "Error: not enough glucose data to calculate autosens."

3)	After applying the above change you need to add a new device and report as follow:
```
[device "auto-sens"]
vendor = openaps.vendors.process
extra = auto-sens.ini
```
and your auto-sens.ini should look like this:
```
[device "auto-sens"]
fields = glucose pumphistory insulin_sensitivities basal_profile profile
cmd = oref0
args = detect-sensitivity
```

4) Next create this report
```
[report "[Your Path]/auto-sens.json"]
profile = [Your Path]/profile.json
use = shell
reporter = text
json_default = True
pumphistory = [Your Path]/pump-history-zoned.json
basal_profile = [Your Path]/active-basal-profile.json
insulin_sensitivities = [Your Path]/insulin-sensitivities.json
glucose = [Your Path]/ns-glucose.json
device = auto-sens
remainder = []
```

5) Next we need to pass auto-sens.json to oref0-determine-basal.json, in openaps.ini add a new input simillar to folowing example below:
```
[device "oref0-determine-basal"]
fields = iob current-temps glucose profile auto-sens meal
cmd = oref0-determine-basal
vendor = openaps.vendors.process
args = 

[report "enact/suggested.json"]
profile = [Your Path]/profile.json
use = shell
reporter = text
current-temps = [Your Path]/temp-basal-status.json
device = oref0-determine-basal
iob = [Your Path]/iob.json
glucose = [Your Path]/glucose.json
meal = [Your Path]/meal.json
auto-sens = [Your Path]/auto-sens.json
```

6) Next you have to make sure you pull 28 hours (24h + DIA) of pump history.  Change the hours to 24, so your pump history report should look like this:
```
[report "[Your Path]/pump-history.json"]
device = pump
hours = 28
use = iter_pump_hours
reporter = JSON
```
Note. Your loop should run without auto-sens.json report but if you don't pass that as an input you will see the following message while executing oref0-determine-basal.js:

Optional feature Auto Sensitivity not enabled:  { [Error: ENOENT: no such file or directory, open 'online'] errno: -2, code: 'ENOENT', syscall: 'open', path: 'online' }

Here is an example of running the loop with Auto Sensitivity feature enabled:
```
Feb 26 22:26:11 raspberrypi openaps-loop: reporting oref0-prepare/mm-normalized.json
Feb 26 22:26:38 raspberrypi openaps-loop: ...............................................................................................................................................................................................................................................................................................
Feb 26 22:26:38 raspberrypi openaps-loop: p=0.51: -0.33, -0.33, 0.22
Feb 26 22:26:38 raspberrypi openaps-loop: p=0.50: -0.33, -0.33, 0.13
Feb 26 22:26:38 raspberrypi openaps-loop: p=0.49: -0.67, -0.36, -0.03
Feb 26 22:26:38 raspberrypi openaps-loop: p=0.48: -0.67, -0.39, -0.11
Feb 26 22:26:38 raspberrypi openaps-loop: p=0.47: -0.67, -0.46, -0.24
Feb 26 22:26:38 raspberrypi openaps-loop: p=0.46: -0.67, -0.50, -0.38
Feb 26 22:26:38 raspberrypi openaps-loop: p=0.45: -1.00, -0.54, -0.42
Feb 26 22:26:38 raspberrypi openaps-loop: p=0.44: -1.24, -0.57, -0.47
Feb 26 22:26:38 raspberrypi openaps-loop: p=0.43: -1.33, -0.58, -0.63
Feb 26 22:26:38 raspberrypi openaps-loop: p=0.42: -1.49, -0.60, -0.67
Feb 26 22:26:38 raspberrypi openaps-loop: p=0.41: -1.67, -0.62, -0.78
Feb 26 22:26:38 raspberrypi openaps-loop: p=0.40: -1.67, -0.65, -0.88
Feb 26 22:26:38 raspberrypi openaps-loop: p=0.39: -1.67, -0.66, -0.95
Feb 26 22:26:38 raspberrypi openaps-loop: p=0.38: -2.00, -0.67, -1.12
Feb 26 22:26:38 raspberrypi openaps-loop: p=0.37: -2.00, -0.68, -1.57
Feb 26 22:26:38 raspberrypi openaps-loop: p=0.36: -2.00, -0.69, -1.67
Feb 26 22:26:38 raspberrypi openaps-loop: p=0.35: -2.33, -0.69, -1.73
Feb 26 22:26:38 raspberrypi openaps-loop: p=0.34: -2.33, -0.70, -1.89
Feb 26 22:26:38 raspberrypi openaps-loop: p=0.33: -2.43, -0.74, -2.03
Feb 26 22:26:38 raspberrypi openaps-loop: p=0.32: -2.67, -0.76, -2.16
Feb 26 22:26:38 raspberrypi openaps-loop: p=0.31: -3.00, -0.77, -2.36
Feb 26 22:26:38 raspberrypi openaps-loop: p=0.30: -3.00, -0.82, -2.55
Feb 26 22:26:38 raspberrypi openaps-loop: Mean deviation: 0.76
Feb 26 22:26:38 raspberrypi openaps-loop: Sensitivity within normal ranges
Feb 26 22:26:38 raspberrypi openaps-loop: Basal adjustment 0.00U/hr
Feb 26 22:26:38 raspberrypi openaps-loop: Ratio: 100%: new ISF: 42.0mg/dL/U
Feb 26 22:26:39 raspberrypi openaps-loop: {"carbs":0,"boluses":0,"mealCOB":10}
Feb 26 22:26:39 raspberrypi openaps-loop: {"ratio":1}
Feb 26 22:26:39 raspberrypi openaps-loop: {"delta":-4,"glucose":129,"avgdelta":-6}
Feb 26 22:26:39 raspberrypi openaps-loop: {"duration":17,"rate":1.125,"temp":"absolute"}
Feb 26 22:26:39 raspberrypi openaps-loop: {"iob":0.089,"activity":0.0119,"bolussnooze":0,"basaliob":0.089,"netbasalinsulin":1.4,"hightempinsulin":1.8}
Feb 26 22:26:39 raspberrypi openaps-loop: {"max_iob":3,"type":"current","dia":3,"current_basal":1.15,"max_daily_basal":1.15,"max_basal":3,"min_bg":100,"max_bg":120,"sens":42,"carb_ratio":10}
Feb 26 22:26:39 raspberrypi openaps-loop: oref0-get-profile://text/shell/oref0-predict/profile.json
Feb 26 22:26:39 raspberrypi openaps-loop: reporting oref0-predict/profile.json
Feb 26 22:26:39 raspberrypi openaps-loop: oref0-calculate-iob://text/shell/oref0-predict/iob.json
Feb 26 22:26:39 raspberrypi openaps-loop: reporting oref0-predict/iob.json
Feb 26 22:26:39 raspberrypi openaps-loop: auto-sens://text/shell/oref0-monitor/auto-sens.json
Feb 26 22:26:39 raspberrypi openaps-loop: reporting oref0-monitor/auto-sens.json
Feb 26 22:26:39 raspberrypi openaps-loop: oref0-determine-basal://text/shell/oref0-predict/oref0.json
Feb 26 22:26:39 raspberrypi openaps-loop: reporting oref0-predict/oref0.json
Feb 26 22:26:42 raspberrypi openaps-loop: {
Feb 26 22:26:42 raspberrypi openaps-loop:   "temp": "absolute",
Feb 26 22:26:42 raspberrypi openaps-loop:   "bg": 129,
Feb 26 22:26:42 raspberrypi openaps-loop:   "tick": -4,
Feb 26 22:26:42 raspberrypi openaps-loop:   "eventualBG": 104,
Feb 26 22:26:42 raspberrypi openaps-loop:   "snoozeBG": 104,
Feb 26 22:26:42 raspberrypi openaps-loop:   "mealAssist": "Off: Carbs: 0 Boluses: 0 Target: 110 Deviation: -21 BGI: -2.5",
Feb 26 22:26:42 raspberrypi openaps-loop:   "reason": "Eventual BG 104>100 but Avg. Delta -6.00 < Exp. Delta -2.3, temp 1.125 ~ req 1.15U/hr"
Feb 26 22:26:42 raspberrypi openaps-loop: }
Feb 26 22:26:43 raspberrypi openaps-loop: No recommendation to send
```