glucopy.Gframe.adrr#
- Gframe.adrr()[source]#
Calculates the Average Daily Risk Range (ADRR).
\[ADRR = \frac{1}{D} \sum_{d=1}^D LR_d + HR_d\]\(D\) is the number of days.
\(LR_d = max(rl(X_1),...,rl(X_N))\) for glucose readings \(X_1,...X_N\) taken in a day \(d = 1,...,D\)
\(HR_d = max(rh(X_1),...,rh(X_N))\) for glucose readings \(X_1,...X_N\) taken in a day \(d = 1,...,D\)
\(N\) is the number of glucose readings in a day.
The definition of \(rl(X_i)\) and \(rh(X_i)\) is the same as in
glucopy.Gframe.bgi().
- Parameters:
None –
- Returns:
adrr – ADRR.
- Return type:
float
Examples
In [1]: import glucopy as gp In [2]: gf = gp.data('prueba_1') In [3]: gf.adrr() Out[3]: 101.96586140142846