Help for Bayes Nets ** IOLs
Help Page for IOL Bayes Nets in FullMonte IOL
Enter **Conditions** into the Conditions input line - You can use any of the variables listed at the bottom of this page
Typical entries shown in the list - if the probability comes back 0, then you entered an impossible condition, like axial_length < 21 & axial_length > 22
Or you misspelled the variable name in the conditions (see all legal names at bottom of this page
- axial_length < 21
- axial_length < 21 | axial_length > 24
- axial_length < 21 & flatk > 43.2
- (flatk - steepk) >= 3.02
- Note** | means or     & means and
Enter the **Output Measure** into the Output Measure line ** Again You can use any of the variables listed at the bottom of this page
You can only enter ONE Output Measure - if the probability comes back 0, then you entered an impossible condition,
like axial_length < 21 & axial_length > 22
Typical Output Measures are listed below - you can also do mathematical functions on them, the most useful being abs -- absolute value
and statistical functions like mean, or sd (standard deviation)
- prediction_error < -0.50
- abs(prediction_error) < 0.50
- po_sphere < -1.00
The following is the list of measured variables in this dataset - followed by their common meaning
- po_sphere ** postop target spherical equivalent
- prediction_error ** postop prediction error
- axial_length ** axial length in mm
- flatk ** flat keratometry (diopters) American Index Refraction
- steepk ** steepk keratometry (diopters) American Index Refraction
- acd ** anterior chamber depth (including cornea)
- sphere ** preop spherical refraction
- cylinder ** preop cylinder refraction
- srkt_aconst ** the optimized srkt A constant
- haigis0 ** the optimized Haigis a0 constant
- surgical_inducedcyl ** your average induced cylinder in diopters
- srkt_iol ** Calculated SRKT iol
- hoff_iol ** Calculated Hoffer Q iol