| Code | Display | Definition |
| single-optotypes |
Single Optotypes |
The visual acuity test was conducted using single optotypes. |
| optotype-rows |
Optotype Rows |
The visual acuity test was conducted using rows of optotypes. |
| optotype-presentation |
Optotype Presentation |
Whether the optotypes were presented as single optotypes or as rows of optotypes |
| Optotype |
Optotype |
Figures or letters of different sizes, which are discriminated by a patient in Visual acuity testing |
| Landolt C |
Landolt C |
Landolt C Optotype, also known as Landolt Ring Optotype |
| Sjogren's Hand Test |
Sjogren's Hand Test |
A Visual Acuity Test with a Chart consisting of pictures of hands with fingers pointing towards various directions. |
| Lea Symbol Test |
Lea Symbol Test |
A four-Optotype Visual acuity Test for Children developed by Dr Lea Hyvaerinen |
| Refractive Correction |
Refractive Correction |
The process of improving visual acuity by changing the paths of light rays by in order to more accurately focus it on the retina |
| trial-lenses-autorefraction |
Trial Lenses - Values from Autorefraction |
Trial lenses used for visual acuity testing based on values obtained from an autorefractor. |
| trial-lenses-manifest-without-cycloplegia |
Trial Lenses - Values from Manifest Refraction without Cycloplegia |
Trial lenses used for visual acuity testing based on values from manifest refraction without cycloplegia. |
| trial-lenses-manifest-with-cycloplegia |
Trial Lenses - Values from Manifest Refraction with Cycloplegia |
Trial lenses used for visual acuity testing based on values from manifest refraction with cycloplegia. |
| trial-lenses-retinoscopy |
Trial Lenses - Values from Retinoscopy |
Trial lenses used for visual acuity testing based on values from retinoscopy. |
| trial-lenses-unspecified-origin |
Trial Lenses - Values of Unspecified Origin |
Trial lenses used for visual acuity testing where the origin of the refractive values is unspecified. |
| VA_Confounder_Right_Pupil_Dilated |
The Visual Acuity measurement is confounded by a right dilated pupil after dilating eyedrop use |
The Pupil of the Right eye is in a Mydriatic state because dilating Eyedrops were used |
| VA_Confounder_Left_Pupil_Dilated |
The Visual Acuity measurement is confounded by a left dilated pupil after dilating eyedrop use |
The Visual Acuity measurement is confounded by a left dilated pupil after dilating eyedrop use |
| VA_Confounded_pathological_right_pupil_function |
The Visual Acuity measurement is confounded by a pathological right pupil function, independent of eyedrops |
The Visual Acuity measurement is confounded by a pathological right pupil function, independent of eyedrops |
| VA_Confounded_pathological_left_pupil_function |
The Visual Acuity measurement is confounded by a pathological left pupil function, independent of eyedrops |
The Visual Acuity measurement is confounded by a pathological left pupil function, independent of eyedrops |
| VA_not_confounded_by_pupil_function |
Absence of significant confounding effect of pupil function on VA measurement |
Absence of significant confounding effect of pupil function on VA measurement |
| logMAR |
Logarithm of the Minimum Angle of Resolution |
Logarithm of the Minimum Angle of Resolution as a Unit of Visual Acuity |
| MAR |
Minimum Angle of Resolution |
Minimum Angle of Resolution as a Unit of Visual Acuity |
| Decimal |
Decimal Unit of Visual Acuity |
Reciprocal value of Minimum Angle of Resolution, equivalent to calculating the fraction of a Snellen Ratio |
| Jaeger J |
Jaeger type (J) Unit |
Unit of Visual acuity, determined by a the smallest print read on a Jaeger chart |
| VAS |
Visual Acuity Score |
Unit of Visual acuity, calculated as 100 - 50 x logMAR |
| Number of recongnized optotypes |
Number of recongnized optotypes |
Number of optotypes that were correctly identified, usually in terms of Letters read |
| pupillomotor-function-finding-narrative |
Pupillomotor Function Finding Narrative |
A narrative description of the pupillomotor function assessment. |
| comparison-of-pupil-diameter-between-eyes |
Comparison of Pupil Diameter between Eyes |
An observation comparing the pupil diameters of both eyes. |
| swinging-light-test |
Swinging Light Test |
An assessment using the swinging flashlight test to detect a relative afferent pupillary defect (RAPD). |
| near-reaction-assessment |
Near Reaction Assessment |
An assessment of the pupil's reaction to near stimuli. |
| anisocoria-right-pupil-larger-than-left |
Anisocoria right pupil larger than left pupil |
A finding of Anisocoria with the right pupil having a larger diameter than the left pupil. |
| anisocoria-left-pupil-larger-than-right |
Anisocoria left pupil larger than right pupil |
A finding of Anisocoria with the left pupil having a larger diameter than the right pupil. |
| anisocoria-with-larger-pupil-diameter-difference-in-bright-lighting-conditions |
Anisocoria more pronounced in bright light |
A finding that the absolute Difference in Diameter between the Pupils of both eyes is larger in bright lighting conditions |
| anisocoria-with-larger-pupil-diameter-difference-in-low-lighting-conditions |
Anisocoria more pronounced in low lighting |
A finding that the absolute Difference in Diameter between the Pupils of both eyes is larger in low lighting conditions |
| anisocoria-independent-of-lighting-conditions |
Difference in Pupil size between eyes not different in bright or low light |
A finding that the absolute Difference in Diameter between the Pupils of both eyes is larger in low lighting conditions |