Final answer:
All h=the options.
Testing color perception, comparing visual field size, assessing contrast sensitivity, and measuring pupil dilation are methods used to evaluate the effects of a visual anomaly on resolution and localization, highlighting the eye's complex neural processing and higher-order image processing.
Step-by-step explanation:
The effects of a visual anomaly on resolution and localization can be determined by using several vision tests. Testing color perception examines how well an individual can differentiate colors, which can be affected by neural processing in the retina before information is sent to the brain. Comparing visual field size involves establishing the peripheral vision boundaries, which can highlight anomalies in the extent of visible area one can see. Assessing contrast sensitivity establishes how well one can perceive edges and variations in brightness or color, important for detecting objects and depth. Lastly, measuring pupil dilation through a take-home experiment can give insights into the resolution of the eye; the ability to distinguish fine details indicates the efficiency of the eye's pupil in controlling the amount of light reaching the retina.
These tests are valuable for optometrists and can indicate how visual processing is compromised by the anomaly, considering that the eye-brain system benefits from higher-order image processing.