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LECTURES
Lecture
1 - Aberrometry 1 - Visual optics review [Aberrometry chapter]
Lecture
2 - Aberrometry 2 - Zernikes and RMS [Aberrometry
slideshow]
Lecture
3 - Aberrometry 3
Lecture
4 - Power vectors [Power vector spreadsheet; Zernike to Rx
conversion]
Lecture
5 - Power vectors 2; The psychophysical approach [Power vector
demo.xls]
Lecture 6 -
Absolute sensitivity of the eye
Lecture
7 - Photometry 1 - the V lambda function
Lecture
8 - Photometry 2 - Lambertian surfaces, retinal illuminance
Lecture
9 - Introduction to the duplex retina, photochromic interval,
Purkinje shift
Lecture
10 - Dark adaptation 2
Lecture
11 - Light adaptation, Weber's law, spatial summation
Lecture
12 - Spatial, temporal summation, Stiles-Crawford effect
Lecture
13 - review for Exam 1
Lecture
14 - Discussion of Exam 1
Lecture
15 - Introduction to spatial vision, Fourier analysis [Spatial
vision slides]
Lecture
16 - Fourier transformation of images
Lecture
17 - Fourier optics and the MTF
Lecture
18 - Spatial filtering, contrast sensitivity [Spatial
filtering slides]
Lecture
19 - Contrast sensitivity 2 [Spatial
vision slides]
Lecture
20 - Contrast sensitvity 3 [Starry Nights] [Don McLean song]
Lecture
21 - Visual acuity
Lecture
22 - Temporal vision, the temporal MTF
Lecture
23 - Temporal vision phenomena
Lecture 24 - OAOP meeting in Tulsa
Lecture
25 - Review for Exam 2
Lecture
26 - Discussion of Exam 2
Lecture 27 -
Motion perception [Motion gradient figure]
Lecture
28 - Color vision introduction
Apple color information: Video: "An Eye for Color"
Saturation, Simultaneous contrast
Wikipedia
color article
Lecture
29 - Normal color vision
Lecture
30 - Color opponent theory
Lecture
31 - Anomalous color vision
Lecture
32 - Acquired color anomalies
Lecture
33 - Testing color vision
Lecture
34 - Anomaloscope
Lecture
35 - Gross electrical potentials
Lecture
36 - Retinal electrophysiology
Lecture
37 - Parvo and magno parallel pathways
Lecture
38 - Frequency doubling technology, Intro to phsychophysics
Lecture
39 - Psychophysical thresholds
Lecture
40 - The theory of signal detection
Lecture
41 - ROC curves [article]
Lecture
42 - Review for Exam 3
LABS
Lab 1
- Clinical aberrometry [Lab1 workbook.xls]
Lab 2 -
Visual fields testing [Lab 2 results]
Lab 3 -
Photometry, V lambda, photostress [Explanation]
Lab 4 -
Visual acuity [Lab
4 feedback]
Lab 5 -
One- and two-dimensional Fourier analysis
Lab 6 -
Contrast sensitivity [Lab 6 results]
Lab 7 -
Ferry-Porter law, Visual illusions [Illusion Works web site]
Lab 8 -
The CIE Color Specification System
Roorda lab cone data
Lab 9 -
Vision Science Symposium [Instructions] [Task checklist]
Lab 10
- Testing color vision
Lab 11
- VER
Lab 12
- ERG
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