Vision Analysis

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Vision Analysis

Vision Improvement Consultation

Learn what your eyeglass or contact lens prescription means, and how you can improve your vision naturally, while also improving your eye health.

Vision is the most finely tuned motor response system in your whole body...

It involves coordinated responses of both major divisions of the nervous system...

And those divisions respond differently to all kinds of stresses...

This makes your vision fitness a sensitive indicator of your state of wellness...

You can use this form to analyze some fundamental elements of your vision fitness...

And if you want further guidance, you can also use it to apply for vision fitness coaching...

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Vision history, symptoms and goals *

Diagnosis *

Note: the percentages given represent the frequency of observation in a clinical population...

Thus "<2%" means less than 2% of people seeking eye and vision care show such a severe stress pattern...

Because visual functions tend to normalize strongly to optimal patterns determined by the interaction of the visual environment with the complex neuromuscular responses that regulate vision, even a 25 percentile finding at either end of the spectrum of a leptokurtically balanced function is clinically significant...

A leptokurtic function in statistics is one that is much more tightly centered than would be expected with a normal random distribution bell curve...

This is true of both convergence and accommodative postures...

Not all eye doctors are trained and interested in evaluating the integrative functions of the visual system...

If you need to find an eye doctor who is trained and interested in the tests below, search the membership of the Optometric Extension Program Foundation...

Convergence Eye Posture

Far

#8. Distance Phoria (eso or exo, in prism diopters) *

Exo Eso

A phoria is a measure of the relative posture of the two eyes...

Because the medial rectus muscle is the largest of the six extra ocular muscles, the posture is affected by general muscle tone in the orbital region...

Under stress, increased tonicity related to stress (visual or otherwise), toxicity and acidity causes a shift from the normal slightly relaxed posture of 0.5 prism diopters exophoria, toward and into esophoria...

Eventually, fatigue, deposition of toxins and blockage of acid-producing mitochondrial metabolism results in a swing into reduced muscle tone and excess exophoria...

In the healing process, this eso-exo swing is seen in reverse... a retracing of the formative pathophysiological pattern...

Over 5.5 exophoria (<2%) Anergy Over 3 exophoria (<16%) Low Energy Over 2.5 exophoria (<25%) Significant Fatigue Over .5 exophoria = Fatigue, Deposition, Alkalinity from blockage of aerobic metabolism 0.5 exophoria = NORMAL Less than .5 exophoria (up to 1.5 esophoria) = Stress, Toxicity, Acidity Over 1.5 esophoria (<25%) Significant Stress, Acidity, Toxicity Over 2 esophoria (<16%) Strong Stress, Acidity, Toxicity Over 4.5 esophoria (<2%) Severe Stress, Acidity, Toxicity

Near

#15. Near Phoria (prism diopters eso or exo) *

Exo Eso

With the near phoria, the parasympathetically innervated function of accommodation (focus) is in play...

There is a dynamic relationship between accommodation and the convergence of the two eyes...

This is the most finely tuned spatial relationship among all body functions, and involves both the autonomic and the voluntary nervous systems, which are affected differently by various stressors, whether psychoemotional, bioenergetic, or chemical...

That makes the near phoria a very sensitive indicator of the overall state of balance or imbalance in the nervous system and other key systems...

over 14.6 exophoria (<2%) Anergy over 9.8 exophoria (<16%) Low Energy Over 9.2 exophoria (<25%) Fatigue, Deposition, Alkalinity Over 5 exophoria = Fatigue 5 exophoria = NORMAL Less than 5 exophoria = Stress, Toxicity, Acidity Less than .8 exophoria (<25%) Significant Stress, Toxicity, Acidity Less than .2 exophoria, up to 5.4 esophoria (<16%) High Stress, Toxicity, Acidity Over 5.4 esophoria (<2%) Severe Stress, Toxicity, Acidity

Eye Focus Posture

Near

The lens of the eye is the densest protein in your body...

Because it is like your joints, having no direct circulation, it is more dependent on the quality of circulation in the area, as well as movement, to pump nutrients in and wastes and toxins out...

Mercury from dental amalgams has been shown to stay in the lens of the eye longer than any other body tissue...

#14A. Right Eye Near Accommodative Posture *

Less than +0.25 (<2%) Parasympatheticotonia Less than +0.75 (<16%) Accommodative Spasm Less than +0.87 (<25%) Tight Focus Less than +1.25 = Focusing Stress +1.25 = NORMAL pre-presbyopia (young people) Over +1.25 = Focusing Fatigue or Aging Over + 1.62 (<25%) Significant Focus Fatigue or Aging Over +1.75 (<16%) Strong Focus Fatigue or Aging Over +2.25 (2%) Severe Focus Fatigue or Aging

#14A. Left Eye Near Accommodative Posture *

Less than +0.25 (<2%) Parasympatheticotonia Less than +0.75 (<16%) Accommodative Spasm Less than +0.87 (<25%) Tight Focus Less than +1.25 = Focusing Stress +1.25 = NORMAL pre-presbyope (young person) Over +1.25 = Focusing Fatigue Over +1.62 (<25%) Significant Focusing Fatigue (or aging) Over +1.75 (<16%) Strong Focusing Fatigue (or aging) Over +2.25 (<2%) Severe Focusing Fatigue (or aging)

#14B. Binocular Near Accommodative Posture *

Biological Age Norms (reverse aging is possible) *

+1.50 = age 38 +1.67 = age 40 +1.75 = age 43 +1.87 = age 45 +2.00 = age 47 +2.25 = age 50 +2.37 = age 53 +2.50 = age 55 +2.75 = age 57 +3.00 = age 60

Less than +0.00 (<2%) Parasympatheticotonia Less than +0.50 (<16%) Accommodative Spasm Less than +0.62 (<25%) Tight Focus Less than +1.00 = Focusing Stress +1.00 = NORMAL pre-presbyope (young person) Over +1.00 = Focusing Fatigue (or aging) Over +1.37 (<25%) Significant Focusing Fatigue (or aging) Over +1.50 (<16%) Strong Focusing Fatigue (or aging) Over +2.00 (<2%) Severe Focusing Fatigue (or aging)

Vergence (Eye Teaming) Flexibility Ranges

These flexibility and awareness ranges are amenable to improvement with visual training...

The can also normalize in many cases with Syntonic balancing with selected light frequencies through the eyes...

Convergence at Distance

#9. Convergence Blur at Distance *

This is the ability to maintain relaxed focus while converging the eyes from a distance to a near point...

Less than 0.2 (2%) Inflexible Less than 4.6 (16%) Severely Restricted Flexibility Less than 5.4 (25%) Very Restricted Flexibility Less than 9 (50%) Restricted Flexibility Less than 12.6 (75%) Moderate Flexibility Less than 13.4 (84%) Good Flexibility Less than 17.8 (98%) Excellent Flexibility

#10B. Convergence Break at Distance *

This is the range of motion of convergence at distance...

Less than 8.4 (2%) Inflexible Convergence Less than 15.2 (16%) Severely Restricted Vergence Flexibility Less than 16.5 (25%) Very Restricted Vergence Flexibility Less than 22 (50%) Restricted Vergence Flexibility Less than 27.5 (75%) Moderate Vergence Flexibility Less than 28.8 (84%) Good Vergence Flexibility Less than 35.6 (98%) Flexible Vergence Over 35.6 (above 98 percentile) Superior Vergence Flexibility

#10R. Convergence Recovery at Distance *

The recovery point is a measure of awareness and integration between the two visual channels once fusion is lost...

Less than 2.2 (2%) Functional Tunnel Vision Less than 6.6 (16%) Severely Constricted Awareness Less than 7.4 (25%) Very Constricted Spatial Awareness Less than 11 (50%) Constricted Awareness Less than 14.6 (75%) Moderate Awareness Less than 15.4 (84%) Good Awareness Less than 19.8 (98%) Excellent Awareness Over 19.8 (above 98 percentile) Superior Awareness

Divergence at Distance

#11B. Divergence Break at Distance *

This can relate to the ability to visualize and abstract ideas...

Less than 2.4 (2%) Inflexible Divergence Less than 5.7 (16%) Severely Restricted Divergence Flexibility Less than 6.4 (25%) Very Restricted Divergence Flexibility Less than 9 (50%) Restricted Divergence Flexibility Less than 11.6 (75%) Moderate Divergence Flexibility Less than 12.3 (84%) Good Divergence Flexibility Less than 15.6 (98%) Excellence Divergence Flexibility Over 15.6 (above 98 percentile) Superior Divergence Flexibiliity

#11R. Divergence Recovery at Distance *

The recovery score is an indication of spatial awareness and relationship between the visual space and coordination of movement in and through that space...

Less than -1.4 (2%) Functional Tunnel Vision Less than 1.3 (16%) Severely Constricted Awareness Less than 1.8 (25%) Very Constricted Awareness Less than 4 (50%) Constricted Awareness Less than 6.2 (75%) Moderate Awareness Less than 6.7 (84%) Good Awareness Less than 9.4 (98%) Excellent Awareness Over 9.4 (above 98 percentile) Superior Awareness

Convergence at Near

#16A. Convergence Blur at Near *

This is a measure of the flexibility between convergence and relaxed accommodation...

Less than 7.2 (2%) Inflexible Less than 13.1 (16%) Severely Inflexible Less than 14.2 (25%) Very Inflexible Less than 19 (50%) Restricted Flexibility Less than 23.8 (75%) Moderate Flexibility Less than 24.9 (86%) Good Flexibility Less than 30.8 (98%) Excellent Flexibility Over 30.8 (above 98 percentile) Superior Flexibility

#16B. Convergence Break at Near *

The convergence range measures the ability to sustain binocular fusion under increasing intensity of demand...

Less than 8 (2%) Inflexible Less than 15 (16%) Severely Inflexible Less than 16.4 (25%) Very Inflexible Less than 22 (50%) Restricted Flexibility Less than 27.8 (75%) Moderate Flexibility Less than 29 (84%) Good Flexibility Less than 36 (98%) Excellent Flexibility Over 36 (above 98 percentile) Superior Flexibility

#16R. Convergence Recovery at Near *

This relates to the maintenance of spatial awareness and sensory-motor integration at near...

Less than 0.8 (2%) Functional Tunnel Vision Less than 5.1 (16%) Severely Restricted Awareness Less than 6.2 (25%) Very Restricted Awareness Less than 11 (50%) Restricted Awareness Less than 15.8 (75%) Moderate Awareness Less than 16.9 (84%) Good Awareness Less than 22.8 (98%) Excellent Awareness Over 22.8 (above 98 percentile) Superior Awareness

Divergence at Near

#17A. Divergence Blur at Near *

This measures the flexibility between divergence and near focusing...

Less than 8.2 (2%) Inflexible Focus Less than 12.6 (16%) Severe Focus Inflexibility Less than 13.4 (25%) Very Inflexible Focus Less than 17 (50%) Restricted Focus Flexibility Less than 20.6 (75%) Moderate Focus Flexibility Less than 21.4 (84%) Good Focus Flexibility Less than 25.8 (98%) Excellent Focus Flexibility Over 25.8 (above 98 percentile) Superior Focus Flexibility

#17B. Divergence Break at Near *

This measures the ability to maintain binocular fusion while diverging the eyes from near...

Less than 15.6 (2%) Inflexible Less than 19.8 (16%) Severely Inflexible Less than 20.6 (25%) Very Inflexible Less than 24 (50%) Restricted Flexibility Less than 27.4 (75%) Moderate Flexibility Less than 28.2 (84%) Good Flexibility Less than 32.4 (98%) Excellent Flexibility Over 32.4 (above 98 percentile) Superior Flexibility

#17R. Divergence Recovery at Near *

This relates to spatial awareness and motor coordination when visualizing during near tasks...

Less than 5.4 (2%) Functional Tunnel Vision Less than 9.7 (16%) Severely Restricted Awareness Less than 10.5 (25%) Very Restricted Awareness Less than 14 (50%) Restricted Awareness Less than 17.5 (75%) Moderate Awareness Less than 18.3 (84%) Good Awareness Less than 22.6 (98%) Excellent Awareness Over 22.6 (above 98 percentile) Superior Awareness

Focus Range and Flexibility

#19. Accommodative Range *

Biological Age (You can reverse some aging effects) *

13.00 = age 10 10.50 = age 15 9.50 = age 20 8.00 = age 25 6.50 = age 30 5.75 = age 35 4.50 = age 40 2.50 = age 45 1.50 = age 50 1.00 = age 55 0.75 = age 60 0.50 = age 65 0.50 = age 70

Less than -0.50 (2%) Accommodative Insufficiency Less than -2.37 (16%) Severely Reduced Near Focus Less than -3.00 (25%) Very Reduced Near Focus Less than -4.25 (50%) Reduced Near Focus Less than -5.50 (75%) Moderate Near Focus Less than -6.12 (84%) Good Near Focus Less than -8.00 (98%) Excellent Near Focus Over -8.00 (above 98 percentile) Superior Near Focus

#20. Positive Relative Accommodation *

This tests the ability to stimulate accommodation (focus) while maintaining binocular fusion at near point...

Less than -0.50 (2%) Can't Focus Less than -2.00 (16%) Severely Reduced Focus Range Less than -2.50 (25%) Very Reduced Focus Range Less than -3.50 (50%) Reduced Focus Range Less than -4.50 (75%) Moderate Focus Range Less than -5.00 (84%) Good Focus Range Less than -6.50 (98%) Excellent Focus Range Over -6.50 (above 98 percentile) Superior Focus Range

#21. Negative Relative Accommodation *

This tests the ability to inhibit accommodation (focus) while maintaining binocular fusion at near point...

Less than +0.87 (2%) Can't Relax Focus Less than +1.62 (16%) Severely Reduced Focus Relaxation Less than +1.87 (25%) Very Reduced Focus Relaxation Less than +2.37 (50%) Reduced Focus Relaxation Less than +2.87 (75%) Moderate Focus Relaxation Less than +3.12 (84%) Good Focus Relaxation Less than +3.87 (98%) Excellent Focus Relaxation Over +3.87 (above 98 percentile) Superior Focus Relaxation

Gradient Test of the Accommodation/Convergence Relationship

The Gradient test is not part of the original 21 Point Vision Evaluation, but is a useful addition...

There are many other more dynamic tests of visual function that are also standardized and can be evaluated statistically in similar ways to those presented here...

Those more dynamic, and more advanced tests are less likely to be included in your basic vision analysis...

K+. Change in Near Phoria with +1.00 *

A tightly geared relationship between accommodation and convergence may be related to a more acute phase of stress, toxicity, and acidity...

A loose relationship may result from fatigue, deposition, and/or metabolic alkalinity that comes with blocked aerobic activity in the mitochondria

Less than 2.0 (2%) ultra loose relationship Less than 3.0 (16%) severely loose relationship Less than 3.25 (25%) very loose relationship Less than 4.0 = loose relationship 4.0 = NORMAL Over 4.0 = tight relationship Over 4.75 (25%) very tight relationship Over 5.0 (16%) severely tight relationship Over 6.0 (2%) ultra tight relationship

Change in Near Phoria with -1.00 *

When the Gradient (K) is measured with a -1.00 diopter lens power, the stimulus is stimulatory for increased accommodation...

The results can sometimes differ from the response to a more relaxing +1.00 diopter stimulus...

A difference indicates sensitivity to visual stress that could strongly impact endurance and efficiency over time at extended near point tasks...

Less than 2.0 (2%) ultra loose relationship Less than 3.0 (16%) severely loos relationship Less than 3.25 (25%) very loose relationship Less than 4.0 (50%) loose relationship 4.0 = NORMAL Over 4.0 (50%) tight relationship Over 4.75 (25%) very tight relationship Over 5.0 (16%) severely tight relationship Over 6.0 (2%) ultra tight relationship

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Refreshing Vision Ebook

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Refreshing Vision: Opening the Windows of the Soul by Rev. Dr. Glen Swartwout. Get access to the Epub version of for digital reading devices and the PDF version for printing out instruction sheets in 8.5 by 11 inch format. It includes 101 ways to improve your vision fitness!

Visual Processing

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Energetic Star Infoceutical ES 10: Stress - Video Processing supports restoration of visual information processing and decoding. This can help in relieving post-traumatic stress patterns, and supports enhanced visually mediated sensory-motor coordination. It is supportive of the vision improvement activities and practices detailed in our book Refreshing Vision: Opening the Windows of the Soul.

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Aloha
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