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QUALITATIVE 

Image Evaluation 

Resolution 

1.0 Scope 

2.0 Applicable Documents 

3.0 Test Description 

4.0 Test Results 

Resolution as a function of contrast 

I 1: R 

.rhe-Anarnorphs and -6-SoIntIon 

.3 Magnification and Resol4tion 

.4 Resolution across the field (X Direction), 

4.5 Resolution aposs the field (Y Direction) 

Comparison of resolution at the Reticle Position and at the 

Eyepiece. 

5.0 Conclusions 

5.1 Results of Eye examinations for participants in the expekiment. 

6.1 Original 'Operator Data Sheet: 

Group-Element and limm, 

8.2 Aveiage Data MATRIX (1/imm). 

• 

40- 
NRC) APPROVED FOR 

RELVSE 1 JULY 2015 See ,frf 

I 

1.0 SCOPE 

The Resolution tests were performed to determine the optical properties 

of the Slide Viewing System (SVS) as a function of magnification, field position, 

contrast, and anamorphism. Comparisons of these properties were made 

between the resolution at the dummy reticle and the resolution at the eyepiece using the interim eyepiece. A telescope will be used with the eyepiece 

to establish data that will not be "eye-limited". The results will be published 

as an addendum to this report. This report is an interim report and covers 

only the resolution testing following review and customer direction for additional 

testing. Results of all previous testing were reported in Itek-Customer meetings. 

2.0 APPLICABLE DOCUMENTS 

The Applicable Documents include: 

2.1 SDR 154-2 

2.2 TR 1429 A 

2.3 SDR 151-8 

2.4 344-68-063 

2.5 344-68-063/B Add 

3.0 TEST DESCRIPTION 

Figure 1, of the test plan document number 344-68-063/B addendum 1, shows 

the test configuration. The Optical System was examined over the following 

field of Optical parameters listed below: 

Step Magnification—High and Low. 

Zoom Ratio—Low/Medium/High 

Anamorph Ratio-1.1,2.1, none 

Field Position—(0, 0) 

(X at + 0.5, + 1.0) 

(Y at + 0.5, + 1.0) 

Target Contrast-1.6 to 1 (Negative only) 

6 to 1 (Negative only) 

Color—White Light only 

Positions—With the Eyepiece 

At the dummy retical 

.F LO D; 

T, I 
NV :1APPROVED FOR 

RELEASE 1 JULY 2015 SPECIAL 1711 41r.111 

One hundred and twenty six data points were examined and the results of 

these readings is shown in Section 4.0 of this report. 

Other Specifications and test criteria included. 

a. All readings were made in H/V (horizontal/vertical). 

b. Opthalmic tests were made on each observer and the results can be 

found in Section 5.1 of this report. These tests were specified in SDR-151-8. 

c. While the bench did not always include elements to represent the 

new beamsplitter and the intensity modulator, these were placed into the 

'system towards the completion of the testing phase and at that time no 

degradation of resolution occured either on axis or at the off-axis positions. 

d. Two observers were used to record the data, with two other observers 

used for backup only. 

All the testing was with the 4mm final exit pupil. 

f. Readings for axial settings were optimized by centering the target and 

pointer with the microscope so that the limiting resolution group was near 

the optical axis, as was specified in SDR-151-8. otfreiT /4)‹ 

4.0 TEST RESULTS 

4.1 Resolution as a Function of Contrast 

The following table relates resolution as a function of contrast. All the 

data was collected during the qualitative test with the exception of additional 

data using a 1000:1 contrast target. 

The data in the table was taken using the interim eyepiece. 

Mag. 1000!1* 

Table 1 

FullX 

6:1 

on axis On axis Full-X 

25.7 H 228/203 203/181 153/144 136/144 

13.6 M 7 128/128 114/102 87/92 

3.6 High step6- 

29/32 29/25 23/26 21/17 

36.4/18.2 MAG 144/144 114/114 121/161 

19.2/9.6 81/102 61/64 

5.1/2.6 L 23/25 16/16 

1.6:1 

On axis FuliK 

128/128 

72/72 

82 /92 

48/61 

*Resolutions are in lines per millimeter at film. 

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* ' 

Resolution as a function of contrast is plotted below (Fig. 1 and Fig. 2) kir 

field Magnification, on axis, 1:1 Anamorphism only, and for both the reticle and, 

eyepiece location. The eye limit defined as 7 1/ mm for 1 X is given at 30X ; 

as 30(7) = 210 1/mm and shown on each chart for reference. A slight fall off 

in resolutions at the edge of the field does occur but is not contrast dependent. 

Therefore, no comparison of the resolution in the field as a function of contrast 

has been made. 

An analysis was performed showing critical areas of astigmatic differences 

between the horizontal and vertical readings. Some of these were individual - 

differences and have been eliminated from the following chart. (see Table 2)-94?.?$4: 

As Shown on the chart most of these differences are due to positioning the 

target off axis in the field. The on axis readings at 1.6 to one are a direct 7944 

effect of the low contrast target. Possible explanations for this effect include: 

a. A defect of the target, as would occur in the processing of the target or, 

an effect of low contrast targets on the visual process. 

b. It should be noted here that the effect of the Anamorphs in producing , 

any astigmatic difference is negligible and not substantiated by the data 

summarized in Table 2. It does not appear to produce any more astigmatism at 

2:1 than 1:1. 

4.2 The Anamorphs and Resolution 

The remaining resolution vrs, magnification data are given below. Only 

the 6:1 contrast data is shown. For the 1.6:1 data refer to the test matrix in the 

appendix of this report. Comments on the result of each chart are given below.: 

Fig.3 Anamorphs 1:1 on axis. 

Fig. 4 Anamorphs 1:1 Full "X" field. 

The term full "X" field refers to the 1.0X on the test Matrix. The resolution 

drops slightly but not critic ally at the edge of the field. The increased resolution 

7 in the high power at the dummy reticle is believed to be due to the fact that 

observers were looking at a vignetted image and the edge effects, enhanced 

the resolution reading. 

Fig. 5 Anamorphs 1:1 full "Y" field. The full "Y" field refers to the 1.0 

Y on the test matrix. The curve is similar to the full "X" field without the 

error at the edge of the field as mentioned above. 

Fig. 6 Without Anamorphs on axis. There is little change here from the 

on axis condition with the Anainorphi at 1:1. 
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Fig. 7 Without Anamorphs, Full X field. In comparison with the full "X') _ 

field and anamorphs at 1:1, the_ragalutio2 is reduced by taking the anamorphs ,s 

out of the system, (at the full X field and dummy reticle position). At the ._ 

eyepiece however the resolution is slightly enhanced. 

Fig. 8 Without Anamorphs, full Y field. The resolution is reduced by 

taking the anamorph out of the system at the full Y field at the dummy reticle! 

for high power. At low power relay it is about the same and in some places 

slightly higher with the anamorph out of the system. No readings were made 

at the eyepiece. 

Fig. 9 Anamorphs 2.1 on axis. At the dummy reticle the resolution is 

greatly reduced in the horizontal direction, while inthe vertical direction• the 

resolution is approximately the same as the 1:1 condition axis or the no 

anamorph condition on axis. 

Fig. 10 Anamorphs 2.1 on axis at the eyepiece. The reduction in resolution 

from the other on axis curves is in the horizontal direction while in the vertical 

direction the resolution is the same. 

Fig. 11 Anamorph 2.1, Full X position. (a) the Horizontal resolution for 

both the eyepiece and dummy reticle is greatly reduced. (b) The vertical 

--- resolution for both the eyepiece- and dummy reticle is greatly enhanced. 

Fig. 12 Anamorph 2.1 Full Y Position . The horizontal resolution both at 

the dummy reticle and at the eyepiece is reduced while for the vertical it is 

enhanced. 
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P1-171‘1111 HIlAiflt 
r 

if • SPECIP1 - SECRET 

4.3 ,Magnification and Resolution 

,Table 3 below shows. the resolution difference between the dummy. reticle 

position and the eyepiece for various magnifications. The majnification is 

changed by the anamorphs as shown in the previous data (Figures 9#throiigh 12)3: 

Resolution is also reduced by the magnification fall off across the field. 1ThiP 

is only a small sampling of the data but is sufficient to show general tendencies. 

Table 3 — Magnification and Resolution 

Parameters: 6:1 Contrast Anamorphs 1:1 Average Resolutions on Axis 

At Reticle At Eyepiece 

(Horizontal/Vertical) (Horizontal/Vertical) 

Magnification Res. (1/mm) Res. (1/mm) 

1.6 14/14 12/12 

3.6 34/34 23/26 

6.4 48/48 41/46 

11.7 77/68 77/82 

13.6 102/102 87/92 

25.7 153/144 = 153/144 

ako APPROVED FOR 

REI,,EASE 1 JU1_Y 2015 

' 

4.4 Resolution Across the Field (X Direction) 

The following generalizations can be made concerning the X field. 

a. Without the anamorphs in the system, there is no set pattern of fall 

off across the field. At some of the points it has obviously decreased in 

resolution while at others it has increased in 0.5x position and decreased 

at the 1.0x position. 

------->b. Placing the anamorphs in the system at 1:1 increases the resolution 

across the field for 1.0 X and 1.0 Y. 

c. With the anamorphs at 2:1 the resolution on axis and at 1.0x and 4.0 

for the horizontal bars is reduced from the 1:1 anamorphic condition. The vertical', 

bar resolution is increased. 

4.5 Resolution Across the Field (Y Direction) 

The same comments as in Section 4.4 of this report apply to the Y direction 

t$ I 

FOLIO 
APFROVFD FOR 

RELE4ASE 1 AJLY 2015 

, 

S4 4.

r 

,14 

i u 

L NU i 'Sfefif-T--- 

n 

4.6 Comparison of the Resolution at the Dummy Reticle Position • 

and at the Eyepiece 

The following generalizations can be made: 

a. The resolution atthe reticle is slightly higher than at the eyepiece. 

b. For field positions the dropoff of resolution is consistant for the 

reticle and the eyepiece. 

c. Contrast reduction effects the 'resolution at the dummy reticle more 

,than at the eyepiece. 

d. When the anamorphs are taken out of the system the "X" resolution 

at the reticle drops-while at the eyepiece the resolution rises slightly. In thei 

Y direction the same dropoff occurs at the reticle but the eyepiece resolutiori '

slightly decreases. 

e. At both the eyepiece and reticle the resolution in the vertical remains 

the same on axis when the anamorphs are set at 2:1. Under the same conditions 

the horizontal resolution at both reticle and eyepiece deteriorates. ' 

f. At off axis conditions with the anamorphs at 2:1 the difference between 

the reticle resolution and the eyepiece resolutions are minor compared with 

/the enhancement of vertical resolutions and the reduction of horizontal 

ireSolution brought about by the anamorphs.. 
gRO APPROVED FOR 

REILEASE 1 JULY 2015 

5.0 CONCLUSION 

`5.1 Results of Eye Examination for Participants in the Experiment 

The following information was received from a certified optometrist 

on the vision of the four participants in the experiment. As it is noted it 

the data sheets only observer no. 2 and no. 4 actively collected the data.' 
',,NtO APPROVED FOR 

RELEASE 1 JULY 2015 

01. alOttOn (1). AYSS OPTOMETRIST 

515 WALNUT ST. PROFESSIONAL BUILDING 

NEWTONV1 LLE 60, MASS. SUDBURY. MASS. 

DECATUR 2-2471 HILLTOP 3-2088 

April 11, 1968 

Richard Dyer - 0 8 STi VIZa. 44 

Visual Acuity:O.D. 20/100 with Rx: 0.D. 20/20 

0.S. 20/400 0.S. 20/20 

Visual Acuity at Near : 0.D. J-1 

with Rx. 0.S. J-1 

Corneal Curves: 0.D. 44.25/45.00 90/180 

0.S. 43.75/44.00 90/180 

Ex: 0.D. -1.75 sph 

0.S. -7.25 = +0.50 cx45 

Morton V. Hess, 0.D. 
ll■fRO APPROVED FOR 

IRELAEASE 1 JULY 2015 SPE 

31011.0n CV. .ROSS OPTOMETRIST 

515 WALNUT ST. PROFESSIONAL BUILDING N EWTONV I LLE 60, MASS. SUDBURY. MASS. DECATUR 2-2471 HILLTOP 3-2088 

April Li, 1968 

Robert McCarthy Oetakv a't4. 

Visual Acuity: 0.D. 20/300 with Rx: 0.D. 20120 

0.S. 20/300 O.S. 20/20 

Visual Acuity at Near with Rx: O.D. J-1 

0.S. J-1 

Corneal Curves: O.D. 44.25/45.00 90/180 

0.S. 44.50/45.00 90/180 

Rx: 0.D. -4.50 = +0.50 cx180 

0.S. -4.50 = +0.50 ox180 

772A, 

Morton V. Ross, 

1 
hi APPROVED FOR c44.1 RE6ASE 1 JULY 2015 SPEC 

Ot. 311.0tion q). OSS 

OPTOMETRIST 

515 WALNUT ST. PROFESSIONAL BUILDING 

NEWTONVILLE 60, MASS. SUDBURY, MASS, 

DECATUR 2-2471 HILLTOP 3-2088 

April 11, 1968 

Jason Raymond 0 6 SMC4 Vek44. 44-3 

Visual Acuity: 0.D. 20/15 

0.S. 20/15 

Visual Acuity at Near : 0.D. J-1 

0.S. J-1 

Corneal Curves: 0.D. itugtikg0 43.50/43.75 90/180 

0.S. 44.00/44.o0 

Fix: 0.D. piano 

O.S. +0.25 ex180 +0.75 , O.U., for prolonged near point 

tasks may be needed. 

0 . 0, ( 

Morton V. R O.D. 

(.4 
OR20 APPROVED FOR 

• „ REillEASE 1 JULY 2015 Si LC . \ LiP t 1A.1 

Ot. notion gZo ss 

515 WALNUT ST. 

NEWTONVILLE 60, MASS. 

DECATUR 2.2471 

OPTOMETRIST 

PROFESSIONAL BUILDING 

SUDBURY, MASS. 

HILLTOP 3-2038 

April 11, 1968 Otisa.a.vczY4 1-t 

George Lawless 

Visual Acuity 0.D. 20/20 

0.S. 20/20 

Visual Scuity at Near with Rx: 0.D. J-1 

0.S. J-1 

Corneal Curves : 0.D. 43.25/43.75 90/180 

0.S. 43.50/44.00 90/180 

Ex: 0.D. +0.50=45 

0.S. *I +0.25 sphere ADD O.U, +2.25 

Morton V. Ross, O D. 
testing at the dummy reticle. 

 The eyepiece data can not be compared until the tests with the telescope , 

(as mentioned above) are complete. 

01 1 

16.0 APPENDIX 

6.1 Data Sheets 

A. Individual Operator Resolution (Group-Element) versus Matrix 

Parameters 

B. Individual Operation Resolution (lines per millimeter) versus 

Matrix Parameters 

C. Conversion Chart 

6.2 Averaged Resolution (lines per millimeter) Versus Matrix Parameters 

....1. , 

.-......... 7.7..,..V. ... . . _ .4.3.,.c.....- . . .. ...... 

%.; 1 . i,:). `. .'.14.-.Cq-i,iVi.;L..i.l'ilq, • 

12 APPROVED FOR 

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okf 0‘, 

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it3f, 

5.3 Summary 

The resolution varies as a function of magnification, field position, 

contrast, and anamorphism. It increases with increased magnificatiori,- 

increased contrast, and positive anamorphism. Even though these generali. 

zations could easily have been predicted)the exact amount of resolution 

degradation was not known nor was the effect of eye limitation on the syStem 

operator performance. 

_ Further experiments will be conducted on the interim eyepiece. data rto _ 

reduce the eye limitations using a telescope to view the eyepiece image. 

This will be published as an addendum to the report and will compare these 

results with the present findings. 

--, - 

Prior to taking the data reported here, the bench was moved and realigned' 

7 using a "pinhole" method. This created a better quality image with much lesp 

color and reduced flare. The resolution does not differ from all previous 
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1 1.00 500.0 4 1 16.0 31.25 8 1 256 1.95 

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