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Size: 992
Comment:
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Size: 1342
Comment:
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| Deletions are marked like this. | Additions are marked like this. |
| Line 3: | Line 3: |
| Purpose: To test if ultra-high resolution imagery (i.e. 0.2 cm resolution) will improve the solution of shape3 topography (i.e. vertical boulders) and snap the heights of boulders into place. | Purpose: To test if ultra-high resolution imagery (i.e. 0.5 cm resolution) will improve the solution of shape3 topography (i.e. vertical boulders) and snap the heights of boulders into place. |
| Line 8: | Line 8: |
| * Image Suite: Optimal flight path, resolutions: 50cm, 20cm, 10cm, 5cm, 1cm, 0.5cm, and 0.25cm. | * Image Suite: Optimal flight path, resolutions: 50cm, 20cm, 10cm, 5cm, 1cm, and 0.5cm. |
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5cm GSD maplets from 5cm images {{attachment:5_5_MMAPL5.jpg}} 2cm GSD maplets from 1cm images {{attachment:2_1_MMAPL5.jpg}} 1cm GSD maplets from 1cm images {{attachment:1_1_MMAPL5.jpg}} 0.5cm GSD maplets from 1cm images {{attachment:0p5_1_MMAPL5.jpg}} 0.5cm GSD maplets from 0.5cm images {{attachment:0p5_0p5_MMAPL5.jpg}} |
MMAPL5 located at -8.858 263.551
Purpose: To test if ultra-high resolution imagery (i.e. 0.5 cm resolution) will improve the solution of shape3 topography (i.e. vertical boulders) and snap the heights of boulders into place.
Data
- Data was generated by Imager_mg using shape3.8 on ormacsrv1.
- - Centered at the middle of TAG site one.
- Image Suite: Optimal flight path, resolutions: 50cm, 20cm, 10cm, 5cm, 1cm, and 0.5cm.
Spacecraft:
Sun:
Evaluation Bigmap:
Name |
GSD |
Q |
Width |
MMAPL5 |
0.5cm |
200 |
2m |
Results
Test Step |
CompareOBJ w/o trans or rot |
step02a (tile) |
2.91cm |
step01a (tile) |
2.80cm |
step0p5a (tile) |
2.66cm |
step0p5b (add images, b4 didn't work) |
ND |
step0p5c (iterate without new images) |
ND |
step0p5d (ran b4 on new images) |
ND |
step0p5e (iterate with new images) |
2.71cm |
5cm GSD maplets from 5cm images
2cm GSD maplets from 1cm images 
1cm GSD maplets from 1cm images
0.5cm GSD maplets from 1cm images
0.5cm GSD maplets from 0.5cm images
