Differences between revisions 1 and 9 (spanning 8 versions)

F3 Test Procedure

This test procedure is organized according to the Standard Processing States.

Processing State	Activity	Diagnostic Tool	Notes
	Register DS images		All images which cover the TAG site
	Autoregister DS images
Tiled	Tile at 20cm		Tile a 50m wide region centered on TAG1. Do not fix landmarks, continue to next tiling.
Tiled	Tile at 10cm	find_nofitT
Tiled	Fix landmarks as necessary
Correlated	Iterate	find_nofitP, logEval.sh
Correlated	Fix landmarks (align images)		Repeat these two steps until correlation achieved.
Imaged	Fix landmarks (add images)	Residuals (no of images per lmrk)	Ensure that model is correlated & imaged.
Fitted	Fix landmarks (fit overlaps)	logEval.sh	Work on lmrks until overlaps are fitted. Ensure that model is correlated, imaged, & fitted.
Geometry	Run Geometry to update S/C posn/ptg
Geomtery	Iterate	find_nofitP / logEval.sh
Geometry	Fix landmarks		Repeat these two steps until correlation achieved. Ensure that model is correlated, imaged, & fitted.
Residualed	Clean landmarks	Reisduals (5, 0.001, 0.001)	fix all >> which indicate images and lmrks which have shifted beyond pixel and distance thresholds. Ensure that model is correlated, imaged, fitted, & residualed.
Re-tiled	Fill any holes with new lmrks	map_coverage	Ensure that model is correlated, imaged, fitted, geometried, & residualed.
	Evaluate	CompareOBJ CompareOBJ with optimal translation and rotation	Evaluate a 20m wide region centered on TAG1.

-  ⇤ ← Revision 1 as of 2016-01-29 17:42:43 → 
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+   ← Revision 9 as of 2016-01-29 17:54:49 → ⇥
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  Editor: DianeLambert
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+|| || Register DS images|| ||All images which cover the TAG site ||
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-||Correlated||Iterate||find_nofitP||Repeat these two steps until correlation achieved.||
||Correlated||Fix landmarks|| ||Repeat these two steps until correlation achieved.||
+||Correlated||Iterate||find_nofitP, logEval.sh|| ||
||Correlated||Fix landmarks (align images)|| ||Repeat these two steps until correlation achieved.||
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-||Fitted||Fix landmarks||logEval.sh||Work on lmrks until overlaps are fitted.<<BR>>Ensure that model is correlated, imaged, & fitted.||
+||Fitted||Fix landmarks (fit overlaps)||logEval.sh||Work on lmrks until overlaps are fitted.<<BR>>Ensure that model is correlated, imaged, & fitted.||
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-||Geomtery||Iterate||find_nofitP / logEval.sh||Repeat these two steps until correlation achieved. ||
||Geometry||Fix lmrks|| ||Repeat these two steps until correlation achieved.<BR>Ensure that model is correlated, imaged, & fitted.||
||Residualed||Clean landmarks||Reisduals (5, 0.001, 0.001): >> indicating images and lurks which have shifted beyond pixel and distance thresholds||Ensure that model is correlated, imaged, fitted, & residualed.||
+||Geomtery||Iterate||find_nofitP / logEval.sh|| ||
||Geometry||Fix landmarks|| ||Repeat these two steps until correlation achieved.<<BR>>Ensure that model is correlated, imaged, & fitted.||
||Residualed||Clean landmarks||Reisduals (5, 0.001, 0.001)||fix all >> which indicate images and lmrks which have shifted beyond pixel and distance thresholds.<<BR>>Ensure that model is correlated, imaged, fitted, & residualed.||
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-|| ||Evaluate||CompareOBJ RMS with and without optimal translation and rotation||Evaluate a 20m wide region centered on TAG1.||
+|| ||Evaluate||CompareOBJ<<BR>>CompareOBJ with optimal translation and rotation||Evaluate a 20m wide region centered on TAG1.||