MSI Mosaic Samples Added Information

Naming Convention: AAAFB_CC_DDLEEE

AAA = DOY if data from single DOY, otherwise not used

F = Indicates next charcter(s) is (are) filter designation

B = Filter designation (multiple characters if multi-band)

CC = resolution code in pixels per degree

DD = center latitude of mosaic area (not neccessarily projection center)

L = North (N) or South (S) designation for center lat

EEE = center longitude of mosaic area (000-360 west)(not neccessarily projection center)

File Name	Proj	Clat	Clon	Lat1	Lat2	Lon1	Lon2	Res	Units
006F4_64_10S230.IMG	SIMP	0	180	-20	0	220	240	32	IF
007F4_64_10S330.IMG	SIMP	0	180	-20	0	320	340	32	IF
025F3_64_16S018.IMG	SIMP	0	180	-25	-8	6	30	64	IF
131F4_16_60N082.IMG	SIMP	0	180	45	75	40	124	16	IF
179F4_32_65S095.IMG	SIMP	0	180	-90	-40	0	190	32	IF
208F4_64_16S014.IMG	SIMP	0	180	-6	-26	0	28	64	IF
219F4_64_16S014.IMG	SIMP	0	180	-6	-26	0	28	64	IF
293F4_64_16S014.IMG	SIMP	0	180	-6	-26	0	28	64	IF
290F134_16_22S210.IMG	SIMP	0	180	-45	0	180	240	16	IF
290F134_16_22S270.IMG	SIMP	0	180	-45	0	240	300	16	IF
290F134_16_22S330.IMG	SIMP	0	180	-45	0	300	360	16	IF
300F4_32_02N269.IMG	SIMP	0	180	-42	46	232	306	32	IF
300F4_32_02N269.IMG	SIMP	0	180	-7	7	175	190	128	IF
300F4_32_08S233.IMG	SIMP	0	180	-22	5	215	250	32	IF
300F3_256_10S041.IMG	SIMP	0	180	-18	-1	34	47	256	IF
353F4_64_20S280.IMG	SIMP	0	180	-30	-10	270	290	64	IF
025F4_32_47S051.IMG	SIMP	0	180	-70	-24	34	68	32	IF
027F3_256_03S177.IMG	SIMP	0	180	-4	-2	175	180	256	IF
F4_16_00N000.IMG	SIMP	0	180	-90	90	0	360	16	NIF
F4_64_01N012.IMG	SIMP	0	180	-8	10	2	26	64	NIF

Proj = map projection, SIMP = simple cylindrical

Clat = latitude of projection center

Clon = longitude of projection center

Lat1 = minimum latitude

Lat2 = maximum latitude

Lon1 = minimum longitude

Lon2 = maximum lomgitude

Res = resolution pixels per degree

Units = IF I/F, NIF = I/F normalized to zero degrees emission angle and 30 degrees incidence angle

Note: Due to the highly irregular shape of Eros the scale changes as a function of longitude as well as latitude for the Simple Cylindrical used here. To accurately reproject the data a shape model is required in most cases.