NITF version 2.0 Sample Imagery


NITF 1.1 NITF 2.0 NITF 2.1/NSIF 1.0 JPEG 2000 RSM


Number Case OBJECTIVE  OF THIS  FILE
1 U_1001a Checks an uncompressed 1024x1024 8-bit mono image w/GEO data (AIRFIELD)
2 U_1005a Checks a JPEG-compressed 64x64 8-bit mono image (LINCOLN), Q1 embedded tables, with image comments.
3 U_1025a Checks a JPEG-compressed 256x256 8-bit mono image w/restarts that do not fall on right edge of image (TANK).
4 U_1033a Checks a JPEG-compressed 256x256 8-bit mono image with fill (FF) in JPEG stream (tank).
5 U_1034a Checks a 1 bit mono no LUT with white arrow and black background, no mask table, also image not located at 0,0.
6 U_1036a Checks a bi-level compressed 1D, FAX image, w/fill for transmission rate & time requirements (BLIMP).
7 U_1050a Checks all run lengths on a bi-level compressed at 2DH,1024x1024 FAX imagery (SEMAPHORE).
8 U_1051e Checks for CGM Text in the proper location.
9 U_1052a Checks to see if the system renders a basic "Circle" with line and edge width of one pixel.
10 U_1056a Checks for rendering CGM ellipses.
11 U_1060a Checks for rendering CGM polylines (line width of 1 & line types of 3,4 & 5) checks default of line type.
12 U_1064a Checks for rendering 1 CGM polylgon (line & edge width of 1 pixels). 
13 U_1068a Checks for rendering CGM rectangles (edge width of 1 pixels) , starting point is LR of rectangle. 
14 U_1072a Checks for rendering 1 CGM circular arc cord (line width of 1 & edge width of 50 pixels). 
15 U_1075a Checks for rendering 1 CGM circular arc (line width of 50 and edge width of 1 pixels), CGM color componet marked as M.
16 U_1079a Checks for rendering 1 CGM elliptical arc cord (line & edge width of 1 pixels).
17 U_1083a Checks for rendering 2 CGM elliptical arcs (line & edge width of 1 pixels). 
18 U_1087a Checks for proper interpretation of Virtual Device Coordinates (VDC) upper right (line width of 2 pixel). 
19 U_1090b ARTCTST_1 checks for rendering of 5 CGM arcs (line & edge width of 1 pixels).
20 U_1090h CIRCLE4 checks for proper interpretation of VDCs and drawing of CGM circles across different quadrants.
21 U_1090q CIRARCC9 checks for proper interpretation of VDCs and drawing of center-closed CGM circular arcs across different quadrants.
22 U_1090y EL_ARCC1 checks for proper interpretation of VDCs and drawing of closed CGM elliptical arcs across different quadrants.
23 U_1091d Checks for proper interpretation of VDCs and drawing of closed CGM elliptical arcs across different quadrants, upper right.
24 U_1091f Checks for proper interpretation of VDCs and drawing of closed CGM elliptical arcs across different quadrants, upper right.
25 U_1091j Checks for proper interpretation of VDCs and drawing of closed CGM elliptical arcs across different quadrants, upper left.
26 U_1092c Checks multiple combinations of CGM elements on a 1024 x 1024 mono image (AIRFIELD)
27 U_1098a Checks how a system handles CGM text without attributes, first CGM no attributes, second CGM only the text color is set (green).
28 U_1101a Checks an uncompressed 1024x1024 8-bit mono image w/CGM text, all fonts. All CGM files using NITF 2.0 metafile description.
29 U_1114a Checks a single text segment with only one byte of data.
30 U_1118a Checks a system of how it handles a text segment with an embedded WP file.
31 U_1122a Checks (1) compressed 1024 x 1024 & (4) 231 x 191 8-bit mono images w/(100) labels & BMP & (5) text files.
32 U_1123a Checks the display & attachment of (5) JPEG-compressed 8-bit mono images w/(4) BMP, (4) Label & (1) text file.
33 U_1125c Checks to ensure a system does not crash when receiving an NITF file with NUMX data, this file has NITF 2.0 standard labels. The system must terminate the interpret process when NUMX is anything but 000.
34 U_1125d Checks to ensure a system does not crash when receiving an NITF file with NUMX data, this file has NUMX BS data that is not labels and segment lengths do not match label lengths. The system must terminate the interpret process when NUMX is anything but 000.
35 U_1127a Checks to see how and NITF 2.1 system handles a non-compliant object symbol.
36 U_1130f Checks overflow from the UDHD, XHD, UDID, IXSHD, SXSHD and TXSHD.
37 U_2001a Checks a systems ability to handle a LUT with 128 entries.
38 U_2001d RGB_PI checks a color image w/ a JPEG-comp. header COMRAT=0.00 & ADS=0 (Q-Tables is in the JPEG stream). (Distorted TRACKER)
39 U_2001e YCbCr_PI checks a color image w/ a JPEG-comp. header COMRAT=0.00 & ADS=0 (Q-Tables is in the JPEG stream). (Distorted TRACKER) 
40 U_2005a Checks a JPEG-compressed 256x256 24-bit PI color image w/ custom Q-table, IMODE=P, & RSTI=32.
41 U_2010a Checks a JPEG-compressed 256x256 YCbCr color image w/ QFAC=1, RSTI=32, IMODE=P. 
42 U_2015a Checks a JPEG-compressed 256x256 YCbCr color image w/ QFAC=custom1, RSTI=16, IMODE=P.
43 U_2020a Checks a JPEG-compressed 256x256 YCbCr color image w/ QFAC=custom1, RSTI=32, IMODE=B.
44 U_3001a Checks an uncompressed 1024x1024 24-bit SI blocked (IMode-S) color imagery (HELO).
45 U_3002a Checks an uncompressed 256x256 24-bit SI blocked (IMode-B) color imagery (TRACKER).
46 U_3010a Checks an uncompressed 1024x1052 8-bit blocked (128 blocks) color image w/LUT (BARN).
47 U_3050b Checks an uncompressed base image with multiple CGM elements (CGM element has lowest DL)
48 U_3058b Checks to see if the SUT can unpack and display a VQ compressed 1536 x1536 image
49 U_4001b Checks a JPEG compressed, single blocked 2048x2048 mono image (CAMEL) 
50 U_4002a Checks a single blocked 255x257 image with 13/16 (ABPP=13, NBPP=16) (LENNA) 
51 U_4003b Checks a compressed 1 bit per pixel FAX image 2560x4096 (NITF) 
52 U_4004b Checks a (1d) compressed 2221x2223, 1bit per pixel FAX image (VQ) 
53 U_4005a Checks a multi blocked (4), 1024x1024 image with 11/16 (ABPP=11, NBPP=16) (AIRSTRIP) 
54 U_4007a Checks a multi blocked (6), 255x257 image with 13/16 (ABPP=13, NBPP=16) (LENNA) 
55 U_4017a Checks a 64x64 mono image with 12 bit JPEG (LINCOLN) 
56 U_4018b Checks an odd size 505x507 JPEG 12 bit mono image w/bad IMAG--1.00, (DOCK) 
57 U_4018e Checks a 1024x1024, 12 bit mono image compressed using short Huff table, APP9 (COMRAT=00.0) (90-AIRFIELD) 
58 U_4020f Checks 12 bit JPEG map method "2" 8/12 SAR simulation w/ progressive block min values in multiples of 20 
59 U_4020h Checks 12 bit JPEG map method "2" w/simulated SDEs and progressive block min values (block 1 = 200 thru block 6 = 3200)
60 U_4020i 12-Bit MAP#2 JPEG OFLOW TAGS & PROG BLK MIN VALS (BLOCK1=200 THRU BLOCK6=3200) 
61 U_4022a 12-Bit MAP#2 JPEG BOGUS SDES & PROG BLK MIN VALS (BLOCK1=200 THRU BLOCK6=3200)


All Documents   Test Program Plan   Format Compression
Graphics   Communications   Information Documents
Demonstration Software   Sample Files   JITC Test Tools
Table of Contents   Previous Page


        Updated on 09 December 2005