Read an entire 5-band AVHRR image from a tape to database. If FILE does not exist, MIAVHRR will create a 5 channel database that will contain the entire image from tape.
EASI>FILE="96030813.pix" | new database file to receive imagery EASI>MTIC= | defaults to 1,2,3,4,5 EASI>DBOC= | defaults to 1,2,3,4,5 EASI>MTIW= | defaults to entire image on tape EASI>DBOW= | defaults to entire database EASI>AVHRRSEG= | segment will be created EASI>DBGC= | segment will be created EASI>STARTFIL=1 EASI>RUN MIAVHRRThe last created segment will be the GCP segment. The output parameter, LASC, will be set equal to the segment number of this GCP segment (in other words, it will be set equal to DBGC).
Example 2:
Read the 3 AVHRR thermal channels with a 2048x2048 window from a LAC tape. The database file already exists. It has 3 channels, a size of 2048 pixels x 2048 lines, and an existing GCP segment (segment number 5). A text segment will be created to receive AVHRR Calibration/Orbit data. The existing GCP segment (segment number 5) will be overwritten with the new GCPs of the specified window.
EASI>FILE="AVHRR.pix" EASI>MTIC=3,4,5 EASI>DBOC=1,2,3 EASI>MTIW=0,0,2048,2048 EASI>DBOW=0,0,2048,2048 EASI>AVHRRSEG= | Segment will be created EASI>DBGC=5 | Existing segment will be modified EASI>STARTFIL=1 EASI>RUN MIAVHRRThe last created segment will be the text segment. The output parameter, LASC, will be set equal to the segment number of this text segment (in other words, it will be set equal to AVHRRSEG).