USER’S MANUAL__________________________________________________________________
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Also, the RVP900 will output all zeroed data whenever a ray contains
any blanked pulses.
7.23 Configure Interference Filter (CFGINTF)
The RVP900 can optionally apply an interference filter to its incoming
(I,Q) data stream, with the goal of rejecting occasional and sparse
interference from other (usually man-made) signal sources. The CFGINTF
command is used to choose which filtering algorithm will be applied, and
to configure its operation via additional XARGS parameters (see Section
7.20 Pass Auxiliary Arguments to Opcodes (XARGS) on page 320).
PRT PRT (Pulse Repetition Time) measured at the end of the
ray. Same format as GPARM Word #30. The measured
PRT's are forced to 0xFFFF (the maximum unsigned
value) whenever the external trigger is expected but
missing.
Pul Number of pulses that were used to compute the ray.
Tim Milliseconds universal time (0999), sampled at the end of
the ray.
Gpm GPARM. Sends a copy of the 64-word GPARM output
with each ray.
Flg Ray Flag word:
Bit 0: Dual PRF is in the low PRF state
Bit 1: Trigger is blanked for this ray
Bit 2: This ray is from one of the PRFSECT special sectors
Bits46: Tells which PRFSECT when Bit-2 is set
UTC 3-word universal time, sampled at the beginning of the ray
Word 1: Milliseconds (0999)
Word 2: Low 16-bits of 32-bit UTC time
Word 3: High 16-bits of 32-bit UTC time
MMT MisMatched Timeseries bits (playback versus RVP900
configuration). See the MMTS_* flags in dsp.h.
SYT IFDR system clock time at the beginning of the ray
Word 1: Low 16-bits of 32-bit clock counter
Word 2: High 16-bits of 32-bit clock counter
PBN Timeseries playback version number
TID Task ID encoded as struct rvp900TaskID_IO (14 words
total)
PedINU Auxiliary pedestal and INU information encoded as struct
rvp900AuxPedINU, giving full angle and position
information for moving platform systems (18 words total).
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