CON
If set, the I,Q data acquisition thread proceeds continuously while the opcode is
executed.
If clear, the I,Q stream is interrupted before handling the call.
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---------------------------------------------------------------
| | | | | | | | | | | | | | | | |
| Optional Input Words | XARG List
|----------------------------------------------------------------|
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| | | | | | | | | | | | | | | | |
| Optional Output Words | User Output
|----------------------------------------------------------------|
8.36 Load Melting Layer Specification
(MLSPEC)
RVP900 allows you to get melting layer-specific information, including the melting layer
height and the uncertainties, from the latest melting layer product created in IRIS.
The melting layer specifications are set as a function of range, azimuth, and elevation based
on the information coming from the configuration of the task and either the melting layer
product parameters used in the latest melting product created or the melting layer product
default parameters.
RVP900 can use spatially variable melting layer (ML) altitudes, which may be preloaded for
each interval of data processing (PROC). The ML altitudes are referenced to the Mean Sea
Level (MSL), and estimate the top of ML.
The input data are the maps of melting layer altitudes projected into sweep cones of the
data sweeps, to be carried out by the PROC command.
The command is an extended OpCommand and is
defined as follows:
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---------------------------------------------------------------
| | | | | | | | | | | | | | | | |
| | 0 0 0 1 0 0 0 1 1 1 1 1 | Command
|---------------|------------------------|---|-------------------|
The lowest 5 bits correspond to the default 0X1F for extended opcode commands and the
7 middle bits are the value for the XOP_MLSPEC command (0X10).
RVP900 User Guide M211322EN-J
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