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- Scientific completeness
- This remains the primary driver in
synthesis development. Significant synthesis capabilities exist within
the package at present, and are being more widely used in the
scientific community with each release. This process can be aided by
continued improvement in vertical integration of synthesis
applications, and in the addition of scientific completeness beyond
current capabilities.
- Time-critical local priorities
- It is important that the project
meet time-critical targets required for successful AIPS++ use at
consortia sites, particularly where the use of AIPS++ is closely
integrated into the critical path required for instrument use or
operation.
- Basic automated imaging
- Significant work in this area took
place in v1.4, but needs to continue in this development cycle to
include the highest level tools in this area.
- Automated testing
- Expanding the automated testing of synthesis
capabilities using simulated data is a priority during this cycle,
both at the C++ and Glish level. This has benefits in speeding up
release testing, and in daily and weekly checks of system integrity
for end-users and user test groups.
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2004-06-05