Fixed the missing plots after handling multi-antenna logs.

[bhers4]

Fixes

• After handling multi-antenna cases we were missing several plots since they were looking at the wrong source_id.

[Copilot]

Pull request overview

This PR fixes missing analysis plots in multi-antenna (multi-source_id) logs by ensuring GNSS plots are generated from the correct GNSS antenna source IDs, and by making the map plotting logic tolerant of some source IDs lacking pose data.

Changes:

• Update map plotting to iterate all self.source_ids, skipping per-source empty/invalid pose data instead of aborting the entire map.
• Update GNSS azimuth/elevation plotting to run per GNSS antenna source ID (matching existing multi-antenna behavior in other GNSS plots).
• Adjust GNSS azimuth/elevation output naming and titles to include antenna labels and avoid filename collisions.

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[adamshapiro0]

Looks good, except separate out pose IDs, and consider pre-computing and caching lists of IDs vs current _get_gnss_antenna_source_ids() func that regenerates the list on each call

[Copilot]

Pull request overview

Copilot reviewed 1 out of 1 changed files in this pull request and generated no new comments.

Comments suppressed due to low confidence (1)

python/fusion_engine_client/analysis/analyzer.py:1096

• visible is based on min(pose_source_ids), but pose_source_ids is only range-filtered (0-99) and may still include IDs that have no PoseMessage (or no valid solutions). If the smallest ID gets skipped in the loop (no pose / no valid), every remaining pose trace will be created with visible='legendonly', producing an empty-looking map by default even though valid pose data exists for a higher source_id.

            # Only put default source ID on map by default.
            legendgroup = None if len(pose_source_ids) == 1 else source_id
            visible = None if source_id == min(pose_source_ids) else 'legendonly'