NIST Scan Framework For ARTIQ
2.1
Introduction
Installing the NIST scan framework
Creating scan experiments
Getting Started with Scans
Processing and handling of scan data
Core scan features
Relative scan ranges and auto tracking
Time & frequency scans
Performing multiple measurements
Performing calculations
Running warmup points
Monitor histograms
2D Scans
Lost ion detection and reloading
Using models for data processing
Scans references and API docs
Models reference and API docs
Curve fitting
Applets
NIST Scan Framework For ARTIQ
»
Creating scan experiments
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Creating scan experiments
ΒΆ
Getting Started with Scans
Creating a 1D Scan
Creating a Scan Model
Processing and handling of scan data
Generating statistics and mutating datasets
Performing fits
Avoiding bad fits: fit validations
Custom handling of fits
Setting fit guesses in the GUI
Core scan features
Pausing, resuming, & early termination
Passes
Broadcast, Persist, and Save
Current Scan Namespace
Monitoring Histograms
Profiling
Relative scan ranges and auto tracking
Relative scan ranges
Auto-tracking
Time & frequency scans
Time scans
Frequency scans
Time/frequency scans
Performing multiple measurements
Multiple measurements without models
Multiple measurements when using models
Performing calculations
Running warmup points
Monitor histograms
2D Scans
The
calculate_dim0
Callback
Example 2D Scan
Lost ion detection and reloading
Lost Ion Re-Loading