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User guide
PyPulseq compatibility
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Pulseq file format internals
C++ core internals
RF and gradient design internals
Sequence module and function internals
Sampling and ordering internals
Sequence-analysis computations
Safety-check computations
Explanations
Pulseq file format
C++ core
RF and gradient design
Sequence modules and functions
Sampling and ordering
Sequence analysis
Safety checks
Examples
Course
1. Your first gradient echo
2. Echo and repetition time
3. Spoiling
4. Labels and metadata
5. Radial sampling and gradient surgery
6. Radial MPRAGE
7. Hardware and safety checks
8. Sequence functions
9. Sequence modules
10. Custom sequence module
Tours
FID and spin echo
Slice-selective excitation
Echo planar imaging
Multi-echo gradient echo
Segmented echo planar imaging
Spiral readout
Ramp-sampled readout
Twisting radial readout
Minimum-phase excitation
Built-in sequences
Gradient echoes
Spin echoes
Fast spin echo
MPRAGE
Balanced SSFP
Echo-planar imaging
Zero echo time
API reference
Sequence and system limits
Reading and writing files
Events and blocks
Gradient design
RF pulse design
Trajectory design
Timing and rasterization
Sampling and scan-loop schedules
Sequence modules
Sequence functions
Gradient, PNS, acoustic and SAR checks
Plotting
Command-line helpers
Sequence catalogue
Miscellaneous
License and third-party notices
Related projects
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RfDefinition.flip_deg
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RfDefinition.flip_deg
