| ▼Nmsl | Top-level namespace of the msl library |
| Nacceleration | Set of helpers to deal with accelerated imaging (partial Fourier, iPAT, etc.) |
| Ngradient_pulses | Functions generating gradient pulses based on user and system constraints |
| ▼Ngraph | Graph-related objects and functions |
| CAbstractNode | Base class for all graph nodes |
| CAction | Node calling a function when run is called |
| CBlock | Node encapsulating a block (anything respecting the API of SeqBuildBlock) |
| CCase | Node encapsulating a switch/case structure based on a boolean key or a function key |
| CFlexibleFunctionAdapter | Adapt a FlexibleFunction to its nominal form |
| CIf | Node running its children based on a boolean key or a function key |
| CIteratorTemplate | Node encapsulating an msl::Iterator |
| CLoop | Node encapsulating a loop structure, using a Counter from the registry |
| CNode | Container node, prepare and run its children sequentially |
| Nmask_iterators | |
| ▼Nrf_pulses | Pre-defined RF pulses and pulse modifiers |
| CExternal | External RF pulse |
| CRect | Rectangular RF pulse |
| CSelective | Selective RF pulse, i.e. played with a gradient pulse |
| CSimpleRFPulse | RF pulse composed of a simple sRF_PULSE-derived object and an NCO |
| CSinc | Sinc RF pulse |
| CCartesianReadout | Cartesian read-out along the X gradient, comprising the ADC, NCO manipulation, and read-out gradient |
| CConstIterator | Read-only iterator to a container |
| CCounter | Counter from 0 (included) to end (excluded) |
| CDictionary | Generic key-value associative container |
| CGradientPulse | Trapezoidal gradient pulse on three axes, with matching ramp and plateau durations on all axes and equal ramp up and ramp down durations |
| CGradientSpecs | Specifications of the gradient system |
| CIterator | Read/write iterator to a container |
| CKSpace | Description of the discretized k-space geometry |
| CMask | A two dimensional mask |
| CNCOPair | Encapsulation of a pair of NCO objects, setting and resetting the frequency and the phase of the NCO before and after a real-time event |
| CPhaseCycling | Compute phase cycling with linear and quadratic increments |
| CRealTimeEvents | Base class for real-time events |
| CRFPulse | Base class for RF pulses |
| CSequence | Graph-based sequence class |
| CSynchronization | Run a synchronization event |
| CVector | A vector of arithmetic types |
| Nstd | STL namespace |