mcot.dippi.scan

Defines the acquisition parameters for a shell of DIPPI data

Classes

Encoding(value)	Type of diffusion encoding to use
MultiShell(shells[, group_by])
ObservedShell(gradients, scanner, bval, ...)	Represents an shell of actual observed data, where the first and second echo time are known.
Scanner([gyro_magnetic_ratio, ...])	Scanner properties relevant for running a DIPPI sequence.
SimulatedShell(scanner, encoding, bval, ...)	Represents the scan settings and physical constants

Functions

spherical_harmonics(gradients, lmax[, odd])
spherical_harmonics_indices(lmax[, odd])

spherical_harmonics

mcot.dippi.scan.spherical_harmonics(gradients, lmax, odd=True)

spherical_harmonics_indices

mcot.dippi.scan.spherical_harmonics_indices(lmax, odd=True)