Uses of Interface
simpa.core.api.SphereCovering

Packages that use SphereCovering

Package	Description
simpa.acc.api.create	This package contains all the interfaces and classes related to the creation and setting up of components to construct accelerators.
simpa.core.api	This package contains all public interfaces and classes that can be programmed to.

Uses of SphereCovering in simpa.acc.api.create

Methods in simpa.acc.api.create with parameters of type SphereCovering

Modifier and Type	Method	Description
void	AccFieldFactory.shExpandAllGroups(Sequence sequence, int lmax, SphereCovering cover, Double relativeError, boolean writeStatFile, int pass1Lmax)	Expands all the groups in the sequence one by one.
void	AccFieldFactory.shExpandGroup(Sequence sequence, String groupName, int lmax, SphereCovering cover, Double relativeError, boolean writeStatFile, int pass1Lmax)	Expands the potentials for the given accelerator element group of the machine inside the beam region with solid harmonics balls of a given maximum degree and writes the resulting binary field map file to the disk.

Uses of SphereCovering in simpa.core.api

Methods in simpa.core.api that return SphereCovering

Modifier and Type	Method	Description
static SphereCovering	SphereCovering.createHCPLatticeCover(String coverFilename)	Creates a HCPLatticeCover from a cover file in format X Y Z Radius.
static SphereCovering	SphereCovering.createHCPLatticeCover(String stlFile, double ballRadius)	Creates an HCP lattice of equal spheres with a given radius.
static SphereCovering	SphereCovering.createHCPLatticeCover(List<Profile> profiles, double ballRadius, boolean circularPath)	Creates an HCP lattice of equal spheres with a given radius.
static SphereCovering	SphereCovering.createSingleRowCover(String file)	Creates a single row cover from a cover file.
static SphereCovering	SphereCovering.createSingleRowCover(List<org.apache.commons.math3.geometry.euclidean.threed.Vector3D> pathPoints, double apertureRadius, double ballRadius, boolean closedPath)	Creates a single row cover around a given orbit with with a single line of balls centered on the orbit.The balls overlap such a way that it always covers a given aperture around the orbit.

Methods in simpa.core.api with parameters of type SphereCovering

Modifier and Type	Method	Description
void	SHFieldFactory.createSHField(GlobalSourceArrangement gsa, SphereCovering covering, int lmax, String binaryFileName, Double relativeError, boolean writeStatFile, int pass1Lmax)	Creates an SHField containing spherical harmonics coefficients and other necessary data for a field map and serializes it to the disk.