 at2py | ELSTR=AT2PY(ELEM) convert AT element tp pyat |
| at2str | ELSTR=AT2STR(ELEM) String representation of an AT element |
| ataddmpolecomppoly | ataddmpolecomppoly adds a multipole component to an existing polynomial, |
| ataddmpoleerrors | ataddrandmpole adds a random multipole component to all elements of type |
| atdivelem | LINE=ATDIVELEM(ELEM,FRAC) divide an element into pieces |
| atelem | ATELEM makes a new AT element structure from another element, |
| atfastring | ATFASTRING Generate simplified AT structures |
| atfitchrom | ATFITTUNE fits chromaticites by scaling 2 sextupol families |
| atfittune | ATFITTUNE fits linear tunes by scaling 2 quadrupole families |
| atgetcells | ATGETCELLS performs a search on MATLAB cell arrays of structures |
| atgetfieldvalues | ATGETFIELDVALUES retrieves the field values AT cell array of elements |
| atguessclass | ATCLASS=ATGUESSCLASS(ATELEM) Tries to determine the class of an element |
| atindex | ATINDEX extracts the information about element families and |
| atinsertelems | ATINSERTELEMS Insert elements at given locations in a line |
| atloadfielderrs | ATLOADFIELDERRS will load a field error structure into a ring |
| atmakefielderrstruct | MAKERNDFIELDERRS will create a field error data structure |
| atreduce | ATREDUCE Remove useless elements from an AT structure |
| atsbreak | ATSBREAK Insert markers at given s positions in a lattice |
| atsetRFCavity | ATSETRFCAVITY sets the RF Cavity with the passmethod RFCavityPass. |
| atsetfieldvalues | ATSETFIELDVALUES sets the field values of MATLAB cell array of structures |
| atsetshift | ATSETSHIFT sets the misalignment vectors |
| atsettilt | ATSETTILT sets the entrance and exit rotation matrices |
| atshiftelem | ATSHIFTELEM set new displacement parameters |
| atsplitelem | ATSPLITELEM Creates a line by inserting one or more elements into a base element |
| attiltelem | ATTILTELEM sets new rotation parameters |
| atwritem | ATWRITEM Creates a .m file to store an AT structure |
| atwritepy | ATWRITEM Creates a .m file to store an AT structure |
| buildlat | BUILDLAT places elements from FAMLIST into cell array THERING |
| combinebypassmethod | COMBINEBYPASSMETHOD combines adjacent elements that have the same specified pass method |
| combinelinear45 | COMBINELINEAR45 combines adjacent elements that use 4-by-5 PassMethods |
| findcells | FINDCELLS performs a search on MATLAB cell arrays of structures |
| findtags | FINDTAGS looks for string matches in 'Tag' field of AT lattice elements |
| getargs | GETARGS Check and expands optional argument lists |
| getcellstruct | GETCELLSTRUCT retrieves the field values MATLAB cell array of structures |
| getflag | GETFLAG Check the presence of a flag in an argument list |
| getoption | GETOPTION Extract one option from an option list ['Name',value,...] |
| insertelem0 | INSERTELEM0 - quick and dirty: |
| insertindrift | INSERTINDRIFT inserts one or more elements into a drift element |
| isatelem | ISATELEM tests if an input argument is a valid AT element. |
| isatlattice | ISATLATTICE tests if an input argument is a valid AT lattice. |
| mergedrift | MERGEDRIFT removes a lattice element and merges the two adjacent drift spaces |
| mvelem | MVELEM(ELEMPOS, DIST) moves an element located at ELEMPOS in THERING |
| parseargs | PARSEARGS Check and expands optional argument lists |
| reverse | REVERSE reverses the order of elements in a one-dimensional MATLAB ARRAY |
| rmelem0 | RMELEM0 removes elements of length 0 from the accelerator lattice |
| setcellstruct | SETCELLSTRUCT sets the field values of MATLAB cell array of structures |
| setshift | SETSHIFT sets the misalignment vectors T1, T2 for elements |
| settags | SETTAGS sets the 'Tag' field in AT lattice elements |
| settilt | SETTILT sets the entrance and exit misalignment matrixes |
| splitdrift | SPLITDRIFT inserts an element into a drift space |
| splitelem | INSERTELEM inserts one or more elements inside another element |
| symplectify | symplectify makes a matrix more symplectic |
Master index