- The centroid and sigma output from run_setup is not correct when BRANCH elements are used.
- The REFERENCE_CORRECTION feature of the CSBEND element is ignored while performing calculations related to the moments_output command.
- Setting CHANGE_T=1 on RFCA and RFCW elements can give invalid results when tracking beams with very large time spread compared to the bunch length.
- Twiss output contains entries for the higher-order dispersion, tune shifts with amplitude, higher-order chromaticity, and tune spreads due to chromaticity and amplitude even when these are not calculated, which is potentially misleading. The values are zero when the calculation is not requested.
- Computation of closed orbits and Twiss parameters will not always include the effects of synchrotron radiation losses when these are imposed using SREFFECTS elements. See the documentation for SREFFECTS for details.
- Computation of beam moments does not include synchrotron radiation effects from UKICKMAP elements.
- The file created with the parameters field of run_setup does not contain any non-numerical parameters of the lattice.
- Computation of radiation integrals does not include the effect of steering magnets.
- There is a bug related to using ILMATRIX that will result in a crash if one does not request
computation of the twiss parameters. If you encounter this problem, just add the following
statement after the run_setup command:
&twiss_output

matched = 1

&end - The OUTPUT_FILE feature of the TFBDRIVER will produce a file with missing data at the end of the buffer if the OUTPUT_INTERVAL parameter is not a divisor of the number of passes.
- When the KQUAD element was split (with the divide_elements command or element_divisions, any edge multipoles get evaluated at the interior boundaries. In addition, the LEFFECTIVE cannot be used.