- treatment of general bunch distributions plus randomization,
- inclusion of bunch form factor, which reduces the effect of impedance on the beam,
- shifting of the HOM frequencies to the closest dangerous resonant frequency,
- sweeping of the cavity higher-order mode (HOM) frequencies,
- randomization of the cavity higher-order mode (HOM) frequencies for Monte Carlo simulations,
- staggering of the HOM frequencies,
- including the effect of the beta function at the RF cavities for transverse motion.

`C`language coding,- input file with namelist commands,
- HOM input data stored in convenient
`SDDS`-format files, - output files compatible with
`SDDS`toolkits,

These items are briefly explained below.

- General Bunch Distribution
- Bunch Form Factor
- Shifting of the HOM Frequencies to the Closest Dangerous Resonant Frequency
- Sweeping of the HOM Frequencies
- Randomization of the HOM Frequencies
- Staggering of the HOM Frequencies
- Beta Functions at the RF Cavities
`C`Language- Command Input File
- HOM Definition File
- Output files

Randy Flood 2006-11-06