Slide 1: German 1970's TV advertisement abused.

Slide 2: Executive summary.  What the bosses need to know.

Slide 3: The Higgs mass matrix.

Slide 4: Higgs corrections included in FeynHiggs 2.7.

Slide 5: Treatment of phases in rMSSM parts of Higgs mass matrix.

Slide 6: Procedure to compute Higgs masses.

Slide 7: Different mixings available in FeynHiggs (UHiggs/ZHiggs).

Slide 8: Examples of internal (use UHiggs) and external (use ZHiggs)
         Higgs bosons in diagrams.

Slide 9: Approximations available for UHiggs.

Slide 10+11: Computation of ZHiggs.

Slide 12: Plots showing phenomenological differences between
          UHiggs & ZHiggs.

Slide 13: Mixing matrix recapitulation.

Slide 14+15: How to linear-combine fields in FeynArts.

Slide 16+17: Non-minimal flavour violation, mixings & mass matrix.

Slide 18: NMFV effects on Higgs physics.

Slide 19: Treatment of Dirac chains in FormCalc: possibility to
          choose different orderings easily, for extracing Wilson coeff.

Slide 20: Benchmark scenarios (MHmax, no-mixing, ...), shortcomings.

Slide 21+22: More complicated parameter relations: Tables format.

Slide 23: Tables as a special case of a Record ('superset' of SLHA),
          accessible through API routines.

Slide 24: Higgs decays, most notably h -> f f.

Slide 25+26: Technicalities in h -> f f and solutions in FormCalc.

Slide 27-29: Output of FeynHiggs.

Slide 30: Build procedure.  ./configure, make, make install.

Slide 31: Usage modes: Library, Command-line, Web, Mathematica.

Slide 32: Library mode.

Slide 33: Command-line mode.

Slide 34: Command-line mode: Table access.

Slide 35: SLHA mode (with command-line executable).

Slide 36: SLHA I/O library can be used separately.

Slide 37: Web mode, FHUCC site.

Slide 38: Mathematica mode.

Slide 39: Summary.