IDM_cav                 Cardiac allograft vasculopathy (CAV) data
LikGradHess.CM          Likelihood, gradient and Hessian for univariate
                        transition intensity based models for the base
                        dependence model.
LikGradHess.general     Likelihood, gradient and Hessian for univariate
                        transition intensity based models
LikGradapproxHess.general
                        Likelihood, gradient and Hessian for univariate
                        transition intensity based models
P.pred                  Predict and plot the transition probabilities
Q.matr.setup.general    Internal function
Q.pred                  Predict and plot the transition intensities
conv.check              Convergence diagnostics on fitted model output.
fMmsm                   Flexible transition intensity based models for
                        two dependant multistate processes
flexmsm-package         flexmsm: Flexible Multi-State Modelling
fmsm                    Flexible transition intensity based models for
                        univariate multistate processes
fmsmObject              Fitted fmsmObject object
logLik.fmsm             Extract the log likelihood for the fitted
                        multistate model
plot.fmsm               Function to plot the smooths included in the
                        model specifications.
print.fmsm              Print a fmsm object
print.summary.fMmsm     Flexible transition intensity based models for
                        univariate multistate processes
print.summary.fmsm      Flexible transition intensity based models for
                        two dependant multistate processes
simulateIDM             Function to predict and plot the estimated
                        transition intensities (and confidence
                        intervals).
state.pairs.CT          Function to extract state pair counts and
                        observed (right) times.
summary.fMmsm           Summary for fitted model ouput.
summary.fmsm            Summary for fitted model ouput.
