Class pensionTable is the (virtual) base class for all pensions
tables. It contains the name and some general values applying to all
types of tables. In particular, it holds individual tables for each of the
transition probabilities. Possible states are:
active: healty, no pension, typically paying some kin of premium
incapacity: disablity pension, in most cases permanent, not working, early pension
retirement: old age pension, usually starting with a fixed age
dead
Widow/widower pension
Correspondingly, the following transition probabilities can be given:
death probability of actives (active -> dead)
invalidity probability (active -> incapacity)
death probability of invalid (invalid -> dead)
reactivation probability (incapacity -> active)
retirement probability (active -> retirement), typically 1 for a fixed age
death probability of retired (retired -> dead)
probability of a widow at moment of death (dead -> widow), y(x) age difference
death probability of widows/widowers
death probability of total group (irrespective of state)
Flag to indicate whether invalid persons retire like active (one death probability for all retirees) or whether they stay invalid until death with death probabilities specific to invalids.
qxDeath probability table of actives (derived from mortalityTable)
ixInvalidity probability of actives (derived from mortalityTable)
qixDeath probability table of invalids (derived from mortalityTable)
rxReactivation probability of invalids (derived from mortalityTable)
apxRetirement probability of actives (derived from mortalityTable)
qpxDeath probability of old age pensioners (derived from mortalityTable)
hxProbability of a widow at the moment of death (derived from mortalityTable)
qwyDeath probability of widow(er)s (derived from mortality Table)
yxAge difference of the widow to the deceased
qgxDeath probability of whole group (derived from mortalityTable), irrespective of state
invalids.retireWhether invalids retire like actives or stay invalid until death
probs.arrangeA function that takes the individual transition probabilities of all the components and creates one object (a data.frame or a list) that will be returned by the method transitionProbabilities. The default arranges all tables without further modification. However, some pension tables (like the german Heubeck table) require the total mortality to be recalculated from the individual mortalities of actives and disabled. In this case, the function assigned to this slot will also calculate that total probability.
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