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| aus.fert | Australian fertility data |
| bms | Model mortality data using Lee-Carter approach |
| cm.spline | Monotonic interpolating splines |
| cm.splinefun | Monotonic interpolating splines |
| combine.demogdata | Combine two demogdata objects into one demogdata object |
| compare.demogdata | Evaluation of demographic forecast accuracy |
| demogdata | Create demogdata object from raw data matrices |
| diff.fts | Differences of a functional time series |
| e0 | Estimate life expectancy from mortality rates |
| extract.ages | Extract some ages from a demogdata object |
| extract.years | Extract some years from a demogdata object |
| fdm | Functional demographic model |
| fitted.fdm | Compute residuals and fitted values from functional demographic model or Lee-Carter model |
| fitted.lca | Compute residuals and fitted values from functional demographic model or Lee-Carter model |
| forecast.fdm | Forecast functional demographic model. |
| forecast.ftsm | Forecast functional time series. |
| forecast.lca | Forecast demogdata data using Lee-Carter method. |
| fr.mort | French mortality data |
| fts | Create functional time series |
| ftsm | Fit functional time series model |
| is.fts | Test for functional time series |
| isfe | Integrated Squared Forecast Error for models of various orders |
| lca | Model mortality data using Lee-Carter approach |
| life.expectancy | Estimate life expectancy from mortality rates |
| lifetable | Construct lifetable from mortality rates |
| lines.demogdata | Plot age-specific demographic functions |
| lines.fts | Plot functional time series |
| lines.lifetable | Plot life expectancy from lifetable |
| mean.demogdata | Mean and median functions for data of class demogdata |
| mean.fts | Mean and median functions for functional time series |
| median | Median |
| median.demogdata | Mean and median functions for data of class demogdata |
| median.fts | Mean and median functions for functional time series |
| netmigration | Calculate net migration from mortality and fertility data |
| plot.demogdata | Plot age-specific demographic functions |
| plot.errorfdm | Plot differences between actuals and estimates from fitted demographic model |
| plot.fmforecast | Plot fitted model components for a functional time series model or functional demographic model |
| plot.fmres | Plot residuals from fitted demographic model |
| plot.fts | Plot functional time series |
| plot.ftsf | Plot fitted model components for a functional time series model or functional demographic model |
| plot.ftsm | Plot fitted model components for a functional time series model |
| plot.ftsmres | Plot residuals from fitted demographic model |
| plot.lca | Plot fitted model components for a functional time series model |
| plot.lifetable | Plot life expectancy from lifetable |
| points.demogdata | Plot age-specific demographic functions |
| points.fts | Plot functional time series |
| pop.sim | Population simulation |
| read.demogdata | Read demographic data and construct demogdata object |
| residuals.fdm | Compute residuals and fitted values from functional demographic model or Lee-Carter model |
| residuals.ftsm | Compute residuals from functional time series model |
| residuals.lca | Compute residuals and fitted values from functional demographic model or Lee-Carter model |
| set.upperage | Combine the upperages of a demogdata object. |
| simulate.fmforecast | Simulate future sample paths from functional demographic model. |
| smooth.demogdata | Create smooth demogdata functions |
| summary.fdm | Summary for functional demographic model or Lee-Carter model |
| summary.ftsm | Summary for functional time series model |
| summary.lca | Summary for functional demographic model or Lee-Carter model |
| tfr | Compute total fertility rate from fertility rates |