Obtain the sum of two time series:

Combine two time series using a generic function f:

Compute the differences between two financial time series:

Find the average path:

Simulate a jump-diffusion process:

Generate a time series of the Sun's position and the Moon's position over a period of two months:

Define a function to compute the angular distance between two objects on a sphere:

Find the time series for the angular distance between the Sun and the Moon:

Visualize the angular distance:

Study male unemployment in France:

Unemployment rates:

Convert rates to fractions:

Male unemployment is the corresponding fraction of the male labor force:

Replace Missing[] differently for each component when combining multiple paths into a single-path vector-valued TimeSeries using TimeSeriesThread:

Compare TimeSeriesThread with TimeSeriesMap operating on a single time series:

Create a lunar calendar in which the background color depends on the fraction of the Moon illumination:

Create a new event series with vector values composed of icons and fractions:

Visualize the lunar calendar: