1. Single Series

Display a plot of y = cos(x) + 1 over the range [0, 2π).

2. Single Series II

Display a plot of y = sin(x) + 1 over the range [0, 2π).

3. Multi-series Plot

Display a plot of the following functions stacked atop one another:

y = x
y = 2x
y = 3x

over the range [0, 10).

4. Multi-series Plot II

Display a plot of the following functions stacked atop one another:

y = |x|
y = x²
y = |x³|

over the range [-1, 1).

5. Single Series Transition

Correctly transition between the plots y = |x| over the range [-10, 10) and y = x² over the range [-20, 20). The transition is initiated by pressing the buttons below the plot.

6. Multi Series Transition

Correctly render and transition between Set A:

y = x
y = 2*x
y = 3*x

over the range [1, 100). and Set B:

y = ln(x)
y = 2*ln(x)
y = 3*ln(x)

over the range [1, 100). The transition is initiated by pressing the buttons below the plot.

7. Single Series to Multi Series Transition

Correctly transition between a single series, plotting the functions:

y = x² - 0.5*x

To a multi series set, plotting the functions:

y = ln(x)
y = x
y = x * ln(x)

over the range [1, 4) for all plots. The transition is initiated by pressing the buttons below the plot.

8. Layer Color Override

Display the first layer of the plot as pink, the second layer as green, and the third layer as blue.

9. Categorical Color Switching

Change layer colors automatically when switching between the following categorical color classes on the containing element:

category10
category20
category20b
category20c

Change the categorical colors by pressing the buttons below the chart.

10. Multi Series without Labels

Correctly render a multi-series plot of:

y = sin(x) + 1
y = cos(x) + 1

where the layers are given without labels.

11. Vertically Oriented Single Series

Correctly render the single series plot of:

A - 20
B - 30
C - 60

using a vertical orientation.

12. Vertically Oriented Multi Series

Correctly render the multi series plot of:

A - 10, 30
B - 20, 50
C - 60, 10