Dates can be DateObjects:

Dates can be DateStrings:

Dates can be DateLists:

Plot the average temperature across several california cities by using Replicates:

Specify the ratio of height to width of the plot:

Specify the background color of the plot:

Use swatch boxes instead of lines in the legend:

Specify how clipped values should be styled in the plot. For more information, evaluate ?ClippingStyle in the notebook:

Specify a coloring function for the lines in our plot. To see all of the built in ColorFunctions, evaluate ColorData["Gradients"] in the notebook:

Specify a coloring function for the lines in our plot. To see all of the built in ColorFunctions, evaluate ColorData["Gradients"] in the notebook:

Specify a coloring function for the lines in our plot. To see all of the built in ColorFunctions, evaluate ColorData["Gradients"] in the notebook:

Specify if the coloring function should be scaled to the range of this plot:

Apply MM/DD formatting to the date ticks, using the "MonthShort" and "Day" date strings as placeholders for the month and day in the data. To see a full list of special DateStrings, please run ?DateString in the notebook:

Use the abbreviated name of the month and the last two digits of the year to format date ticks:

Use Epilog to render additional graphics after plotting, such that they appear in front of the plot:

Show error bars over averaged replicated data:

Do not show error bars over averaged replicated data:

Show error bars corresponding to StandardDeviation:

Show error bars corresponding to StandardError:

Fill the area above the plot data:

Fill the area below the plot data:

Fill the area between the plot data and the x-axis:

Fill the area between the plot data and a numerical y-value:

Fill the area between two datasets:

Style the plot filling. Please run ?FillingStyle in the notebook for more information on possible style options:

Specify which parts of the plot's frame should be visible. Frame is specified in the format {{Left Frame, Right Frame},{Bottom Frame, Top Frame}}. In the following example, all frame borders are visible:

Specify which parts of the plot's frame should be visible. Frame is specified in the format {{Left Frame, Right Frame},{Bottom Frame, Top Frame}}. In the following example, only the left and bottom frame borders are visible:

Specify frame labels for unitless data:

Override a default label:

When specifying a flat list, frame order is {bottom, left, top, right}:

When specifying a pair of lists, frame order is {{left, right},{bottom, top}}:

Specify the style of the plot's frame. FrameStyle can be set to any valid graphics directive. For more information, evaluate ?FrameStyle in the notebook:

Specify the style of the plot's frame. FrameStyle can be set to any valid graphics directive. For more information, evaluate ?FrameStyle in the notebook:

Specify the style of the plot's frame. FrameStyle can be set to any valid graphics directive. For more information, evaluate ?FrameStyle in the notebook:

Turn off all frame ticks:

Turn off only the bottom frame ticks, using the {{left,right},{bottom,top}} format:

Specify the style of the plot's frame ticks. FrameTicksStyle can be set to any valid graphics directive. For more information, evaluate ?FrameTicksStyle in the notebook:

Specify a label and automatically append the data's units:

Use either None or Automatic to include {vertical,horizontal} gridlines:

Explicitly specify gridlines, usine date strings for the vertical grid lines and numerical values for the horizontal grid lines:

Specify each gridline as a {value,Directive} pair to apply styling to individual grid lines:

Apply the same style to all grid lines in the plot:

Adjust the size of the output image:

Specify the size as a {width,height} pair:

Specify the size using keywords Small, Medium, or Large:

Set the degree of polynomial used to interpolate between data points in the plot:

Do not join the data points:

Do not join the data points for SF rain data:

Specify a pure function that generates labels for each point in the plot. This function should take in coordinates and return graphics primitives. For example, the following LabelingFunction creates a text label for each data point with a y-value greater than 4.0. For more information, evaluate ?LabelingFunction in the notebook:

Specify how label-like elements in the plot should be styled. Evaluate ?LabelStyle in the notebook for more information:

Specify a legend:

Legend elements can be styled:

Specify legend position:

Label the plot with a centered title:

Use style directives in the plot label:

Specify how data points on the plot should be marked:

Apply style directives to the plot markers:

Specify plot range for primary data. Units in PlotRange must be compatible with primary data units:

PlotRangeClipping specifies whether graphics objects should be clipped at the edge of the region defined by PlotRange or should be allowed to extend to the actual edge of the image:

Specify a plot style to apply to all input data:

Given a list of inputs, specify a list of plot styles to apply to each input:

Use Prolog to render additional graphics prior to plotting, such that they appear before the plot:

By default, the y-axis frame label is rotated:

Set FrameLabel->False to prevent the y-axis frame label from being rotated:

Plot data using a log scale on the y-axis:

Specify colors for second-y data:

Specify data for second-y axis:

Specify multiple data sets for second-y axis:

Specify second-y data for multilpe primary data sets:

Plot range for secondary data axis:

Change the style for the secondary data:

Unit for secondary data axis:

Specify target units for primary data. If Automatic, the value is taken as the data's unit. TargetUnits must be compatible with the primary data's units:

Specify tooltips for primary data:

Specify tooltips for grouped primary data:

Incomplete tooltip specification is padded with Nulls:

Make the plot zoomable: