When this graphic is used within an Inset, AlignmentPoint determines the coordinates in this graphic to which it will be aligned in the enclosing graphic:

Set the aspect-ratio of the plot to three different values:

Remove the axes ticks:

Specify where the axes labels are affixed. -1 and 1 are associated with bottom and top or left and right for y and x axes, respectively:

Label the axes:

Change the axes origin to be the bounding box yz side:

Change the style of the axes to be orange and thick with a different font size:

Do not append units to axes labels eventhough the data has units:

Change the background color to light blue:

Change the base style of the entire plot including the font and font size. Note that the plot style takes precedence over BaseStyle:

Remove the edges of the bounding box:

Change the ratio of the box side lenghs. Automatic is {1,1,0.4}:

Using dashed lines and gray color for the boundary of bounding box:

Clip the graphics based on an infinite plane - does not seem to be working well:

Change the style of the clipping planes:

Providing a custom color function that chooses the color based on the data:

Provide the output as a clickable button:

Add a text box to the graphic after the main plot is rendered at a specific location and also background color:

Add grids for the bounding box:

Add grids for the bounding box with changing the color and the style of the lines:

Fill under the data points in a certain region specficied using the first and second components of the input:

Fill surface 1 to the bottom with blue and surface 2 to the top with red:

Fill with gray under the surface in a certain region:

Add a textbox with standard form at a specific location and with a specific background color:

Add margins to the image outside of the bounding box:

Change the size of the image:

Specify a pure function that generates labels for each point in the plot. This function should take in coordinates and return graphics primitives. For more information, evaluate ?LabelingFunction in the notebook:

Change the label size of the plot labels for each datapoints:

Change the style of all labels the color and the font:

Add the plot legends for each of the planes - This effectively acts similar to PlotLegends, but the default legend placement is bottom as opposed to right in PlotLegends:

Add the plot legends for each of the planes:

Change the light sources:

Add the plot label for the whole plot:

Add the plot legends for each of the planes:

Specify plot range:

Add paddings to the graphics with respect to the bounding box sides:

Change the style of the plot by changing the transparency and the color to purple:

Change the size of the symbols:

Change the color of the plots:

A number of options for PlotTheme exist. Please try ctrl+k on your notebook to see all different options:

Add a disk before the main plot is rendered at a certain location with a certain color:

Plot over an annulus region:

Chage the way the rotation of the graph is handled and making it clip the axes when they go out of scope:

Reversing the x axis values:

Specify target units for data:

Specify the ticks to be at specific locations:

Specify the tick style the color and font:

Widen the angle of the automatic camera:

A single graph with three different view points. Note that the automatic is {1.3,-2.4,2.}:

Perspective view of the graph:

Specify the minimum and maximum distances from the camera to be included:

Specify the view vectors using ordinary coordinates:

Use the direction of the x axis as the vertical direction in the final image: