Plot Types

The following table lists the available plot types, including links to the description of the properties and settings.

Table 20-10: Plot Types

Name and Link	Description	Plot Attributes
Admittance Graph	Plot an admittance graph as a Smith plot. This plot requires the RF Module, AC/DC Module, MEMS Module, or Plasma Module.	Color Expression
Annotation	Add annotations to plots.	None
Arrow Line	Plot a vector quantity as arrows on lines or edges (3D).	Color Expression, Deformation, and Filter
Arrow Surface	Visualize a vector quantity in arrows.	Color Expression, Deformation, and Filter
Arrow Volume	Visualize a vector quantity as arrows in a volume.	Color Expression, Deformation, and Filter
Contour	Visualize a scalar quantity as a contour plot.	Color Expression, Deformation, Filter, and Height Expression (2D only)
Coordinate System Volume, Coordinate System Surface, and Coordinate System Line	Plot coordinate systems for 2D and 3D models. Found on the More Plots submenu.	Deformation (2D surface and 3D volume) Deformation and Filter (2D Line, 3D surface, and 3D line)
Directivity	Plot the directivity as a plot for speakers, for example. This plot requires the Acoustics Module.	None
Far Field	Plot the value of a global variable for the far field of an electromagnetic or acoustic pressure field, for example.	None
Global	Plot a global scalar quantity as a function of time or a parameter.	Color Expression
Histogram	Plot a histogram showing the distribution of a quantity.	None
Impedance Graph	Plot an impedance graph as a Smith plot. This plot requires the RF Module, AC/DC Module, MEMS Module, or Plasma Module.	Color Expression
Interference Pattern	This plot shows the intensity on a cut plane resulting from the interference of multiple rays passing through the cut plane.	None
Isosurface	Plot a scalar quantity as an isosurface plot.	Color Expression, Deformation, and Filter
Line Graph	Plot a scalar quantity along a geometric line. The line can be an edge in the geometry, a parameterized curve, or a cut line.	Color Expression
Line	Plot a quantity on lines, boundaries (2D), or edges (3D).	Deformation, Filter, and Height Expression (2D only)
Max/Min Volume, Max/Min Surface, and Max/Min Line	Plot the maximum and minimum of an expression and the points where they are attained within the geometry. Found on the More Plots submenu.	Deformation and Filter
Matrix Histogram	Plot a precomputed matrix as a 2D histogram. For rainflow counting, for example, to be able to visualize how the stress amplitudes and mean stresses are distributed. This plot requires the Fatigue Module.	None
Mesh (Plot)	To display a mesh.	Deformation and Filter
Multislice	Display a scalar quantity on slices in multiple directions inside a 3D domain. Found on the More Plots submenu.	Deformation and Filter
Nyquist	Display a Nyquist plot, which shows the magnitude and phase of a frequency response.	Color Expression
Octave Band	Display an octave band plot to represent a frequency response in frequency bands.	None
Optical Aberration	Display a linear combination of Zernike polynomials based on the optical path difference of light rays as they are focused by a system of lenses and mirrors. This plot requires the Ray Optics Module.
Particle (Plot)	Plot a particle variable versus time for all particles, or plot one particle property versus another at a set of time steps. Available with 1D Plot Groups. This plot requires the Particle Tracing Module.	Color Expression and Filter
Particle Tracing	Visualize the trajectory of a massless particle subject to a flow field. Found on the More Plots submenu.	Color Expression and Deformation
Particle Tracing with Mass	Make a particle tracing plot considering the particle’s mass. Found on the More Plots submenu.	Color Expression and Deformation
Particle Trajectories and Filter for Particle Trajectories	Visualize the trajectories of particles computed by one of the Particle Tracing physics interfaces. This plot requires the Particle Tracing Module.	Color Expression, Filter, Deformation
Phase Portrait	Visualize particle traces using a phase portrait in 2D. Found under the More Plots submenu. This plot requires the Particle Tracing Module.	Color Expression
Poincaré Map	Visualize particle traces as a Poincaré map in 2D, 2D axial symmetry, and 3D. Found on the More Plots submenu. This plot requires the Particle Tracing Module.	Color Expression
Point Graph	Visualize the value in a point along time or a parameter value. The point can be a point in the geometry or a cut point.	Color Expression
Point Trajectories and Filter for Point Trajectories	Visualize the trajectories of points in 3D. Found on the More Plots submenu.	Color Expression, Deformation, and Filter
Principal Stress Volume	Plot principal stress and strain in structural mechanics models. Found on the More Plots submenu.	Color Expression, Deformation, and Filter
Principal Stress Surface	Plot principal stress and strain in structural mechanics models. Found on the More Plots submenu.	Color Expression, Deformation, and Filter
Ray (Plot) and Filter for Ray and Ray Trajectories	Plot a ray variable versus time for all rays, or plot one ray property versus another at a set of time steps. Available with 1D Plot Groups. This plot requires the Ray Optics Module or the Acoustics Module.	Color Expression and Filter
Ray Trajectories and Filter for Ray and Ray Trajectories	Visualize the trajectories of rays computed by the Geometrical Optics interface or Ray Acoustics interface. This plot requires the Ray Optics Module or the Acoustics Module.	Color Expression, Deformation, and Filter
Reflection Graph	Plot a reflection graph as a Smith plot. This plot requires the RF Module, AC/DC Module, MEMS Module, or Plasma Module.	Color Expression
Scatter Surface Scatter Surface and Scatter Volume	Scatter surface plots, found on the More Plots submenu, visualize a scalar quantity as scattered spheres or disks. The radius of the spheres can be proportional to the value of a quantity.	None
Scatter Volume Scatter Surface and Scatter Volume	Scatter volume plots can be used as alternatives to arrow plots for scalar quantities or when to get a feeling for how entities correlate.	None
Slice	Display a scalar quantity on slices inside a 3D domain.	Deformation and Filter
Streamline	Plot a vector field as a streamline plot.	Color Expression and Deformation
Surface	Display a quantity on a 2D domain or a 3D boundary.	Deformation, Filter, and Height Expression (2D plots)
Table Graph	Table plots display data from a table with one line per output column.	None
Table Surface	Used with 2D plot groups to visualize the data in a table that represents a matrix of values that are functions of two independent parameters.	Height Expression
Volume	To display a quantity inside a 3D domain.	Deformation and Filter
Plot Attributes		Add to these plots
Color Expression	To add coloring to the shapes defined by a plot.	Arrow (line, surface, and volume), contour, isosurface, particle tracing, particle trajectories, point trajectories, principal stress (volume and surface), ray, ray trajectories, and streamline
Deformation	Deform the plot according to a vector quantity, for example, the displacement field in structural mechanics.	All plots except scatter plots.
Filter, Filter for Particle Trajectories, Filter for Point Trajectories, and Filter for Ray and Ray Trajectories	Filter the element selection for a plot.	Arrow (line and surface), contour, coordinate system (line and surface), isosurface, line plot, mesh, particle trajectories, point trajectories, principal stress, ray, ray trajectories slice, surface, and volume.
Height Expression	Height attributes introduce a 3D height on a 2D surface plot.	2D line plot, 2D surface plot, 2D table surface plot
Cross Section Plots
*1D, 2D, and 3D Cross-Section Point Plots	A point cross-section plot makes it easy to view an expression at an arbitrary set of spatial coordinates and results in a line plot.
*2D Cross-Section Line Plots and 3D Cross-Section Line Plots	Create lines through 2D and 3D geometries to visualize along the line. Also explains how to use the interactive cross-section toolbar buttons.
*3D Cross-Section Surface Plot	Create planes through a 3D model in a 2D geometry to visualize on the plane. The cut plane corresponds to an orthogonal 2D coordinate system embedded in 3D. Also explains how to use the interactive cross-section toolbar buttons.
* Cross-section plots are not selected from this menu. Instead, these are created in two steps using data sets and plot groups to generate the plot or use interactive cross-section toolbar buttons.