LinePlot[
] plots a list of values at positions 1, 2, ... on the x axis, using a stick figure style.
LinePlot[
] plots a list of values with specified
x and y coordinates.
LinePlot returns a Graphics object.
LinePlot has the same options as ListPlot with the following additions:
PointStyle is a graphics directive that determines the style of points.
LineStyle is a graphics directive that determines the style of lines.
PlotJoined->True has no effect (use ListPlot instead).
Option PointStyle->None turns off the plotting of points on the end of each line.
This loads the package.
![[Graphics:Images/signalplot_gr_3.gif]](Images/signalplot_gr_3.gif)
This creates a simple sequence.
![[Graphics:Images/signalplot_gr_4.gif]](Images/signalplot_gr_4.gif)
This plots the sequence.
![[Graphics:Images/signalplot_gr_5.gif]](Images/signalplot_gr_5.gif)
![[Graphics:Images/signalplot_gr_6.gif]](Images/signalplot_gr_6.gif)
This demonstrates the use of options PointStyle and LineStyle.
![[Graphics:Images/signalplot_gr_7.gif]](Images/signalplot_gr_7.gif)
![[Graphics:Images/signalplot_gr_8.gif]](Images/signalplot_gr_8.gif)
LinePlot3D[array] creates a three-dimensional stick-figure plot representing an array of z values.
LinePlot3D[array, {x, xmin, xmax}, {y, ymin, ymax}] plots an array of z values with specified x and y coordinates.
LinePlot3D returns a Graphics3D object.
LinePlot3D has the same options as Graphics3D with the following additions:
PointStyle is a graphics directive that determines the style of points.
LineStyle is a graphics directive that determines the style of lines.
LinePlot3D requires that
.
This loads the package.
![[Graphics:Images/signalplot_gr_10.gif]](Images/signalplot_gr_10.gif)
This generates a 2-D array.
![[Graphics:Images/signalplot_gr_11.gif]](Images/signalplot_gr_11.gif)
This plots an array of values.
![[Graphics:Images/signalplot_gr_12.gif]](Images/signalplot_gr_12.gif)
![[Graphics:Images/signalplot_gr_13.gif]](Images/signalplot_gr_13.gif)
This demonstrates how to change the x, y coordinates of the sample values.
![[Graphics:Images/signalplot_gr_14.gif]](Images/signalplot_gr_14.gif)
![[Graphics:Images/signalplot_gr_15.gif]](Images/signalplot_gr_15.gif)
PoleZeroPlot[fun, var] plots a list of poles and zeros of function fun, with var as the independent complex variable.
PoleZeroPlot returns a Graphics object.
This loads the package.
![[Graphics:Images/signalplot_gr_16.gif]](Images/signalplot_gr_16.gif)
This defines a rational function of the variable z.
![[Graphics:Images/signalplot_gr_17.gif]](Images/signalplot_gr_17.gif)
This plots the poles and zeros of H[z].
![[Graphics:Images/signalplot_gr_18.gif]](Images/signalplot_gr_18.gif)
![[Graphics:Images/signalplot_gr_19.gif]](Images/signalplot_gr_19.gif)
Spectrogram[list] plots a spectrogram (joint time-frequency density plot) of list.
Spectrogram returns a DensityGraphics object.
This loads the package.
![[Graphics:Images/signalplot_gr_20.gif]](Images/signalplot_gr_20.gif)
This generates a so-called chirp signal.
![[Graphics:Images/signalplot_gr_21.gif]](Images/signalplot_gr_21.gif)
This plays the chirp signal.
![[Graphics:Images/signalplot_gr_22.gif]](Images/signalplot_gr_22.gif)
![[Graphics:Images/signalplot_gr_23.gif]](Images/signalplot_gr_23.gif)
This plots the spectrogram of the chirp.
![[Graphics:Images/signalplot_gr_24.gif]](Images/signalplot_gr_24.gif)
![[Graphics:Images/signalplot_gr_25.gif]](Images/signalplot_gr_25.gif)