bct |
Box-Cox Transforms |
char2seed |
Convert a character string into a random seed |
chisq.detail |
Print details of a chi-squared test |
ci.examp |
Plot examples of Confidence Intervals |
clipplot |
Clip plotting to a rectangular region |
clt.examp |
Plot Examples of the Central Limit Theorem |
cnvrt.coords |
Convert between the 5 different coordinate sytems on a graphical device |
coin.faces |
Designs for coin faces for use with plot.rgl.coin |
dice |
Simulate rolling dice |
dots |
Create a quick dotchart (histogram) |
dots2 |
Create a quick dotchart (histogram) |
emp.hpd |
Compute Highest Posterior Density Intervals |
face2.plot |
Chernoff Faces |
faces |
Chernoff Faces |
faces2 |
Chernoff Faces |
fagan.plot |
Create a Fagan plot to demonstrate Bayes Theorem and screening tests |
flip.rgl.coin |
Animated die roll or coin flip |
gp.close |
Alpha version functions to send plotting commands to GnuPlot |
gp.open |
Alpha version functions to send plotting commands to GnuPlot |
gp.plot |
Alpha version functions to send plotting commands to GnuPlot |
gp.send |
Alpha version functions to send plotting commands to GnuPlot |
hpd |
Compute Highest Posterior Density Intervals |
identify.Map |
Identify polygons within a plotted map from the maptools packages. |
identify.polylist |
Identify polygons within a plotted map from the maptools packages. |
lattice.demo |
Interactively explore the conditioned panels in lattice plots. |
limits.g |
Functions to plot Shewhart g chart |
loess.demo |
Demonstrate the internals of loess curve fits |
mle.demo |
Demonstrate the basic concept of Maximum Likelihood Estimation |
panel.dice |
Simulate rolling dice |
plot.dice |
Simulate rolling dice |
plot.rgl.coin |
Animated die roll or coin flip |
plot.rgl.die |
Animated die roll or coin flip |
plotFagan |
Create a Fagan plot to demonstrate Bayes Theorem and screening tests |
plotFagan2 |
Create a Fagan plot to demonstrate Bayes Theorem and screening tests |
power.examp |
Graphically illustrate the concept of power. |
power.refresh |
Graphically illustrate the concept of power. |
prepanel.dice |
Simulate rolling dice |
project.Map |
Apply projections to Map objects (from maptools package) |
put.points.demo |
Demonstrate Correlation and Regression by placing and moving data points |
recenter.Map |
Recenter a Map object from the maptools package. |
rgl.Map |
Plot a map in an rgl window |
roc.demo |
Demonstrate ROC curves by interactively building one |
roll.rgl.die |
Animated die roll or coin flip |
rotate.cloud |
Interactively rotate 3D plots |
rotate.persp |
Interactively rotate 3D plots |
rotate.wireframe |
Interactively rotate 3D plots |
run.ci.examp |
Plot examples of Confidence Intervals |
run.cor.examp |
Interactively demonstrate correlations |
run.cor2.examp |
Interactively demonstrate correlations |
run.hist.demo |
Create a histogram and interactively change the number of bars. |
run.power.examp |
Graphically illustrate the concept of power. |
sd.g |
Functions to plot Shewhart g chart |
slider |
slider / button control widgets |
sliderv |
Create a Tk slider window |
squishplot |
Squish the plotting area to a specified aspect ratio |
state.vbm |
Map object for the US State Visibility Based Map |
stats.g |
Functions to plot Shewhart g chart |
strip.shingle |
strip function for trellis plots |
subplot |
Embed a new plot within an existing plot |
tkBrush |
Change the Color and Styles of points interactively |
tree.demo |
Interactively demonstrate regression trees |
triplot |
Create or add to a Trilinear Plot |
vis.binom |
Plot various distributions then interactivly adjust the parameters. |
vis.boxcox |
Interactively visualize Box-Cox transformations |
vis.boxcoxu |
Interactively visualize Box-Cox transformations |
vis.gamma |
Plot various distributions then interactivly adjust the parameters. |
vis.normal |
Plot various distributions then interactivly adjust the parameters. |
vis.t |
Plot various distributions then interactivly adjust the parameters. |
z.test |
Z test for known population standard deviation |