ci.plot

a character-string specifying the quantity of interest to plot

The variable to be used on the x-axis. Default is the variable
across all the chosen values with smallest nonzero variance

Parameters to be passed to the `truehist' function which is
implicitly called for numeric simulations

a character-string specifying the main heading of the plot

main

a character-string specifying the sub heading of the plot

a character-string specifying the label for the x-axis

xlab

a character-string specifying the label for the y-axis

ylab

xlim

ylim

``legend color'', an valid color used for plotting the line
colors in the legend

legcol

a valid vector of colors of at least length 3 to use to color the
confidence intervals

``legend position'', an integer from 1 to 4, specifying the
position of the legend. 1 to 4 correspond to ``SE'', ``SW'', ``NW'', and
``NE'' respectively. Setting to 0 or ``n'' turns off the legend.

``legend type'', exact coordinates and sizes for legend.
Overrides argment ``leg.type''

legpos

vector of length three of confidence interval levels to draw.

optional point of discontinuity along the x-axis at which
to interupt the graph

discont

Method for plotting qi simulations across a range within a variable, with confidence intervals

A framework that brings together an abundance of common
statistical models found across packages into a unified interface, and
provides a common architecture for estimation and interpretation, as well
as bridging functions to absorb increasingly more models into the
package. Zelig allows each individual package, for each
statistical model, to be accessed by a common uniformly structured call and
set of arguments. Moreover, Zelig automates all the surrounding building
blocks of a statistical work-flow--procedures and algorithms that may be
essential to one user's application but which the original package
developer did not use in their own research and might not themselves
support. These include bootstrapping, jackknifing, and re-weighting of data.
In particular, Zelig automatically generates predicted and simulated
quantities of interest (such as relative risk ratios, average treatment
effects, first differences and predicted and expected values) to interpret
and visualize complex models.

ci.plot: Method for plotting qi simulations across a range within a variable, with confidence intervals

Description

Usage

Arguments

Value