diag_pin

Calculates pin placement in the density region, inside margin of diagonal panels.

Designs plots in terms of core structure.  See 'example(metaplot)'.
Primary arguments are (unquoted) column names; order and type (numeric or not)
dictate the resulting plot.  Specify any y variables, x variable, any groups variable,
and any conditioning variables to metaplot() to generate density plots, boxplots,
mosaic plots, scatterplots, scatterplot matrices, or conditioned plots. Use multiplot()
to arrange plots in grids. Wherever present, scalar column attributes 'label' and 'guide'
are honored, producing fully annotated plots with minimal effort. Attribute 'guide'
is typically units, but may be encoded() to provide interpretations of categorical
values (see '?encode').  Utility unpack() transforms scalar column attributes to row
values and pack() does the reverse, supporting tool-neutral storage of metadata along
with primary data. The package supports customizable aesthetics such as such as reference
lines, unity lines, smooths, log transformation, and linear fits. The user may choose
between trellis and ggplot output. Compact syntax and integrated metadata promote workflow
scalability.

Tim Bergsma

metaplot

Data-Driven Plot Design

diag_pin function

<dl><dt>x</dt>
<dd>vector of data</dd>
<dt>varname</dt>
<dd>name of vector in .data</dd>
<dt>.data</dt>
<dd>original dataset, possibly with column attributes such as 'reference'</dd>
<dt>...</dt>
<dd>passed arguments</dd></dl>

Arguments

Calculate Pin Placement — diag_pin

<dl>

<dt>x</dt>
<dd>vector of data</dd>


<dt>varname</dt>
<dd>name of vector in .data</dd>


<dt>.data</dt>
<dd>original dataset, possibly with column attributes such as 'reference'</dd>


<dt>...</dt>
<dd>passed arguments</dd>

</dl>

diag_pin: Calculate Pin Placement

Description

Usage

Value

Arguments

See Also