<!doctype s-function-doc system "s-function-doc.dtd" [
<!entity % S-OLD "INCLUDE">
]
>
<s-function-doc>
<s-topics>
<s-topic> plot.lognormMLE </s-topic>
</s-topics>
<s-title>
lognormMLE plot method
</s-title>
<s-description>
The <s-expression>lognormMLE</s-expression> method for the generic function
<s-expression>plot</s-expression>.
</s-description>
<s-usage>
<s-old-style-usage>
plot.lognormMLE(x, data.cwd = T)
</s-old-style-usage>
</s-usage>
<s-args-required>
<s-arg name=" x ">
A <s-expression>lognormMLE</s-expression> object.
</s-arg>
</s-args-required>
<s-args-optional>
<s-arg name=" data.cwd ">
If <s-expression>data.cwd=F</s-expression>, data from the current working
directory will not be used if the data component of the
<s-expression>lognormMLE</s-expression> object is missing.
</s-arg>
</s-args-optional>
<s-side-effects>
The estimated density is drawn over a histogram of the data on the current
graphics device.
</s-side-effects>
<s-details>
If <s-expression>save.data=F</s-expression> in the original call to 
<s-expression>lognormMLE</s-expression> and 
<s-expression>data.cwd=T</s-expression> in the plot call, then a histogram
will be produced using the object in the current working directory with the
same name as the data argument in the call to
<s-expression>lognormMLE</s-expression>. 
</s-details>
<s-see>
<s-function name = "asymmetricMLE.sgm">lognormMLE</s-function>.
</s-see>
<s-examples>
<s-example>
plot(lognormMLE(stack.loss))
</s-example>
</s-examples>
<s-keywords>
<s-keyword>
hplot
</s-keyword>
</s-keywords>
<s-docclass>
function
</s-docclass>
</s-function-doc>
