Export LRT and sampleSize

NAMESPACE

@@ -33,10 +33,10 @@ exportClasses(unmarkedFit, unmarkedFrame)
 
 # Methods
 exportMethods(backTransform, coef, confint, fitted, getData,
-              getP, getFP, getB, getY, head, linearComb,
+              getP, getFP, getB, getY, head, linearComb, LRT,
               modSel, numSites, numY, obsCovs, obsNum, "obsCovs<-",
               obsToY, "obsToY<-", parboot, plot, hist, predict, profile,
-              residuals, SE, simulate, siteCovs,
+              residuals, sampleSize, SE, simulate, siteCovs,
               "siteCovs<-", summary, update, vcov, yearlySiteCovs,
               "yearlySiteCovs<-", "[", smoothed, projected, nonparboot, logLik,
               ranef, bup, crossVal, posteriorSamples, sigma, randomTerms, 

man/unmarkedFit-class.Rd

@@ -11,13 +11,17 @@
 \alias{profile,unmarkedFit-method}
 \alias{update,unmarkedFit-method}
 \alias{plot,profile,missing-method}
+\alias{sampleSize}
+\alias{sampleSize,unmarkedFit-method}
 \alias{summary,unmarkedFit-method}
 \alias{smoothed}
 \alias{smoothed,unmarkedFitColExt-method}
 \alias{projected}
 \alias{projected,unmarkedFitColExt-method}
 \alias{logLik}
 \alias{logLik,unmarkedFit-method}
+\alias{LRT}
+\alias{LRT,unmarkedFit,unmarkedFit-method}
 \alias{getY,unmarkedFit-method}
 
 \title{Class "unmarkedFit" }
@@ -50,6 +54,8 @@ extracted using the methods described below.
 		expected vs. observed values }
     \item{profile}{\code{signature(fitted = "unmarkedFit")}: used by confint
 		method='profile' }
+    \item{sampleSize}{\code{signature(object = "unmarkedFit")}: returns number
+		of sites in sample }
     \item{SE}{\code{signature(obj = "unmarkedFit")}: returns standard errors }
     \item{summary}{\code{signature(object = "unmarkedFit")}: results with more
 		details }
@@ -67,6 +73,9 @@ extracted using the methods described below.
     whether or not to return the average over sites.}
     \item{logLik}{\code{signature(object="unmarkedFit")}:
         Returns the log-likelihood.}
+    \item{LRT}{\code{signature(m1="unmarkedFit", m2="unmarkedFit")}:
+        Returns the chi-squared statistic, degrees-of-freedom, and p-value from
+        a Likelihood Ratio Test.}
 	 }
 }
 \note{ This is a superclass with child classes for each fit type }