growthCum-methods

growthCum,numeric,numeric,data.frame,growthObj-method

growthCum,numeric,numeric,data.frame,growthObjDeclineVar-method

growthCum,numeric,numeric,data.frame,growthObjIncr-method

growthCum,numeric,numeric,data.frame,growthObjLogIncr-method

growthCum,numeric,numeric,data.frame,growthObjTruncIncr-method

growthCum,numeric,numeric,data.frame,growthObjHossfeld-method

growthCum,numeric,numeric,data.frame,growthObjLogIncrDeclineVar-method

growthCum,numeric,numeric,data.frame,growthObjIncrDeclineVar-method


 ~~ Methods for function <code>growthCum</code>  ~~


methods

 ~~ other possible keyword(s) ~~ 

IPMpack takes demographic vital rates and (optionally) environmental data to build integral projection models.  A number of functional forms for growth and survival can be incorporated, as well as a range of reproductive strategies.  The package also includes a suite of diagnostic routines, provides classic matrix model output (e.g., lambda, elasticities, sensitivities), and produces post-hoc metrics (e.g., passage time and life expectancy).

Sean McMahon

IPMpack

Builds and analyses Integral Projection Models (IPMs).

growthCum-methods function

<dl> <dt><code>signature(size = "numeric", sizeNext = "numeric", 
cov = "data.frame", growthObj = "growthObj")</code></dt><dd> </dd> <dt><code>signature(size = "numeric", sizeNext = "numeric", 
cov = "data.frame", growthObj = "growthObjDeclineVar")</code></dt><dd> </dd> <dt><code>signature(size = "numeric", sizeNext = "numeric", 
cov = "data.frame", growthObj = "growthObjIncr")</code></dt><dd> </dd> <dt><code>signature(size = "numeric", sizeNext = "numeric", 
cov = "data.frame", growthObj = "growthObjLogIncr")</code></dt><dd> </dd> <dt><code>signature(size = "numeric", sizeNext = "numeric", 
cov = "data.frame", growthObj = "growthObjTruncIncr")</code></dt><dd> </dd> <dt><code>signature(size = "numeric", sizeNext = "numeric", 
cov = "data.frame", growthObj = "growthObjLogIncrDeclineVar")</code></dt><dd> </dd> <dt><code>signature(size = "numeric", sizeNext = "numeric", 
cov = "data.frame", growthObj = "growthObjHossfeld")</code></dt><dd> </dd> </dl>

Methods

 ~~ Methods for Function <code>growthCum</code>  ~~

growthCum-methods: Methods for Function `growthCum`

Description

Arguments

Methods