Functions and Datasets for "Introduction to Scientific Programming and Simulation Using R"
A function of the bisection algorithm.
A function to simulate the harassed booking clerk Markov chain.
A function to simulate a continuous time Markov chain.
Function to fit a model to seed transect distance/count data.
A function of the fixed point algorithm.
A function of the fixed point algorithm.
A function to estimate the transition matrix for a discrete time Marko...
A function to simulate a discrete time Markov chain.
Function to compute the mean dispersal distance along a transect of se...
Function to compute the mean dispersal distance along a transect of se...
A function of the Newton-Raphson algorithm.
A function of the Newton-Raphson algorithm, plotting the path.
Function to assess whether or not an integer is prime.
Function to identify all the primes in a vector of positive integers.
Function to print a transectHolder object usefullly.
Function to print a trapTransect object usefullly.
A function which uses the Fourth order Runge-Kutta method with adaptiv...
Function to compute the sd dispersal distance along a transect of seed...
Function to simulate a modelled seed rain from a transectHolder
Function to construct an object representing a collection of trapTrans...
Function to construct an object representing a transect of seedtraps.
Function to compute the volume of a tree bole assuming a particular sh...
Provides functions and datasets from Jones, O.D., R. Maillardet, and A.P. Robinson. 2014. An Introduction to Scientific Programming and Simulation, Using R. 2nd Ed. Chapman And Hall/CRC.