similar to: Error with epiR and sensitivity

Hi everybody, I'm trying to create a numerical data frame on which to perform PRCC. So far I have created a data frame that consists of function/vector output that displays in numerical form, but when I try and run PRCC (from epiR package) I get the following error message: "Error in solve.default(C) : Lapack routine dgesv: system is exactly singular" It appears this is because

A new package 'epiR' is available on CRAN. Package description as follows: Package: epiR Version: 0.9-3 Date: 2008-03-24 Title: Functions for analysing epidemiological data Author: Mark Stevenson <M.Stevenson at massey.ac.nz> with contributions from Telmo Nunes, Javier Sanchez, and Ron Thornton. Maintainer: Mark Stevenson <M.Stevenson at massey.ac.nz> Description: A package

A new package 'epiR' is available on CRAN. Package description as follows: Package: epiR Version: 0.9-3 Date: 2008-03-24 Title: Functions for analysing epidemiological data Author: Mark Stevenson <M.Stevenson at massey.ac.nz> with contributions from Telmo Nunes, Javier Sanchez, and Ron Thornton. Maintainer: Mark Stevenson <M.Stevenson at massey.ac.nz> Description: A package

# lucreate -n B85 Analyzing system configuration. Hi, after typing # lucreate -n B85 I get the following error: No name for current boot environment. INFORMATION: The current boot environment is not named - assigning name <BE1>. Current boot environment is named <BE1>. Creating initial configuration for primary boot environment <BE1>. ERROR: Unable to determine major and

Compiled OK, and operating nicely on CentOS 6.6, both 32/64 bit. Really appreciate the UpdateHostkeys feature! One issue I noticed, the screen output gets garbled if the user has been "asked" to "Accept" the new hostkeys. Looks like the screen output is missing the CR's, and only LF's get presented. [root at be2 .ssh]# ssh be1 ls -l Warning: Permanently added

Hi all, I am attempting to use latin hypercube sampling to sample different variable functions in a series of simultaneous differential equations. There is very little code online about lhs or clhs, so from different other help threads I have seen, it seems I need to create a probability density function for each variable function, and then use latin hypercube sampling on this pdf. So far, I