similar to: P values for vglm(zibinomial) function in VGAM

I'm trying to use the inflated binomial distribution of zeros (since 75% of the values are zeros) in a randomized block experiment with four quantitative treatments (0, 0.5, 1, 1.5), but I'm finding it difficult, since the examples available in VGAM packages like for example, leave us unsure of how it should be the data.frame for such analysis. Unfortunately the function glm does not have

I am seeing a rather high CPU usage with 2.2 now: last pid: 30725; load averages: 4.58, 27.36, 25.49 up 0+15:36:12 16:02:53 103 processes: 4 running, 98 sleeping, 1 zombie CPU: 34.5% user, 0.0% nice, 65.4% system, 0.2% interrupt, 0.0% idle Mem: 602M Active, 1767M Inact, 254M Wired, 6116K Cache, 112M Buf, 490M Free Swap: 5900M Total, 5900M Free PID USERNAME THR PRI NICE SIZE

Hi, I'm trying to fit a logit model to a set of data that was collected under a split plot scheme. The structure of the data is Whole plot factors: Watering Frequency (2 levels: Hi/Lo) and Fertilizer type (3 factors A/B/C) Subplot factor: slope type (2 factors up/down) Response: Proportion of infected leaves(Infected leaves/Total leaves) of the plant (2 plants recorded from each plot)

Dear useRs, upon request, the VGAM package (currently version 0.7-1) has been officially released on CRAN (the package has been at my website http://www.stat.auckland.ac.nz/~yee/VGAM for a number of years now). VGAM implements a general framework for several classes of regression models using iteratively reweighted least squares (IRLS). The key ideas are Fisher scoring, generalized linear and

I am familiar with using dd to create a disk image. dd if=/dev/hda1 of=myimge.img However, is there a way to capture the entire disk image into a file. I have 3 partitions: hda1 / hda2 swap hda3 /home and mbr How can I wrap them all into 1 image file. Thanks, Jerry

> ... math errno ... I wouldn't recommend to anyone that they should rely on math errno (because I don't trust libraries to correctly support it). My goal here was to incorporate our existing support for it into the rest of what I'm trying to document. My understanding is that for clang this primarily controls whether or not we feel free to substitute intrinsics for recognized