neuro: T1 weighted MR image of a brain
In dajmcdon/cplr: Compressed and penalized linear regression
Description
Usage
Format
Source
Description
A single simulated image of a brain in a 3D array
Usage
1
2
3
Format
This data set is a 181x217x181 array of intensity values on the range of 0 to 255.
Source
These data were downloaded from
BrainWeb
using the T1 modality, 1mm slice thickness, 0% noise, and 20% intensity
non-uniformity. We selected the "raw byte" format. Finally, we created this
array using
neuro = readBin("t1_icbm_normal_1mm_pn0_rf20.rawb",
"integer", 200^3, 1, signed=FALSE)
dim(neuro) <- c(181,217,181)
dajmcdon/cplr documentation built on May 14, 2019, 3:29 p.m.
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Description Usage Format Source
Description
A single simulated image of a brain in a 3D array
Usage
1 2 3 |
Format
This data set is a 181x217x181 array of intensity values on the range of 0 to 255.
Source
These data were downloaded from BrainWeb using the T1 modality, 1mm slice thickness, 0% noise, and 20% intensity non-uniformity. We selected the "raw byte" format. Finally, we created this array using
neuro = readBin("t1_icbm_normal_1mm_pn0_rf20.rawb",
"integer", 200^3, 1, signed=FALSE)
dim(neuro) <- c(181,217,181)
R Package Documentation
Browse R Packages
We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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