expectedGenotypes: Construct expected genotypes/haplotypes according to known...
In genetics: Population Genetics
Description
Usage
Arguments
Details
Value
Author(s)
See Also
Examples
View source: R/expectedGenotypes.R
Description
expectedGenotypes constructs expected genotypes according to
known allele variants, which can be quite tedious with large number of
allele variants. It can handle different level of ploidy.
Usage
1
2
3
4
expectedGenotypes(x, alleles=allele.names(x), ploidy=2, sort=TRUE,
haplotype=FALSE)
expectedHaplotypes(x, alleles=allele.names(x), ploidy=2, sort=TRUE,
haplotype=TRUE)
Arguments
x
genotype or haplotype
alleles
character, vector of allele names
ploidy
numeric, number of chromosome sets i.e. 2 for human autosomal
genes
sort
logical, sort genotypes according to order of alleles in
alleles argument
haplotype
logical, construct haplotypes i.e. ordered genotype
At least one of x or alleles must be given.
Details
expectedHaplotypes() just calls expectedGenotypes() with
argument haplotype=TRUE.
Value
A character vector with genotype names as "alele1/alele2" for diploid
example. Length of output is (n*(n+1))/2 for genotype (unordered
genotype) and n*n for haplotype (ordered genotype) for n
allele variants.
Author(s)
Gregor Gorjanc
See Also
Examples
1
2
3
4
5
6
7
8
9
10
11
12
13
14
## On genotype
prp <- c("ARQ/ARQ", "ARQ/ARQ", "ARR/ARQ", "AHQ/ARQ", "ARQ/ARQ")
alleles <- c("ARR", "AHQ", "ARH", "ARQ", "VRR", "VRQ")
expectedGenotypes(as.genotype(prp))
expectedGenotypes(as.genotype(prp, alleles=alleles))
expectedGenotypes(as.genotype(prp, alleles=alleles, reorder="yes"))
## Only allele names
expectedGenotypes(alleles=alleles)
expectedGenotypes(alleles=alleles, ploidy=4)
## Haplotype
expectedHaplotypes(alleles=alleles)
expectedHaplotypes(alleles=alleles, ploidy=4)[1:20]
Example output
Loading required package: combinat
Attaching package: 'combinat'
The following object is masked from 'package:utils':
combn
Loading required package: gdata
sh: 1: cannot create /dev/null: Permission denied
gdata: Unable to locate valid perl interpreter
gdata:
gdata: read.xls() will be unable to read Excel XLS and XLSX files
gdata: unless the 'perl=' argument is used to specify the location of a
gdata: valid perl intrpreter.
gdata:
gdata: (To avoid display of this message in the future, please ensure
gdata: perl is installed and available on the executable search path.)
sh: 1: cannot create /dev/null: Permission denied
gdata: Unable to load perl libaries needed by read.xls()
gdata: to support 'XLX' (Excel 97-2004) files.
gdata: Unable to load perl libaries needed by read.xls()
gdata: to support 'XLSX' (Excel 2007+) files.
gdata: Run the function 'installXLSXsupport()'
gdata: to automatically download and install the perl
gdata: libaries needed to support Excel XLS and XLSX formats.
Attaching package: 'gdata'
The following object is masked from 'package:stats':
nobs
The following object is masked from 'package:utils':
object.size
The following object is masked from 'package:base':
startsWith
Loading required package: gtools
Loading required package: MASS
Loading required package: mvtnorm
NOTE: THIS PACKAGE IS NOW OBSOLETE.
The R-Genetics project has developed an set of enhanced genetics
packages to replace 'genetics'. Please visit the project homepage
at http://rgenetics.org for informtion.
Attaching package: 'genetics'
The following objects are masked from 'package:base':
%in%, as.factor, order
[1] "ARQ/ARQ" "ARQ/ARR" "ARQ/AHQ" "ARR/ARR" "ARR/AHQ" "AHQ/AHQ"
[1] "ARQ/ARQ" "ARQ/ARR" "ARQ/AHQ" "ARQ/ARH" "ARQ/VRR" "ARQ/VRQ" "ARR/ARR"
[8] "ARR/AHQ" "ARR/ARH" "ARR/VRR" "ARR/VRQ" "AHQ/AHQ" "AHQ/ARH" "AHQ/VRR"
[15] "AHQ/VRQ" "ARH/ARH" "ARH/VRR" "ARH/VRQ" "VRR/VRR" "VRR/VRQ" "VRQ/VRQ"
[1] "ARR/ARR" "ARR/AHQ" "ARR/ARH" "ARR/ARQ" "ARR/VRR" "ARR/VRQ" "AHQ/AHQ"
[8] "AHQ/ARH" "AHQ/ARQ" "AHQ/VRR" "AHQ/VRQ" "ARH/ARH" "ARH/ARQ" "ARH/VRR"
[15] "ARH/VRQ" "ARQ/ARQ" "ARQ/VRR" "ARQ/VRQ" "VRR/VRR" "VRR/VRQ" "VRQ/VRQ"
[1] "ARR/ARR" "ARR/AHQ" "ARR/ARH" "ARR/ARQ" "ARR/VRR" "ARR/VRQ" "AHQ/AHQ"
[8] "AHQ/ARH" "AHQ/ARQ" "AHQ/VRR" "AHQ/VRQ" "ARH/ARH" "ARH/ARQ" "ARH/VRR"
[15] "ARH/VRQ" "ARQ/ARQ" "ARQ/VRR" "ARQ/VRQ" "VRR/VRR" "VRR/VRQ" "VRQ/VRQ"
[1] "ARR/ARR/ARR/ARR" "ARR/ARR/ARR/AHQ" "ARR/ARR/ARR/ARH" "ARR/ARR/ARR/ARQ"
[5] "ARR/ARR/ARR/VRR" "ARR/ARR/ARR/VRQ" "ARR/ARR/AHQ/AHQ" "ARR/ARR/AHQ/ARH"
[9] "ARR/ARR/AHQ/ARQ" "ARR/ARR/AHQ/VRR" "ARR/ARR/AHQ/VRQ" "ARR/ARR/ARH/ARH"
[13] "ARR/ARR/ARH/ARQ" "ARR/ARR/ARH/VRR" "ARR/ARR/ARH/VRQ" "ARR/ARR/ARQ/ARQ"
[17] "ARR/ARR/ARQ/VRR" "ARR/ARR/ARQ/VRQ" "ARR/ARR/VRR/VRR" "ARR/ARR/VRR/VRQ"
[21] "ARR/ARR/VRQ/VRQ" "ARR/AHQ/AHQ/AHQ" "ARR/AHQ/AHQ/ARH" "ARR/AHQ/AHQ/ARQ"
[25] "ARR/AHQ/AHQ/VRR" "ARR/AHQ/AHQ/VRQ" "ARR/AHQ/ARH/ARH" "ARR/AHQ/ARH/ARQ"
[29] "ARR/AHQ/ARH/VRR" "ARR/AHQ/ARH/VRQ" "ARR/AHQ/ARQ/ARQ" "ARR/AHQ/ARQ/VRR"
[33] "ARR/AHQ/ARQ/VRQ" "ARR/AHQ/VRR/VRR" "ARR/AHQ/VRR/VRQ" "ARR/AHQ/VRQ/VRQ"
[37] "ARR/ARH/ARH/ARH" "ARR/ARH/ARH/ARQ" "ARR/ARH/ARH/VRR" "ARR/ARH/ARH/VRQ"
[41] "ARR/ARH/ARQ/ARQ" "ARR/ARH/ARQ/VRR" "ARR/ARH/ARQ/VRQ" "ARR/ARH/VRR/VRR"
[45] "ARR/ARH/VRR/VRQ" "ARR/ARH/VRQ/VRQ" "ARR/ARQ/ARQ/ARQ" "ARR/ARQ/ARQ/VRR"
[49] "ARR/ARQ/ARQ/VRQ" "ARR/ARQ/VRR/VRR" "ARR/ARQ/VRR/VRQ" "ARR/ARQ/VRQ/VRQ"
[53] "ARR/VRR/VRR/VRR" "ARR/VRR/VRR/VRQ" "ARR/VRR/VRQ/VRQ" "ARR/VRQ/VRQ/VRQ"
[57] "AHQ/AHQ/AHQ/AHQ" "AHQ/AHQ/AHQ/ARH" "AHQ/AHQ/AHQ/ARQ" "AHQ/AHQ/AHQ/VRR"
[61] "AHQ/AHQ/AHQ/VRQ" "AHQ/AHQ/ARH/ARH" "AHQ/AHQ/ARH/ARQ" "AHQ/AHQ/ARH/VRR"
[65] "AHQ/AHQ/ARH/VRQ" "AHQ/AHQ/ARQ/ARQ" "AHQ/AHQ/ARQ/VRR" "AHQ/AHQ/ARQ/VRQ"
[69] "AHQ/AHQ/VRR/VRR" "AHQ/AHQ/VRR/VRQ" "AHQ/AHQ/VRQ/VRQ" "AHQ/ARH/ARH/ARH"
[73] "AHQ/ARH/ARH/ARQ" "AHQ/ARH/ARH/VRR" "AHQ/ARH/ARH/VRQ" "AHQ/ARH/ARQ/ARQ"
[77] "AHQ/ARH/ARQ/VRR" "AHQ/ARH/ARQ/VRQ" "AHQ/ARH/VRR/VRR" "AHQ/ARH/VRR/VRQ"
[81] "AHQ/ARH/VRQ/VRQ" "AHQ/ARQ/ARQ/ARQ" "AHQ/ARQ/ARQ/VRR" "AHQ/ARQ/ARQ/VRQ"
[85] "AHQ/ARQ/VRR/VRR" "AHQ/ARQ/VRR/VRQ" "AHQ/ARQ/VRQ/VRQ" "AHQ/VRR/VRR/VRR"
[89] "AHQ/VRR/VRR/VRQ" "AHQ/VRR/VRQ/VRQ" "AHQ/VRQ/VRQ/VRQ" "ARH/ARH/ARH/ARH"
[93] "ARH/ARH/ARH/ARQ" "ARH/ARH/ARH/VRR" "ARH/ARH/ARH/VRQ" "ARH/ARH/ARQ/ARQ"
[97] "ARH/ARH/ARQ/VRR" "ARH/ARH/ARQ/VRQ" "ARH/ARH/VRR/VRR" "ARH/ARH/VRR/VRQ"
[101] "ARH/ARH/VRQ/VRQ" "ARH/ARQ/ARQ/ARQ" "ARH/ARQ/ARQ/VRR" "ARH/ARQ/ARQ/VRQ"
[105] "ARH/ARQ/VRR/VRR" "ARH/ARQ/VRR/VRQ" "ARH/ARQ/VRQ/VRQ" "ARH/VRR/VRR/VRR"
[109] "ARH/VRR/VRR/VRQ" "ARH/VRR/VRQ/VRQ" "ARH/VRQ/VRQ/VRQ" "ARQ/ARQ/ARQ/ARQ"
[113] "ARQ/ARQ/ARQ/VRR" "ARQ/ARQ/ARQ/VRQ" "ARQ/ARQ/VRR/VRR" "ARQ/ARQ/VRR/VRQ"
[117] "ARQ/ARQ/VRQ/VRQ" "ARQ/VRR/VRR/VRR" "ARQ/VRR/VRR/VRQ" "ARQ/VRR/VRQ/VRQ"
[121] "ARQ/VRQ/VRQ/VRQ" "VRR/VRR/VRR/VRR" "VRR/VRR/VRR/VRQ" "VRR/VRR/VRQ/VRQ"
[125] "VRR/VRQ/VRQ/VRQ" "VRQ/VRQ/VRQ/VRQ"
[1] "ARR/ARR" "ARR/AHQ" "ARR/ARH" "ARR/ARQ" "ARR/VRR" "ARR/VRQ" "AHQ/ARR"
[8] "AHQ/AHQ" "AHQ/ARH" "AHQ/ARQ" "AHQ/VRR" "AHQ/VRQ" "ARH/ARR" "ARH/AHQ"
[15] "ARH/ARH" "ARH/ARQ" "ARH/VRR" "ARH/VRQ" "ARQ/ARR" "ARQ/AHQ" "ARQ/ARH"
[22] "ARQ/ARQ" "ARQ/VRR" "ARQ/VRQ" "VRR/ARR" "VRR/AHQ" "VRR/ARH" "VRR/ARQ"
[29] "VRR/VRR" "VRR/VRQ" "VRQ/ARR" "VRQ/AHQ" "VRQ/ARH" "VRQ/ARQ" "VRQ/VRR"
[36] "VRQ/VRQ"
[1] "ARR/ARR/ARR/ARR" "ARR/ARR/ARR/AHQ" "ARR/ARR/ARR/ARH" "ARR/ARR/ARR/ARQ"
[5] "ARR/ARR/ARR/VRR" "ARR/ARR/ARR/VRQ" "ARR/ARR/AHQ/ARR" "ARR/ARR/AHQ/AHQ"
[9] "ARR/ARR/AHQ/ARH" "ARR/ARR/AHQ/ARQ" "ARR/ARR/AHQ/VRR" "ARR/ARR/AHQ/VRQ"
[13] "ARR/ARR/ARH/ARR" "ARR/ARR/ARH/AHQ" "ARR/ARR/ARH/ARH" "ARR/ARR/ARH/ARQ"
[17] "ARR/ARR/ARH/VRR" "ARR/ARR/ARH/VRQ" "ARR/ARR/ARQ/ARR" "ARR/ARR/ARQ/AHQ"
genetics documentation built on March 1, 2021, 9:06 a.m.
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Description Usage Arguments Details Value Author(s) See Also Examples
View source: R/expectedGenotypes.R
Description
expectedGenotypes constructs expected genotypes according to
known allele variants, which can be quite tedious with large number of
allele variants. It can handle different level of ploidy.
Usage
1 2 3 4 | expectedGenotypes(x, alleles=allele.names(x), ploidy=2, sort=TRUE,
haplotype=FALSE)
expectedHaplotypes(x, alleles=allele.names(x), ploidy=2, sort=TRUE,
haplotype=TRUE)
|
Arguments
x |
genotype or haplotype |
alleles |
character, vector of allele names |
ploidy |
numeric, number of chromosome sets i.e. 2 for human autosomal genes |
sort |
logical, sort genotypes according to order of alleles in
|
haplotype |
logical, construct haplotypes i.e. ordered genotype |
At least one of x or alleles must be given.
Details
expectedHaplotypes() just calls expectedGenotypes() with
argument haplotype=TRUE.
Value
A character vector with genotype names as "alele1/alele2" for diploid example. Length of output is (n*(n+1))/2 for genotype (unordered genotype) and n*n for haplotype (ordered genotype) for n allele variants.
Author(s)
Gregor Gorjanc
See Also
Examples
1 2 3 4 5 6 7 8 9 10 11 12 13 14 | ## On genotype
prp <- c("ARQ/ARQ", "ARQ/ARQ", "ARR/ARQ", "AHQ/ARQ", "ARQ/ARQ")
alleles <- c("ARR", "AHQ", "ARH", "ARQ", "VRR", "VRQ")
expectedGenotypes(as.genotype(prp))
expectedGenotypes(as.genotype(prp, alleles=alleles))
expectedGenotypes(as.genotype(prp, alleles=alleles, reorder="yes"))
## Only allele names
expectedGenotypes(alleles=alleles)
expectedGenotypes(alleles=alleles, ploidy=4)
## Haplotype
expectedHaplotypes(alleles=alleles)
expectedHaplotypes(alleles=alleles, ploidy=4)[1:20]
|
Example output
Loading required package: combinat
Attaching package: 'combinat'
The following object is masked from 'package:utils':
combn
Loading required package: gdata
sh: 1: cannot create /dev/null: Permission denied
gdata: Unable to locate valid perl interpreter
gdata:
gdata: read.xls() will be unable to read Excel XLS and XLSX files
gdata: unless the 'perl=' argument is used to specify the location of a
gdata: valid perl intrpreter.
gdata:
gdata: (To avoid display of this message in the future, please ensure
gdata: perl is installed and available on the executable search path.)
sh: 1: cannot create /dev/null: Permission denied
gdata: Unable to load perl libaries needed by read.xls()
gdata: to support 'XLX' (Excel 97-2004) files.
gdata: Unable to load perl libaries needed by read.xls()
gdata: to support 'XLSX' (Excel 2007+) files.
gdata: Run the function 'installXLSXsupport()'
gdata: to automatically download and install the perl
gdata: libaries needed to support Excel XLS and XLSX formats.
Attaching package: 'gdata'
The following object is masked from 'package:stats':
nobs
The following object is masked from 'package:utils':
object.size
The following object is masked from 'package:base':
startsWith
Loading required package: gtools
Loading required package: MASS
Loading required package: mvtnorm
NOTE: THIS PACKAGE IS NOW OBSOLETE.
The R-Genetics project has developed an set of enhanced genetics
packages to replace 'genetics'. Please visit the project homepage
at http://rgenetics.org for informtion.
Attaching package: 'genetics'
The following objects are masked from 'package:base':
%in%, as.factor, order
[1] "ARQ/ARQ" "ARQ/ARR" "ARQ/AHQ" "ARR/ARR" "ARR/AHQ" "AHQ/AHQ"
[1] "ARQ/ARQ" "ARQ/ARR" "ARQ/AHQ" "ARQ/ARH" "ARQ/VRR" "ARQ/VRQ" "ARR/ARR"
[8] "ARR/AHQ" "ARR/ARH" "ARR/VRR" "ARR/VRQ" "AHQ/AHQ" "AHQ/ARH" "AHQ/VRR"
[15] "AHQ/VRQ" "ARH/ARH" "ARH/VRR" "ARH/VRQ" "VRR/VRR" "VRR/VRQ" "VRQ/VRQ"
[1] "ARR/ARR" "ARR/AHQ" "ARR/ARH" "ARR/ARQ" "ARR/VRR" "ARR/VRQ" "AHQ/AHQ"
[8] "AHQ/ARH" "AHQ/ARQ" "AHQ/VRR" "AHQ/VRQ" "ARH/ARH" "ARH/ARQ" "ARH/VRR"
[15] "ARH/VRQ" "ARQ/ARQ" "ARQ/VRR" "ARQ/VRQ" "VRR/VRR" "VRR/VRQ" "VRQ/VRQ"
[1] "ARR/ARR" "ARR/AHQ" "ARR/ARH" "ARR/ARQ" "ARR/VRR" "ARR/VRQ" "AHQ/AHQ"
[8] "AHQ/ARH" "AHQ/ARQ" "AHQ/VRR" "AHQ/VRQ" "ARH/ARH" "ARH/ARQ" "ARH/VRR"
[15] "ARH/VRQ" "ARQ/ARQ" "ARQ/VRR" "ARQ/VRQ" "VRR/VRR" "VRR/VRQ" "VRQ/VRQ"
[1] "ARR/ARR/ARR/ARR" "ARR/ARR/ARR/AHQ" "ARR/ARR/ARR/ARH" "ARR/ARR/ARR/ARQ"
[5] "ARR/ARR/ARR/VRR" "ARR/ARR/ARR/VRQ" "ARR/ARR/AHQ/AHQ" "ARR/ARR/AHQ/ARH"
[9] "ARR/ARR/AHQ/ARQ" "ARR/ARR/AHQ/VRR" "ARR/ARR/AHQ/VRQ" "ARR/ARR/ARH/ARH"
[13] "ARR/ARR/ARH/ARQ" "ARR/ARR/ARH/VRR" "ARR/ARR/ARH/VRQ" "ARR/ARR/ARQ/ARQ"
[17] "ARR/ARR/ARQ/VRR" "ARR/ARR/ARQ/VRQ" "ARR/ARR/VRR/VRR" "ARR/ARR/VRR/VRQ"
[21] "ARR/ARR/VRQ/VRQ" "ARR/AHQ/AHQ/AHQ" "ARR/AHQ/AHQ/ARH" "ARR/AHQ/AHQ/ARQ"
[25] "ARR/AHQ/AHQ/VRR" "ARR/AHQ/AHQ/VRQ" "ARR/AHQ/ARH/ARH" "ARR/AHQ/ARH/ARQ"
[29] "ARR/AHQ/ARH/VRR" "ARR/AHQ/ARH/VRQ" "ARR/AHQ/ARQ/ARQ" "ARR/AHQ/ARQ/VRR"
[33] "ARR/AHQ/ARQ/VRQ" "ARR/AHQ/VRR/VRR" "ARR/AHQ/VRR/VRQ" "ARR/AHQ/VRQ/VRQ"
[37] "ARR/ARH/ARH/ARH" "ARR/ARH/ARH/ARQ" "ARR/ARH/ARH/VRR" "ARR/ARH/ARH/VRQ"
[41] "ARR/ARH/ARQ/ARQ" "ARR/ARH/ARQ/VRR" "ARR/ARH/ARQ/VRQ" "ARR/ARH/VRR/VRR"
[45] "ARR/ARH/VRR/VRQ" "ARR/ARH/VRQ/VRQ" "ARR/ARQ/ARQ/ARQ" "ARR/ARQ/ARQ/VRR"
[49] "ARR/ARQ/ARQ/VRQ" "ARR/ARQ/VRR/VRR" "ARR/ARQ/VRR/VRQ" "ARR/ARQ/VRQ/VRQ"
[53] "ARR/VRR/VRR/VRR" "ARR/VRR/VRR/VRQ" "ARR/VRR/VRQ/VRQ" "ARR/VRQ/VRQ/VRQ"
[57] "AHQ/AHQ/AHQ/AHQ" "AHQ/AHQ/AHQ/ARH" "AHQ/AHQ/AHQ/ARQ" "AHQ/AHQ/AHQ/VRR"
[61] "AHQ/AHQ/AHQ/VRQ" "AHQ/AHQ/ARH/ARH" "AHQ/AHQ/ARH/ARQ" "AHQ/AHQ/ARH/VRR"
[65] "AHQ/AHQ/ARH/VRQ" "AHQ/AHQ/ARQ/ARQ" "AHQ/AHQ/ARQ/VRR" "AHQ/AHQ/ARQ/VRQ"
[69] "AHQ/AHQ/VRR/VRR" "AHQ/AHQ/VRR/VRQ" "AHQ/AHQ/VRQ/VRQ" "AHQ/ARH/ARH/ARH"
[73] "AHQ/ARH/ARH/ARQ" "AHQ/ARH/ARH/VRR" "AHQ/ARH/ARH/VRQ" "AHQ/ARH/ARQ/ARQ"
[77] "AHQ/ARH/ARQ/VRR" "AHQ/ARH/ARQ/VRQ" "AHQ/ARH/VRR/VRR" "AHQ/ARH/VRR/VRQ"
[81] "AHQ/ARH/VRQ/VRQ" "AHQ/ARQ/ARQ/ARQ" "AHQ/ARQ/ARQ/VRR" "AHQ/ARQ/ARQ/VRQ"
[85] "AHQ/ARQ/VRR/VRR" "AHQ/ARQ/VRR/VRQ" "AHQ/ARQ/VRQ/VRQ" "AHQ/VRR/VRR/VRR"
[89] "AHQ/VRR/VRR/VRQ" "AHQ/VRR/VRQ/VRQ" "AHQ/VRQ/VRQ/VRQ" "ARH/ARH/ARH/ARH"
[93] "ARH/ARH/ARH/ARQ" "ARH/ARH/ARH/VRR" "ARH/ARH/ARH/VRQ" "ARH/ARH/ARQ/ARQ"
[97] "ARH/ARH/ARQ/VRR" "ARH/ARH/ARQ/VRQ" "ARH/ARH/VRR/VRR" "ARH/ARH/VRR/VRQ"
[101] "ARH/ARH/VRQ/VRQ" "ARH/ARQ/ARQ/ARQ" "ARH/ARQ/ARQ/VRR" "ARH/ARQ/ARQ/VRQ"
[105] "ARH/ARQ/VRR/VRR" "ARH/ARQ/VRR/VRQ" "ARH/ARQ/VRQ/VRQ" "ARH/VRR/VRR/VRR"
[109] "ARH/VRR/VRR/VRQ" "ARH/VRR/VRQ/VRQ" "ARH/VRQ/VRQ/VRQ" "ARQ/ARQ/ARQ/ARQ"
[113] "ARQ/ARQ/ARQ/VRR" "ARQ/ARQ/ARQ/VRQ" "ARQ/ARQ/VRR/VRR" "ARQ/ARQ/VRR/VRQ"
[117] "ARQ/ARQ/VRQ/VRQ" "ARQ/VRR/VRR/VRR" "ARQ/VRR/VRR/VRQ" "ARQ/VRR/VRQ/VRQ"
[121] "ARQ/VRQ/VRQ/VRQ" "VRR/VRR/VRR/VRR" "VRR/VRR/VRR/VRQ" "VRR/VRR/VRQ/VRQ"
[125] "VRR/VRQ/VRQ/VRQ" "VRQ/VRQ/VRQ/VRQ"
[1] "ARR/ARR" "ARR/AHQ" "ARR/ARH" "ARR/ARQ" "ARR/VRR" "ARR/VRQ" "AHQ/ARR"
[8] "AHQ/AHQ" "AHQ/ARH" "AHQ/ARQ" "AHQ/VRR" "AHQ/VRQ" "ARH/ARR" "ARH/AHQ"
[15] "ARH/ARH" "ARH/ARQ" "ARH/VRR" "ARH/VRQ" "ARQ/ARR" "ARQ/AHQ" "ARQ/ARH"
[22] "ARQ/ARQ" "ARQ/VRR" "ARQ/VRQ" "VRR/ARR" "VRR/AHQ" "VRR/ARH" "VRR/ARQ"
[29] "VRR/VRR" "VRR/VRQ" "VRQ/ARR" "VRQ/AHQ" "VRQ/ARH" "VRQ/ARQ" "VRQ/VRR"
[36] "VRQ/VRQ"
[1] "ARR/ARR/ARR/ARR" "ARR/ARR/ARR/AHQ" "ARR/ARR/ARR/ARH" "ARR/ARR/ARR/ARQ"
[5] "ARR/ARR/ARR/VRR" "ARR/ARR/ARR/VRQ" "ARR/ARR/AHQ/ARR" "ARR/ARR/AHQ/AHQ"
[9] "ARR/ARR/AHQ/ARH" "ARR/ARR/AHQ/ARQ" "ARR/ARR/AHQ/VRR" "ARR/ARR/AHQ/VRQ"
[13] "ARR/ARR/ARH/ARR" "ARR/ARR/ARH/AHQ" "ARR/ARR/ARH/ARH" "ARR/ARR/ARH/ARQ"
[17] "ARR/ARR/ARH/VRR" "ARR/ARR/ARH/VRQ" "ARR/ARR/ARQ/ARR" "ARR/ARR/ARQ/AHQ"
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