The hardware and bandwidth for this mirror is donated by dogado GmbH, the Webhosting and Full Service-Cloud Provider. Check out our Wordpress Tutorial.
If you wish to report a bug, or if you are interested in having us mirror your free-software or open-source project, please feel free to contact us at mirror[@]dogado.de.

Creating hyper3 objects in the hyper2 package

Robin K. S. Hankin

To cite the hyper2 package in publications, please use Hankin (2017). In this vignette I give self-contained short examples of each function that creates or modifies hyper3 objects.

hyper3() # default creation, returns a uniform support function

## log( )

hyper3(list(c(a=1.2),c(b=1),c(a=1.2,b=1)),powers=c(3,4,-7)) # dispatches to hyper3_nv()

## log( (a=1.2)^3 * (a=1.2, b=1)^-7 * (b=1)^4)

hyper3(B=list("a",c("a","b"),"b"),W=list(1.2,c(1.2,1),1),powers=c(3,4,-7)) # dispatches to hyper3_bw()

## log( (a=1.2)^3 * (a=1.2, b=1)^4 * (b=1)^-7)

M <- matrix(rpois(15,3),5,3)
colnames(M) <- letters[1:3]
M

##      a b c
## [1,] 5 2 1
## [2,] 2 5 2
## [3,] 2 6 1
## [4,] 3 4 4
## [5,] 5 3 2

hyper3(M,c(2,3,-1,-5,1))   # dispatches to hyper3_m()

## log( (a=2, b=5, c=2)^3 * (a=2, b=6, c=1)^-1 * (a=3,
## b=4, c=4)^-5 * (a=5, b=2, c=1)^2 * (a=5, b=3, c=2)^1)

H <- hyper3()
H[c(p1=1.3)] <- 5  # terms not present are created
H[c(p2=1  )] <- 2
H[c(p1=1.3,p2=1)] <- -7
H

## log( (p1=1.3)^5 * (p1=1.3, p2=1)^-7 * (p2=1)^2)

H <- hyper3(list(c(a=1.2),c(b=1),c(a=1.2,b=1)),powers=c(3,4,-7))
H[c(a=1.2)] <- 100  # terms present may be modified...
H[c(a=1.2,x=1)] %<>% dec(97) # or incremented
H

## log( (a=1.2)^100 * (a=1.2, b=1)^-7 * (a=1.2, x=1)^-97
## * (b=1)^4)

ordervec2supp3(c("a","a","b","c","a","b","c"))

## log( (a=1)^3 * (a=1, b=1, c=1)^-1 * (a=1, b=1,
## c=2)^-1 * (a=1, b=2, c=2)^-1 * (a=2, b=2, c=2)^-1 *
## (a=3, b=2, c=2)^-1 * (b=1)^2 * (b=1, c=1)^-1 *
## (c=1)^1)

ordervec2supp3(c("a","b"),nonfinishers=c("a","b"))  # a > b >> {a,b}

## log( (a=1)^1 * (a=1, b=2)^-1 * (a=2, b=2)^-1 *
## (b=1)^1)

(jj <- data.frame(throw1=c(a=8,b=2,c=1),throw2=c(5,"X",3)))

##   throw1 throw2
## a      8      5
## b      2      X
## c      1      3

attemptstable2supp3(jj)

## log( (a=1)^2 * (a=1, b=2, c=2)^-1 * (a=2, b=2,
## c=2)^-1 * (b=1)^1 * (b=1, c=1)^-1 * (b=2, c=1)^-1 *
## (b=2, c=2)^-1 * (c=1)^2)

dirichlet3(c(x=6,y=2,z=2),lambda=1.8)  

## log( (x=1.8)^6 * (x=1.8, y=1, z=1)^-10 * (y=1)^2 *
## (z=1)^2)

(H <- rankvec_likelihood(letters[1:5]))

## log( a * (a + b + c + d + e)^-1 * b * (b + c + d +
## e)^-1 * c * (c + d + e)^-1 * d * (d + e)^-1)

H["b"] <- as.weight(1.88)
H

## log( (a=1)^1 * (a=1, b=1.88, c=1, d=1, e=1)^-1 *
## (b=1.88)^1 * (b=1.88, c=1, d=1, e=1)^-1 * (c=1)^1 *
## (c=1, d=1, e=1)^-1 * (d=1)^1 * (d=1, e=1)^-1)

setweight(H,"c",1000)

## log( (a=1)^1 * (a=1, b=1.88, c=1000, d=1, e=1)^-1 *
## (b=1.88)^1 * (b=1.88, c=1000, d=1, e=1)^-1 *
## (c=1000)^1 * (c=1000, d=1, e=1)^-1 * (d=1)^1 * (d=1,
## e=1)^-1)

(o <- constructor_2020_table[1:6,1:4])

##   Constructor AUT STY HUN
## 1        Merc   1   1   1
## 2        Merc   4   2   3
## 3        RBRH  13   3   2
## 4        RBRH Ret   4   5
## 5          MR   3   5   9
## 6          MR   5   9  13

ordertable2supp3(o)

## log( (MR=1)^3 * (MR=1, Merc=1, RBRH=2)^-1 * (MR=1,
## RBRH=2)^-1 * (MR=2)^-1 * (MR=2, Merc=1, RBRH=2)^-2 *
## (MR=2, Merc=2, RBRH=2)^-2 * (MR=2, RBRH=1)^-1 *
## (MR=2, RBRH=2)^-1 * (Merc=1)^4 * (RBRH=1)^3 *
## (RBRH=2)^-1)

M <- matrix(c(NA,9+2i,7+2i,6+5i,NA,2+4i,2+2i,9+3i,NA),3,3)
teams <- letters[1:3]
dimnames(M) <- list("@home" = teams,"@away"=teams)
M

##      @away
## @home    a    b    c
##     a   NA 6+5i 2+2i
##     b 9+2i   NA 9+3i
##     c 7+2i 2+4i   NA

home_away3(M,lambda=1.88)

## log( (a=1)^4 * (a=1, b=1.88)^-11 * (a=1, c=1.88)^-9 *
## (a=1.88)^8 * (a=1.88, b=1)^-11 * (a=1.88, c=1)^-4 *
## (b=1)^9 * (b=1, c=1.88)^-6 * (b=1.88)^18 * (b=1.88,
## c=1)^-12 * (c=1)^5 * (c=1.88)^9)

(H <- hyper3(list(c(a=1.2),c(b=1),c(a=1.2,b=1)),powers=c(3,4,-7)))

## log( (a=1.2)^3 * (a=1.2, b=1)^-7 * (b=1)^4)

powers(H) <- powers(H) * 3
H

## log( (a=1.2)^9 * (a=1.2, b=1)^-21 * (b=1)^12)

These binaries (installable software) and packages are in development.
They may not be fully stable and should be used with caution. We make no claims about them.
Health stats visible at Monitor.