Description Details Author(s) References See Also Examples
Compute rugby game data from functions, creating a data frame with all the stats for each of the 23 players in a union game or all 12 players in a sevens game from one of the teams. Use functions to calculate the best players in each aspect and the average performance from the team in each aspect.
Package: | Rugby |
Type: | Package |
Version: | 1.0 |
Date: | 2014-04-14 |
License: | GPL-2 |
1 - Load the package and run the function game(15) if you want to get the stats from a rugby union game or game(7) if you want to get the stats from a rugby sevens game.
2 - Type all the name of the players.
3 - Computed the statistics using the commands above:
con(#) - if player number # scored a conversion.
tu(#) - if the player number # committed a turnover.
p(#) if the player number # passed the ball.
conp(#) - if the player number # converted a penalty.
pen(#) - if the player number # committed a penalty.
wp(#) - if the player number # missed the pass.
mt(#) - if the player number # missed a tackle.
s(#) - if the player number # stolen the ball.
ta(#) if the player number # tackled.
tr(#) - if the player number # scored a try.
dg(#) - if the player number # scored a drop goal.
y(#) - if the player number # received a yellow card.
rc(#) - if player number # received a red card.
team() - display the team stats.
subt() - if a player is substituted.
meanall() - display the mean of all aspects.
total() - display the total of points of the team.
4 - finalstats() - display the final statistics after the game.
Diego Ribeiro Marcondes
Maintainer: Diego Marcondes <diegormmarcondes@gmail.com>
IRB Laws (Rugby laws) http://www.irblaws.com/
~~ <pkg>
~~
1 2 3 4 5 6 7 8 9 10 | dp()
dp <-function(1){
y <- Game[1,11]
z <- y + 1
Game[1,11] <- z
m <- Game[1,14]
Game[1,14] <- m + 3
(Game)
assign("Game",Game,.GlobalEnv)
}
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