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Check for specific sequence of actions in StatsBomb event data
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library(soccermatics) | |
library(StatsBombR) | |
library(tidyverse) | |
library(ggsoccer) | |
matchesdf <- FreeMatches(FreeCompetitions()) %>% filter(competition.competition_id == 11, season.season_id == 90) | |
barhue <- matchesdf %>% filter(match_id == 3773369) | |
barhue_df <- get.matchFree(barhue) %>% allclean() | |
barhue_df$type.name %>% unique() | |
## FOR ONE team, find this consecutive sequence in a single possession: | |
## Ball Receipt* >>> Pass >>> Ball Receipt* | |
## Ball Receipt* >>> Dribble >>> Ball Receipt* | |
## Index: check that we're looking at consecutive events | |
## minutue, second, period: more contextual checks | |
barhue_df %>% glimpse() | |
barc_df <- barhue_df %>% | |
filter(possession_team.name == "Barcelona") %>% | |
select(possession, type.name, period, index, minute, second) | |
# barc_df %>% | |
# rowwise() %>% | |
# mutate(seq = list(seq(type.name))) %>% View() | |
# | |
# barc_WIDE <- barc_df %>% | |
# pivot_wider(names_from = index, values_from = type.name) | |
barc_nested <- barc_df %>% | |
group_by(possession) %>% | |
summarize(action_list = list(type.name)) %>% | |
ungroup() | |
# barc_nested %>% | |
# filter(action_list == list("Ball Receipt*", "Pass", "Ball Receipt*")) | |
# | |
# barc_nested %>% | |
# mutate(tf = case_when( | |
# action_list %in% list("Ball Receipt*", "Pass", "Ball Receipt*") ~ TRUE, | |
# TRUE ~ FALSE | |
# )) %>% View() | |
# https://stackoverflow.com/questions/61620689/checking-for-sequences-in-an-r-vector | |
# find_subseq <- function(x, vec) { | |
# p <- match(x[1], vec) | |
# | |
# if (is.na(p)||length(x) == 1) { | |
# p } else { | |
# c(p, p + find_subseq(x[-1], vec[-seq_len(p)])) | |
# } | |
# } | |
# | |
# find_subseq(barc_nested$action_list[[10]], c("Ball Receipt*", "Pass", "Ball Receipt*")) ## FALSE | |
# | |
# find_subseq(barc_nested$action_list[[47]], c("Ball Receipt*", "Pass", "Ball Receipt*")) ## TRUE | |
# https://stackoverflow.com/questions/61620689/checking-for-sequences-in-an-r-vector | |
subseq_find <- function(x, y) { | |
inds <- which(x == head(y, 1)) | |
if (length(inds) == 0) return(FALSE) | |
any(sapply(inds, function(k) all(x[k:(k + length(y) - 1)] == y))) | |
} | |
subseq_find(barc_nested$action_list[[47]], c("Ball Receipt*", "Pass", "Ball Receipt*")) ## TRUE | |
subseq_find(barc_nested$action_list[[5]], c("Ball Receipt*", "Pass", "Ball Receipt*")) ## FALSE | |
barc_seq_find1 <- barc_nested %>% | |
mutate( | |
has_seq = map(action_list, ~ subseq_find(x = .x, c("Ball Receipt*", "Pass", "Ball Receipt*"))), | |
has_seq = unlist(has_seq) | |
) | |
barc_seq_find2 <- barc_nested %>% | |
mutate( | |
has_seq = map(action_list, ~ subseq_find(x = .x, c("Ball Receipt*", "Dribble", "Ball Receipt*"))), | |
has_seq = unlist(has_seq) | |
) | |
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