library(tidyverse)
df_experiment <- read.table("tests/data/pebl/gonogo-ZK210612KT.csv", header = TRUE,
sep = ",")
df_experiment <- preprocess_experiment(df_experiment)
head(df_experiment)
df_experiment %>%
group_by(x, y) %>%
summarise(mean(reaction_time))
table(df_experiment$block, df_experiment$go_response)
df_all <- df_experiment %>%
filter(trial_type == "test") %>%
group_by(go_response, block) %>%
summarise(mean_rt = mean(reaction_time),
median_rt = median(reaction_time),
sd_rt = sd(reaction_time),
n_correct = sum(response_correct)/n())
df_separate <- df_experiment %>%
filter(trial_type == "test") %>%
group_by(go_response, block, response_correct, should_go) %>%
summarise(mean_rt = mean(reaction_time),
median_rt = median(reaction_time),
sd_rt = sd(reaction_time),
.groups="drop") %>%
filter(should_go | !(should_go | response_correct)) %>%
mutate(response_correct = ifelse(response_correct, "correct", "error"))
df_separate <- df_experiment %>%
filter(trial_type == "test") %>%
group_by(go_response, block, should_go) %>%
summarise(accuracy = sum(response_correct)/n(),.groups="drop") %>%
right_join(df_separate, by=c("go_response", "block", "should_go"))
df_separate %>%
mutate(should_go = ifelse(should_go, "go", "nogo"),
varname = paste(should_go, response_correct, go_response, sep="_")) %>%
select(-c(block, go_response, should_go, response_correct)) %>%
pivot_wider(names_from = varname, values_from = c(accuracy, mean_rt, median_rt, sd_rt))
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