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logger$info("Creating regional time-series plots")
Time-series of the selected type names and group codes are given for the selected regions in the plots below (see also [Settings]). The lines and dots have the following meaning:
location_code
to estimate the trend parameters.d_ltr %>% filter(type_name %in% unique(c("TC", TYPE_NAME, GROUP_CODE))) %>% filter(region_code %in% REGION_CODE) %>% left_join( d_stats_reg %>% select(region_code, type_name, b0, b1), by = c("region_code", "type_name")) %>% group_split(region_code, type_name) %>% map_df(function(x) { d <- tibble(date = range(x$date)) %>% mutate(count = x$b0[1] + x$b1[1] * as.numeric(date)) ymax <- CUTOFF_COUNT_AXIS / 100 * max(x$count) n_extremes <- sum(x$count > ymax) warn_message <- str_glue("NB: {n_extremes} largest counts are missing because only the lower {CUTOFF_COUNT_AXIS}% of the plot is given") g <- ggplot(data = x, mapping = aes(x = date, y = count)) + geom_point(na.rm = TRUE) + geom_path( data = d, mapping = aes(x = date, y = count), colour = "red", size = 1.0, na.rm = TRUE) + scale_x_date(name = "", limits = c(DATE_FROM, DATE_TO)) + coord_cartesian(ylim = c(NA, ymax)) + ggtitle( label = str_c(x$region_code[1], x$type_name[1], sep = " "), subtitle = if (CUTOFF_COUNT_AXIS < 100){warn_message} else {waiver()}) + theme(plot.subtitle = element_text(size = 8)) tibble( g = list(g), region_code = x$region_code[1], type_name = x$type_name[1]) }) %>% arrange(region_code, type_name) %>% pull("g") %>% walk(print)
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