- txt += ' ' * (bar_width - 2)
- txt += f' pop(Σn)={self.count}\n'
- txt += ' ' * (bar_width + details.max_label_width - 2)
- txt += f' mean(x̄)={self.stats.get_mean():.3f}\n'
- txt += ' ' * (bar_width + details.max_label_width - 2)
- txt += f' median(p50)={self.stats.get_median():.3f}\n'
- txt += ' ' * (bar_width + details.max_label_width - 2)
- txt += f' mode(Mo)={self.stats.get_mode()[0]:.3f}\n'
- txt += ' ' * (bar_width + details.max_label_width - 2)
- txt += f' stdev(σ)={self.stats.get_stdev():.3f}\n'
- txt += '\n'
+ txt += " " * (bar_width - 2)
+ txt += f" pop(Σn)={self.count}\n"
+ txt += " " * (bar_width + details.max_label_width - 2)
+ txt += f" mean(μ)={self.stats.get_mean():.3f}\n"
+ txt += " " * (bar_width + details.max_label_width - 2)
+ txt += f" median(p50)={self.stats.get_median():.3f}\n"
+ txt += " " * (bar_width + details.max_label_width - 2)
+ txt += f" mode(Mo)={self.stats.get_mode()[0]:.3f}\n"
+ txt += " " * (bar_width + details.max_label_width - 2)
+ txt += f" stdev(σ)={self.stats.get_stdev():.3f}\n"
+ txt += "\n"