CharacterStatistics.py

import numpy as np
import matplotlib.pyplot as plt

class CharacterStatistics:
    def __init__(self, characters):
        self.characters = characters
        self.characters_array = np.array([c.to_list() for c in characters])

    # 前n名排行榜
    def find_highest_cultivation(self, n=1):
        sorted_characters = sorted(self.characters, key=lambda c: (c.cultivation_rank, c.cultivation_level), reverse=True)
        return sorted_characters[:n]

    # 宗族人数排行榜
    def rank_top_clans(self, top_n=4):
      clan_size = {}
      for c in self.characters:
        clan_size[c.clan] = clan_size.get(c.clan, 0) + 1

      sorted_clans = sorted(clan_size.items(), key=lambda x: x[1], reverse=True)[:top_n]

      return sorted_clans

    # real_age、apparent_age、cultivation_level、cultivation_rank 分布图
    def plot_attribute_distribution(self):
        attributes = ['Real Age', 'Apparent Age', 'Cultivation Level', 'Cultivation Rank']
        attribute_indices = [0, 1, 2, 3]
        fig, axs = plt.subplots(2, 2, figsize=(10, 8))
        axs = axs.flatten()
        for i, ax in enumerate(axs):
            ax.hist(self.characters_array[:, attribute_indices[i]], bins=20, edgecolor='black')
            ax.set_xlabel(attributes[i])
            ax.set_ylabel('Frequency')
        plt.tight_layout()
        return fig

    # real_age、apparent_age、cultivation_level、cultivation_rank、孩子数量 统计平均数
    def calculate_average_attributes(self):
        real_age_mean = np.mean(self.characters_array[:, 0])
        apparent_age_mean = np.mean(self.characters_array[:, 1])
        cultivation_level_mean = np.mean(self.characters_array[:, 2])
        cultivation_rank_mean = np.mean(self.characters_array[:, 3])
        child_count_mean = np.mean(self.characters_array[:, 19])
        return real_age_mean, apparent_age_mean, cultivation_level_mean, cultivation_rank_mean, child_count_mean

    # 画出 cultivation_rank （x轴） 和 4项combat_power的关系（y轴）
    def plot_combat_power_vs_cultivation_rank(self):

      fig, axs = plt.subplots(2, 2, figsize=(10, 8))
      axs = axs.flatten()

      for i, combat_power in enumerate(['Attack Power', 'Defense Power', 'Attack Speed', 'Health Points']):

        combat_power_data = []
        for rank in range(6):
          rank_data = self.characters_array[self.characters_array[:,3]==rank, i+5]
          combat_power_data.append(rank_data)

        axs[i].boxplot(combat_power_data)
        axs[i].set_title(combat_power)
        axs[i].set_xlabel('Cultivation Rank')
        axs[i].set_ylabel('Value')

      plt.tight_layout()
      return fig

    def calculate_average_special_constitution(self):
        special_constitution_mean = np.mean(self.characters_array[:, 9:13], axis=0)
        return special_constitution_mean

    def calculate_average_spiritual_roots(self):
        spiritual_roots_mean = np.mean(self.characters_array[:, 13:18], axis=0)
        return spiritual_roots_mean

    # 统计无灵根者的数量
    def count_zero_spiritual_roots(self):
        zero_spiritual_roots_count = np.sum(np.all(self.characters_array[:, 13:18] == 0, axis=1))
        return zero_spiritual_roots_count

    # 灵根数量分布图
    def plot_sum_spiritual_root_distribution(self):
      spiritual_roots_sum = np.sum(self.characters_array[:, 13:18], axis=1)

      fig = plt.figure()
      plt.hist(spiritual_roots_sum, bins=5, range=(0,5))
      plt.xlabel('Number of Spiritual Roots')
      plt.ylabel('Number of Characters')
      plt.title('Distribution of Spiritual Roots')

      return fig

    # 各灵根人口分布（x轴：5种灵根，y轴：人数）
    def plot_spiritual_roots_distribution(self):

      spiritual_roots = self.characters_array[:, 13:18]

      means = np.mean(spiritual_roots, axis=0)
      roots = ['Metal', 'Wood', 'Water', 'Fire', 'Earth']

      fig = plt.figure()
      plt.bar(roots, means)
      plt.xlabel('Spiritual Roots')
      plt.ylabel('Percentage of Characters')
      plt.title('Distribution of Spiritual Roots in Population')

      return fig

    # 宗族人数分布图
    def plot_clan_size_distribution(self):
      clan_size = {}
      for c in self.characters:
        clan_size[c.clan] = clan_size.get(c.clan, 0) + 1

      sizes = list(clan_size.values())
      fig = plt.figure()
      plt.hist(sizes, bins=20)
      plt.xlabel('Clan Size')
      plt.ylabel('Number of Clans')
      return fig

    def summarize(self):
      print("===== Character Statistics Summary =====")

      # 打印平均属性
      print("Average Attributes:")
      real_age, apparent_age, cultivation_level, cultivation_rank, child_count = self.calculate_average_attributes()
      print(f"Real Age: {real_age:.2f}")
      print(f"Apparent Age: {apparent_age:.2f}")
      print(f"Cultivation Level: {cultivation_level:.2f}")
      print(f"Cultivation Rank: {cultivation_rank:.2f}")
      print(f"Child Count: {child_count:.2f}")

      # 打印平均特质
      print("\nAverage Special Constitutions:")
      special_names = ['战斗', '合欢', '灵龟', '蜉蝣']
      for i, v in enumerate(self.calculate_average_special_constitution()):
        print(f"{special_names[i]}: {v:.2%}")

      # 打印平均灵根
      print("\nAverage Spiritual Roots:")
      root_names = ['金', '木', '水', '火', '土']
      for i, v in enumerate(self.calculate_average_spiritual_roots()):
        print(f"{root_names[i]}: {v:.2%}")

      # 打印统计图
      print("\nPlotting graphs...")
      self.plot_attribute_distribution()
      # self.plot_combat_power_vs_cultivation_rank()
      self.plot_spiritual_roots_distribution()
      self.plot_sum_spiritual_root_distribution()
      self.plot_clan_size_distribution()
      self.print_top_cultivators()
      # 攻击力排行榜
      self.print_rank('attack_power', name='Attack Power')
      # 防御力排行榜
      self.print_rank('defense_power', name='Defense Power')
      self.print_top_clans()

      print("\n===== End Summary =====\n")

    # 返回Markdown字符串的总结输出
    def summarize_markdown(self):
      md = "## Character Statistics Summary\n\n"
      md += "### Average Attributes:\n\n"
      real_age, apparent_age, cultivation_level, cultivation_rank, child_count = self.calculate_average_attributes()
      md += f"Real Age: {real_age:.2f}\n\n"
      md += f"Apparent Age: {apparent_age:.2f}\n\n"
      md += f"Cultivation Level: {cultivation_level:.2f}\n\n"
      md += f"Cultivation Rank: {cultivation_rank:.2f}\n\n"
      md += f"Child Count: {child_count:.2f}\n\n"

      md += "### Average Special Constitutions:\n\n"
      special_names = ['战斗', '合欢', '灵龟', '蜉蝣']
      for i, v in enumerate(self.calculate_average_special_constitution()):
        md += f"{special_names[i]}: {v:.2%}\n\n"

      md += "### Average Spiritual Roots:\n\n"
      root_names = ['金', '木', '水', '火', '土']
      for i, v in enumerate(self.calculate_average_spiritual_roots()):
        md += f"{root_names[i]}: {v:.2%}\n\n"
      
      # md += "### Plotting graphs...\n\n"
      # 画图并保存
      fig1 = self.plot_attribute_distribution()
      # fig1.savefig('./attribute_distribution.png')
      # md += "#### Attribute Distribution\n\n"
      # md += "![Attribute Distribution](./attribute_distribution.png)\n\n"

      fig2 = self.plot_spiritual_roots_distribution()
      # fig2.savefig('./spiritual_roots_distribution.png')
      # md += "#### Spiritual Roots Distribution\n\n"
      # md += "![Spiritual Roots Distribution](./spiritual_roots_distribution.png)\n\n"

      fig3 = self.plot_sum_spiritual_root_distribution()
      # fig3.savefig('./sum_spiritual_roots_distribution.png')
      # md += "#### Sum Spiritual Roots Distribution\n\n"
      # md += "![Sum Spiritual Roots Distribution](./sum_spiritual_roots_distribution.png)\n\n"

      fig4 = self.plot_clan_size_distribution()
      # fig4.savefig('clan_size_distribution.png')
      # md += "#### Clan Size Distribution\n\n"
      # md += "![Clan Size Distribution](clan_size_distribution.png)\n\n"

      md += "#### Top Cultivators\n\n"
      md += self.print_top_cultivators_markdown()
      md += "#### Attack Power Ranking\n\n"
      md += self.print_rank_markdown('attack_power', name='Attack Power')
      md += "#### Defense Power Ranking\n\n"
      md += self.print_rank_markdown('defense_power', name='Defense Power')
      md += "#### Top Clans\n\n"
      md += self.print_top_clans_markdown()

      return md, fig1, fig2, fig3, fig4
    
    def print_top_cultivators(self, top_n=10):

      print("\n== Top Cultivators ==")
      print("{:<10} {:>10} {:>10} {:>10} {:>10}".format('Name', 'Clan', 'Rank', 'Level', '境界'))
      for c in self.find_highest_cultivation(top_n):
        print("{:<10} {:>10} {:>10} {:>10} {:>10}".format(c.name, c.clan, c.cultivation_rank, c.cultivation_level, c.view_rank()))

    def print_top_cultivators_markdown(self, n=10):
      md = f"| Name | Clan | Cultivation Rank | Cultivation Level | 境界\n"
      md += "| ---- | ---- | ---------------- | ---------------- | ----\n"
      for c in self.find_highest_cultivation(n):
        md += f"| {c.name} | {c.clan} | {c.cultivation_rank:.2f} | {c.cultivation_level:.2f} | {c.view_rank()}\n"
      return md
    
    def print_rank(self, rank_key, top_n=10, name=None):

      print(f"\n== {'Name' if name is None else name} Rank ==")

      sorted_characters = sorted(self.characters, key=lambda c: c.combat_power[rank_key], reverse=True)

      print("{:<10} {:>10} {:>10} {:>10} {:>10}".format('Name', rank_key if name is None else name, 'Rank', 'Level', '境界'))

      for c in sorted_characters[:top_n]:
        print("{:<10} {:>10}{:>10} {:>10} {:>10}".format(c.name, c.combat_power[rank_key], c.cultivation_rank, c.cultivation_level, c.view_rank()))

    def print_rank_markdown(self, attr, name=None, n=10):
      md = f"| Name | {attr if name is None else name} | Cultivation Rank | Cultivation Level | 境界\n"
      md += "| ---- | ---- | ---------------- | ---------------- | ----\n"
      sorted_characters = sorted(self.characters, key=lambda c: c.combat_power[attr], reverse=True)
      for c in sorted_characters[:n]:
        md += f"| {c.name} | {c.combat_power[attr]:.2f} | {c.cultivation_rank:.2f} | {c.cultivation_level:.2f} | {c.view_rank()}\n"
      return md
    
    def print_top_clans(self, top_n=4):

      print("\n== Top Clans ==")
      print("{:<10} {:>10}".format('Clan', 'Members'))

      for clan, size in self.rank_top_clans(top_n):
        print("{:<10} {:>10}".format(clan, size))

    def print_top_clans_markdown(self, n=10):
      md = "|   Clan   | Clan Size |\n"
      md += "| -------- | --------- |\n"
      for clan, size in self.rank_top_clans(n):
        md += f"| {clan} | {size} |\n"
      return md