常連

pythonで学級の様子をマルチエージェントシミュレーションを行っています
その結果をヒートマップで生徒から生徒への好感度を表したいです
現在次のコードを組んでいます
```Python
import numpy as np
import random 
import math

a = 0.4 
b = 0.4
c = 0.2
v1 = 0.3
v2 = 0.3
v3 = 0.6
w1 = 0.2
w2 = 0.2
w3 = 0.6
ap = 0.3
rm = 0.1
q = 0.3
k = 10

def sign(x,y):
  if x*y>0:
    sign = 1
  if x*y == 0:
    sign = 0
  if x*y<0:
    sign = -1
  return sign

def gij(x,y,z):
  change = v1*(sign(x,y)*(abs(x*y)**0.5)-z)
  return change


class Agent:
  def __init__(self,agent_id):
    self.id = agent_id
    self.talk = []
    self.topic = []
    self.f = np.random.uniform(low=0.0, high=0.1, size=None) #影響力
    self.s = {} #影響力更新で使用
    self.friend_list = [] #友人リンク
    self.hi_friend_list = [] #被友人リンク
    self.exclusion_list = [] #排斥リンク
    self.hi_exclusion_list = [] #被排斥リンク
    self.bullying_list = [] #いじめリンク
    self.hi_bullying_list = [] #被いじめリンク
    self.lp = {} #自分からの好感度
    self.lc = {} #実際の好感度
    self.lagent = {} #uからの好感度
    self.lpi = {}  #u→j 自分が思うuからjへの好感度
    self.lx = {}  #自分の話題xへの好感度
    self.lxagent = {}  #自分が思うuの話題xへの好感度

  def First_set(self,agents): #初期設定
    issues = 10
    for agent in agents:
      kari = {}
      if agent is self:
        continue
      likability = np.random.uniform(low=-0.1, high=0.1, size=None)
      self.lp[agent.id] = likability
      self.lc[agent.id] = likability
      like = np.random.uniform(low=-0.1, high=0.1, size=None)
      self.lagent[agent.id] = like
      for t in agents:
        if t is agent:
          continue
        interested = np.random.uniform(low=-0.1, high=0.1, size=None)
        kari[t.id] = interested
      self.lpi[agent.id] = kari

    for issue in range(issues):
      instinct = np.random.uniform(low=-0.1, high=0.1, size=None)
      self.lx[issue] = instinct
      kari = {}
      for agent in agents:
        if issue is agent:
          continue
        instinct = np.random.uniform(low=-0.1, high=0.1, size=None)
        kari[agent.id] = instinct
      self.lxagent[issue] = kari

  def decide_talk_man(self,agents): #会話相手選択
    agents_except_me = {}
    weights_for_me = []
    z = 0
    for agent in agents:
      if agent is self:
        continue
      h = a*self.lp[agent.id]+b*self.lagent[agent.id]*(1-(self.f-agent.f))+c*(self.f-agent.f)
      h = (h+0.8)/1.6
      z += h
    for agent in agents:
      if agent is self:
        continue
      h = a*self.lp[agent.id]+b*self.lagent[agent.id]*(1-(self.f-agent.f))+c*(self.f-agent.f)
      h = (h+0.8)/1.6
      weight = h / z
      agents_except_me[agent.id] = agent.id
      weights_for_me.append(weight)
    self.talk = random.choices(list(agents_except_me), weights=weights_for_me)
    return self.talk

  def decide_topic(self,agents,talk): #話題選択
    talks = self.talk[0]
    topic_except_me = {}
    weights_for_me = []
    zz = 0

    for agent in agents:
      if agent is self:
        continue
      if agent.id == talks:
        for age in agents:
          talk_f = agent.f
          if age is agent or age is self:
            continue
          zz += abs(self.lp[age.id]*(1-(talk_f-self.f))+self.lpi[agent.id][age.id]*(1-(self.f-talk_f)))

    for issue in range(issues):
      for agent in agents:
        if agent is self:
          continue
        if agent.id ==talks:
          zz += abs(self.lx[issue]*(1-(talk_f-self.f))+self.lxagent[issue][agent.id]*(1-(self.f-talk_f)))

    for agent in agents:
      if agent is self:
        continue
      if agent.id == talks:
        for age in agents:
          if age is agent or age is self:
            continue
          r = abs(self.lp[age.id]*(1-(talk_f-self.f))+self.lpi[agent.id][age.id]*(1-(self.f-talk_f)))/zz
          topic_except_me[age.id] = age.id
          weights_for_me.append(r)

    for issue in range(issues):
      for agent in agents:
        if agent is self:
          continue
        if agent.id ==talks:
          r = abs(self.lx[issue]*(1-(talk_f-self.f))+self.lxagent[issue][agent.id]*(1-(self.f-talk_f)))/zz
          issue += 31
          topic_except_me[issue] = issue
          weights_for_me.append(r)

    self.topic = random.choices(list(topic_except_me), weights=weights_for_me)
    return self.topic
    
  def update_like1(self,agents,talk,topic): #好感度更新
    talks = talk[0]
    topics = topic[0] 
    if topics <= 30:
      x = self.lp[talks]
      y = self.lp[topics]
      ran = random.choices(("A","B"))
      if ran == "A":
        z = self.lpi[talks][topics]
      else:
        z = self.lpi[topics][talks]
    else:
      topics -= 31
      x = self.lx[topics]
      y = self.lp[talks]
      z = self.lxagent[topics][talks]
    l = x*y*z
    if l>=0:
      dlu1 = gij(y,z,x)
      dlx1 = gij(x,z,y)
    else:
      A = random.choices((x,y))
      if A == x:
        dlu1 = gij(x,z,0)
        dlx1 = 0
      else:
        dlu1 = 0
        dlx1 = gij(y,z,0)
    for agent in agents:
      if agent.id is talks:
        r = w1*self.lp[talks]+w2*self.lagent[talks]*(1-(self.f-agent.f))+w3*(self.f-agent.f)
        r = (r+0.8)/1.6
        break      
    weights_for_stra = {r,1-r}
    kinds_of_stra = ["mini","same"]
    stra = random.choices(kinds_of_stra, weights=weights_for_stra)
    if stra == "mini":
      dlu2 = v2*(self.lagent[talks]-self.lp[talks])
    else:
      dlu2 = v3*sign(1,(self.lagent[talks]))*(abs(self.lagent[talks]+self.lp[talks]))
    
    dlu = dlu1+dlu2
    dlx = dlx1
    return dlu,dlx

  def update_like2(self,talk,topic,dlu,dlx): #好感度更新2
    talks = self.talk[0]
    topics = self.topic[0] 
    self.lp[talks] += dlu/(math.e**(k*abs(self.lp[talks])))

    if self.lp[talks] > 1.0:
      self.lp[talks] = 1.0
    elif self.lp[talks] < -1.0:
      self.lp[talks] = -1.0
        
    self.lc[talks] = self.lp[talks]

    if topics <= 30:
      self.lp[topics] += dlx/(math.e**(k*abs(self.lp[topics])))

      if self.lp[topics] > 1.0:
        self.lp[topics] = 1.0
      elif self.lp[topics] < -1.0:
        self.lp[topics] = -1.0
    else:
      topics -= 31
      self.lx[topics] += dlx/(math.e**(k*abs(self.lx[topics])))

      if self.lx[topics] > 1.0:
        self.lx[topics] = 1.0
      elif self.lx[topics] < -1.0:
        self.lx[topics] = -1.0
    
  
  def link(self,agents): #友人リンク、排斥リンクの設定
    for agent in agents:
      if agent is self:
        continue
      if self.lc[agent.id] >= 0.12:
        if agent.id in self.friend_list:
          continue
        self.friend_list.append(agent.id)
        agent.hi_friend_list.append(self.id)
      elif self.lc[agent.id] <= -0.12:
        if agent.id in self.exclusion_list:
          continue
        self.exclusion_list.append(agent.id)
        agent.hi_exclusion_list.append(self.id)
      else:
        pass

      if self.lc[agent.id] < 0.12 and agent.id in self.friend_list:
        self.friend_list.remove(agent.id)
        agent.hi_friend_list.remove(self.id)
      elif self.lc[agent.id] > -0.12 and agent.id in self.exclusion_list:
        self.exclusion_list.remove(agent.id)
        agent.hi_exclusion_list.remove(self.id)

  def ijime_link(self,agents): #いじめリンク設定
    for agent in agents:
      if agent is self:
        continue
      if agent.id in self.friend_list and self.id in agent.friend_list:
        candidate = set(self.exclusion_list) & set(agent.exclusion_list)
        for age in agents:
          if age is self or agent is age:
            continue
          if age.id in self.friend_list and self.id in age.friend_list:
            ijime = set(candidate) & set(age.exclusion_list)
            for ij in ijime:
              if ij not in self.bullying_list:
                self.bullying_list.append(ij)

    for agent in agents:
      if agent is self:
        continue
      if agent.id in self.bullying_list:
        if self.id in agent.hi_bullying_list:
          continue
        agent.hi_bullying_list.append(self.id)

      if agent.id not in self.exclusion_list and agent.id in self.bullying_list:
        self.bullying_list.remove(agent.id)
        agent.hi_bullying_list.remove(self.id)


  def update_f(self,turn): #影響力更新
    self.s[turn] = (len(self.hi_friend_list)-len(self.hi_exclusion_list))
    if turn > 0:
      dr = rm*(self.s[turn]-self.s[turn-1])
      self.f += dr

    if  self.f > 1.0:
      self.f = 1.0
    elif  self.f < 0:
      self.f = 0


  def updete_Pnet(self,agents): #他の生徒から他の生徒への好感度更新
    for agent in agents:
      for age in agents:
        if agent is age or self is agent:
          continue
        E = np.random.uniform(low=-0.3, high=0.3, size=None)
        dlp = ap*(agent.lc[age.id]-self.lpi[agent.id][age.id])+E
        self.lpi[agent.id][age.id] += dlp

        if  self.lpi[agent.id][age.id] > 1.0:
           self.lpi[agent.id][age.id] = 1.0
        elif  self.lpi[agent.id][age.id] < -1.0:
           self.lpi[agent.id][age.id] = -1.0


class Simulation:
  def __init__(self):
    self.agents = []

  def generate_agents(self, agents_num):
    self.agents = [Agent(agent_id) for agent_id in range(agents_num)]
    for agent in self.agents:
      agent.First_set(self.agents)

  def play_the_game(self,episode):
    num_agents = 31
    turns = 4000
    self.generate_agents(num_agents) 
    for turn in range(turns):
      if episode == 0:
      for agent in self.agents:
        self.talk = agent.decide_talk_man(self.agents)
        self.topic = agent.decide_topic(self.agents,self.talk)
        dlu,dlx = agent.update_like1(self.agents,self.talk,self.topic)
        agent.update_like2(self.talk,self.topic,dlu,dlx)
        agent.link(self.agents)
        agent.ijime_link(self.agents)
        agent.update_f(turn)
        agent.updete_Pnet(self.agents)    

Simlation.play_the_game()
```
これを実行後、生徒同士の好感度をヒートマップで表すにはどのようなコードを組めばいいでしょうか？

	@@ -1,1 +1,1 @@
1	- たい結果をヒートマップで可視化する方法
1	+ 結果をヒートマップで可視化する方法

	@@ -1,1 +1,1 @@
1	- ~~MASの~~結果をヒートマップで可視化する方法
1	+ たい結果をヒートマップで可視化する方法

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