60 lines
1.6 KiB
Python
60 lines
1.6 KiB
Python
def analyze_results(game_data):
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defect_str="X "
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coorperate_str="O "
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spacer_str="___"*len(game_data)
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lines=["These are the results",spacer_str]
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str1="Player 1: "
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str2="Player 2: "
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p_1_points=0
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p_2_points=0
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for i in game_data:
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#visualize
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if i[0]:
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str1+=coorperate_str
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elif not i[0]:
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str1+=defect_str
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if i[1]:
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str2+=coorperate_str
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elif not i[1]:
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str2+=defect_str
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#award points
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if i[0] and i[1]:
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p_1_points+=3
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p_2_points+=3
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elif i[0] and i[1]==False:
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p_1_points+=5
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p_2_points+=0
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elif i[1] and i[0]==False:
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p_1_points+=0
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p_2_points+=5
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elif i[0]==False and i[1]==False:
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p_1_points+=1
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p_2_points+=1
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lines.append(str1+" Points:"+str(p_1_points))
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lines.append(str2+" Points:"+str(p_2_points))
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lines.append(spacer_str)
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#print the results
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for i in lines:
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print(i)
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return p_1_points,p_2_points
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def play_game(games_array,func1,func2,how_many_times):
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for i in range(how_many_times):
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choice_1=func1(games_array,0)
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choice_2=func2(games_array,1)
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games_array.append([choice_1,choice_2])
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def analyze_scores(score_table):
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average_score_p_1=0
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average_score_p_2=0
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p1_sum=0
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p2_sum=0
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for i in score_table:
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p1_sum+=i[0]
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p2_sum+=i[1]
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average_score_p_1=p1_sum/len(score_table)
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average_score_p_2=p2_sum/len(score_table)
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print(str(average_score_p_1))
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print(str(average_score_p_2))
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#print(score_table) |