fix heatmap and set_teams_name

loganalyzer/Parser.py

@@ -4,8 +4,8 @@ def __init__(self, path):
         self.path = path
         self.set_data_rcg()
         self.set_data_rcl()
-        self.right_team = ''
-        self.left_team = ''
+        self.right_team
+        self.left_team
 
     def set_data_rcg(self):
         try:

loganalyzer/Testcase.py

@@ -1,8 +1,8 @@
 # -*- coding: utf-8 -*-
 
 from loganalyzer.Parser import *
-from loganalyzer.Game import * 
-from loganalyzer.Analyzer import * 
+from loganalyzer.Game import *
+from loganalyzer.Analyzer import *
 
 
 parser = Parser('Data/20190213193824-Namira_4-vs-CYRUS2018_312')
@@ -12,65 +12,70 @@
 analyzer = Analyzer(game)
 analyzer.analyze()
 
-print("Right Team :"+analyzer.game.right_team.name+ "\n")
+print("Right Team :"+analyzer.game.right_team.name + "\n")
 print("Game result :"+analyzer.status_r)
 print("Goals :"+str(analyzer.game.right_goal))
-print("True Pass:"+str(analyzer.pass_r ))
-print("Wrong Pass:"+str(analyzer.intercept_l ))
-print("Pass in Lenght:"+str(analyzer.pass_in_length_r ))
-print("Pass in Width:"+str(analyzer.pass_in_width_r ))
+print("True Pass:"+str(analyzer.pass_r))
+print("Wrong Pass:"+str(analyzer.intercept_l))
+print("Pass in Lenght:"+str(analyzer.pass_in_length_r))
+print("Pass in Width:"+str(analyzer.pass_in_width_r))
 print("Pass Accuracy:"+str(analyzer.pass_accuracy_r))
 print("on_target_shoot:"+str(analyzer.on_target_shoot_r))
-print("off_target_shoot:"+str(analyzer.off_target_shoot_r ))
-print("Shoot in Lenght:"+str(analyzer.shoot_in_length_r ))
-print("Shoot in Width:"+str(analyzer.shoot_in_width_r ))
+print("off_target_shoot:"+str(analyzer.off_target_shoot_r))
+print("Shoot in Lenght:"+str(analyzer.shoot_in_length_r))
+print("Shoot in Width:"+str(analyzer.shoot_in_width_r))
 print("Shoot Accuracy:"+str(analyzer.shoot_accuracy_r))
 print("Possession:"+str(analyzer.possession_r))
-print("Stamina Usage:"+str(analyzer.used_stamina_agents_r ))
-print("moved Distance:"+str(analyzer.team_moved_distance_r ))
+print("Stamina Usage:"+str(analyzer.used_stamina_agents_r))
+print("moved Distance:"+str(analyzer.team_moved_distance_r))
 print("Average Distance 10 Player: "+str(analyzer.average_distance_10p_r))
 print("Average Stamina 10 Player: "+str(analyzer.average_stamina_10p_r))
-print("Average Stamina Per distance 10 Player: "+str(analyzer.av_st_per_dist_10p_r ))
-print("Stamina per Distance:"+str(analyzer.used_per_distance_r )+"\n"+"\n")
+print("Average Stamina Per distance 10 Player: " +
+      str(analyzer.av_st_per_dist_10p_r))
+print("Stamina per Distance:"+str(analyzer.used_per_distance_r)+"\n"+"\n")
 
 
 print("Left Team :"+analyzer.game.left_team.name+"\n")
 print("Game result :"+analyzer.status_l)
 print("Goals :"+str(analyzer.game.left_goal))
-print("Wrong Pass:"+str(analyzer.intercept_r ))
-print("Pass in Lenght:"+str(analyzer.pass_in_length_l ))
-print("Pass in Width:"+str(analyzer.pass_in_width_l ))
+print("Wrong Pass:"+str(analyzer.intercept_r))
+print("Pass in Lenght:"+str(analyzer.pass_in_length_l))
+print("Pass in Width:"+str(analyzer.pass_in_width_l))
 print("Pass Accuracy:"+str(analyzer.pass_accuracy_l))
-print("on_target_shoot:"+str(analyzer.on_target_shoot_l ))
-print("off_target_shoot:"+str(analyzer.off_target_shoot_l ))
-print("Shoot in Lenght:"+str(analyzer.shoot_in_length_l ))
-print("Shoot in Width:"+str(analyzer.shoot_in_width_l ))
+print("on_target_shoot:"+str(analyzer.on_target_shoot_l))
+print("off_target_shoot:"+str(analyzer.off_target_shoot_l))
+print("Shoot in Lenght:"+str(analyzer.shoot_in_length_l))
+print("Shoot in Width:"+str(analyzer.shoot_in_width_l))
 print("Shoot Accuracy:"+str(analyzer.shoot_accuracy_l))
 print("Possession:"+str(analyzer.possession_l))
-print("Stamina Usage:"+str(analyzer.used_stamina_agents_l ))
-print("moved Distance:"+str(analyzer.team_moved_distance_l ))
+print("Stamina Usage:"+str(analyzer.used_stamina_agents_l))
+print("moved Distance:"+str(analyzer.team_moved_distance_l))
 print("Average Distance 10 Player: "+str(analyzer.average_distance_10p_l))
 print("Average Stamina 10 Player: "+str(analyzer.average_stamina_10p_l))
-print("Average Stamina Per distance 10 Player: "+str(analyzer.av_st_per_dist_10p_l ))
-print("Stamina per Distance:"+str(analyzer.used_per_distance_l )+"\n")
+print("Average Stamina Per distance 10 Player: " +
+      str(analyzer.av_st_per_dist_10p_l))
+print("Stamina per Distance:"+str(analyzer.used_per_distance_l)+"\n")
 
 
 for region in analyzer.regions:
-    print("Ball in Region Percentage",region.name, " ", region.ball_in_region_cycles)
+    print("Ball in Region Percentage", region.name,
+          " ", region.ball_in_region_cycles)
 
 print("\nRight Team Regions Data")
 
-#Agent_regions   
+# Agent_regions
 # owner_cycles    : cycles player is ball owner in the region
 # position_cycles : cycles player is in the region
-for agent in game.right_team.agents :
+for agent in game.right_team.agents:
     for region in agent.regions:
-        print(region.name+" "+"Agent number "+str(agent.number)+" owner_cycles: "+ str(region.owner_cycles) + "  "+ "position_cycles: "+str(region.position_cycles))
+        print(region.name+" "+"Agent number "+str(agent.number)+" owner_cycles: " +
+              str(region.owner_cycles) + "  " + "position_cycles: "+str(region.position_cycles))
 
 print("\nLeft Team Regions Data")
-for agent in game.left_team.agents :
+for agent in game.left_team.agents:
     for region in agent.regions:
-        print(region.name+" "+"Agent number "+str(agent.number)+" owner_cycles: "+ str(region.owner_cycles) + "  "+ "position_cycles: "+str(region.position_cycles))
-
-#Drawing Heatmap of the game      
-heatmap = analyzer.draw_heatmap(right_team = True, Left_team= True)
+        print(region.name+" "+"Agent number "+str(agent.number)+" owner_cycles: " +
+              str(region.owner_cycles) + "  " + "position_cycles: "+str(region.position_cycles))
+
+# Drawing Heatmap of the game
+heatmap = analyzer.draw_heatmap(right_team=True, left_team=True)