#!/usr/bin/python3 import matplotlib.pyplot as plt from random import * from tkinter import * from tkinter import messagebox from PIL import ImageTk, Image from tkinter import ttk, scrolledtext import csv import gvars import time import os import shutil rshoulder=[110,180] lshoulder=[290,180] chest=[200,300] back=[200,650] dictionary=['tags_given','tags_received'] subplotnum=[121,122] image=['enemies.png','self.png'] size=25 color=['g','r'] spread=30 past_game="" history_dir="history" newgame=False #import Game Stats CSV File #Header: Game type, number of Players, Time #Player: Player type, shots fired, tags given, tags taken def rando(): return randint(-spread,spread) def compile_stats(player1,player2,player3,duration): global past_game if gvars.num_players==2: player_list=[player1,player2] else: player_list=[player1,player2,player3] for player in player_list: plt.figure(player['player']) plt.suptitle('Player '+str(player['player'])+' Accuracy Report',fontsize=24) for i in range(0,2): plt.subplot(subplotnum[i]) im=plt.imread(image[i]) implot=plt.imshow(im) plt.axis('off') for tags in player[dictionary[i]]: for x in range(0,player[dictionary[i]][tags]): if(tags=='rshoulder'): plt.scatter(x=rshoulder[0]+rando(),y=rshoulder[1]+rando(),c=color[i],s=size) elif(tags=='lshoulder'): plt.scatter(x=lshoulder[0]+rando(),y=lshoulder[1]+rando(),c=color[i],s=size) elif(tags=='chest'): plt.scatter(x=chest[0]+rando(),y=chest[1]+rando(),c=color[i],s=size) elif(tags=='back'): plt.scatter(x=back[0]+rando(),y=back[1]+rando(),c=color[i],s=size) plt.savefig(str(player['player'])+'player_stats.png',bbox_inches='tight') plt.subplots_adjust(wspace=0,hspace=0) plt.clf() # plt.show() #rankings player_rank=[] rankings=sorted(player_list,key=lambda d: d['kills'],reverse=True) for n in range(len(rankings)): player_rank.append(str(rankings[n]['player'])) #create history file if not os.path.exists(history_dir): os.makedirs(history_dir) past_game=(history_dir+"/"+time.strftime("%c").replace(" ","_")+".csv") fout=open(past_game,"w+") fout.write(gvars.game_mode+","+str(gvars.num_players)+","+duration+","+str(','.join(player_rank))+"\n") for player in player_list: fout.write(gvars.game_mode+","+str(player['shots_fired'])+","+str(player['kills'])+","+str(sum(player['tags_received'].values()))+"\n") fout.close() def postgame_gui(): global past_game fin = open(past_game,"r") reader = csv.reader(fin,delimiter=",") GType = 'na';numPlayers = 0;GTime = '00:00:00' PType = [];PFired=[];PGiven=[];PTaken=[] fr = 0 for row in reader: if fr == 0: fc = 0 for col in row: if fc == 0: GType = row[fc] if fc == 1: numPlayers = int(row[fc]) if fc == 2: GTime = row[fc] if fc == 3: place1 = row[fc] if fc == 4: place2 = row[fc] if fc == 5: if numPlayers==3: place3 = row[fc] fc+=1 fr+=1 else: fc = 0 for col in row: if fc == 0: PType.append(row[fc]) if fc == 1: PFired.append(int(row[fc])) if fc == 2: PGiven.append(int(row[fc])) if fc == 3: PTaken.append(int(row[fc])) fc+=1 fin.close() gtg=0;gtt=0;gtf=0 for j in PGiven: gtg+=j for j in PTaken: gtt+=j for j in PFired: gtf+=j #initialize Window numTabs = int(numPlayers) + 1 tab = [None]*numTabs lbl = [None]*numTabs img = [None]*numTabs imgc = [None]*numTabs window = Toplevel() window.title("Game Stats") window.geometry('705x575') tab_ctrl = ttk.Notebook(window) #Generate Game Stats Page tab[0]=ttk.Frame(tab_ctrl) tab_ctrl.add(tab[0], text='Game Stats') if numPlayers==3: stats = '\n\n Game Type: {}\n Game Time: {}\n Number of Players: {}\n\n----------------Rankings---------------\n\n 1. Player{}\n 2. Player{}\n 3. Player{}\n\n'.format(GType,GTime,numPlayers,place1,place2,place3) else: stats = '\n\n Game Type: {}\n Game Time: {}\n Number of Players: {}\n\n----------------Rankings---------------\n\n 1. Player{}\n 2. Player{}\n\n'.format(GType,GTime,numPlayers,place1,place2) imgc[0]=ImageTk.PhotoImage(Image.open("home.png")) img[0] = Label(tab[0], image=imgc[0]) img[0].grid(column=0,row=0,columnspan=13) lbl[0] = Label(tab[0],text=stats,justify=LEFT) lbl[0].grid(column=7,row=0,columnspan=4) #Generate Player Stats Pages for i in range (1,numTabs): p = i-1 tab[i]=ttk.Frame(tab_ctrl) tit = "Player " + str(i) + " Stats" tab_ctrl.add(tab[i],text=tit) PImage = str(i)+"player_stats.png" imgc[i] = ImageTk.PhotoImage(Image.open(PImage)) img[i] = Label(tab[i], image = imgc[i]) img[i].grid(column=0,row=0) acur=0 if PFired[p]==0 else PGiven[p]/PFired[p]*100 pgtg=0 if gtg==0 else PGiven[p]/gtg*100 pgtt=0 if gtt==0 else PTaken[p]/gtt*100 pgtf=0 if gtf==0 else PFired[p]/gtf*100 pstats = 'Player Type: {}\nShots Fired: {}\nTags Given: {}\nTags Received: {}\nAccuracy: {:.0f}%\n\nGlobal Percentages\nTags Given: {:.0f}%\nTags Received: {:.0f}%\nTags Fired: {:.0f}%'.format(PType[p],PFired[p],PGiven[p],PTaken[p],acur,pgtg,pgtt,pgtf) lbl[i] = Label(tab[i],text=pstats,justify=LEFT) lbl[i].grid(column=1,row=0) tab_ctrl.grid(column=0,row=0) def on_closing(): global newgame if messagebox.askyesno("Quit","Quit LaserTag?"): newgame=False window.quit() window.destroy() def on_newgame(): global newgame newgame=True window.quit() window.destroy() def on_clear(): if messagebox.askyesno("Clear Game History","Are you sure you want to clear the game history? This action cannot be undone."): shutil.rmtree(history_dir) messagebox.showinfo("Cleared","Game history has been cleared") newgamebtn=Button(tab[0],text="New Game", command=on_newgame) newgamebtn.grid(sticky="S",column=11,row=0) quitbtn=Button(tab[0],text="Quit", command=on_closing) quitbtn.grid(sticky="S",column=12,row=0) clearbtn=Button(tab[0],text="Clear Game History", command=on_clear) clearbtn.grid(column=10,row=0,sticky="S") window.protocol("WM_DELETE_WINDOW",on_closing) window.mainloop() return newgame