Calc. Bowling score2

ボウリングのアベレージを算出しリスト表示するプログラムを変更しました。

スペア率、ストライク率を算出するようにしました。

【画面構成】

手書きで見栄えが良くないですがご了承ください。

Sp%,St%がスペア、ストライク率です。

SpNum,StNum.は、各ゲームのスペア、ストライク数です。

【基本動作】

プログラムを実行すると、まず、csvファイル(ゲーム番号、スコア、スペア数、ストライク数)を読み込み、それをリスト表示します。

画面上部の新しいスコア入力部に、スコア、スペア数、ストライク数を入力し、「add data」ボタンをクリックすると、新しいゲームデータを追加し表示します。同時に、csvファイルにも追記します。

【ソースコード】

srctohtmlのて変換しましたが、インデントが少しずれていますのでご了承ください。

1. #A program that calculates the average score of bowling games
2. #Input_file name is “b_score2.csv” (csv_file)
3. #Don’t add new_line to final_data.
4. import ui
5. import csv
6. new_score = 0
7. t_sc = 0                    #total score
8. a_sc = 0                    #average score
9. g_num = 0                    #number of games
10. G_MAX = 500                #Max. game nums
11. gn_lst = [0] * G_MAX            #game num. list
12. sc_lst = [0] * G_MAX            #score list
13. ts_lst = [0] * G_MAX            #total score 
14. av_lst = [0] * G_MAX            #average list
15. sp_lst = [0] * G_MAX            #spare num. list
16. st_lst = [0] * G_MAX            #strike num. list
17. spr_lst = [0] * G_MAX            #spare ratio list
18. str_lst = [0] * G_MAX            #strike ratio list
19. ret = [(”,”,”,”)] * G_MAX
20. def initData():
21.     for i in range(0,G_MAX):
22.         spr_lst[i] = 0
23.         str_lst[i] = 0
24. def readData():
25.     global g_num
26.     global ret
27.     fr = open(“b_score2.csv”)                #open file
28.     rp = csv.reader(fr)                            #for read csv
29.     for rd in rp:
30.         print(rd)    
31.         if rd == []:
32.             break    
33.         else:
34.             if g_num > G_MAX:                        #check Max num.(for mem.)
35.                 break
36.             print(rd[0], rd[1], rd[2],rd[3])
37.             ret[(g_num)*4] = rd[0]            #for check
38.             ret[(g_num)*4+1] = rd[1]        #for check
39.             ret[(g_num)*4+2] = rd[2]
40.             ret[(g_num)*4+3] = rd[3]
41.             gn_lst[g_num] = rd[0]                #set game num. list
42.             sc_lst[g_num] = rd[1]                #set score list
43.             sp_lst[g_num] = rd[2]                #set spare list
44.             st_lst[g_num] = rd[3]                #set strike list
45.             g_num += 1
46.     fr.close()
47.     return ret
48. def renewTableView(tv,lst):
49.     lstdata = ui.ListDataSource(“”)        #clear list
50.     tmp_lst = [‘0’] * (g_num)                    #malloc table
51.     for i in range(0,g_num):                    #include title
52.         tmp_lst[i] = lst[i]                            #data copy
53.     lstdata.items = tmp_lst                        #set items of game number list
54.     tv.data_source = lstdata                    #set source
55.     tv.reload_data()                                    #display data
56. #Display game num. and score
57. def displayGameAndScore():
58.     #Game Number
59.     renewTableView(gn_tv, gn_lst)
60.     renewTableView(sc_tv, sc_lst)
61. #Display total score and average
62. def displayAverage():
63.     #calc. total_score and Average
64.     for i in range(0,g_num):                #to LastData
65.         if i == 0:                                        #first data
66.             ts_lst[0] = sc_lst[0]
67.             av_lst[0] = sc_lst[0]                #same top data
68.         else:                                                    #2nd.—
69.             ts_lst[i] = str(int(ts_lst[i-1]) + int(sc_lst[i]))
70.             av_lst[i] = str(round(int(ts_lst[i]) / (i+1)))
71.     #Total Score to tableview
72.     renewTableView(total_tv, ts_lst)
73.     #Average to tableview
74.     renewTableView(ave_tv, av_lst)
75.     print(“game_num=”,g_num)                    #for check
76. def displaySpareAndStrike():
77.     renewTableView(sp_tv, sp_lst)
78.     renewTableView(st_tv, st_lst)
79. def displaySpareAndStrikeRatio():
80.     global g_num
81.     #calc. Ratio
82.     tsp = 0
83.     tst = 0
84.     for i in range(0,g_num):                #to LastData
85.         if i == 0:                                        #first data
86.             spr_lst[0] = int(sp_lst[0])*10        #num/10*100=num*10(%)
87.             str_lst[0] = int(st_lst[0])*10        #num/10*100=num*10(%)
88.             tsp = int(sp_lst[0])
89.             tst = int(st_lst[0])
90.         else:                                                    #2nd.—
91.             spr_lst[i] = str(round((tsp + int(sp_lst[i]))*10/(i+1)))
92.             str_lst[i] = str(round((tst + int(st_lst[i]))*10/(i+1)))
93.             tsp += int(sp_lst[i])
94.             tst += int(st_lst[i])
95.     #SpareRatio to tableview
96.     renewTableView(spr_tv, spr_lst)
97.     #StrikeRatio to tableview
98.     renewTableView(str_tv, str_lst)    
99. def writeData(nd, sp, st):
100.     global g_num
101.     print(“g_num before write=”, g_num)
102.     fw = open(‘b_score2.csv’,’a’)
103.     wp = csv.writer(fw,lineterminator=’\n’)
104.     ad_data = [”,”,”,”]                                    #append data
105.     gn_lst[g_num] = ad_data[0] = str(g_num+1)
106.     sc_lst[g_num] = ad_data[1] = nd
107.     sp_lst[g_num] = ad_data[2] = sp
108.     st_lst[g_num] = ad_data[3] = st
109.     ts_lst[g_num] = str(int(ts_lst[g_num-1]) + int(sc_lst[g_num]))
110.     av_lst[g_num] = str(round(int(ts_lst[g_num]) / (g_num+1)))
111.     g_num += 1                #increment here. because for display 0 to g_num-1
112.     renewTableView(gn_tv, gn_lst)
113.     renewTableView(sc_tv, sc_lst)
114.     renewTableView(total_tv, ts_lst)
115.     renewTableView(ave_tv, av_lst)
116.     displaySpareAndStrike()
117.     displaySpareAndStrikeRatio()
118.     print(“game num after write=”,g_num)                                        #for check
119.     print(“add data=”, ad_data[0],ad_data[1],ad_data[2],ad_data[3])        #for check
120.     wp.writerow(ad_data)
121.     fw.close()
122. #Add new data proc.
123. def addData(sender):
124.     res = 0                                        #input data is OK
125.     nd = nd_tf.text
126.     if nd == ”:                            #check blank
127.         print(“Input new score!”)
128.         res = -10
129.     else:
130.         if int(nd) == 0:                    #check zero
131.             print(“Input-score is 0!”)
132.             res = -20
133.         else:
134.             if int(nd) > 300:                    #check over 300
135.                 print(“Input score is over 300”)
136.                 res = -30
137.     sp = nsp_tf.text
138.     if sp == ”:                            #check blank
139.         print(“Input new spareNum!”)
140.         res = -110
141.     else:
142.         if int(sp) > 10:                    #check over 10
143.             print(“Input spareNum is over 10”)
144.             res = -130
145.     st = nst_tf.text
146.     if st == ”:                            #check blank
147.         print(“Input new strikeNum!”)
148.         res = -210
149.     else:
150.         if int(st) > 12:                    #check over 300
151.             print(“Input strikeNum is over 12”)
152.             res = -230
153.     print(nd, sp, st)
154.     if res == 0:
155.         writeData(nd,sp,st)                            #display new data and write to file
156. v = ui.load_view()
157. v.present(‘sheet’)
158. nd_tf = v[‘textfield1’]            #text field1 for new score
159. nsp_tf = v[‘textfield2’]            #text field1 for new spareNum.
160. nst_tf = v[‘textfield3’]            #text field1 for new strikeNum.
161. gn_tv = v[‘tableview1’]            #table_view1 for display game_num
162. sc_tv = v[‘tableview2’]            #table_view1 for display score
163. sp_tv = v[‘tableview3’]            #table_view1 for display spare
164. st_tv = v[‘tableview4’]            #table_view1 for display strike
165. total_tv = v[‘tableview5’]    #table_view1 for display total score
166. ave_tv = v[‘tableview6’]        #table_view1 for display average
167. spr_tv = v[‘tableview7’]            #table_view1 for display spare ratio
168. str_tv = v[‘tableview8’]            #table_view1 for display strike ratio
169. initData()
170. r_data = readData()                    #read csv-file and set data
171. print(r_data)
172. displayGameAndScore()                #display game-score to tableview
173. displayAverage()                        #display total-score and average to tableview
174. displaySpareAndStrike()            #display num. and % of spare and strike
175. displaySpareAndStrikeRatio()

【csvファイル】

28ゲーム分を入力した後のcsvファイルです。

数ゲーム分入力しておいて、残りはこのプログラムを使用して、1ゲームずつ画面入力し、csvファイルを更新していきました。

注意)

まだデバグが十分でありませんが、実用上、これで使えそうなので、ここまでで公開します。

不具合がある場合は、適宜修正してお使いください。