Aug-09-2019, 02:48 PM
This is a spelling game. I set it up to create a list of random words over 9 characters.
The top script is the list named hangWords001c.py the second is the GUI part that does all the work. This is an example of the use of tkinter tags, polygons, and saving information with shelves module and to a flat text file. enjoy-
name: hangWords001c_120.py
The top script is the list named hangWords001c.py the second is the GUI part that does all the work. This is an example of the use of tkinter tags, polygons, and saving information with shelves module and to a flat text file. enjoy-
name: hangWords001c_120.py
#hangWords001c_120.py long_list= ['mississippians', 'antithetical', 'rebroadcasts', 'incomprehensibility', 'demonstrating', 'stratospheric', 'christoffel', 'vocationally', 'worthington', 'radioastronomy', 'claustrophobic', 'sabbathizes', 'existentially', 'dissatisfied', 'troubleshooters', 'barbarians', 'disciplines', 'paperweight', 'autofluorescence', 'leaderships', 'exclusiveness', 'depression', 'nonprogrammable', 'churchwomen', 'faulknerian', 'blindfolding', 'ballistics', 'machination', 'subscriber', 'regimentation', 'distribution', 'israelitizes', 'skirmishers', 'reciprocity', 'inordinately', 'immunization', 'talmudizations', 'substructures', 'inequalities', 'mysteriously', 'antidisestablishmentarianism', 'surpassing', 'regenerate', 'intentional', 'uninitialized', 'outstretched', 'disbursements', 'retransmitted', 'utilization', 'introducing', 'floodlight', 'simplicities', 'aeroacoustic', 'friendlier', 'postdoctoral', 'penetrative', 'osteoporosis', 'electromagnetic', 'unprecedented', 'regrettable', 'circumscription', 'amusements', 'separations', 'uncorrectable', 'unalterably', 'declaratory', 'conclusively', 'coexistence', 'benchmarking', 'elementals', 'plunderers', 'altercations', 'kowalewski', 'arctangent', 'interrupts', 'arteriosclerosis', 'illustrious', 'outstandingly', 'unidirectional', 'reactivating', 'parametrized', 'acquaintance', 'instantiate', 'counterattack', 'philosophers', 'garrisonian', 'lutheranizes', 'piggybacking', 'expressibility', 'ciceronian', 'attentional', 'strengthen', 'disadvantage', 'delegating', 'shorthanded', 'carbonation', 'likeliness', 'paralleled', 'correspondents', 'abstractionism', 'categorizers', 'consciences', 'cottonwood', 'obliterates', 'stupendous', 'receptiveness', 'oscillators', 'southwestern', 'contemptuously', 'exercisers', 'discontinuance', 'forgetfulness', 'basketballs', 'misunderstand', 'appraisers', 'battlegrounds', 'opportunities', 'frustrations', 'milliampere', 'overcrowded']name this one whatever you want.
from tkinter import Tk,Frame,Canvas,Entry,SUNKEN,Button,END
from hangWords001c_120 import long_list as word_content
from tkinter.simpledialog import askstring
import shelve, os, logging,re
from tkinter.simpledialog import askstring
from tkinter.messagebox import showinfo, askokcancel
class Tk_Hangman(Frame):
"""
This is a spelling game .
Each puzzle starts with 1500 points, wrong answers -250.
Enter one character in the entry
widget you can use either submit button or return (keyboard Enter).
When the starts you have a row of empty boxes and the
alphabet under it to keep track of your guesses.
Saving the stats with a flat text file
and the shelve module.
"""
def __init__(self, parent=None):
self.parent= parent
self.parent.title('HangMan')
Frame.__init__(self, self.parent)
self.pack(expand='yes',fill='both')
self.canvas= Canvas(self)
self.canvas.config(width= 1500, height= 900, bg='gray90')
self.canvas.pack(expand='yes', fill='both')
self.point_total= int
self.xxx= 0
self.guess= []
fieldname= ('wins','losses','points')
self.hangMan= [self.make_head, self.make_neck, self.make_body, self.make_l_arm,
self.make_r_arm, self.make_r_leg, self.make_l_leg,]
self.picked_letters= []
self.game_Count= int
self.gamecount= int
self.points= int
self.wins= int
self.losses= int
self.pointz= int
self.point_total= int
self.shelve_name= 'hangman_001c'
self.text_flat= 'hangman_001c.txt'
self.letters= ['a','b','c','d','e','f','g','h',
'i','j','k','l','m','n',
'o','p','q','r','s','t','u','v',
'w','x','y','z',]
self.build_puzzle()
def setup_file(self):
if os.path.exists(self.text_flat):
self.read_game_count()
self.read_stats()
else:
self.game_Count= 0
self.gamecount= 0
self.wins= 0
self.losses= 0
self.pointz= 0
self.shelve_setup()
def read_stats(self):
db= shelve.open(self.shelve_name, 'r')
self.gamecount= db['stats']['gamecount']
self.wins= db['stats']['wins']
self.losses= db['stats']['losses']
self.pointz= db['stats']['points']
db.close()
return self.gamecount, self.wins, self.losses
def shelve_setup(self):
stats= {'gamecount':0,'wins':0,'losses':0,'points':0}
db= shelve.open(self.shelve_name, 'n')
db['stats']= stats
db.close()
def points_total(self):
db= shelve.open(self.shelve_name, writeback=True)
copy= db['stats']['points']
db['stats']['points']= self.points + copy
db.close()
return self.points
def win_update(self):
logging.debug('start in wins %d gamecount %d points %d'% (self.wins,
self.gamecount,
self.points))
db= shelve.open(self.shelve_name, writeback=True)
db['stats']['wins']= self.wins + 1
db['stats']['gamecount']= self.gamecount + 1
db.close()
self.points_total()
return self.gamecount, self.wins
def loss_update(self):
self.points_total()
db= shelve.open(self.shelve_name, writeback=True)
db['stats']['losses']= self.losses + 1
db['stats']['gamecount']= self.gamecount + 1
db.close
return self.losses, self.gamecount
def read_game_count(self):
f= open(self.text_flat)
self.game_Count = int(f.read())
return self.game_Count
def write_game_count(self):
f= open(self.text_flat, 'w+')
f.write(str(self.game_Count))
f.close()
def make_head(self):
head= [(217.5, 181.5), (197.5, 191.5), (185.5, 226.5),
(183.5, 257.5), (195.5, 298.5), (216.5, 317.5),
(235.5, 344.5), (256.5, 369.5), (300.5, 366.5),
(319.5, 338.5), (321.5, 309.5), (317.5, 270.5),
(309.5, 240.5), (294.5, 218.5), (271.5, 197.5),
(246.5, 181.5)]
self.canvas.create_polygon(head,fill= 'red', tag='head')
self.points -= 250
self.show_points()
def make_neck(self):
neck= [(196.5, 312.5), (204.5, 351.5), (205.5, 383.5),
(195.5, 410.5), (198.5, 422.5), (234.5, 452.5),
(271.5, 470.5), (308.5, 458.5), (326.5, 433.5),
(326.5, 412.5), (297.5, 411.5), (290.5, 427.5),
(276.5, 380.5), (254.5, 382.5), (231.5, 351.5),
(212.5, 324.5)]
self.canvas.create_polygon(neck, fill='black',tag='neck')
self.points -= 250
self.show_points()
def make_l_arm(self):
left= [(79.5, 491.5), (147.5, 509.5), (144.5, 545.5),
(149.5, 591.5), (138.5, 616.5), (140.5, 640.5),
(157.5, 666.5), (143.5, 679.5), (101.5, 685.5),
(69.5, 677.5), (65.5, 661.5), (81.5, 648.5),
(90.5, 627.5), (85.5, 593.5), (73.5, 533.5)]
self.canvas.create_polygon(left, fill='black', tag='l_arm')
self.points -= 250
self.show_points()
def make_r_arm(self):
r_arm= [(356.5, 511.5), (361.5, 532.5), (374.5, 564.5),
(379.5, 598.5), (382.5, 635.5), (391.5, 652.5),
(386.5, 671.5), (403.5, 675.5), (435.5, 673.5),
(460.5, 653.5), (445.5, 629.5), (435.5, 622.5),
(422.5, 612.5), (422.5, 574.5), (416.5, 539.5),
(414.5, 508.5), (408.5, 483.5)]
self.canvas.create_polygon(r_arm, fill='black',tag='r_arm')
self.points -= 250
self.show_points()
def make_body(self):
body= [(335.5, 412.5), (368.5, 414.5), (399.5, 441.5),
(407.5, 475.5), (363.5, 503.5), (363.5, 503.5),
(348.5, 510.5), (341.5, 491.5), (339.5, 566.5),
(344.5, 626.5), (277.5, 626.5), (215.5, 623.5),
(184.5, 619.5), (163.5, 480.5), (149.5, 502.5),
(79.5, 485.5), (76.5, 441.5), (92.5, 412.5),
(152.5, 399.5), (190.5, 397.5), (189.5, 416.5),
(194.5, 429.5), (231.5, 460.5), (272.5, 480.5),
(311.5, 466.5), (332.5, 436.5)]
self.canvas.create_polygon(body, fill='black',tag='body')
self.points -= 250
self.show_points()
def make_l_leg(self):
left_leg= [(184.5, 630.5), (217.5, 636.5), (261.5, 633.5),
(261.5, 633.5), (273.5, 706.5), (255.5, 761.5),
(241.5, 804.5), (234.5, 841.5), (225.5, 879.5),
(213.5, 887.5), (167.5, 888.5), (118.5, 889.5),
(83.5, 885.5), (69.5, 856.5), (84.5, 838.5),
(116.5, 838.5), (132.5, 844.5), (162.5, 814.5),
(169.5, 766.5), (188.5, 675.5)]
self.canvas.create_polygon(left_leg, fill='black', tag='l_leg')
self.points -= 250
self.show_points()
def make_r_leg(self):
r_leg= [(267.5, 637.5), (278.5, 712.5), (325.5, 768.5),
(342.5, 791.5), (359.5, 835.5), (364.5, 874.5),
(368.5, 897.5), (428.5, 893.5), (463.5, 886.5),
(485.5, 876.5), (480.5, 824.5), (442.5, 837.5),
(412.5, 843.5), (387.5, 773.5), (361.5, 722.5),
(344.5, 691.5), (344.5, 636.5)]
self.canvas.create_polygon(r_leg, fill='black', tag='r_leg')
self.points -= 250
self.show_points()
def show_values(self):
x=20
y=130
for l in self.letters:
self.canvas.create_text(x,y, text=l, fill='black',
font=('times',16,'bold'),
tag='value%s'%l)
x += 25
return self.puzzle_number(x,y)
def start_points(self):
self.points= 1500
return self.show_points()
def show_points(self):
self.delete_points()
x=1100
y=500
txt= 'Total game points: %d'% self.points
tally= self.canvas.create_text(x,y, text= txt, fill='black',
font=('ms',16,'bold'), tag='tgps')
return self.points
def delete_points(self):
return self.canvas.delete('tgps')
def puzzle_number(self,x,y):
self.widget= Entry(root, relief= SUNKEN,)
self.widget.place(x= 960, y= 225)
self.widget.focus()
self.widget.bind('<Return>', (lambda event:self.ask_for_letter()))
self.btn= Button(root, text='Submit', command= self.ask_for_letter)
x += 370
self.btn.place(x= 1200, y= 225)
the_num= 'The puzzle number: %d'% self.game_Count
self.canvas.create_text(x+100,y, text=the_num, fill='black',
font=('ms', 18, 'bold'), tag='game_num')
the_wins= 'The total wins: %d' % self.wins
self.canvas.create_text(x+100,y+60, text= the_wins, fill='black',
font=('ms', 18, 'bold'), tag='t_wins')
the_loss= 'Total number of losses: %d'% self.losses
self.canvas.create_text(x+100, y+160, text= the_loss, fill='black',
font=('ms',18,'bold'), tag='t_loss')
the_gme= 'Total shelve game count: %d' % self.gamecount
self.canvas.create_text(x+100, y+230, text= the_gme, fill='black',
font=('ms',18,'bold'),tag='shelve_c')
the_pointz= 'Total points: %d'% self.pointz
self.canvas.create_text(x+100, y+300, text=the_pointz, fill='purple',
font=('ms',18,'bold'), tag='points')
def get_word(self,p):
self.res= []
num= self.game_Count
self.picked_word= p[num]
for i in self.picked_word:
self.res.append(i)
return self.picked_word, self.res
def build_puzzle(self):
logging.debug('Building the puzzle')
self.start_points()
self.setup_file()
self.show_values()
self.get_word(word_content)
x= 10
x1= 10
y= 60
y1= 60
for j in self.picked_word:
self.canvas.create_rectangle(x,x1,y,y1, fill='white', width=2,
tag='puzzle%s'%j)
x+= 50
y+= 50
logging.debug('tiles made, x: %d y: %d'%(x,y))
def next_puzzle(self):
self.canvas.delete('all')
self.build_puzzle()
def new_game(self):
self.xxx= 0
self.guess= []
self.picked_letters= []
new_g= askokcancel('New Game','Play again?')
self.game_Count += 1
if new_g:
if self.game_Count > len(word_content)-1:
self.game_Count= 0
self.write_game_count()
self.shelve_setup()
self.next_puzzle()
else:
self.write_game_count()
self.next_puzzle()
else:
if self.game_Count > len(word_content)-1:
self.game_Count= 0
self.write_game_count()
self.shelve_setup()
root.destroy()
else:
self.write_game_count()
root.destroy()
def ask_for_letter(self):
findletter= self.widget.get()
if findletter:
self.widget.delete(0,END)
if len(findletter) >1 or findletter in self.picked_letters:
showinfo('Error', 'Pick again one letter or already picked')
self.ask_for_letter()
else:
if re.findall(findletter, self.picked_word):
tagGuess= 'puzzle'+ findletter
t_g= self.canvas.find_withtag(tagGuess)
for i in list(t_g):
pos= self.canvas.coords(i)
x1= (pos[0] + pos[2])/2
y1= (pos[1] + pos[3])/2
self.canvas.create_text(x1,y1, text= findletter, fill= 'red',
font=('arial', 25, 'bold'), tag='guess')
self.guess.append(findletter)
val_d= 'value'+ (findletter)
self.canvas.delete(val_d)
self.picked_letters.append(findletter)
if len(self.res) == len(self.guess):
self.win_update()
self.canvas.create_text(750,650, text='Win', fill='yellow',
font=('times', 50, 'bold'), tag='win')
self.canvas.create_text(800,800,text=self.picked_word, fill='green',
font=('times',50,'bold'), tag='word')
self.new_game()
else:
if self.xxx == 6:
self.hangMan[self.xxx]()
self.canvas.create_text(750,650, text='Loss', fill='orange',
font=('times', 50, 'bold'), tag='loss')
self.loss_update()
logging.debug('The puzzle word: %s'% self.picked_word)
self.canvas.create_text(800,800,text=self.picked_word, fill='green',
font=('times',50,'bold'), tag='word')
self.new_game()
else:
self.hangMan[self.xxx]()
d_val= 'value'+ (findletter)
self.canvas.delete(d_val)
self.picked_letters.append(findletter)
self.xxx+=1
if __name__ == '__main__':
root= Tk()
root.title('Hangman_11b')
Tk_Hangman(root)
root.mainloop()