276 lines
7.5 KiB
Python
276 lines
7.5 KiB
Python
import tkinter
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import random
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import sudoku_generator
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class Sudoku:
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def __init__(self):
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self.t = tkinter.Tk()
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self.t.title("Sudoku")
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self.t.resizable(0,0)
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self.color_enterbox = "#555"
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self.color_entertext = "#fff"
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self.color_background = "#222"
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self.color_helptext = "#ccc"
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self.color_incorrecttext = "#f00"
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self.color_giventext = "#7f7"
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self.checkerboard_step = 2
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self.color_checkerboard = self.checkerboard(self.color_enterbox)
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self.font_enterbox = ["Consolas", 16]
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self.font_helptext = ["Consolas", 10]
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self.relief_enterbox = "ridge"
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# flat, groove, raised, ridge, solid, sunken
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self.docheckerboard = True
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self.allow_wraparound = True
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self.entry_square = 50
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self.spacer_width = 3
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self.misc_height = 0
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self.window_square = (9 * self.entry_square) + (2 * self.spacer_width)
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self.helptext = "W,A,S,D to easily move around; E to clear cell; Enter to grade"
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self.create_helptext(self.helptext)
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self.t.configure(width=self.window_square, height=self.window_square+self.misc_height)
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self.t.configure(bg=self.color_background)
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self.entities_entry = []
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self.entities_stringvar = []
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self.create_boxes()
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self.t.bind("<KeyPress>", self.keypress)
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self.keypress_movement = {
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"w":[0, -1],
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"s":[0, 1],
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"a":[-1, 0],
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"d":[1, 0]}
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self.key_clearcurrent = ["e"]
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self.key_grade = ["\r"]
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print('Creating puzzle')
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self.entries_solution = sudoku_generator.cgimain()[0]
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for pos in range(len(self.entries_solution)):
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self.entries_solution[pos] += 1
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self.entries_given = self.entries_solution[:]
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for pos in range(len(self.entries_given)):
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if random.randint(0, 100) <= 50:
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self.entries_given[pos] = None
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#self.entries_given = self.entries_solution[1]
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#self.entries_solution = self.entries_solution[0]
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self.entries_current = []
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self.apply_given()
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self.cursor_position = [0,0]
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self.select_entry_by_pos(self.cursor_position)
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self.game_win = False
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self.t.mainloop()
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def keypress(self, event):
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movement = self.keypress_movement.get(event.char, None)
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if movement:
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self.move_cursor(movement)
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return
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if event.char in self.key_clearcurrent:
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x = self.cursor_position[0]
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y = self.cursor_position[1]
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index = (9 * y) + x
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self.entities_entry[index].delete(0, "end")
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elif event.char in self.key_grade:
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self.grade()
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def create_helptext(self, helptext):
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helplabel = tkinter.Label(self.t, text=helptext)
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helplabel.configure(font=self.font_helptext,
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fg=self.color_helptext,
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bg=self.color_background,
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justify="left")
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height = (2.3 * self.font_helptext[1])
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height *= len(helptext.split('\n'))
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height += self.spacer_width
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print('Helptext added %d pixels in height' % height)
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self.misc_height += height
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helplabel.place(x=0, y=self.window_square + self.spacer_width)
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def create_boxes(self):
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spacer_y = 0
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for y in range(9):
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if (y > 0) and (y % 3 == 0):
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spacer_y += self.spacer_width
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ypos = (y * self.entry_square) + spacer_y
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spacer_x = 0
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for x in range(9):
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if (x > 0) and (x % 3 == 0):
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spacer_x += self.spacer_width
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xpos = (x * self.entry_square) + spacer_x
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enter = tkinter.Entry(self.t)
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stringvar = tkinter.StringVar()
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enter.stringvar = stringvar
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enter.stringvar.trace("w", lambda name,index,mode, stringvar=stringvar: self.checkinput(stringvar))
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enter.is_permanent = False
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enter.stringvar.is_permanent = False
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bg = self.color_enterbox
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relief = self.relief_enterbox
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if self.docheckerboard:
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docheckerboard = (str(x+y)[-1] in "13579")
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if docheckerboard:
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bg = self.color_checkerboard
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enter.configure(justify="c",
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textvariable=enter.stringvar,
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font=self.font_enterbox,
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bg=bg,
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fg=self.color_entertext,
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relief=relief)
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enter.bind("<Button-1>", self.update_position_byclick)
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enter.coordinates = [x, y]
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self.entities_entry.append(enter)
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self.entities_stringvar.append(enter.stringvar)
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enter.place(x=xpos, y=ypos, width=self.entry_square, height=self.entry_square)
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def checkerboard(self, hexivalue):
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hexivalue = hexivalue[1:]
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if len(hexivalue) == 3:
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r = hexivalue[0]
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g = hexivalue[1]
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b = hexivalue[2]
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padding = "1"
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if len(hexivalue) == 6:
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r = hexivalue[:2]
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g = hexivalue[2:4]
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b = hexivalue[4:]
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padding = "2"
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hexiout = "#"
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for colorcomponent in [r,g,b]:
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decivalue = int(colorcomponent, 16)
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if decivalue < self.checkerboard_step:
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decivalue += self.checkerboard_step
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else:
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decivalue -= self.checkerboard_step
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formatstring = "%0" + padding + "x"
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hexivalue = formatstring % decivalue
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hexiout += hexivalue
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return hexiout
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def checkinput(self, *bullish):
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stringvar = bullish[0]
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if stringvar.is_permanent:
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index = self.entities_stringvar.index(stringvar)
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stringvar.set(self.entries_solution[index])
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self.entities_entry[index].configure(fg=self.color_giventext)
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stringvalue = stringvar.get()
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try:
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test_for_integer= int(stringvalue)
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test_for_nonzero= 14/test_for_integer
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except:
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stringvar.set("")
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if len(stringvalue) > 1:
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stringvar.set(stringvalue[0])
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def update_position_byclick(self, event):
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enter = event.widget
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x = enter.coordinates[0]
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y = enter.coordinates[1]
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self.cursor_position = [x,y]
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def select_entry_by_pos(self, position):
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x = position[0]
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y = position[1]
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index = (9 * y) + x
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self.entities_entry[index].focus_set()
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def move_cursor(self, direction):
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xdirection = direction[0]
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ydirection = direction[1]
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xposition = self.cursor_position[0]
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yposition = self.cursor_position[1]
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hasmoved = False
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if (xposition > 0 or xdirection == 1) and (xposition < 8 or xdirection == -1) and (xdirection != 0):
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xposition += xdirection
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hasmoved = True
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if (yposition > 0 or ydirection == 1) and (yposition < 8 or ydirection == -1) and (ydirection != 0):
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yposition += ydirection
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hasmoved = True
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if self.allow_wraparound and hasmoved is False:
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if xposition == 0 and xdirection == -1:
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xposition = 8
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elif xposition == 8 and xdirection == 1:
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xposition = 0
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elif yposition == 0 and ydirection == -1:
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yposition = 8
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elif yposition == 8 and ydirection == 1:
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yposition = 0
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self.cursor_position = [xposition, yposition]
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self.select_entry_by_pos(self.cursor_position)
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#print(self.cursor_position)
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def generate_puzzle(self):
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return [random.randint(1, 8) for x in range(81)]
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def reset_colors(self):
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for enterbox in self.entities_entry:
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if not enterbox.is_permanent:
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enterbox.configure(fg=self.color_entertext)
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def apply_given(self):
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for givenpos in range(len(self.entries_given)):
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given = self.entries_given[givenpos]
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if given:
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self.entities_entry[givenpos].is_permanent = True
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self.entities_stringvar[givenpos].is_permanent = True
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self.checkinput(self.entities_stringvar[givenpos])
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self.entities_entry[givenpos].configure(fg=self.color_giventext)
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def grade(self):
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self.entries_current = []
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self.reset_colors()
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self.game_win = True
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self.has_errors = False
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for enterbox_index in range(len(self.entities_entry)):
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enterbox = self.entities_entry[enterbox_index]
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cell = enterbox.get()
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try:
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cell = int(cell)
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if cell != self.entries_solution[enterbox_index]:
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self.game_win = False
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self.has_errors = True
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enterbox.configure(fg=self.color_incorrecttext)
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except:
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self.game_win = False
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pass
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if cell == '':
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cell = 0
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self.entries_current.append(cell)
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if self.game_win:
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print("WOOOOO")
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elif not self.has_errors:
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print('Doing well')
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else:
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print('Some mistakes')
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print(self.entries_solution)
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print(self.entries_current)
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soduku = Sudoku()
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