def build(self):
self.title = 'Sudoku Solver'
Window.size = (1400, 800)
Window.top = 50
Window.left = 50
layout = MyGridLayout(level=1, rows=4, cols=3, rowsAndCols={})
#Window.clearcolor = black
for rowA in range(3):
for colA in range(3):
innerLayout1 = MyGridLayout(rows=3, cols=3, level=2, rowsAndCols={'rowA':rowA, 'colA':colA})
layout.add_widget(innerLayout1)
for rowB in range(3):
for colB in range(3):
innerLayout2 = MyGridLayout(rows=3, cols=3, level=3, rowsAndCols={'rowA':rowA, 'colA':colA, 'rowB':rowB, 'colB':colB})
innerLayout1.add_widget(innerLayout2)
for rowC in range(3):
for colC in range(3):
cell = Cell({'rowA':rowA, 'colA':colA, 'rowB':rowB, 'colB':colB, 'rowC':rowC, 'colC':colC})
cell.setText()
innerLayout2.add_widget(cell)
layout.background_normal = ''
layout.background_color = red
Window.bind(mouse_pos=MyGridLayout.mouseOverGrid)
Window.bind(on_key_down=MyGridLayout.enterNumberInCell)
global initialCells
Clock.schedule_once(partial(self.populate, initialCells), 1.0)
timer = Button(text="0:00")
timer.size_hint = (1, 0.1)
timer.color = red
timer.time = 0
timer.active = True
timer.bind(on_press=self.stopTimer)
layout.add_widget(timer)
self.timer = timer
return layout
