116 lines
15 KiB
Python
116 lines
15 KiB
Python
import PySimpleGUIQt as sg
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from random import randint
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def main():
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sg.ChangeLookAndFeel('GreenTan')
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# sg.SetOptions(element_padding=(0,0))
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# ------ Menu Definition ------ #
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menu_def = [['&File', ['&Open', '&Save', '&Properties', 'E&xit']],
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['&Edit', ['&Paste', ['Special', 'Normal', ], 'Undo'], ],
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['&Toolbar', ['Command &1', 'Command &2', 'Command &3', 'Command &4']],
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['&Help', '&About...'], ]
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treedata = sg.TreeData()
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treedata.Insert("", '_A_', 'Tree Item 1', [1,2,3], )
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treedata.Insert("", '_B_', 'B', [4,5,6], )
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treedata.Insert("_A_", '_A1_', 'Sub Item 1', ['can','be','anything'],)
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treedata.Insert("", '_C_', 'C', [], )
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treedata.Insert("_C_", '_C1_', 'C1', ['or'], )
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treedata.Insert("_A_", '_A2_', 'Sub Item 2', [None, None])
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treedata.Insert("_A1_", '_A3_', 'A30', ['getting deep'])
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treedata.Insert("_C_", '_C2_', 'C2', ['nothing', 'at', 'all'])
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for i in range(100):
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treedata.Insert('_C_', i, i, [])
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frame1 = [
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[sg.Input('Input Text', size=(250,35)), sg.Stretch()],
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[sg.Multiline(size=(250,75),default_text='Multiline Input'),
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sg.MultilineOutput(size=(250,75),default_text='Multiline Output')],
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]
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frame2 = [
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[sg.Listbox(['Listbox 1','Listbox 2','Listbox 3'], size=(200,85))],
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[sg.Combo(['Combo item 1','Combo item 2','Combo item 3'], size=(200,35))],
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[sg.Spin([1,2,3], size=(40,30))],
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]
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frame3 = [
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[sg.Checkbox('Checkbox1', True),sg.Checkbox('Checkbox1')],
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[sg.Radio('Radio Button1', 1), sg.Radio('Radio Button2', 1, default=True), sg.Stretch()],
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]
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frame4 = [
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[sg.Slider(range=(0,100), orientation='v', size=(3, 30), default_value=40), sg.Dial(range=(0,100),tick_interval=50, size=(150,150), default_value=40), sg.Stretch()],
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]
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matrix = [[str(x*y) for x in range(4)] for y in range(3)]
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frame5 = [
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[sg.Table(values=matrix, max_col_width=25,
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auto_size_columns=True, display_row_numbers=True, change_submits=False, bind_return_key=True, justification='right', num_rows=8, alternating_row_color='lightblue', key='_table_', text_color='black'),
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sg.Tree(data=treedata, headings=['col1', 'col2', 'col3'],change_submits=True, auto_size_columns=True, num_rows=10, col0_width=10, key='_TREE_', show_expanded=True, size=(200,150)), sg.Stretch()],
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]
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graph_elem = sg.Graph((880,150), (0,0), (600,300), key='+GRAPH+')
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frame6 = [
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[graph_elem, sg.Stretch()],
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]
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tab1 = sg.Tab('Graph Number 1',frame6)
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tab2 = sg.Tab('Graph Number 2',[[]])
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layout = [
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[sg.Menu(menu_def)],
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[sg.Image(data_base64=logo),sg.Frame('Input Text Group', frame1, title_color='red'), sg.Stretch()],
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[sg.Frame('Multiple Choice Group', frame2, title_color='green'),
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sg.Frame('Binary Choice Group', frame3, title_color='purple'),
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sg.Frame('Variable Choice Group', frame4, title_color='blue'),sg.Stretch()],
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[sg.Frame('Structured Data Group', frame5, title_color='red'), ],
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# [sg.Frame('Graphing Group', frame6)],
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[sg.TabGroup([[tab1,tab2]])],
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[sg.ProgressBar(max_value=600, start_value=400, size=(600,25), key='+PROGRESS+'), sg.Stretch(),
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sg.ButtonMenu('&Menu', ['Menu', ['&Pause Graph', 'Menu item']], key='_MENU_'),
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sg.Button('Button'), sg.Button('Exit')],
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]
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window = sg.Window('Window Title',
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font=('Helvetica', 13),
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default_button_element_size=(100,30),
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auto_size_buttons=False,
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default_element_size=(200,22)
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).Layout(layout).Finalize()
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graph_elem.DrawCircle((200,200), 50, 'blue')
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i=0
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graph_paused = False
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while True: # Event Loop
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# sg.TimerStart()
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event, values = window.Read(timeout=0)
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if event is None or event == 'Exit' :
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break
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if event == 'Button':
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print(event, values)
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if values['_MENU_'] == 'Pause Graph':
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graph_paused = not graph_paused
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if not graph_paused:
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i += 1
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if i < 600:
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graph_elem.DrawLine((i,0),(i,randint(0,300)), width=1, color='#{:06x}'.format(randint(0,0xffffff)))
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else:
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graph_elem.Move(-1,0)
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graph_elem.DrawLine((i,0),(i,randint(0,300)), width=1, color='#{:06x}'.format(randint(0,0xffffff)))
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window.FindElement('+PROGRESS+').UpdateBar(i%600)
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# sg.TimerStop()
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window.Close()
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logo = b'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'
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main() |