sg.Button('Create random link',
tooltip='Create a random link',
pad=((0, 10), (5, 0))),
sg.Col([[
sg.Button('Delete random link',
tooltip='Delete a random link',
pad=((10, 10), (5, 0)))
],
[
sg.Button(
'Delete shortest-path link',
tooltip='Delete a random link on the shortest path',
pad=((0, 0), (5, 0)))
]])
],
HOR_SEP(pad=((50, 0), (0, 0))),
[
sg.Text(
'Repulsion coefficient',
pad=((0, 10), (20, 0)),
tooltip=
'Negative means raise to the power and divide (like gravity).\n'
'Larger magnitude means distince reduces repulsive force more.'),
sg.Slider((1, 5),
default_value=1,
orientation='horizontal',
key='rep_coef',
pad=((0, 0), (0, 0)),
size=(15, 20),
tooltip='Larger is stronger.')
],
tooltip=
"The radius, in patch-lengths, that defines an agent's flockmates")
],
[
sg.Text('speed',
pad=((0, 5), (20, 0)),
tooltip='The speed of the agents'),
sg.Slider(key='speed',
range=(0, 10),
resolution=0.5,
default_value=2,
orientation='horizontal',
size=(10, 20),
tooltip='The speed of the agents')
],
HOR_SEP(30, pad=((0, 0), (0, 0))),
[
sg.Text(
'min separation',
pad=((0, 5),
(20,
0)),
tooltip='The minimum acceptable patch-lengths to nearest neighbor'
),
sg.Slider(
key='minimum separation',
resolution=0.5,
range=(1, 5),
default_value=2, # NetLogo=1
orientation='horizontal',
size=(10, 20),
gui_set('rows', value=len(self.ca_lines))
# ############################################## Define GUI ############################################## #
import PySimpleGUI as sg
"""
The following appears at the top-left of the window.
"""
ca_left_upper = [
[
sg.Text('Row justification'),
sg.Combo(values=['Left', 'Center', 'Right'],
key='justification',
default_value='Right')
],
HOR_SEP(30),
[
sg.Text('Initial row:',
pad=(None, (20, 0)),
tooltip="0's and 1's for the initial row. An empty \n" +
"string will set the initial row to all 0's."),
sg.Input(default_text="1",
key='init_line',
size=(20, 1),
text_color='white',
background_color='steelblue4',
justification='center')
],
[
sg.CB('Random?',
key='Random?',
resolution=1,
size=(20, 20),
default_value=10,
orientation='horizontal',
pad=((0, 0), (0, 20)),
tooltip='The ratio of alive cells to all cells')
],
[
sg.Button(Life_World.SELECT_FOREGROUND_TEXT),
Life_World.fg_color_chooser
],
[
sg.Button(Life_World.SELECT_BACKGROUND_TEXT),
Life_World.bg_color_chooser
],
HOR_SEP(),
[sg.Text('Cells can be toggled when\nthe system is stopped.')],
]
if __name__ == "__main__":
from core.agent import PyLogo
# Specify patch rows and columns, in case we want a larger/smaller grid
gui.PATCH_COLS = 51
gui.PATCH_ROWS = 51
PyLogo(Life_World,
'1D Elementary Cellular Automaton',
gui_elements,
patch_class=CA_Patch,
bounce=None,
fps=10,
Increment self.rows
"""
...
# ############################################## Define GUI ############################################## #
import PySimpleGUI as sg
"""
The following appears at the top-left of the window.
It puts a row consisting of a Text widgit and a ComboBox above the widgets from on_off.py
"""
ca_left_upper = [[sg.Text('Initial row:'),
sg.Combo(values=['Right', 'Center', 'Left', 'Random', 'All off'], key='init', default_value='Right')],
[sg.Text('Rows:'), sg.Text(' 0', key='rows')],
HOR_SEP(30)] + \
on_off_left_upper
# bin_0_to_7 is ['000' .. '111']
bin_0_to_7 = [bin_str(n, 3) for n in range(8)]
# The switches are CheckBoxes with keys from bin_0_to_7 (in reverse).
# These are the actual GUI widgets, which we access through their keys.
# The pos_to_switch dictionary maps positions in the rule number as a binary number
# to these widgets. Each widget corresponds to a position in the rule number.
switches = [sg.CB(n+'\n 1', key=n, pad=((60, 0), (0, 0))) for n in reversed(bin_0_to_7)]
"""
This material appears above the screen:
the rule number slider, its binary representation, and the switch settings.
key=SELECTION_ALGORITHM,
default_value=BEST_KNOWN,
tooltip='Selection Algorithm',
pad=((0, 5), (20, 0)))
],
[
sg.Text('Randomness', pad=((0, 5), (20, 0))),
sg.Slider(key=RANDOMNESS,
default_value=16,
resolution=1,
range=(0, 100),
pad=((0, 5), (10, 0)),
orientation='horizontal',
size=(10, 20))
],
HOR_SEP(pad=((30, 0), (0, 0))),
[sg.Text('Average = '),
sg.Text(' 0', key=AVERAGE)],
[sg.Text('Fastest Top Time = '),
sg.Text(' 0', key=FASTEST_TOP)],
[
sg.Text('Fastest Middle Time = '),
sg.Text(' 0', key=FASTEST_MIDDLE)
],
[
sg.Text('Fastest Bottom Time = '),
sg.Text(' 0', key=FASTEST_BOTTOM)
]
]
if __name__ == "__main__":
tooltip=
'The number of patch-lengths that define the current flockmates')
],
[
sg.Text('speed',
pad=((0, 5), (20, 0)),
tooltip='The speed of the agents'),
sg.Slider(key='speed',
range=(0, 10),
resolution=0.5,
default_value=2,
orientation='horizontal',
size=(10, 20),
tooltip='The speed of the agents')
],
HOR_SEP(30),
[
sg.Text(
'min separation',
pad=((0, 5),
(20,
0)),
tooltip='The minimum acceptable patch-lengths to nearest neighbor'
),
sg.Slider(
key='minimum separation',
resolution=0.5,
range=(1, 5),
default_value=1,
orientation='horizontal',
size=(10, 20),
tooltip='Node shape')
],
[
sg.CB('Directed Link?',
enable_events=True,
key='directed_link',
default=False)
],
[
sg.CB('Clear Before Generating?',
enable_events=True,
default=True,
size=(20, 1),
key='clear')
],
HOR_SEP(30, pad=(None, None)),
[
sg.Text('nb-nodes'),
sg.Slider(key='nb-nodes',
range=(0, 20),
default_value=10,
orientation='horizontal')
],
[
sg.Button(button_text='PreAtt', key='PreAtt'),
sg.Button(button_text='Ring', key='Ring'),
sg.Button(button_text='Star', key='Star')
],
HOR_SEP(30, pad=(None, None)),
[
sg.Text('neighborhood-size'),