def main():
dialog = Dialog()
panel = Panel()
ok = Button("Ok")
cancel = Button("Cancel")
panel.add_children(ok)
panel.add_children(cancel)
dialog.add_children(panel)
ok.show_help()
def _load_annotation_label_iphotodraw(self, iphotodraw_path):
"""
Load label annotation from iphotodraw formatted file
:param iphotodraw_path:
:return:
"""
# create element tree object
tree = ET.parse(iphotodraw_path)
# get root element
root = tree.getroot()
shape_items = root.findall('./Layers/Layer/Shapes/Shape')
# Read All Label Items
label_items = []
for shape_item in shape_items:
text_item = shape_item.find('./BlockText/Text')
text = text_item.text.lower()
if text.startswith('label'):
label_items.append(shape_item)
# Form individual panels
panels = []
for label_item in label_items:
text_item = label_item.find('./BlockText/Text')
label = text_item.text
words = label.split(' ')
if len(words) is not 2:
raise Exception(iphotodraw_path + ' ' + label +
' panel is not correct')
label = words[1]
extent_item = label_item.find('./Data/Extent')
height = extent_item.get('Height')
width = extent_item.get('Width')
x = extent_item.get('X')
y = extent_item.get('Y')
label_rect = [
round(float(x)),
round(float(y)),
round(float(width)),
round(float(height))
]
panel = Panel(label, None, label_rect)
panels.append(panel)
self.panels = panels
def _load_annotation_panel_iphotodraw(self, iphotodraw_path):
"""
Load panel annotation from iphotodraw formatted file
:param iphotodraw_path:
:return:
"""
# create element tree object
tree = ET.parse(iphotodraw_path)
# get root element
root = tree.getroot()
shape_items = root.findall('./Layers/Layer/Shapes/Shape')
# Read All Label Items
panel_items = []
for shape_item in shape_items:
text_item = shape_item.find('./BlockText/Text')
text = text_item.text.lower()
if text.startswith('panel'):
panel_items.append(shape_item)
# Form individual panels
panels = []
for panel_item in panel_items:
text_item = panel_item.find('./BlockText/Text')
label = text_item.text
extent_item = panel_item.find('./Data/Extent')
height = extent_item.get('Height')
width = extent_item.get('Width')
x = extent_item.get('X')
y = extent_item.get('Y')
panel_rect = [
round(float(x)),
round(float(y)),
round(float(width)),
round(float(height))
]
panel = Panel(label, panel_rect, None)
panels.append(panel)
self.panels = panels
def __init__(self, url, season, event, discipline, segment, panel_url):
self.url = url # url to scores
self.season = season
self.event = event
self.discipline = discipline
self.type = segment
self.name = discipline.name + '_' + segment.name
self.panel = Panel(panel_url, self.season, self.event, self.discipline,
self)
self.scorecards = []
# Associated file names and paths.
self.fname = discipline.name + '_' + segment.name
self.pdf_fname = self.fname + '.pdf'
self.csv_fname = self.fname + '.csv'
self.parsed_csv_fname = self.fname + '_parsed.csv'
self.fpath = get_fpath(season, event, self.pdf_fname)
self.csv_path = get_fpath(season, event, self.csv_fname)
self.parsed_csv_fpath = get_fpath(season, event, self.parsed_csv_fname)
self.directory = get_fpath(self.season, self.event, self.name)
def main():
root = Tk()
panel = Panel()
width = 0
heigth = 420
parent = create_main_node(panel, Coordinate(x=0, y=0), "i", heigth)
r = parent
dic = {
("1", "1"),
("1", "0"),
("1", "0"),
}
for x in range(2, len(dic) + 1):
item = "111"
r = create_node(panel, r, item[:x], (list(item[x - 1:]))[0])
final = create_main_node(panel, r, "111", heigth, "")
#node_to_node(panel, final, parent, 1)
width = final.x
width += 50
root.geometry(str(width) + "x" + str(heigth) + "+300+300")
root.mainloop()
def main():
pygame.init()
screen = get_screen()
# objects
state = State()
panel = Panel(screen, state)
listeners = panel.listener
pygame.display.set_caption("Frank-Hertz Experiment Simulation")
while True:
screen.fill((100, 170, 220))
panel.update()
for event in pygame.event.get():
if event.type == pygame.QUIT:
sys.exit()
for listener in listeners:
listener(event)
pygame.display.flip()
import time
import urllib.request
from ServerConnector import Connector
from Panel import Panel
bus = smbus.SMBus(1)
ADDR = 0x04
WHITE_PIXEL = [0x1, 0x1, 0x1]
BLACK_PIXEL = [0x0, 0x0, 0x0]
panel1 = Panel(bus, 0x04)
panel2 = Panel(bus, 0x05)
panels = [[panel2,panel1]]
#panel.fill_rect([0,0], [32,32], WHITE_PIXEL)
connector = Connector("http://pathealy.pythonanywhere.com/get_grid")
while True:
try:
data = connector.get_dump()
for x in range(len(panels)):
for y in range(len(panels[x])):
from Panel import Panel
import time
import random
p = Panel()
i = 0
while True:
if (i < 10):
p.setBackground((0,0,0))
p.show()
p.setBackground((0,100,0))
p.show()
i = i+1
#time.sleep(1)
image_viewer = ImageViewer()
video.VideoSignal.connect(image_viewer.setImage)
button_layout = QVBoxLayout()
start_button = QPushButton('Start')
start_button.clicked.connect(video.startVideo)
button_layout.addWidget(start_button)
image_layout = QVBoxLayout()
image_layout.addWidget(image_viewer)
panel_layout = QVBoxLayout()
panel = Panel()
#thread2 = QThread()
#panel.moveToThread(thread2)
#thread2.start()
canvas_viewer = ImageViewer()
panel.ImageSignal.connect(canvas_viewer.setImage)
panel_layout.addWidget(canvas_viewer)
red_button = QPushButton('red')
red_button.clicked.connect(panel.changeRed)
green_button = QPushButton('green')
green_button.clicked.connect(panel.changeGreen)
blue_button = QPushButton('blue')
def panel(parentWindow, **kwds):
from Panel import Panel
return Panel(parentWindow, **kwds)
def initPanels(self):
print("Initialising the 4 panels\n ")
# init all 4 panels with their walls
self.panel1 = Panel(
[[Case() for i in range(int(globals.sizeOfPanel))] for j in range(int(globals.sizeOfPanel))])
self.panel2 = Panel(
[[Case() for i in range(int(globals.sizeOfPanel))] for j in range(int(globals.sizeOfPanel))])
self.panel3 = Panel(
[[Case() for i in range(int(globals.sizeOfPanel))] for j in range(int(globals.sizeOfPanel))])
self.panel4 = Panel(
[[Case() for i in range(int(globals.sizeOfPanel))] for j in range(int(globals.sizeOfPanel))])
# init panel4's walls
self.panel4.tabCase[1][4].target = 9
self.panel4.tabCase[2][6].target = 11
self.panel4.tabCase[5][1].target = 13
self.panel4.tabCase[6][3].target = 15
self.panel4.tabCase[6][3].down = 1
self.panel4.tabCase[6][3].right = 1
self.panel4.tabCase[7][4].right = 1
self.panel4.tabCase[2][0].down = 1
self.panel4.tabCase[1][3].right = 1
self.panel4.tabCase[1][4].down = 1
self.panel4.tabCase[4][1].down = 1
self.panel4.tabCase[5][1].right = 1
self.panel4.tabCase[1][6].down = 1
self.panel4.tabCase[2][6].left = 1
self.panel4.tabCase[7][5].left = 1
self.panel4.tabCase[3][7].down = 1
self.panel4.tabCase[4][7].right = 1
# init panel3's walls
self.panel3.tabCase[1][5].target = 10
self.panel3.tabCase[3][1].target = 12
self.panel3.tabCase[5][6].target = 14
self.panel3.tabCase[6][2].target = 16
self.panel3.tabCase[3][1].right = 1
self.panel3.tabCase[3][1].down = 1
self.panel3.tabCase[1][5].down = 1
self.panel3.tabCase[1][5].left = 1
self.panel3.tabCase[3][7].down = 1
self.panel3.tabCase[5][6].right = 1
self.panel3.tabCase[5][6].up = 1
self.panel3.tabCase[6][2].up = 1
self.panel3.tabCase[6][2].left = 1
self.panel3.tabCase[7][3].right = 1
# init panel2's walls
self.panel2.tabCase[1][5].target = 1
self.panel2.tabCase[3][1].target = 3
self.panel2.tabCase[4][6].target = 5
self.panel2.tabCase[6][4].target = 8
self.panel2.tabCase[0][1].right = 1
self.panel2.tabCase[1][5].right = 1
self.panel2.tabCase[1][5].down = 1
self.panel2.tabCase[1][7].down = 1
self.panel2.tabCase[3][1].up = 1
self.panel2.tabCase[3][1].left = 1
self.panel2.tabCase[4][6].right = 1
self.panel2.tabCase[4][6].up = 1
self.panel2.tabCase[6][4].down = 1
self.panel2.tabCase[6][4].left = 1
# init panel1's walls
self.panel1.tabCase[2][5].target = 2
self.panel1.tabCase[4][2].target = 4
self.panel1.tabCase[5][7].target = 6
self.panel1.tabCase[6][1].target = 7
self.panel1.tabCase[0][3].right = 1
self.panel1.tabCase[2][5].right = 1
self.panel1.tabCase[2][5].down = 1
self.panel1.tabCase[4][2].right = 1
self.panel1.tabCase[4][2].up = 1
self.panel1.tabCase[5][7].left = 1
self.panel1.tabCase[5][7].down = 1
self.panel1.tabCase[4][0].down = 1
self.panel1.tabCase[6][1].up = 1
self.panel1.tabCase[6][1].left = 1
'''
w = int(input("Please enter the horizontal resolution of your screen: "))
h = int(input("Please enter the vertical resolution of your screen: "))
print(f"The program should have started with a window size of {w} x {h}")
print(
"If the program window is not fully visible then please enter a larger resolution, else change the resolution of your screen"
)
w = w - 400
h = h - 60
hor, ver, panelHor = w, h, 375
grid_size = 25
pygame.display.set_caption("Graph Search Visualizer")
pygame.display.set_icon(pygame.image.load("icon.png"))
canvas = pygame.Surface((hor, ver))
# panelSurf = pygame.Surface((panelHor - grid_size, ver - grid_size*2))
panel = Panel(hor + grid_size // 2, grid_size // 2, panelHor - grid_size,
ver - grid_size, (164, 250, 107))
screen = pygame.display.set_mode((hor + panelHor, ver))
#> Colors
panelColor = (164, 250, 107) #(136, 248, 71)
#> Buttons
g = Graph(canvas, screen, 25, False)
Button.surfaceX = hor + grid_size // 2
Button.surfaceY = grid_size // 2
def draw_grid(width, length, size):
grid_surf = pygame.Surface((width, length))
grid_surf.set_colorkey((0, 0, 0))
for hor in range(length // size):
import smbus
import time
import urllib.request
from ServerConnector import Connector
from Panel import Panel
bus = smbus.SMBus(1)
ADDR = 0x04
WHITE_PIXEL = [0x1, 0x1, 0x1]
BLACK_PIXEL = [0x0, 0x0, 0x0]
panel1 = Panel(bus, 0x04)
#panel2 = Panel(bus, 0x05)
panels = [[panel1]]
color_grid = [[0 for x in range(15)] for y in range(15)]
color_grid[0][0] = [[[0 for x in range(3)] for y in range(32)]
for z in range(32)]
color_grid[0][1] = [[[0 for x in range(3)] for y in range(32)]
for z in range(32)]
#panel.fill_rect([0,0], [32,32], WHITE_PIXEL)
connector = Connector("http://pathealy.pythonanywhere.com/get_grid")
ticks = 0
ticked = False
wait_flag = False
