def make_counter(msg, color):
poster = Poster()
rect = Rectangle(80, 50, color)
poster.pin(rect, -40, -25)
textbox = TextBox(msg, "Courier", "40")
poster.pin(textbox, 0, 0)
return poster
def make_button(msg, color):
poster = Poster()
circle = Circle(100, color, filled=True)
poster.pin(circle, 0, 0)
textbox = TextBox(msg, "Helvetica", "40")
poster.pin(textbox, 0, 0)
return poster
def __init__(self, config):
self.board = BulletinBoard(config.get_board_width(),
config.get_board_height())
self.wall = BrickWall(self.board.get_width(),
self.board.get_height() * 0.3,
config.get_color_matrix(),
config.get_color_map(), config.outline_bricks())
paddle_width = self.board.get_width() // 8
paddle_height = self.board.get_height() // 40
self.paddle = Rectangle(paddle_width,
paddle_height,
"black",
filled=True)
self.board.pin(self.wall, 0, 0.1 * self.board.get_height())
self.board.pin(self.paddle,
self.board.get_width() / 2,
0.9 * self.board.get_height())
self.reset_ball()
self.message_box = TextBox("", "Helvetica Neue", 20, "#0000FF")
self.dy = config.get_initial_y_velocity()
self.dx = random.uniform(config.get_min_x_velocity(),
config.get_max_x_velocity())
self.dx = random.choice([-1, 1]) * self.dx
self.lives_left = config.get_num_balls()
self.time_step = config.get_time_step()
self.game_in_progress = False
self.game_over = False
def main(datee, data, save=False, graphtime=graph_time):
date = Date(datee)
img = Image.new('RGB', (width, height), bg_color)
draw = ImageDraw.Draw(img)
configure_draw_parameters(img.width, img.height, draw.line, draw.text)
t, c = dissect(data)
file = DynamicFile(date, t, c, graphtime)
g = Graph.fromfile(file, (.13, .13), .8, .8, graph_width=2)
g.draw()
tb = TextBox("Data from " + date.to_string_display() +
' data type: ' + data, (.5, .02),
is_cell=True)
tb.draw()
try:
print(date.tostring() + ' at ' +
Time.get_time_without_seconds(file.get_last_measurement_time()))
except IndexError:
print(date.tostring())
img.show()
if save:
if lab_computer == black:
save_str = 'fridgelogB_'
else:
save_str = 'fridgelog_'
try:
img.save(save_to_location + save_str + data + '.png')
except IOError:
file = open(save_to_location + save_str + data + '.png', 'w+')
img.save(save_to_location + save_str + data + '.png')
file.close()
img.close()
file.close()
from graphics import BulletinBoard, Poster
from graphics import Circle, Rectangle, TextBox
board = BulletinBoard(200, 350)
# Code for creating the "counter display"
poster = Poster()
rect = Rectangle(80, 50, "#7BA4DB")
poster.pin(rect, -40, -25)
textbox = TextBox("000", "Courier", "40")
poster.pin(textbox, 0, 0)
board.pin(poster, 100, 50)
# TODO: Code for creating a "fizz button"
# fill me in!
from graphics import BulletinBoard, Poster
from graphics import Circle, Rectangle, TextBox
board = BulletinBoard(200, 350)
# Code for creating the "counter display"
poster = Poster()
rect = Rectangle(80, 50, "#7BA4DB")
poster.pin(rect, -40, -25)
textbox = TextBox("000", "Courier", "40")
poster.pin(textbox, 0, 0)
board.pin(poster, 100, 50)
# TODO: Code for creating a "fizz button"
button = Poster()
circle = Circle(100, "gray")
button.pin(circle, 0, 0)
textbox = TextBox("fizz", "Helvetica", "40")
button.pin(textbox, 0, 0)
board.pin(button, 100, 150)
def main():
pressure_file = None
date = get_most_recent_record_date(Date(str(datetime.now())))
temperature_files = []
graph_files = []
types = ('T', 'maxigauge')
temperature_chambers = (1, 2, 5, 6)
pressure_chambers = (1, 2, 3, 4, 5, 6)
try:
pressure_file = FridgeFile(date.tostring(), types[1])
pressure_file.open()
except IOError:
print(pressure_file.tostring() + ' not found')
for x in range(0, len(temperature_chambers)):
try:
temperature_files.append(
FridgeFile(date.tostring(), types[0], temperature_chambers[x]))
except IOError:
print(temperature_files[x].tostring() + ' not found')
temperature_files[x] = None
img = []
draw = []
for i in range(0, 11):
img.append(Image.new('RGB', (width, height), bg_color))
draw.append(ImageDraw.Draw(img[-1]))
i = 0
for t, chambers in zip(types, [temperature_chambers, pressure_chambers]):
for c in chambers:
configure_draw_parameters(img[i].width, img[i].height,
draw[i].line, draw[i].text)
if t == 'maxigauge':
graph_files.append(DynamicFile(date, t, c, scale_nums=1))
else:
graph_files.append(DynamicFile(date, t, c))
if lab_computer == tester:
print(graph_files[-1])
if not graph_files[-1].is_empty():
g = Graph.fromfile(graph_files[-1], (.13, .33),
.8,
.6,
graph_width=2,
log_vals=t == 'maxigauge')
g.draw()
try:
tb = TextBox.datetime_box(
date, graph_files[-1].get_last_measurement_time(), i)
except IndexError:
tb = TextBox("Data from " + date.to_string_display() +
' ' + 'Chamber ' +
str(convert(i)).replace('_', ' '), (.5, .02),
is_cell=True)
tb.draw()
i += 1
data = []
for t in graph_files:
data.append(t.get_last_measurement())
t_temp = Table((.1, .05), .4, .2, ['Plate', 'Temperature'],
['T1: 40k', 'T2: 4k', 'T5: Still', 'T6: MC'],
['numeral', 'K'], [data[:4]])
t_pres = Table((.5, .05), .4, .2, ['Gauge', 'Pressure'], [
'P1: OVC1', 'P2: Still', 'P3: Condense', 'P4: LN2 Trap', 'P5: Tank',
'P6: OVC2'
], ['numeral', 'bar'], [data[4:]])
for imgs, draws in zip(img, draw):
configure_draw_parameters(imgs.width, imgs.height, draws.line,
draws.text)
t_temp.draw()
t_pres.draw()
try:
configure_draw_parameters(img[-1].width, img[-1].height, draw[-1].line,
draw[-1].text)
flowmeter_file = FridgeFile(date.tostring(), 'Flowmeter')
flowmeter_file.open()
flow = Table((.65, .27), .23, .05, ['Flow'], [], ['mol/s'],
[scientific_sf(flowmeter_file.get_last_measurement())])
g = Graph.fromfile(flowmeter_file, (.13, .33), .8, .6, graph_width=2)
g.draw()
try:
tb = TextBox.datetime_box(
date, graph_files[-1].get_last_measurement_time(), i)
except IndexError:
tb = TextBox("Data from " + date.to_string_display() + ' ' +
'Chamber ' + str(convert(i)).replace('_', ' '),
(.5, .02),
is_cell=True)
tb.draw()
for i in range(0, len(img)):
configure_draw_parameters(img[i].width, img[i].height,
draw[i].line, draw[i].text)
flow.draw()
flowmeter_file.close()
except IOError:
print("Flowmeter not found")
pass
try:
print(date.tostring() + ' at ' + Time.get_time_without_seconds(
graph_files[0].get_last_measurement_time()))
except IndexError:
print(date.tostring())
if lab_computer == black:
save_str = 'fridgelogB_'
else:
save_str = 'fridgelog_'
for i in range(0, len(img)):
try:
img[i].save(save_to_location + save_str + str(convert(i)) + '.png')
except IOError:
file = open(save_to_location + save_str + str(convert(i)) + '.png',
'w+')
img[i].save(save_to_location + save_str + str(convert(i)) + '.png')
file.close()
img[i].close()
if i < len(graph_files):
graph_files[i].close()
def main_m():
table_files = []
date = get_most_recent_record_date(Date(str(datetime.now())))
yt = ('T', 'P')
units = ('numeral', 'K', 'numeral', 'bar')
xt = (1, 2, 5, 6)
pressure_chambers = (2, 3, 1, 4)
try:
print('running backup program: ' + date.tostring())
except IndexError:
print(date.tostring())
# print("collecting data from " + date.tostring())
for y in range(0, len(yt)):
table_files.append([])
for x in range(0, len(xt)):
try:
if y == 0:
table_files[y].append(
FridgeFile(date.tostring(), str(yt[y]), xt[x]))
else:
table_files[y].append(
FridgeFile(date.tostring(), str(yt[y])))
table_files[y][x].open()
except IOError:
print(table_files[y][x].tostring() + ' not found')
table_files[y][x] = None
pass
img = Image.new('RGB', (width, height), bg_color)
draw = ImageDraw.Draw(img)
data = [[]]
data[0] = ['40k', '4k', 'Still', 'MC']
data.append([])
for x in table_files[0]:
if x is not None:
data[1].append(str(x.get_last_measurement()))
else:
data[1].append("no data")
data.append([])
data[2] = ['Still', 'Condense', 'OVC', 'Scroll 1']
data.append([])
for x in pressure_chambers:
try:
data[3].append(table_files[1][0].get_last_measurement(chamber=x) /
1000)
except AttributeError:
print("file not found")
data[3].append("no data")
pass
try:
flowmeter_file = FridgeFile(date.tostring(), 'Flowmeter')
data[1].append("Flowmeter")
flowmeter_file.open()
data[2].append(flowmeter_file.get_last_measurement())
flowmeter_file.close()
except IOError:
print("Flowmeter not found")
data[2].append("no data")
pass
datetext = TextBox(date.to_string_display(), [.5, .05])
textboxes = [[]]
for i in range(0, len(data)):
textboxes.append([])
for j in range(0, len(data[i])):
if data[i][j] is not None:
if units[i] is not "numeral":
textboxes[i].append(
TextBox(str(data[i][j]),
[(i + 1) / (len(data) + 1) - .04,
(j + 1) / (len(data[0]) + 1) - .07],
units=units[i]))
else:
textboxes[i].append(
TextBox(str(data[i][j]),
[(i + 1) / (len(data) + 1) - .04,
(j + 1) / (len(data[0]) + 1) - .07]))
else:
textboxes[i].append(
TextBox("", [(i + 1) / (len(data) + 1) - .04,
(j + 1) / (len(data[0]) + 1) - .07]))
for i in range(0, len(data)):
for j in range(0, len(data[i])):
if data[i][j] is not None:
configure_draw_parameters(img.width, img.height, draw.line,
draw.text)
textboxes[i][j].draw()
datetext.draw('#000000')
if lab_computer == black:
save_loc = 'fridgelogB.png'
else:
save_loc = 'fridgelog.png'
try:
img.save(save_to_location + save_loc)
except IOError:
file = open(save_to_location + save_loc, 'w+')
img.save(save_to_location + save_loc)
file.close()
img.close()
for y in range(0, len(table_files)):
for x in range(0, len(table_files[y])):
if table_files[y][x] is not None:
table_files[y][x].close()
def update_count(self, count):
self.unpin(self.textbox)
self.textbox = TextBox(str(count), "Courier", "40", font_color="black")
self.pin(self.textbox, -30, 0)
def display_message(self, msg):
self.board.unpin(self.message_box)
self.message_box = TextBox(msg, "Helvetica Neue", 20, "#0000FF")
self.board.pin(self.message_box, self.board.get_width() // 2, 10)