def __init__(self, colors):
frames.Frame.__init__(self, colors)
textfile = open("sets.txt", "r") # later use sqlite db
setArray = textfile.read().split('\n')
textfile.close()
sets = []
titleHeight = 60
table = shapes.Table((0, titleHeight+1), (frames.WIDTH - 1, frames.HEIGHT - 1), \
"black", 255, 0, 3, 10)
titleRect = shapes.Rect((0, 0), (frames.WIDTH, titleHeight), "red", 0,
0)
title = shapes.Text('Liegestuetz', titleRect.getCenter(), "red", \
titleHeight // 3 * 2, 255)
for i in range(0, len(setArray) - 1):
sets.append(shapes.Text(setArray[i], (0,0), "black", \
(frames.HEIGHT - titleHeight) // 15, 0))
table.addShape(sets[i])
table.addBackground("black", 255, 0)
table.invertCells(range(0, 6))
table.swapCells([5])
# add shapes to training frame
self.addShape(titleRect)
self.addShape(title)
self.addShape(table)
def __init__(self, colors):
frames.Frame.__init__(self, colors)
frameBackground = shapes.Rect((0, 0), (399, 299), "black", 0, 0)
whiteEllipse = shapes.Ellipse((-200, -300), (600, 200), 30, 150,
"black", 255, 255)
name = shapes.Text("E-VI", (200, 75), "black", 35, 0)
mainText = shapes.Text("E-Ink Visualizer of Information", (200, 120),
"black", 18, 0)
usage = shapes.Text("Usage: swipe left/right", (200, 230),
"black", 16, 255)
usage2 = shapes.Text(" swipe up/down", (200, 256),
"black", 16, 255)
circle = shapes.Ellipse((300, -100), (500, 100), 0, 180, "red", 0, 0)
version = shapes.Text(frames.VERSION, (360, 35), "red", 20, 255)
self.addShapes([frameBackground, whiteEllipse, name, mainText, \
usage, usage2, circle, version])
def __init__(self, colors):
frames.Frame.__init__(self, colors)
self.__data = getIC()
titleRect = shapes.Rect((0, 0), (frames.WIDTH, frames.HEIGHT // 4),
"black", 0, 0)
title = shapes.Text('Inner Climate', (frames.WIDTH // 2, 23), "black",
25, 255)
mainTable = shapes.Table((0, frames.HEIGHT // 4), (frames.WIDTH, frames.HEIGHT), \
"black", 255, 0, 2, 2)
#self.addShape(shapes.Text("TBD", (200, 150), "black", 0, 0))
mainTable.addShapes([shapes.Picture((0, 0), (0, 0), \
"black", 0, 0, "Icons/temp_black", "Icons/temp_red"), \
shapes.Picture((0, 0), (0, 0), "black", 0, 0, \
"Icons/humidity_black", "Icons/humidity_red"), \
shapes.Text('temp', (0,0), "black", 16, 0), \
shapes.Text('press', (0,0), "black", 16, 0)])
mainTable.addBackground("black", 255, 255)
self.addShapes([titleRect, title, mainTable])
self.updateInnerClimate()
def ruler(start, end, ticks=4, sub_ticks=4, absolute=False, snap=False, **kwds):
"""
Draw a ruler in 3-D, with major and minor ticks.
INPUT:
- ``start`` - the beginning of the ruler, as a list,
tuple, or vector.
- ``end`` - the end of the ruler, as a list, tuple,
or vector.
- ``ticks`` - (default: 4) the number of major ticks
shown on the ruler.
- ``sub_ticks`` - (default: 4) the number of shown
subdivisions between each major tick.
- ``absolute`` - (default: ``False``) if ``True``, makes a huge ruler
in the direction of an axis.
- ``snap`` - (default: ``False``) if ``True``, snaps to an implied
grid.
Type ``line3d.options`` for a dictionary of the default
options for lines, which are also available.
EXAMPLES:
A ruler::
sage: from sage.plot.plot3d.shapes2 import ruler
sage: R = ruler([1,2,3],vector([2,3,4])); R
A ruler with some options::
sage: R = ruler([1,2,3],vector([2,3,4]),ticks=6, sub_ticks=2, color='red'); R
The keyword ``snap`` makes the ticks not necessarily coincide
with the ruler::
sage: ruler([1,2,3],vector([1,2,4]),snap=True)
The keyword ``absolute`` makes a huge ruler in one of the axis
directions::
sage: ruler([1,2,3],vector([1,2,4]),absolute=True)
TESTS::
sage: ruler([1,2,3],vector([1,3,4]),absolute=True)
Traceback (most recent call last):
...
ValueError: Absolute rulers only valid for axis-aligned paths
"""
start = vector(RDF, start)
end = vector(RDF, end)
dir = end - start
dist = math.sqrt(dir.dot_product(dir))
dir /= dist
one_tick = dist/ticks * 1.414
unit = 10 ** math.floor(math.log(dist/ticks, 10))
if unit * 5 < one_tick:
unit *= 5
elif unit * 2 < one_tick:
unit *= 2
if dir[0]:
tick = dir.cross_product(vector(RDF, (0,0,-dist/30)))
elif dir[1]:
tick = dir.cross_product(vector(RDF, (0,0,dist/30)))
else:
tick = vector(RDF, (dist/30,0,0))
if snap:
for i in range(3):
start[i] = unit * math.floor(start[i]/unit + 1e-5)
end[i] = unit * math.ceil(end[i]/unit - 1e-5)
if absolute:
if dir[0]*dir[1] or dir[1]*dir[2] or dir[0]*dir[2]:
raise ValueError, "Absolute rulers only valid for axis-aligned paths"
m = max(dir[0], dir[1], dir[2])
if dir[0] == m:
off = start[0]
elif dir[1] == m:
off = start[1]
else:
off = start[2]
first_tick = unit * math.ceil(off/unit - 1e-5) - off
else:
off = 0
first_tick = 0
ruler = shapes.LineSegment(start, end, **kwds)
for k in range(1, int(sub_ticks * first_tick/unit)):
P = start + dir*(k*unit/sub_ticks)
ruler += shapes.LineSegment(P, P + tick/2, **kwds)
for d in srange(first_tick, dist + unit/(sub_ticks+1), unit):
P = start + dir*d
ruler += shapes.LineSegment(P, P + tick, **kwds)
ruler += shapes.Text(str(d+off), **kwds).translate(P - tick)
if dist - d < unit:
sub_ticks = int(sub_ticks * (dist - d)/unit)
for k in range(1, sub_ticks):
P += dir * (unit/sub_ticks)
ruler += shapes.LineSegment(P, P + tick/2, **kwds)
return ruler
def _action(self, message, standardized_message, frame, shape_objs,
text_objs, draw_objs, constants_dict):
if 'system' in standardized_message:
if 'on' in standardized_message:
constants_dict['system'] = True
logger.info('Turning system on')
elif 'off' in standardized_message:
constants_dict['system'] = False
logger.info('Turning system off')
if not constants_dict.get('system'):
return frame, shape_objs, text_objs, draw_objs, constants_dict
if 'name' or 'named' in standardized_message:
if 'named' in standardized_message:
name_idx = standardized_message.index('named') + 1
name = ' '.join(standardized_message[name_idx:])
elif 'name' in standardized_message:
name_idx = standardized_message.index('name') + 1
name = ' '.join(standardized_message[name_idx:])
if 'create' in standardized_message:
if 'color' in standardized_message:
color_idx = standardized_message.index('color')
color = standardized_message[color_idx + 1]
color = 'COLOR_' + color.upper()
else:
color = constants.DEFAULT_SHAPE_COLOR
if 'rectangle' in standardized_message:
shape_objs[name] = shapes.Rectangle(name, color=color)
elif 'circle' in standardized_message:
shape_objs[name] = shapes.Circle(name, color=color)
elif 'text' in standardized_message:
text_idx = standardized_message.index('text')
text_message = standardized_message[text_idx + 1]
logger.info('Message text: {}'.format(text_message))
if 'shape' in standardized_message:
shape_idx = standardized_message.index('shape')
shape_name = standardized_message[shape_idx + 1]
logger.info('Message shape name: {}'.format(shape_name))
text_objs[name] = shapes.Text(text_message,
shape_objs[shape_name])
else:
text_objs[name] = shapes.Text(text_message)
elif 'remove' in standardized_message:
if 'shape' in standardized_message:
del shape_objs[name]
elif 'text' in standardized_message:
del text_objs[name]
elif 'draw' in standardized_message:
draw_objs.clear()
elif 'clear all objects' in message:
shape_objs.clear()
text_objs.clear()
draw_objs.clear()
elif 'connect' in standardized_message:
shape_idx = standardized_message.index('shape')
with_idx = standardized_message.index('with')
shape_1 = standardized_message[(shape_idx + 1)]
shape_2 = standardized_message[with_idx + 1]
if shape_1 and shape_2 in shape_objs.keys():
shape_objs[shape_1].shape_connections.append(shape_2)
elif 'draw mode' in standardized_message:
constants_dict['draw_mode'] = True
elif 'boxes' in standardized_message:
if 'on' in standardized_message:
constants_dict['draw_box'] = True
elif 'off' in standardized_message:
constants_dict['draw_box'] = False
elif 'resize' in standardized_message:
if 'on' in standardized_message:
constants_dict['resize'] = True
if 'off' in standardized_message:
constants_dict['resize'] = False
elif 'load total process' in message:
constants_dict['load_process'] = True
elif 'clear total process' in message:
constants_dict['load_process'] = False
return frame, shape_objs, text_objs, draw_objs, constants_dict
def __init__(self, colors, city):
frames.Frame.__init__(self, colors)
owmkey = open("owmkey", "r")
self.__owmApiCall = ('http://api.openweathermap.org/data/2.5/weather?id=' \
+ city + '&APPID=' + owmkey.read()).split()[0]
owmkey.close()
self.weatherLastUpdate = datetime.datetime.now()
titleRect = shapes.Rect((0, 0), (frames.WIDTH, frames.HEIGHT // 4),
"black", 0, 0)
sideTable = shapes.Table((0, frames.HEIGHT // 4), (frames.WIDTH // 3, frames.HEIGHT), \
"black", 255, 0, 2, 6)
mainRect = shapes.Rect((frames.WIDTH // 3, frames.HEIGHT // 4), \
(frames.WIDTH, (3 * frames.HEIGHT) // 4), "black", 255, 0)
bottomRect = shapes.Rect((frames.WIDTH // 3, (3 * frames.HEIGHT) // 4), \
(frames.WIDTH, frames.HEIGHT), "black", 255, 0)
city = shapes.Text('City', (frames.WIDTH // 2, 23), "black", 25, 255)
date = shapes.Text('Date: ', (frames.WIDTH // 2, 55), "black", 25, 255)
temp = shapes.Text('Temperature: ', (225, frames.HEIGHT // 4 + 30),
"black", 24, 0)
clouds = shapes.Text('Clouds: ', (200, 200), "black", 20, 0)
weather = shapes.Text('weatherDesc', (335, 200), "black", 20, 0)
weatherMain = shapes.Picture((frames.WIDTH - 160, frames.HEIGHT // 4 - 20), \
(frames.WIDTH, frames.HEIGHT // 4 + 160 - 20), \
"black", 0, 0, "OWM/10d_black", "OWM/10d_red")
tempSym = shapes.Picture((frames.WIDTH // 3, frames.HEIGHT // 4 + 10), \
(frames.WIDTH // 3 + 50, frames.HEIGHT // 4 + 50 + 10), \
"black", 0, 0, "Icons/temp_black", "Icons/temp_red")
# setup texts, last 6 are placeholders
sideTable.addShapes([shapes.Picture((0,0), (50,50), "black", 0, 0, \
"Icons/sunrise_black", "Icons/sunrise_red"), \
shapes.Picture((0, 0), (50, 50), "black", 0, 0, \
"Icons/sunset_black", "Icons/sunset_red"), \
shapes.Picture((0, 0), (50, 50), "black", 0, 0, \
"Icons/pressure_black", "Icons/pressure_red"), \
shapes.Picture((0, 0), (50, 50), "black", 0, 0, \
"Icons/humidity_black", "Icons/humidity_red"), \
shapes.Picture((0, 0), (50, 50), "black", 0, 0, \
"Icons/windspeed_black", "Icons/windspeed_red"), \
shapes.Picture((0, 0), (50, 50), "black", 0, 0, \
"Icons/winddir_black", "Icons/winddir_red"), \
shapes.Text('sunr', (0,0), "black", 16, 0), \
shapes.Text('suns', (0,0), "black", 16, 0), \
shapes.Text('press', (0,0), "black", 16, 0), \
shapes.Text('humid', (0,0), "black", 16, 0), \
shapes.Text('win', (0,0), "black", 16, 0), \
shapes.Text('n/a', (0,0), "black", 16, 0)])
sideTable.addBackground("black", 255, 255)
self.addShapes([titleRect, sideTable, mainRect, bottomRect, city, date, \
temp, clouds, weather, weatherMain, tempSym])
self.updateWeather()
def __init__(self, colors, programName):
frames.Frame.__init__(self, colors)
# plan: sqlite db with marking of last performed exercise, then fill
# with current tbd exercises for the week, swipe down for done
self.__programName = programName
titleRect = shapes.Rect((0, 0), (frames.WIDTH, frames.HEIGHT // 8),
"red", 0, 0)
titleText = shapes.Text("Big 6", titleRect.getCenter(), "red", 24, 255)
table = shapes.Table((0, frames.HEIGHT // 8 + 1), (frames.WIDTH - 1, frames.HEIGHT - 1), \
"black", 255, 0, 5, 6)
table.addShapes([shapes.Picture((0, 0), (39, 39), "black", 0, 0, \
"Training/squats_black", "Training/squats_red"), \
shapes.Picture((0, 0), (39, 39), "black", 0, 0, \
"Training/handstand_black", "Training/handstand_red"), \
shapes.Picture((0, 0), (39, 39), "black", 0, 0, \
"Training/legraise_black", "Training/legraise_red"), \
shapes.Picture((0, 0), (39, 39), "black", 0, 0, \
"Training/bridge_black", "Training/bridge_red"), \
shapes.Picture((0, 0), (39, 39), "black", 0, 0, \
"Training/pushups_black", "Training/pushups_red"), \
shapes.Picture((0, 0), (39, 39), "black", 0, 0, \
"Training/pullup_black", "Training/pullup_red") \
])
table.addShape(shapes.Text("1 floor", (0, 0), "black", 14, 0))
table.addShape(shapes.Text("1 head ", (0, 0), "black", 14, 0))
table.addShape(shapes.Text("1 tucks", (0, 0), "black", 14, 0))
table.addShape(shapes.Text("1 short", (0, 0), "black", 14, 0))
table.addShape(shapes.Text("1 wall ", (0, 0), "black", 14, 0))
table.addShape(shapes.Text("0 dbell", (0, 0), "black", 14, 0))
table.addShape(shapes.Text("25,25,25", (0, 0), "black", 14, 0))
table.addShape(shapes.Text("30 sec.", (0, 0), "black", 14, 0))
table.addShape(shapes.Text("12,12,7", (0, 0), "black", 14, 0))
table.addShape(shapes.Text("12,12,12", (0, 0), "black", 14, 0))
table.addShape(shapes.Text("15,10,0", (0, 0), "black", 14, 0))
table.addShape(shapes.Text("12,12,0", (0, 0), "black", 14, 0))
table.addShape(shapes.Text("30,30,30", (0, 0), "black", 14, 0))
table.addShape(shapes.Text("40 sec.", (0, 0), "black", 14, 0))
table.addShape(shapes.Text("14,14,10", (0, 0), "black", 14, 0))
table.addShape(shapes.Text("14,14,14", (0, 0), "black", 14, 0))
table.addShape(shapes.Text("15,15,0", (0, 0), "black", 14, 0))
table.addShape(shapes.Text("14,14,0", (0, 0), "black", 14, 0))
for i in range(0, 1):
table.addShape(shapes.Text("50,50,50", (0, 0), "red", 14, 0))
table.addShape(shapes.Text("2 min.", (0, 0), "red", 14, 0))
table.addShape(shapes.Text("40,40,40", (0, 0), "red", 14, 0))
table.addShape(shapes.Text("50,50,50", (0, 0), "red", 14, 0))
table.addShape(shapes.Text("50,50,50", (0, 0), "red", 14, 0))
table.addShape(shapes.Text("40,40,40", (0, 0), "red", 14, 0))
self.addShapes([titleRect, titleText, table])