def draw(self, ui, d):
weather = ui.forecast.weather
bitmap = ui.bitmap(1, weather.icon)
ui.canvas.bitmap(Vect(5, 0), bitmap)
if weather.rain > 0:
ui.text(10, '{:.1f} mm/h'.format(weather.rain),
Vect(2, self.dim.y - 14), BLACK, WHITE)
def draw(self, ui, d):
ui.canvas.hline(Vect(10, 0), ui.canvas.dim.x - 20)
ui.connection.ifconfig
ui.text(10, 'Confugurator URL:', Vect(15, 50))
ui.text(10, self.url, Vect(45, 65))
ui.text(10, 'VBAT {:.2f} V'.format(battery.voltage),
Vect(0, self.dim.y - 10))
def drawWindSpeed(w, c):
ui.canvas.line(Vect(int(d.real), int(d.imag)),
Vect(int(d1.real), int(d1.imag)), c, w)
for i in range(int(weather.speed / 2.5)):
rr = r - rescale(7) * (i // 2) - rescale(5)
l = rescale(15 + 10 * (i % 2))
b = rect(rr, (weather.dir - 90) * pi / 180) + o
e = rect(l, (weather.dir - 30) * pi / 180) + b
ui.canvas.line(Vect(int(b.real), int(b.imag)),
Vect(int(e.real), int(e.imag)), c, w)
def draw(self, ui, d):
t = ui.forecast.weather.temp
if t >= temp.outdoor_high:
hl = YELLOW
else:
hl = None
ui.text(50, '{:.1f}'.format(t), Vect(21, -5), BLACK, hl, 3)
bitmap = ui.bitmap(1, 'out')
ui.canvas.bitmap(Vect(0, 30), bitmap)
def draw(self, ui, d):
t = ui.forecast.home.temp
hl = None
if not None == t:
if t >= temp.indoor_high:
hl = YELLOW
t = '{:.1f}'.format(t)
else:
t = '--'
ui.text(50, t, Vect(21, -5), BLACK, hl, 3)
bitmap = ui.bitmap(1, 'in')
ui.canvas.bitmap(Vect(0, 30), bitmap)
def draw(self, ui, d):
forecast = ui.forecast.forecast
cnt = len(forecast)
for i in reversed(range(cnt)):
x = ui.canvas.dim.x * i // (cnt + 1) + 5
y = (i % 2) * -7 + 10
drawWind(ui, Vect(x, y), forecast[i], 4, True)
def draw(self, ui, d):
from uqr import QRCode
qr = QRCode()
qr.add_data(self.txt)
matrix = qr.get_matrix()
for y in range(matrix[1]):
for x in range(matrix[1]):
ui.canvas.fill_rect(Vect(x * 3, y * 3),
Vect( 3, 3),
BLACK if matrix[0].pixel(x, y) else WHITE)
l = matrix[1] * 3
if self.above:
ui.text_center(10, self.lbl, Vect(l // 2, -12))
else:
ui.text_center(10, self.lbl, Vect(l // 2, l))
def draw(self, ui, d):
# Pre-calculates some range values and draw icons bar
forecast = ui.forecast.forecast
cnt = len(forecast)
block = ui.canvas.dim.x / cnt
temp_max = -273.0
temp_min = 273.0
for i in range(cnt):
x1 = ui.canvas.dim.x * i // (cnt + 1)
weather = forecast[i]
temp_max = max(weather.temp, weather.feel, temp_max)
temp_min = min(weather.temp, weather.feel, temp_min)
chart_space = const(30)
chart_min = const(chart_space // 2)
chart_max = self.dim.y - chart_space
k_temp = (chart_max - chart_min) / (temp_max - temp_min)
# Get chart position according to temperature
def chart_y(temp):
return int(chart_max - (temp - temp_min) * k_temp)
for i in range(cnt):
cmax = cnt - 1
x1 = int(block * i)
# Calculate and type peaks
if (i > 0) and (i < cmax):
# Draw temperature text
f = (forecast[i - 1], forecast[i], forecast[i + 1])
if (f[0].temp < f[1].temp) and (f[1].temp > f[2].temp):
ui.text_center(16, '{:.0f}°C'.format(f[1].temp),
Vect(x1,
chart_y(f[1].temp) - 20), BLACK, WHITE)
if (f[0].temp > f[1].temp) and (f[1].temp < f[2].temp):
ui.text_center(16, '{:.0f}°C'.format(f[1].temp),
Vect(x1,
chart_y(f[1].temp) + 4), BLACK, WHITE)
def chart_draw(self, ui, w, c, th=None, tl=None):
forecast = ui.forecast.forecast
cnt = len(forecast)
for i1 in range(cnt):
if i1 > 0:
x1 = int(self.block * i1)
x2 = int(x1 - self.block)
i2 = i1 - 1
f1 = forecast[i1].feel
f2 = forecast[i2].feel
if (th is None):
v1 = Vect(x1, self.chart_y(f1))
v2 = Vect(x2, self.chart_y(f2))
ui.canvas.line(v1, v2, c, w)
if (th is None) or (f1 > th) or (f2 > th) or (f1 < tl) or (f2 <
tl):
v1 = Vect(x1, self.chart_y(forecast[i1].temp))
v2 = Vect(x2, self.chart_y(forecast[i2].temp))
ui.canvas.line(v1, v2, c, w * 2)
def draw(self, ui, d):
# Pre-calculates some range values and draw icons bar
forecast = ui.forecast.forecast
cnt = len(forecast)
cmax = cnt - 1
block = ui.canvas.dim.x / cnt
ui.canvas.hline(Vect(0, self.dim.y - 1), self.dim.x - 1, BLACK)
for i in range(cnt):
xx = int(block * i)
weather = forecast[i]
dt = ui.forecast.time.get_date_time(weather.dt)
# Draw rain chart
p = max(weather.rain, weather.snow)
if weather.rain > 0 or weather.snow > 0:
r = int(p * 12)
_ = self.dim.y // 4
for h in (_, _ * 2, _ * 3):
if r > h:
r = h + (r - h) // 2
v = Vect(xx - int(block // 2) + 1, self.dim.y - r - 1)
d = Vect(int(block) - 2, r)
if weather.rain > 0:
ui.canvas.trect(v, d, BLACK)
else:
ui.canvas.fill_rect(v, d, YELLOW)
ui.canvas.rect( v, d, BLACK)
# Type rain text
if (i > 0) and (i < cmax):
f0 = forecast[i - 1]
f1 = forecast[i + 1]
if (max(f0.rain, f0.snow) < p) and (p > max(f1.rain, f1.snow)):
ui.text_center(10, '%.1f' % p, Vect(xx, self.dim.y - 2), BLACK, WHITE)
def drawArrow(r, c, w):
if weather.speed < 5:
r = r * 2 // 3
elif weather.speed > 7:
w += 1
d1 = d2 + rect(r * 2, (weather.dir - 75) * pi / 180)
ui.canvas.line(Vect(int(d1.real), int(d1.imag)),
Vect(int(d2.real), int(d2.imag)), c, w)
ui.canvas.line(Vect(int(d1.real), int(d1.imag)),
Vect(int(o.real), int(o.imag)), c, w)
d1 = d2 + rect(r * 2, (weather.dir - 105) * pi / 180)
ui.canvas.line(Vect(int(d1.real), int(d1.imag)),
Vect(int(d2.real), int(d2.imag)), c, w)
ui.canvas.line(Vect(int(d1.real), int(d1.imag)),
Vect(int(o.real), int(o.imag)), c, w)
def draw(self, ui, d):
# Pre-calculates some range values and draw icons bar
rows_cnt = const(2)
forecast = ui.forecast.forecast
cnt = len(forecast)
h_icons = self.dim.y // rows_cnt
icon = {}
for i in range(cnt):
xx = ui.canvas.dim.x * i // (cnt + 1)
id = forecast[i].icon
try:
bitmap = icon[id]
except KeyError:
bitmap = ui.bitmap(5, id)
icon[id] = bitmap
ui.canvas.bitmap(Vect(xx, i % rows_cnt * h_icons), bitmap)
def draw(self, ui, d):
# Draw wind
weather = ui.forecast.weather
drawWind(ui, Vect(260, 35), weather)
# Type celsius symbol
ui.text(50, '°C', Vect(111, -5))
# Type humidity
t = '{:.0f}'.format(weather.rh)
ui.text(25, t, Vect(175, 18))
l = ui.textLength(25, t) + 6
ui.text(10, '%', Vect(175 + l, 31))
# Type wind speed
ui.text(25, '{:.1f}'.format(weather.speed), Vect(175, -5))
ui.text(10, 'm/s', Vect(175 + l, 8))
return l
def draw(self, ui, args):
tab, connection = args
# Type celsius symbol
ui.text(50, '°C', Vect(111, -5))
# Type humidity
if None == ui.forecast.home.rh:
t = '--'
else:
t = '{:.0f}'.format(ui.forecast.home.rh)
ui.text(25, t, Vect(175, 0))
ui.text(10, '%', Vect(175 + tab, 11))
# Type weather details
ui.text_right(10, ui.forecast.descr, Vect(self.dim.x, 15))
ui.text_right(10, location[connection.config.location].name,
Vect(self.dim.x, 35))
dt = ui.forecast.time.get_date_time(ui.forecast.weather.dt)
ui.text_right(
10, '{:d}.{:d}.{:d} {:d}:{:02d}'.format(dt[2], dt[1], dt[0],
dt[3], dt[4]),
Vect(self.dim.x, 25))
def draw(self, ui, volt):
from config import vbat
w = self.dim.x
h = self.dim.y
p = min(max((volt - vbat.low_voltage) / (4.2 - vbat.low_voltage), 0), 1)
l = int(p * w)
if p < 0.2:
ui.canvas.fill_rect(Vect(-6, -13), Vect(w + 16, h + 18), YELLOW)
else:
ui.canvas.fill_rect(Vect(-4, -11), Vect(w + 9, h + 14), WHITE)
ui.canvas.rect(Vect(0, 0), Vect(w + 3, h))
ui.canvas.fill_rect(Vect(-3, h // 2 - 2), Vect(3, 5))
ui.canvas.fill_rect(Vect(1 + w - l, 2), Vect(l, h - 4))
if vbat.show_voltage:
ui.text_center(10, '{:.2}V'.format(volt), Vect(w // 2 + 2, -12))
else:
ui.text_center(10, '{:.0%}'.format(p), Vect(w // 2 + 2, -12))
if (volt < vbat.low_voltage):
ui.canvas.line(Vect(0,0), self.dim, YELLOW, w = 6)
ui.canvas.line(Vect(0,0), self.dim, BLACK, w = 2)
def draw(self, ui, title):
if title:
from lang import day_of_week
forecast = ui.forecast.forecast
cnt = len(forecast)
block = ui.canvas.dim.x / cnt
h_space = const(4)
if cfg.variant == VARIANT_2DAYS:
hpi = 1
dblock = int(block * 24)
else:
hpi = 3
dblock = int(block * 8)
# Draw upper horizontal lines
if title:
ui.canvas.hline(Vect(0, 0), self.dim.x - 1, BLACK)
# Find time raleted to next day
week_day = ui.forecast.time.get_date_time(forecast[0].dt)[6]
for i in forecast:
dt = ui.forecast.time.get_date_time(i.dt)
if not week_day == dt[6]:
dh = dt[3]
break
# Draw all items related to forecast
for i in range(cnt):
xx = int(block * i)
weather = forecast[i]
dt = ui.forecast.time.get_date_time(weather.dt)
hour = dt[3] - dh
# Draw separators
if title and ((dt[6] == 5) or (dt[6] == 6)):
if 0 == i:
ui.canvas.trect(
Vect(int(xx - dt[3] // hpi * hpi * block / hpi), 1),
Vect(dblock, 4), BLACK)
if 0 == hour:
ui.canvas.trect(Vect(xx, 1), Vect(dblock, 4), BLACK)
if 0 == hour:
if (dt[6] == 5) or (dt[6] == 0):
ui.canvas.vline(Vect(xx + 1, 0), self.dim.y - 10 + h_space,
BLACK)
ui.canvas.vline(Vect(xx, 0), self.dim.y - 10 + h_space, BLACK)
if title:
# Draw hours text
if hour % 6 == 0:
ui.text_center(10, str(hour),
Vect(xx, self.dim.y // 2 + h_space + 6))
# Draw day of week text
if (hour + 12) % 24 == 0:
ui.text_center(16, day_of_week[dt[6]], Vect(xx, h_space))
def draw(self, ui, d):
ui.text(10, 'SSID:', Vect(0, 5))
ui.text(10, self.hotspot.ssid, Vect(30, 20))
ui.text(10, 'Password:', Vect(0, 35))
ui.text(10, self.hotspot.passwd, Vect(30, 50))
def drawWind(ui, pos, weather, scale=16, arrow=False):
def rescale(v):
return v * scale // 16
if weather.speed < 2.5:
ui.canvas.fill_rect(
Vect(rescale(-2), rescale(-2)) + pos, Vect(rescale(4), rescale(4)),
BLACK)
return
from cmath import rect, pi
r = rescale(30)
o = pos.x + pos.y * 1j
d = rect(r, (weather.dir - 90) * pi / 180)
d2 = o - d
def drawArrow(r, c, w):
if weather.speed < 5:
r = r * 2 // 3
elif weather.speed > 7:
w += 1
d1 = d2 + rect(r * 2, (weather.dir - 75) * pi / 180)
ui.canvas.line(Vect(int(d1.real), int(d1.imag)),
Vect(int(d2.real), int(d2.imag)), c, w)
ui.canvas.line(Vect(int(d1.real), int(d1.imag)),
Vect(int(o.real), int(o.imag)), c, w)
d1 = d2 + rect(r * 2, (weather.dir - 105) * pi / 180)
ui.canvas.line(Vect(int(d1.real), int(d1.imag)),
Vect(int(d2.real), int(d2.imag)), c, w)
ui.canvas.line(Vect(int(d1.real), int(d1.imag)),
Vect(int(o.real), int(o.imag)), c, w)
if weather.speed > 10:
c = YELLOW
else:
c = WHITE
if weather.speed > 16:
w = 6
else:
w = 3
drawArrow(r, c, w)
drawArrow(r, BLACK, 1)
if not arrow:
d1 = o - 0.4 * d
d = o + d
def drawWindSpeed(w, c):
ui.canvas.line(Vect(int(d.real), int(d.imag)),
Vect(int(d1.real), int(d1.imag)), c, w)
for i in range(int(weather.speed / 2.5)):
rr = r - rescale(7) * (i // 2) - rescale(5)
l = rescale(15 + 10 * (i % 2))
b = rect(rr, (weather.dir - 90) * pi / 180) + o
e = rect(l, (weather.dir - 30) * pi / 180) + b
ui.canvas.line(Vect(int(b.real), int(b.imag)),
Vect(int(e.real), int(e.imag)), c, w)
w = rescale(2) + 1
drawWindSpeed(w + 1, WHITE)
drawWindSpeed(w, BLACK)