def RouteToMoves(robotDirection):
lastDirection = ""
for m in moveQue:
lastDirection = m.lastDirection
if m.Direction == moveQue[m.OrderNr-1].Direction:
m.Direction = 'F'
else:
for case in switch(0):
if case("D"):
m.Direction = "R" if m.Direction == "L" else "L"
break
if case("R"):
m.Direction = "L" if m.Direction == "U" else "R"
break
if case("L"):
m.Direction = "L" if m.Direction == "D" else "R"
break
for case in switch(lastDirection):
if case("D"):
newDirection = "B"
break
if case("U"):
newDirection = "F"
break
if case("R"):
newDirection = "L"
break
if case("L"):
newDirection = "R"
moveQue.append({
"OrderNr" : moveQue.__len__ + 1,
"Direction" : newDirection,
"Afstand" : 1
})
def move():
global x
global y
global STATE
global DIRECTION
global apple_color_r
global apple_color_g
global apple_color_b
global snake_color_r
global snake_color_g
global snake_color_b
x_new = x[len(x) - 1]
y_new = y[len(y) - 1]
# Get new Coordinates
for case in switch(DIRECTION):
if case(RIGHT):
x_new = x[len(x) - 1] + 1
break
if case(DOWN):
y_new = y[len(y) - 1] + 1
break
if case(LEFT):
x_new = x[len(x) - 1] - 1
break
if case(UP):
y_new = y[len(y) - 1] - 1
break
# Game Over Check - Self Eaten
for i in range(0, len(x) - 1):
if x[i] == x_new:
if y[i] == y_new:
STATE = RESTART
# Game Over Check - Boundry
if (x_new >= config.LED_COLUMN_COUNT or x_new < 0):
STATE = OVER
if (y_new >= config.LED_COUNT / config.LED_COLUMN_COUNT or y_new < 0):
STATE = RESTART
# Check if Apple got Eaten
if (apple[0] == x_new) and (apple[1] == y_new):
x.append(x_new)
y.append(y_new)
snake_color_r.append(apple_color_r)
snake_color_g.append(apple_color_g)
snake_color_b.append(apple_color_b)
newApple()
else:
for i in range(len(x) - 1):
x[i] = x[i + 1]
y[i] = y[i + 1]
x[len(x) - 1] = x_new
y[len(y) - 1] = y_new
def note_mods(y, z, notes, bpm):
out = ""
for case2 in switch(y):
if case2(0):
normal = mods.ScrollTween(notes, bpm, z)
out = normal.make_sb()
if case2(1):
tweenscroll = mods.ScrollTween(notes, bpm, z)
tweenscroll.tween_setup()
out = tweenscroll.make_sb()
if case2(2):
angle = mods.AngleScroll(notes, bpm, z)
out = angle.make_sb()
if case2(3):
split = mods.Split(notes, bpm, z)
out = split.make_sb()
if case2(4):
star = mods.Star(notes, bpm, z)
out = star.make_sb()
if case2(5):
wave = mods.VerticalWave(notes, bpm, z)
out = wave.make_sb()
if case2(6):
dwave = mods.DoubleWave(notes, bpm, z)
out = dwave.make_sb()
if case2(7):
hwave = mods.HorizontalWave(notes, bpm, z)
out = hwave.make_sb()
if case2(8):
spiral = mods.Spiral(notes, bpm, z)
out = spiral.make_sb()
if case2(9):
bounce = mods.Bounce(notes, bpm, z)
out = bounce.make_sb()
if case2(10):
axiswave = mods.DoubleAxisWave(notes, bpm, z)
out = axiswave.make_sb()
if case2(11):
visioncone = mods.VisionCone(notes, bpm, z)
out = visioncone.make_sb()
if case2(12):
tanz = mods.TangentZ(notes, bpm, z)
out = tanz.make_sb()
if case2(13):
clock = mods.Clock(notes, bpm, z)
out = clock.make_sb()
if case2(14):
wave2 = mods.StraightSineScroll(notes, bpm, z)
out = wave2.make_sb()
if case2(15):
d_scroll = mods.DoubleScroll(notes, bpm, z)
out = d_scroll.make_sb()
if case2(16):
vib = mods.Vibrate(notes, bpm, z)
out = vib.make_sb()
return out
def f(x):
out = None
for case in switch(x):
if case(0):
out = 0
if case(1):
out = 1
if case(2):
out = 2
return out
def sb_counters(y, notes):
out = ""
for case2 in switch(y):
if case2(0):
left = counters.LeftCounter(notes)
out = left.make_sb()
if case2(1):
right = counters.RightCounter(notes)
out = right.make_sb()
return out
def callmod2(x, y, z, notes, bpm):
out = ""
for case in switch(x):
if case(0):
out = sb_counters(y, notes)
if case(1):
out = note_mods(y, z, notes, bpm)
if case(2):
base = mods.TaikoBarBase()
out = base.make_sb()
return out
def f(x):
out = []
for case in switch(x, comp=re.match):
if case("foo_bar"):
out.append(0)
break
if case("foo_.*"):
out.append(1)
if case(".*_bar"):
out.append(2)
return out
def writelist(n):
for case in switch(n):
if case(0):
w = notecounters
if case(1):
w = scrollingtypes
if case(2):
w = notealterations
for x in range(len(w)):
print("{}.\t{}".format(x + 1, w[x]))
return w
def test_default_case():
default = False
with switch("Not found") as case:
with case(7):
assert False
with case.default:
default = True
assert default is True
def test_enter_default_case_if_first():
default = False
with switch(1) as case:
with case.default:
default = True
with case(1):
assert False
assert default == True
def test_thrown_exception():
exception = None
try:
with switch(10) as case:
with case(1):
assert False
with case(10):
raise Exception()
except Exception as e:
exception = e
assert type(exception) is Exception
def test_normal_switching():
with switch(3) as case:
with case(1):
assert False
with case(2):
assert False
with case(3):
assert True
with case.default:
assert False
def swcs(op): # Switch case do menu
os.system('cls')
print(m)
print()
for case in switch(op):
if case(1):
print("DFS: ")
dfs(m, vert_ini, vect, s, tam)
print()
return 0
if case(2):
print("BFS: ")
print()
bfs(m, vert_ini, vect, q, tam)
return 0
if case(3):
print("Fecho Transitivo Direto: ")
print()
direct = tranDir(m, tam, vect, vert_ini, s, vectDir, 1)
return direct
if case(4):
print("Fecho Transitivo Inverso: ")
print()
inv = tranInv(m, tam, vect, vert_ini, s, vectInv, 1)
return inv
if case(5):
while True:
ini = int(input('Selecione o vértice inicial(0 a {}): '.format((tam - 1))))
print()
if ini > (tam - 1):
print("Valor inválido!")
else:
break
return ini
if case(6):
connect(tam, vectDir, vectInv, vert_ini, vect);
return 0
if case(7):
print("FECHE A JANELA ANTES DE CONTINUAR!")
print()
drawGraph(tam, m)
return 0
if case(8):
return 1
else:
print("O valor selecionado é INVÁLIDO. Por favor selecione um número presente na lista! ")
print()
return 0
def test_switch_strings():
value = None
with switch("Hello") as case:
with case("Test"):
assert False
with case("Hello"):
value = "Hello"
with case("4"):
assert False
with case.default:
assert False
assert value == "Hello"
from switchcase import switch
dictionary = {"a": 10, "b": 10, "c": 5, "d": "correct", "e": "incorrect"}
switch(
dictionary, """a{
case c;
print("incorrect")
break
case b;
print(d)
break
}""")
def note_transform(n, transform_type, n_in, overlay=False):
out = ""
n_x = n.t - n_in
n_type = NoteType(n.note_type)
note_hs = Hitsound(n.hs)
# 0: None / 1: Abekobe / 2: Confusion / 3: Flashlight / 4: Not Abekobe / 5: Hidden / 6: Hidden+ (Colors only)
if note_hs.iskat():
# 2 3 4 5 6
for case in switch(transform_type):
if case(0) and not overlay:
out += " C,0,{},,100,160,255\n".format(n.t)
if case(1) and not overlay:
out += " C,0,{},,255,80,80\n".format(n.t)
if case(2) and not overlay:
n_x = int(n_x / 4)
red = random.randint(0, 255)
green = random.randint(0, 255)
blue = random.randint(0, 255)
out += " C,0,{},{},{},{},{},100,160,255\n".format(
n_in + n_x, n.t - n_x, red, green, blue)
if case(3) and not overlay:
n_x = int(n_x / 8)
out += " C,0,{},{},0,0,0,100,160,255\n".format(
n_in + 3 * n_x, n.t - 3 * n_x)
if case(4) and not overlay:
n_x = int(n_x / 8)
out += " C,0,{},{},255,80,80,100,160,255\n".format(
n_in + 4 * n_x, n.t - 2 * n_x)
if case(5):
n_x = int(n_x / 8)
if not overlay:
out += " C,0,{},,100,160,255\n".format(n_in)
out += " F,0,{},{},1,0\n".format(n_in + 3 * n_x, n.t - 3 * n_x)
if case(6) and not overlay:
n_x = int(n_x / 8)
out += " C,0,{},,100,160,255\n".format(n_in)
out += " F,0,{},{},1,0\n".format(n_in + 3 * n_x, n.t - 3 * n_x)
if case(7) and not overlay:
n_x = int(n_x / 8)
out += " C,0,{},{},100,160,255,128,128,128\n".format(
n_in + 4 * n_x, n.t - 2 * n_x)
if case(8) and not overlay:
out += " C,0,{},,155,95,0\n".format(n.t)
elif n_type.isslider():
# 2 3 5 6
for case in switch(transform_type):
if case(0) and not overlay:
out += " C,0,{},,255,200,0\n".format(n.t)
if case(1) and not overlay:
out += " C,0,{},,255,200,0\n".format(n.t)
if case(2) and not overlay:
n_x = int(n_x / 4)
red = random.randint(0, 255)
green = random.randint(0, 255)
blue = random.randint(0, 255)
out += " C,0,{},{},{},{},{},255,200,0\n".format(
n_in + n_x, n.t - n_x, red, green, blue)
if case(3) and not overlay:
n_x = int(n_x / 8)
out += " C,0,{},{},0,0,0,255,200,0\n".format(
n_in + 3 * n_x, n.t - 3 * n_x)
if case(4) and not overlay:
out += " C,0,{},,255,200,0\n".format(n.t)
if case(5):
n_x = int(n_x / 8)
if not overlay:
out += " C,0,{},,255,200,0\n".format(n.t)
out += " F,0,{},{},1,0\n".format(n_in + 3 * n_x, n.t - 3 * n_x)
if case(6) and not overlay:
n_x = int(n_x / 8)
out += " C,0,{},,255,200,0\n".format(n.t)
out += " F,0,{},{},1,0\n".format(n_in + 3 * n_x, n.t - 3 * n_x)
if case(7) and not overlay:
n_x = int(n_x / 8)
out += " C,0,{},{},255,200,0,128,128,128\n".format(
n_in + 4 * n_x, n.t - 2 * n_x)
if case(8) and not overlay:
out += " C,0,{},,0,55,255\n".format(n.t)
elif n_type.isspinner():
# 2 3 5 6
for case in switch(transform_type):
if case(0) and not overlay:
out += " C,0,{},,128,128,128\n".format(n.t)
if case(1) and not overlay:
out += " C,0,{},,128,128,128\n".format(n.t)
if case(2) and not overlay:
n_x = int(n_x / 4)
red = random.randint(0, 255)
green = random.randint(0, 255)
blue = random.randint(0, 255)
out += " C,0,{},{},{},{},{},128,128,128\n".format(
n_in + n_x, n.t - n_x, red, green, blue)
if case(3) and not overlay:
n_x = int(n_x / 8)
out += " C,0,{},{},0,0,0,128,128,128\n".format(
n_in + 3 * n_x, n.t - 3 * n_x)
if case(4) and not overlay:
out += " C,0,{},,128,128,128\n".format(n.t)
if case(5):
n_x = int(n_x / 8)
if not overlay:
out += " C,0,{},,128,128,128\n".format(n.t)
out += " F,0,{},{},1,0\n".format(n_in + 3 * n_x, n.t - 3 * n_x)
if case(6) and not overlay:
n_x = int(n_x / 8)
out += " C,0,{},,128,128,128\n".format(n_in)
out += " F,0,{},{},1,0\n".format(n_in + 3 * n_x, n.t - 3 * n_x)
if case(7) and not overlay:
n_x = int(n_x / 8)
out += " C,0,{},{},100,160,255,128,128,128\n".format(
n_in + 4 * n_x, n.t - 2 * n_x)
if case(8) and not overlay:
out += " C,0,{},,127,127,127\n".format(n.t)
else:
# 2 3 4 5 6
for case in switch(transform_type):
if case(0) and not overlay:
out += " C,0,{},,255,80,80\n".format(n.t)
if case(1) and not overlay:
out += " C,0,{},,100,160,255\n".format(n.t)
if case(2) and not overlay:
n_x = int(n_x / 4)
red = random.randint(0, 255)
green = random.randint(0, 255)
blue = random.randint(0, 255)
out += " C,0,{},{},{},{},{},255,80,80\n".format(
n_in + n_x, n.t - n_x, red, green, blue)
if case(3) and not overlay:
n_x = int(n_x / 8)
out += " C,0,{},{},0,0,0,255,80,80\n".format(
n_in + 3 * n_x, n.t - 3 * n_x)
if case(4) and not overlay:
n_x = int(n_x / 8)
out += " C,0,{},{},100,160,255,255,80,80\n".format(
n_in + 4 * n_x, n.t - 2 * n_x)
if case(5):
n_x = int(n_x / 8)
if not overlay:
out += " C,0,{},,255,80,80\n".format(n_in)
out += " F,0,{},{},1,0\n".format(n_in + 3 * n_x, n.t - 3 * n_x)
if case(6) and not overlay:
n_x = int(n_x / 8)
out += " C,0,{},,255,80,80\n".format(n_in)
out += " F,0,{},{},1,0\n".format(n_in + 3 * n_x, n.t - 3 * n_x)
if case(7) and not overlay:
n_x = int(n_x / 8)
out += " C,0,{},{},255,80,80,128,128,128\n".format(
n_in + 4 * n_x, n.t - 2 * n_x)
if case(8) and not overlay:
out += " C,0,{},,0,175,175\n".format(n.t)
return out
def setNumber(strip, offset_x, offset_y, Number, farbe):
for case in switch(Number):
if case(0):
setPixel(strip, 1 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 2 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 3 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 4 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 5 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 6 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 7 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 8 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 1 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 2 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 3 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 4 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 5 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 6 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 7 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 8 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 1 + offset_x, 2 + offset_y, farbe)
setPixel(strip, 8 + offset_x, 2 + offset_y, farbe)
break
if case(1):
setPixel(strip, 1 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 2 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 3 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 4 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 5 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 6 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 7 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 8 + offset_x, 3 + offset_y, farbe)
break
if case(2):
setPixel(strip, 1 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 1 + offset_x, 2 + offset_y, farbe)
setPixel(strip, 1 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 2 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 3 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 4 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 4 + offset_x, 2 + offset_y, farbe)
setPixel(strip, 4 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 5 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 6 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 7 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 8 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 8 + offset_x, 2 + offset_y, farbe)
setPixel(strip, 8 + offset_x, 3 + offset_y, farbe)
break
if case(3):
setPixel(strip, 1 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 1 + offset_x, 2 + offset_y, farbe)
setPixel(strip, 1 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 2 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 3 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 4 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 5 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 6 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 7 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 8 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 4 + offset_x, 2 + offset_y, farbe)
setPixel(strip, 4 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 8 + offset_x, 2 + offset_y, farbe)
setPixel(strip, 8 + offset_x, 1 + offset_y, farbe)
break
if case(4):
setPixel(strip, 1 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 2 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 3 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 4 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 5 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 6 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 7 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 8 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 1 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 2 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 3 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 4 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 4 + offset_x, 2 + offset_y, farbe)
break
if case(5):
setPixel(strip, 1 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 1 + offset_x, 2 + offset_y, farbe)
setPixel(strip, 1 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 2 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 3 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 4 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 4 + offset_x, 2 + offset_y, farbe)
setPixel(strip, 4 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 5 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 6 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 7 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 8 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 8 + offset_x, 2 + offset_y, farbe)
setPixel(strip, 8 + offset_x, 1 + offset_y, farbe)
break
if case(6):
setPixel(strip, 1 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 1 + offset_x, 2 + offset_y, farbe)
setPixel(strip, 1 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 2 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 3 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 4 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 5 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 5 + offset_x, 2 + offset_y, farbe)
setPixel(strip, 5 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 6 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 7 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 8 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 8 + offset_x, 2 + offset_y, farbe)
setPixel(strip, 8 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 7 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 6 + offset_x, 3 + offset_y, farbe)
break
if case(7):
setPixel(strip, 1 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 1 + offset_x, 2 + offset_y, farbe)
setPixel(strip, 1 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 2 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 3 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 4 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 5 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 6 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 7 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 8 + offset_x, 3 + offset_y, farbe)
break
if case(8):
setPixel(strip, 1 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 1 + offset_x, 2 + offset_y, farbe)
setPixel(strip, 1 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 2 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 3 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 4 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 5 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 4 + offset_x, 2 + offset_y, farbe)
setPixel(strip, 5 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 6 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 7 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 8 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 8 + offset_x, 2 + offset_y, farbe)
setPixel(strip, 8 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 7 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 6 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 2 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 3 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 4 + offset_x, 3 + offset_y, farbe)
break
if case(9):
setPixel(strip, 1 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 1 + offset_x, 2 + offset_y, farbe)
setPixel(strip, 1 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 2 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 3 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 4 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 4 + offset_x, 2 + offset_y, farbe)
setPixel(strip, 5 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 8 + offset_x, 1 + offset_y, farbe)
setPixel(strip, 8 + offset_x, 2 + offset_y, farbe)
setPixel(strip, 8 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 7 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 6 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 2 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 3 + offset_x, 3 + offset_y, farbe)
setPixel(strip, 4 + offset_x, 3 + offset_y, farbe)
break
if case(10): #Doppelpunkte
setPixel(strip, 3 + offset_x, 9 + offset_y, farbe)
setPixel(strip, 3 + offset_x, 10 + offset_y, farbe)
setPixel(strip, 5 + offset_x, 9 + offset_y, farbe)
setPixel(strip, 5 + offset_x, 10 + offset_y, farbe)
def showStopWatch(strip, parameters):
#löschen
clearPixelBuffer(strip)
RUNNING = 0
STOPPED = 1
END = 2
STATE = RUNNING
ziffer_1 = 0
ziffer_2 = 0
ziffer_3 = 0
ziffer_4 = 0
ziffer_5 = 0
ziffer_6 = 0
compare_ziffer_1 = 5
compare_ziffer_2 = 9
compare_ziffer_3 = 0
compare_ziffer_4 = 0
compare_ziffer_5 = 0
compare_ziffer_6 = 0
setNumber(strip, 0, 0, 10, parameters[1])
setNumber(strip, 0, 0, ziffer_1, parameters[1])
setNumber(strip, 0, 4, ziffer_2, parameters[1])
setNumber(strip, 0, 11, ziffer_3, parameters[1])
setNumber(strip, 0, 15, ziffer_4, parameters[1])
compare_sekunde = 0
while ((STATE == RUNNING) or (STATE == STOPPED)):
for case in switch(STATE):
if case(RUNNING):
#time.sleep(1)
sekunde = int(time.strftime("%S")) - 10 * getNumberOne(
int(time.strftime("%S")))
if (compare_sekunde != sekunde):
compare_sekunde = sekunde
if (ziffer_6 < 9):
ziffer_6 = ziffer_6 + 1
elif (ziffer_6 == 9):
ziffer_6 = 0
if (ziffer_5 < 5):
ziffer_5 = ziffer_5 + 1
elif (ziffer_5 == 5):
ziffer_5 = 0
if (ziffer_4 < 9):
ziffer_4 = ziffer_4 + 1
elif (ziffer_4 == 9):
ziffer_4 = 0
if (ziffer_3 < 5):
ziffer_3 = ziffer_3 + 1
elif (ziffer_3 == 5):
ziffer_3 = 0
if (ziffer_2 < 9):
ziffer_2 = ziffer_2 + 1
elif (ziffer_2 == 9):
ziffer_2 = 0
if (ziffer_1 < 9):
ziffer_1 = ziffer_1 + 1
else:
break
if ((ziffer_1 == 0) and (ziffer_2 == 0)):
setNumber(strip, 0, 0, 10, parameters[1])
if (compare_ziffer_3 != ziffer_3):
setNumber(strip, 0, 0, compare_ziffer_3, "000000")
setNumber(strip, 0, 0, ziffer_3, parameters[1])
compare_ziffer_3 = ziffer_3
if (compare_ziffer_4 != ziffer_4):
setNumber(strip, 0, 4, compare_ziffer_4, "000000")
setNumber(strip, 0, 4, ziffer_4, parameters[1])
compare_ziffer_4 = ziffer_4
if (compare_ziffer_5 != ziffer_5):
setNumber(strip, 0, 11, compare_ziffer_5, "000000")
setNumber(strip, 0, 11, ziffer_5, parameters[1])
compare_ziffer_5 = ziffer_5
if (compare_ziffer_6 != ziffer_6):
setNumber(strip, 0, 15, compare_ziffer_6, "000000")
setNumber(strip, 0, 15, ziffer_6, parameters[1])
compare_ziffer_6 = ziffer_6
else:
setNumber(strip, 0, 0, 10, parameters[1])
if (compare_ziffer_1 != ziffer_1):
setNumber(strip, 0, 0, compare_ziffer_1, "000000")
setNumber(strip, 0, 0, ziffer_1, parameters[1])
compare_ziffer_1 = ziffer_1
if (compare_ziffer_2 != ziffer_2):
setNumber(strip, 0, 4, compare_ziffer_2, "000000")
setNumber(strip, 0, 4, ziffer_2, parameters[1])
compare_ziffer_2 = ziffer_2
if (compare_ziffer_3 != ziffer_3):
setNumber(strip, 0, 11, compare_ziffer_3, "000000")
setNumber(strip, 0, 11, ziffer_3, parameters[1])
compare_ziffer_3 = ziffer_3
if (compare_ziffer_4 != ziffer_4):
setNumber(strip, 0, 15, compare_ziffer_4, "000000")
setNumber(strip, 0, 15, ziffer_4, parameters[1])
compare_ziffer_4 = ziffer_4
if (int(CommandsAvailable()) > 1):
delLastCommand()
command = getCommand()
if command[0] == "setStopwatch":
STATE = RUNNING
elif command[0] == "resetStopwatch":
clearPixelBuffer(strip)
setNumber(strip, 0, 0, 0, parameters[1])
setNumber(strip, 0, 4, 0, parameters[1])
setNumber(strip, 0, 11, 0, parameters[1])
setNumber(strip, 0, 15, 0, parameters[1])
ziffer_1 = 0
ziffer_2 = 0
ziffer_3 = 0
ziffer_4 = 0
ziffer_5 = 0
ziffer_6 = 0
compare_ziffer_1 = 0
compare_ziffer_2 = 0
compare_ziffer_3 = 0
compare_ziffer_4 = 0
compare_ziffer_5 = 0
compare_ziffer_6 = 0
elif command[0] == "stopStopwatch":
STATE = STOPPED
else:
STATE = END
break
if case(STOPPED):
if (int(CommandsAvailable()) > 1):
delLastCommand()
command = getCommand()
if command[0] == "setStopwatch":
STATE = RUNNING
elif command[0] == "resetStopwatch":
clearPixelBuffer(strip)
setNumber(strip, 0, 0, 0, parameters[1])
setNumber(strip, 0, 4, 0, parameters[1])
setNumber(strip, 0, 11, 0, parameters[1])
setNumber(strip, 0, 15, 0, parameters[1])
ziffer_1 = 0
ziffer_2 = 0
ziffer_3 = 0
ziffer_4 = 0
ziffer_5 = 0
ziffer_6 = 0
compare_ziffer_1 = 0
compare_ziffer_2 = 0
compare_ziffer_3 = 0
compare_ziffer_4 = 0
compare_ziffer_5 = 0
compare_ziffer_6 = 0
elif command[0] == "stopStopwatch":
pass
else:
STATE = END
break
