def make_elixir_to_induce_euphoria():
'''
The Elixir to Induce Euphoria is a sunshine-yellow potion that induces
a sense of inexplicable, irrational happiness upon the drinker.
'''
cauldron = get_cauldron()
ingredients = get_ingredients("Elixir To Induce Euphoria")
# add the first ingredient into the cauldron
cauldron = add(cauldron, ingredients[0])
# add the second ingredient into the cauldron
cauldron = add(cauldron, ingredients[1])
# stir four times
cauldron = stir(cauldron, 4)
# add the third ingredient into the cauldron
cauldron = add(cauldron, ingredients[2])
# add the fourth ingredient into the cauldron
cauldron = add(cauldron, ingredients[3])
# add the fifth ingredient into the cauldron
cauldron = add(cauldron, ingredients[4])
# stir six times
cauldron = stir(cauldron, 6)
# render the cauldron into a potion (we did this for you!)
potion = render_potion(cauldron)
return potion
def make_elixir_to_induce_euphoria():
'''
The Elixir to Induce Euphoria is a sunshine-yellow potion that induces
a sense of inexplicable, irrational happiness upon the drinker.
'''
cauldron = get_cauldron()
ingredients = get_ingredients("Elixir To Induce Euphoria")
# add the first ingredient into the cauldron
cauldron = add(cauldron, ingredients[0])
# add the second ingredient into the cauldron
cauldron = add(cauldron, ingredients[1])
# stir four times
cauldron = stir(cauldron, 4)
# add the third ingredient into the cauldron
cauldron = add(cauldron, ingredients[2])
# add the fourth ingredient into the cauldron
cauldron = add(cauldron, ingredients[3])
# add the fifth ingredient into the cauldron
cauldron = add(cauldron, ingredients[4])
# stir six times
cauldron = stir(cauldron, 6)
# render the cauldron into a potion (we did this for you!)
potion = render_potion(cauldron)
return potion
def make_felix_felicis():
'''
Felix Felicis, also called "Liquid Luck", is a magical potion that makes
the drinker lucky for a period of time, during which everything they attempt
will be successful.
'''
cauldron = get_cauldron()
ingredients = get_ingredients("Felix Felicis")
# add the first ingredient into the cauldron
cauldron = add(cauldron, ingredients[0])
# add the second ingredient into the cauldron
cauldron = add(cauldron, ingredients[1])
# add the third ingredient into the cauldron
cauldron = add(cauldron, ingredients[2])
# stir 10 times
cauldron = stir(cauldron, 10)
# add the fourth ingredient into the cauldron
cauldron = add(cauldron, ingredients[3])
# add the fifth ingredient into the cauldron
cauldron = add(cauldron, ingredients[4])
# stir once
cauldron = stir(cauldron, 1)
# add the sixth ingredient into the cauldron
cauldron = add(cauldron, ingredients[5])
# stir once
cauldron = stir(cauldron,1)
# add the seventh ingredient into the cauldron
cauldron = add(cauldron, ingredients[6])
# stir 10 times
cauldron = stir(cauldron,10)
# say incantation
cauldron = say_incantation(cauldron)
# render the cauldron into a potion (we did this for you!)
potion = render_potion(cauldron)
return potion
def make_felix_felicis():
'''
Felix Felicis, also called "Liquid Luck", is a magical potion that makes
the drinker lucky for a period of time, during which everything they attempt
will be successful.
'''
cauldron = get_cauldron()
ingredients = get_ingredients("Felix Felicis")
# add the first ingredient into the cauldron
cauldron = add(cauldron, ingredients[0])
# add the second ingredient into the cauldron
cauldron = add(cauldron, ingredients[1])
# add the third ingredient into the cauldron
cauldron = add(cauldron, ingredients[2])
# stir 10 times
cauldron = stir(cauldron, 10)
# add the fourth ingredient into the cauldron
cauldron = add(cauldron, ingredients[3])
# add the fifth ingredient into the cauldron
cauldron = add(cauldron, ingredients[4])
# stir once
cauldron = stir(cauldron, 1)
# add the sixth ingredient into the cauldron
cauldron = add(cauldron, ingredients[5])
# stir once
cauldron = stir(cauldron, 1)
# add the seventh ingredient into the cauldron
cauldron = add(cauldron, ingredients[6])
# stir 10 times
cauldron = stir(cauldron, 10)
# say incantation
cauldron = say_incantation(cauldron)
# render the cauldron into a potion (we did this for you!)
potion = render_potion(cauldron)
return potion
def imperial_march(bar=-1, instrument='square'):
dur = 28
# set "instrument" (in this case, just an oscillator)
o_args = {'sample_rate': sample_rate}
if instrument is None or instrument == 'square':
o = oscil.Square
o_args['duty'] = 0.5
elif instrument == 'sawtooth':
o = oscil.Sawtooth
o_args['width'] = 1.0
else:
o = oscil.Sine
wf = bwf = functools.partial(o, **o_args)
# set up chords
silence = oscil.Flat(sample_rate)
Gm = mixer.add((wf(hz=D, vol=1/4),
wf(hz=Bb, vol=1/4),
wf(hz=G, vol=1/4),
bwf(hz=G/2, vol=1/4)))
Gm_low = mixer.add((wf(hz=D, vol=1/4),
wf(hz=Bb, vol=1/4),
wf(hz=G, vol=1/4),
bwf(hz=Eb/2, vol=1/4)))
Eb_m = mixer.add((wf(hz=Eb, vol=1/4),
wf(hz=Gb, vol=1/4),
wf(hz=Bb, vol=1/4),
bwf(hz=Eb/2, vol=1/4)))
Eb_m2 = mixer.add((wf(hz=Eb, vol=1/3),
wf(hz=Gb, vol=1/3),
wf(hz=Bb, vol=1/3)))
Gm2 = mixer.add((wf(hz=D*2, vol=1/3),
wf(hz=Bb*2, vol=1/3),
wf(hz=G*2, vol=1/3)))
# first two bars
if bar == -1 or bar == 1 or bar == 2:
for _ in range(3):
for _, a in zip(range(dur), Gm): yield a
for _, a in zip(range(int(dur/3)), silence): yield a
for _ in range(2):
for _, a in zip(range(dur), Eb_m): yield a
for _, a in zip(range(int(dur/2)), wf(hz=D*2, vol=1/3)): yield a
for _, a in zip(range(dur), Gm): yield a
for _, a in zip(range(int(dur/3)), silence): yield a
for _, a in zip(range(int(dur/3)), silence): yield a
for _, a in zip(range(int(dur/2)), wf(hz=G/2, vol=1/3)): yield a
if bar == -1 or bar == 3 or bar == 4:
# 3rd bar
for _ in range(3):
for _, a in zip(range(dur), Gm2): yield a
for _, a in zip(range(int(dur/3)), silence): yield a
for _, a in zip(range(dur), Eb_m2): yield a
#for _, a in zip(range(dur), Gm): yield a
for _, a in zip(range(int(dur/2)), wf(hz=D*2, vol=1/3)): yield a
# 4th bar
for _, a in zip(range(dur), Gm_low): yield a
for _, a in zip(range(int(dur/3)), silence): yield a
for _, a in zip(range(dur), Eb_m): yield a
for _, a in zip(range(int(dur/2)), wf(hz=D*2, vol=1/3)): yield a
for _, a in zip(range(dur), Gm): yield a