def get_exercise(self, quantity: int) -> exercise.Exercise:
random_steps = []
random_degrees = degree.Degree().get_random_degrees(quantity)
random_scales_1 = mode.Mode().get_random_modes(quantity, with_note=False)
random_scales_2 = mode.Mode().get_random_modes(quantity, with_note=False)
for i in range(quantity):
random_step = exercise_step.ExerciseStep(random_scales_1[i][:3] + " " + str(random_degrees[i]) + " = " + random_scales_2[i][:3] + " ?", "follow by playing on fretboard")
random_steps.append(random_step)
output = exercise.Exercise(self._TITLE, self._SUBTITLE, random_steps)
return output
def get_exercise(self, quantity: int) -> exercise.Exercise:
degree_obj = degree.Degree()
mode_obj = mode.Mode()
random_steps = []
for step_index in range(0, quantity):
mode_text = mode_obj.get_random_mode() + " " + self._get_direction(
)
step_text = ""
while True:
degree_count = random.randint(2, 4)
degrees = degree_obj.get_random_degrees(degree_count,
limit_octave=True)
if not (
(degree_count == 2 and degrees[0] == degrees[1]) or
(degree_count == 2 and abs(degrees[1] - degrees[0]) == 1)):
break
for deg in degrees:
if step_text != "":
step_text += ", "
step_text += str(deg)
random_step = exercise_step.ExerciseStep(mode_text,
sub_text=step_text)
random_steps.append(random_step)
output = exercise.Exercise(self._TITLE, self._SUBTITLE, random_steps)
return output
def get_exercise(self, quantity: int) -> exercise.Exercise:
random_steps = []
random_modes = mode.Mode().get_random_modes(quantity)
for random_mode in random_modes:
random_step = exercise_step.ExerciseStep(
random_mode,
super(ScaleOfMode, self).get_random_position_suggestion_text())
random_steps.append(random_step)
output = exercise.Exercise(self._TITLE, self._SUBTITLE, random_steps)
return output
def get_exercise(self, quantity: int, guitar: dict) -> exercise.Exercise:
""" Returns anchor note exercise """
if guitar["kind"] != "instrument":
return None
random_steps = []
i = random.randint(0, 1)
if i == 0:
random_steps.append(exercise_step.ExerciseStep("random song"))
else:
for random_note in note.Note().get_random_notes(quantity):
context_count = random.randint(1, 5)
context_type = random.randint(0, 2)
if context_type == 0:
stuff = chord.Chord().get_random_chords(context_count)
elif context_type == 1:
stuff = mode.Mode().get_random_modes(context_count)
else:
stuff = scale.Scale().get_random_scales(context_count)
stuff_txt = ""
for stuff_char in stuff:
if stuff_txt != "":
stuff_txt += " | "
stuff_txt += stuff_char
random_step = exercise_step.ExerciseStep(
random_note, stuff_txt)
random_steps.append(random_step)
output = exercise.Exercise(self._TITLE,
self._SUBTITLE,
random_steps,
practice_category=self.category)
return output
def get_exercise(self, quantity: int, guitar: dict) -> exercise.Exercise:
""" Returns random interval exercises """
if guitar["kind"] != "instrument":
return None
degree_obj = degree.Degree()
mode_obj = mode.Mode()
random_steps = []
for step_index in range(0, quantity): # pylint: disable=W0612
mode_text = f"{mode_obj.get_random_mode()} {self._get_direction()}"
step_text = ""
while True:
degree_count = 2
degrees = degree_obj.get_random_degrees(degree_count,
limit_octave=True)
if not (
(degree_count == 2 and degrees[0] == degrees[1]) or
(degree_count == 2 and abs(degrees[1] - degrees[0]) == 1)):
break
for deg in degrees:
if step_text != "":
step_text += ", "
step_text += str(deg)
random_step = exercise_step.ExerciseStep(mode_text,
sub_text=step_text)
random_steps.append(random_step)
output = exercise.Exercise(self._TITLE,
self._SUBTITLE,
random_steps,
practice_category=self.category)
return output
def get_exercise(self, quantity: int) -> exercise.Exercise:
# ---Preparation-----
random_steps = []
position_obj = position.Position()
# ---Build random list-----
random_chords = chord.Chord().get_random_chords(quantity)
quantity_left = quantity - len(random_chords)
if quantity_left > 0:
random_modes = mode.Mode().get_random_modes(quantity_left)
random_stuff = []
for i in range(len(random_chords)):
random_stuff.append(random_chords[i])
try:
for i in range(len(random_modes)):
random_stuff.append(random_modes[i])
except:
pass
# ---Build return list-----
for random_arp in random_stuff:
suggested_position = position_obj.get_random_position()
random_step = exercise_step.ExerciseStep(
random_arp, "Suggested position: " + str(suggested_position))
random_steps.append(random_step)
output = exercise.Exercise(self._TITLE, self._SUBTITLE, random_steps)
return output