def step(self, value: Number, direction: str) -> StepperOutput:
value = self.min_max.clip(value)
max_ = self.min_max.max
min_ = self.min_max.min
step = (max_ - min_) / self.steps
new_value = value + Stepper.apply_sign(step, direction)
new_value = round(new_value, 3)
if self.min_max.is_between(new_value):
return StepperOutput(new_value, next_direction=direction)
else:
new_value = self.min_max.clip(new_value)
return StepperOutput(new_value, next_direction=None)
def step(self, value: Number, direction: str) -> StepperOutput:
value = self.min_max.clip(value)
sign = Stepper.sign(direction)
max_ = self.min_max.max
min_ = self.min_max.min
step = (max_ - min_) / self.steps
new_value = value + sign * step
if self.min_max.is_between(new_value):
return StepperOutput(round(new_value, 3), next_direction=direction)
else:
new_value = 2 * self.min_max.clip(new_value) - new_value
return StepperOutput(
round(new_value, 3),
next_direction=Stepper.invert_direction(direction))
def step(self, value: Number, direction: str) -> StepperOutput:
value = self.min_max.clip(value)
sign = self.sign(direction)
# We add +1 to make the max be included
max_ = int(self.min_max.max) + 1
min_ = int(self.min_max.min)
step = (max_ - min_) // self.steps
new_value = (int(value) + step * sign) % (max_ - min_) + min_
return StepperOutput(new_value, next_direction=direction)
def step(self, value: Number, direction: str) -> StepperOutput:
value = self.min_max.clip(value)
# We add +1 to include `max`
max_ = self.min_max.max
min_ = self.min_max.min
step = (max_ - min_) / self.steps
new_value = (((value + Stepper.apply_sign(step, direction)) - min_) %
(max_ - min_)) + min_
new_value = round(new_value, 3)
return StepperOutput(new_value, next_direction=direction)