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@@ -193,18 +193,14 @@ impl Tube {
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if (self.cycle.is_none() && !cycle_cmd) || cycle_cmd {
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// Fade out all digits
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for digit in 0..NUM_DIGITS {
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- if self.digits[digit].value != DIGIT_MIN_BRIGHTNESS {
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- self.digits[digit].state = State::Decrementing;
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- self.digits[digit].fade_duration = Some(fade_duration);
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- }
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+ self.digits[digit].state = State::Decrementing;
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+ self.digits[digit].fade_duration = Some(fade_duration);
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}
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// Fade in the specified digit
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if let Some(digit) = digit {
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- if self.digits[digit as usize].value != DIGIT_MAX_BRIGHTNESS {
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- self.digits[digit as usize].state = State::Incrementing;
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- self.digits[digit as usize].fade_duration = Some(fade_duration);
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- }
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+ self.digits[digit as usize].state = State::Incrementing;
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+ self.digits[digit as usize].fade_duration = Some(fade_duration);
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}
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self.last_digit = digit;
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@@ -636,7 +632,7 @@ mod test {
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let mut clock: Clock = Clock::default();
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// Initialize clock to arbitrary time
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- clock.rtc_tick(10, 23, 12);
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+ clock.rtc_tick(10, 8, 12);
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// Iterate and print output values for each display refresh tick
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for tick in 0..1000 {
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@@ -661,7 +657,7 @@ mod test {
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let mut clock: Clock = Clock::default();
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// Initialize clock to arbitrary time
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- clock.rtc_tick(10, 23, 12);
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+ clock.rtc_tick(00, 27, 8);
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// Simulate a cycle refresh sequence on tube 0
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clock.tubes[0].cycle = Some(CycleSettings {
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