These circuits include the clock circuits for the in-game timer, and real timer. The control panel uses the white, timing circuits to control the functionalities of the clock. It does the "carrying" of digits, and allows the user to individually increase/decrease each digit.
The gray circuits facilitate changing the outputs of the orange circuits. The pink circuits then decode this output to a digit, which is then saved and displayed by the cyan and green circuits. These circuits provide a redstone signal output power that can be increased and decreased easily, making them a perfect candidate for a 7-segment display. The main logic of the clock is provided by the orange, comparator circuits (I should probably credit this guy!). Unfortunately, they all still use the same digits - the clock would be much, much more complicated if each mode had its own, saved digits. the in-game auto reset system won't activate if you're in real-time, or using the stopwatch/timer. You can deselect the already selected mode to turn the clock completely off.Īll modes are independent - i.e. Selecting a mode deselects all other modes. If the clock mode is selected when the hour hand is larger than 23, it will auto reset itself back to 00. At 0, the clock will play a noteblock plinging ringtone. Set your desired time (max 99 hours), and resume to have the clock decrement every second. Maximum time is 99 hours, after which it will flip back to 0. Reset the clock, select the stopwatch mode, and resume to get a stopwatch you can use to record races or something. To disable auto-reset, there is a switch behind the board, at the middle top. Note that as with the v3 Redstone Clock, auto-reset will not work if you sleep in your world. The clock will also auto-reset itself to a high degree of accuracy at midnight. The in-game clock turns off the last pair of digits as they are not used, and increments the minute hand 3 times every 50 gameticks, which is precise to how in-game time is calculated. The real-time clock increments every second, and can be accurate for long periods of time assuming the clock isn't unloaded, and there is no lag (which this machine shouldn't cause). Select the "clock" mode, set your desired time using the buttons, and resume the clock. To make sure the clock doesn't break, only adjust the digits when the clock is paused.Ĭlock mode: Simulates a 24h digital clock. The buttons on top and below the digits increase and decrease the digits respectively, and each digit affects the one to its left (decreasing the right-most digit at 00:00:00 results in 99:99:99, and vice versa). Press the "reset" button to set all digits to 0. All you have to do is select one of the 3 modes (clock, stopwatch, timer), toggle the "pause | resume" lever to the on position, and watch the numbers change. There's a clock, a timer, and a stopwatch. After ditching my computer science midterm to build a clock in Minecraft, I have come up with this beauty and monstrosity, the likes of which I have never made before. HTML Redstone Clock v4 - 4 in 1 Timer, Stopwatch, Clock with Game-Time Sync, Individually Adjustable Digits and more by LeomelonseedsĪlright guys this is basically my Redstone Clock magnum opus.Redstone Clock v4 - 4 in 1 Timer, Stopwatch, Clock with Game-Time Sync, Individually Adjustable Digits and more by Leomelonseeds
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