stationeers clock instruction

probably the same amount of components, just simple

Also you could display the hours and minutes on 2 different displays


;; I have used long variable names to reduce confusion,

;; daylightSensorDegrees integer (0 -> 180 and back after midnight)
;; daylightSensorVisible integer  ( 0 || 1)
;; daylightSensorMax integer 180

memTrue = 1
memFalse = 0
;; effectively a NOT or toggle switch                    
daylightSensorVisibleNot = if( daylightSensorVisible ) then memFalse else memTrue

;;  will only be great than 0 before midnight 
daytimeOnlyDegrees = daylightSensorDegrees * daylightSensorVisible

;;  * -1 makes it counts upwards instead of backwards
nightUpCount = daylightSensorDegrees * -1 
;; as above, will only be greater than 0 after midnight
nightOnlyDegrees daylightSensorVisibleNot * nightUpCount

fullCircle = daytimeOnlyDegrees + nightOnlyDegrees

;; so at this point fullCircle is a range between -180 and 180
;; offsetting that by 180 gives you 0 -> 360, 0/360 at sundown, 180 at sunsrise
;; but we might aswell already calculate in the clock offset
;; so we want 0 at the bottom of the circle for midnigt, so we only offset by 90

memCircleTimeOffset = 90    
circleOffset = fullCircle + memCircleTimeOffset

;; this means:
;; 0 -> midnight
;; 90 -> sunrise
;; 180 -> noon
;; 270 -> sunset
;; now after 270 the value will be negative, so we can just correct the value with a switch

memCircleNegativeCorrection = 360;
circleCorrected = circleOffset + memCircleNegativeCorrection
circleEffective = if( circleOffset < 0 ) then circleCorrected else circleOffset

;; so at this point you have a 0 -> 360 circle, where 0 is midnight
;; 360 / 24 = 15, so every hour is 15 degrees

memDegreesPerHour = 15
memMinutes = 60
memMilitaryFactor = 100
time = circleEffective / memDegreesPerHour
hours = floor( time )
timeDecimals = time - hours
timeMinutes = timeDecimals * memMinutes
minutes = floor( timeMinutes )
militaryHours = hours * memMilitaryFactor
militaryTime = militaryHours + minutes