remove whitespace

Author: waynistan

core/loadpoint.go

@@ -1479,90 +1479,90 @@ func (lp *Loadpoint) pvMaxCurrent(mode api.ChargeMode, sitePower, batteryBoostPo
 		if lp.enabled {
 			now := lp.clock.Now()
 			projectedSitePower := sitePower - Voltage * (effectiveCurrent - max(minCurrent, targetCurrent)) * float64(activePhases)
-	
+
 			if lp.hasPhaseSwitching() && !lp.phaseTimer.IsZero() {
 				// calculate site power after a phase switch from activePhases phases -> 1 phase
 				// notes: activePhases can be 1, 2 or 3 and phaseTimer can only be active if lp current is already at minCurrent
 				projectedSitePower -= Voltage * minCurrent * float64(activePhases-1)
 			}
-	
+
 			// kick off disable sequence
 			if projectedSitePower >= lp.Disable.Threshold {
 				lp.log.DEBUG.Printf("projected site power %.0fW >= %.0fW disable threshold", projectedSitePower, lp.Disable.Threshold)
-	
+
 				if lp.pvTimer.IsZero() {
 					lp.log.DEBUG.Printf("pv disable timer start: %v", lp.GetDisableDelay())
 					lp.pvTimer = now
 				}
-	
+
 				lp.publishTimer(pvTimer, lp.GetDisableDelay(), pvDisable)
-	
+
 				elapsed := now.Sub(lp.pvTimer)
 				if elapsed >= lp.GetDisableDelay() {
 					lp.log.DEBUG.Println("pv disable timer elapsed")
-	
+
 					// reset timer to prevent immediate charger re-enabling
 					lp.resetPVTimer()
-	
+
 					return 0
 				}
-	
+
 				// suppress duplicate log message after timer started
 				if elapsed > time.Second {
 					lp.log.DEBUG.Printf("pv disable timer remaining: %v", (lp.GetDisableDelay() - elapsed).Round(time.Second))
 				}
 			} else if !lp.pvTimer.IsZero() {
 				// increase delay
 				lp.pvTimer = lp.pvTimer.Add(2 * now.Sub(lp.pvTimerEvaluated))
-	
+
 				// reset timer if the delay would be too long
 				if lp.pvTimer.After(now) {
 					lp.resetPVTimer("disable")
 				}
 			}
-	
+
 			// lp.log.DEBUG.Println("pv disable timer: keep enabled")
 			lp.pvTimerEvaluated = now
 			return max(minCurrent, targetCurrent)
 		} else {
 			now := lp.clock.Now()
-	
+
 			// kick off enable sequence
 			if (lp.Enable.Threshold == 0 && targetCurrent >= minCurrent) ||
 				(lp.Enable.Threshold != 0 && sitePower <= lp.Enable.Threshold) {
 				lp.log.DEBUG.Printf("site power %.0fW <= %.0fW enable threshold", sitePower, lp.Enable.Threshold)
-	
+
 				if lp.pvTimer.IsZero() {
 					lp.log.DEBUG.Printf("pv enable timer start: %v", lp.GetEnableDelay())
 					lp.pvTimer = now
 				}
-	
+
 				lp.publishTimer(pvTimer, lp.GetEnableDelay(), pvEnable)
-	
+
 				elapsed := now.Sub(lp.pvTimer)
 				if elapsed >= lp.GetEnableDelay() {
 					lp.log.DEBUG.Println("pv enable timer elapsed")
-	
+
 					// reset timer to prevent immediate charger re-disabling
 					lp.resetPVTimer()
-	
+
 					return minCurrent
 				}
-	
+
 				// suppress duplicate log message after timer started
 				if elapsed > time.Second {
 					lp.log.DEBUG.Printf("pv enable timer remaining: %v", (lp.GetEnableDelay() - elapsed).Round(time.Second))
 				}
 			} else if !lp.pvTimer.IsZero() {
 				// increase delay
 				lp.pvTimer = lp.pvTimer.Add(2 * now.Sub(lp.pvTimerEvaluated))
-	
+
 				// reset timer if the delay would be too long
 				if lp.pvTimer.After(now) {
 					lp.resetPVTimer("enable")
 				}
 			}
-	
+
 			// lp.log.DEBUG.Println("pv enable timer: keep disabled")
 			lp.pvTimerEvaluated = now
 			return 0