def recalculate(self):
longitude = self.left.ui.LongitudeLineEdit.value() # lambda
latitude = self.left.ui.latitudeLineEdit.value() # Phi
treeHeight = int(self.left.ui.treeHeightLineEdit.value())
# Step 1: calculate sun set and sun rise
dateTime = QDateTime(self.left.ui.dateEdit.date(), QTime(12,0), Qt.UTC)
self.theSun.recalculate(dateTime, longitude, latitude, treeHeight)
sunRise = QTime(int(self.theSun.Aufgang), int(60.0*(self.theSun.Aufgang - int(self.theSun.Aufgang))))
sunSet = QTime(int(self.theSun.Untergang), int(60.0*(self.theSun.Untergang - int(self.theSun.Untergang))))
self.left.ui.sunriseLineEdit.setText(sunRise.toString(Qt.ISODate))
self.left.ui.sunsetLineEdit.setText(sunSet.toString(Qt.ISODate))
minuteStart = sunRise.msecsSinceStartOfDay() / 1000 / 60
minuteEnd = sunSet.msecsSinceStartOfDay() / 1000 / 60
self.left.ui.timeSlider.setMinimum(minuteStart)
self.left.ui.timeSlider.setMaximum(minuteEnd)
# Construct a time zone. NOTE: use IDs instead
tzIdx = self.left.ui.timeZoneComboBox.currentIndex()
timeZone = self.timeZones[tzIdx]
dateTime = QDateTime(self.left.ui.dateEdit.date(), self.left.ui.timeEdit.time(), timeZone)
self.theSun.recalculate(dateTime, longitude, latitude, treeHeight)
self.left.ui.timeUTCLineEdit.setText(self.theSun.dateTimeUtc.toString(Qt.ISODate))
self.left.ui.jDLineEdit.setText(str(self.theSun.JD))
self.left.ui.timeVariableNLineEdit.setText(str(self.theSun.n))
self.left.ui.LVariableLineEdit.setText(str(self.theSun.L))
self.left.ui.meanAnomalyGLineEdit.setText(str(self.theSun.g))
self.left.ui.eclipticLengthLineEdit.setText(str(self.theSun.Lambda))
self.left.ui.eclipticSkewLineEdit.setText(u"{}\u00B0 / {} rad".format(self.theSun.epsilon, math.radians(self.theSun.epsilon)))
self.left.ui.rightAscensionLineEdit.setText(u"{}\u00B0 / {} rad".format(self.theSun.alpha, math.radians(self.theSun.alpha)))
self.left.ui.declinationLineEdit.setText(u"{}\u00B0 / {} rad".format(self.theSun.delta, math.radians(self.theSun.delta)))
self.left.ui.jD_0LineEdit.setText(str(self.theSun.JD_0))
self.left.ui.t_0LineEdit.setText(str(self.theSun.T_0))
self.left.ui.sternzeitH_GLineEdit.setText(str(self.theSun.ThetaH_G))
self.left.ui.greenwichStundenwinkelFP_GLineEdit.setText(str(self.theSun.Theta_G))
self.left.ui.stundenwinkelFrHlingspunktLineEdit.setText(str(self.theSun.Theta))
self.left.ui.stundenwinkelLineEdit.setText(str(self.theSun.tau))
self.left.ui.azimutALineEdit.setText(u"{:.1f}\u00B0".format(self.theSun.azimut))
self.left.ui.sunHeightHLineEdit.setText(u"{:.1f}\u00B0".format(math.degrees(self.theSun.sunHeight)))
self.left.ui.shadowLengthLineEdit.setText("{:.1f} m".format(self.theSun.shadowLength))
self.right.setAngle(self.theSun.azimut) # shadowAngle)
self.right.setShadowLength(self.theSun.shadowLength)
def changedTimeEnd(self, time: QTime):
timeSeconds = time.msecsSinceStartOfDay() / 1e3
self.ui.audioWidget.changeEndPos(timeSeconds)
self.ui.timeStart.setMaximumTime(self.ui.timeEnd.time())
def recalculate(self):
longitude = self.left.ui.LongitudeLineEdit.value() # lambda
latitude = self.left.ui.latitudeLineEdit.value() # Phi
treeHeight = int(self.left.ui.treeHeightLineEdit.value())
# Step 1: calculate sun set and sun rise
dateTime = QDateTime(self.left.ui.dateEdit.date(), QTime(12, 0),
Qt.UTC)
self.theSun.recalculate(dateTime, longitude, latitude, treeHeight)
sunRise = QTime(
int(self.theSun.Aufgang),
int(60.0 * (self.theSun.Aufgang - int(self.theSun.Aufgang))))
sunSet = QTime(
int(self.theSun.Untergang),
int(60.0 * (self.theSun.Untergang - int(self.theSun.Untergang))))
self.left.ui.sunriseLineEdit.setText(sunRise.toString(Qt.ISODate))
self.left.ui.sunsetLineEdit.setText(sunSet.toString(Qt.ISODate))
minuteStart = sunRise.msecsSinceStartOfDay() / 1000 / 60
minuteEnd = sunSet.msecsSinceStartOfDay() / 1000 / 60
self.left.ui.timeSlider.setMinimum(minuteStart)
self.left.ui.timeSlider.setMaximum(minuteEnd)
# Construct a time zone. NOTE: use IDs instead
tzIdx = self.left.ui.timeZoneComboBox.currentIndex()
timeZone = self.timeZones[tzIdx]
dateTime = QDateTime(self.left.ui.dateEdit.date(),
self.left.ui.timeEdit.time(), timeZone)
self.theSun.recalculate(dateTime, longitude, latitude, treeHeight)
self.left.ui.timeUTCLineEdit.setText(
self.theSun.dateTimeUtc.toString(Qt.ISODate))
self.left.ui.jDLineEdit.setText(str(self.theSun.JD))
self.left.ui.timeVariableNLineEdit.setText(str(self.theSun.n))
self.left.ui.LVariableLineEdit.setText(str(self.theSun.L))
self.left.ui.meanAnomalyGLineEdit.setText(str(self.theSun.g))
self.left.ui.eclipticLengthLineEdit.setText(str(self.theSun.Lambda))
self.left.ui.eclipticSkewLineEdit.setText(u"{}\u00B0 / {} rad".format(
self.theSun.epsilon, math.radians(self.theSun.epsilon)))
self.left.ui.rightAscensionLineEdit.setText(
u"{}\u00B0 / {} rad".format(self.theSun.alpha,
math.radians(self.theSun.alpha)))
self.left.ui.declinationLineEdit.setText(u"{}\u00B0 / {} rad".format(
self.theSun.delta, math.radians(self.theSun.delta)))
self.left.ui.jD_0LineEdit.setText(str(self.theSun.JD_0))
self.left.ui.t_0LineEdit.setText(str(self.theSun.T_0))
self.left.ui.sternzeitH_GLineEdit.setText(str(self.theSun.ThetaH_G))
self.left.ui.greenwichStundenwinkelFP_GLineEdit.setText(
str(self.theSun.Theta_G))
self.left.ui.stundenwinkelFrHlingspunktLineEdit.setText(
str(self.theSun.Theta))
self.left.ui.stundenwinkelLineEdit.setText(str(self.theSun.tau))
self.left.ui.azimutALineEdit.setText(u"{:.1f}\u00B0".format(
self.theSun.azimut))
self.left.ui.sunHeightHLineEdit.setText(u"{:.1f}\u00B0".format(
math.degrees(self.theSun.sunHeight)))
self.left.ui.shadowLengthLineEdit.setText("{:.1f} m".format(
self.theSun.shadowLength))
self.right.setAngle(self.theSun.azimut) # shadowAngle)
self.right.setShadowLength(self.theSun.shadowLength)
