def __init__(self, parent=None):
super(Screen, self).__init__(parent)
self.parent = parent
p = self.parent.palette()
self.screenColor = (0, 0, 0)
if self.screenColor:
p.setColor(self.backgroundRole(), QColor(*self.screenColor))
self.setPalette(p)
self.setAutoFillBackground(True)
self.test = gauges.ArcGauge(self)
self.test.name = "OILP"
self.test.decimalPlaces = 1
self.test.dbkey = "OILP1"
def __init__(self, parent=None):
super(Screen, self).__init__(parent)
self.parent = parent
p = self.parent.palette()
self.cylCount = 4
self.screenColor = (0, 0, 0)
if self.screenColor:
p.setColor(self.backgroundRole(), QColor(*self.screenColor))
self.setPalette(p)
self.setAutoFillBackground(True)
self.rpm = gauges.ArcGauge(self)
self.rpm.name = "RPM"
self.rpm.decimalPlaces = 0
self.rpm.dbkey = "TACH1"
self.map_g = gauges.ArcGauge(self)
self.map_g.name = "MAP"
self.map_g.decimalPlaces = 1
self.map_g.dbkey = "MAP1"
self.op = gauges.HorizontalBar(self)
self.op.name = "Oil Press"
self.op.decimalPlaces = 1
self.op.dbkey = "OILP1"
self.ot = gauges.HorizontalBar(self)
self.ot.name = "Oil Temp"
# Use a lambda to convert the values internally
self.ot.conversionFunction1 = lambda x: x * (9.0 / 5.0) + 32.0
self.ot.conversionFunction2 = lambda x: x
# This causes the units sent from the server to be overridden
self.ot.unitsOverride1 = u'\N{DEGREE SIGN}F'
self.ot.unitsOverride2 = u'\N{DEGREE SIGN}C'
self.ot.setUnitSwitching()
self.ot.decimalPlaces = 1
self.ot.dbkey = "OILT1"
self.fuel = misc.StaticText("Fuel", parent=self)
self.fuell = gauges.VerticalBar(self)
self.fuell.name = "Left"
self.fuell.decimalPlaces = 1
self.fuell.showUnits = False
self.fuell.dbkey = "FUELQ1"
self.fuelr = gauges.VerticalBar(self)
self.fuelr.name = "Right"
self.fuelr.decimalPlaces = 1
self.fuelr.showUnits = False
self.fuelr.dbkey = "FUELQ2"
self.ff = gauges.VerticalBar(self)
self.ff.name = "Flow"
self.ff.decimalPlaces = 1
self.ff.showUnits = False
self.ff.dbkey = "FUELF1"
self.fuelp = gauges.VerticalBar(self)
self.fuelp.name = "Press"
self.fuelp.decimalPlaces = 0
self.fuelp.showUnits = False
self.fuelp.dbkey = "FUELP1"
self.fuelt = gauges.NumericDisplay(self)
self.fuelt.name = "Total"
self.fuelt.decimalPlaces = 1
self.fuelt.dbkey = "FUELQT"
self.fuelt.showUnits = False
self.fuelt.showName = False
self.volts = gauges.VerticalBar(self)
self.volts.name = "Volt"
self.volts.decimalPlaces = 1
self.volts.showUnits = False
self.volts.dbkey = "VOLT"
self.current = gauges.VerticalBar(self)
self.current.name = "Amp"
self.current.decimalPlaces = 1
self.current.showUnits = False
self.current.dbkey = "CURRNT"
self.cht = misc.StaticText("CHT", parent=self)
self.chts = []
for x in range(self.cylCount):
cht = gauges.VerticalBar(self)
cht.name = str(x + 1)
cht.decimalPlaces = 0
cht.conversionFunction1 = lambda x: x * (9.0 / 5.0) + 32.0
cht.conversionFunction2 = lambda x: x
#cht.unitsOverride1 = u'\N{DEGREE SIGN}F'
#cht.unitsOverride2 = u'\N{DEGREE SIGN}C'
cht.unitGroup = "Temperature"
cht.setUnitSwitching()
cht.showUnits = False
cht.dbkey = "CHT1{}".format(x + 1)
self.chts.append(cht)
item = fix.db.get_item(cht.dbkey)
item.valueChanged.connect(self.chtMax)
self.chtmaxlabel = misc.StaticText("MAX", parent=self)
self.chtmax = gauges.NumericDisplay(self)
self.chtmax.name = "CHT Max"
self.chtmax.decimalPlaces = 0
self.chtmax.conversionFunction1 = lambda x: x * (9.0 / 5.0) + 32.0
self.chtmax.conversionFunction2 = lambda x: x
self.chtmax.unitsOverride1 = u'\N{DEGREE SIGN}F'
self.chtmax.unitsOverride2 = u'\N{DEGREE SIGN}C'
self.chtmax.setUnitSwitching()
self.chtmax.unitGroup = "Temperature"
self.chtmax.dbkey = "CHTMAX1"
self.egt = misc.StaticText("EGT", parent=self)
self.egtgroup = gauges.EGTGroup(self, self.cylCount,
["EGT11", "EGT12", "EGT13", "EGT14"])
self.hobbslabel = misc.StaticText("Engine Time", parent=self)
self.hobbs = gauges.NumericDisplay(self)
self.hobbs.name = "Hobbs"
self.hobbs.decimalPlaces = 1
self.hobbs.dbkey = "HOBBS1"
self.hobbs.alignment = Qt.AlignRight | Qt.AlignVCenter
self.hobbs.showUnits = True
self.hobbs.smallFontPercent = 0.6
self.oatlabel = misc.StaticText("OAT", parent=self)
self.oatlabel.alignment = Qt.AlignLeft | Qt.AlignVCenter
self.oat = gauges.NumericDisplay(self)
self.oat.name = "OAT"
self.oat.decimalPlaces = 1
self.oat.dbkey = "OAT"
self.oat.alignment = Qt.AlignLeft | Qt.AlignVCenter
self.oat.conversionFunction1 = lambda x: x * (9.0 / 5.0) + 32.0
self.oat.conversionFunction2 = lambda x: x
self.oat.unitsOverride1 = u'\N{DEGREE SIGN}F'
self.oat.unitsOverride2 = u'\N{DEGREE SIGN}C'
self.oat.showUnits = True
self.oat.setUnitSwitching()
self.oat.smallFontPercent = 0.6
self.timez = misc.ValueDisplay(self)
self.timez.dbkey = "TIMEZ"
def __init__(self, parent=None):
super(Screen, self).__init__(parent)
self.parent = parent
p = self.parent.palette()
self.screenColor = (0,0,0)
if self.screenColor:
p.setColor(self.backgroundRole(), QColor(*self.screenColor))
self.setPalette(p)
self.setAutoFillBackground(True)
self.ai = VirtualVfr(self)
self.ai.fontSize = 20
self.ai.pitchDegreesShown = 90
self.alt_tape = altimeter.Altimeter_Tape(self)
self.alt_Trend = vsi.Alt_Trend_Tape(self)
self.as_tape = airspeed.Airspeed_Tape(self)
#self.as_Trend = vsi.AS_Trend_Tape(self)
self.asd_Box = airspeed.Airspeed_Mode(self)
#self.parent.change_asd_mode.connect(self.change_asd_mode)
self.hsi = hsi.HSI(self, font_size=12, fgcolor="#0030FF")
self.heading_disp = hsi.HeadingDisplay(self, font_size=12, fgcolor="#0030FF")
self.alt_setting = gauges.NumericDisplay(self)
self.alt_setting.dbkey = "BARO"
self.alt_setting.decimalPlaces = 2
self.tc = tc.TurnCoordinator(self, dial=False)
self.map_g = gauges.ArcGauge(self)
self.map_g.name = "MAP"
self.map_g.decimalPlaces = 1
self.map_g.dbkey = "MAP1"
self.rpm = gauges.ArcGauge(self)
self.rpm.name = "RPM"
self.rpm.decimalPlaces = 0
self.rpm.dbkey = "TACH1"
self.op = gauges.HorizontalBar(self)
self.op.name = "Oil Press"
self.op.decimalPlaces = 1
self.op.dbkey = "OILP1"
self.ot = gauges.HorizontalBar(self)
self.ot.name = "Oil Temp"
# Use a lambda to convert the values internally
self.ot.conversionFunction1 = lambda x: x * (9.0/5.0) + 32.0
self.ot.conversionFunction2 = lambda x: x
# This causes the units sent from the server to be overridden
self.ot.unitsOverride1 = u'\N{DEGREE SIGN}F'
self.ot.unitsOverride2 = u'\N{DEGREE SIGN}C'
self.ot.setUnitSwitching()
self.ot.dbkey = "OILT1"
self.fuel = gauges.HorizontalBar(self)
self.fuel.name = "Fuel Qty"
self.fuel.decimalPlaces = 1
self.fuel.dbkey = "FUELQT"
self.ff = gauges.HorizontalBar(self)
self.ff.name = "Fuel Flow"
self.ff.decimalPlaces = 1
self.ff.dbkey = "FUELF1"
self.cht = gauges.HorizontalBar(self)
self.cht.name = "Max CHT"
# Use a lambda to convert the values internally
self.cht.conversionFunction1 = lambda x: x * (9.0/5.0) + 32.0
self.cht.conversionFunction2 = lambda x: x
# This causes the units sent from the server to be overridden
self.cht.unitsOverride1 = u'\N{DEGREE SIGN}F'
self.cht.unitsOverride2 = u'\N{DEGREE SIGN}C'
self.cht.unitGroup = "Temperature"
self.cht.setUnitSwitching()
self.cht.dbkey = "CHTMAX1"
self.egt = gauges.HorizontalBar(self)
self.egt.name = "Avg EGT"
# Use a lambda to convert the values internally
self.egt.conversionFunction1 = lambda x: x * (9.0/5.0) + 32.0
self.egt.conversionFunction2 = lambda x: x
# This causes the units sent from the server to be overridden
self.egt.unitsOverride1 = u'\N{DEGREE SIGN}F'
self.egt.unitsOverride2 = u'\N{DEGREE SIGN}C'
self.egt.unitGroup = "Temperature"
self.egt.setUnitSwitching()
self.egt.decimalPlaces = 0
self.egt.dbkey = "EGTAVG1"
def __init__(self, parent=None):
super(Screen, self).__init__(parent)
self.parent = parent
p = self.parent.palette()
self.screenColor = (0, 0, 0)
if self.screenColor:
p.setColor(self.backgroundRole(), QColor(*self.screenColor))
self.setPalette(p)
self.setAutoFillBackground(True)
self.ai = ai.AI(self)
self.ai.fontSize = 19
self.ai.bankMarkSize = 10
self.ai.pitchDegreesShown = 60
self.ai.bankAngleRadius = 150
self.alt_tape = altimeter.Altimeter_Tape(self)
#self.alt_Trend = vsi.Alt_Trend_Tape(self)
self.as_tape = airspeed.Airspeed_Tape(self)
#self.as_Trend = vsi.AS_Trend_Tape(self)
#self.asd_Box = airspeed.Airspeed_Mode(self)
self.head_tape = hsi.DG_Tape(self)
#self.alt_setting = altimeter.Altimeter_Setting(self)
self.map_g = gauges.ArcGauge(self)
self.map_g.name = "MAP"
self.map_g.decimalPlaces = 1
self.map_g.dbkey = "MAP1"
self.rpm = gauges.ArcGauge(self)
self.rpm.name = "RPM"
self.rpm.decimalPlaces = 0
self.rpm.dbkey = "TACH1"
self.op = gauges.HorizontalBar(self)
self.op.name = "Oil Press"
self.op.decimalPlaces = 1
self.op.dbkey = "OILP1"
self.ot = gauges.HorizontalBar(self)
self.ot.name = "Oil Temp"
# Use a lambda to convert the values internally
self.ot.conversionFunction1 = lambda x: x * (9.0 / 5.0) + 32.0
self.ot.conversionFunction2 = lambda x: x
# This causes the units sent from the server to be overridden
self.ot.unitsOverride1 = u'\N{DEGREE SIGN}F'
self.ot.unitsOverride2 = u'\N{DEGREE SIGN}C'
self.ot.setUnitSwitching()
self.ot.dbkey = "OILT1"
self.fuel = gauges.HorizontalBar(self)
self.fuel.name = "Fuel Qty"
self.fuel.decimalPlaces = 1
self.fuel.dbkey = "FUELQT"
self.ff = gauges.HorizontalBar(self)
self.ff.name = "Fuel Flow"
self.ff.decimalPlaces = 1
self.ff.dbkey = "FUELF1"
self.cht = gauges.HorizontalBar(self)
self.cht.name = "Max CHT"
# Use a lambda to convert the values internally
self.cht.conversionFunction1 = lambda x: x * (9.0 / 5.0) + 32.0
self.cht.conversionFunction2 = lambda x: x
# This causes the units sent from the server to be overridden
self.cht.unitsOverride1 = u'\N{DEGREE SIGN}F'
self.cht.unitsOverride2 = u'\N{DEGREE SIGN}C'
self.cht.unitGroup = "Temperature"
self.cht.setUnitSwitching()
self.cht.dbkey = "CHTMAX1"
self.egt = gauges.HorizontalBar(self)
self.egt.name = "Avg EGT"
# Use a lambda to convert the values internally
self.egt.conversionFunction1 = lambda x: x * (9.0 / 5.0) + 32.0
self.egt.conversionFunction2 = lambda x: x
# This causes the units sent from the server to be overridden
self.egt.unitsOverride1 = u'\N{DEGREE SIGN}F'
self.egt.unitsOverride2 = u'\N{DEGREE SIGN}C'
self.egt.unitGroup = "Temperature"
self.egt.setUnitSwitching()
self.egt.decimalPlaces = 0
self.egt.dbkey = "EGTAVG1"