Implemented engines.lua
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local strings = require './lib/strings'
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-- Carb heat / engine anti-ice
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RegisterFunction(
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{
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uid = 'engineAntiIce',
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category = strings.Category.FSX.Engines,
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displayName = 'Carb heat / engine anti-ice',
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states = {
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noEngines = { displayName = 'No engines', default = LEDColor.Off, order = 1 },
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all = { displayName = 'All', default = LEDColor.Red, order = 2 },
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partial = { displayName = 'Partial', default = LEDColor.Amber, order = 3 },
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none = { displayName = 'None', default = LEDColor.Green, order = 4 }
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}
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},
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function(context)
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SetState(context, 'noEngines')
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OnSimConnect(context,
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{
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engineCount = { variable = 'NUMBER OF ENGINES', type = SimConnectDataType.Int32, units = 'number' },
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engine1 = { variable = 'ENG ANTI ICE:1', type = SimConnectDataType.Bool },
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engine2 = { variable = 'ENG ANTI ICE:2', type = SimConnectDataType.Bool },
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engine3 = { variable = 'ENG ANTI ICE:3', type = SimConnectDataType.Bool },
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engine4 = { variable = 'ENG ANTI ICE:4', type = SimConnectDataType.Bool }
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},
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function(context, data)
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if data.engineCount > 0 then
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local antiIceCount = 0
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if data.engine1 then antiIceCount = antiIceCount + 1 end
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if data.engineCount >= 2 and data.engine2 then antiIceCount = antiIceCount + 1 end
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if data.engineCount >= 3 and data.engine3 then antiIceCount = antiIceCount + 1 end
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if data.engineCount >= 4 and data.engine4 then antiIceCount = antiIceCount + 1 end
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if antiIceCount == 0 then
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SetState(context, 'none')
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elseif antiIceCount == data.engineCount then
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SetState(context, 'all')
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else
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SetState(context, 'partial')
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end
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else
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SetState(context, 'noEngines')
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end
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end)
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end
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)
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-- Engine
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RegisterFunction(
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{
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uid = 'engine',
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category = strings.Category.FSX.Engines,
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displayName = 'Engine',
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states = {
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noEngines = { displayName = 'No engines', default = LEDColor.Off, order = 1 },
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allRunning = { displayName = 'All running', default = LEDColor.Green, order = 2 },
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partiallyRunning = { displayName = 'Partially running', default = LEDColor.Amber, order = 3 },
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allOff = { displayName = 'All off', default = LEDColor.Red, order = 4 },
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failed = { displayName = 'Engine failure', default = LEDColor.FlashingRedNormal, order = 5 },
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onFire = { displayName = 'On fire', default = LEDColor.FlashingRedFast, order = 6 },
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}
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},
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function(context)
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SetState(context, 'noEngines')
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OnSimConnect(context,
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{
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engineCount = { variable = 'NUMBER OF ENGINES', type = SimConnectDataType.Int32, units = 'number' },
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combustion1 = { variable = 'GENERAL ENG COMBUSTION:1', type = SimConnectDataType.Bool },
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combustion2 = { variable = 'GENERAL ENG COMBUSTION:2', type = SimConnectDataType.Bool },
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combustion3 = { variable = 'GENERAL ENG COMBUSTION:3', type = SimConnectDataType.Bool },
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combustion4 = { variable = 'GENERAL ENG COMBUSTION:4', type = SimConnectDataType.Bool },
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failed1 = { variable = 'ENG FAILED:1', type = SimConnectDataType.Bool },
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failed2 = { variable = 'ENG FAILED:2', type = SimConnectDataType.Bool },
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failed3 = { variable = 'ENG FAILED:3', type = SimConnectDataType.Bool },
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failed4 = { variable = 'ENG FAILED:4', type = SimConnectDataType.Bool },
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onfire1 = { variable = 'ENG ON FIRE:1', type = SimConnectDataType.Bool },
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onfire2 = { variable = 'ENG ON FIRE:2', type = SimConnectDataType.Bool },
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onfire3 = { variable = 'ENG ON FIRE:3', type = SimConnectDataType.Bool },
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onfire4 = { variable = 'ENG ON FIRE:4', type = SimConnectDataType.Bool }
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},
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function(context, data)
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if data.engineCount > 0 then
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local runningCount = 0
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local hasFailed = false
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local hasFire = false
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if data.combustion1 then runningCount = runningCount + 1 end
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if data.failed1 then hasFailed = true end
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if data.onfire1 then hasFire = true end
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if data.engineCount >= 2 and data.combustion2 then runningCount = runningCount + 1 end
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if data.engineCount >= 2 and data.failed2 then hasFailed = true end
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if data.engineCount >= 2 and data.onfire2 then hasFire = true end
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if data.engineCount >= 3 and data.combustion3 then runningCount = runningCount + 1 end
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if data.engineCount >= 3 and data.failed3 then hasFailed = true end
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if data.engineCount >= 3 and data.onfire3 then hasFire = true end
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if data.engineCount >= 4 and data.combustion4 then runningCount = runningCount + 1 end
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if data.engineCount >= 4 and data.failed4 then hasFailed = true end
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if data.engineCount >= 4 and data.onfire4 then hasFire = true end
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if hasFire then
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SetState(context, 'onFire')
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elseif hasFailed then
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SetState(context, 'failed')
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elseif runningCount == 0 then
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SetState(context, 'allOff')
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elseif runningCount == data.engineCount then
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SetState(context, 'partiallyRunning')
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else
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SetState(context, 'allRunning')
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end
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else
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SetState(context, 'noEngines')
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end
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end)
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end
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)
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-- Throttle
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RegisterFunction(
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{
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uid = 'throttle',
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category = strings.Category.FSX.Engines,
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displayName = 'Throttle',
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states = {
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noEngines = { displayName = 'No engines', default = LEDColor.Off, order = 1 },
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off = { displayName = 'Off', default = LEDColor.Green, order = 2 },
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partial = { displayName = 'Partial', default = LEDColor.Amber, order = 3 },
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full = { displayName = 'Full', default = LEDColor.Red, order = 4 },
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reverse = { displayName = 'Reversed', default = LEDColor.FlashingAmberNormal, order = 5 }
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}
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},
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function(context)
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SetState(context, 'noEngines')
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OnSimConnect(context,
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{
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engineCount = { variable = 'NUMBER OF ENGINES', type = SimConnectDataType.Int32, units = 'number' },
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position1 = { variable = 'GENERAL ENG THROTTLE LEVER POSITION:1', type = SimConnectDataType.Float64, units = 'percent' },
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position2 = { variable = 'GENERAL ENG THROTTLE LEVER POSITION:2', type = SimConnectDataType.Float64, units = 'percent' },
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position3 = { variable = 'GENERAL ENG THROTTLE LEVER POSITION:3', type = SimConnectDataType.Float64, units = 'percent' },
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position4 = { variable = 'GENERAL ENG THROTTLE LEVER POSITION:4', type = SimConnectDataType.Float64, units = 'percent' }
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},
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function(context, data)
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if data.engineCount > 0 then
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local totalPosition = 0
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local reverse = false
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if data.position1 < 0 then reverse = true else totalPosition = totalPosition + data.position1 end
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if data.engineCount >= 2 and data.position2 < 0 then reverse = true else totalPosition = totalPosition + data.position2 end
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if data.engineCount >= 3 and data.position3 < 0 then reverse = true else totalPosition = totalPosition + data.position3 end
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if data.engineCount >= 4 and data.position4 < 0 then reverse = true else totalPosition = totalPosition + data.position4 end
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if reverse then
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SetState(context, 'reverse')
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else
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local position = math.floor(totalPosition / data.engineCount)
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if position >= 0 and position <= 5 then
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SetState(context, 'off')
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elseif position >= 95 and position <= 100 then
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SetState(context, 'full')
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else
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SetState(context, 'partial')
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end
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end
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else
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SetState(context, 'noEngines')
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end
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end)
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end
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)
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