Implemented controlsurfaces.lua
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local strings = require './lib/strings'
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-- Flaps
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RegisterFunction(
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{
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uid = 'flaps',
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category = strings.Category.FSX.ControlSurfaces,
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displayName = 'Flaps',
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states = {
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notAvailable = { displayName = 'No flaps', default = LEDColor.Off, order = 1 },
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retracted = { displayName = 'Retracted', default = LEDColor.Green, order = 2 },
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between = { displayName = 'Extending / retracting', default = LEDColor.Amber, order = 3 },
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extended = { displayName = 'Extended', default = LEDColor.Red, order = 4 },
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speedExceeded = { displayName = 'Speed exceeded', default = LEDColor.FlashingAmberNormal, order = 5 },
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damageBySpeed = { displayName = 'Damage by speed', 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, 'notAvailable')
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OnSimConnect(context,
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{
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flapsAvailable = { variable = 'FLAPS AVAILABLE', type = SimConnectDataType.Bool },
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percentageExtended = { variable = 'FLAPS HANDLE PERCENT', type = SimConnectDataType.Float64, units = 'percent' },
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damageBySpeed = { variable = 'FLAP DAMAGE BY SPEED', type = SimConnectDataType.Bool },
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speedExceeded = { variable = 'FLAP SPEED EXCEEDED', type = SimConnectDataType.Bool },
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},
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function(context, data)
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if data.damageBySpeed then
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SetState(context, 'damageBySpeed')
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elseif data.speedExceeded then
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SetState(context, 'speedExceeded')
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elseif data.flapsAvailable then
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local extended = math.floor(data.percentageExtended)
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if extended >= 0 and extended <= 5 then
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SetState(context, 'retracted')
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elseif extended >= 95 and extended <= 100 then
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SetState(context, 'extended')
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else
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SetState(context, 'between')
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end
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else
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SetState(context, 'notAvailable')
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end
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end)
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end
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)
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-- Flaps (handle position)
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RegisterFunction(
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{
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uid = 'flapsHandleIndex',
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category = strings.Category.FSX.ControlSurfaces,
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displayName = 'Flaps (handle position)',
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states = {
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['notAvailable'] = { displayName = 'Not available', default = LEDColor.Off, order = 1 },
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['0'] = { displayName = 'Position 0 (Up)', default = LEDColor.Green, order = 2 },
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['1'] = { displayName = 'Position 1', default = LEDColor.Amber, order = 3 },
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['2'] = { displayName = 'Position 2', default = LEDColor.Amber, order = 4 },
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['3'] = { displayName = 'Position 3', default = LEDColor.Amber, order = 5 },
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['4'] = { displayName = 'Position 4', default = LEDColor.Amber, order = 6 },
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['5'] = { displayName = 'Position 5', default = LEDColor.Amber, order = 7 },
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['6'] = { displayName = 'Position 6', default = LEDColor.Amber, order = 8 },
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['7'] = { displayName = 'Position 7', default = LEDColor.Amber, order = 9 },
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}
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},
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function(context)
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SetState(context, 'notAvailable')
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OnSimConnect(context,
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{
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flapsAvailable = { variable = 'FLAPS AVAILABLE', type = SimConnectDataType.Bool },
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index = { variable = 'FLAPS HANDLE INDEX', type = SimConnectDataType.Int32, units = 'number' }
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},
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function(context, data)
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if data.flapsAvailable then
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local index = data.index
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if index < 0 then
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index = 0
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end
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if index > 7 then
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index = 7
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end
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SetState(context, tostring(index))
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else
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SetState(context, 'notAvailable')
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end
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end)
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end
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)
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-- Flaps (handle position - percentage)
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RegisterFunction(
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{
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uid = 'flapsHandlePercentage',
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category = strings.Category.FSX.ControlSurfaces,
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displayName = 'Flaps (handle position - percentage)',
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states = {
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['notAvailable'] = { displayName = 'Not available', default = LEDColor.Off, order = 1 },
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['0To10'] = { displayName = 'Position 0 (Up)', default = LEDColor.Green, order = 2 },
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['1'] = { displayName = 'Position 1', default = LEDColor.Amber, order = 3 },
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['2'] = { displayName = 'Position 2', default = LEDColor.Amber, order = 4 },
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['3'] = { displayName = 'Position 3', default = LEDColor.Amber, order = 5 },
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['4'] = { displayName = 'Position 4', default = LEDColor.Amber, order = 6 },
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['5'] = { displayName = 'Position 5', default = LEDColor.Amber, order = 7 },
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['6'] = { displayName = 'Position 6', default = LEDColor.Amber, order = 8 },
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['7'] = { displayName = 'Position 7', default = LEDColor.Amber, order = 9 },
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}
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},
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function(context)
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SetState(context, 'notAvailable')
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OnSimConnect(context,
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{
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flapsAvailable = { variable = 'FLAPS AVAILABLE', type = SimConnectDataType.Bool },
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index = { variable = 'FLAPS HANDLE INDEX', type = SimConnectDataType.Int32, units = 'number' }
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},
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function(context, data)
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if data.flapsAvailable then
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local index = data.index
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if index < 0 then
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index = 0
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end
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if index > 7 then
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index = 7
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end
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SetState(context, tostring(index))
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else
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SetState(context, 'notAvailable')
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end
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end)
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end
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)
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-- Spoilers
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RegisterFunction(
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{
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uid = 'spoilers',
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category = strings.Category.FSX.ControlSurfaces,
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displayName = 'Spoilers',
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states = {
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notAvailable = { displayName = 'No spoilers', default = LEDColor.Off, order = 1 },
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retracted = { displayName = 'Retracted', default = LEDColor.Green, order = 2 },
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between = { displayName = 'Extending / retracting', default = LEDColor.Amber, order = 3 },
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extended = { displayName = 'Extended', default = LEDColor.Red, order = 4 }
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}
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},
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function(context)
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SetState(context, 'notAvailable')
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OnSimConnect(context,
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{
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available = { variable = 'SPOILER AVAILABLE', type = SimConnectDataType.Bool },
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percentageExtended = { variable = 'SPOILERS HANDLE POSITION', type = SimConnectDataType.Float64, units = 'percent' }
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},
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function(context, data)
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if data.available then
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local extended = math.floor(data.percentageExtended)
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if extended >= 0 and extended <= 5 then
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SetState(context, 'retracted')
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elseif extended >= 95 and extended <= 100 then
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SetState(context, 'extended')
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else
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SetState(context, 'between')
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end
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else
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SetState(context, 'notAvailable')
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end
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end)
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end
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)
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-- Auto-spoilers armed
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-- Water rudder
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RegisterFunction(
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{
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uid = 'spoilersArmed',
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category = strings.Category.FSX.ControlSurfaces,
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displayName = 'Auto-spoilers armed',
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states = {
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notAvailable = { displayName = 'No spoilers', default = LEDColor.Off, order = 1 },
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on = { displayName = 'On', default = LEDColor.Red, order = 2 },
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off = { displayName = 'Off', default = LEDColor.Green, order = 3 }
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}
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},
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function(context)
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SetState(context, 'notAvailable')
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OnSimConnect(context,
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{
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available = { variable = 'SPOILER AVAILABLE', type = SimConnectDataType.Bool },
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armed = { variable = 'SPOILERS ARMED', type = SimConnectDataType.Bool }
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},
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function(context, data)
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if data.available then
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if data.armed then
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SetState(context, 'on')
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else
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SetState(context, 'off')
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end
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else
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SetState(context, 'notAvailable')
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end
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end)
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end
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)
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-- Water rudder
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RegisterFunction(
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{
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uid = 'waterRudder',
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category = strings.Category.FSX.ControlSurfaces,
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displayName = 'Water rudder',
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states = {
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retracted = { displayName = 'Retracted', default = LEDColor.Green, order = 1 },
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between = { displayName = 'Extending / retracting', default = LEDColor.Amber, order = 2 },
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extended = { displayName = 'Extended', default = LEDColor.Red, order = 3 }
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}
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},
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function(context)
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SetState(context, 'retracted')
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OnSimConnect(context,
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{
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position = { variable = 'WATER RUDDER HANDLE POSITION', type = SimConnectDataType.Float64, units = 'percent' }
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},
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function(context, data)
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local position = math.floor(data.position)
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if position >= 0 and position <= 5 then
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SetState(context, 'retracted')
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elseif position >= 95 and position <= 100 then
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SetState(context, 'extended')
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else
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SetState(context, 'between')
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end
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end)
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end
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)
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