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# Configuration file for specifying SimConnect variables which will be available as Touch Portal states.
# Standard .ini file format:
#   # and ; chars start a comment.
#   Trailing (in-line) comments are allowed.
#   Blank lines are ignored.
#   Spaces around key=value = signs are optional.
#   String values with spaces or comment chars _must_ be quoted.
#
# An example entry describing each possible parameter (some are required, others have reasonable default values):
#
# [RPMN1Engine1]                 ; Unique ID string for this state (this will be used as the last part of the Touch Portal State ID). Required.
#                                ;   Must be unique among all other variable requests.
# CategoryId = Engine            ; The category ID this state will be sorted into in Touch Portal selectors. Must be a known category ID from ones shown below. Required.
#                                ;   Available categories: AutoPilot, Camera, Communication, Electrical, Engine, Environment, Failures, FlightInstruments, FlightSystems, Fuel, Miscellaneous, SimSystem
# VariableType = A               ; The variable type designator, as per MSFS RPN docs (mostly): https://docs.flightsimulator.com/html/Additional_Information/Reverse_Polish_Notation.htm
#                                ;   One of: 'A' (default, SimVar), 'B', 'C', 'E', 'L', 'M', 'P', 'R', 'Z', plus 'T' for Token and 'Q' for calculator code.
# Name = "RPM - Engine 1"        ; Descriptive name for this state, shown in Touch Portal and maybe other UI. Required.
# SimVarName = "ENG N1 RPM:1"    ; Name of corresponding Simulator variable _or_ the calculator code to execute for 'Q' types. Required.
#                                ;   Indexed SimVars must include the index number in the name, after a colon (:) character (as in the example).
# Unit = "percent"               ; Expected SimConnect unit type name for this SimVar. Default is 'number'. 'A' (SimVar) and a few other variable types ('E') will return values in the specified units.
#                                ;   This is generally the text shown in "Units" column of MSFS SDK Simulator Variables reference, though the officially recognized unit names are listed in
#                                ;   https://docs.flightsimulator.com/html/Programming_Tools/SimVars/Simulation_Variable_Units.htm .  This field is ignored for 'Q' (calculator code) type requests.
#                                ;   Some common ones: "Bool", "knots", "feet", "degrees", "radians", "percent, "percent over 100", "MHz", "string"
# CalcResultType = Double        ; For 'Q' (calculated) type variables only (for which it is required), specifies the expected result type.
#                                ;   One of: Double, Integer, String, Formatted  (the latter uses special RPN string formatting language).
# CanSet = True                  ; Used for SimVars ('A' type), indicates if this SimConnect variable is settable (as per SimConnect specs). Optional, default is False;
# DefaultValue = "0"             ; Default value when no data has been received from Simulator. Optional, default is blank.
# StringFormat = "0.0#"          ; How to format the value for display. Optional, default is no special formatting, just show the value as-is.
#                                ;   Formatting string references:
#                                ;     https://docs.microsoft.com/en-us/dotnet/standard/base-types/standard-numeric-format-strings
#                                ;     https://docs.microsoft.com/en-us/dotnet/standard/base-types/custom-numeric-format-strings
# UpdatePeriod = Millisecond     ; Determines how often the Simulator value is checked/updated. Optional, default is SimFrame.
#                                ;   Must be one of the following: Never, Once, SimFrame, Second, Millisecond, Default (same as SimFrame)
# UpdateInterval = 100           ; The number of UpdatePeriod events that should elapse between data updates. Optional, default is 0, which means the data is transmitted every UpdatePeriod.
#                                ;   Note that when UpdatePeriod = Millisecond, there is an effective minimum of ~25ms.
# DeltaEpsilon = 0.009           ; Only report change if it is greater than the value of this parameter. Optional, default is 0.0 which will report all changes.
#                                ;   For example for unit "percent over 100" (value range of 0.0 - 1.0), to detect fractional changes the epsilon value needs to be 0.0009 or smaller.
#
##########################################

#  Category: Communication     ##############################
#
[XpdrCode]
CategoryId = Communication
Name = "The transponder code"
SimVarName = "TRANSPONDER CODE:1"
Unit = "number"
StringFormat = "0000"
DeltaEpsilon = 0

[XpdrState]
CategoryId = Communication
Name = "The transponder state"
SimVarName = "TRANSPONDER STATE:1"
Unit = "number"
StringFormat = "0"
DeltaEpsilon = 0
CanSet = True

#  Category: Camera     ##############################
#
[CameraRequestAction]
CategoryId = Camera
Name = "Camera action (1=>Reset)"
SimVarName = "CAMERA REQUEST ACTION"
Unit = "number"
StringFormat = "0"
DeltaEpsilon = 0
CanSet = True

[CameraState]
CategoryId = Camera
Name = "Camera State"
SimVarName = "CAMERA STATE"
Unit = "number"
StringFormat = "0"
DeltaEpsilon = 0
CanSet = True

[CameraViewType]
CategoryId = Camera
Name = "Camera View Type Enum"
SimVarName = "CAMERA VIEW TYPE AND INDEX:0"
Unit = "number"
StringFormat = "0"
DeltaEpsilon = 0
CanSet = True

[CameraViewIndex]
CategoryId = Camera
Name = "Camera View Index"
SimVarName = "CAMERA VIEW TYPE AND INDEX:1"
Unit = "number"
StringFormat = "0"
DeltaEpsilon = 0
CanSet = True

[CockpitCameraHeight]
CategoryId = Camera
Name = "Cockpit Camera Height"
SimVarName = "COCKPIT CAMERA HEIGHT"
Unit = "percent"
StringFormat = "0"
DeltaEpsilon = 0
CanSet = True