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#211
04-02-2012, 12:35 PM
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A huge problem of Cod is the missing debug system (and i don't have a blind trust in the developers until they proof to deserve it):
for CEM: I would like to have the possibility to record the engine simulation data to see how deep is the simulation. Air temp, pistons, fuel consumption, air pressure etc etc etc Now i see that if on the bf i switch the magnetos nothing is happening.. for DM: same thing on Dm, ability to record the precise damage data: could be different for server side and client side, allowing perhaps the client to have only the one about his own plane. time of the event, type of damage, type of bullet that hit, damage amount. for now i see only what i can read on chat and what i see, but nothing else confirm for example that a type of bullet makes more damage of another. for Physics: same thing of the DM: air condition(temp,pressure,wind etc), AoA, IAS, TAS, lift for wing section etc etc with all the parameters. For now i see only a problematic simulation of the atmosphere and no acrobatic plane to test the simulation as promised. To be sure to be understood, I really hope to have a good simulation, but A: the trust in the developer is still to be gain, B: I have no real evidence of the correct simulation now. Obviously that does not mean that now it is not correct, it means simply that without evidence there is not YES or NO, there is only a perhaps..
__________________
 
Last edited by 6S.Tamat; 04-02-2012 at 12:38 PM. 
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#212
04-02-2012, 12:41 PM
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Quote:
Ciao!
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#213
04-02-2012, 12:43 PM
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Quote:
IIRC a guy developed few months ago a C# script to extract performance data from tests. I will look for it.
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#214
04-02-2012, 12:46 PM
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Quote:
__________________
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#215
04-02-2012, 12:51 PM
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Quote:
http://forum.1cpublishing.eu/showthread.php?t=27552 Cheers!
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#216
04-02-2012, 01:03 PM
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list of what's accessible
Code:
Note: usage example float health = (float)aircraft.getParameter(part.ParameterTypes.M_Health, -1);
ParameterTypes {
#region Nil
/// <summary>
/// Nil parameter. Always shows -999.999d.
/// </summary>
Nil,
#endregion
#region Miscellaneous
/// <summary>
/// [Random Value]
/// <para>Generic subtype (-1) indicates a random number in [0.0, 1.0];</para>
/// <para>All other subtypes indicate a random number in [-1.0, 1.0].</para>
/// <para>Also serves as an indicator to an undefined activity.</para>
/// </summary>
M_Random,
/// <summary>
/// [Shake Level]
/// <para>Indicates current machine/camera shake gain.</para>
/// <para>Applies only when Head Shake difficulty option is set to on.</para>
/// </summary>
M_Shake,
/// <summary>
/// [Cabin Damage Flags]
/// <para>Indicates 1.0 when the cabin damage flag with a number of subtype is set, otherwise 0.0.</para>
/// <para>Subtype can only be in range from 0 to 14 as it mirrors to CockpitDamageFlag## of NamedDamageTypes.</para>
/// </summary>
M_CabinDamage,
/// <summary>
/// [Cabin and Camera State]
/// <para>Subtype 31 - Indicates 1.0 when the camera is in aiming sight periscope mode;</para>
/// <para>Subtype 32 - Indicates 1.0 when the view point is raised seat mode.</para>
/// </summary>
M_CabinState,
/// <summary>
/// [Named Damage Flags]
/// <para>Indicates 1.0 when the corresponding damage flag is set, otherwise 0.0.</para>
/// <para>Refer to <code>NamedDamageTypes</code> for damage flags reference.</para>
/// </summary>
M_NamedDamage,
/// <summary>
/// [Systematic Wear]
/// <para>Indicates corresponding system wear state; [0.0, 1.0]; 1.0 means completely worn and written off system.</para>
/// <para>Subtype 0 shows airframe wear;</para>
/// <para>Subtype 1 shows controls and control lines wear;</para>
/// <para>Subtype 2 shows undercarriage wear;</para>
/// <para>Subtype 3 shows landing flaps wear;</para>
/// <para>Subtype 4 shows pneumatic system wear;</para>
/// <para>Subtype 5 shows hydraulic system wear;</para>
/// <para>Subtype 6 shows electrical system wear;</para>
/// <para>Subtype 7 shows auxilaries;</para>
/// <para>Subtypes 8 to 15 show corresponding engine (#0 - #7) wear level;</para>
/// </summary>
M_SystemWear,
/// <summary>
/// [Health]
/// <para>Indicates appx. health level of the machine; [0.0, 1.0].</para>
/// </summary>
M_Health,
#endregion
#region Controls
#region Controls - Machine Generic
/// <summary>
/// [Steering Control]
/// <para>Indicates current steering control (input) of the machine; [-1.0, 1.0].</para>
/// </summary>
C_Steering,
/// <summary>
/// [Wheel Brake Control]
/// <para>Indicates wheel brakes control; [0.0, 1.0].</para>
/// <para>Generic subtype (-1) shows overall brake control input;</para>
/// <para>Subtype 0 shows left side brakes;</para>
/// <para>Subtype 1 shows right side brakes.</para>
/// </summary>
C_Brake,
/// <summary>
/// [Throttle Control]
/// <para>Indicates engine throttle control; [0.0, 1.0], on some types [0.0, 1.1].</para>
/// <para>Generic subtype (-1) shows control for the current motor selection;</para>
/// <para>Other subtypes show control in the corresponding individual motor.</para>
/// </summary>
C_Throttle,
/// <summary>
/// [Trigger Control]
/// <para>Indicates 1.0 when the corresponding trigger is pressed.</para>
/// <para>Trigger # is equal to subtype.</para>
/// <para>The trigger # is counted within the machine, not the controlling puppet.</para>
/// </summary>
C_Trigger,
#endregion
#region Controls - Machine Engine(s)
/// <summary>
/// [Propellor / Pitch Control]
/// <para>Indicates engine prop. control; [0.0, 1.0].</para>
/// <para>Generic subtype (-1) shows control for the current motor selection;</para>
/// <para>Other subtypes show control in the corresponding individual motor.</para>
/// </summary>
C_Pitch,
/// <summary>
/// [Mix Control]
/// <para>Indicates engine mix control; [0.0, 1.0].</para>
/// <para>Generic subtype (-1) shows control for the current motor selection;</para>
/// <para>Other subtypes show control in the corresponding individual motor.</para>
/// </summary>
C_Mix,
/// <summary>
/// [Water / Air Radiator Control]
/// <para>Indicates engine radiator control; [0.0, 1.0].</para>
/// <para>For inline engines shows water radiator control;</para>
/// <para>for radial engines shows cowl flaps control.</para>
/// <para>Generic subtype (-1) shows control for the current motor selection;</para>
/// <para>Other subtypes show control in the corresponding individual motor.</para>
/// </summary>
C_WaterRadiator,
/// <summary>
/// [Oil Radiator Control]
/// <para>Indicates engine oil radiator control; [0.0, 1.0].</para>
/// <para>Generic subtype (-1) shows control for the current motor selection;</para>
/// <para>Other subtypes show control in the corresponding individual motor.</para>
/// </summary>
C_OilRadiator,
/// <summary>
/// [Radiator Automation Control]
/// <para>Indicates 1.0 when radiator control is automatic.</para>
/// <para>Generic subtype (-1) shows control for the current motor selection;</para>
/// <para>Other subtypes show control in the corresponding individual motor.</para>
/// </summary>
C_RadiatorAutomation,
/// <summary>
/// [Propellor / Pitch Automation Control]
/// <para>Indicates 1.0 when prop. control is automatic.</para>
/// <para>Generic subtype (-1) shows control for the current motor selection;</para>
/// <para>Other subtypes show control in the corresponding individual motor.</para>
/// </summary>
C_PitchAutomation,
/// <summary>
/// [Engine Compressor Control]
/// <para>Indicates selected compressor stage.</para>
/// <para>Generic subtype (-1) shows control for the current motor selection;</para>
/// <para>Other subtypes show control in the corresponding individual motor.</para>
/// </summary>
C_Compressor,
/// <summary>
/// [Afterburner / W.E.P. Control]
/// <para>Indicates 1.0 when afterburner / W.E.P. is engaged.</para>
/// <para>Generic subtype (-1) shows control for the current motor selection;</para>
/// <para>Other subtypes show control in the corresponding individual motor.</para>
/// </summary>
C_Afterburner,
/// <summary>
/// [Boost Cut-Out Control]
/// <para>Indicates 1.0 when engine boost cut-out control is engaged.</para>
/// <para>Generic subtype (-1) shows control for the current motor selection;</para>
/// <para>Other subtypes show control in the corresponding individual motor.</para>
/// </summary>
C_BoostEnabler,
/// <summary>
/// [Slow-Running Cut-Out]
/// <para>Indicates 1.0 when engine slow-running cut-out control is engaged.</para>
/// <para>Generic subtype (-1) shows control for the current motor selection;</para>
/// <para>Other subtypes show control in the corresponding individual motor.</para>
/// </summary>
C_SlowRunningCutOut,
/// <summary>
/// [Magnetos Control]
/// <para>Indicates magnetos switch(es).</para>
/// <para>Generic subtype (-1) shows control for the current motor selection;</para>
/// <para>Other subtypes show control in the corresponding individual motor.</para>
/// </summary>
C_Magneto,
/// <summary>
/// [Feather Control]
/// <para>Indicates propellor feather control.</para>
/// <para>Generic subtype (-1) shows control for the current motor selection;</para>
/// <para>Other subtypes show control in the corresponding individual motor.</para>
/// </summary>
C_Feather,
/// <summary>
/// [Carburetter / Intake Heater Control]
/// <para>Indicates engine carb. heater control; [0.0, 1.0].</para>
/// <para>Generic subtype (-1) shows control for the current motor selection;</para>
/// <para>Other subtypes show control in the corresponding individual motor.</para>
/// </summary>
C_CarbHeater,
#endregion
#region Controls - Machine Systems
/// <summary>
/// [Hatch / Cabin Door Control]
/// <para>Indicates hatch control of the given puppet.</para>
/// <para>Subtype equals puppet index.</para>
/// </summary>
C_HatchDoor,
/// <summary>
/// [Canopy / Cabin Door Jettison Control]
/// <para>Indicates jettison control of the given puppet.</para>
/// <para>Subtype equals puppet index.</para>
/// </summary>
C_HatchJettison,
/// <summary>
/// [Stopwatch Control]
/// <para>Indicates selected stopwatch mode.</para>
/// </summary>
C_Timer,
#endregion
#region Controls - Aircraft Direction
/// <summary>
/// [Ailerones Control]
/// <para>Indicates ailerones contol input; [-1.0, 1.0].</para>
/// <para>Positive control is roll right.</para>
/// </summary>
C_Aileron,
/// <summary>
/// [Elevator Control]
/// <para>Indicates elevator control input; [-1.0, 1.0].</para>
/// <para>Positive control is nose up.</para>
/// </summary>
C_Elevator,
/// <summary>
/// [Rudder Control]
/// <para>Indicates rudder control input; [-1.0, 1.0].</para>
/// <para>Positive control is turn right.</para>
/// </summary>
C_Rudder,
/// <summary>
/// [Ailerones Trim Control]
/// <para>Indicates ailerones trim contol input.</para>
/// <para>Positive control is roll right.</para>
/// </summary>
C_AileronTrim,
/// <summary>
/// [Elevator Trim Control]
/// <para>Indicates elevator trim control input.</para>
/// <para>Positive control is nose up.</para>
/// </summary>
C_ElevatorTrim,
/// <summary>
/// [Rudder Trim Control]
/// <para>Indicates rudder trim control input.</para>
/// <para>Positive control is turn right.</para>
/// </summary>
C_RudderTrim,
/// <summary>
/// [Tail Wheel Steer Lock Control]
/// <para>Indicates 1.0 when tail lock control is engaged.</para>
/// </summary>
C_TailwheelLock,
#endregion
#region Controls - Aircraft Systems
/// <summary>
/// [Landing Flaps Control]
/// <para>Indicates selected landing flaps position index ([0, N]);</para>
/// <para>or direction ({0 neutral, 11 in, 12 out}).</para>
/// </summary>
C_LandingFlap,
/// <summary>
/// [Leading Edge Slats Control]
/// <para>Indicates leading edge slats control; [0.0, 1.0].</para>
/// </summary>
C_LeadingEdgeSlats,
/// <summary>
/// [Undercarriage Extension Control]
/// <para>Indicates selected undercarriage position index ([0, N]);</para>
/// <para>or direction ({0 neutral, 11 in, 12 out}).</para>
/// </summary>
C_Undercarriage,
/// <summary>
/// [Undercarriage Emergency System Control]
/// <para>Indicates selected undercarriage emergency control position index.</para>
/// </summary>
C_UndercarriageEmergency,
/// <summary>
/// [Bomb Bay Doors Control]
/// <para>Indicates selected bomb bay doors opening position ([0.0, 1.0]);</para>
/// <para>or direction ({0.0 neutral, 0.5 in, 1.0 out}).</para>
/// </summary>
C_BombBayDoor,
/// <summary>
/// [Airbrake Control]
/// <para>Indicates selected airbrake position index ([0, N]);</para>
/// <para>or direction ({0 neutral, 11 in, 12 out}).</para>
/// </summary>
C_Airbrake,
/// <summary>
/// [Fuel Tank Switch / Fuel Cock Control]
/// <para>Indicates selected fuel cock position index.</para>
/// <para>Subtype equals fuel cock index in machine.</para>
/// </summary>
C_FuelTankSelector,
/// <summary>
/// [Control for Telepirometro Elettrico / Cylinder Head Temp. Sender Selector]
/// <para>Indicates telepirometro elettrico position.</para>
/// </summary>
C_TelepirometroElettrico,
/// <summary>
/// [Altimeter Pinion]
/// <para>Indicates altimeter pressure setter knob position.</para>
/// </summary>
C_AltimeterPinion,
/// <summary>
/// [Anemometro / Speed Dial Rotation Control]
/// <para>Indicates velocity indicator shift in degrees.</para>
/// </summary>
C_AnemometroPinion,
/// <summary>
/// [Bomb Sight Controls]
/// <para>Indicates bomb sight input controls.</para>
/// <para>Subtype 0 shows velocity, preset units;</para>
/// <para>Subtype 1 shows altitude, preset units;</para>
/// <para>Subtype 2 shows slip, preset units;</para>
/// <para>Subtype 3 shows distance, preset units;</para>
/// <para>Subtype 4 indicates 1.0 when automatic control is engaged.</para>
/// </summary>
C_BombSight,
/// <summary>
/// [Aiming Sight / Acemaker Controls]
/// <para>Indicates gun sight input controls.</para>
/// <para>Subtype 0 shows distance, preset units;</para>
/// <para>Subtype 1 shows side / auxilary input, preset units;</para>
/// <para>Subtype 2 shows dimmer plate control.</para>
/// </summary>
C_Sight,
/// <summary>
/// [Bombenabwurfgerat]
/// <para>Indicates bomb distributor controls.</para>
/// <para>Subtype 0 shows mode index in modes list;</para>
/// <para>Subtype 1 indicates 1.0 when bomb arming is on;</para>
/// <para>Subtype 2 shows selected slot (-1.0 points to all slots);</para>
/// <para>Subtype 3 shows series length (-1.0 point to max length);</para>
/// <para>Subtype 4 shows delay (between bombs in series);</para>
/// <para>Subtype 5 indicates 1.0 when in dive short delay mode;</para>
/// <para>Subtype 6 shows mode ({0 single, 1 series, 2 salvo}).</para>
/// </summary>
C_Bombenabwurfgerat,
/// <summary>
/// [Fuel Contents Indicator Control]
/// <para>Indicates selected indicator switch position.</para>
/// </summary>
C_KraftstoffSelector,
/// <summary>
/// [Riquid Reserve Indicator 0 Control]
/// <para>Indicates selected indicator switch position.</para>
/// </summary>
C_LiquidGauge0,
/// <summary>
/// [Riquid Reserve Indicator 1 Control]
/// <para>Indicates selected indicator switch position.</para>
/// </summary>
C_LiquidGauge1,
/// <summary>
/// [Primary Light Switch]
/// <para>Indicates lighting switch position.</para>
/// <para>Subtype equals puppet index in machine.</para>
/// </summary>
C_PriLights,
/// <summary>
/// [Secondary Light Switch]
/// <para>Indicates lighting switch position.</para>
/// <para>Subtype equals puppet index in machine.</para>
/// </summary>
C_SecLights,
/// <summary>
/// [Gunsight Light Switch]
/// <para>Indicates lighting switch position.</para>
/// </summary>
C_SightLights,
/// <summary>
/// [Pitot Heater Switch]
/// <para>Indicates 1.0 when pitot heater is switched on.</para>
/// </summary>
C_PitotHeater,
/// <summary>
/// [Hydraulic Hand Pump Lever]
/// <para>Indicates position of emergency hand pump; [0.0, 1.0].</para>
/// </summary>
C_Handpumpe,
/// <summary>
/// [Transciever Frequency]
/// <para>Indicates selected transciever frequency.</para>
/// </summary>
C_RadTXRX,
/// <summary>
/// [Primary Navigation Frequency]
/// <para>Indicates selected primary frequency on navigation equipment.</para>
/// </summary>
C_RadPriNav,
/// <summary>
/// [Secondary Navigation Frequency]
/// <para>Indicates selected secondary frequency on navigation equipment.</para>
/// </summary>
C_RadSecNav,
/// <summary>
/// [Kurssteuerung / Course Autopilot Controls]
/// <para>Indicates kurssteuerung input.</para>
/// <para>Subtype 0 shows mode of operation;</para>
/// <para>Subtype 1 shows preset course;</para>
/// <para>Subtype 2 indicates 1.0 when temp. disengage switch is on.</para>
/// </summary>
C_Kurssteuerung,
#endregion
#endregion
#region Parameters
#region Parameters - Machine Animation - Directional
/// <summary>
/// [Steering Animation]
/// <para>Indicates machine steering mechanism position; [-1.0, 1.0].</para>
/// </summary>
A_Steering,
/// <summary>
/// [Wheel Brake Animation]
/// <para>Indicates wheel brakes position; [0.0, 1.0].</para>
/// <para>Generic subtype (-1) shows overall brakes gain;</para>
/// <para>Subtype 0 shows left brakes;</para>
/// <para>Subtype 1 shows right brakes.</para>
/// </summary>
A_Brake,
/// <summary>
/// [Ailerones Animation]
/// <para>Indicates ailerones position; [-1.0, 1.0].</para>
/// </summary>
A_Aileron,
/// <summary>
/// [Elevator Animation]
/// <para>Indicates elevator position; [-1.0, 1.0].</para>
/// </summary>
A_Elevator,
/// <summary>
/// [Rudder Animation]
/// <para>Indicates rudder position; [-1.0, 1.0].</para>
/// </summary>
A_Rudder,
/// <summary>
/// [Ailerones Trim Animation]
/// <para>Indicates ailerones trim position / flap deflection.</para>
/// </summary>
A_AileronTrim,
/// <summary>
/// [Elevator Trim Animation]
/// <para>Indicates elevator trim position / flap deflection.</para>
/// </summary>
A_ElevatorTrim,
/// <summary>
/// [Rudder Trim Animation]
/// <para>Indicates rudder trim position / flap deflection.</para>
/// </summary>
A_RudderTrim,
#endregion
#region Parameters - Machine Animation - Systematic
/// <summary>
/// [Undercarriage Extension Animation]
/// <para>Indicates undercarriage strut movement extension-wise; [0.0, 1.0].</para>
/// <para>Subtype points to the number of strut in machine.</para>
/// </summary>
A_Undercarriage,
/// <summary>
/// [Undercarriage Shock Animation]
/// <para>Indicates strut shock travel in meters.</para>
/// <para>Subtype points to the number of strut in machine.</para>
/// </summary>
A_UndercarriageShock,
/// <summary>
/// [Wheel Rotatory Movement Animation]
/// <para>Indicates angle of wheel.</para>
/// </summary>
A_UndercarriageWheel,
/// <summary>
/// [Canopy / Door Opening Animation]
/// <para>Indicates animation phase of canopy or door during opening / closing; [0.0, 1.0].</para>
/// <para>Subtype equals to hatch index in machine's list.</para>
/// </summary>
A_HatchDoor,
/// <summary>
/// [Bomb Bay Doors Opening Animation]
/// <para>Indicates bomb bay(s) doors opening phase; [0.0 1.0].</para>
/// </summary>
A_BombBayDoor,
/// <summary>
/// [Wind Generator Impeller Rotatory Animation]
/// <para>Indicates wind generator impeller angle in degrees.</para>
/// </summary>
A_ImpellerAngle,
/// <summary>
/// [Wind Generator Impeller's Angular Velocity]
/// <para>Indicates wind generator angular velocity in degrees / second.</para>
/// </summary>
A_ImpellerAngularVelocity,
/// <summary>
/// [Wind Generator Strut Extension Animation]
/// <para>Indicates impeller strut extension phase; [0.0, 1.0].</para>
/// </summary>
A_ImpellerUnfold,
/// <summary>
/// [Landing Flaps Extension Animation]
/// <para>Indicates landing flaps' extension; [0.0 1.0].</para>
/// <para>Generic subtype (-1) shows average position of all flaps;</para>
/// <para>Subtype 0 shows extension of left flap;</para>
/// <para>Subtype 1 shows extension of right flap.</para>
/// </summary>
A_LandingFlap,
/// <summary>
/// [Airbrake Extension Animation]
/// <para>Indicates airbrake extension; [0.0, 1.0].</para>
/// </summary>
A_Airbrake,
/// <summary>
/// [Engine Cowling Flaps Animation]
/// <para>Indicates cowling flaps extension; [0.0, 1.0].</para>
/// <para>Subtype points to engine number.</para>
/// </summary>
A_EngineAirRadiator,
/// <summary>
/// [Engine Water Radiator Flap Animation]
/// <para>Indicates water radiator opening; [0.0, 1.0].</para>
/// <para>Subtype points to engine number.</para>
/// </summary>
A_EngineWaterRadiator,
/// <summary>
/// [Engine Oil Radiator Flap Animation]
/// <para>Indicates oil radiator opening; [0.0, 1.0].</para>
/// <para>Subtype points to engine number.</para>
/// </summary>
A_EngineOilRadiator,
/// <summary>
/// [Leading Edge Slat Extension Animation]
/// <para>Indicates leading-edge slats' extension; [0.0, 1.0].</para>
/// <para>Generic subtype (-1) shows average position of both slats;</para>
/// <para>Subtype 0 shows extension on the left wing;</para>
/// <para>Subtype 1 shows extension on the right wing.</para>
/// </summary>
A_LeadingEdgeSlat,
#endregion
#region Parameters - Machine Spatial
/// <summary>
/// [Misc.: Machine Spatial Coordinates]
/// <para>Indicates machine position in world coordinates.</para>
/// <para>Subtype 0 shows X-coordinate;</para>
/// <para>Subtype 1 shows Y-coordinate;</para>
/// <para>Subtype 2 shows Z-coordinate.</para>
/// </summary>
Z_Coordinates,
/// <summary>
/// [Misc.: Machine Spatial Orientation]
/// <para>Indicates machine orientation, angles are in degrees.</para>
/// <para>Subtype 0 shows yaw (0 degrees point E);</para>
/// <para>Subtype 1 shows pitch (nose-up is negative);</para>
/// <para>Subtype 2 shows roll (right roll is positive).</para>
/// </summary>
Z_Orientation,
/// <summary>
/// [Misc.: Machine Overload under Acceleration]
/// <para>Indicates overload in m/s/s.</para>
/// <para>Generic subtype (-1) shows accelerometer, being 0 under normal conditions;</para>
/// <para>Subtype 0 shows acceleraton along machine's X axis;</para>
/// <para>Subtype 1 shows acceleraton along machine's Y axis;</para>
/// <para>Subtype 2 shows acceleraton along machine's Z axis.</para>
/// </summary>
Z_Overload,
/// <summary>
/// [Misc.: Machine Altitude AGL]
/// <para>Indicates machine elevation above ground level in meters.</para>
/// </summary>
Z_AltitudeAGL,
/// <summary>
/// [Misc.: Machine Altitude MSL]
/// <para>Indicates machine elevation above 0.0 Z-plane.</para>
/// </summary>
Z_AltitudeMSL,
/// <summary>
/// [Misc.: Machine's Velocity in Air]
/// <para>Indicates machine's aerial velocity.</para>
/// <para>Generic subtype (-1) shows velocity length;</para>
/// <para>Subtype 0 shows aerial flow along machine's X-axis;</para>
/// <para>Subtype 1 shows aerial flow along machine's Y-axis;</para>
/// <para>Subtype 2 shows aerial flow along machine's Z-axis.</para>
/// </summary>
Z_VelocityIAS,
/// <summary>
/// [Misc.: Machine's Velocity in World Coordinates]
/// <para>Indicates machine's absolute velocity.</para>
/// <para>Generic subtype (-1) shows velocity length;</para>
/// <para>Subtype 0 shows machine's speed along world's X-coordinate;</para>
/// <para>Subtype 1 shows machine's speed along world's Y-coordinate;</para>
/// <para>Subtype 2 shows machine's speed along world's Z-coordinate.</para>
/// </summary>
Z_VelocityTAS,
/// <summary>
/// [Misc.: Machine's Mach Factor]
/// <para>Indicates machine's aerial velocity devided by sonic speed.</para>
/// <para>Generic subtype (-1) shows velocity length;</para>
/// <para>Subtype 0 shows aerial flow along machine's X-axis;</para>
/// <para>Subtype 1 shows aerial flow along machine's Y-axis;</para>
/// <para>Subtype 2 shows aerial flow along machine's Z-axis.</para>
/// </summary>
Z_VelocityMach,
/// <summary>
/// [Misc.: Ambient Temperature]
/// <para>Indicates air temperature around machine's location, in K.</para>
/// </summary>
Z_AmbientAirTemperature,
#endregion
#region Parameters - Machine Systems
/// <summary>
/// [Electrical System Point Voltage]
/// <para>Indicates current system voltage taken on gen.-battery bridge, in V.</para>
/// </summary>
S_ElectricVoltage,
/// <summary>
/// [Electrical System Incandescing Ratio]
/// <para>Indicates incandescing bulbs gain factor under current system voltage; [0.0, 1.0].</para>
/// <para>Used to vivify lightning SFX.</para>
/// </summary>
S_ElectricIncandescingRatio,
/// <summary>
/// [Electical System Amperage]
/// <para>Indicates current flow.</para>
/// <para>Subtype 0 shows flow in generator loom;</para>
/// <para>Subtype 1 shows flow in battery loom;</para>
/// <para>Subtype 2 shows flow in consumer loom.</para>
/// </summary>
S_ElectricAmperage,
/// <summary>
/// [Primary Pit Lightning]
/// <para>Indicates primary pit lights gain factor for given puppet.</para>
/// </summary>
S_ElectricPrimaryPitLight,
/// <summary>
/// [Secondary Pit Lightning]
/// <para>Indicates secondary pit lights gain factor for given puppet.</para>
/// </summary>
S_ElectricSecondaryPitLight,
/// <summary>
/// [Gunsight Lightning]
/// <para>Indicates gunsight / reticle lightning gain factor.</para>
/// </summary>
S_ElectricSightLight,
/// <summary>
/// [Fuel Reserve]
/// <para>Indicates machine's fuel reserve, kgs.</para>
/// <para>Generic subtype (-1) shows total reserve;</para>
/// <para>Subtype N shows reserve in the given fuel tank.</para>
/// </summary>
S_FuelReserve,
/// <summary>
/// [Hatch Position]
/// <para>Indicates given hatch opening phase, [0.0, 1.0].</para>
/// <para>Subtype points to hatch number in machine's list.</para>
/// </summary>
S_HatchDoor,
#endregion
#region Parameters - Aircraft Systems
/// <summary>
/// [Undercarriage Master Valve]
/// <para>Indicates position of undercarriage hydraulic valve ({0 up, 1 down, 2 neutral, 3 neutral}).</para>
/// </summary>
S_UndercarriageValve,
/// <summary>
/// [Pneumatic Container Pressure]
/// <para>Indicates current container pressure in machine's set units of measure.</para>
/// <para>Subtype 0 shows pressure in primary container;</para>
/// <para>Subtype 1 shows pressure in secondary container.</para>
/// </summary>
S_PneumoContainerPressure,
/// <summary>
/// [Pneumatic Line Pressure(s)]
/// <para>Indicates pressure in given pneumatic line.</para>
/// <para>Generic subtype (-1) shows nominal system pressure;</para>
/// <para>Subtype 0 shows compressor line pressure;</para>
/// <para>Subtype 1 shows secondary pressure;</para>
/// <para>Subtype 2 shows flaps line pressure;</para>
/// <para>Subtype 3 shows undercarriage line pressure;</para>
/// <para>Subtype 4 shows wheel brakes line pressure.</para>
/// </summary>
S_PneumoLinePressure,
/// <summary>
/// [Hydro System Pressure(s)]
/// <para>Indicates pressure in given hydro line.</para>
/// <para>Generic subtype (-1) shows compressor line pressure;</para>
/// <para>Subtype 0 shows nominal system pressure;</para>
/// <para>Subtype 1 shows pressure in emergency discharge container.</para>
/// </summary>
S_HydroPressure,
/// <summary>
/// [Hydro System Reservoir]
/// <para>Indicates reservoir contents, kgs.</para>
/// </summary>
S_HydroReserve,
/// <summary>
/// [Sturzanlage Mode of Operation]
/// <para>Indicates mode ({0 cruise, 1 dive, 2 bomb drop, 3 recovery, 4 automation reset, 5 automation switch to cruise}).</para>
/// </summary>
S_Sturzanlage,
/// <summary>
/// [Gun Mode of Operation]
/// <para>Indicates mode of given gun ({0 dismantled, 1 ready, 2 firing, 3 reloading, 4 jammed}).</para>
/// <para>Subtype points to gun attachment hook (looking up gun on hook named [_Gun+subtype]).</para>
/// </summary>
S_GunOperation,
/// <summary>
/// [Gun Ammo Reserve]
/// <para>Indicates current number of bullets in gun storage.</para>
/// <para>Subtype points to gun attachment hook (looking up gun on hook named [_Gun+subtype]).</para>
/// </summary>
S_GunReserve,
/// <summary>
/// [Gun Clip Reserve]
/// <para>Indicates number of bullets in current gun loaded clip / ammo box.</para>
/// <para>Subtype points to gun attachment hook (looking up gun on hook named [_Gun+subtype]).</para>
/// </summary>
S_GunClipReserve,
/// <summary>
/// [Bomb Spawn Ammo Reserve]
/// <para>Indicates number of bombs in bombgun storage.</para>
/// <para>Subtype points to attachment hook (looking up gun on hook named [_Bomb+subtype]).</para>
/// </summary>
S_BombReserve,
/// <summary>
/// [Fenster Opening]
/// <para>Indicates fenster opening, [0.0, 1.0].</para>
/// </summary>
S_Fenster,
/// <summary>
/// [Pitot Heater]
/// <para>Indicates pitot heater gain ratio.</para>
/// </summary>
S_PitotHeater,
/// <summary>
/// [Bombenabwurfgerat]
/// <para>Indicates machine bomb distributor parameters.</para>
/// <para>Generic subtype (-1) shows mode ({0 single, 1 series, 2 salvo});</para>
/// <para>Subtype 0 shows mode ({0 single, 1 series, 2 salvo});</para>
/// <para>Subtype 1 shows 1.0 if arming is on;</para>
/// <para>Subtype 2 shows selected slot (-1 if all slots selected);</para>
/// <para>Subtype 3 shows series length (-1 if all bombs selected);</para>
/// <para>Subtype 4 shows 1.0 if short / dive delay is on;</para>
/// <para>Subtype 9 shows 1.0 while abwurfgerat is in bomb drop operation.</para>
/// </summary>
S_Bombenabwurfgerat,
/// <summary>
/// [Turret]
/// <para>Indicates machine turret parameters.</para>
/// <para>Subtype digit 1 stands for puppet #; Subtype digit 2 stands turret index in given puppet;</para>
/// <para>Subtype digit 3: 0 - Unfold, 1 - Lower Lock, 2 - Mount Yaw, 3 - Upper Lock,</para>
/// <para> 4 - Mount Pitch, 5 - Swivel Yaw, 6 - Swivel Pitch.</para>
/// <para>Ex.: 105 - Swivel yaw on main turret of puppet #1.</para>
/// </summary>
S_Turret,
#endregion
#region RESERVED PLACEHOLDERS
M_Reserved000,
M_Reserved001,
M_Reserved002,
M_Reserved003,
M_Reserved004,
M_Reserved005,
M_Reserved006,
M_Reserved007,
M_Reserved008,
M_Reserved009,
M_Reserved00A,
M_Reserved00B,
M_Reserved00C,
M_Reserved00D,
M_Reserved00E,
M_Reserved00F,
M_Reserved010,
M_Reserved011,
M_Reserved012,
M_Reserved013,
M_Reserved014,
M_Reserved015,
M_Reserved016,
M_Reserved017,
M_Reserved018,
M_Reserved019,
M_Reserved01A,
M_Reserved01B,
M_Reserved01C,
M_Reserved01D,
M_Reserved01E,
M_Reserved01F,
#endregion
#region Parameters - Instrumentation
#region Instrumentation - Assorted
/// <summary>
/// [Inst: Timer]
/// <para>Returns timer reading.</para>
/// <para>Generic subtype (-1) shows clock / time of day, hours, [0.0, 24.0);</para>
/// <para>Subtype 0 shows stopwatch reading, seconds.</para>
/// </summary>
I_Timer, // NB: I_Timer works as a separator for all I_* types, must be on top of instrumentation section
/// <summary>
/// [Inst: Ambient Temperature]
/// <para>Returns ambient temperature gauge reading.</para>
/// </summary>
I_AmbientTemp,
#endregion
#region Instrumentation - Engine
/// <summary>
/// [Inst: Engine RPM]
/// <para>Returns engine RPM gauge reading.</para>
/// <para>Subtype points to engine number in machine's list.</para>
/// </summary>
I_EngineRPM,
/// <summary>
/// [Inst: Engine Manifold Pressure]
/// <para>Returns engine manifold press. gauge reading.</para>
/// <para>Subtype points to engine number in machine's list.</para>
/// </summary>
I_EngineManPress,
/// <summary>
/// [Inst: Engine Boost Pressure]
/// <para>Returns boost gauge reading.</para>
/// <para>Subtype points to engine number in machine's list.</para>
/// </summary>
I_EngineBoostPress,
/// <summary>
/// [Inst: Engine Water Pressure]
/// <para>Returns water press. gauge reading.</para>
/// <para>Subtype points to engine number in machine's list.</para>
/// </summary>
I_EngineWatPress,
/// <summary>
/// [Inst: Engine Oil Pressure]
/// <para>Returns oil pressure gauge reading.</para>
/// <para>Subtype points to engine number in machine's list.</para>
/// </summary>
I_EngineOilPress,
/// <summary>
/// [Inst: Engine Fuel Pressure]
/// <para>Returns fuel pressure gauge reading.</para>
/// <para>Subtype points to engine number in machine's list.</para>
/// </summary>
I_EngineFuelPress,
/// <summary>
/// [Inst: Engine Water Temperature]
/// <para>Returns water temp. gauge reading.</para>
/// <para>Subtype points to engine number in machine's list.</para>
/// </summary>
I_EngineWatTemp,
/// <summary>
/// [Inst: Engine Water Radiator Temperature]
/// <para>Returns water temp. (rad. outlet) gauge reading.</para>
/// <para>Subtype points to engine number in machine's list.</para>
/// </summary>
I_EngineRadTemp,
/// <summary>
/// [Inst: Engine Oil Temperature]
/// <para>Returns oil temp. gauge reading.</para>
/// <para>Subtype points to engine number in machine's list.</para>
/// </summary>
I_EngineOilTemp,
/// <summary>
/// [Inst: Engine Oil Radiator Temperature]
/// <para>Returns oil temp. (rad. outlet) gauge reading.</para>
/// <para>Subtype points to engine number in machine's list.</para>
/// </summary>
I_EngineOilRadiatorTemp,
/// <summary>
/// [Inst: Cylinders Head Temperature]
/// <para>Returns cyl. head temp. gauge reading.</para>
/// <para>Generic subtype (-1) shows combined / telepirometro elettrico reading;</para>
/// <para>Other subtypes point to engine number in machine's list.</para>
/// </summary>
I_EngineTemperature,
/// <summary>
/// [Inst: Carburettor Temperature]
/// <para>Returns carb. air temp. gauge reading.</para>
/// <para>Subtype points to engine number in machine's list.</para>
/// </summary>
I_EngineCarbTemp,
/// <summary>
/// [Inst: Propellor Pitch]
/// <para>Returns prop. pitch indicator reading ([0.0, 12.0] for clockwork type).</para>
/// </summary>
I_Pitch,
#endregion
#region Instrumentation - Machine Spatial
/// <summary>
/// [Inst: Velocity]
/// <para>Returns velocity indicator reading.</para>
/// </summary>
I_VelocityIAS,
/// <summary>
/// [Inst: Altitude]
/// <para>Returns altitude indicator reading.</para>
/// </summary>
I_Altitude,
/// <summary>
/// [Inst: Variometer]
/// <para>Returns variometer / climb velocity indicator reading.</para>
/// </summary>
I_Variometer,
/// <summary>
/// [Inst: Slip Indicator]
/// <para>Returns slip indicator reading.</para>
/// <para>Generic subtype (-1) shows machine's indicator reading;</para>
/// <para>Sybtype N shows slip value clamped to [-N, N] range.</para>
/// </summary>
I_Slip,
/// <summary>
/// [Inst: Magnetic Compass]
/// <para>Returns magnetic compass parameters.</para>
/// <para>Generic subtype (-1) shows compass gauge reading, [0.0, 360.0];</para>
/// <para>Subtype 0 shows azimuth taken off compass card;</para>
/// <para>Subtype 1 shows card pitch;</para>
/// <para>Subtype 2 shows card roll.</para>
/// </summary>
I_MagneticCompass,
/// <summary>
/// [Inst: Repeater Compass]
/// <para>Returns repeater compass parameters.</para>
/// <para>Generic subtype (-1) shows reading on the gauge, [0.0, 360.0];</para>
/// <para>Subtype 0 shows master compass card heading;</para>
/// <para>Subtype 1 shows master compass card pitch;</para>
/// <para>Subtype 2 shows master compass card roll.</para>
/// </summary>
I_RepeaterCompass,
/// <summary>
/// [Inst: Peilzeiger]
/// <para>Returns course setter preset, [0.0, 360.0].</para>
/// </summary>
I_Peilzeiger,
#endregion
#region Instrumentation - Machine Systems
/// <summary>
/// [Inst: Fuel Reserve]
/// <para>Returns fuel level indicator reading.</para>
/// <para>Generic subtype (-1) shows combined reading in all tanks / controlled by selector switch;</para>
/// <para>Other subtypes point to fuel tank number in machine's list.</para>
/// </summary>
I_FuelReserve,
/// <summary>
/// [Inst. Liquid Matter Reserve]
/// <para>Returns liquid level gauge reading.</para>
/// <para>Subtype 0 shows reading of gauge # 0;</para>
/// <para>Subtype 1 shows reading of gauge # 1.</para>
/// </summary>
I_LiquidReserve,
/// <summary>
/// [Inst: Voltamperemeter]
/// <para>Returns voltamperemeter reading.</para>
/// </summary>
I_Voltamperemeter,
/// <summary>
/// [Inst: Voltmeter]
/// <para>Returns voltmeter reading.</para>
/// </summary>
I_Voltmeter,
/// <summary>
/// [Inst: Amperemeter]
/// <para>Returns Amperemeter reading.</para>
/// </summary>
I_Amperemeter,
/// <summary>
/// [Inst: Hydraulic System Pressure]
/// <para>Returns hydro. press. gauge reading.</para>
/// </summary>
I_HydroPressure,
/// <summary>
/// [Inst: Hydraulic Emergency Container Pressure]
/// <para>Returns hydro. emergency discharge container press. gauge reading.</para>
/// </summary>
I_HydroEmPressure,
#endregion
#region Instrumentation - Gyro Gauges
/// <summary>
/// [Inst: Turn Indicator]
/// <para>Returns turn indicator deflection, [-1.2, 1.2].</para>
/// </summary>
I_Turn,
/// <summary>
/// [Inst: Artificial Horizon]
/// <para>Returns artificial horizon parameters.</para>
/// <para>Subtype 1 shows pitch;</para>
/// <para>Subtype 2 shows roll.</para>
/// </summary>
I_AH,
/// <summary>
/// [Inst: DI]
/// <para>Returns DI reading, [0.0, 360.0].</para>
/// <para>Generic subtype (-1) shows gauge reading;</para>
/// <para>Subtype 1 shows DI pinion shift.</para>
/// </summary>
I_DirectionIndicator,
/// <summary>
/// [Inst: Slaved Compass]
/// <para>Returns slaved compass (GMK) reading, [0.0, 360.0].</para>
/// </summary>
I_SlavedCompass,
/// <summary>
/// [Inst: Suction]
/// <para>Returns gyro suction gauge reading.</para>
/// </summary>
I_Suction,
#endregion
#region Instrumentation - Radio Equipment
/// <summary>
/// [Inst: Lorenz AFN]
/// <para>Returns Lorenz AFN indicator readings.</para>
/// <para>Generic subtype (-1) shows indicated deviation, [-1.0, 1.0];</para>
/// <para>Subtype 1 shows signal gain level, [0.0, 1.0];</para>
/// <para>Subtype 2 shows detected marker station tone frequency, otherwise 0.0.</para>
/// </summary>
I_AFN,
/// <summary>
///[*]
/// </summary>
I_ADF,
/// <summary>
///[*]
/// </summary>
I_RDF,
/// <summary>
///[*]
/// </summary>
I_RMI,
/// <summary>
/// [Inst: Fixed Loop Radio Compass]
/// <para>Returns FLRC indicator reading, [-1.0, 1.0];</para>
/// </summary>
I_FLRC,
/// <summary>
/// [Inst: Kurssteuerung]
/// <para>Returns course autopilot parameters.</para>
/// <para>Generic subtype (-1) shows kurssteuerung mode, {0, 1, 2};</para>
/// <para>Subtype 1 shows indicated deviation, [-1.0, 1.0];</para>
/// <para>Subtype 2 shows preset course, [0.0, 360.0].</para>
/// </summary>
I_Kurssteuerung,
#endregion
#region Instrumentation - Bomb Sight
/// <summary>
/// [Inst: Bombsight]
/// <para>Returns bomb sight parameters.</para>
/// <para>Subtype 0 shows velocity, m/s;</para>
/// <para>Subtype 1 shows altitude, m;</para>
/// <para>Subtype 2 shows side slip, deg;</para>
/// <para>Subtype 3 shows elevation angle, deg;</para>
/// <para>Subtype 4 shows distance, m;</para>
/// <para>Subtype 5 shows gyro readyness, [0.0, 1.0];</para>
/// <para>Subtype 6 shows 1.0 if automation is on;</para>
/// <para>Subtype 7 shows 1.0 while dropping bombs;</para>
/// <para>Subtype 8 shows gyro platform pitch, deg;</para>
/// <para>Subtype 9 shows gyro platform roll, deg;</para>
/// </summary>
I_BombSight,
#endregion
#endregion
#endregion
}
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#217
04-02-2012, 01:13 PM
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Quote:
Of course many planes are not correctly modelled (both original and modded ones) and I'm not stating that 1946 is better in the EM department... I think that simply it's not SO better to be called "Complex" (just like the graphic engine.. Clod is better looking of course, but 1946 is 10 years old... it's not difficult having new hardware and 3Gb VRAM). As Tamat says: we need a SDK to test the accuracy of the models because for that I know in the code there can be many functions with many commented lines returning wrong/not precise results (since the sim has been released in alpha stage it's very probable). If the debug SDKs could be provided to us then Luthier could have free help about FM/DM/CEM...
__________________
 A whole generation of pilots learned to treasure the Spitfire for its delightful response to aerobatic manoeuvres and its handiness as a dogfighter. Iit is odd that they had continued to esteem these qualities over those of other fighters in spite of the fact that they were of only secondary importance tactically.Thus it is doubly ironic that the Spitfire’s reputation would habitually be established by reference to archaic, non-tactical criteria.
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#218
04-02-2012, 01:18 PM
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Quote:
I too would love to have an option where following procedures is as important as it was in real life. At the moment CEM is still too forgiving IMO - although maybe not in the case of the Blenheim where the engine really does have to be nursed! Thanks for posting the video, interesting stuff. The engineer comments referred to the max coolant temperature reducing with altitude according to the boiling curve. I thought the system was pressurised in which case this shouldn't happen. Can anyone comment on this please? Another point I'd really like an answer to is this - In the game the engine sound changes only with RPM. It does not change in line with power output/boost settings (while maitaining constant RPM). Does anyone with experience know if the engine note should change according to power output, given the same RPM? Thanks Last edited by Sutts; 04-02-2012 at 02:00 PM.
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#219
04-02-2012, 01:35 PM
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 I hope this issue are fixed in the coming patch, but I seriously doubt it!
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When one engine fails on a two engine bomber, you will always have enough power left to get to the scene of the crash. Get the latest COD Team Fusion patch info HERE Last edited by salmo; 04-02-2012 at 02:21 PM.
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#220
04-02-2012, 01:50 PM
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Quote:
Quote:
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Bobika.
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Linear Mode
