ACE3/addons/scopes/CfgVehicles.hpp
ulteq be482ea097 Advanced Ballistics - Drag model revamp & Spin drift correction (#5566)
* Advanced Ballistics - Drag model revamp
- Moved away from using the drag tables from the GNU exterior ballistics library
- The drag functions are now based off this data from JBM Ballistics: http://www.jbmballistics.com/ballistics/downloads/text/
- The differences are minor, but some players might still appreciate the additional authenticity

* The Mach number is now calculated in relation to the air temperature.

* Improved speed of sound calculation accuracy.

* Advanced Ballistics - DLL update

* Advanced Ballistics - Added drag function reference (JBM Ballistics)

* Advanced Ballistics - Fixed calculation error in the spin drift simulation
- The error was introduced with this PR (https://github.com/acemod/ACE3/pull/4708)

* More descriptive variable names

* Minor performance optimizations

* Fixed some minor issues

* DLL rebuild

* Utilize new 'toFixed' script command
- Small performance improvement

* Fixed a typo

* Use correct reference speed for the drag compensation

* Updated all 'airFriction' values to match the new drag model

* 'Default' atmosphere now equals the ICAO standard atmosphere

* Update reference humidity to meet the ICAO standard
2017-10-06 13:05:20 -05:00

91 lines
3.7 KiB
C++

class CfgVehicles {
class Man;
class CAManBase: Man {
class ACE_SelfActions {
class ACE_Equipment {
class GVAR(adjustZero) {
// Updates the zero reference
displayName = CSTRING(AdjustZero);
condition = QUOTE([ACE_player] call FUNC(canAdjustZero));
statement = QUOTE([ACE_player] call FUNC(adjustZero));
showDisabled = 0;
priority = 0.2;
//icon = QPATHTOF(UI\...); // TODO
exceptions[] = {"notOnMap", "isNotInside", "isNotSwimming", "isNotSitting"};
};
};
};
};
class ACE_Module;
class GVAR(ModuleSettings): ACE_Module {
scope = 2;
displayName = CSTRING(DisplayName);
//icon = ""; // needs an icon
category = "ACE";
function = QUOTE(DFUNC(initModuleSettings));
functionPriority = 1;
isGlobal = 1;
isTriggerActivated = 0;
author = ECSTRING(common,ACETeam);
class Arguments {
class enabled {
displayName = CSTRING(enabled_DisplayName);
description = CSTRING(enabled_Description);
typeName = "BOOL";
defaultValue = 1;
};
class forceUseOfAdjustmentTurrets {
displayName = CSTRING(forceUseOfAdjustmentTurrets_DisplayName);
description = CSTRING(forceUseOfAdjustmentTurrets_Description);
typeName = "BOOL";
defaultValue = 0;
};
class correctZeroing {
displayName = CSTRING(correctZeroing_DisplayName);
description = CSTRING(correctZeroing_Description);
typeName = "BOOL";
defaultValue = 1;
};
class overwriteZeroRange {
displayName = CSTRING(overwriteZeroRange_DisplayName);
description = CSTRING(overwriteZeroRange_Description);
typeName = "BOOL";
defaultValue = 0;
};
class defaultZeroRange {
displayName = CSTRING(defaultZeroRange_DisplayName);
description = CSTRING(defaultZeroRange_Description);
typeName = "NUMBER";
defaultValue = 100;
};
class zeroReferenceTemperature {
displayName = CSTRING(zeroReferenceTemperature_DisplayName);
description = CSTRING(zeroReferenceTemperature_Description);
typeName = "NUMBER";
defaultValue = 15;
};
class zeroReferenceBarometricPressure {
displayName = CSTRING(zeroReferenceBarometricPressure_DisplayName);
description = CSTRING(zeroReferenceBarometricPressure_Description);
typeName = "NUMBER";
defaultValue = 1013.25;
};
class zeroReferenceHumidity {
displayName = CSTRING(zeroReferenceHumidity_DisplayName);
description = CSTRING(zeroReferenceHumidity_Description);
typeName = "NUMBER";
defaultValue = 0.0;
};
class deduceBarometricPressureFromTerrainAltitude {
displayName = CSTRING(deduceBarometricPressureFromTerrainAltitude_DisplayName);
description = CSTRING(deduceBarometricPressureFromTerrainAltitude_Description);
typeName = "BOOL";
defaultValue = 0;
};
};
class ModuleDescription {
description = CSTRING(Description);
};
};
};