class ACE_Settings { class GVAR(enabled) { typeName = "BOOL"; value = 1; displayName = CSTRING(enabled_displayName); description = CSTRING(enabled_description); }; // ACE_ScopeAdjust_Vertical and ACE_ScopeAdjust_Horizontal will be populated with default values instead of [0,0] class GVAR(forceUseOfAdjustmentTurrets) { typeName = "BOOL"; value = 0; displayName = CSTRING(forceUseOfAdjustmentTurrets_displayName); description = CSTRING(forceUseOfAdjustmentTurrets_description); }; // Auto corrects the zeroing in both vanilla- and advanced ballistics class GVAR(correctZeroing) { typeName = "BOOL"; value = 1; displayName = CSTRING(correctZeroing_displayName); description = CSTRING(correctZeroing_description); }; // Enables the use of the 'defaultZeroRange' setting to overwrite the discreteDistance[] config class GVAR(overwriteZeroRange) { typeName = "BOOL"; value = 0; displayName = CSTRING(overwriteZeroRange_displayName); description = CSTRING(overwriteZeroRange_description); }; // Only affects scopes with elevation adjustment turrets (ACE_ScopeAdjust_Vertical != [0,0]) class GVAR(defaultZeroRange) { typeName = "SCALAR"; value = 100; displayName = CSTRING(defaultZeroRange_displayName); description = CSTRING(defaultZeroRange_description); }; // Only relevant when advanced ballistics is enabled class GVAR(zeroReferenceTemperature) { typeName = "SCALAR"; value = 15; displayName = CSTRING(zeroReferenceTemperature_displayName); description = CSTRING(zeroReferenceTemperature_description); }; class GVAR(zeroReferenceBarometricPressure) { typeName = "SCALAR"; value = 1013.25; displayName = CSTRING(zeroReferenceBarometricPressure_displayName); description = CSTRING(zeroReferenceBarometricPressure_description); }; class GVAR(zeroReferenceHumidity) { typeName = "SCALAR"; value = 0.0; displayName = CSTRING(zeroReferenceHumidity_displayName); description = CSTRING(zeroReferenceHumidity_description); }; class GVAR(deduceBarometricPressureFromTerrainAltitude) { typeName = "BOOL"; value = 0; displayName = CSTRING(deduceBarometricPressureFromTerrainAltitude_displayName); description = CSTRING(deduceBarometricPressureFromTerrainAltitude_description); }; class GVAR(useLegacyUI) { typeName = "BOOL"; value = 0; isClientSettable = 1; displayName = CSTRING(useLegacyUI_displayName); description = CSTRING(useLegacyUI_description); }; };