public void ApplyUnitMovementAttributesPatch(UnitMovementAttributesPatch unitMovementAttributesPatch, UnitMovementAttributesWrapper unitMovementAttributesWrapper)
{
applyPropertyPatch(unitMovementAttributesPatch.DriveType, () => unitMovementAttributesWrapper.DriveType);
if (unitMovementAttributesPatch.Dynamics != null)
{
using (logger.BeginScope($"UnitDynamicsAttributes:"))
{
var unitDynamicsAttributesWrapper = new UnitDynamicsAttributesWrapper(unitMovementAttributesWrapper.Dynamics);
ApplyUnitDynamicsAttributesPatch(unitMovementAttributesPatch.Dynamics, unitDynamicsAttributesWrapper);
unitMovementAttributesWrapper.Dynamics = unitDynamicsAttributesWrapper;
}
}
}
private void ApplyUnitDynamicsAttributesPatch(UnitDynamicsAttributesPatch unitDynamicsAttributesPatch, UnitDynamicsAttributesWrapper unitDynamicsAttributesWrapper)
{
applyPropertyPatch(unitDynamicsAttributesPatch.DriveType, () => unitDynamicsAttributesWrapper.DriveType);
applyPropertyPatch(unitDynamicsAttributesPatch.Length, () => unitDynamicsAttributesWrapper.Length, x => Fixed64.UnsafeFromDouble(x));
applyPropertyPatch(unitDynamicsAttributesPatch.Width, () => unitDynamicsAttributesWrapper.Width, x => Fixed64.UnsafeFromDouble(x));
applyPropertyPatch(unitDynamicsAttributesPatch.MaxSpeed, () => unitDynamicsAttributesWrapper.MaxSpeed, x => Fixed64.UnsafeFromDouble(x));
applyPropertyPatch(unitDynamicsAttributesPatch.ReverseFactor, () => unitDynamicsAttributesWrapper.ReverseFactor, x => Fixed64.UnsafeFromDouble(x));
applyPropertyPatch(unitDynamicsAttributesPatch.AccelerationTime, () => unitDynamicsAttributesWrapper.AccelerationTime, x => Fixed64.UnsafeFromDouble(x));
applyPropertyPatch(unitDynamicsAttributesPatch.BrakingTime, () => unitDynamicsAttributesWrapper.BrakingTime, x => Fixed64.UnsafeFromDouble(x));
applyPropertyPatch(unitDynamicsAttributesPatch.MaxSpeedTurnRadius, () => unitDynamicsAttributesWrapper.MaxSpeedTurnRadius, x => Fixed64.UnsafeFromDouble(x));
applyPropertyPatch(unitDynamicsAttributesPatch.MaxEaseIntoTurnTime, () => unitDynamicsAttributesWrapper.MaxEaseIntoTurnTime, x => Fixed64.UnsafeFromDouble(x));
applyPropertyPatch(unitDynamicsAttributesPatch.DriftType, () => unitDynamicsAttributesWrapper.DriftType, x => Fixed64.UnsafeFromDouble(x));
applyPropertyPatch(unitDynamicsAttributesPatch.ReverseDriftMultiplier, () => unitDynamicsAttributesWrapper.ReverseDriftMultiplier, x => Fixed64.UnsafeFromDouble(x));
applyPropertyPatch(unitDynamicsAttributesPatch.DriftOvershootFactor, () => unitDynamicsAttributesWrapper.DriftOvershootFactor, x => Fixed64.UnsafeFromDouble(x));
applyPropertyPatch(unitDynamicsAttributesPatch.FishTailingTimeIntervals, () => unitDynamicsAttributesWrapper.FishTailingTimeIntervals, x => Fixed64.UnsafeFromDouble(x));
applyPropertyPatch(unitDynamicsAttributesPatch.FishTailControlRecover, () => unitDynamicsAttributesWrapper.FishTailControlRecover, x => Fixed64.UnsafeFromDouble(x));
applyPropertyPatch(unitDynamicsAttributesPatch.MinDriftSlipSpeed, () => unitDynamicsAttributesWrapper.MinDriftSlipSpeed, x => Fixed64.UnsafeFromDouble(x));
applyPropertyPatch(unitDynamicsAttributesPatch.MaxDriftRecoverTime, () => unitDynamicsAttributesWrapper.MaxDriftRecoverTime, x => Fixed64.UnsafeFromDouble(x));
applyPropertyPatch(unitDynamicsAttributesPatch.MinCruiseSpeed, () => unitDynamicsAttributesWrapper.MinCruiseSpeed, x => Fixed64.UnsafeFromDouble(x));
applyPropertyPatch(unitDynamicsAttributesPatch.DeathDriftTime, () => unitDynamicsAttributesWrapper.DeathDriftTime, x => Fixed64.UnsafeFromDouble(x));
applyPropertyPatch(unitDynamicsAttributesPatch.PermanentlyImmobile, () => unitDynamicsAttributesWrapper.PermanentlyImmobile);
}
protected override void Apply(AttributeLoader loader, object wrapperObj)
{
if (!(wrapperObj is UnitMovementAttributesWrapper wrapper))
{
throw new System.InvalidCastException();
}
loader.ApplyPPatch(DriveType, () => wrapper.DriveType);
if (Dynamics != null)
{
using (loader.logger.BeginScope($"Dynamics:"))
{
var w = new UnitDynamicsAttributesWrapper(wrapper.Dynamics);
Dynamics.Apply(loader, w, null);
wrapper.Dynamics = w;
}
}
if (RandomDynamicsVariance != null)
{
using (loader.logger.BeginScope($"RandomDynamicsVariance:"))
{
var w2 = new UnitDynamicsRandomizationParametersWrapper(wrapper.RandomDynamicsVariance);
RandomDynamicsVariance.Apply(loader, w2, null);
wrapper.RandomDynamicsVariance = w2;
}
}
if (Maneuvers != null)
{
using (loader.logger.BeginScope($"Maneuvers:"))
{
var w2 = new UnitManeuverAttributesWrapper(wrapper.Maneuvers);
Maneuvers.Apply(loader, w2, null);
wrapper.Maneuvers = w2;
}
}
if (Hover != null)
{
using (loader.logger.BeginScope($"Hover:"))
{
var w2 = new HoverDynamicsAttributesWrapper(wrapper.Hover);
Hover.Apply(loader, w2, null);
wrapper.Hover = w2;
}
}
if (Combat != null)
{
using (loader.logger.BeginScope($"Combat:"))
{
var w2 = new UnitCombatBehaviorAttributesWrapper(wrapper.Combat);
Combat.Apply(loader, w2, null);
wrapper.Combat = w2;
}
}
if (Avoidance != null)
{
using (loader.logger.BeginScope($"Avoidance:"))
{
var w2 = new UnitAvoidanceAttributesWrapper(wrapper.Avoidance);
Avoidance.Apply(loader, w2, null);
wrapper.Avoidance = w2;
}
}
if (ReversePolarity != null)
{
using (loader.logger.BeginScope($"ReversePolarity:"))
{
var w2 = new ReversePolarityAttributesWrapper(wrapper.ReversePolarity);
ReversePolarity.Apply(loader, w2, null);
wrapper.ReversePolarity = w2;
}
}
}