public override void OnLoad(ConfigNode node)
{
ConfigNode.LoadObjectFromConfig(this, node);
volume.Load("volume", node);
pitch.Load("pitch", node);
lowpass.Load("lowpass", node);
}
public override void OnLoad(ConfigNode node)
{
//Print("OnLoad");
Backup(node);
emission = new MultiInputCurve("emission");
energy = new MultiInputCurve("energy");
speed = new MultiInputCurve("speed");
grow = new MultiInputCurve("grow", true);
scale = new MultiInputCurve("scale");
size = new MultiInputCurve("size");
offset = new MultiInputCurve("offset", true);
force = new MultiInputCurve("force", true);
logGrow = new MultiInputCurve("logGrow", true);
linGrow = new MultiInputCurve("linGrow", true);
logGrowScale = new MultiInputCurve("logGrowScale");
alpha = new MultiInputCurve("alpha");
linAlphaDecay = new MultiInputCurve("linAlphaDecay", true);
logAlphaDecay = new MultiInputCurve("logAlphaDecay", true);
initalVelocityOffsetMaxRadius = new MultiInputCurve("initalVelocityOffsetMaxRadius", true);
sizeClampCurve = new MultiInputCurve("sizeClamp", true);
randConeEmit = new MultiInputCurve("randConeEmit", true);
vRandPosOffset = new MultiInputCurve("vRandPosOffset", true);
vPosOffset = new MultiInputCurve("vPosOffset", true);
xyForce = new MultiInputCurve("xyForce", false);
zForce = new MultiInputCurve("zForce", false);
ConfigNode.LoadObjectFromConfig(this, node);
emission.Load(node);
energy.Load(node);
speed.Load(node);
grow.Load(node);
scale.Load(node);
size.Load(node);
offset.Load(node);
force.Load(node);
logGrowScale.Load(node);
logGrow.Load(node);
linGrow.Load(node);
alpha.Load(node);
linAlphaDecay.Load(node);
logAlphaDecay.Load(node);
initalVelocityOffsetMaxRadius.Load(node);
sizeClampCurve.Load(node);
randConeEmit.Load(node);
vRandPosOffset.Load(node);
vPosOffset.Load(node);
xyForce.Load(node);
zForce.Load(node);
angle.Load("angle", node);
distance.Load("distance", node);
layerId = LayerMask.NameToLayer(layer);
loaded = true;
}
public override void OnLoad(ConfigNode node)
{
//print("OnLoad");
// Use the actual part cfg instead of what KSP provides because
// the node provided for the root part after a load/scene change is empty
if (HighLogic.LoadedScene != GameScenes.LOADING && !node.HasNode())
{
node = GetEffectConfig();
if (node == null)
{
Log.info(
"Unable to find the effect config for part {0} effectName {1} instanceName {2}",
hostPart.protoPartSnapshot.partName, effectName, instanceName
);
return;
}
}
// Backup the config because this effect config goes beyond the 7 deep serialization restriction and we get a node without the InputCurves
// A cheap hack but fixing this takes way too much compile/reloading...
Backup(node);
//print("OnLoad :\n" + node);
emission = new MultiInputCurve("emission");
energy = new MultiInputCurve("energy");
speed = new MultiInputCurve("speed");
grow = new MultiInputCurve("grow", true);
scale = new MultiInputCurve("scale");
size = new MultiInputCurve("size");
offset = new MultiInputCurve("offset", true);
force = new MultiInputCurve("force", true);
logGrow = new MultiInputCurve("logGrow", true);
linGrow = new MultiInputCurve("linGrow", true);
logGrowScale = new MultiInputCurve("logGrowScale");
alpha = new MultiInputCurve("alpha");
linAlphaDecay = new MultiInputCurve("linAlphaDecay", true);
logAlphaDecay = new MultiInputCurve("logAlphaDecay", true);
saturationMult = new MultiInputCurve("saturationMult");
brightnessMult = new MultiInputCurve("brightnessMult");
alphaMult = new MultiInputCurve("alphaMult");
initalVelocityOffsetMaxRadius = new MultiInputCurve("initalVelocityOffsetMaxRadius", true);
sizeClampCurve = new MultiInputCurve("sizeClamp", true);
randConeEmit = new MultiInputCurve("randConeEmit", true);
vRandPosOffset = new MultiInputCurve("vRandPosOffset", true);
vPosOffset = new MultiInputCurve("vPosOffset", true);
xyForce = new MultiInputCurve("xyForce", false);
zForce = new MultiInputCurve("zForce", false);
ConfigNode.LoadObjectFromConfig(this, node);
emission.Load(node);
energy.Load(node);
speed.Load(node);
grow.Load(node);
scale.Load(node);
size.Load(node);
offset.Load(node);
force.Load(node);
logGrowScale.Load(node);
logGrow.Load(node);
linGrow.Load(node);
alpha.Load(node);
linAlphaDecay.Load(node);
logAlphaDecay.Load(node);
initalVelocityOffsetMaxRadius.Load(node);
saturationMult.Load(node);
brightnessMult.Load(node);
alphaMult.Load(node);
sizeClampCurve.Load(node);
randConeEmit.Load(node);
vRandPosOffset.Load(node);
vPosOffset.Load(node);
xyForce.Load(node);
zForce.Load(node);
angle.Load("angle", node);
distance.Load("distance", node);
layerId = LayerMask.NameToLayer(layer);
loaded = true;
}