private protected FullBehavior(SimpleDescriptor standardShortDesc, SimpleDescriptor singleShortDesc, PartDescriptor <DataClass> longDesc,
PlayerBodyPartDelegate <ContainerClass> playerDesc, ChangeType <DataClass> transformDesc, RestoreType <DataClass> restoreDesc) : base(standardShortDesc, singleShortDesc)
{
longStr = longDesc ?? throw new ArgumentNullException(nameof(longDesc));
playerStr = playerDesc ?? throw new ArgumentNullException(nameof(playerDesc));
transformFromStr = transformDesc ?? throw new ArgumentNullException(nameof(transformDesc));
restoredStr = restoreDesc ?? throw new ArgumentNullException(nameof(restoreDesc));
}
internal DistinctTargetGroupTuple(PartDescriptor <Vector3> descriptor)
{
id = descriptor.TargetGroupId;
type = descriptor.PartType;
// You'd think this would be TargetPoint, but from my testing it seems to be HitBoxCenter.
// TODO: Figure out what TargetPoint is actually for.
location = descriptor.HitboxCenterPoint;
}
private OvipositorType(byte maxEggs, ShortDescriptor shortDesc, PartDescriptor <OvipositorData> longDesc, PlayerBodyPartDelegate <Ovipositor> playerDesc,
OvipositorTransform transform, OvipositorRestore restore) : base(shortDesc)
{
this.maxEggs = maxEggs;
this.longDesc = longDesc ?? throw new ArgumentNullException(nameof(longDesc));
this.playerDesc = playerDesc ?? throw new ArgumentNullException(nameof(playerDesc));
this.transformStr = transform ?? throw new ArgumentNullException(nameof(transform));
restoreStr = restore ?? throw new ArgumentNullException(nameof(restore));
}
//i should use maybe plural desriptor here by naming conventions, but in this case i know exactly when it's plural, so i can fake it with the function that
//exposes the delegate. probably should do it anyway, but it's easier to implement like this.
private protected EyeType(EyeColor defaultEyeColor, EyeChangeDelegate eyeChange,
ShortPluralDescriptor shortDesc, SimpleDescriptor singleItemDesc, PartDescriptor <EyeData> longDesc, SingleEyeDescriptor oneEyeDesc, PartDescriptor <EyeData> fullDesc,
PlayerBodyPartDelegate <Eyes> playerDesc, ChangeType <EyeData> transform, RestoreType <EyeData> restore, byte numEyes = 2, ScleraColor color = ScleraColor.CLEAR)
: base(PluralHelper(shortDesc), singleItemDesc, longDesc, playerDesc, transform, restore)
{
EyeChangeSpecial = eyeChange;
eyeCount = numEyes;
defaultColor = defaultEyeColor;
_index = indexMaker++;
eyeDesc = shortDesc;
eyeFullDesc = fullDesc ?? throw new ArgumentNullException(nameof(fullDesc));
this.oneEyeDesc = oneEyeDesc ?? throw new ArgumentNullException(nameof(oneEyeDesc));
eyes.AddAt(this, _index);
scleraColor = color;
}
internal PartFactory(CraftFactory craft, NodeCollection shipPart)
{
Craft = craft;
ShipPart = shipPart;
hardpointFactory = new HardpointFactory(craft);
// Fetch ship part top level data
descriptor = ShipPart.Children.OfType <PartDescriptor <Vector3> >().First();
rotationInfo = ShipPart.Children.OfType <RotationInfo <Vector3> >().First();
verts = ShipPart.OfType <MeshVertices <Vector3> >().First();
vertUV = ShipPart.OfType <VertexUV <Vector2> >().First();
vertNormals = ShipPart.OfType <VertexNormals <Vector3> >().First();
// All meshes are contained inside of a MeshLod
// There is only one MeshLod per part.
// Each LOD is BranchNode containing a collection of meshes and textures it uses.
var lodNode = ShipPart.OfType <LodCollection>().First();
_lods = new List <LodFactory>();
int newLodIndex = 0;
for (int i = 0; i < lodNode.MaxRenderDistance.Count; i++)
{
float distance = lodNode.MaxRenderDistance[i];
// Out of order LODs are probably broken. See TIE98 CAL.OPT.
// If this distance is greater than the previous distance (smaller number means greater render distance),
// then this LOD is occluded by the previous LOD.
if (distance > 0 && i > 0 && distance > lodNode.MaxRenderDistance[i - 1])
{
continue;
}
if (lodNode.Children[i] is NodeCollection branch)
{
_lods.Add(new LodFactory(this, branch, newLodIndex, distance));
newLodIndex++;
}
else
{
Debug.LogError("Skipping LOD" + newLodIndex + " as it is not a NodeCollection");
}
}
}
internal GameObject MakeHardpoint(GameObject parent, Hardpoint <Vector3> hardpointNode, PartDescriptor <Vector3> partDescriptor)
{
var hardpointObj = Object.Instantiate(Craft.HardpointBase) as GameObject;
hardpointObj.name = hardpointNode.WeaponType.ToString();
Helpers.AttachTransform(parent, hardpointObj, hardpointNode.Location);
Craft.ProcessHardpoint?.Invoke(hardpointObj, partDescriptor, hardpointNode);
return(hardpointObj);
}
private OvipositorType(ShortDescriptor shortDesc, PartDescriptor <OvipositorData> longDesc, PlayerBodyPartDelegate <Ovipositor> playerDesc,
OvipositorTransform transform, OvipositorRestore restore) : this(0, shortDesc, longDesc, playerDesc, transform, restore)
{
}
public StoneStareEyeType(EyeColor defaultEyeColor, EyeChangeDelegate eyeChange, ShortPluralDescriptor shortDesc, SimpleDescriptor singleItemDesc,
PartDescriptor <EyeData> longDesc, SingleEyeDescriptor oneEyeDesc, PartDescriptor <EyeData> fullDesc, PlayerBodyPartDelegate <Eyes> playerDesc,
ChangeType <EyeData> transform, RestoreType <EyeData> restore, byte numEyes = 2, ScleraColor color = ScleraColor.CLEAR)
: base(defaultEyeColor, eyeChange, shortDesc, singleItemDesc, longDesc, oneEyeDesc, fullDesc, playerDesc, transform, restore, numEyes, color)
{
}
protected GillType(ShortPluralDescriptor shortDesc, SimpleDescriptor singleDesc, PartDescriptor <GillData> longDesc, PlayerBodyPartDelegate <Gills> playerDesc,
ChangeType <GillData> transform, RestoreType <GillData> restore) : base(PluralHelper(shortDesc), singleDesc, longDesc, playerDesc, transform, restore)
{
_index = indexMaker++;
gills.AddAt(this, _index);
pluralDesc = shortDesc;
}
private protected TongueType(ushort tongueLength, double tongueWidth, ShortDescriptor shortDesc, PartDescriptor <TongueData> longDesc,
PlayerBodyPartDelegate <Tongue> playerDesc, ChangeType <TongueData> transform, RestoreType <TongueData> restore) : base(shortDesc, longDesc, playerDesc, transform, restore)
{
_index = indexMaker++;
tongues.AddAt(this, _index);
length = tongueLength;
width = tongueWidth;
}
