public ColliderJntSphElement(Ptr p)
{
address = p;
body = new ColliderBody(p);
modelSphere = new Sphere(p.RelOff(0x28));
worldSphere = new Sphere(p.RelOff(0x30));
scale = p.ReadFloat(0x38);
unk_0x3C = p.ReadByte(0x3C);
}
public ColliderCylinder(Ptr ptr, Collider c)
{
collider = c;
body = new ColliderBody(ptr.RelOff(0x18));
radius = ptr.ReadInt16(0x40);
height = ptr.ReadInt16(0x42);
yShift = ptr.ReadInt16(0x44);
position = ptr.ReadVec3s(0x46);
}
public ColliderTriElement(Ptr p)
{
address = p;
body = new ColliderBody(p);
pointA = p.ReadVec3f(0x28);
pointB = p.ReadVec3f(0x34);
pointC = p.ReadVec3f(0x40);
unit_normal = p.ReadVec3f(0x4C);
normal_dist = p.ReadFloat(0x58);
}
public ColliderCylinderElement(Ptr p)
{
body = new ColliderBody(p);
unk_0x28 = new Vector3 <short>(
p.ReadInt16(0x28), p.ReadInt16(0x2A), p.ReadInt16(0x2C));
unk_0x2E = p.ReadInt16(0x2E);
position = new Vector3 <short>(
p.ReadInt16(0x30), p.ReadInt16(0x32), p.ReadInt16(0x34));
unk_0x36 = p.ReadInt16(0x36);
unk_0x38 = p.ReadInt32(0x38);
unk_0x3C = p.ReadByte(0x3C);
}
public ColliderTriElement(Ptr p)
{
body = new ColliderBody(p);
pointA = new Vector3 <float>
(p.ReadFloat(0x28), p.ReadFloat(0x2C), p.ReadFloat(0x30));
pointB = new Vector3 <float>
(p.ReadFloat(0x34), p.ReadFloat(0x38), p.ReadFloat(0x3C));
pointC = new Vector3 <float>
(p.ReadFloat(0x40), p.ReadFloat(0x44), p.ReadFloat(0x48));
unit_normal = new Vector3 <float>
(p.ReadFloat(0x4C), p.ReadFloat(0x50), p.ReadFloat(0x54));
normal_dist = p.ReadFloat(0x58);
}
public ColliderQuad(Ptr ptr, Collider c)
{
collider = c;
body = new ColliderBody(ptr.RelOff(0x18));
quad = new List <Vector3 <float> >()
{
ptr.ReadVec3f(0x40),
ptr.ReadVec3f(0x4C),
ptr.ReadVec3f(0x58),
ptr.ReadVec3f(0x64)
};
dcMidpoint = ptr.ReadVec3s(0x70);
baMidpoint = ptr.ReadVec3s(0x76);
unk7C = ptr.ReadFloat(0x7C);
}
