internal static void Instantiate(Round2.Generated.Binary.OBOA.Package proto)
{
RTOBOA l_obj = GameObject.CreatePrimitive(PrimitiveType.Plane).AddComponent <RTOBOA>();
Destroy(l_obj.collider);
l_obj.m_proto = proto;
l_obj.transform.position = new Vector3(-proto.m_x_pos_20, proto.m_y_pos_24, proto.m_z_pos_28);
l_obj.transform.rotation = new Quaternion(proto.m_x_pos_20, proto.m_y_rot_30, proto.m_z_rot_34, proto.m_w_rot_38);
if (proto.m_M3GA_link_0.m_lnkId != 0)
{
Round2.Generated.Binary.M3GM l_m3gm = proto.m_M3GA_link_0.Value.m_pkg_20[0].m_M3GM_link_0.Value;
l_obj.GetComponent <MeshFilter>().mesh = l_m3gm.UnityMesh;
l_obj.gameObject.AddComponent <MeshCollider>().mesh = l_m3gm.UnityMesh;
l_obj.renderer.material.mainTexture = l_m3gm.m_TXMP_link_24.Value.Surface_0;
}
if (proto.m_door_id_14 > 0)
{
int l_realdID = proto.m_door_id_14 & 0x0FFF;
if (!m_doorIDLST.ContainsKey(l_realdID))
{
m_doorIDLST.Add(l_realdID, new List <RTOBOA>());
}
m_doorIDLST[l_realdID].Add(l_obj);
}
l_obj.gameObject.SetActive(false);
}
void OnInitialize()
{
try
{
transform.position = new Vector3(-m_proto.m_header.m_pos.x, m_proto.m_header.m_pos.y, m_proto.m_header.m_pos.z);
foreach (RTOBOA obj in m_myOBJS = RTOBOA.GetByDoorID((int)m_proto.m_doorID & 0x0FFF))
{
Round2.Generated.Binary.OBOA.Package l_pkg = obj.m_proto;
m_rotations.Add(m_proto.m_header.m_rot);
gameObject.name = m_proto.m_doorType + "::" + m_proto.m_doorID + "(" + m_proto.m_keyID + ")";
Round2.Generated.Binary.DOOR l_doorClass = Round2.Generated.Binary.DOOR.PendDoorClass(m_proto.m_doorType);
obj.SetOBANInput(l_doorClass.m_OBAN_link_10.Value);
if (l_pkg != null)
{
Round2.Generated.Binary.OBAN.Package l_frame0 = l_doorClass.m_OBAN_link_10.Value.m_pkg_80[0];
Vector3 l_rot = new Oni.Quaternion(l_frame0.m_x_rot_0, l_frame0.m_y_rot_4, l_frame0.m_z_rot_8, l_frame0.m_w_rot_C).UnityQuaternionRaw().eulerAngles;
m_rotations.Add(l_rot);
obj.transform.position = new Vector3(-l_pkg.m_x_pos_20, l_pkg.m_y_pos_24, l_pkg.m_z_pos_28);
Oni.Vector3 l_scale;
Oni.Vector3 l_pos;
Oni.Quaternion l__rot;
m_rotations.Add(l__rot.UnityQuaternionRaw().eulerAngles);
l_doorClass.m_OBAN_link_10.Value.InitialTransform.Decompose(out l_scale, out l__rot, out l_pos);
//more looks like a hack. Still works fine.
obj.transform.rotation = Quaternion.Euler(m_rotations[0]) * Quaternion.Euler(m_rotations[1]) * Quaternion.Euler(180, 0, 0);
}
GameObject l_pivot = new GameObject("pivot");
l_pivot.transform.parent = transform;
l_pivot.transform.position = obj.transform.position;
l_pivot.transform.rotation = obj.transform.rotation;
obj.transform.parent = l_pivot.transform;
if (obj.m_proto.m_door_id_14 > 0 && ((int)obj.m_proto.m_door_id_14 & 0x1000) != 0)
{
//l_pivot.name += " # mirror ";
l_pivot.transform.rotation *= Quaternion.Euler(180, 180, 0);
}
obj.gameObject.SetActive(true);
}
SphereCollider l_sc = gameObject.AddComponent <SphereCollider>();
l_sc.radius = Mathf.Sqrt(m_proto.m_activationRadius) / 2f;
l_sc.center = Vector3.up * (l_sc.radius);
l_sc.isTrigger = true;
}
catch (System.Exception ee)
{
Debug.LogException(ee, this);
}
}
public void Build()
{
//m_bldr = new GeometryBuilder(this.m_Level_name_8, this.m_AKEV_Link_48.Value.m_PNTA_link_8.Value.Array, this.m_AKEV_Link_48.Value.m_TXCA_link_10.Value.Array);
l_lvlObj = new GameObject(this.m_Level_name_8);
l_lvlObj.AddComponent <MeshRenderer>().material = new Material(Shader.Find("VertexShadedDiffuse"));
foreach (AGQR.Package renderInfo in this.m_AKEV_Link_48.Value.m_AGQR_link_18.Value.m_pkg_20)
{
if (!m_fullRenderInfo.ContainsKey(renderInfo.m_TXMA_id_0))
{
m_fullRenderInfo.Add(renderInfo.m_TXMA_id_0, new Dictionary <int, GeometryBuilder>());
}
}
HashSet <int> l_ignoreQuadLst = new HashSet <int>();
/*
* foreach (OBOA.Package pkg in this.m_OBOA_Link_4C.Value.m_pkg_20)
* {
* OBJCInst.BindOBOAPKG(pkg);
* }*/
foreach (ONOA.Package pkg in this.m_ONOA_Link_74.Value.m_pkg_20)
{
if (pkg.m_High_bit_3 == 0x03)//let's search only for doors
{
if (pkg.m_IDXA_link_4.m_lnkId != 0)
{
foreach (IDXA.Package index in pkg.m_IDXA_link_4.Value.m_pkg_20)
{
l_ignoreQuadLst.Add(index.m_Index_id_0);
}
}
else
{
Debug.LogError("IDXA LINK = 0");
}
}
}
int l_i = 0;
foreach (OBOA.Package pkg in this.m_OBOA_Link_4C.Value.m_pkg_20)
{
l_i++;
RTOBOA.Instantiate(pkg);
//Door.OBOALink(pkg);
if (pkg.m_OBAN_link_4.m_lnkId != 0)
{
/*
* TODO : implement OBOA's not only for doors, similar to code below:
* string l_objname = pkg.m_Name_70;
* UnityEngine.Vector3 l_pos = new UnityEngine.Vector3(-pkg.m_OBAN_link_4.Value.m_x_position_3C, pkg.m_OBAN_link_4.Value.m_y_position_40, pkg.m_OBAN_link_4.Value.m_z_position_44);
* GameObject l_g = new GameObject(l_objname);
* l_g.transform.position = l_pos;
* l_g.AddComponent<MeshRenderer>().material = new Material(Shader.Find("Diffuse"));
* l_g.AddComponent<MeshFilter>().mesh = pkg.m_M3GA_link_0.Value.m_pkg_20[0].m_M3GM_link_0.Value.UnityMesh;
* l_g.AddComponent<MeshCollider>().mesh = pkg.m_M3GA_link_0.Value.m_pkg_20[0].m_M3GM_link_0.Value.UnityMesh;
* l_g.transform.position = new UnityEngine.Vector3(-pkg.m_OBAN_link_4.Value.m_x_position_3C, pkg.m_OBAN_link_4.Value.m_y_position_40, pkg.m_OBAN_link_4.Value.m_z_position_44);*/
}
else
{
Debug.LogError("OBAN LINK = 0, " + l_i + "\\" + this.m_OBOA_Link_4C.Value.m_pkg_20.Length);
}
}
List <int> .Enumerator l_renderKeysEnumerator = new List <int>(this.m_AKEV_Link_48.Value.m_AGQR_link_18.Value.m_pkg_20.ConvertAll <AGQR.Package, int>(u => u.m_TXMA_id_0)).GetEnumerator();
int l_quadID = 0;
foreach (AGQG.Package quad in this.m_AKEV_Link_48.Value.m_AGQG_link_14.Value.m_pkg_20)
{
l_renderKeysEnumerator.MoveNext();
if (!m_fullRenderInfo[l_renderKeysEnumerator.Current].ContainsKey(quad.m_flags_30))
{
TXMP l_tx = this.m_AKEV_Link_48.Value.m_TXMA_link_24.Value.m_pkg_20[l_renderKeysEnumerator.Current].m_TXMP_link_0.Value;
m_fullRenderInfo[l_renderKeysEnumerator.Current].Add(quad.m_flags_30, new GeometryBuilder(l_tx == null ? "unknown texture" : l_tx.m_FileName_8, this.m_AKEV_Link_48.Value.m_PNTA_link_8.Value.Array, this.m_AKEV_Link_48.Value.m_TXCA_link_10.Value.Array));
}
if (!l_ignoreQuadLst.Contains(l_quadID++))//i bet nobody needs additional vertices for doors
{
//Debug.DrawLine(this.m_AKEV_Link_48.Value.m_PNTA_link_8.Value.Array[quad.m_pnta_id_1_0], this.m_AKEV_Link_48.Value.m_PNTA_link_8.Value.Array[quad.m_pnta_id_2_4], Color.green, 15f);
//Debug.DrawLine(this.m_AKEV_Link_48.Value.m_PNTA_link_8.Value.Array[quad.m_pnta_id_2_4], this.m_AKEV_Link_48.Value.m_PNTA_link_8.Value.Array[quad.m_pnta_id_3_8], Color.green, 15f);
{
if (quad.m_pnta_id_3_8 == quad.m_pnta_id_4_C)
{
byte[] l_color1Bytes = System.BitConverter.GetBytes(quad.m_argb_vrtx_color_1_20);
byte[] l_color2Bytes = System.BitConverter.GetBytes(quad.m_argb_vrtx_color_2_24);
byte[] l_color3Bytes = System.BitConverter.GetBytes(quad.m_argb_vrtx_color_3_28);
m_fullRenderInfo[l_renderKeysEnumerator.Current][quad.m_flags_30]
.Triangle
(
quad.m_pnta_id_1_0,
quad.m_pnta_id_2_4,
quad.m_pnta_id_3_8,
quad.m_txca_id_1_10,
quad.m_txca_id_2_14,
quad.m_txca_id_3_18,
new Color32[]
{
new Color32(l_color1Bytes[2], l_color1Bytes[1], l_color1Bytes[0], l_color1Bytes[3]),
new Color32(l_color2Bytes[2], l_color2Bytes[1], l_color2Bytes[0], l_color2Bytes[3]),
new Color32(l_color3Bytes[2], l_color3Bytes[1], l_color3Bytes[0], l_color3Bytes[3])
}
);
Debug.DrawLine(this.m_AKEV_Link_48.Value.m_PNTA_link_8.Value.Array[quad.m_pnta_id_3_8], this.m_AKEV_Link_48.Value.m_PNTA_link_8.Value.Array[quad.m_pnta_id_3_8] + UnityEngine.Vector3.up, new Color32(l_color1Bytes[0], l_color1Bytes[1], l_color1Bytes[2], l_color1Bytes[3]), 15f);
//m_bldr.Triangle(quad.m_pnta_id_1_0, quad.m_pnta_id_2_4, quad.m_pnta_id_3_8, quad.m_txca_id_1_10, quad.m_txca_id_2_14, quad.m_txca_id_3_18);
//Debug.DrawLine(this.m_AKEV_Link_48.Value.m_PNTA_link_8.Value.Array[quad.m_pnta_id_3_8], this.m_AKEV_Link_48.Value.m_PNTA_link_8.Value.Array[quad.m_pnta_id_1_0], Color.green, 15f);
}
else
{
byte[] l_color1Bytes = System.BitConverter.GetBytes(quad.m_argb_vrtx_color_1_20);
byte[] l_color2Bytes = System.BitConverter.GetBytes(quad.m_argb_vrtx_color_2_24);
byte[] l_color3Bytes = System.BitConverter.GetBytes(quad.m_argb_vrtx_color_3_28);
byte[] l_color4Bytes = System.BitConverter.GetBytes(quad.m_argb_vrtx_color_4_2C);
m_fullRenderInfo[l_renderKeysEnumerator.Current][quad.m_flags_30]
.Quad
(
quad.m_pnta_id_1_0,
quad.m_pnta_id_2_4,
quad.m_pnta_id_3_8,
quad.m_pnta_id_4_C,
quad.m_txca_id_1_10,
quad.m_txca_id_2_14,
quad.m_txca_id_3_18,
quad.m_txca_id_4_1C,
new Color32[]
{
new Color32(l_color1Bytes[2], l_color1Bytes[1], l_color1Bytes[0], l_color1Bytes[3]),
new Color32(l_color2Bytes[2], l_color2Bytes[1], l_color2Bytes[0], l_color2Bytes[3]),
new Color32(l_color3Bytes[2], l_color3Bytes[1], l_color3Bytes[0], l_color3Bytes[3]),
new Color32(l_color4Bytes[2], l_color4Bytes[1], l_color4Bytes[0], l_color4Bytes[3])
}
);
//m_bldr.Quad(quad.m_pnta_id_1_0, quad.m_pnta_id_2_4, quad.m_pnta_id_3_8, quad.m_pnta_id_4_C, quad.m_txca_id_1_10, quad.m_txca_id_2_14, quad.m_txca_id_3_18, quad.m_txca_id_4_1C);
//Debug.DrawLine(this.m_AKEV_Link_48.Value.m_PNTA_link_8.Value.Array[quad.m_pnta_id_3_8], this.m_AKEV_Link_48.Value.m_PNTA_link_8.Value.Array[quad.m_pnta_id_4_C], Color.green, 15f);
//Debug.DrawLine(this.m_AKEV_Link_48.Value.m_PNTA_link_8.Value.Array[quad.m_pnta_id_4_C], this.m_AKEV_Link_48.Value.m_PNTA_link_8.Value.Array[quad.m_pnta_id_1_0], Color.green, 15f);
}
}
}
}
if (this.m_ENVP_Link_78.m_lnkId != 0)
{
foreach (ENVP.Package particle in this.m_ENVP_Link_78.Value.m_pkg_20)
{
Oni.Matrix l_trs = new Oni.Matrix
(
particle.m_transform_a11_70,
particle.m_transform_a12_74,
particle.m_transform_a13_78,
0,
particle.m_transform_a21_7C,
particle.m_transform_a22_80,
particle.m_transform_a23_84,
0,
particle.m_transform_a31_88,
particle.m_transform_a32_8C,
particle.m_transform_a33_90,
0,
particle.m_transform_a41_94,
particle.m_transform_a42_98,
particle.m_transform_a43_9C,
1
);
Oni.Vector3 l_scale;
Oni.Vector3 l_pos;
Oni.Quaternion l_rot;
l_trs.Decompose(out l_scale, out l_rot, out l_pos);
//Debug.DrawLine(UnityEngine.Vector3.zero, new UnityEngine.Vector3(-l_pos.X, l_pos.Y, l_pos.Z), Color.blue, 20f);
//Debug.Log("#" + particle.m_3D_particle_0);
//Debug.Log("$" + particle.m_Particle_name_40);
}
}
foreach (int txid in m_fullRenderInfo.Keys)
{
foreach (int flags in m_fullRenderInfo[txid].Keys)
{
m_fullRenderInfo[txid][flags].UpdateMesh();
GameObject l_g = new GameObject(" flags = " + flags.ToString("X") + " :: " + m_fullRenderInfo[txid][flags].Name);
Material l_m = (l_g.AddComponent <MeshRenderer>().material = new Material(Shader.Find("VertexShadedDiffuse")));
if (this.m_AKEV_Link_48.Value.m_TXMA_link_24.Value.m_pkg_20[txid] != null && this.m_AKEV_Link_48.Value.m_TXMA_link_24.Value.m_pkg_20[txid].m_TXMP_link_0.Value != null)
{
l_m.mainTexture = this.m_AKEV_Link_48.Value.m_TXMA_link_24.Value.m_pkg_20[txid].m_TXMP_link_0.Value.Surface_0;
}
l_g.AddComponent <MeshFilter>().mesh = m_fullRenderInfo[txid][flags].Mesh;
GunkFlags l_quadFlags = (GunkFlags)flags;
if ((l_quadFlags & GunkFlags.Ghost) != 0 || (l_quadFlags & GunkFlags.StairsUp) != 0 || (l_quadFlags & GunkFlags.StairsDown) != 0 || (l_quadFlags & GunkFlags.DoorFrame) != 0 || (l_quadFlags & GunkFlags.Furniture) != 0)
{
continue;
}
else
{
l_g.AddComponent <MeshCollider>().mesh = m_fullRenderInfo[txid][flags].Mesh;
}
}
}
//this.m_bldr.UpdateMesh();
//l_lvlObj.AddComponent<MeshFilter>().mesh = this.m_bldr.Mesh;
}
