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https://github.com/Laupetin/OpenAssetTools.git
synced 2025-05-14 08:24:56 +00:00
Improved XModelBin Hash Readability
This commit is contained in:
GoastcraftHD
parent
8ac276f3f6
commit
eff80a0318
@ -13,6 +13,55 @@
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class XModelBinWriterBase : public XModelWriter
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{
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protected:
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enum XModelBinHash : int32_t
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{
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COMMENT = 0xC355,
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MODEL = 0x46C8,
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VERSION = 0x24D1,
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BONE_COUNT = 0x76BA,
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BONE = 0xF099,
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BONE_INDEX = 0xDD9A,
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OFFSET = 0x9383, // Bone/Vertex Offset
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BONE_SCALE = 0x1C56,
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BONE_MATRIX_X = 0xDCFD,
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BONE_MATRIX_Y = 0xCCDC,
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BONE_MATRIX_Z = 0xFCBF,
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VERT16_COUNT = 0x950D,
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VERT32_COUNT = 0x2AEC,
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VERT16 = 0x8F03,
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VERT32 = 0xB097,
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VERT_WEIGHT_COUNT = 0xEA46,
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VERT_WEIGHT = 0xF1AB,
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FACE_COUNT = 0xBE92,
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TRIANGLE16 = 0x6711,
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TRIANGLE32 = 0x562F,
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NORMAL = 0x89EC,
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COLOR = 0x6DD8,
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UV = 0x1AD4,
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OBJECT_COUNT = 0x62AF,
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OBJECT = 0x87D4,
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MATERIAL_COUNT = 0xA1B2,
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MATERIAL = 0xA700,
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MATERIAL_TRANSPARENCY = 0x6DAB,
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MATERIAL_AMBIENT_COLOR = 0x37FF,
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MATERIAL_INCANDESCENCE = 0x4265,
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MATERIAL_COEFFS = 0xC835,
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MATERIAL_GLOW = 0xFE0C,
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MATERIAL_REFRACTIVE = 0x7E24,
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MATERIAL_SPECULAR_COLOR = 0x317C,
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MATERIAL_REFLECTIVE_COLOR = 0xE593,
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MATERIAL_REFLECTIVE = 0x7D76,
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MATERIAL_BLINN = 0x83C7,
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MATERIAL_PHONG = 0x5CD2
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};
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protected:
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void PrepareVertexMerger(const XModelCommon& xmodel)
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{
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@ -48,7 +97,7 @@ protected:
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void WriteComment(const std::string& comment)
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{
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m_writer.Write(0xC355);
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m_writer.Write(XModelBinHash::COMMENT);
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WriteAlignedString(comment);
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}
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@ -79,18 +128,18 @@ protected:
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WriteComment("OpenAssetTools XMODEL_BIN File");
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WriteComment(std::format("Game Origin: {}", m_game_name));
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WriteComment(std::format("Zone Origin: {}", m_zone_name));
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m_writer.Write(0x46C8); // Model Hash
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WriteInt16(0x24D1, version);
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m_writer.Write(XModelBinHash::MODEL);
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WriteInt16(XModelBinHash::VERSION, version);
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}
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void WriteBones(const XModelCommon& xmodel)
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{
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WriteInt16(0x76BA, xmodel.m_bones.size());
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WriteInt16(XModelBinHash::BONE_COUNT, xmodel.m_bones.size());
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auto boneNum = 0;
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for (const auto& bone : xmodel.m_bones)
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{
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m_writer.Write(0xF099); // Bone Hash
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m_writer.Write(XModelBinHash::BONE);
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m_writer.Write(boneNum);
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if (bone.parentIndex)
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m_writer.Write(static_cast<int32_t>(*bone.parentIndex));
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@ -104,31 +153,31 @@ protected:
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boneNum = 0;
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for (const auto& bone : xmodel.m_bones)
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{
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WriteInt16(0xDD9A, boneNum);
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WriteInt16(XModelBinHash::BONE_INDEX, boneNum);
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m_writer.Write(0x9383); // Bone Offset Hash
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m_writer.Write(XModelBinHash::OFFSET);
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m_writer.Write(bone.globalOffset[0]); // X
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m_writer.Write(bone.globalOffset[1]); // Y
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m_writer.Write(bone.globalOffset[2]); // Z
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m_writer.Write(0x1C56); // Bone Scale Hash
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m_writer.Write(XModelBinHash::BONE_SCALE);
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m_writer.Write(bone.scale[0]); // X
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m_writer.Write(bone.scale[1]); // Y
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m_writer.Write(bone.scale[2]); // Z
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const auto mat = Eigen::Quaternionf(bone.globalRotation.w, bone.globalRotation.x, bone.globalRotation.y, bone.globalRotation.z).matrix();
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m_writer.Write(0xDCFDi16); // Bone Matrix X Hash
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m_writer.Write(static_cast<int16_t>(XModelBinHash::BONE_MATRIX_X));
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m_writer.Write(ClampFloatToShort(mat(0, 0)));
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m_writer.Write(ClampFloatToShort(mat(0, 1)));
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m_writer.Write(ClampFloatToShort(mat(0, 2)));
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m_writer.Write(0xCCDCi16); // Bone Matrix Y Hash
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m_writer.Write(static_cast<int16_t>(XModelBinHash::BONE_MATRIX_Y));
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m_writer.Write(ClampFloatToShort(mat(1, 0)));
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m_writer.Write(ClampFloatToShort(mat(1, 1)));
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m_writer.Write(ClampFloatToShort(mat(1, 2)));
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m_writer.Write(0xFCBFi16); // Bone Matrix Z Hash
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m_writer.Write(static_cast<int16_t>(XModelBinHash::BONE_MATRIX_Z));
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m_writer.Write(ClampFloatToShort(mat(2, 0)));
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m_writer.Write(ClampFloatToShort(mat(2, 1)));
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m_writer.Write(ClampFloatToShort(mat(2, 2)));
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@ -161,13 +210,13 @@ class XModelBinWriter7 final : public XModelBinWriterBase
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if (distinctVertexValues.size() > UINT16_MAX)
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{
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// Use 32 bit
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m_writer.Write(0x2AEC); // 32 bit Hash
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m_writer.Write(XModelBinHash::VERT32_COUNT);
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m_writer.Write(static_cast<uint32_t>(distinctVertexValues.size()));
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}
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else
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{
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// Use 16 bit
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WriteUInt16(0x950D, distinctVertexValues.size());
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WriteUInt16(XModelBinHash::VERT16_COUNT, distinctVertexValues.size());
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}
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size_t vertexNum = 0u;
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@ -176,16 +225,16 @@ class XModelBinWriter7 final : public XModelBinWriterBase
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if (vertexNum > UINT16_MAX)
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{
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// Use 32 bit
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m_writer.Write(0xB097); // 32 bit Hash
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m_writer.Write(XModelBinHash::VERT32);
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m_writer.Write(static_cast<uint32_t>(vertexNum));
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}
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else
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{
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// Use 16 bit
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WriteUInt16(0x8F03, vertexNum);
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WriteUInt16(XModelBinHash::VERT16, vertexNum);
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}
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m_writer.Write(0x9383); // Offset Hash
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m_writer.Write(XModelBinHash::OFFSET);
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m_writer.Write(vertexPos.x);
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m_writer.Write(vertexPos.y);
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m_writer.Write(vertexPos.z);
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@ -205,18 +254,18 @@ class XModelBinWriter7 final : public XModelBinWriterBase
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void WriteFaceVertex(const XModelVertex& vertex)
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{
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m_writer.Write(0x89ECi16); // Normal Hash
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m_writer.Write(static_cast<int16_t>(XModelBinHash::NORMAL));
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m_writer.Write(ClampFloatToShort(vertex.normal[0])); // X
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m_writer.Write(ClampFloatToShort(vertex.normal[1])); // Y
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m_writer.Write(ClampFloatToShort(vertex.normal[2])); // Z
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m_writer.Write(0x6DD8); // Color Hash
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m_writer.Write(XModelBinHash::COLOR);
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m_writer.Write(ClampFloatToUByte(vertex.color[0])); // R
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m_writer.Write(ClampFloatToUByte(vertex.color[1])); // G
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m_writer.Write(ClampFloatToUByte(vertex.color[2])); // B
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m_writer.Write(ClampFloatToUByte(vertex.color[3])); // A
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m_writer.Write(0x1AD4i16); // UV Hash
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m_writer.Write(static_cast<int16_t>(XModelBinHash::UV));
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m_writer.Write(1ui16); // Layer
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m_writer.Write(vertex.uv[0]);
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m_writer.Write(vertex.uv[1]);
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@ -228,7 +277,7 @@ class XModelBinWriter7 final : public XModelBinWriterBase
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for (const auto& object : xmodel.m_objects)
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totalFaceCount += object.m_faces.size();
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m_writer.Write(0xBE92); // Face Count Hash
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m_writer.Write(XModelBinHash::FACE_COUNT);
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m_writer.Write(totalFaceCount);
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auto objectIndex = 0u;
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@ -246,33 +295,33 @@ class XModelBinWriter7 final : public XModelBinWriterBase
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const XModelVertex& v1 = xmodel.m_vertices[face.vertexIndex[1]];
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const XModelVertex& v2 = xmodel.m_vertices[face.vertexIndex[2]];
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m_writer.Write(0x562Fi16); // Face Info Hash
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m_writer.Write(static_cast<int16_t>(XModelBinHash::TRIANGLE32));
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m_writer.Write(static_cast<uint8_t>(objectIndex));
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m_writer.Write(static_cast<uint8_t>(object.materialIndex));
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if (m_vertex_merger.GetDistinctValues().size() > UINT16_MAX)
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{
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m_writer.Write(0xB097); // 32 Bit Vertex Count Hash
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m_writer.Write(XModelBinHash::VERT32);
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m_writer.Write(static_cast<uint32_t>(distinctPositions[0]));
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WriteFaceVertex(v0);
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m_writer.Write(0xB097); // 32 Bit Vertex Count Hash
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m_writer.Write(XModelBinHash::VERT32);
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m_writer.Write(static_cast<uint32_t>(distinctPositions[1]));
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WriteFaceVertex(v1);
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m_writer.Write(0xB097); // 32 Bit Vertex Count Hash
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m_writer.Write(XModelBinHash::VERT32);
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m_writer.Write(static_cast<uint32_t>(distinctPositions[2]));
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WriteFaceVertex(v2);
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}
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else
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{
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WriteUInt16(0x8F03, distinctPositions[0]);
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WriteUInt16(XModelBinHash::VERT16, distinctPositions[0]);
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WriteFaceVertex(v0);
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WriteUInt16(0x8F03, distinctPositions[1]);
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WriteUInt16(XModelBinHash::VERT16, distinctPositions[1]);
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WriteFaceVertex(v1);
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WriteUInt16(0x8F03, distinctPositions[2]);
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WriteUInt16(XModelBinHash::VERT16, distinctPositions[2]);
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WriteFaceVertex(v2);
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}
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}
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@ -283,12 +332,12 @@ class XModelBinWriter7 final : public XModelBinWriterBase
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void WriteObjects(const XModelCommon& xmodel)
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{
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WriteInt16(0x62AF, xmodel.m_objects.size());
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WriteInt16(XModelBinHash::OBJECT_COUNT, xmodel.m_objects.size());
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size_t objectNum = 0;
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for (const auto& object : xmodel.m_objects)
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{
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m_writer.Write(0x87D4i16); // Object Info Hash
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m_writer.Write(static_cast<int16_t>(XModelBinHash::OBJECT));
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m_writer.Write(static_cast<int16_t>(objectNum));
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WriteAlignedString(object.name);
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@ -298,75 +347,75 @@ class XModelBinWriter7 final : public XModelBinWriterBase
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void WriteMaterials(const XModelCommon& xmodel)
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{
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WriteInt16(0xA1B2, xmodel.m_materials.size());
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WriteInt16(XModelBinHash::MATERIAL_COUNT, xmodel.m_materials.size());
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size_t materialNum = 0u;
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for (const auto& material : xmodel.m_materials)
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{
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const auto colorMapPath = "../images/" + material.colorMapName + ".dds";
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WriteInt16(0xA700, materialNum);
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WriteInt16(XModelBinHash::MATERIAL, materialNum);
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WriteAlignedString(material.name);
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WriteAlignedString(material.materialTypeName);
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WriteAlignedString(colorMapPath);
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m_writer.Write(0x6DD8); // Vertex Color Hash
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m_writer.Write(XModelBinHash::COLOR);
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m_writer.Write(ClampFloatToUByte(material.color[0])); // R
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m_writer.Write(ClampFloatToUByte(material.color[1])); // G
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m_writer.Write(ClampFloatToUByte(material.color[2])); // B
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m_writer.Write(ClampFloatToUByte(material.color[3])); // A
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m_writer.Write(0x6DAB); // Transparancy Hash
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m_writer.Write(XModelBinHash::MATERIAL_TRANSPARENCY);
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m_writer.Write(material.transparency[0]);
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m_writer.Write(material.transparency[1]);
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m_writer.Write(material.transparency[2]);
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m_writer.Write(material.transparency[3]);
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m_writer.Write(0x37FF); // Ambient Color Hash
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m_writer.Write(XModelBinHash::MATERIAL_AMBIENT_COLOR);
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m_writer.Write(material.ambientColor[0]); // R
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m_writer.Write(material.ambientColor[1]); // G
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m_writer.Write(material.ambientColor[2]); // B
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m_writer.Write(material.ambientColor[3]); // A
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m_writer.Write(0x4265); // Incandescence Hash
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m_writer.Write(XModelBinHash::MATERIAL_INCANDESCENCE);
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m_writer.Write(material.incandescence[0]);
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m_writer.Write(material.incandescence[1]);
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m_writer.Write(material.incandescence[2]);
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m_writer.Write(material.incandescence[3]);
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m_writer.Write(0xC835); // Coeffs Hash
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m_writer.Write(XModelBinHash::MATERIAL_COEFFS);
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m_writer.Write(material.coeffs[0]);
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m_writer.Write(material.coeffs[1]);
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m_writer.Write(0xFE0C); // Glow Hash
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m_writer.Write(XModelBinHash::MATERIAL_GLOW);
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m_writer.Write(material.glow.x);
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m_writer.Write(material.glow.y);
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m_writer.Write(0x7E24); // Refractive Hash
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m_writer.Write(XModelBinHash::MATERIAL_REFRACTIVE);
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m_writer.Write(material.refractive.x);
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m_writer.Write(material.refractive.y);
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m_writer.Write(0x317C); // Specular Color Hash
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m_writer.Write(XModelBinHash::MATERIAL_SPECULAR_COLOR);
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m_writer.Write(material.specularColor[0]); // R
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m_writer.Write(material.specularColor[1]); // G
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m_writer.Write(material.specularColor[2]); // B
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m_writer.Write(material.specularColor[3]); // A
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m_writer.Write(0xE593); // Reflective Color Hash
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m_writer.Write(XModelBinHash::MATERIAL_REFLECTIVE_COLOR);
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m_writer.Write(material.reflectiveColor[0]); // R
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m_writer.Write(material.reflectiveColor[1]); // G
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m_writer.Write(material.reflectiveColor[2]); // B
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m_writer.Write(material.reflectiveColor[3]); // A
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m_writer.Write(0x7D76); // Reflective Hash
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m_writer.Write(XModelBinHash::MATERIAL_REFLECTIVE);
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m_writer.Write(material.reflective.x);
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m_writer.Write(material.reflective.y);
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m_writer.Write(0x83C7); // Blinn Hash
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m_writer.Write(XModelBinHash::MATERIAL_BLINN);
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m_writer.Write(material.blinn[0]);
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m_writer.Write(material.blinn[1]);
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m_writer.Write(0x5CD2); // Phong Hash
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m_writer.Write(XModelBinHash::MATERIAL_PHONG);
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m_writer.Write(material.phong);
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materialNum++;
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