304 lines
12 KiB
C#
304 lines
12 KiB
C#
using System;
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using System.Collections.Generic;
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using System.IO;
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using System.Linq;
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using UnityEditor;
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using UnityEngine;
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namespace SplashEdit.RuntimeCode
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{
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[ExecuteInEditMode]
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public class PSXSceneExporter : MonoBehaviour
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{
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public float GTEScaling = 100.0f;
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private PSXObjectExporter[] _exporters;
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private TextureAtlas[] _atlases;
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private PSXData _psxData;
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private Vector2 selectedResolution;
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private bool dualBuffering;
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private bool verticalLayout;
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private List<ProhibitedArea> prohibitedAreas;
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public void Export()
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{
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_psxData = DataStorage.LoadData(out selectedResolution, out dualBuffering, out verticalLayout, out prohibitedAreas);
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_exporters = FindObjectsByType<PSXObjectExporter>(FindObjectsSortMode.None);
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foreach (PSXObjectExporter exp in _exporters)
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{
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exp.CreatePSXTextures2D();
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exp.CreatePSXMesh(GTEScaling);
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}
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PackTextures();
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ExportFile();
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}
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void PackTextures()
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{
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(Rect buffer1, Rect buffer2) = Utils.BufferForResolution(selectedResolution, verticalLayout);
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List<Rect> framebuffers = new List<Rect> { buffer1 };
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if (dualBuffering)
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{
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framebuffers.Add(buffer2);
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}
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VRAMPacker tp = new VRAMPacker(framebuffers, prohibitedAreas);
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var packed = tp.PackTexturesIntoVRAM(_exporters);
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_exporters = packed.processedObjects;
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_atlases = packed.atlases;
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}
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void ExportFile()
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{
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string path = EditorUtility.SaveFilePanel("Select Output File", "", "output", "bin");
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int totalFaces = 0;
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// Lists for mesh data offsets.
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List<long> offsetPlaceholderPositions = new List<long>();
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List<long> meshDataOffsets = new List<long>();
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// Lists for atlas data offsets.
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List<long> atlasOffsetPlaceholderPositions = new List<long>();
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List<long> atlasDataOffsets = new List<long>();
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int clutCount = 0;
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// Cluts
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foreach (TextureAtlas atlas in _atlases)
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{
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foreach (var texture in atlas.ContainedTextures)
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{
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if (texture.ColorPalette != null)
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{
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clutCount++;
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}
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}
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}
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using (BinaryWriter writer = new BinaryWriter(File.Open(path, FileMode.Create)))
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{
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// Header
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writer.Write('S');
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writer.Write('P');
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writer.Write((ushort)1);
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writer.Write((ushort)_exporters.Length);
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writer.Write((ushort)_atlases.Length);
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writer.Write((ushort)clutCount);
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writer.Write((ushort)0);
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// Start of Metadata section
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// GameObject section (exporters)
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foreach (PSXObjectExporter exporter in _exporters)
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{
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// Write object's transform
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writer.Write((int)PSXTrig.ConvertCoordinateToPSX(exporter.transform.localToWorldMatrix.GetPosition().x, GTEScaling));
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writer.Write((int)PSXTrig.ConvertCoordinateToPSX(-exporter.transform.localToWorldMatrix.GetPosition().y, GTEScaling));
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writer.Write((int)PSXTrig.ConvertCoordinateToPSX(exporter.transform.localToWorldMatrix.GetPosition().z, GTEScaling));
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int[,] rotationMatrix = PSXTrig.ConvertRotationToPSXMatrix(exporter.transform.rotation);
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writer.Write((int)rotationMatrix[0, 0]);
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writer.Write((int)rotationMatrix[0, 1]);
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writer.Write((int)rotationMatrix[0, 2]);
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writer.Write((int)rotationMatrix[1, 0]);
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writer.Write((int)rotationMatrix[1, 1]);
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writer.Write((int)rotationMatrix[1, 2]);
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writer.Write((int)rotationMatrix[2, 0]);
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writer.Write((int)rotationMatrix[2, 1]);
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writer.Write((int)rotationMatrix[2, 2]);
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// Write placeholder for mesh data offset and record its position.
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offsetPlaceholderPositions.Add(writer.BaseStream.Position);
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writer.Write((int)0); // 4-byte placeholder for mesh data offset.
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writer.Write((int)exporter.Mesh.Triangles.Count);
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}
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// Atlas metadata section
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foreach (TextureAtlas atlas in _atlases)
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{
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// Write placeholder for texture atlas raw data offset.
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atlasOffsetPlaceholderPositions.Add(writer.BaseStream.Position);
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writer.Write((int)0); // 4-byte placeholder for atlas data offset.
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writer.Write((ushort)atlas.Width);
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writer.Write((ushort)TextureAtlas.Height);
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writer.Write((ushort)atlas.PositionX);
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writer.Write((ushort)atlas.PositionY);
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}
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// Cluts
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foreach (TextureAtlas atlas in _atlases)
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{
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foreach (var texture in atlas.ContainedTextures)
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{
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if (texture.ColorPalette != null)
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{
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foreach (VRAMPixel clutPixel in texture.ColorPalette)
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{
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writer.Write((ushort)clutPixel.Pack());
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}
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for (int i = texture.ColorPalette.Count; i < 256; i++)
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{
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writer.Write((ushort)0);
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}
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writer.Write((ushort)texture.ClutPackingX);
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writer.Write((ushort)texture.ClutPackingY);
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writer.Write((ushort)texture.ColorPalette.Count);
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writer.Write((ushort)0);
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}
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}
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}
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// Start of data section
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// Mesh data section: Write mesh data for each exporter.
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foreach (PSXObjectExporter exporter in _exporters)
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{
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AlignToFourBytes(writer);
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// Record the current offset for this exporter's mesh data.
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long meshDataOffset = writer.BaseStream.Position;
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meshDataOffsets.Add(meshDataOffset);
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totalFaces += exporter.Mesh.Triangles.Count;
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void writeVertexPosition(PSXVertex v)
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{
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writer.Write((short)v.vx);
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writer.Write((short)v.vy);
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writer.Write((short)v.vz);
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}
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void writeVertexNormals(PSXVertex v)
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{
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writer.Write((short)v.nx);
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writer.Write((short)v.ny);
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writer.Write((short)v.nz);
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}
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void writeVertexColor(PSXVertex v)
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{
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writer.Write((byte)v.r);
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writer.Write((byte)v.g);
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writer.Write((byte)v.b);
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writer.Write((byte)0); // padding
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}
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void writeVertexUV(PSXVertex v, PSXTexture2D t ,int expander)
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{
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writer.Write((byte)(v.u + t.PackingX * expander));
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writer.Write((byte)(v.v + t.PackingY));
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}
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void foreachVertexDo(Tri tri, Action<PSXVertex> action)
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{
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for (int i = 0; i < tri.Vertexes.Length; i++)
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{
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action(tri.Vertexes[i]);
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}
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}
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foreach (Tri tri in exporter.Mesh.Triangles)
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{
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int expander = 16 / ((int)tri.Texture.BitDepth);
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// Write vertices coordinates
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foreachVertexDo(tri, (v) => writeVertexPosition(v));
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// Write vertex normals for v0 only
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writeVertexNormals(tri.v0);
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// Write vertex colors with padding
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foreachVertexDo(tri, (v) => writeVertexColor(v));
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// Write UVs for each vertex, adjusting for texture packing
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foreachVertexDo(tri, (v) => writeVertexUV(v, tri.Texture, expander));
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writer.Write((ushort)0); // padding
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TPageAttr tpage = new TPageAttr();
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tpage.SetPageX(tri.Texture.TexpageX);
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tpage.SetPageY(tri.Texture.TexpageY);
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tpage.Set(tri.Texture.BitDepth.ToColorMode());
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tpage.SetDithering(true);
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writer.Write((ushort)tpage.info);
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writer.Write((ushort)tri.Texture.ClutPackingX);
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writer.Write((ushort)tri.Texture.ClutPackingY);
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writer.Write((ushort)0);
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}
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}
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// Atlas data section: Write raw texture data for each atlas.
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foreach (TextureAtlas atlas in _atlases)
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{
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AlignToFourBytes(writer);
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// Record the current offset for this atlas's data.
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long atlasDataOffset = writer.BaseStream.Position;
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atlasDataOffsets.Add(atlasDataOffset);
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// Write the atlas's raw texture data.
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for (int y = 0; y < atlas.vramPixels.GetLength(1); y++)
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{
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for (int x = 0; x < atlas.vramPixels.GetLength(0); x++)
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{
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writer.Write(atlas.vramPixels[x, y].Pack());
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}
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}
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}
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// Backfill the mesh data offsets into the metadata section.
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if (offsetPlaceholderPositions.Count == meshDataOffsets.Count)
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{
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for (int i = 0; i < offsetPlaceholderPositions.Count; i++)
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{
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writer.Seek((int)offsetPlaceholderPositions[i], SeekOrigin.Begin);
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writer.Write((int)meshDataOffsets[i]);
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}
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}
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else
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{
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Debug.LogError("Mismatch between metadata mesh offset placeholders and mesh data blocks!");
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}
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// Backfill the atlas data offsets into the metadata section.
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if (atlasOffsetPlaceholderPositions.Count == atlasDataOffsets.Count)
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{
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for (int i = 0; i < atlasOffsetPlaceholderPositions.Count; i++)
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{
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writer.Seek((int)atlasOffsetPlaceholderPositions[i], SeekOrigin.Begin);
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writer.Write((int)atlasDataOffsets[i]);
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}
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}
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else
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{
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Debug.LogError("Mismatch between atlas offset placeholders and atlas data blocks!");
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}
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}
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Debug.Log(totalFaces);
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}
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void AlignToFourBytes(BinaryWriter writer)
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{
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long position = writer.BaseStream.Position;
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int padding = (int)(4 - (position % 4)) % 4; // Compute needed padding
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writer.Write(new byte[padding]); // Write zero padding
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}
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void OnDrawGizmos()
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{
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Gizmos.DrawIcon(transform.position, "Packages/net.psxsplash.splashedit/Icons/PSXSceneExporter.png", true);
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Vector3 sceneOrigin = new Vector3(0, 0, 0);
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Vector3 cubeSize = new Vector3(8.0f * GTEScaling, 8.0f * GTEScaling, 8.0f * GTEScaling);
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Gizmos.color = Color.red;
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Gizmos.DrawWireCube(sceneOrigin, cubeSize);
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}
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}
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}
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