luboslenco
435 lines
18 KiB
TypeScript
435 lines
18 KiB
TypeScript
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///if (is_paint || is_lab)
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class ExportTexture {
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static gamma = 1.0 / 2.2;
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static run = (path: string, bakeMaterial = false) => {
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///if is_paint
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if (bakeMaterial) {
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ExportTexture.runBakeMaterial(path);
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}
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else if (Context.raw.layersExport == ExportMode.ExportPerUdimTile) {
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let udimTiles: string[] = [];
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for (let l of Project.layers) {
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if (SlotLayer.getObjectMask(l) > 0) {
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let name = Project.paintObjects[SlotLayer.getObjectMask(l) - 1].name;
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if (name.substr(name.length - 5, 2) == ".1") { // tile.1001
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udimTiles.push(name.substr(name.length - 5));
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}
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}
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}
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if (udimTiles.length > 0) {
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for (let udimTile of udimTiles) ExportTexture.runLayers(path, Project.layers, udimTile);
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}
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else ExportTexture.runLayers(path, Project.layers);
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}
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else if (Context.raw.layersExport == ExportMode.ExportPerObject) {
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let objectNames: string[] = [];
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for (let l of Project.layers) {
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if (SlotLayer.getObjectMask(l) > 0) {
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let name = Project.paintObjects[SlotLayer.getObjectMask(l) - 1].name;
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if (objectNames.indexOf(name) == -1) {
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objectNames.push(name);
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}
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}
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}
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if (objectNames.length > 0) {
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for (let name of objectNames) ExportTexture.runLayers(path, Project.layers, name);
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}
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else ExportTexture.runLayers(path, Project.layers);
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}
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else { // Visible or selected
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let atlasExport = false;
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if (Project.atlasObjects != null) {
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for (let i = 1; i < Project.atlasObjects.length; ++i) {
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if (Project.atlasObjects[i - 1] != Project.atlasObjects[i]) {
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atlasExport = true;
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break;
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}
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}
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}
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if (atlasExport) {
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for (let atlasIndex = 0; atlasIndex < Project.atlasObjects.length; ++atlasIndex) {
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let layers: SlotLayerRaw[] = [];
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for (let objectIndex = 0; objectIndex < Project.atlasObjects.length; ++objectIndex) {
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if (Project.atlasObjects[objectIndex] == atlasIndex) {
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for (let l of Project.layers) {
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if (SlotLayer.getObjectMask(l) == 0 /* shared object */ || SlotLayer.getObjectMask(l) - 1 == objectIndex) layers.push(l);
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}
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}
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}
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if (layers.length > 0) {
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ExportTexture.runLayers(path, layers, Project.atlasNames[atlasIndex]);
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}
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}
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}
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else ExportTexture.runLayers(path, Context.raw.layersExport == ExportMode.ExportSelected ? (SlotLayer.isGroup(Context.raw.layer) ? SlotLayer.getChildren(Context.raw.layer) : [Context.raw.layer]) : Project.layers);
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}
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///end
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///if is_lab
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ExportTexture.runLayers(path, [BrushOutputNode.inst]);
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///end
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///if krom_ios
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Console.info(tr("Textures exported") + " ('Files/On My iPad/" + manifest_title + "')");
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///elseif krom_android
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Console.info(tr("Textures exported") + " ('Files/Internal storage/Pictures/" + manifest_title + "')");
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///else
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Console.info(tr("Textures exported"));
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///end
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UIFiles.lastPath = "";
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}
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///if is_paint
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static runBakeMaterial = (path: string) => {
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if (RenderPathPaint.liveLayer == null) {
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RenderPathPaint.liveLayer = SlotLayer.create("_live");
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}
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let _tool = Context.raw.tool;
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Context.raw.tool = WorkspaceTool.ToolFill;
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MakeMaterial.parsePaintMaterial();
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let _paintObject = Context.raw.paintObject;
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let planeo: MeshObject = Scene.active.getChild(".Plane") as MeshObject;
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planeo.visible = true;
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Context.raw.paintObject = planeo;
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Context.raw.pdirty = 1;
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RenderPathPaint.useLiveLayer(true);
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RenderPathPaint.commandsPaint(false);
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RenderPathPaint.useLiveLayer(false);
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Context.raw.tool = _tool;
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MakeMaterial.parsePaintMaterial();
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Context.raw.pdirty = 0;
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planeo.visible = false;
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Context.raw.paintObject = _paintObject;
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ExportTexture.runLayers(path, [RenderPathPaint.liveLayer], "", true);
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}
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///end
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///if is_paint
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static runLayers = (path: string, layers: SlotLayerRaw[], objectName = "", bakeMaterial = false) => {
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///end
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///if is_lab
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static runLayers = (path: string, layers: any[], objectName = "") => {
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///end
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let textureSizeX = Config.getTextureResX();
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let textureSizeY = Config.getTextureResY();
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let formatQuality = Context.raw.formatQuality;
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///if (krom_android || krom_ios)
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let f = System.title;
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///else
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let f = UIFiles.filename;
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///end
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if (f == "") f = tr("untitled");
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let formatType = Context.raw.formatType;
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let bits = Base.bitsHandle.position == TextureBits.Bits8 ? 8 : 16;
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let ext = bits == 16 ? ".exr" : formatType == TextureLdrFormat.FormatPng ? ".png" : ".jpg";
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if (f.endsWith(ext)) f = f.substr(0, f.length - 4);
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///if is_paint
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let isUdim = Context.raw.layersExport == ExportMode.ExportPerUdimTile;
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if (isUdim) ext = objectName + ext;
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Base.makeTempImg();
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Base.makeExportImg();
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if (Base.pipeMerge == null) Base.makePipe();
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if (ConstData.screenAlignedVB == null) ConstData.createScreenAlignedData();
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let empty = RenderPath.active.renderTargets.get("empty_white").image;
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// Append object mask name
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let exportSelected = Context.raw.layersExport == ExportMode.ExportSelected;
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if (exportSelected && SlotLayer.getObjectMask(layers[0]) > 0) {
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f += "_" + Project.paintObjects[SlotLayer.getObjectMask(layers[0]) - 1].name;
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}
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if (!isUdim && !exportSelected && objectName != "") {
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f += "_" + objectName;
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}
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// Clear export layer
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Base.expa.g4.begin();
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Base.expa.g4.clear(color_from_floats(0.0, 0.0, 0.0, 0.0));
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Base.expa.g4.end();
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Base.expb.g4.begin();
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Base.expb.g4.clear(color_from_floats(0.5, 0.5, 1.0, 0.0));
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Base.expb.g4.end();
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Base.expc.g4.begin();
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Base.expc.g4.clear(color_from_floats(1.0, 0.0, 0.0, 0.0));
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Base.expc.g4.end();
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// Flatten layers
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for (let l1 of layers) {
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if (!exportSelected && !SlotLayer.isVisible(l1)) continue;
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if (!SlotLayer.isLayer(l1)) continue;
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if (objectName != "" && SlotLayer.getObjectMask(l1) > 0) {
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if (isUdim && !Project.paintObjects[SlotLayer.getObjectMask(l1) - 1].name.endsWith(objectName)) continue;
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let perObject = Context.raw.layersExport == ExportMode.ExportPerObject;
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if (perObject && Project.paintObjects[SlotLayer.getObjectMask(l1) - 1].name != objectName) continue;
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}
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let mask = empty;
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let l1masks = SlotLayer.getMasks(l1);
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if (l1masks != null && !bakeMaterial) {
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if (l1masks.length > 1) {
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Base.makeTempMaskImg();
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Base.tempMaskImage.g2.begin(true, 0x00000000);
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Base.tempMaskImage.g2.end();
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let l1: any = { texpaint: Base.tempMaskImage };
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for (let i = 0; i < l1masks.length; ++i) {
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Base.mergeLayer(l1, l1masks[i]);
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}
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mask = Base.tempMaskImage;
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}
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else mask = l1masks[0].texpaint;
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}
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if (l1.paintBase) {
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Base.tempImage.g2.begin(false); // Copy to temp
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Base.tempImage.g2.pipeline = Base.pipeCopy;
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Base.tempImage.g2.drawImage(Base.expa, 0, 0);
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Base.tempImage.g2.pipeline = null;
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Base.tempImage.g2.end();
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Base.expa.g4.begin();
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Base.expa.g4.setPipeline(Base.pipeMerge);
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Base.expa.g4.setTexture(Base.tex0, l1.texpaint);
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Base.expa.g4.setTexture(Base.tex1, empty);
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Base.expa.g4.setTexture(Base.texmask, mask);
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Base.expa.g4.setTexture(Base.texa, Base.tempImage);
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Base.expa.g4.setFloat(Base.opac, SlotLayer.getOpacity(l1));
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Base.expa.g4.setInt(Base.blending, layers.length > 1 ? l1.blending : 0);
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Base.expa.g4.setVertexBuffer(ConstData.screenAlignedVB);
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Base.expa.g4.setIndexBuffer(ConstData.screenAlignedIB);
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Base.expa.g4.drawIndexedVertices();
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Base.expa.g4.end();
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}
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if (l1.paintNor) {
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Base.tempImage.g2.begin(false);
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Base.tempImage.g2.pipeline = Base.pipeCopy;
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Base.tempImage.g2.drawImage(Base.expb, 0, 0);
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Base.tempImage.g2.pipeline = null;
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Base.tempImage.g2.end();
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Base.expb.g4.begin();
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Base.expb.g4.setPipeline(Base.pipeMerge);
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Base.expb.g4.setTexture(Base.tex0, l1.texpaint);
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Base.expb.g4.setTexture(Base.tex1, l1.texpaint_nor);
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Base.expb.g4.setTexture(Base.texmask, mask);
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Base.expb.g4.setTexture(Base.texa, Base.tempImage);
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Base.expb.g4.setFloat(Base.opac, SlotLayer.getOpacity(l1));
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Base.expb.g4.setInt(Base.blending, l1.paintNorBlend ? -2 : -1);
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Base.expb.g4.setVertexBuffer(ConstData.screenAlignedVB);
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Base.expb.g4.setIndexBuffer(ConstData.screenAlignedIB);
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Base.expb.g4.drawIndexedVertices();
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Base.expb.g4.end();
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}
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if (l1.paintOcc || l1.paintRough || l1.paintMet || l1.paintHeight) {
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Base.tempImage.g2.begin(false);
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Base.tempImage.g2.pipeline = Base.pipeCopy;
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Base.tempImage.g2.drawImage(Base.expc, 0, 0);
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Base.tempImage.g2.pipeline = null;
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Base.tempImage.g2.end();
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if (l1.paintOcc && l1.paintRough && l1.paintMet && l1.paintHeight) {
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Base.commandsMergePack(Base.pipeMerge, Base.expc, l1.texpaint, l1.texpaint_pack, SlotLayer.getOpacity(l1), mask, l1.paintHeightBlend ? -3 : -1);
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}
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else {
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if (l1.paintOcc) Base.commandsMergePack(Base.pipeMergeR, Base.expc, l1.texpaint, l1.texpaint_pack, SlotLayer.getOpacity(l1), mask);
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if (l1.paintRough) Base.commandsMergePack(Base.pipeMergeG, Base.expc, l1.texpaint, l1.texpaint_pack, SlotLayer.getOpacity(l1), mask);
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if (l1.paintMet) Base.commandsMergePack(Base.pipeMergeB, Base.expc, l1.texpaint, l1.texpaint_pack, SlotLayer.getOpacity(l1), mask);
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}
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}
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}
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///if krom_metal
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// Flush command list
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Base.expa.g2.begin(false);
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Base.expa.g2.end();
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Base.expb.g2.begin(false);
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Base.expb.g2.end();
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Base.expc.g2.begin(false);
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Base.expc.g2.end();
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///end
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///end
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///if is_paint
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let texpaint = Base.expa;
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let texpaint_nor = Base.expb;
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let texpaint_pack = Base.expc;
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///end
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///if is_lab
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let texpaint = BrushOutputNode.inst.texpaint;
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let texpaint_nor = BrushOutputNode.inst.texpaint_nor;
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let texpaint_pack = BrushOutputNode.inst.texpaint_pack;
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///end
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let pixpaint: ArrayBuffer = null;
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let pixpaint_nor: ArrayBuffer = null;
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let pixpaint_pack: ArrayBuffer = null;
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let preset = BoxExport.preset;
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let pix: ArrayBuffer = null;
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for (let t of preset.textures) {
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for (let c of t.channels) {
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if ((c == "base_r" || c == "base_g" || c == "base_b" || c == "opac") && pixpaint == null) pixpaint = texpaint.getPixels();
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else if ((c == "nor_r" || c == "nor_g" || c == "nor_g_directx" || c == "nor_b" || c == "emis" || c == "subs") && pixpaint_nor == null) pixpaint_nor = texpaint_nor.getPixels();
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else if ((c == "occ" || c == "rough" || c == "metal" || c == "height" || c == "smooth") && pixpaint_pack == null) pixpaint_pack = texpaint_pack.getPixels();
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}
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}
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for (let t of preset.textures) {
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let c = t.channels;
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let tex_name = t.name != "" ? "_" + t.name : "";
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let singleChannel = c[0] == c[1] && c[1] == c[2] && c[3] == "1.0";
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if (c[0] == "base_r" && c[1] == "base_g" && c[2] == "base_b" && c[3] == "1.0" && t.color_space == "linear") {
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ExportTexture.writeTexture(path + Path.sep + f + tex_name + ext, pixpaint, 1);
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}
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else if (c[0] == "nor_r" && c[1] == "nor_g" && c[2] == "nor_b" && c[3] == "1.0" && t.color_space == "linear") {
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ExportTexture.writeTexture(path + Path.sep + f + tex_name + ext, pixpaint_nor, 1);
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}
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else if (c[0] == "occ" && c[1] == "rough" && c[2] == "metal" && c[3] == "1.0" && t.color_space == "linear") {
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ExportTexture.writeTexture(path + Path.sep + f + tex_name + ext, pixpaint_pack, 1);
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}
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else if (singleChannel && c[0] == "occ" && t.color_space == "linear") {
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ExportTexture.writeTexture(path + Path.sep + f + tex_name + ext, pixpaint_pack, 2, 0);
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}
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else if (singleChannel && c[0] == "rough" && t.color_space == "linear") {
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ExportTexture.writeTexture(path + Path.sep + f + tex_name + ext, pixpaint_pack, 2, 1);
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}
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else if (singleChannel && c[0] == "metal" && t.color_space == "linear") {
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ExportTexture.writeTexture(path + Path.sep + f + tex_name + ext, pixpaint_pack, 2, 2);
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}
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else if (singleChannel && c[0] == "height" && t.color_space == "linear") {
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ExportTexture.writeTexture(path + Path.sep + f + tex_name + ext, pixpaint_pack, 2, 3);
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}
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else if (singleChannel && c[0] == "opac" && t.color_space == "linear") {
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ExportTexture.writeTexture(path + Path.sep + f + tex_name + ext, pixpaint, 2, 3);
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}
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else {
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if (pix == null) pix = new ArrayBuffer(textureSizeX * textureSizeY * 4 * Math.floor(bits / 8));
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for (let i = 0; i < 4; ++i) {
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let c = t.channels[i];
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if (c == "base_r") ExportTexture.copyChannel(new DataView(pixpaint), 0, new DataView(pix), i, t.color_space == "linear");
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else if (c == "base_g") ExportTexture.copyChannel(new DataView(pixpaint), 1, new DataView(pix), i, t.color_space == "linear");
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else if (c == "base_b") ExportTexture.copyChannel(new DataView(pixpaint), 2, new DataView(pix), i, t.color_space == "linear");
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else if (c == "height") ExportTexture.copyChannel(new DataView(pixpaint_pack), 3, new DataView(pix), i, t.color_space == "linear");
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else if (c == "metal") ExportTexture.copyChannel(new DataView(pixpaint_pack), 2, new DataView(pix), i, t.color_space == "linear");
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else if (c == "nor_r") ExportTexture.copyChannel(new DataView(pixpaint_nor), 0, new DataView(pix), i, t.color_space == "linear");
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else if (c == "nor_g") ExportTexture.copyChannel(new DataView(pixpaint_nor), 1, new DataView(pix), i, t.color_space == "linear");
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else if (c == "nor_g_directx") ExportTexture.copyChannelInv(new DataView(pixpaint_nor), 1, new DataView(pix), i, t.color_space == "linear");
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else if (c == "nor_b") ExportTexture.copyChannel(new DataView(pixpaint_nor), 2, new DataView(pix), i, t.color_space == "linear");
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else if (c == "occ") ExportTexture.copyChannel(new DataView(pixpaint_pack), 0, new DataView(pix), i, t.color_space == "linear");
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else if (c == "opac") ExportTexture.copyChannel(new DataView(pixpaint), 3, new DataView(pix), i, t.color_space == "linear");
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else if (c == "rough") ExportTexture.copyChannel(new DataView(pixpaint_pack), 1, new DataView(pix), i, t.color_space == "linear");
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else if (c == "smooth") ExportTexture.copyChannelInv(new DataView(pixpaint_pack), 1, new DataView(pix), i, t.color_space == "linear");
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else if (c == "emis") ExportTexture.extractChannel(new DataView(pixpaint_nor), 3, new DataView(pix), i, 3, 1, t.color_space == "linear");
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else if (c == "subs") ExportTexture.extractChannel(new DataView(pixpaint_nor), 3, new DataView(pix), i, 3, 2, t.color_space == "linear");
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else if (c == "0.0") ExportTexture.setChannel(0, new DataView(pix), i);
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else if (c == "1.0") ExportTexture.setChannel(255, new DataView(pix), i);
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}
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ExportTexture.writeTexture(path + Path.sep + f + tex_name + ext, pix, 3);
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}
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}
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// Release staging memory allocated in Image.getPixels()
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texpaint.pixels = null;
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texpaint_nor.pixels = null;
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texpaint_pack.pixels = null;
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}
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static writeTexture = (file: string, pixels: ArrayBuffer, type = 1, off = 0) => {
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let resX = Config.getTextureResX();
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let resY = Config.getTextureResY();
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let bitsHandle = Base.bitsHandle.position;
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let bits = bitsHandle == TextureBits.Bits8 ? 8 : bitsHandle == TextureBits.Bits16 ? 16 : 32;
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let format = 0; // RGBA
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if (type == 1) format = 2; // RGB1
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if (type == 2 && off == 0) format = 3; // RRR1
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if (type == 2 && off == 1) format = 4; // GGG1
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if (type == 2 && off == 2) format = 5; // BBB1
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if (type == 2 && off == 3) format = 6; // AAA1
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if (Context.raw.layersDestination == ExportDestination.DestinationPacked) {
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let image = Image.fromBytes(pixels, resX, resY);
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Data.cachedImages.set(file, image);
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let ar = file.split(Path.sep);
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let name = ar[ar.length - 1];
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let asset: TAsset = {name: name, file: file, id: Project.assetId++};
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Project.assets.push(asset);
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if (Project.raw.assets == null) Project.raw.assets = [];
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Project.raw.assets.push(asset.file);
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Project.assetNames.push(asset.name);
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Project.assetMap.set(asset.id, image);
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ExportArm.packAssets(Project.raw, [asset]);
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return;
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}
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if (bits == 8 && Context.raw.formatType == TextureLdrFormat.FormatPng) {
|
|
Krom.writePng(file, pixels, resX, resY, format);
|
|
}
|
|
else if (bits == 8 && Context.raw.formatType == TextureLdrFormat.FormatJpg) {
|
|
Krom.writeJpg(file, pixels, resX, resY, format, Math.floor(Context.raw.formatQuality));
|
|
}
|
|
else { // Exr
|
|
let b = ParserExr.run(resX, resY, pixels, bits, type, off);
|
|
Krom.fileSaveBytes(file, b, b.byteLength);
|
|
}
|
|
}
|
|
|
|
static copyChannel = (from: DataView, fromChannel: i32, to: DataView, toChannel: i32, linear = true) => {
|
|
for (let i = 0; i < Math.floor(to.byteLength / 4); ++i) {
|
|
to.setUint8(i * 4 + toChannel, from.getUint8(i * 4 + fromChannel));
|
|
}
|
|
if (!linear) ExportTexture.toSrgb(to, toChannel);
|
|
}
|
|
|
|
static copyChannelInv = (from: DataView, fromChannel: i32, to: DataView, toChannel: i32, linear = true) => {
|
|
for (let i = 0; i < Math.floor(to.byteLength / 4); ++i) {
|
|
to.setUint8(i * 4 + toChannel, 255 - from.getUint8(i * 4 + fromChannel));
|
|
}
|
|
if (!linear) ExportTexture.toSrgb(to, toChannel);
|
|
}
|
|
|
|
static extractChannel = (from: DataView, fromChannel: i32, to: DataView, toChannel: i32, step: i32, mask: i32, linear = true) => {
|
|
for (let i = 0; i < Math.floor(to.byteLength / 4); ++i) {
|
|
to.setUint8(i * 4 + toChannel, from.getUint8(i * 4 + fromChannel) % step == mask ? 255 : 0);
|
|
}
|
|
if (!linear) ExportTexture.toSrgb(to, toChannel);
|
|
}
|
|
|
|
static setChannel = (value: i32, to: DataView, toChannel: i32, linear = true) => {
|
|
for (let i = 0; i < Math.floor(to.byteLength / 4); ++i) {
|
|
to.setUint8(i * 4 + toChannel, value);
|
|
}
|
|
if (!linear) ExportTexture.toSrgb(to, toChannel);
|
|
}
|
|
|
|
static toSrgb = (to: DataView, toChannel: i32) => {
|
|
for (let i = 0; i < Math.floor(to.byteLength / 4); ++i) {
|
|
to.setUint8(i * 4 + toChannel, Math.floor(Math.pow(to.getUint8(i * 4 + toChannel) / 255, ExportTexture.gamma) * 255));
|
|
}
|
|
}
|
|
}
|
|
|
|
type TExportPreset = {
|
|
textures: TExportPresetTexture[];
|
|
}
|
|
|
|
type TExportPresetTexture = {
|
|
name: string;
|
|
channels: string[];
|
|
color_space: string;
|
|
}
|
|
|
|
///end
|