luboslenco
442 lines
14 KiB
Haxe
442 lines
14 KiB
Haxe
package arm.node;
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import zui.Nodes;
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import iron.data.SceneFormat;
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import iron.data.ShaderData;
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import iron.data.MaterialData;
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import iron.RenderPath;
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import arm.ui.UIHeader;
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import arm.ui.UINodes;
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import arm.ui.UISidebar;
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import arm.shader.NodeShader;
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import arm.shader.NodeShaderContext;
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import arm.shader.NodeShaderData;
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import arm.shader.ShaderFunctions;
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import arm.shader.MaterialParser;
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import arm.render.RenderPathPaint;
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import arm.util.RenderUtil;
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import arm.Enums;
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class MakeMaterial {
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public static var defaultScon: ShaderContext = null;
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public static var defaultMcon: MaterialContext = null;
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public static var heightUsed = false;
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public static var emisUsed = false;
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public static var subsUsed = false;
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static function getMOut(): Bool {
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for (n in UINodes.inst.getCanvasMaterial().nodes) if (n.type == "OUTPUT_MATERIAL_PBR") return true;
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return false;
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}
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public static function parseMeshMaterial() {
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var m = Project.materials[0].data;
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for (c in m.shader.contexts) {
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if (c.raw.name == "mesh") {
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m.shader.raw.contexts.remove(c.raw);
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m.shader.contexts.remove(c);
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c.delete();
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break;
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}
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}
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if (MakeMesh.layerPassCount > 1) {
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var i = 0;
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while (i < m.shader.contexts.length) {
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var c = m.shader.contexts[i];
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for (j in 1...MakeMesh.layerPassCount) {
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if (c.raw.name == "mesh" + j) {
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m.shader.raw.contexts.remove(c.raw);
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m.shader.contexts.remove(c);
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c.delete();
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i--;
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break;
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}
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}
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i++;
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}
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i = 0;
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while (i < m.contexts.length) {
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var c = m.contexts[i];
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for (j in 1...MakeMesh.layerPassCount) {
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if (c.raw.name == "mesh" + j) {
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m.raw.contexts.remove(c.raw);
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m.contexts.remove(c);
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i--;
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break;
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}
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}
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i++;
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}
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}
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var con = MakeMesh.run(new NodeShaderData({name: "Material", canvas: null}));
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var scon = new ShaderContext(con.data, function(scon: ShaderContext){});
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scon.overrideContext = {};
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if (con.frag.sharedSamplers.length > 0) {
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var sampler = con.frag.sharedSamplers[0];
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scon.overrideContext.shared_sampler = sampler.substr(sampler.lastIndexOf(" ") + 1);
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}
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if (!Context.textureFilter) {
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scon.overrideContext.filter = "point";
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}
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m.shader.raw.contexts.push(scon.raw);
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m.shader.contexts.push(scon);
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for (i in 1...MakeMesh.layerPassCount) {
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var con = MakeMesh.run(new NodeShaderData({name: "Material", canvas: null}), i);
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var scon = new ShaderContext(con.data, function(scon: ShaderContext){});
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scon.overrideContext = {};
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if (con.frag.sharedSamplers.length > 0) {
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var sampler = con.frag.sharedSamplers[0];
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scon.overrideContext.shared_sampler = sampler.substr(sampler.lastIndexOf(" ") + 1);
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}
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if (!Context.textureFilter) {
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scon.overrideContext.filter = "point";
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}
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m.shader.raw.contexts.push(scon.raw);
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m.shader.contexts.push(scon);
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var mcon = new MaterialContext({ name: "mesh" + i, bind_textures: [] }, function(self: MaterialContext) {});
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m.raw.contexts.push(mcon.raw);
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m.contexts.push(mcon);
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}
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Context.ddirty = 2;
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#if rp_voxelao
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makeVoxel(m);
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#end
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#if (kha_direct3d12 || kha_vulkan)
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arm.render.RenderPathRaytrace.dirty = 1;
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#end
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}
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public static function parseParticleMaterial() {
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var m = Context.particleMaterial;
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var sc: ShaderContext = null;
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for (c in m.shader.contexts) if (c.raw.name == "mesh") { sc = c; break; }
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if (sc != null) {
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m.shader.raw.contexts.remove(sc.raw);
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m.shader.contexts.remove(sc);
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}
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var con = MakeParticle.run(new NodeShaderData({name: "MaterialParticle", canvas: null}));
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if (sc != null) sc.delete();
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sc = new ShaderContext(con.data, function(sc: ShaderContext){});
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m.shader.raw.contexts.push(sc.raw);
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m.shader.contexts.push(sc);
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}
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public static function parseMeshPreviewMaterial() {
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if (!getMOut()) return;
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var m = Project.materials[0].data;
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var scon: ShaderContext = null;
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for (c in m.shader.contexts) if (c.raw.name == "mesh") { scon = c; break; }
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m.shader.raw.contexts.remove(scon.raw);
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m.shader.contexts.remove(scon);
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var mcon: TMaterialContext = { name: "mesh", bind_textures: [] };
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var sd = new NodeShaderData({name: "Material", canvas: null});
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var con = MakeMeshPreview.run(sd, mcon);
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for (i in 0...m.contexts.length) {
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if (m.contexts[i].raw.name == "mesh") {
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m.contexts[i] = new MaterialContext(mcon, function(self: MaterialContext) {});
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break;
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}
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}
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if (scon != null) scon.delete();
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var compileError = false;
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scon = new ShaderContext(con.data, function(scon: ShaderContext) {
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if (scon == null) compileError = true;
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});
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if (compileError) return;
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m.shader.raw.contexts.push(scon.raw);
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m.shader.contexts.push(scon);
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}
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#if rp_voxelao
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static function makeVoxel(m: MaterialData) {
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var rebuild = heightUsed;
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if (Config.raw.rp_gi != false && rebuild) {
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var scon: ShaderContext = null;
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for (c in m.shader.contexts) if (c.raw.name == "voxel") { scon = c; break; }
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if (scon != null) MakeVoxel.run(scon);
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}
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}
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#end
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public static function parsePaintMaterial(bakePreviews = true) {
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if (!getMOut()) return;
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if (bakePreviews) {
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var current = @:privateAccess kha.graphics2.Graphics.current;
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if (current != null) current.end();
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bakeNodePreviews();
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if (current != null) current.begin(false);
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}
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var m = Project.materials[0].data;
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var scon: ShaderContext = null;
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var mcon: MaterialContext = null;
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for (c in m.shader.contexts) {
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if (c.raw.name == "paint") {
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m.shader.raw.contexts.remove(c.raw);
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m.shader.contexts.remove(c);
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if (c != defaultScon) c.delete();
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break;
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}
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}
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for (c in m.contexts) {
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if (c.raw.name == "paint") {
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m.raw.contexts.remove(c.raw);
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m.contexts.remove(c);
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break;
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}
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}
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var sdata = new NodeShaderData({ name: "Material", canvas: UINodes.inst.getCanvasMaterial() });
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var mcon: TMaterialContext = { name: "paint", bind_textures: [] };
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var con = MakePaint.run(sdata, mcon);
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var compileError = false;
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var scon = new ShaderContext(con.data, function(scon: ShaderContext) {
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if (scon == null) compileError = true;
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});
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if (compileError) return;
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scon.overrideContext = {};
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scon.overrideContext.addressing = "repeat";
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var mcon = new MaterialContext(mcon, function(mcon: MaterialContext) {});
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m.shader.raw.contexts.push(scon.raw);
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m.shader.contexts.push(scon);
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m.raw.contexts.push(mcon.raw);
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m.contexts.push(mcon);
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if (defaultScon == null) defaultScon = scon;
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if (defaultMcon == null) defaultMcon = mcon;
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}
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static function bakeNodePreviews() {
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Context.nodePreviewsUsed = [];
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if (Context.nodePreviews == null) Context.nodePreviews = [];
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traverseNodes(UINodes.inst.getCanvasMaterial().nodes, null, []);
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for (key in Context.nodePreviews.keys()) {
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if (Context.nodePreviewsUsed.indexOf(key) == -1) {
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var image = Context.nodePreviews.get(key);
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App.notifyOnNextFrame(image.unload);
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Context.nodePreviews.remove(key);
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}
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}
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}
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static function traverseNodes(nodes: Array<TNode>, group: TNodeCanvas, parents: Array<TNode>) {
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for (node in nodes) {
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bakeNodePreview(node, group, parents);
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if (node.type == "GROUP") {
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for (g in Project.materialGroups) {
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if (g.canvas.name == node.name) {
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parents.push(node);
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traverseNodes(g.canvas.nodes, g.canvas, parents);
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parents.pop();
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break;
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}
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}
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}
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}
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}
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static function bakeNodePreview(node: TNode, group: TNodeCanvas, parents: Array<TNode>) {
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if (node.type == "BLUR") {
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var id = MaterialParser.node_name(node, parents);
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var image = Context.nodePreviews.get(id);
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Context.nodePreviewsUsed.push(id);
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var resX = Std.int(Config.getTextureResX() / 4);
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var resY = Std.int(Config.getTextureResY() / 4);
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if (image == null || image.width != resX || image.height != resY) {
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if (image != null) image.unload();
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image = kha.Image.createRenderTarget(resX, resY);
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Context.nodePreviews.set(id, image);
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}
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MaterialParser.blur_passthrough = true;
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RenderUtil.makeNodePreview(UINodes.inst.getCanvasMaterial(), node, image, group, parents);
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MaterialParser.blur_passthrough = false;
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}
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else if (node.type == "DIRECT_WARP") {
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var id = MaterialParser.node_name(node, parents);
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var image = Context.nodePreviews.get(id);
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Context.nodePreviewsUsed.push(id);
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var resX = Std.int(Config.getTextureResX());
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var resY = Std.int(Config.getTextureResY());
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if (image == null || image.width != resX || image.height != resY) {
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if (image != null) image.unload();
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image = kha.Image.createRenderTarget(resX, resY);
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Context.nodePreviews.set(id, image);
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}
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MaterialParser.warp_passthrough = true;
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RenderUtil.makeNodePreview(UINodes.inst.getCanvasMaterial(), node, image, group, parents);
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MaterialParser.warp_passthrough = false;
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}
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else if (node.type == "BAKE_CURVATURE") {
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var id = MaterialParser.node_name(node, parents);
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var image = Context.nodePreviews.get(id);
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Context.nodePreviewsUsed.push(id);
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var resX = Std.int(Config.getTextureResX());
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var resY = Std.int(Config.getTextureResY());
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if (image == null || image.width != resX || image.height != resY) {
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if (image != null) image.unload();
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image = kha.Image.createRenderTarget(resX, resY, kha.graphics4.TextureFormat.L8);
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Context.nodePreviews.set(id, image);
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}
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if (RenderPathPaint.liveLayer == null) {
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RenderPathPaint.liveLayer = new arm.data.LayerSlot("_live");
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RenderPathPaint.liveLayer.createMask(0x00000000);
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}
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var _space = UIHeader.inst.worktab.position;
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var _tool = Context.tool;
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var _layerIsMask = Context.layerIsMask;
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var _bakeType = Context.bakeType;
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UIHeader.inst.worktab.position = SpacePaint;
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Context.tool = ToolBake;
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Context.layerIsMask = false;
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Context.bakeType = BakeCurvature;
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MaterialParser.bake_passthrough = true;
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MaterialParser.start_node = node;
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MaterialParser.start_group = group;
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MaterialParser.start_parents = parents;
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parsePaintMaterial(false);
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MaterialParser.bake_passthrough = false;
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MaterialParser.start_node = null;
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MaterialParser.start_group = null;
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MaterialParser.start_parents = null;
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Context.pdirty = 1;
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RenderPathPaint.useLiveLayer(true);
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RenderPathPaint.commandsPaint(false);
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RenderPathPaint.dilate(true, false);
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RenderPathPaint.useLiveLayer(false);
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Context.pdirty = 0;
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UIHeader.inst.worktab.position = _space;
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Context.tool = _tool;
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Context.layerIsMask = _layerIsMask;
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Context.bakeType = _bakeType;
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parsePaintMaterial(false);
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var rts = RenderPath.active.renderTargets;
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var texpaint_live = rts.get("texpaint_live");
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image.g2.begin(false);
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image.g2.drawImage(texpaint_live.image, 0, 0);
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image.g2.end();
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}
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}
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public static function parseNodePreviewMaterial(node: TNode, group: TNodeCanvas = null, parents: Array<TNode> = null): { scon: ShaderContext, mcon: MaterialContext } {
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if (node.outputs.length == 0) return null;
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var sdata = new NodeShaderData({ name: "Material", canvas: UINodes.inst.getCanvasMaterial() });
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var mcon_raw: TMaterialContext = { name: "mesh", bind_textures: [] };
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var con = MakeNodePreview.run(sdata, mcon_raw, node, group, parents);
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var compileError = false;
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var scon = new ShaderContext(con.data, function(scon: ShaderContext) {
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if (scon == null) compileError = true;
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});
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if (compileError) return null;
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var mcon = new MaterialContext(mcon_raw, function(mcon: MaterialContext) {});
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return { scon: scon, mcon: mcon };
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}
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public static function parseBrush() {
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Brush.parse(Context.brush.canvas, false);
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}
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public static function blendMode(frag: NodeShader, blending: Int, cola: String, colb: String, opac: String): String {
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if (blending == BlendMix) {
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return 'mix($cola, $colb, $opac)';
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}
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else if (blending == BlendDarken) {
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return 'mix($cola, min($cola, $colb), $opac)';
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}
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else if (blending == BlendMultiply) {
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return 'mix($cola, $cola * $colb, $opac)';
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}
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else if (blending == BlendBurn) {
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return 'mix($cola, vec3(1.0, 1.0, 1.0) - (vec3(1.0, 1.0, 1.0) - $cola) / $colb, $opac)';
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}
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else if (blending == BlendLighten) {
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return 'max($cola, $colb * $opac)';
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}
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else if (blending == BlendScreen) {
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return '(vec3(1.0, 1.0, 1.0) - (vec3(1.0 - $opac, 1.0 - $opac, 1.0 - $opac) + $opac * (vec3(1.0, 1.0, 1.0) - $colb)) * (vec3(1.0, 1.0, 1.0) - $cola))';
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}
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else if (blending == BlendDodge) {
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return 'mix($cola, $cola / (vec3(1.0, 1.0, 1.0) - $colb), $opac)';
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}
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else if (blending == BlendAdd) {
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return 'mix($cola, $cola + $colb, $opac)';
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}
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else if (blending == BlendOverlay) {
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return 'mix($cola, vec3(
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$cola.r < 0.5 ? 2.0 * $cola.r * $colb.r : 1.0 - 2.0 * (1.0 - $cola.r) * (1.0 - $colb.r),
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$cola.g < 0.5 ? 2.0 * $cola.g * $colb.g : 1.0 - 2.0 * (1.0 - $cola.g) * (1.0 - $colb.g),
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$cola.b < 0.5 ? 2.0 * $cola.b * $colb.b : 1.0 - 2.0 * (1.0 - $cola.b) * (1.0 - $colb.b)
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), $opac)';
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}
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else if (blending == BlendSoftLight) {
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return '((1.0 - $opac) * $cola + $opac * ((vec3(1.0, 1.0, 1.0) - $cola) * $colb * $cola + $cola * (vec3(1.0, 1.0, 1.0) - (vec3(1.0, 1.0, 1.0) - $colb) * (vec3(1.0, 1.0, 1.0) - $cola))))';
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}
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else if (blending == BlendLinearLight) {
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return '($cola + $opac * (vec3(2.0, 2.0, 2.0) * ($colb - vec3(0.5, 0.5, 0.5))))';
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}
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else if (blending == BlendDifference) {
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return 'mix($cola, abs($cola - $colb), $opac)';
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}
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else if (blending == BlendSubtract) {
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return 'mix($cola, $cola - $colb, $opac)';
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}
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else if (blending == BlendDivide) {
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return 'vec3(1.0 - $opac, 1.0 - $opac, 1.0 - $opac) * $cola + vec3($opac, $opac, $opac) * $cola / $colb';
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}
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else if (blending == BlendHue) {
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frag.add_function(ShaderFunctions.str_hue_sat);
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return 'mix($cola, hsv_to_rgb(vec3(rgb_to_hsv($colb).r, rgb_to_hsv($cola).g, rgb_to_hsv($cola).b)), $opac)';
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}
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else if (blending == BlendSaturation) {
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frag.add_function(ShaderFunctions.str_hue_sat);
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return 'mix($cola, hsv_to_rgb(vec3(rgb_to_hsv($cola).r, rgb_to_hsv($colb).g, rgb_to_hsv($cola).b)), $opac)';
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}
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else if (blending == BlendColor) {
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frag.add_function(ShaderFunctions.str_hue_sat);
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return 'mix($cola, hsv_to_rgb(vec3(rgb_to_hsv($colb).r, rgb_to_hsv($colb).g, rgb_to_hsv($cola).b)), $opac)';
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}
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else { // BlendValue
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frag.add_function(ShaderFunctions.str_hue_sat);
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return 'mix($cola, hsv_to_rgb(vec3(rgb_to_hsv($cola).r, rgb_to_hsv($cola).g, rgb_to_hsv($colb).b)), $opac)';
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}
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}
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public static inline function getDisplaceStrength():Float {
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var sc = Context.mainObject().transform.scale.x;
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return Config.raw.displace_strength * 0.02 * sc;
|
|
}
|
|
|
|
public static inline function voxelgiHalfExtents():String {
|
|
var ext = Context.vxaoExt;
|
|
return 'const vec3 voxelgiHalfExtents = vec3($ext, $ext, $ext);';
|
|
}
|
|
}
|