81f3a65a5f
# Conflicts: # Source/Editor/Utilities/Utils.cs # Source/Editor/Windows/Assets/MaterialWindow.cs # Source/Editor/Windows/Assets/ParticleEmitterWindow.cs # Source/Engine/Platform/Linux/LinuxWindow.cpp # Source/Engine/Platform/Windows/WindowsWindow.cpp
380 lines
15 KiB
C#
380 lines
15 KiB
C#
// Copyright (c) 2012-2021 Wojciech Figat. All rights reserved.
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using System;
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using System.Collections.Generic;
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using System.ComponentModel;
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using FlaxEditor.Content;
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using FlaxEditor.Scripting;
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using FlaxEditor.Surface;
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using FlaxEditor.Viewport.Previews;
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using FlaxEngine;
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// ReSharper disable UnusedMember.Local
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// ReSharper disable UnusedMember.Global
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// ReSharper disable MemberCanBePrivate.Local
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namespace FlaxEditor.Windows.Assets
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{
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/// <summary>
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/// Material window allows to view and edit <see cref="Material"/> asset.
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/// </summary>
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/// <seealso cref="Material" />
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/// <seealso cref="MaterialSurface" />
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/// <seealso cref="MaterialPreview" />
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public sealed class MaterialWindow : VisjectSurfaceWindow<Material, MaterialSurface, MaterialPreview>
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{
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private readonly ScriptType[] _newParameterTypes =
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{
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new ScriptType(typeof(float)),
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new ScriptType(typeof(Texture)),
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new ScriptType(typeof(NormalMap)),
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new ScriptType(typeof(CubeTexture)),
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new ScriptType(typeof(GPUTexture)),
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new ScriptType(typeof(ChannelMask)),
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new ScriptType(typeof(bool)),
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new ScriptType(typeof(int)),
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new ScriptType(typeof(Vector2)),
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new ScriptType(typeof(Vector3)),
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new ScriptType(typeof(Vector4)),
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new ScriptType(typeof(Color)),
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new ScriptType(typeof(Quaternion)),
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new ScriptType(typeof(Transform)),
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new ScriptType(typeof(Matrix)),
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};
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/// <summary>
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/// The material properties proxy object.
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/// </summary>
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private sealed class PropertiesProxy
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{
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// General
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[EditorOrder(10), EditorDisplay("General"), Tooltip("Material domain type.")]
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public MaterialDomain Domain;
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[EditorOrder(20), EditorDisplay("General"), Tooltip("Defines how material inputs and properties are combined to result the final surface color.")]
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public MaterialShadingModel ShadingModel;
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[EditorOrder(30), EditorDisplay("General"), Tooltip("Determinates how materials' color should be blended with the background colors.")]
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public MaterialBlendMode BlendMode;
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// Rendering
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[EditorOrder(100), DefaultValue(CullMode.Normal), EditorDisplay("Rendering"), Tooltip("Defines the primitives culling mode used during geometry rendering.")]
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public CullMode CullMode;
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[EditorOrder(110), DefaultValue(false), EditorDisplay("Rendering"), Tooltip("If checked, geometry will be rendered in wireframe mode without solid triangles fill.")]
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public bool Wireframe;
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[EditorOrder(120), DefaultValue(true), EditorDisplay("Rendering"), Tooltip("Enables performing depth test during material rendering.")]
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public bool DepthTest;
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[EditorOrder(130), DefaultValue(true), EditorDisplay("Rendering"), Tooltip("Enable writing to the depth buffer during material rendering.")]
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public bool DepthWrite;
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// Transparency
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[EditorOrder(200), DefaultValue(true), EditorDisplay("Transparency"), Tooltip("Enables reflections when rendering material.")]
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public bool EnableReflections;
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[EditorOrder(210), DefaultValue(true), EditorDisplay("Transparency"), Tooltip("Enables fog effects when rendering material.")]
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public bool EnableFog;
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[EditorOrder(220), DefaultValue(true), EditorDisplay("Transparency"), Tooltip("Enables distortion effect when rendering.")]
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public bool EnableDistortion;
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[EditorOrder(225), DefaultValue(false), EditorDisplay("Transparency"), Tooltip("Enables refraction offset based on the difference between the per-pixel normal and the per-vertex normal. Useful for large water-like surfaces.")]
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public bool PixelNormalOffsetRefraction;
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[EditorOrder(230), DefaultValue(0.12f), EditorDisplay("Transparency"), Tooltip("Controls opacity values clipping point."), Limit(0.0f, 1.0f, 0.01f)]
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public float OpacityThreshold;
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// Tessellation
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[EditorOrder(300), DefaultValue(TessellationMethod.None), EditorDisplay("Tessellation"), Tooltip("Mesh tessellation method.")]
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public TessellationMethod TessellationMode;
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[EditorOrder(310), DefaultValue(15), EditorDisplay("Tessellation"), Tooltip("Maximum triangle tessellation factor."), Limit(1, 60, 0.01f)]
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public int MaxTessellationFactor;
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// Misc
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[EditorOrder(400), DefaultValue(false), EditorDisplay("Misc"), Tooltip("If checked, material input normal will be assumed as world-space rather than tangent-space.")]
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public bool InputWorldSpaceNormal;
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[EditorOrder(410), DefaultValue(false), EditorDisplay("Misc", "Dithered LOD Transition"), Tooltip("If checked, material uses dithered model LOD transition for smoother LODs switching.")]
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public bool DitheredLODTransition;
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[EditorOrder(420), DefaultValue(0.3f), EditorDisplay("Misc"), Tooltip("Controls mask values clipping point."), Limit(0.0f, 1.0f, 0.01f)]
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public float MaskThreshold;
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[EditorOrder(430), DefaultValue(MaterialDecalBlendingMode.Translucent), EditorDisplay("Misc"), Tooltip("The decal material blending mode.")]
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public MaterialDecalBlendingMode DecalBlendingMode;
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[EditorOrder(440), DefaultValue(MaterialPostFxLocation.AfterPostProcessingPass), EditorDisplay("Misc"), Tooltip("The post fx material rendering location.")]
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public MaterialPostFxLocation PostFxLocation;
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// Parameters
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[EditorOrder(1000), EditorDisplay("Parameters"), CustomEditor(typeof(ParametersEditor)), NoSerialize]
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// ReSharper disable once UnusedAutoPropertyAccessor.Local
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public MaterialWindow Window { get; set; }
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[HideInEditor, Serialize]
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// ReSharper disable once UnusedMember.Local
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public List<SurfaceParameter> Parameters
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{
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get => Window.Surface.Parameters;
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set => throw new Exception("No setter.");
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}
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/// <summary>
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/// Gathers parameters from the specified material.
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/// </summary>
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/// <param name="window">The window.</param>
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public void OnLoad(MaterialWindow window)
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{
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// Update cache
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var material = window.Asset;
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var info = material.Info;
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Wireframe = (info.FeaturesFlags & MaterialFeaturesFlags.Wireframe) != 0;
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CullMode = info.CullMode;
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DepthTest = (info.FeaturesFlags & MaterialFeaturesFlags.DisableDepthTest) == 0;
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DepthWrite = (info.FeaturesFlags & MaterialFeaturesFlags.DisableDepthWrite) == 0;
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EnableReflections = (info.FeaturesFlags & MaterialFeaturesFlags.DisableReflections) == 0;
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EnableFog = (info.FeaturesFlags & MaterialFeaturesFlags.DisableFog) == 0;
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EnableDistortion = (info.FeaturesFlags & MaterialFeaturesFlags.DisableDistortion) == 0;
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PixelNormalOffsetRefraction = (info.FeaturesFlags & MaterialFeaturesFlags.PixelNormalOffsetRefraction) != 0;
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InputWorldSpaceNormal = (info.FeaturesFlags & MaterialFeaturesFlags.InputWorldSpaceNormal) != 0;
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DitheredLODTransition = (info.FeaturesFlags & MaterialFeaturesFlags.DitheredLODTransition) != 0;
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OpacityThreshold = info.OpacityThreshold;
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TessellationMode = info.TessellationMode;
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MaxTessellationFactor = info.MaxTessellationFactor;
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MaskThreshold = info.MaskThreshold;
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DecalBlendingMode = info.DecalBlendingMode;
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PostFxLocation = info.PostFxLocation;
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BlendMode = info.BlendMode;
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ShadingModel = info.ShadingModel;
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Domain = info.Domain;
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// Link
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Window = window;
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}
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/// <summary>
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/// Saves the material properties to the material info structure.
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/// </summary>
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/// <param name="info">The material info.</param>
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public void OnSave(ref MaterialInfo info)
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{
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// Update flags
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info.CullMode = CullMode;
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if (Wireframe)
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info.FeaturesFlags |= MaterialFeaturesFlags.Wireframe;
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if (!DepthTest)
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info.FeaturesFlags |= MaterialFeaturesFlags.DisableDepthTest;
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if (!DepthWrite)
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info.FeaturesFlags |= MaterialFeaturesFlags.DisableDepthWrite;
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if (!EnableReflections)
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info.FeaturesFlags |= MaterialFeaturesFlags.DisableReflections;
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if (!EnableFog)
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info.FeaturesFlags |= MaterialFeaturesFlags.DisableFog;
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if (!EnableDistortion)
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info.FeaturesFlags |= MaterialFeaturesFlags.DisableDistortion;
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if (PixelNormalOffsetRefraction)
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info.FeaturesFlags |= MaterialFeaturesFlags.PixelNormalOffsetRefraction;
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if (InputWorldSpaceNormal)
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info.FeaturesFlags |= MaterialFeaturesFlags.InputWorldSpaceNormal;
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if (DitheredLODTransition)
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info.FeaturesFlags |= MaterialFeaturesFlags.DitheredLODTransition;
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info.OpacityThreshold = OpacityThreshold;
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info.TessellationMode = TessellationMode;
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info.MaxTessellationFactor = MaxTessellationFactor;
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info.MaskThreshold = MaskThreshold;
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info.DecalBlendingMode = DecalBlendingMode;
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info.PostFxLocation = PostFxLocation;
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info.BlendMode = BlendMode;
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info.ShadingModel = ShadingModel;
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info.Domain = Domain;
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}
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/// <summary>
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/// Clears temporary data.
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/// </summary>
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public void OnClean()
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{
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// Unlink
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Window = null;
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}
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}
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private readonly PropertiesProxy _properties;
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/// <inheritdoc />
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public MaterialWindow(Editor editor, AssetItem item)
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: base(editor, item)
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{
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// Asset preview
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_preview = new MaterialPreview(true)
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{
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Parent = _split2.Panel1
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};
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// Asset properties proxy
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_properties = new PropertiesProxy();
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_propertiesEditor.Select(_properties);
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// Surface
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_surface = new MaterialSurface(this, Save, _undo)
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{
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Parent = _split1.Panel1,
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Enabled = false
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};
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// Toolstrip
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_toolstrip.AddSeparator();
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_toolstrip.AddButton(editor.Icons.BracketsSlash32, ShowSourceCode).LinkTooltip("Show generated shader source code");
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_toolstrip.AddButton(editor.Icons.Docs32, () => Platform.OpenUrl(Utilities.Constants.DocsUrl + "manual/graphics/materials/index.html")).LinkTooltip("See documentation to learn more");
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}
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private void ShowSourceCode()
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{
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var source = Editor.GetShaderSourceCode(_asset);
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Utilities.Utils.ShowSourceCodeWindow(source, "Material Source", RootWindow.Window);
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}
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/// <summary>
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/// Gets material info from UI.
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/// </summary>
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/// <param name="info">Output info.</param>
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public void FillMaterialInfo(out MaterialInfo info)
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{
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info = MaterialInfo.CreateDefault();
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_properties.OnSave(ref info);
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}
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/// <summary>
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/// Gets or sets the main material node.
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/// </summary>
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public Surface.Archetypes.Material.SurfaceNodeMaterial MainNode
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{
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get
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{
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var mainNode = _surface.FindNode(1, 1) as Surface.Archetypes.Material.SurfaceNodeMaterial;
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if (mainNode == null)
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{
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// Error
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Editor.LogError("Failed to find main material node.");
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}
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return mainNode;
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}
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}
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/// <inheritdoc />
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public override IEnumerable<ScriptType> NewParameterTypes => _newParameterTypes;
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/// <inheritdoc />
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public override void SetParameter(int index, object value)
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{
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try
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{
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Asset.Parameters[index].Value = value;
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}
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catch
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{
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// Ignored
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}
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base.SetParameter(index, value);
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}
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/// <inheritdoc />
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protected override void OnPropertyEdited()
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{
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base.OnPropertyEdited();
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// Refresh main node
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var mainNode = MainNode;
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mainNode?.UpdateBoxes();
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}
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/// <inheritdoc />
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protected override void UnlinkItem()
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{
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_properties.OnClean();
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_preview.Material = null;
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base.UnlinkItem();
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}
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/// <inheritdoc />
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protected override void OnAssetLinked()
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{
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_preview.Material = _asset;
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base.OnAssetLinked();
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}
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/// <inheritdoc />
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public override string SurfaceName => "Material";
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/// <inheritdoc />
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public override byte[] SurfaceData
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{
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get => _asset.LoadSurface(true);
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set
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{
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// Create material info
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FillMaterialInfo(out var info);
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// Save data to the temporary material
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if (_asset.SaveSurface(value, info))
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{
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// Error
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_surface.MarkAsEdited();
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Editor.LogError("Failed to save material surface data");
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}
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_asset.Reload();
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}
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}
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/// <inheritdoc />
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protected override bool LoadSurface()
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{
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// Init material properties and parameters proxy
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_properties.OnLoad(this);
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// Load surface graph
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if (_surface.Load())
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{
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// Error
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Editor.LogError("Failed to load material surface.");
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return true;
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}
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return false;
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}
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/// <inheritdoc />
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protected override bool SaveSurface()
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{
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_surface.Save();
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return false;
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}
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/// <inheritdoc />
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protected override bool CanEditSurfaceOnAssetLoadError => true;
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/// <inheritdoc />
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protected override bool SaveToOriginal()
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{
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// Copy shader cache from the temporary Particle Emitter (will skip compilation on Reload - faster)
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Guid dstId = _item.ID;
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Guid srcId = _asset.ID;
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Editor.Internal_CopyCache(ref dstId, ref srcId);
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return base.SaveToOriginal();
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}
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}
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}
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