public virtual void SetBlendState(FMAT material)
{
var blend = material.BlendState;
blend.RenderDepthTest();
if (blend.State == GLMaterialBlendState.BlendState.Opaque)
{
GL.Disable(EnableCap.AlphaTest);
GL.Disable(EnableCap.Blend);
return;
}
blend.RenderBlendState();
}
public override bool UseRenderer(FMAT material, string archive, string model)
{
return(archive == "RenderMaterial" ||
archive == "RenderMaterialAlphaMask" ||
archive == "RenderMaterialGrass" ||
archive == "RenderMaterialCloud" ||
archive == "RenderMaterialCrystal" ||
archive == "RenderMaterialEcho" ||
archive == "RenderMaterialEmission" ||
archive == "RenderMaterialGodRay" ||
archive == "RenderMaterialIndirect" ||
archive == "RenderMaterialMirror" ||
archive == "RenderMaterialNoiseSpecular" ||
archive == "RenderMaterialMultiTex");
}
public static string[] FindRenderInfoPresets(FMAT material, string targetInfoName)
{
foreach (var info in InfoItemDump)
{
//Check for shader mapping
if (!info.ShaderTarget.Contains(material.ShaderArchive) &&
!info.ShaderTarget.Contains(material.ShaderModel))
{
continue;
}
//Find the enum with the current info target
return(FindEnums(info.GetType(), targetInfoName));
}
//Default to the entry defaults with common render info values.
return(FindEnums(typeof(DefaultEntry), targetInfoName));
}
private void ParseSamplerTrack(FMAT material, SamplerTrack track)
{
if (TextureList.Count == 0)
{
return;
}
if (material.AnimatedSamplers.ContainsKey(track.Sampler))
{
material.AnimatedSamplers.Remove(track.Sampler);
}
var value = (int)track.GetFrameValue(this.Frame);
var texture = TextureList[value];
material.AnimatedSamplers.Add(track.Sampler, texture);
}
public static void Render(FMAT material)
{
RenderHeader();
if (ImGui.BeginChild("RENDER_INFO_LIST"))
{
int index = 0;
foreach (var renderInfo in material.Material.RenderInfos.Values)
{
ImGui.Columns(2);
if (ImGui.Selectable(renderInfo.Name, SelectedIndices.Contains(index)))
{
SelectedIndices.Clear();
SelectedIndices.Add(index);
}
ImGui.NextColumn();
ImGui.Text(GetDataString(renderInfo, ","));
ImGui.NextColumn();
if (dialogOpen && SelectedIndices.Contains(index))
{
ActiveDialog.LoadDialog(renderInfo, dialogOpen, (o, e) =>
{
material.UpdateRenderState();
foreach (FSHP mesh in material.GetMappedMeshes())
{
mesh.ReloadShader();
}
});
}
if (SelectedIndices.Contains(index) && ImGui.IsMouseDoubleClicked(0))
{
dialogOpen = true;
ActiveDialog.OnLoad(material, renderInfo);
ImGui.OpenPopup("##render_info_dialog");
}
index++;
ImGui.Columns(1);
}
}
ImGui.EndChild();
}
static void SelectSampler(FMAT material, UVViewport UVViewport, int index, bool onLoad)
{
var materialData = material.Material;
var sampler = materialData.Samplers[index].TexSampler;
var texMapSel = materialData.TextureRefs[index];
//Texture map info
if (ImGui.CollapsingHeader("Texture Info", ImGuiTreeNodeFlags.DefaultOpen))
{
ImGuiHelper.InputFromText("Name", texMapSel, "Name", 200);
}
var width = ImGui.GetWindowWidth();
//A UV preview window drawn using opengl
if (ImGui.CollapsingHeader("Preview", ImGuiTreeNodeFlags.DefaultOpen))
{
if (ImGui.BeginChild("uv_viewport1", new Vector2(width, 150)))
{
if (onLoad)
{
var meshes = material.GetMappedMeshes();
UVViewport.ActiveObjects.Clear();
foreach (FSHP mesh in meshes)
{
UVViewport.ActiveObjects.Add(mesh);
}
}
UVViewport.ActiveTextureMap = material.TextureMaps[index];
UVViewport.Render((int)width, 150);
}
ImGui.EndChild();
}
if (ImGui.BeginChild("sampler_properties"))
{
LoadProperties(sampler);
material.ReloadTextureMap(index);
ImGui.EndChild();
}
}
private void ParseAnimationTrack(STAnimGroup group, FMAT mat)
{
foreach (var track in group.GetTracks())
{
if (track is SamplerTrack)
{
ParseSamplerTrack(mat, (SamplerTrack)track);
}
if (track is ParamTrack)
{
ParseParamTrack(mat, group, (ParamTrack)track);
}
}
foreach (var subGroup in group.SubAnimGroups)
{
ParseAnimationTrack(subGroup, mat);
}
}
public virtual void SetRenderState(FMAT mat)
{
GL.Enable(EnableCap.CullFace);
if (mat.CullFront && mat.CullBack)
{
GL.CullFace(CullFaceMode.FrontAndBack);
}
else if (mat.CullFront)
{
GL.CullFace(CullFaceMode.Front);
}
else if (mat.CullBack)
{
GL.CullFace(CullFaceMode.Back);
}
else
{
GL.Disable(EnableCap.CullFace);
}
}
private NodeBase CreateGroupHierachy(FMAT material, STAnimGroup group)
{
if (group is ParamAnimGroup)
{
return(CreateParamNodeHierachy(material, (ParamAnimGroup)group));
}
var groupNode = new NodeBase(group.Name);
groupNode.Tag = group;
//Params have their own sub group for each parameter
//The X, Y, Z values being individual tracks
foreach (STAnimGroup subGroup in group.SubAnimGroups)
{
groupNode.AddChild(CreateGroupHierachy(material, subGroup));
}
var tracks = group.GetTracks();
return(groupNode);
}
static void RenderHeader(FMAT material)
{
ImGui.Columns(2);
if (ImGui.Selectable("Name"))
{
LoadedOptions.Clear();
foreach (var op in material.ShaderOptions.OrderBy(x => x.Key))
{
LoadedOptions.Add(op.Key, op.Value);
}
}
ImGui.NextColumn();
if (ImGui.Selectable("Value"))
{
LoadedOptions.Clear();
foreach (var op in material.ShaderOptions.OrderBy(x => x.Value))
{
LoadedOptions.Add(op.Key, op.Value);
}
}
ImGui.Separator();
ImGui.Columns(1);
}
/// <summary>
/// A helper method to set a material parameter block layout.
/// </summary>
public virtual void SetMaterialBlock(FMAT mat, UniformBlock block)
{
//Fill the buffer by program offsets
var mem = new System.IO.MemoryStream();
using (var writer = new Toolbox.Core.IO.FileWriter(mem))
{
writer.SeekBegin(0);
var matBlock = ShaderModel.UniformBlocks.Values.FirstOrDefault(x =>
x.Type == BfshaLibrary.UniformBlock.BlockType.Material);
int index = 0;
foreach (var param in matBlock.Uniforms.Values)
{
var uniformName = matBlock.Uniforms.GetKey(index++);
writer.SeekBegin(param.Offset - 1);
if (mat.ShaderParams.ContainsKey(uniformName))
{
var matParam = mat.ShaderParams[uniformName];
if (mat.AnimatedParams.ContainsKey(uniformName))
{
matParam = mat.AnimatedParams[uniformName];
}
if (matParam.Type == BfresLibrary.ShaderParamType.TexSrtEx) //Texture matrix (texmtx)
{
writer.Write(CalculateSRT3x4((BfresLibrary.TexSrt)matParam.DataValue));
}
else if (matParam.Type == BfresLibrary.ShaderParamType.TexSrt)
{
writer.Write(CalculateSRT2x3((BfresLibrary.TexSrt)matParam.DataValue));
}
else if (matParam.DataValue is BfresLibrary.Srt2D) //Indirect SRT (ind_texmtx)
{
writer.Write(CalculateSRT((BfresLibrary.Srt2D)matParam.DataValue));
}
else if (matParam.DataValue is float)
{
writer.Write((float)matParam.DataValue);
}
else if (matParam.DataValue is float[])
{
writer.Write((float[])matParam.DataValue);
}
else if (matParam.DataValue is int[])
{
writer.Write((int[])matParam.DataValue);
}
else if (matParam.DataValue is uint[])
{
writer.Write((uint[])matParam.DataValue);
}
else if (matParam.DataValue is int)
{
writer.Write((int)matParam.DataValue);
}
else if (matParam.DataValue is uint)
{
writer.Write((uint)matParam.DataValue);
}
else
{
throw new Exception($"Unsupported render type! {matParam.Type}");
}
}
}
}
block.Buffer.Clear();
block.Buffer.AddRange(mem.ToArray());
}
/// <summary>
/// A helper method to auto map commonly used render info settings to options.
/// Not all games use the same render info settings so this only works for certain games!
/// </summary>
public virtual void LoadRenderStateOptions(Dictionary <string, string> options, FMAT mat)
{
ShaderOptionHelper.LoadRenderStateOptions(options, mat);
}
static void LoadShaderInfo(FMAT material)
{
var shader = material.MaterialAsset as SharcFBRenderer;
var program = shader.ShaderModel;
if (selectedStage == "Vertex")
{
var gx2Shader = (GX2VertexShader)program.GetGX2VertexShader(shader.BinaryIndex);
if (ImGui.CollapsingHeader("Attributes", ImGuiTreeNodeFlags.DefaultOpen))
{
for (int i = 0; i < gx2Shader.Attributes.Count; i++)
{
ImGui.Text($"In {gx2Shader.Attributes[i].Name} Location {gx2Shader.Attributes[i].Location} Location {gx2Shader.Attributes[i].Type}");
}
}
if (ImGui.CollapsingHeader("Uniform Blocks", ImGuiTreeNodeFlags.DefaultOpen))
{
for (int i = 0; i < gx2Shader.UniformBlocks.Count; i++)
{
if (ImGui.CollapsingHeader($"Uniforms##{i}"))
{
ImGui.Text($"{gx2Shader.UniformBlocks[i].Name} Location {gx2Shader.UniformBlocks[i].Offset}");
var uniforms = gx2Shader.Uniforms.OrderBy(x => x.Offset).ToList();
for (int j = 0; j < uniforms.Count; j++)
{
if (uniforms[j].BlockIndex == i)
{
ImGui.Text($"{uniforms[j].Name} Type {uniforms[j].Type} offset {uniforms[j].Offset}");
}
}
}
}
}
if (ImGui.CollapsingHeader("SHARCFB Attributes", ImGuiTreeNodeFlags.DefaultOpen))
{
for (int i = 0; i < program.AttributeVariables.symbols.Count; i++)
{
var symbol = program.AttributeVariables.symbols[i];
ImGui.Text($"Name {symbol.Name} Symbol { symbol.SymbolName} Usage: { symbol.flags[shader.VariationBaseIndex]}");
}
}
if (ImGui.CollapsingHeader("SHARCFB Uniform Blocks", ImGuiTreeNodeFlags.DefaultOpen))
{
for (int i = 0; i < program.UniformBlocks.symbols.Count; i++)
{
ImGui.Text($"Name {program.UniformBlocks.symbols[i].Name} Symbol { program.UniformBlocks.symbols[i].SymbolName}");
}
}
}
if (selectedStage == "Pixel")
{
var gx2Shader = (GX2PixelShader)program.GetGX2PixelShader(shader.BinaryIndex);
if (ImGui.CollapsingHeader("Uniform Blocks", ImGuiTreeNodeFlags.DefaultOpen))
{
for (int i = 0; i < gx2Shader.UniformBlocks.Count; i++)
{
ImGui.Text($"{gx2Shader.UniformBlocks[i].Name} Location {gx2Shader.UniformBlocks[i].Offset}");
if (ImGui.CollapsingHeader($"Uniforms##{i}"))
{
var uniforms = gx2Shader.Uniforms.OrderBy(x => x.Offset).ToList();
for (int j = 0; j < uniforms.Count; j++)
{
if (uniforms[j].BlockIndex == i)
{
ImGui.Text($"{uniforms[j].Name} Type {uniforms[j].Type} offset {uniforms[j].Offset}");
}
}
}
}
}
if (ImGui.CollapsingHeader("Samplers", ImGuiTreeNodeFlags.DefaultOpen))
{
for (int i = 0; i < gx2Shader.Samplers.Count; i++)
{
ImGui.Text($"{gx2Shader.Samplers[i].Name} Location {gx2Shader.Samplers[i].Location} Type {gx2Shader.Samplers[i].Type}");
}
}
if (ImGui.CollapsingHeader("SHARCFB Samplers", ImGuiTreeNodeFlags.DefaultOpen))
{
for (int i = 0; i < program.SamplerVariables.symbols.Count; i++)
{
ImGui.Text($"{program.SamplerVariables.symbols[i].Name} Symbol {program.SamplerVariables.symbols[i].SymbolName}");
}
}
}
}
public void LoadEditorMenus(FMAT material)
{
if (UVViewport == null)
{
Init();
}
if (activeMaterial != material)
{
onLoad = true;
MaterialParameter.Reset();
MaterialOptions.Reset();
BfresTextureMapEditor.Reset();
UVViewport.Reset();
}
activeMaterial = material;
if (ImGui.CollapsingHeader("Material Info", ImGuiTreeNodeFlags.DefaultOpen))
{
ImGuiHelper.InputFromText("Name", material, "Name", 200);
ImGuiHelper.InputFromText("ShaderArchive", material, "ShaderArchive", 200);
ImGuiHelper.InputFromText("ShaderModel", material, "ShaderModel", 200);
ImGuiHelper.InputFromBoolean("Visible", material.Material, "Visible");
}
if (ImGui.BeginChild("##MATERIAL_EDITOR"))
{
ImGui.BeginTabBar("Menu1");
if (ImguiCustomWidgets.BeginTab("Menu1", "Texture Maps"))
{
BfresTextureMapEditor.Render(material, UVViewport, onLoad);
ImGui.EndTabItem();
}
if (ImguiCustomWidgets.BeginTab("Menu1", "Parameters"))
{
MaterialParameter.Render(material);
ImGui.EndTabItem();
}
if (ImguiCustomWidgets.BeginTab("Menu1", "Render Info"))
{
RenderInfoEditor.Render(material);
ImGui.EndTabItem();
}
if (ImguiCustomWidgets.BeginTab("Menu1", "Options"))
{
MaterialOptions.Render(material);
ImGui.EndTabItem();
}
if (!material.ParentFile.ResFile.IsPlatformSwitch)
{
if (ImguiCustomWidgets.BeginTab("Menu1", "Render State"))
{
RenderStateEditor.Render(material);
ImGui.EndTabItem();
}
}
if (ImguiCustomWidgets.BeginTab("Menu1", "User Data"))
{
UserDataInfoEditor.Render(material.Material.UserData);
ImGui.EndTabItem();
}
if (material.MaterialAsset is BfshaRenderer)
{
if (ImguiCustomWidgets.BeginTab("Menu1", "Shader Data"))
{
BfshaShaderProgramViewer.Render(material);
ImGui.EndTabItem();
}
}
else if (material.MaterialAsset is SharcFBRenderer)
{
if (ImguiCustomWidgets.BeginTab("Menu1", "Shader Data"))
{
SharcFBShaderProgramViewer.Render(material);
ImGui.EndTabItem();
}
}
if (material.MaterialAsset is KSANXRender)
{
if (ImguiCustomWidgets.BeginTab("Menu1", "Lighting Data"))
{
((KSANXRender)material.MaterialAsset).RenderUI();
ImGui.EndTabItem();
}
}
ImGui.EndTabBar();
}
ImGui.EndChild();
onLoad = false;
}
public void LoadEditor(FMAT material)
{
LoadEditorMenus(material);
}
public override bool UseRenderer(FMAT material, string archive, string model)
{
return(archive == "alRenderMaterial");
}
/// <summary>
/// Determines when to use this renderer for the given material.
/// This is typically done from the shader archive or shader model name.
/// The material can also be used for shader specific render information to check.
/// </summary>
/// <returns></returns>
public virtual bool UseRenderer(FMAT material, string archive, string model)
{
return(false);
}
public static void Render(FMAT material)
{
if (LoadedOptions.Count == 0)
{
foreach (var op in material.ShaderOptions)
{
LoadedOptions.Add(op.Key, op.Value);
}
}
bool isValid = true;
var meshes = material.GetMappedMeshes();
foreach (FSHP mesh in meshes)
{
if (!mesh.HasValidShader)
{
isValid = false;
}
}
if (!isValid)
{
ImGui.TextColored(new System.Numerics.Vector4(1f, 0, 0.0f, 1), "Invalid Option Combination!");
}
else
{
ImGui.Text("");
}
//ImGui.TextColored(new System.Numerics.Vector4(0.2f, 1, 0.3f, 1), "Valid Option Combination!");
RenderHeader(material);
if (ImGui.BeginChild("OPTION_LIST"))
{
ImGui.Columns(2);
int index = 0;
foreach (var option in LoadedOptions)
{
if (SelectedIndices.Contains(index))
{
if (ImGui.CollapsingHeader(option.Key, ImGuiTreeNodeFlags.DefaultOpen))
{
string value = option.Value;
if (ImGui.InputText("", ref value, 100))
{
material.ShaderOptions[option.Key] = value;
foreach (FSHP mesh in meshes)
{
mesh.ReloadShader();
}
}
}
}
else if (ImGui.Selectable(option.Key, SelectedIndices.Contains(index)))
{
SelectedIndices.Clear();
SelectedIndices.Add(index);
}
ImGui.NextColumn();
ImGui.Text(option.Value);
ImGui.NextColumn();
index++;
}
}
ImGui.EndChild();
ImGui.Columns(1);
}
public void OnLoad(FMAT material, RenderInfo renderInfo)
{
originalData = renderInfo.Data;
originalName = renderInfo.Name;
ValuePresets = RenderInfoEnums.FindRenderInfoPresets(material, renderInfo.Name).ToList();
}
static void ConvertSwitchRenderState(FMAT mat)
{
string blend = mat.GetRenderInfo("gsys_render_state_blend_mode");
//Alpha test
string alphaTest = mat.GetRenderInfo("gsys_alpha_test_enable");
string alphaFunc = mat.GetRenderInfo("gsys_alpha_test_func");
float alphaValue = mat.GetRenderInfo("gsys_alpha_test_value");
string colorOp = mat.GetRenderInfo("gsys_color_blend_rgb_op");
string colorDst = mat.GetRenderInfo("gsys_color_blend_rgb_dst_func");
string colorSrc = mat.GetRenderInfo("gsys_color_blend_rgb_src_func");
float[] blendColorF32 = mat.Material.RenderInfos["gsys_color_blend_const_color"].GetValueSingles();
string alphaOp = mat.GetRenderInfo("gsys_color_blend_alpha_op");
string alphaDst = mat.GetRenderInfo("gsys_color_blend_alpha_dst_func");
string alphaSrc = mat.GetRenderInfo("gsys_color_blend_alpha_src_func");
string depthTest = mat.GetRenderInfo("gsys_depth_test_enable");
string depthTestFunc = mat.GetRenderInfo("gsys_depth_test_func");
string depthWrite = mat.GetRenderInfo("gsys_depth_test_write");
string state = mat.GetRenderInfo("gsys_render_state_mode");
if (state == "opaque")
{
mat.BlendState.State = GLMaterialBlendState.BlendState.Opaque;
}
else if (state == "translucent")
{
mat.BlendState.State = GLMaterialBlendState.BlendState.Translucent;
}
else if (state == "mask")
{
mat.BlendState.State = GLMaterialBlendState.BlendState.Mask;
}
else
{
mat.BlendState.State = GLMaterialBlendState.BlendState.Custom;
}
string displayFace = mat.GetRenderInfo("gsys_render_state_display_face");
if (displayFace == "front")
{
mat.CullFront = false;
mat.CullBack = true;
}
if (displayFace == "back")
{
mat.CullFront = true;
mat.CullBack = false;
}
if (displayFace == "both")
{
mat.CullFront = false;
mat.CullBack = false;
}
if (displayFace == "none")
{
mat.CullFront = true;
mat.CullBack = true;
}
if (!string.IsNullOrEmpty(state) && state != "opaque")
{
mat.IsTransparent = true;
}
mat.BlendState.Color = new OpenTK.Vector4(blendColorF32[0], blendColorF32[1], blendColorF32[2], blendColorF32[3]);
mat.BlendState.BlendColor = blend == "color";
mat.BlendState.DepthTest = depthTest == "true";
mat.BlendState.DepthWrite = depthWrite == "true";
mat.BlendState.AlphaTest = alphaTest == "true";
mat.BlendState.AlphaValue = alphaValue;
if (alphaFunc == "always")
{
mat.BlendState.AlphaFunction = AlphaFunction.Always;
}
if (alphaFunc == "equal")
{
mat.BlendState.AlphaFunction = AlphaFunction.Equal;
}
if (alphaFunc == "lequal")
{
mat.BlendState.AlphaFunction = AlphaFunction.Lequal;
}
if (alphaFunc == "gequal")
{
mat.BlendState.AlphaFunction = AlphaFunction.Gequal;
}
if (alphaFunc == "less")
{
mat.BlendState.AlphaFunction = AlphaFunction.Less;
}
if (alphaFunc == "greater")
{
mat.BlendState.AlphaFunction = AlphaFunction.Greater;
}
if (alphaFunc == "never")
{
mat.BlendState.AlphaFunction = AlphaFunction.Never;
}
}
public override bool UseRenderer(FMAT material, string archive, string model)
{
//Todo users may want to use multiple shader archives in a custom map.
//May need to find a better way to detect this.
return(archive == "Turbo_UBER");
}
private void ParseParamTrack(FMAT material, STAnimGroup group, ParamTrack track)
{
if (!material.ShaderParams.ContainsKey(group.Name))
{
return;
}
var value = track.GetFrameValue(this.Frame);
//4 bytes per float or int value
uint index = track.ValueOffset / 4;
var targetParam = material.ShaderParams[group.Name];
var param = new ShaderParam();
if (!material.AnimatedParams.ContainsKey(group.Name))
{
if (targetParam.DataValue is float[])
{
float[] values = (float[])targetParam.DataValue;
float[] dest = new float[values.Length];
Array.Copy(values, dest, values.Length);
param.DataValue = dest;
}
else
{
param.DataValue = targetParam.DataValue;
}
param.Type = targetParam.Type;
param.Name = group.Name;
material.AnimatedParams.Add(group.Name, param);
}
param = material.AnimatedParams[group.Name];
switch (targetParam.Type)
{
case ShaderParamType.Float: param.DataValue = (float)value; break;
case ShaderParamType.Float2:
case ShaderParamType.Float3:
case ShaderParamType.Float4:
((float[])param.DataValue)[index] = value;
break;
case ShaderParamType.Int: param.DataValue = value; break;
case ShaderParamType.Int2:
case ShaderParamType.Int3:
case ShaderParamType.Int4:
((int[])param.DataValue)[index] = (int)value;
break;
case ShaderParamType.TexSrt:
case ShaderParamType.TexSrtEx:
{
TexSrtMode mode = ((TexSrt)param.DataValue).Mode;
var translateX = ((TexSrt)param.DataValue).Translation.X;
var translateY = ((TexSrt)param.DataValue).Translation.Y;
var rotate = ((TexSrt)param.DataValue).Rotation;
var scaleX = ((TexSrt)param.DataValue).Scaling.X;
var scaleY = ((TexSrt)param.DataValue).Scaling.Y;
// if (track.ValueOffset == 0) mode = (TexSrtMode)Convert.ToUInt32(value);
if (track.ValueOffset == 4)
{
scaleX = value;
}
if (track.ValueOffset == 8)
{
scaleY = value;
}
if (track.ValueOffset == 12)
{
rotate = value;
}
if (track.ValueOffset == 16)
{
translateX = value;
}
if (track.ValueOffset == 20)
{
translateY = value;
}
param.DataValue = new TexSrt()
{
Mode = mode,
Scaling = new Syroot.Maths.Vector2F(scaleX, scaleY),
Translation = new Syroot.Maths.Vector2F(translateX, translateY),
Rotation = rotate,
};
}
break;
case ShaderParamType.Srt2D:
{
var translateX = ((Srt2D)param.DataValue).Translation.X;
var translateY = ((Srt2D)param.DataValue).Translation.Y;
var rotate = ((Srt2D)param.DataValue).Rotation;
var scaleX = ((Srt2D)param.DataValue).Scaling.X;
var scaleY = ((Srt2D)param.DataValue).Scaling.Y;
if (track.ValueOffset == 0)
{
scaleX = value;
}
if (track.ValueOffset == 4)
{
scaleY = value;
}
if (track.ValueOffset == 8)
{
rotate = value;
}
if (track.ValueOffset == 12)
{
translateX = value;
}
if (track.ValueOffset == 16)
{
translateY = value;
}
param.DataValue = new Srt2D()
{
Scaling = new Syroot.Maths.Vector2F(scaleX, scaleY),
Translation = new Syroot.Maths.Vector2F(translateX, translateY),
Rotation = rotate,
};
}
break;
}
}
/// <summary>
/// Determines when to use this renderer for the given material.
/// This is typically done from the shader archive or shader model name.
/// The material can also be used for shader specific render information to check.
/// </summary>
/// <returns></returns>
public override bool UseRenderer(FMAT material, string archive, string model)
{
return(false);
}
public static void Render(FMAT material, UVViewport UVViewport, bool onLoad)
{
float width = ImGui.GetWindowWidth();
if (ImGui.BeginChild("TEXTURE_MAP_LIST", new System.Numerics.Vector2(width, 100)))
{
int index = 0;
foreach (var texMap in material.TextureMaps)
{
var tex = SearchTextureInstance(texMap.Name);
if (tex != null)
{
if (tex.RenderableTex == null)
{
tex.LoadRenderableTexture();
}
if (tex.RenderableTex != null)
{
IconManager.LoadTexture(tex.Name, tex);
}
else
{
IconManager.LoadIcon("TEXTURE");
}
}
else
{
IconManager.LoadIcon("TEXTURE");
}
ImGui.SameLine();
if (dialogOpened && SelectedIndices.Contains(index))
{
if (TextureSelectionDialog.Render(texMap.Name, ref dialogOpened))
{
var input = TextureSelectionDialog.OutputName;
//Only undo matching textures, not typed names
if (tex != null)
{
UndoStack.Add(new UndoStringOperation($"Texture Map",
texMap, "Name", input));
}
texMap.Name = input;
}
}
else
{
if (ImGui.Selectable(texMap.Name, SelectedIndices.Contains(index)))
{
SelectedIndices.Clear();
SelectedIndices.Add(index);
}
if (ImGui.IsItemClicked() && ImGui.IsMouseDoubleClicked(0))
{
dialogOpened = true;
}
}
index++;
}
}
ImGui.EndChild();
if (material.TextureMaps.Count == 0)
{
return;
}
//Make sure there is atleast 1 selection used
if (SelectedIndices.Count == 0)
{
SelectedIndices.Add(0);
}
if (ImGui.BeginChild("SAMPLER_DATA"))
{
SelectSampler(material, UVViewport, SelectedIndices.FirstOrDefault(), onLoad);
}
ImGui.EndChild();
}
static void ConvertWiiURenderState(FMAT mat, RenderState renderState)
{
var alphaControl = renderState.AlphaControl;
var depthControl = renderState.DepthControl;
var blendControl = renderState.BlendControl;
var blendColor = renderState.BlendColor;
mat.CullBack = renderState.PolygonControl.CullBack;
mat.CullFront = renderState.PolygonControl.CullFront;
var mode = renderState.FlagsMode;
if (mode == RenderStateFlagsMode.Opaque)
{
mat.BlendState.State = GLMaterialBlendState.BlendState.Opaque;
}
else if (mode == RenderStateFlagsMode.Translucent)
{
mat.BlendState.State = GLMaterialBlendState.BlendState.Translucent;
}
else if (mode == RenderStateFlagsMode.AlphaMask)
{
mat.BlendState.State = GLMaterialBlendState.BlendState.Mask;
}
else
{
mat.BlendState.State = GLMaterialBlendState.BlendState.Custom;
}
mat.IsTransparent = mode != RenderStateFlagsMode.Opaque;
mat.BlendState.ColorDst = (BlendingFactorDest)ConvertBlend(blendControl.ColorDestinationBlend);
mat.BlendState.ColorSrc = (BlendingFactorSrc)ConvertBlend(blendControl.ColorSourceBlend);
mat.BlendState.AlphaDst = (BlendingFactorDest)ConvertBlend(blendControl.AlphaDestinationBlend);
mat.BlendState.AlphaSrc = (BlendingFactorSrc)ConvertBlend(blendControl.AlphaSourceBlend);
mat.BlendState.AlphaOp = ConvertOp(blendControl.AlphaCombine);
mat.BlendState.ColorOp = ConvertOp(blendControl.ColorCombine);
mat.BlendState.Color = new OpenTK.Vector4(blendColor[0], blendColor[1], blendColor[2], blendColor[3]);
mat.BlendState.DepthTest = depthControl.DepthTestEnabled;
mat.BlendState.DepthWrite = depthControl.DepthWriteEnabled;
mat.BlendState.AlphaTest = alphaControl.AlphaTestEnabled;
mat.BlendState.AlphaValue = renderState.AlphaRefValue;
mat.BlendState.BlendMask = renderState.ColorControl.BlendEnableMask == 1;
//Todo the blend state flags seem off? This works for now.
mat.BlendState.BlendColor = renderState.FlagsBlendMode != RenderStateFlagsBlendMode.None;
switch (alphaControl.AlphaFunc)
{
case GX2CompareFunction.Always:
mat.BlendState.AlphaFunction = AlphaFunction.Always;
break;
case GX2CompareFunction.Greater:
mat.BlendState.AlphaFunction = AlphaFunction.Greater;
break;
case GX2CompareFunction.GreaterOrEqual:
mat.BlendState.AlphaFunction = AlphaFunction.Gequal;
break;
case GX2CompareFunction.Equal:
mat.BlendState.AlphaFunction = AlphaFunction.Equal;
break;
case GX2CompareFunction.LessOrEqual:
mat.BlendState.AlphaFunction = AlphaFunction.Lequal;
break;
case GX2CompareFunction.NotEqual:
mat.BlendState.AlphaFunction = AlphaFunction.Notequal;
break;
case GX2CompareFunction.Never:
mat.BlendState.AlphaFunction = AlphaFunction.Never;
break;
}
}
private NodeBase CreateParamNodeHierachy(FMAT material, ParamAnimGroup group)
{
var groupNode = new NodeBase(group.Name);
groupNode.Tag = group;
var tracks = group.GetTracks();
if (material != null)
{
List <ParamTrack> paramTracks = new List <ParamTrack>();
var param = material.ShaderParams[group.Name];
switch (param.Type)
{
case ShaderParamType.TexSrt:
case ShaderParamType.TexSrtEx:
var texSrt = ((TexSrt)param.DataValue);
paramTracks.Add(new ParamTrack(0, (float)texSrt.Mode, "Mode"));
paramTracks.Add(new ParamTrack(4, (float)texSrt.Scaling.X, "Scale.X"));
paramTracks.Add(new ParamTrack(8, (float)texSrt.Scaling.Y, "Scale.Y"));
paramTracks.Add(new ParamTrack(12, (float)texSrt.Rotation, "Rotate"));
paramTracks.Add(new ParamTrack(16, (float)texSrt.Translation.X, "Position.X"));
paramTracks.Add(new ParamTrack(20, (float)texSrt.Translation.Y, "Position.X"));
break;
case ShaderParamType.Float:
paramTracks.Add(new ParamTrack(0, (float)param.DataValue, "Value"));
break;
case ShaderParamType.Float2:
case ShaderParamType.Float3:
case ShaderParamType.Float4:
var values = ((float[])param.DataValue);
string[] channel = new string[4] {
"X", "Y", "Z", "W"
};
for (int i = 0; i < values.Length; i++)
{
paramTracks.Add(new ParamTrack((uint)i * 4, values[i], channel[i]));
}
break;
}
for (int i = 0; i < paramTracks.Count; i++)
{
var targetTrack = group.Tracks.FirstOrDefault(x => ((ParamTrack)x).ValueOffset == paramTracks[i].ValueOffset);
if (targetTrack == null)
{
group.Tracks.Add(paramTracks[i]);
}
else
{
targetTrack.Name = paramTracks[i].Name;
}
}
}
foreach (ParamTrack track in group.Tracks.OrderBy(x => ((ParamTrack)x).ValueOffset))
{
track.ChannelIndex = ((int)track.ValueOffset / 4);
var trackNode = new NodeBase(track.Name);
trackNode.Tag = track;
groupNode.AddChild(trackNode);
}
return(groupNode);
}
private void SetUniforms(ShaderProgram shader, FMAT mat)
{
}
public override bool UseRenderer(FMAT material, string archive, string model)
{
return(archive == "Blitz_UBER");
}
public override bool UseRenderer(FMAT material, string archive, string model)
{
return(material.Material.RenderInfos.ContainsKey("shadingModel"));
}
public void DragDroppedOnEnter()
{
beforeDroppedMaterial = this.Material;
}
