public override void ReloadRenderState(BfresMeshAsset mesh)
{
var mat = mesh.Shape.Material;
//Set custom priority value
if (mat.Material.RenderInfos.ContainsKey("sort_priority"))
{
int priority = (int)mat.GetRenderInfo("sort_priority");
mesh.Priority = -priority;
}
if (mat.Material.RenderInfos.ContainsKey("draw_buffer_type"))
{
int type = (int)mat.GetRenderInfo("draw_buffer_type");
switch (type)
{
case 4:
mat.BlendState.BlendColor = true;
mat.IsTransparent = true;
mat.BlendState.State = GLMaterialBlendState.BlendState.Mask;
mesh.Pass = Pass.TRANSPARENT;
break;
}
}
}
public override void ReloadProgram(BfresMeshAsset mesh)
{
ProgramPasses.Clear();
var mat = mesh.Shape.Material;
//Find index via option choices
Dictionary <string, string> options = new Dictionary <string, string>();
foreach (var op in mat.Material.ShaderAssign.ShaderOptions)
{
options.Add(op.Key, op.Value);
}
//Update option from render state
this.LoadRenderStateOptions(options, mat);
//Dynamic options.
options["cSkinWeightNum"] = mesh.Shape.VertexSkinCount.ToString();
options.Add("system_id", "0");
int programIndex = ShaderModel.GetProgramIndex(options);
if (programIndex == -1)
{
return;
}
this.ProgramPasses.Add(ShaderModel.GetShaderProgram(programIndex));
}
public override void ReloadRenderState(BfresMeshAsset mesh)
{
var mat = mesh.Shape.Material;
if (mat.GetRenderInfo("gsys_static_depth_shadow_only") == "1")
{
mesh.IsDepthShadow = true;
}
if (mat.GetRenderInfo("gsys_pass") == "seal")
{
mesh.IsSealPass = true;
}
if (mat.GetRenderInfo("gsys_cube_map_only") == "1")
{
mesh.IsCubeMap = true;
}
if (mat.GetRenderInfo("gsys_cube_map") == "1")
{
mesh.RenderInCubeMap = true;
}
if (mat.Material.ShaderAssign.ShaderOptions["gsys_enable_color_buffer"] == "1")
{
mesh.UseColorBufferPass = true;
}
mesh.Priority = mat.GetRenderInfo("gsys_priority");
}
private void DrawSolidColorMesh(GLFrameworkEngine.ShaderProgram shader, BfresMeshAsset mesh)
{
if (!mesh.IsVisible)
{
return;
}
if (mesh.SkinCount > 0)
{
SetModelMatrix(shader.program, ModelData.Skeleton, mesh.SkinCount > 1);
}
var worldTransform = ParentRender.Transform.TransformMatrix;
var transform = this.ModelData.Skeleton.Bones[mesh.BoneIndex].Transform;
shader.SetMatrix4x4("RigidBindTransform", ref transform);
shader.SetMatrix4x4("mtxMdl", ref worldTransform);
shader.SetInt("SkinCount", mesh.SkinCount);
shader.SetInt("UseSkinning", 1);
//Draw the mesh
mesh.defaultVao.Enable(shader);
mesh.defaultVao.Use();
mesh.Draw();
}
public override void ReloadRenderState(BfresMeshAsset mesh)
{
if (mesh.Shape.Material.ShaderArchive == "RenderMaterialAlphaMask")
{
mesh.Shape.Material.BlendState.State = GLMaterialBlendState.BlendState.Mask;
}
}
public override void ReloadRenderState(BfresMeshAsset mesh)
{
var mat = mesh.Material as FMAT;
if (mat.GetRenderInfo("blendEnabled") == 1)
{
mat.BlendState.BlendColor = true;
mat.IsTransparent = true;
mat.BlendState.State = GLMaterialBlendState.BlendState.Translucent;
mesh.Pass = Pass.TRANSPARENT;
}
mesh.Pass = Pass.OPAQUE;
bool cullBoth = mat.GetRenderInfo("cullMode") == "both";
mat.CullBack = mat.GetRenderInfo("cullMode") == "back" || cullBoth;
mat.CullFront = mat.GetRenderInfo("cullMode") == "front" || cullBoth;
mat.BlendState.DepthTest = mat.GetRenderInfo("depthTestEnabled") == 1;
mat.BlendState.DepthWrite = mat.GetRenderInfo("depthWriteEnabled") == 1;
if (mat.GetRenderInfo("depthComparisonFunction") == "always")
{
mat.BlendState.DepthFunction = DepthFunction.Always;
}
//Todo, stencil testing
if (mat.GetRenderInfo("stencilTestEnabled") == 1)
{
}
}
public override void ReloadRenderState(BfresMeshAsset mesh)
{
var mat = mesh.Shape.Material;
//Set custom priority value NSMBU uses
if (mat.Material.RenderInfos.ContainsKey("priority"))
{
int sharc_priority = (int)mat.GetRenderInfo("priority");
mesh.Priority = (int)(sharc_priority * 0x10000 + (uint)mesh.Shape.Shape.MaterialIndex);
}
string polygonOffset = mat.GetRenderInfo("polygon_offset");
//Offset polygons
if (polygonOffset != null && polygonOffset.Contains("yes"))
{
mesh.IsSealPass = true;
}
if (mat.GetRenderInfo("shadow_cast") == "shadow-only")
{
mesh.IsDepthShadow = true;
}
if (mat.GetRenderInfo("reflection") == "reflection-only")
{
mesh.Shape.IsVisible = false;
}
}
public override void ReloadRenderState(BfresMeshAsset mesh)
{
var mat = mesh.Shape.Material;
if (mat.Material.ShaderAssign.ShaderOptions["cRenderType"] == "3")
{
mesh.UseColorBufferPass = true;
}
if (mat.Material.ShaderAssign.ShaderOptions["cRenderType"] != "0")
{
mat.BlendState.State = GLMaterialBlendState.BlendState.Translucent;
mat.BlendState.BlendColor = true;
mat.IsTransparent = true;
mesh.Pass = Pass.TRANSPARENT;
}
mesh.IsSealPass = mat.GetRenderInfo("enable_polygon_offset") == "true";
mat.BlendState.DepthTest = mat.GetRenderInfo("enable_depth_test") == "true";
mat.BlendState.DepthWrite = mat.GetRenderInfo("enable_depth_write") == "true";
string displayFace = mat.GetRenderInfo("display_face");
switch (displayFace)
{
case "front": mat.CullState = FMAT.CullMode.Back; break;
case "back": mat.CullState = FMAT.CullMode.Front; break;
case "both": mat.CullState = FMAT.CullMode.None; break;
case "none": mat.CullState = FMAT.CullMode.Both; break;
}
}
private void DrawCustomShaderRender(GLContext control, BfresMeshAsset mesh, int stage = 0)
{
var materialAsset = ((ShaderRenderBase)mesh.MaterialAsset);
if (!materialAsset.HasValidProgram)
{
//Draw the mesh as solid color
var solidRender = GLFrameworkEngine.GlobalShaders.GetShader("PICKING");
control.CurrentShader = solidRender;
solidRender.SetVector4("color", new Vector4(1, 0, 0, 1));
DrawSolidColorMesh(control.CurrentShader, mesh);
return;
}
materialAsset.ShaderIndex = stage;
materialAsset.CheckProgram(control, mesh, stage);
if (control.CurrentShader != materialAsset.Shader)
{
control.CurrentShader = materialAsset.Shader;
}
mesh.MaterialAsset.Render(control, materialAsset.Shader, mesh);
//Draw the mesh
mesh.vao.Enable(materialAsset.Shader);
mesh.Render(control, materialAsset.Shader);
}
/// <summary>
/// A helper method to set a common shape block layout.
/// Note not all games use the same shape block data!
/// </summary>
public virtual void SetShapeBlock(BfresMeshAsset mesh, Matrix4 transform, UniformBlock block)
{
int numSkinning = (int)mesh.SkinCount;
block.Buffer.Clear();
block.Add(transform.Column0);
block.Add(transform.Column1);
block.Add(transform.Column2);
block.AddInt(numSkinning);
}
public void DrawDebug(GLContext control, BfresMeshAsset mesh)
{
if (Runtime.DebugRendering != Runtime.DebugRender.Diffuse)
{
control.UseSRBFrameBuffer = false;
}
DebugShaderRender.RenderMaterial(control);
DrawSolidColorMesh(control.CurrentShader, mesh);
}
public override void ReloadProgram(BfresMeshAsset mesh)
{
ProgramPasses.Clear();
//Keep things simple and add all the programs (game does not rely on variations)
for (int i = 0; i < ShaderModel.ProgramCount; i++)
{
this.ProgramPasses.Add(ShaderModel.GetShaderProgram(i));
}
}
public override void LoadMesh(BfresMeshAsset mesh)
{
base.LoadMesh(mesh);
if (ShaderFileState == ShaderState.Global)
{
mesh.Shape.UpdateVertexBuffer(true);
mesh.UpdateVertexBuffer();
}
}
public override void ReloadProgram(BfresMeshAsset mesh)
{
ProgramPasses.Clear();
var mat = mesh.Shape.Material;
//Find index via option choices
Dictionary <string, string> options = new Dictionary <string, string>();
foreach (var op in mat.ShaderOptions)
{
options.Add(op.Key, op.Value);
}
if (!options.ContainsKey("gsys_alpha_test_enable"))
{
options.Add("gsys_alpha_test_enable", "0");
}
if (!options.ContainsKey("gsys_alpha_test_func"))
{
options.Add("gsys_alpha_test_func", "6");
}
//Update option from render state
this.LoadRenderStateOptions(options, mat);
//Dynamic options.
options.Add("gsys_weight", mesh.Shape.VertexSkinCount.ToString());
options.Add("gsys_assign_type", "gsys_assign_material");
options.Add("system_id", "0");
options.Add("gsys_index_stream_format", "0");
Console.WriteLine($"Reloading Shader Program {mesh.Name}");
//The assign type has it's own set of programs for different passes
foreach (var option in ShaderModel.DynamiOptions[2].ChoiceDict.GetKeys())
{
if (string.IsNullOrEmpty(option))
{
continue;
}
options["gsys_assign_type"] = option;
int programIndex = ShaderModel.GetProgramIndex(options);
if (programIndex == -1)
{
Console.WriteLine($"Failed to find program! {mesh.Name}");
continue;
}
this.ProgramPasses.Add(ShaderModel.GetShaderProgram(programIndex));
}
}
/// <summary>
/// Checks if the program needs to be reloaded from a change in shader pass.
/// </summary>
public override void CheckProgram(GLContext control, BfresMeshAsset mesh, int pass = 0)
{
if (ShaderModel == null)
{
return;
}
if (Shader == null || UpdateShader)
{
ReloadGLSLShaderFile();
}
}
/// <summary>
/// Loads the material renderer for the first time.
/// </summary>
/// <returns></returns>
public override void TryLoadShader(BFRES bfres, FMDL fmdl, FSHP mesh, BfresMeshAsset meshAsset)
{
var sharcfb = TryLoadShaderArchive(bfres,
mesh.Material.ShaderArchive,
mesh.Material.ShaderModel);
if (sharcfb == null)
{
return;
}
OnLoad(sharcfb, fmdl, mesh, meshAsset);
}
/// <summary>
/// Checks if the program needs to be reloaded from a change in shader pass.
/// </summary>
public override void CheckProgram(GLContext control, BfresMeshAsset mesh, int pass = 0)
{
if (ProgramPasses.Count == 0)
{
return;
}
ShaderIndex = pass;
if (GLShaders[pass] == null || UpdateShader)
{
ReloadGLSLShaderFile(ProgramPasses[pass]);
}
shaderProgram = GLShaders[pass].Program;
}
public override void SetShapeBlock(BfresMeshAsset mesh, Matrix4 transform, UniformBlock block)
{
int numSkinning = (int)mesh.SkinCount;
block.Buffer.Clear();
block.Add(transform.Column0);
block.Add(transform.Column1);
block.Add(transform.Column2);
block.Add(new Vector4(numSkinning, 0, 0, 0));
block.Add(new Vector4(0));
block.Add(AreaIndex);
block.Add(AreaIndex);
block.Add(AreaIndex);
block.Add(AreaIndex);
}
/// <summary>
/// Reloads the program passes to render onto.
/// If the program pass list is empty, the material will not load.
/// </summary>
public override void ReloadProgram(BfresMeshAsset mesh)
{
var mat = mesh.Shape.Material;
Dictionary <string, string> options = new Dictionary <string, string>();
foreach (var macro in ShaderModel.VariationMacroData.symbols)
{
if (mat.ShaderOptions.ContainsKey(macro.SymbolName))
{
options.Add(macro.Name, mat.ShaderOptions[macro.SymbolName]);
}
}
VariationBaseIndex = ShaderModel.GetVariationIndex(options);
}
public override void ReloadProgram(BfresMeshAsset mesh)
{
ProgramPasses.Clear();
//Find the variation index by material options
var mat = mesh.Shape.Material;
//Find index via option choices
Dictionary <string, string> options = new Dictionary <string, string>();
foreach (var op in mat.Material.ShaderAssign.ShaderOptions)
{
options.Add(op.Key, op.Value);
}
//Update option from render state
this.LoadRenderStateOptions(options, mat);
//Dynamic options.
options.Add("gsys_weight", mesh.Shape.VertexSkinCount.ToString());
options.Add("gsys_assign_type", "gsys_assign_material");
options.Add("system_id", "0");
//The assign type has it's own set of programs for different passes
foreach (var option in ShaderModel.DynamiOptions[1].ChoiceDict.GetKeys())
{
if (string.IsNullOrEmpty(option))
{
continue;
}
options["gsys_assign_type"] = option;
if (options["gsys_assign_type"] != "gsys_assign_gbuffer")
{
continue;
}
int programIndex = ShaderModel.GetProgramIndex(options);
if (programIndex == -1)
{
continue;
}
this.ProgramPasses.Add(ShaderModel.GetShaderProgram(programIndex));
}
}
public override void ReloadRenderState(BfresMeshAsset mesh)
{
var mat = mesh.Shape.Material;
if (mat.GetRenderInfo("gsys_static_depth_shadow_only") == "1")
{
mesh.IsDepthShadow = true;
}
if (mat.GetRenderInfo("gsys_pass") == "seal")
{
mesh.IsSealPass = true;
}
if (mat.GetRenderInfo("gsys_cube_map_only") == "1")
{
mesh.IsCubeMap = true;
}
}
public override void LoadMesh(BfresMeshAsset mesh)
{
int offset = mesh.Attributes.Sum(x => x.Stride);
for (int i = 0; i < 3; i++)
{
if (mesh.Attributes.Any(x => x.name == $"inst{i}"))
{
continue;
}
VaoAttribute vaoAtt = new VaoAttribute();
vaoAtt.vertexAttributeName = $"inst{i}";
vaoAtt.name = $"inst{i}";
vaoAtt.ElementCount = 4;
vaoAtt.Offset = offset;
vaoAtt.Type = VertexAttribPointerType.Float;
mesh.Attributes.Add(vaoAtt);
offset += vaoAtt.Stride;
}
var tangentAttribute = mesh.Attributes.FirstOrDefault(x => x.name == "_t0");
if (tangentAttribute != null)
{
tangentAttribute.name = "tangent";
}
//Tangents need to be assigned manually for some reason.
if (!mesh.Attributes.Any(x => x.name == "tangent"))
{
VaoAttribute vaoAtt = new VaoAttribute();
vaoAtt.vertexAttributeName = $"_t0";
vaoAtt.name = $"tangent";
vaoAtt.ElementCount = 4;
vaoAtt.Offset = offset;
vaoAtt.Type = VertexAttribPointerType.Float;
mesh.Attributes.Add(vaoAtt);
offset += vaoAtt.Stride;
}
mesh.UpdateVertexBuffer();
}
/// <summary>
/// Loads the material renderer for the first time.
/// </summary>
/// <returns></returns>
public override void TryLoadShader(BFRES bfres, FMDL fmdl, FSHP mesh, BfresMeshAsset meshAsset)
{
var bfsha = TryLoadShaderArchive(bfres,
mesh.Material.ShaderArchive,
mesh.Material.ShaderModel);
if (bfsha == null)
{
return;
}
var shaderModel = bfsha.ShaderModels.Values.FirstOrDefault(x => x.Name == mesh.Material.ShaderModel);
if (shaderModel != null)
{
OnLoad(shaderModel, fmdl, mesh, meshAsset);
}
}
public override void ReloadRenderState(BfresMeshAsset mesh)
{
var mat = mesh.Shape.Material;
if (mat.GetRenderInfo("gsys_static_depth_shadow_only") == "1")
{
mesh.IsDepthShadow = true;
}
if (mat.GetRenderInfo("gsys_pass") == "seal")
{
mesh.IsSealPass = true;
}
if (mat.GetRenderInfo("gsys_cube_map_only") == "1")
{
mesh.IsCubeMap = true;
}
if (mat.GetRenderInfo("gsys_cube_map") == "1")
{
mesh.RenderInCubeMap = true;
}
if (mat.Material.ShaderAssign.ShaderOptions["enable_color_buffer"] == "1")
{
mesh.UseColorBufferPass = true;
}
if (mat.GetRenderInfo("gsys_light_diffuse") != null)
{
this.LightMap = mat.GetRenderInfo("gsys_light_diffuse");
}
if (mat.Name.StartsWith("CausticsArea"))
{
mesh.Shape.IsVisible = false;
}
/*if (mat.Material.ShaderAssign.ShaderOptions["enable_static_depth_shadow"] == "1")
* mesh.CastStaticDepthShadow = true;
*
* if (mat.Material.ShaderAssign.ShaderOptions["enable_dynamic_depth_shadow"] == "1")
* mesh.CastDynamicDepthShadow = true;*/
}
public void RenderMesh(GLContext control, BfresMeshAsset mesh, int stage = 0)
{
if (!mesh.InFrustum)
{
return;
}
if (mesh.UpdateVertexData)
{
mesh.UpdateVertexBuffer();
}
if (Runtime.DebugRendering != Runtime.DebugRender.Default)
{
DrawDebug(control, mesh);
return;
}
else if (mesh.MaterialAsset is ShaderRenderBase)
{
DrawCustomShaderRender(control, mesh, stage);
return;
}
else //Draw default if not using game shader rendering.
{
if (!control.IsShaderActive(BfresRender.DefaultShader))
{
control.CurrentShader = BfresRender.DefaultShader;
}
var mtxMdl = this.ParentRender.Transform.TransformMatrix;
var mtxCam = control.Camera.ViewProjectionMatrix;
control.CurrentShader.SetMatrix4x4("mtxMdl", ref mtxMdl);
control.CurrentShader.SetMatrix4x4("mtxCam", ref mtxCam);
mesh.MaterialAsset.Render(control, control.CurrentShader, mesh);
DrawSolidColorMesh(control.CurrentShader, mesh);
}
}
public override void ReloadProgram(BfresMeshAsset mesh)
{
ProgramPasses.Clear();
var mat = mesh.Shape.Material;
//Find index via option choices
Dictionary <string, string> options = new Dictionary <string, string>();
foreach (var op in mat.ShaderOptions)
{
options.Add(op.Key, op.Value);
}
//Update option from render state
this.LoadRenderStateOptions(options, mat);
//Dynamic options.
options["cSkinWeightNum"] = mesh.Shape.VertexSkinCount.ToString();
options.Add("enable_compose_footprint", "0");
options.Add("enable_compose_capture", "0");
options.Add("enable_add_stain_proc_texture_3d", "0");
options.Add("compose_prog_texture0", "0");
options.Add("enable_parallax_cubemap", "0");
options.Add("is_output_motion_vec", "0");
options.Add("material_lod_level", "0");
options.Add("system_id", "0");
int programIndex = ShaderModel.GetProgramIndex(options);
if (programIndex == -1)
{
return;
}
this.ProgramPasses.Add(ShaderModel.GetShaderProgram(programIndex));
}
public override void ReloadProgram(BfresMeshAsset mesh)
{
var mat = mesh.Shape.Material;
Console.WriteLine($"{mesh.Shape.ParentModel.Name} mesh {mesh.Name} VertexSkinCount {mesh.Shape.VertexSkinCount}");
Dictionary <string, string> options = new Dictionary <string, string>();
options.Add("Shader_Path", "2"); //0 = Depth, 1 = gbuffer, 2 = material, 3 = ice
//Most macros are usually shader options. Convert using the symbol names that match
foreach (var macro in ShaderModel.VariationMacroData.symbols)
{
if (macro.Name == "vtx_skin_count")
{
options.Add(macro.Name, macro.Values[0]);
}
if (mat.ShaderOptions.ContainsKey(macro.SymbolName))
{
options.Add(macro.Name, mat.ShaderOptions[macro.SymbolName]);
}
}
VariationBaseIndex = ShaderModel.GetVariationIndex(options);
}
private void SetShapeUniforms(BfresMeshAsset mesh, Matrix4 mat, UniformBlock block)
{
block.Add(mat.Column0);
block.Add(mat.Column1);
block.Add(mat.Column2);
}
private void ParseKeyTrack(BfresMeshAsset mesh, STAnimationTrack baseTarget, List <STAnimationTrack> tracks)
{
float[] weights = new float[tracks.Count];
for (int i = 0; i < tracks.Count; i++)
{
weights[i] = tracks[i].GetFrameValue(this.Frame);
}
float totalWeight = 0;
foreach (float f in weights)
{
totalWeight += f;
}
float baseWeight = 1.0f - totalWeight;
float total = totalWeight + baseWeight;
Vector3[] morphPositions = new Vector3[mesh.Shape.Vertices.Count];
//Trasform the existing track key data
for (int i = 0; i < mesh.Shape.Vertices.Count; i++)
{
var vertex = mesh.Shape.Vertices[i];
//Determine what vertex to morph from.
if (baseTarget != null && mesh.KeyGroups.ContainsKey(baseTarget.Name))
{
var keyShape = mesh.KeyGroups[baseTarget.Name];
//Add the keyed position target
morphPositions[i] = keyShape.Vertices[i].Position;
}
else
{
morphPositions[i] = vertex.Position;
}
Vector3 position = morphPositions[i];
position *= baseWeight;
foreach (var track in tracks)
{
if (!mesh.KeyGroups.ContainsKey(track.Name))
{
continue;
}
//The total weight used for a single vertex point
var weight = track.GetFrameValue(this.Frame);
//Get the track's key shape
var keyShape = mesh.KeyGroups[track.Name];
//Add the keyed position and weigh it
position += keyShape.Vertices[i].Position * weight;
}
//Set the output vertex
position /= total;
morphPositions[i] = position;
}
mesh.MorphPositions = morphPositions;
mesh.UpdateVertexData = true;
}
/// <summary>
/// Reloads render info and state settings into the materials blend state for rendering.
/// </summary>
public override void ReloadRenderState(BfresMeshAsset mesh)
{
}
