init of dynpip bag
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h4570
@@ -20,6 +20,213 @@ void DynamicPipeline::init(RendererCore* t_core) {}
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void DynamicPipeline::onUse() {}
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void DynamicPipeline::render(DynamicMesh* mesh, const DynPipOptions* options) {}
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void DynamicPipeline::render(DynamicMesh* mesh, const DynPipOptions* options) {
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auto model = mesh->getModelMatrix();
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MeshFrame* frameFrom = mesh->getFramesCount() > 0
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? mesh->getFrame(mesh->getCurrentAnimationFrame())
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: mesh->getFrame(0);
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MeshFrame* frameTo = mesh->getFramesCount() > 0
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? mesh->getFrame(mesh->getNextAnimationFrame())
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: nullptr;
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// auto* infoBag = getInfoBag(mesh, options, &model);
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if (options && options->lighting) setLightingColorsCache(options->lighting);
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for (u32 i = 0; i < mesh->getMaterialsCount(); i++) {
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auto* material = mesh->getMaterial(i);
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// 2x bufory[maxVertCount*2] -> pętla po mniejszych częściach i czestsze
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// rendery
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// TODO: Double buffering in future
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// auto maxVertCount = core->renderer3D.getMaxVertCountByParams(
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// material->isSingleColorActivated(), material->getNormalFaces(),
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// material->getTextureCoordFaces());
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DynPipBag bag;
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addVertices(mesh, material, &bag, frameFrom, frameTo);
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// bag.info = infoBag;
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// bag.color = getColorBag(mesh, material, frameFrom, frameTo);
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// bag.texture = getTextureBag(mesh, material, frameFrom, frameTo);
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// bag.lighting =
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// getLightingBag(mesh, material, &model, frameFrom, frameTo, options);
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core.render(&bag);
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// deallocDrawBags(&bag, material);
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}
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// delete infoBag; // TODO
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}
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void DynamicPipeline::addVertices(DynamicMesh* mesh, MeshMaterial* material,
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DynPipBag* bag, MeshFrame* frameFrom,
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MeshFrame* frameTo) const {
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// bag->count = material->getFacesCount();
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// bag->vertices = new Vec4[bag->count];
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// for (u32 i = 0; i < bag->count; i++) {
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// auto& face = material->getVertexFaces()[i];
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// if (frameTo == nullptr) {
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// bag->vertices[i] = frameFrom->getVertices()[face];
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// } else {
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// Vec4::setLerp(&bag->vertices[i], frameFrom->getVertices()[face],
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// frameTo->getVertices()[face],
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// mesh->getAnimState().interpolation);
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// }
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// }
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}
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PipelineInfoBag* DynamicPipeline::getInfoBag(DynamicMesh* mesh,
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const DynPipOptions* options,
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M4x4* model) const {
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auto* result = new PipelineInfoBag();
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if (options) {
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result->antiAliasingEnabled = options->antiAliasingEnabled;
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result->blendingEnabled = options->blendingEnabled;
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result->shadingType = options->shadingType;
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} else {
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result->antiAliasingEnabled = false;
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result->blendingEnabled = true;
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result->shadingType = TyraShadingFlat;
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}
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result->model = model;
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return result;
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}
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DynPipColorBag* DynamicPipeline::getColorBag(DynamicMesh* mesh,
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MeshMaterial* material,
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MeshFrame* frameFrom,
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MeshFrame* frameTo) const {
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// auto* result = new DynPipColorBag();
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// if (material->isSingleColorActivated()) {
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// result->single = &material->singleColor;
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// } else {
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// result->many = new Color[material->getFacesCount()];
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// for (u32 i = 0; i < material->getFacesCount(); i++) {
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// auto& face = material->getColorFaces()[i];
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// if (frameTo == nullptr) {
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// result->many[i] = frameFrom->getColors()[face];
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// } else {
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// Vec4::setLerp(
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// reinterpret_cast<Vec4*>(&result->many[i]),
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// reinterpret_cast<const Vec4&>(frameFrom->getColors()[face]),
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// reinterpret_cast<const Vec4&>(frameTo->getColors()[face]),
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// mesh->getAnimState().interpolation);
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// }
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// }
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// }
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// return result;
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return nullptr; // TODO
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}
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DynPipTextureBag* DynamicPipeline::getTextureBag(DynamicMesh* mesh,
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MeshMaterial* material,
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MeshFrame* frameFrom,
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MeshFrame* frameTo) {
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// if (!material->getTextureCoordFaces()) return nullptr;
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// auto* result = new DynPipTextureBag();
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// result->texture =
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// rendererCore->texture.repository.getBySpriteOrMesh(material->getId());
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// TYRA_ASSERT(result->texture, "Texture for material id: ",
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// material->getId(),
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// " was not found in texture repository!");
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// result->coordinates = new Vec4[material->getFacesCount()];
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// for (u32 i = 0; i < material->getFacesCount(); i++) {
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// auto& face = material->getTextureCoordFaces()[i];
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// if (frameTo == nullptr) {
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// result->coordinates[i] = frameFrom->getTextureCoords()[face];
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// } else {
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// Vec4::setLerp(&result->coordinates[i],
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// frameFrom->getTextureCoords()[face],
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// frameTo->getTextureCoords()[face],
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// mesh->getAnimState().interpolation);
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// }
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// }
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// return result;
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return nullptr; // TODO
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}
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DynPipLightingBag* DynamicPipeline::getLightingBag(
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DynamicMesh* mesh, MeshMaterial* material, M4x4* model,
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MeshFrame* frameFrom, MeshFrame* frameTo,
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const DynPipOptions* options) const {
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// if (!material->getNormalFaces() || options == nullptr ||
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// options->lighting == nullptr)
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// return nullptr;
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// auto* result = new DynPipLightingBag();
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// auto* dirLightsBag = new PipelineDirLightsBag(true);
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// result->dirLights = dirLightsBag;
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// result->lightMatrix = model;
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// result->dirLights->setLightsManually(
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// colorsCache, options->lighting->directionalDirections);
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// result->normals = new Vec4[material->getFacesCount()];
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// for (u32 i = 0; i < material->getFacesCount(); i++) {
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// auto& face = material->getNormalFaces()[i];
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// if (frameTo == nullptr) {
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// result->normals[i] = frameFrom->getNormals()[face];
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// } else {
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// Vec4::setLerp(&result->normals[i], frameFrom->getNormals()[face],
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// frameTo->getNormals()[face],
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// mesh->getAnimState().interpolation);
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// }
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// }
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// return result;
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return nullptr; // TODO
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}
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void DynamicPipeline::setLightingColorsCache(
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PipelineLightingOptions* lightingOptions) {
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for (int i = 0; i < 3; i++) {
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colorsCache[i] =
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reinterpret_cast<Vec4&>(lightingOptions->directionalColors[i]);
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}
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colorsCache[3] = reinterpret_cast<Vec4&>(*lightingOptions->ambientColor);
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}
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void DynamicPipeline::deallocDrawBags(DynPipBag* bag,
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MeshMaterial* material) const {
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if (bag->color->manyFrom) {
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delete[] bag->color->manyFrom;
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delete[] bag->color->manyTo;
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}
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if (bag->texture) {
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delete[] bag->texture->coordinatesFrom;
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delete[] bag->texture->coordinatesTo;
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delete bag->texture;
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}
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if (bag->lighting) {
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delete[] bag->lighting->normalsFrom;
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delete[] bag->lighting->normalsTo;
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delete bag->lighting->dirLights;
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delete bag->lighting;
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}
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delete[] bag->verticesFrom;
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delete[] bag->verticesTo;
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delete bag->color;
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}
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} // namespace Tyra
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