nightshade-renderer 0.57.0

GPU-driven wgpu renderer with a built-in frame graph.
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#define_import_path nightshade_renderer::material_data

//! The material table every pass that shades from a material reads.
//!
//! It lives here rather than in one pass's shader so the passes cannot drift
//! apart from each other or from the cpu struct that writes it. The layout is
//! mirrored by `MaterialData` in `material_gpu.rs`, field for field including
//! the padding: a member's alignment decides the stride, so a `vec3` where the
//! cpu wrote three scalars silently shifts every material after the first.

struct TextureTransform {
    row_u: vec4<f32>,
    row_v: vec4<f32>,
};

struct Material {
    base_color: vec4<f32>,
    emissive_factor: vec3<f32>,
    alpha_mode: u32,
    alpha_cutoff: f32,
    base_layer: u32,
    emissive_layer: u32,
    normal_layer: u32,
    metallic_roughness_layer: u32,
    occlusion_layer: u32,
    normal_scale: f32,
    occlusion_strength: f32,
    roughness: f32,
    metallic: f32,
    unlit: u32,
    normal_map_flags: u32,
    transmission_factor: f32,
    transmission_layer: u32,
    thickness: f32,
    thickness_layer: u32,
    attenuation_color: vec3<f32>,
    attenuation_distance: f32,
    ior: f32,
    specular_factor: f32,
    _align_specular: vec2<u32>,
    specular_color_factor: vec3<f32>,
    specular_layer: u32,
    specular_color_layer: u32,
    emissive_strength: f32,
    _pad_before_transforms: vec2<u32>,
    base_transform: TextureTransform,
    emissive_transform: TextureTransform,
    normal_transform: TextureTransform,
    metallic_roughness_transform: TextureTransform,
    occlusion_transform: TextureTransform,
    transmission_transform: TextureTransform,
    thickness_transform: TextureTransform,
    specular_transform: TextureTransform,
    specular_color_transform: TextureTransform,
    clearcoat_factor: f32,
    clearcoat_roughness_factor: f32,
    clearcoat_normal_scale: f32,
    clearcoat_layer: u32,
    clearcoat_roughness_layer: u32,
    clearcoat_normal_layer: u32,
    _pad_clearcoat: vec2<u32>,
    clearcoat_transform: TextureTransform,
    clearcoat_roughness_transform: TextureTransform,
    clearcoat_normal_transform: TextureTransform,
    sheen_color_factor: vec3<f32>,
    sheen_roughness_factor: f32,
    sheen_color_layer: u32,
    _pad_sheen_word: u32,
    _pad_sheen: vec2<u32>,
    sheen_color_transform: TextureTransform,
    sheen_roughness_transform: TextureTransform,
    iridescence_factor: f32,
    iridescence_ior: f32,
    iridescence_thickness_minimum: f32,
    iridescence_thickness_maximum: f32,
    iridescence_layer: u32,
    _pad_iridescence_word: u32,
    _pad_iridescence: vec2<u32>,
    iridescence_transform: TextureTransform,
    iridescence_thickness_transform: TextureTransform,
    anisotropy_strength: f32,
    anisotropy_rotation_cos: f32,
    anisotropy_rotation_sin: f32,
    anisotropy_layer: u32,
    anisotropy_transform: TextureTransform,
    dispersion: f32,
    diffuse_transmission_factor: f32,
    _pad_diffuse_transmission_word: u32,
    diffuse_transmission_color_layer: u32,
    diffuse_transmission_color_factor: vec3<f32>,
    blend_opaque_alpha_threshold: f32,
    diffuse_transmission_transform: TextureTransform,
    diffuse_transmission_color_transform: TextureTransform,
    detail_base_layer: u32,
    detail_normal_layer: u32,
    height_layer: u32,
    detail_uv_scale: f32,
    parallax_scale: f32,
    _pad_detail_a: u32,
    _pad_detail_b: u32,
    _pad_detail_c: u32,
    reflection_box_min: vec3<f32>,
    _pad_box_min: f32,
    reflection_box_max: vec3<f32>,
    _pad_box_max: f32,
};