luboslenco
332 lines
15 KiB
TypeScript
332 lines
15 KiB
TypeScript
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let make_mesh_layer_pass_count: i32 = 1;
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function make_mesh_run(data: material_t, layer_pass: i32 = 0): node_shader_context_t {
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let context_id: string = layer_pass == 0 ? "mesh" : "mesh" + layer_pass;
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let depth_write: bool = layer_pass == 0 ? true : false;
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let compare_mode: string = layer_pass == 0 ? "less" : "equal";
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let cull_mode: string = (context_raw.cull_backfaces || layer_pass > 0) ? "clockwise" : "none";
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let props: shader_context_t = {
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name: context_id,
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depth_write: depth_write,
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compare_mode: compare_mode,
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cull_mode: cull_mode,
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vertex_elements: [
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{
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name: "pos",
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data: "short4norm"
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}
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],
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color_attachments: [
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"RGBA64",
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"RGBA64",
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"RGBA64"
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],
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depth_attachment: "DEPTH32"
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};
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let con_mesh: node_shader_context_t = node_shader_context_create(data, props);
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let vert: node_shader_t = node_shader_context_make_vert(con_mesh);
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let frag: node_shader_t = node_shader_context_make_frag(con_mesh);
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frag.ins = vert.outs;
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node_shader_add_out(vert, "vec2 tex_coord");
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frag.wvpposition = true;
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node_shader_add_out(vert, "vec4 prevwvpposition");
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node_shader_add_uniform(vert, "mat4 VP", "_view_proj_matrix");
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node_shader_add_uniform(vert, "mat4 prevWVP", "_prev_world_view_proj_matrix");
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vert.wposition = true;
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let texture_count: i32 = 0;
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node_shader_add_uniform(vert, "mat4 WVP", "_world_view_proj_matrix");
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let lid: i32 = project_layers[0].id;
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node_shader_add_uniform(vert, "sampler2D texpaint_vert", "_texpaint_vert" + lid);
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node_shader_write(vert, "vec3 meshpos = texelFetch(texpaint_vert, ivec2(gl_VertexID % textureSize(texpaint_vert, 0).x, gl_VertexID / textureSize(texpaint_vert, 0).y), 0).xyz;");
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// + pos.xyz * 0.000001
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node_shader_write(vert, "gl_Position = mul(vec4(meshpos.xyz, 1.0), WVP);");
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node_shader_write(vert, "tex_coord = vec2(0.0, 0.0);");
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node_shader_write(vert, "prevwvpposition = mul(vec4(pos.xyz, 1.0), prevWVP);");
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node_shader_add_out(frag, "vec4 frag_color[3]");
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node_shader_add_uniform(vert, "mat3 N", "_normal_matrix");
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node_shader_add_out(vert, "vec3 wnormal");
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node_shader_write_attrib(vert, "int base_vertex0 = gl_VertexID - (gl_VertexID % 3);");
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node_shader_write_attrib(vert, "int base_vertex1 = base_vertex0 + 1;");
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node_shader_write_attrib(vert, "int base_vertex2 = base_vertex0 + 2;");
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node_shader_write_attrib(vert, "vec3 meshpos0 = texelFetch(texpaint_vert, ivec2(base_vertex0 % textureSize(texpaint_vert, 0).x, base_vertex0 / textureSize(texpaint_vert, 0).y), 0).xyz;");
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node_shader_write_attrib(vert, "vec3 meshpos1 = texelFetch(texpaint_vert, ivec2(base_vertex1 % textureSize(texpaint_vert, 0).x, base_vertex1 / textureSize(texpaint_vert, 0).y), 0).xyz;");
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node_shader_write_attrib(vert, "vec3 meshpos2 = texelFetch(texpaint_vert, ivec2(base_vertex2 % textureSize(texpaint_vert, 0).x, base_vertex2 / textureSize(texpaint_vert, 0).y), 0).xyz;");
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node_shader_write_attrib(vert, "vec3 meshnor = normalize(cross(meshpos2 - meshpos1, meshpos0 - meshpos1));");
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node_shader_write_attrib(vert, "wnormal = mul(meshnor, N);");
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node_shader_write_attrib(frag, "vec3 n = normalize(wnormal);");
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node_shader_add_function(frag, str_pack_float_int16);
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node_shader_add_function(frag, str_octahedron_wrap);
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node_shader_add_function(frag, str_cotangent_frame);
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if (layer_pass > 0) {
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node_shader_add_uniform(frag, "sampler2D gbuffer0");
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node_shader_add_uniform(frag, "sampler2D gbuffer1");
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node_shader_add_uniform(frag, "sampler2D gbuffer2");
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node_shader_write(frag, "vec2 fragcoord = (wvpposition.xy / wvpposition.w) * 0.5 + 0.5;");
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node_shader_write(frag, "fragcoord.y = 1.0 - fragcoord.y;");
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node_shader_write(frag, "vec4 gbuffer0_sample = textureLod(gbuffer0, fragcoord, 0.0);");
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node_shader_write(frag, "vec4 gbuffer1_sample = textureLod(gbuffer1, fragcoord, 0.0);");
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node_shader_write(frag, "vec4 gbuffer2_sample = textureLod(gbuffer2, fragcoord, 0.0);");
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node_shader_write(frag, "vec3 basecol = gbuffer0_sample.rgb;");
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node_shader_write(frag, "float roughness = gbuffer2_sample.g;");
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node_shader_write(frag, "float metallic = gbuffer2_sample.b;");
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node_shader_write(frag, "float occlusion = gbuffer2_sample.r;");
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node_shader_write(frag, "float opacity = 1.0;//gbuffer0_sample.a;");
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node_shader_write(frag, "float matid = gbuffer1_sample.a;");
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node_shader_write(frag, "vec3 ntex = gbuffer1_sample.rgb;");
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node_shader_write(frag, "float height = gbuffer2_sample.a;");
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}
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else {
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node_shader_write(frag, "vec3 basecol = vec3(0.0, 0.0, 0.0);");
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node_shader_write(frag, "float roughness = 0.3;");
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node_shader_write(frag, "float metallic = 0.0;");
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node_shader_write(frag, "float occlusion = 1.0;");
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node_shader_write(frag, "float opacity = 1.0;");
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node_shader_write(frag, "float matid = 0.0;");
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node_shader_write(frag, "vec3 ntex = vec3(0.5, 0.5, 1.0);");
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node_shader_write(frag, "float height = 0.0;");
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}
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node_shader_write(frag, "vec4 texpaint_sample = vec4(0.0, 0.0, 0.0, 1.0);");
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node_shader_write(frag, "vec4 texpaint_nor_sample;");
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node_shader_write(frag, "vec4 texpaint_pack_sample;");
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node_shader_write(frag, "float texpaint_opac;");
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if (make_material_height_used) {
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node_shader_write(frag, "float height0 = 0.0;");
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node_shader_write(frag, "float height1 = 0.0;");
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node_shader_write(frag, "float height2 = 0.0;");
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node_shader_write(frag, "float height3 = 0.0;");
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}
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if (context_raw.draw_wireframe) {
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texture_count++;
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node_shader_add_uniform(frag, "sampler2D texuvmap", "_texuvmap");
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}
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if (context_raw.viewport_mode == viewport_mode_t.LIT && context_raw.render_mode == render_mode_t.FORWARD) {
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texture_count += 4;
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node_shader_add_uniform(frag, "sampler2D senvmap_brdf", "$brdf.k");
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node_shader_add_uniform(frag, "sampler2D senvmap_radiance", "_envmap_radiance");
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}
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// Get layers for this pass
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make_mesh_layer_pass_count = 1;
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let layers: slot_layer_t[] = [];
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let start_count: i32 = texture_count;
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for (let i: i32 = 0; i < project_layers.length; ++i) {
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let l: slot_layer_t = project_layers[i];
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if (!slot_layer_is_layer(l) || !slot_layer_is_visible(l)) {
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continue;
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}
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let count: i32 = 3;
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let masks: slot_layer_t[] = slot_layer_get_masks(l);
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if (masks != null) {
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count += masks.length;
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}
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texture_count += count;
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if (texture_count >= make_mesh_get_max_textures()) {
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texture_count = start_count + count + 3; // gbuffer0_copy, gbuffer1_copy, gbuffer2_copy
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make_mesh_layer_pass_count++;
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}
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if (layer_pass == make_mesh_layer_pass_count - 1) {
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array_push(layers, l);
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}
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}
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let last_pass: bool = layer_pass == make_mesh_layer_pass_count - 1;
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for (let i: i32 = 0; i < layers.length; ++i) {
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let l: slot_layer_t = layers[i];
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if (slot_layer_get_object_mask(l) > 0) {
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node_shader_add_uniform(frag, "int uid", "_uid");
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if (slot_layer_get_object_mask(l) > project_paint_objects.length) { // Atlas
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let visibles: mesh_object_t[] = project_get_atlas_objects(slot_layer_get_object_mask(l));
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node_shader_write(frag, "if (");
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for (let i: i32 = 0; i < visibles.length; ++i) {
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if (i > 0) {
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node_shader_write(frag, " || ");
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}
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let uid: i32 = visibles[i].base.uid;
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node_shader_write(frag, uid + " == uid");
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}
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node_shader_write(frag, ") {");
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}
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else { // Object mask
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let uid: i32 = project_paint_objects[slot_layer_get_object_mask(l) - 1].base.uid;
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node_shader_write(frag, "if (" + uid + " == uid) {");
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}
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}
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node_shader_add_shared_sampler(frag, "sampler2D texpaint" + l.id);
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node_shader_write(frag, "texpaint_sample = vec4(0.8, 0.8, 0.8, 1.0);");
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node_shader_write(frag, "texpaint_opac = texpaint_sample.a;");
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let masks: slot_layer_t[] = slot_layer_get_masks(l);
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if (masks != null) {
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let has_visible: bool = false;
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for (let i: i32 = 0; i < masks.length; ++i) {
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let m: slot_layer_t = masks[i];
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if (slot_layer_is_visible(m)) {
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has_visible = true;
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break;
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}
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}
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if (has_visible) {
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let texpaint_mask: string = "texpaint_mask" + l.id;
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node_shader_write(frag, "float " + texpaint_mask + " = 0.0;");
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for (let i: i32 = 0; i < masks.length; ++i) {
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let m: slot_layer_t = masks[i];
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if (!slot_layer_is_visible(m)) continue;
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node_shader_add_shared_sampler(frag, "sampler2D texpaint" + m.id);
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node_shader_write(frag, "{"); // Group mask is sampled across multiple layers
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node_shader_write(frag, "float texpaint_mask_sample" + m.id + " = textureLodShared(texpaint" + m.id + ", tex_coord, 0.0).r;");
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node_shader_write(frag, "}");
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}
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node_shader_write(frag, "texpaint_opac *= clamp(" + texpaint_mask + ", 0.0, 1.0);");
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}
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}
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if (slot_layer_get_opacity(l) < 1) {
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let opac: f32 = slot_layer_get_opacity(l);
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node_shader_write(frag, "texpaint_opac *= " + opac + ";");
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}
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if (l == project_layers[0]) {
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node_shader_write(frag, "basecol = vec3(0.8, 0.8, 0.8);// texpaint_sample.rgb * texpaint_opac;");
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}
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if (slot_layer_get_object_mask(l) > 0) {
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node_shader_write(frag, "}");
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}
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if (last_pass && context_raw.draw_texels) {
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node_shader_add_uniform(frag, "vec2 texpaint_size", "_texpaint_size");
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node_shader_write(frag, "vec2 texel0 = tex_coord * texpaint_size * 0.01;");
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node_shader_write(frag, "vec2 texel1 = tex_coord * texpaint_size * 0.1;");
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node_shader_write(frag, "vec2 texel2 = tex_coord * texpaint_size;");
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node_shader_write(frag, "basecol *= max(float(mod(int(texel0.x), 2.0) == mod(int(texel0.y), 2.0)), 0.9);");
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node_shader_write(frag, "basecol *= max(float(mod(int(texel1.x), 2.0) == mod(int(texel1.y), 2.0)), 0.9);");
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node_shader_write(frag, "basecol *= max(float(mod(int(texel2.x), 2.0) == mod(int(texel2.y), 2.0)), 0.9);");
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}
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if (last_pass && context_raw.draw_wireframe) {
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node_shader_write(frag, "basecol *= 1.0 - textureLod(texuvmap, tex_coord, 0.0).r;");
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}
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if (make_material_height_used) {
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node_shader_write(frag, "if (height > 0.0) {");
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node_shader_write(frag, "float height_dx = height0 - height1;");
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node_shader_write(frag, "float height_dy = height2 - height3;");
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// Whiteout blend
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node_shader_write(frag, "vec3 n1 = ntex * vec3(2.0, 2.0, 2.0) - vec3(1.0, 1.0, 1.0);");
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node_shader_write(frag, "vec3 n2 = normalize(vec3(height_dx * 16.0, height_dy * 16.0, 1.0));");
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node_shader_write(frag, "ntex = normalize(vec3(n1.xy + n2.xy, n1.z * n2.z)) * vec3(0.5, 0.5, 0.5) + vec3(0.5, 0.5, 0.5);");
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node_shader_write(frag, "}");
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}
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if (!last_pass) {
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node_shader_write(frag, "frag_color[0] = vec4(basecol, opacity);");
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node_shader_write(frag, "frag_color[1] = vec4(ntex, matid);");
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node_shader_write(frag, "frag_color[2] = vec4(occlusion, roughness, metallic, height);");
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parser_material_finalize(con_mesh);
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con_mesh.data.shader_from_source = true;
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con_mesh.data.vertex_shader = node_shader_get(vert);
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con_mesh.data.fragment_shader = node_shader_get(frag);
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return con_mesh;
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}
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frag.vvec = true;
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node_shader_write(frag, "mat3 TBN = cotangent_frame(n, vvec, tex_coord);");
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node_shader_write(frag, "n = ntex * 2.0 - 1.0;");
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node_shader_write(frag, "n.y = -n.y;");
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node_shader_write(frag, "n = normalize(mul(n, TBN));");
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if (context_raw.viewport_mode == viewport_mode_t.LIT) {
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node_shader_write(frag, "basecol = pow(basecol, vec3(2.2, 2.2, 2.2));");
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if (context_raw.viewport_shader != null) {
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node_shader_write(frag, "vec3 output_color;");
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js_call_ptr(context_raw.viewport_shader, frag);
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node_shader_write(frag, "frag_color[1] = vec4(output_color, 1.0);");
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}
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else if (context_raw.render_mode == render_mode_t.FORWARD) {
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frag.wposition = true;
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node_shader_write(frag, "vec3 albedo = mix(basecol, vec3(0.0, 0.0, 0.0), metallic);");
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node_shader_write(frag, "vec3 f0 = mix(vec3(0.04, 0.04, 0.04), basecol, metallic);");
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frag.vvec = true;
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node_shader_write(frag, "float dotnv = max(0.0, dot(n, vvec));");
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node_shader_write(frag, "vec2 env_brdf = texelFetch(senvmap_brdf, ivec2(vec2(roughness, 1.0 - dotnv) * 256.0), 0).xy;");
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node_shader_add_uniform(frag, "int envmap_num_mipmaps", "_envmap_num_mipmaps");
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node_shader_add_uniform(frag, "vec4 envmap_data", "_envmap_data"); // angle, sin(angle), cos(angle), strength
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node_shader_write(frag, "vec3 wreflect = reflect(-vvec, n);");
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node_shader_write(frag, "float envlod = roughness * float(envmap_num_mipmaps);");
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node_shader_add_function(frag, str_envmap_equirect);
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node_shader_write(frag, "vec3 prefiltered_color = textureLod(senvmap_radiance, envmap_equirect(wreflect, envmap_data.x), envlod).rgb;");
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node_shader_add_uniform(frag, "vec4 shirr[7]", "_envmap_irradiance");
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node_shader_add_function(frag, str_sh_irradiance());
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node_shader_write(frag, "vec3 indirect = albedo * (sh_irradiance(vec3(n.x * envmap_data.z - n.y * envmap_data.y, n.x * envmap_data.y + n.y * envmap_data.z, n.z), shirr) / 3.14159265);");
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node_shader_write(frag, "indirect += prefiltered_color * (f0 * env_brdf.x + env_brdf.y) * 1.5;");
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node_shader_write(frag, "indirect *= envmap_data.w * occlusion;");
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node_shader_write(frag, "frag_color[1] = vec4(indirect, 1.0);");
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}
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else { // Deferred, Pathtraced
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if (make_material_emis_used) {
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node_shader_write(frag, "if (int(matid * 255.0) % 3 == 1) basecol *= 10.0;"); // Boost for bloom
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}
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node_shader_write(frag, "frag_color[1] = vec4(basecol, occlusion);");
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}
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}
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else if (context_raw.viewport_mode == viewport_mode_t.OBJECT_NORMAL) {
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frag.nattr = true;
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node_shader_write(frag, "frag_color[1] = vec4(nAttr, 1.0);");
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}
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else if (context_raw.viewport_mode == viewport_mode_t.OBJECT_ID) {
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node_shader_add_uniform(frag, "float object_id", "_object_id");
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node_shader_write(frag, "float obid = object_id + 1.0 / 255.0;");
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node_shader_write(frag, "float id_r = fract(sin(dot(vec2(obid, obid * 20.0), vec2(12.9898, 78.233))) * 43758.5453);");
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node_shader_write(frag, "float id_g = fract(sin(dot(vec2(obid * 20.0, obid), vec2(12.9898, 78.233))) * 43758.5453);");
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node_shader_write(frag, "float id_b = fract(sin(dot(vec2(obid, obid * 40.0), vec2(12.9898, 78.233))) * 43758.5453);");
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node_shader_write(frag, "frag_color[1] = vec4(id_r, id_g, id_b, 1.0);");
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}
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else {
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node_shader_write(frag, "frag_color[1] = vec4(1.0, 0.0, 1.0, 1.0);"); // Pink
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}
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if (context_raw.viewport_mode != viewport_mode_t.LIT && context_raw.viewport_mode != viewport_mode_t.PATH_TRACE) {
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node_shader_write(frag, "frag_color[1].rgb = pow(frag_color[1].rgb, vec3(2.2, 2.2, 2.2));");
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}
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node_shader_write(frag, "n /= (abs(n.x) + abs(n.y) + abs(n.z));");
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node_shader_write(frag, "n.xy = n.z >= 0.0 ? n.xy : octahedron_wrap(n.xy);");
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node_shader_write(frag, "frag_color[0] = vec4(n.xy, roughness, pack_f32_i16(metallic, uint(int(matid * 255.0) % 3)));");
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}
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node_shader_write(frag, "vec2 posa = (wvpposition.xy / wvpposition.w) * 0.5 + 0.5;");
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node_shader_write(frag, "vec2 posb = (prevwvpposition.xy / prevwvpposition.w) * 0.5 + 0.5;");
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node_shader_write(frag, "frag_color[2] = vec4(posa - posb, tex_coord.xy);");
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parser_material_finalize(con_mesh);
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con_mesh.data.shader_from_source = true;
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con_mesh.data.vertex_shader = node_shader_get(vert);
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con_mesh.data.fragment_shader = node_shader_get(frag);
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return con_mesh;
|
|
}
|
|
|
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function make_mesh_get_max_textures(): i32 {
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return 16 - 3; // G4onG5/G4.c.h MAX_TEXTURES
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|
}
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