Add radius boost for depth clouds on outline

crates/re_renderer/examples/depth_cloud.rs

@@ -20,8 +20,8 @@ use itertools::Itertools;
 use macaw::IsoTransform;
 use re_renderer::{
     renderer::{
-        DepthCloud, DepthCloudDepthData, DepthCloudDrawData, DrawData, GenericSkyboxDrawData,
-        RectangleDrawData, TexturedRect,
+        DepthCloud, DepthCloudDepthData, DepthCloudDrawData, DepthClouds, DrawData,
+        GenericSkyboxDrawData, RectangleDrawData, TexturedRect,
     },
     resource_managers::{GpuTexture2DHandle, Texture2DCreationDesc},
     view_builder::{self, Projection, ViewBuilder},
@@ -172,17 +172,20 @@ impl RenderDepthClouds {
 
         let depth_cloud_draw_data = DepthCloudDrawData::new(
             re_ctx,
-            &[DepthCloud {
-                world_from_obj,
-                depth_camera_intrinsics: *intrinsics,
-                world_depth_from_data_depth: 1.0,
-                point_radius_from_world_depth: *point_radius_from_world_depth,
-                max_depth_in_world: 5.0,
-                depth_dimensions: depth.dimensions,
-                depth_data: depth.data.clone(),
-                colormap: re_renderer::ColorMap::ColorMapTurbo,
-                outline_mask_id: Default::default(),
-            }],
+            &DepthClouds {
+                clouds: vec![DepthCloud {
+                    world_from_obj,
+                    depth_camera_intrinsics: *intrinsics,
+                    world_depth_from_data_depth: 1.0,
+                    point_radius_from_world_depth: *point_radius_from_world_depth,
+                    max_depth_in_world: 5.0,
+                    depth_dimensions: depth.dimensions,
+                    depth_data: depth.data.clone(),
+                    colormap: re_renderer::ColorMap::ColorMapTurbo,
+                    outline_mask_id: Default::default(),
+                }],
+                radius_boost_in_ui_points_for_outlines: 2.5,
+            },
         )
         .unwrap();
 

crates/re_renderer/shader/depth_cloud.wgsl

@@ -19,40 +19,11 @@ struct PointData {
     color: Vec4
 }
 
-// Backprojects the depth texture using the intrinsics passed in the uniform buffer.
-fn compute_point_data(quad_idx: i32) -> PointData {
-    let wh = textureDimensions(depth_texture);
-    let texcoords = IVec2(quad_idx % wh.x, quad_idx / wh.x);
-
-    // TODO(cmc): expose knobs to linearize/normalize/flip/cam-to-plane depth.
-    let world_space_depth = depth_cloud_info.world_depth_from_texture_value * textureLoad(depth_texture, texcoords, 0).x;
-
-    // TODO(cmc): albedo textures
-    let color = Vec4(colormap_linear(depth_cloud_info.colormap, world_space_depth / depth_cloud_info.max_depth_in_world), 1.0);
-
-    // TODO(cmc): This assumes a pinhole camera; need to support other kinds at some point.
-    let intrinsics = depth_cloud_info.depth_camera_intrinsics;
-    let focal_length = Vec2(intrinsics[0][0], intrinsics[1][1]);
-    let offset = Vec2(intrinsics[2][0], intrinsics[2][1]);
-
-    let pos_in_obj = Vec3(
-        (Vec2(texcoords) - offset) * world_space_depth / focal_length,
-        world_space_depth,
-    );
-
-    let pos_in_world = depth_cloud_info.world_from_obj * Vec4(pos_in_obj, 1.0);
-
-    var data: PointData;
-    data.pos_in_world = pos_in_world.xyz;
-    data.unresolved_radius = depth_cloud_info.point_radius_from_world_depth * world_space_depth;
-    data.color = color;
-
-    return data;
-}
-
 // ---
 
 /// Keep in sync with `DepthCloudInfoUBO` in `depth_cloud.rs`.
+///
+/// Same for all draw-phases.
 struct DepthCloudInfo {
     /// The extrinsincs of the camera used for the projection.
     world_from_obj: Mat4,
@@ -76,6 +47,9 @@ struct DepthCloudInfo {
 
     /// Configures color mapping mode, see `colormap.wgsl`.
     colormap: u32,
+
+    /// Changes between the opaque and outline draw-phases.
+    radius_boost_in_ui_points: f32,
 };
 
 @group(1) @binding(0)
@@ -92,6 +66,37 @@ struct VertexOut {
     @location(3) point_radius: f32,
 };
 
+// Backprojects the depth texture using the intrinsics passed in the uniform buffer.
+fn compute_point_data(quad_idx: i32) -> PointData {
+    let wh = textureDimensions(depth_texture);
+    let texcoords = IVec2(quad_idx % wh.x, quad_idx / wh.x);
+
+    // TODO(cmc): expose knobs to linearize/normalize/flip/cam-to-plane depth.
+    let world_space_depth = depth_cloud_info.world_depth_from_texture_value * textureLoad(depth_texture, texcoords, 0).x;
+
+    // TODO(cmc): albedo textures
+    let color = Vec4(colormap_linear(depth_cloud_info.colormap, world_space_depth / depth_cloud_info.max_depth_in_world), 1.0);
+
+    // TODO(cmc): This assumes a pinhole camera; need to support other kinds at some point.
+    let intrinsics = depth_cloud_info.depth_camera_intrinsics;
+    let focal_length = Vec2(intrinsics[0][0], intrinsics[1][1]);
+    let offset = Vec2(intrinsics[2][0], intrinsics[2][1]);
+
+    let pos_in_obj = Vec3(
+        (Vec2(texcoords) - offset) * world_space_depth / focal_length,
+        world_space_depth,
+    );
+
+    let pos_in_world = depth_cloud_info.world_from_obj * Vec4(pos_in_obj, 1.0);
+
+    var data: PointData;
+    data.pos_in_world = pos_in_world.xyz;
+    data.unresolved_radius = depth_cloud_info.point_radius_from_world_depth * world_space_depth;
+    data.color = color;
+
+    return data;
+}
+
 @vertex
 fn vs_main(@builtin(vertex_index) vertex_idx: u32) -> VertexOut {
     let quad_idx = sphere_quad_index(vertex_idx);
@@ -100,8 +105,7 @@ fn vs_main(@builtin(vertex_index) vertex_idx: u32) -> VertexOut {
     let point_data = compute_point_data(quad_idx);
 
     // Span quad
-    // TODO(andreas): Implement outline-mask size boost for depth cloud as well.
-    let quad = sphere_quad_span(vertex_idx, point_data.pos_in_world, point_data.unresolved_radius, 0.0);
+    let quad = sphere_quad_span(vertex_idx, point_data.pos_in_world, point_data.unresolved_radius, depth_cloud_info.radius_boost_in_ui_points);
 
     var out: VertexOut;
     out.pos_in_clip = frame.projection_from_world * Vec4(quad.pos_in_world, 1.0);

crates/re_renderer/shader/lines.wgsl

@@ -12,7 +12,7 @@ var line_strip_texture: texture_2d<f32>;
 var position_data_texture: texture_2d<u32>;
 
 struct DrawDataUniformBuffer {
-    size_boost_in_points: f32,
+    radius_boost_in_ui_points: f32,
     // In actuality there is way more padding than this since we align all our uniform buffers to
     // 256bytes in order to allow them to be buffer-suballocations.
     // However, wgpu doesn't know this at this point and therefore requires `DownlevelFlags::BUFFER_BINDINGS_NOT_16_BYTE_ALIGNED`
@@ -200,8 +200,8 @@ fn vs_main(@builtin(vertex_index) vertex_idx: u32) -> VertexOut {
     let camera_ray = camera_ray_to_world_pos(center_position);
     let camera_distance = distance(camera_ray.origin, center_position);
     var strip_radius = unresolved_size_to_world(strip_data.unresolved_radius, camera_distance, frame.auto_size_lines);
-    if draw_data.size_boost_in_points > 0.0 {
-        let size_boost = world_size_from_point_size(draw_data.size_boost_in_points, camera_distance);
+    if draw_data.radius_boost_in_ui_points > 0.0 {
+        let size_boost = world_size_from_point_size(draw_data.radius_boost_in_ui_points, camera_distance);
         strip_radius += size_boost;
         // Push out positions as well along the quad dir.
         // This is especially important if there's no miters on a line-strip (TODO(#829)),

crates/re_renderer/shader/point_cloud.wgsl

@@ -11,7 +11,7 @@ var position_data_texture: texture_2d<f32>;
 var color_texture: texture_2d<f32>;
 
 struct DrawDataUniformBuffer {
-    size_boost_in_points: f32,
+    radius_boost_in_ui_points: f32,
     // In actuality there is way more padding than this since we align all our uniform buffers to
     // 256bytes in order to allow them to be buffer-suballocations.
     // However, wgpu doesn't know this at this point and therefore requires `DownlevelFlags::BUFFER_BINDINGS_NOT_16_BYTE_ALIGNED`
@@ -74,7 +74,7 @@ fn vs_main(@builtin(vertex_index) vertex_idx: u32) -> VertexOut {
     let point_data = read_data(quad_idx);
 
     // Span quad
-    let quad = sphere_quad_span(vertex_idx, point_data.pos, point_data.unresolved_radius, draw_data.size_boost_in_points);
+    let quad = sphere_quad_span(vertex_idx, point_data.pos, point_data.unresolved_radius, draw_data.radius_boost_in_ui_points);
 
     // Output, transform to projection space and done.
     var out: VertexOut;

crates/re_renderer/shader/utils/sphere_quad.wgsl

@@ -68,12 +68,12 @@ struct SphereQuadData {
 /// Span a quad onto which perspective correct spheres can be drawn.
 ///
 /// Spanning is done in perspective or orthographically depending of the state of the global cam.
-fn sphere_quad_span(vertex_idx: u32, point_pos: Vec3, point_unresolved_radius: f32, size_boost_in_points: f32) -> SphereQuadData {
+fn sphere_quad_span(vertex_idx: u32, point_pos: Vec3, point_unresolved_radius: f32, radius_boost_in_ui_points: f32) -> SphereQuadData {
     // Resolve radius to a world size. We need the camera distance for this, which is useful later on.
     let to_camera = frame.camera_position - point_pos;
     let camera_distance = length(to_camera);
     let radius = unresolved_size_to_world(point_unresolved_radius, camera_distance, frame.auto_size_points) +
-                 world_size_from_point_size(size_boost_in_points, camera_distance);
+                 world_size_from_point_size(radius_boost_in_ui_points, camera_distance);
 
     // Basic properties of the vertex we're at.
     let local_idx = vertex_idx % 6u;

crates/re_renderer/src/line_strip_builder.rs

@@ -23,7 +23,7 @@ pub struct LineStripSeriesBuilder<PerStripUserData> {
 
     pub batches: Vec<LineBatchInfo>,
 
-    pub(crate) size_boost_in_points_for_outlines: f32,
+    pub(crate) radius_boost_in_ui_points_for_outlines: f32,
 }
 
 impl<PerStripUserData> LineStripSeriesBuilder<PerStripUserData>
@@ -39,16 +39,16 @@ where
             strips: Vec::with_capacity(RESERVE_SIZE),
             strip_user_data: Vec::with_capacity(RESERVE_SIZE),
             batches: Vec::with_capacity(16),
-            size_boost_in_points_for_outlines: 0.0,
+            radius_boost_in_ui_points_for_outlines: 0.0,
         }
     }
 
     /// Boosts the size of the points by the given amount of ui-points for the purpose of drawing outlines.
-    pub fn size_boost_in_points_for_outlines(
+    pub fn radius_boost_in_ui_points_for_outlines(
         mut self,
-        size_boost_in_points_for_outlines: f32,
+        radius_boost_in_ui_points_for_outlines: f32,
     ) -> Self {
-        self.size_boost_in_points_for_outlines = size_boost_in_points_for_outlines;
+        self.radius_boost_in_ui_points_for_outlines = radius_boost_in_ui_points_for_outlines;
         self
     }
 
@@ -93,7 +93,7 @@ where
             &self.vertices,
             &self.strips,
             &self.batches,
-            self.size_boost_in_points_for_outlines,
+            self.radius_boost_in_ui_points_for_outlines,
         )
         .unwrap()
     }

crates/re_renderer/src/point_cloud_builder.rs

@@ -17,7 +17,7 @@ pub struct PointCloudBuilder<PerPointUserData> {
 
     pub(crate) batches: Vec<PointCloudBatchInfo>,
 
-    pub(crate) size_boost_in_points_for_outlines: f32,
+    pub(crate) radius_boost_in_ui_points_for_outlines: f32,
 }
 
 impl<PerPointUserData> PointCloudBuilder<PerPointUserData>
@@ -39,16 +39,16 @@ where
             color_buffer,
             user_data: Vec::with_capacity(RESERVE_SIZE),
             batches: Vec::with_capacity(16),
-            size_boost_in_points_for_outlines: 0.0,
+            radius_boost_in_ui_points_for_outlines: 0.0,
         }
     }
 
     /// Boosts the size of the points by the given amount of ui-points for the purpose of drawing outlines.
-    pub fn size_boost_in_points_for_outlines(
+    pub fn radius_boost_in_ui_points_for_outlines(
         mut self,
-        size_boost_in_points_for_outlines: f32,
+        radius_boost_in_ui_points_for_outlines: f32,
     ) -> Self {
-        self.size_boost_in_points_for_outlines = size_boost_in_points_for_outlines;
+        self.radius_boost_in_ui_points_for_outlines = radius_boost_in_ui_points_for_outlines;
         self
     }