Pb -> PB

Author: robtfm

proto/decentraland/sdk/components/global_light.proto

@@ -8,8 +8,8 @@ import "decentraland/sdk/components/common/id.proto";
 option (common.ecs_component_id) = 1206;
 
 // defines the global scene light settings. must be added to the scene root.
-// to control sunlight color, intensity, shadows etc, you can also add a PbLight to the scene root.
-message PbGlobalLight {
+// to control sunlight color, intensity, shadows etc, you can also add a PBLight to the scene root.
+message PBGlobalLight {
   // the direction the directional light shines in.
   // default depends on time of day and explorer implementation
   optional decentraland.common.Vector3 direction = 1;

proto/decentraland/sdk/components/gltf_node.proto

@@ -5,12 +5,12 @@ import "decentraland/sdk/components/common/id.proto";
 option (common.ecs_component_id) = 1200;
 
 // a GltfNode links a scene entity with a node from within a gltf, allowing the scene to inspect it or modify it.
-// This component must be added to a direct child of an entity with a PbGltfContainer component, or
+// This component must be added to a direct child of an entity with a PBGltfContainer component, or
 // to a direct child of another entity with a GltfNode component, and the referenced gltf node must be a descendent of the gltf node
 // in the parent.
 // The name must match the path of one of the nodes within the Gltf. These are available on the GltfContainerLoadingState component.
 // 
-// The renderer will attach a PbGltfNodeState to the entity describing the state. Once the state is `GNS_READY`, 
+// The renderer will attach a PBGltfNodeState to the entity describing the state. Once the state is `GNS_READY`, 
 // - the `Transform` will be updated to match the position of the node within the gltf (relative to the gltf root, or the parent node),
 // - a `MeshRenderer` with a GltfMesh mesh type will be added (if the gltf node has a mesh).
 // - a `MeshCollider` with a GltfMesh mesh type will be added (if the gltf node has a collider).
@@ -27,7 +27,7 @@ option (common.ecs_component_id) = 1200;
 // - `MeshCollider` can be added/modified/removed to create/modify/remove a collider on the node.
 // - `Material` can be added or modified to change the material properties. If the gltf node has a material, the original material will be
 //   used as a base, and any gltf features (e.g. occlusion maps) from the gtlf spec that the renderer supports but that are not exposed in the 
-//   PbMaterial will be maintained.
+//   PBMaterial will be maintained.
 //
 // The scene can add additional entities as children to the gltf node, but structural modifications of the gltf are not possible: 
 // - changing the scene hierarchy will not change the gltf node hierarchy. Moving the entity out of the gltf will sever the link and

proto/decentraland/sdk/components/light.proto

@@ -8,9 +8,9 @@ option (common.ecs_component_id) = 1204;
 
 // defines a light source.
 // the world has a default directional light (like sunlight) which can be overridden by adding the light component to the scene root.
-// a PbGlobalLight component can also be added to the root to control the directional light direction.
+// a PBGlobalLight component can also be added to the root to control the directional light direction.
 // point lights (lightbulbs) or spotlights can be created by attaching the light component to non-root entities.
-message PbLight {
+message PBLight {
   // whether the light is on
   // default true
   optional bool enabled = 1;

proto/decentraland/sdk/components/spotlight.proto

@@ -6,12 +6,12 @@ option (common.ecs_component_id) = 1205;
 
 // defines a spotlight.
 // spotlights are point lights that emit light only in a cone around the transform's forward direction.
-// add this component together with the PbLight component to transform a point light into a spotlight.
+// add this component together with the PBLight component to transform a point light into a spotlight.
 // note that spotlights do not model any internal reflections / focus, they only restrict the area of effect.
 // so for e.g. a torch beam, the bulb illuminance should be multiplied by the solid angle. 
 // a typical torch with a beam width of 15 degrees would use outer angle of 0.15 (7.5 degrees in radians),
 // and an illuminance approximately equal to the bulb's lumens, e.g. 1200.
-message PbSpotlight {
+message PBSpotlight {
   // the cone radius in radians. distance away from forward in which the light is visible. 
   // for a torch a value around 0.15 is appropriate.    
   float angle = 1;