Merge branch '1.86' into 'develop' (6d64de59) · Commits · iSergio / cesiumjs4gwt

cesiumjs4gwt-main/pom.xml

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		@@ -7,7 +7,7 @@
		<parent>
		<artifactId>cesiumjs4gwt</artifactId>
		<groupId>org.cesiumjs</groupId>
		<version>1.85.0</version>
		<version>1.86.0</version>
		</parent>

		<name>CesiumJS GWT Wrapper</name>

cesiumjs4gwt-main/src/main/resources/org/cesiumjs/public/cs/Cesium/Cesium.d.ts

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		@@ -18934,7 +18934,7 @@ export namespace CorridorGraphics {
		*/
		type ConstructorOptions = {
		show?: Property \| boolean;
		positions?: Property \| Cartesian3;
		positions?: Property \| Cartesian3[];
		width?: Property \| number;
		height?: Property \| number;
		heightReference?: Property \| HeightReference;
		@@ -26750,7 +26750,7 @@ export class Cesium3DTileContent {
		* </p>
		* <p>
		* Do not construct this directly. Access it through {@link Cesium3DTileContent#getFeature}
		* or picking using {@link Scene#pick} and {@link Scene#pickPosition}.
		* or picking using {@link Scene#pick}.
		* </p>
		* @example
		* // On mouse over, display all the properties for a feature in the console log.

cesiumjs4gwt-main/src/main/resources/org/cesiumjs/public/cs/Cesium/Cesium.js

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cesiumjs4gwt-main/src/main/resources/org/cesiumjs/public/cs/Cesium/Scene/ModelExperimental/CustomShaderGuide/README.md

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		@@ -40,15 +40,19 @@ var customShader = new Cesium.CustomShader({
		// Custom vertex shader. This is a function from model space -> model space.
		// VertexInput is documented below
		vertexShaderText: `
		void vertexMain(VertexInput vsInput, inout vec3 position) {
		// IMPORTANT: the function signature must use these parameter names. This
		// makes it easier for the runtime to generate the shader and make optimizations.
		void vertexMain(VertexInput vsInput, inout vec3 positionMC) {
		// code goes here. e.g. for a no-op:
		return position;
		return positionMC;
		}
		`,
		// Custom fragment shader.
		// FragmentInput will be documented below
		// Regardless of the mode, this always takes in a material and modifies it in place.
		fragmentShaderText: `
		// IMPORTANT: the function signature must use these parameter names. This
		// makes it easier for the runtime to generate the shader and make optimizations.
		void fragmentMain(FragmentInput fsInput, inout czm_modelMaterial material) {
		// code goes here. e.g. to set the diffuse color to a translucent red:
		material.diffuse = vec3(1.0, 0.0, 0.0);
		@@ -151,14 +155,14 @@ var customShader = new Cesium.CustomShader({
		},
		// User assigns the varying in the vertex shader
		vertexShaderText: `
		void vertexMain(VertexInput vsInput, inout vec3 position) {
		float positiveX = step(0.0, position.x);
		void vertexMain(VertexInput vsInput, inout vec3 positionMC) {
		float positiveX = step(0.0, positionMC.x);
		v_selectedColor = mix(
		vsInput.attributes.color_0,
		vsInput.attributes.color_1,
		position.x
		positionMC.x
		);
		return position;
		return positionMC;
		}
		`,
		// User uses the varying in the fragment shader
		@@ -199,25 +203,10 @@ In the above, "material" does preprocessing of textures, resulting in a `czm_mod
		An automatically-generated GLSL struct that contains attributes.

		```glsl
		// this struct represents the raw attribute values.
		struct Attributes {
		// required semantics
		vec3 position; // model space position. Always present.

		// optional semantics (added if available in the 3D model file)
		vec3 normal; // corresponds to attribute with semantic "NORMAL"
		vec3 tangent;
		vec2 texCoord_0;
		// etc.

		// custom attribues
		vec3 custom_attribute; // corresponds to attribute "_CUSTOM_ATTRIBUTE"
		};

		struct VertexInput {
		// raw attribute values
		// Processed attributes. See the Attributes Struct section below.
		Attributes attributes;
		// in the future we may add another struct for derived attributes (e.g. positionEC)
		// In the future, metadata will be added here.
		};
		```

		@@ -227,34 +216,54 @@ This struct is similar to `VertexInput`, but there are a few more automatic
		variables for positions in various coordinate spaces.

		```glsl
		// this struct represents the raw attributes from the 3D model file. The
		// varyings required to make this work are handled automatically.
		struct Attributes {
		// required semantics
		vec3 position; // Raw model space position. always present as POSITION is required

		// optional semantics (added if available in the 3D model file)
		vec3 normal; // corresponds to attribute with semantic "NORMAL"
		vec3 tangent;
		vec2 texCoord_0;
		// etc.

		// custom attribues
		vec3 custom_attribute; // corresponds to attribute "_CUSTOM_ATTRIBUTE"
		};

		struct FragmentInput {
		// raw attribute values interpolated (but not normalized) from varyings.
		// Processed attribute values. See the Attributes Struct section below.
		Attributes attributes;
		vec3 positionMC; // model space
		vec3 positionWC; // World coords (ECEF). Low precision.
		vec3 positionEC; // Eye coordinates
		// In the future, metadata will be added here.
		};
		```

		## Attributes Struct

		The `Attributes` struct is dynamically generated given the variables used in
		the custom shader and the attributes available in the primitive to render.

		For example, if the user uses `fsInput.attributes.texCoord_0` in the shader,
		the runtime will generate the code needed to supply this value from the
		attribute `TEXCOORD_0` in the model (where available)

		If a primitive does not have the attributes necessary to satisfy the custom
		shader, a default value will be inferred where possible so the shader still
		compiles. Otherwise, the custom vertex/fragment shader portion will be disabled
		for that primitive.

		The full list of built-in attributes are as follows. Some attributes have a set
		index, which is one of `0, 1, 2, ...` (e.g. `texCoord_0`), these are denoted
		with an `N`.

		\| Corresponding Attribute in Model \| variable in shader \| Type \| Available in Vertex Shader? \| Available in Fragment Shader? \| Description \|
		\| -------------------------------- \| ------------------ \| ------- \| --------------------------- \| ----------------------------- \| ------------------------------------------------------------------------------------------------------------------------------------------------------------------------ \|
		\| `POSITION` \| `positionMC` \| `vec3` \| Yes \| Yes \| Position in model coordinates \|
		\| `POSITION` \| `positionWC` \| `vec3` \| No \| Yes \| Position in world coordinates (WGS84 ECEF `(x, y, z)`). Low precision. \|
		\| `POSITION` \| `positionEC` \| `vec3` \| No \| Yes \| Position in eye coordinates. \|
		\| `NORMAL` \| `normalMC` \| `vec3` \| Yes \| No \| Unit-length normal vector in model coordinates. Only available in the vertex shader \|
		\| `NORMAL` \| `normalEC` \| `vec3` \| No \| Yes \| Unit-length normal vector in eye coordinates. Only available in the vertex shader \|
		\| `TANGENT` \| `tangentMC` \| `vec3` \| Yes \| No \| Unit-length tangent vector in model coordinates. This is always a `vec3`. For models that provide a `w` component, that is removed after computing the bitangent vector. \|
		\| `TANGENT` \| `tangentEC` \| `vec3` \| No \| Yes \| Unit-length tangent vector in eye coordinates. This is always a `vec3`. For models that provide a `w` component, that is removed after computing the bitangent vector. \|
		\| `NORMAL` & `TANGENT` \| `bitangentMC` \| `vec3` \| Yes \| No \| Unit-length bitangent vector in model coordinates. Only available when both normal and tangent vectors are available. \|
		\| `NORMAL` & `TANGENT` \| `bitangentEC` \| `vec3` \| No \| Yes \| Unit-length bitangent vector in eye coordinates. Only available when both normal and tangent vectors are available. \|
		\| `TEXCOORD_N` \| `texCoord_N` \| `vec2` \| Yes \| Yes \| `N`-th set of texture coordinates. \|
		\| `COLOR_N` \| `color_N` \| `vec4` \| Yes \| Yes \| `N`-th set of vertex colors. This is always a `vec4`; if the model does not specify an alpha value, it is assumed to be 1. \|
		\| `JOINTS_N` \| `joints_N` \| `ivec4` \| Yes \| Yes \| `N`-th set of joint indices \|
		\| `WEIGHTS_N` \| `weights_N` \| `vec4` \|

		Custom attributes are also available, though they are renamed to use lowercase
		letters and underscores. For example, an attribute called `_SURFACE_TEMPERATURE`
		in the model would become `fsInput.attributes.surface_temperature` in the shader.

		## `czm_modelMaterial` struct

		This one is a built-in, see the [documentation comment](https://github.com/CesiumGS/cesium/blob/model-experimental-custom-shaders/Source/Shaders/Builtin/Structs/modelMaterial.glsl). This is similar to `czm_material` from the old Fabric system, but slightly different fields as this one supports PBR lighting.
		This one is a built-in, see the [documentation comment](../../../Shaders/Builtin/Structs/modelMaterial.glsl). This is similar to `czm_material` from the old Fabric system, but slightly different fields as this one supports PBR lighting.

		This struct serves as the basic input/output of the fragment shader pipeline stages. For example:

cesiumjs4gwt-main/src/main/resources/org/cesiumjs/public/cs/Cesium/ThirdParty/Workers/draco_decoder_nodejs.js

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