refact: lint

Author: julien-moreau

editor/src/editor/windows/effect-editor/converters/unity/colorConverter.ts

@@ -21,7 +21,7 @@ export function convertGradient(gradient: any): IConstantColor | IGradientColor
 		const key = gradient[`key${i}`] ?? gradient[`m_ColorKeys`]?.[i];
 		const timeRaw = gradient[`ctime${i}`] ?? gradient[`m_CTime${i}`] ?? 0;
 		const time = typeof timeRaw === "number" ? timeRaw : parseFloat(timeRaw) / 65535;
-		if (!key) continue;
+		if (!key) {continue;}
 		const r = key.r ?? key.m_R;
 		const g = key.g ?? key.m_G;
 		const b = key.b ?? key.m_B;
@@ -36,7 +36,7 @@ export function convertGradient(gradient: any): IConstantColor | IGradientColor
 		const key = gradient[`key${i}`] ?? gradient[`m_AlphaKeys`]?.[i];
 		const timeRaw = gradient[`atime${i}`] ?? gradient[`m_ATime${i}`] ?? 0;
 		const time = typeof timeRaw === "number" ? timeRaw : parseFloat(timeRaw) / 65535;
-		if (!key) continue;
+		if (!key) {continue;}
 		alphaKeys.push({
 			time,
 			value: parseFloat(key.a ?? key.m_A ?? "1"),

editor/src/editor/windows/effect-editor/converters/unity/particleSystemConverter.ts

@@ -38,9 +38,7 @@ function billboardFromRenderMode(renderMode: number | undefined): { isBillboardB
 		4: { isBillboardBased: true, billboardMode: ParticleSystem.BILLBOARDMODE_Y },
 		5: { isBillboardBased: true, billboardMode: ParticleSystem.BILLBOARDMODE_Y },
 	};
-	return renderMode !== undefined && renderMode in map
-		? map[renderMode]
-		: { isBillboardBased: true, billboardMode: ParticleSystem.BILLBOARDMODE_ALL };
+	return renderMode !== undefined && renderMode in map ? map[renderMode] : { isBillboardBased: true, billboardMode: ParticleSystem.BILLBOARDMODE_ALL };
 }
 
 /**
@@ -85,16 +83,8 @@ export function convertParticleSystem(unityPS: any, renderer: any): IParticleSys
 		preWarmCycles: main.prewarm === "1" ? 100 : 0,
 		isLocal: (getUnityProp(main, "simulationSpace") ?? main.simulationSpace) === "0",
 
-		color1: convertColor(
-			maxColor
-				? { r: maxColor.r ?? "1", g: maxColor.g ?? "1", b: maxColor.b ?? "1", a: maxColor.a ?? "1" }
-				: { r: "1", g: "1", b: "1", a: "1" }
-		),
-		color2: convertColor(
-			maxColor
-				? { r: maxColor.r ?? "1", g: maxColor.g ?? "1", b: maxColor.b ?? "1", a: maxColor.a ?? "1" }
-				: { r: "1", g: "1", b: "1", a: "1" }
-		),
+		color1: convertColor(maxColor ? { r: maxColor.r ?? "1", g: maxColor.g ?? "1", b: maxColor.b ?? "1", a: maxColor.a ?? "1" } : { r: "1", g: "1", b: "1", a: "1" }),
+		color2: convertColor(maxColor ? { r: maxColor.r ?? "1", g: maxColor.g ?? "1", b: maxColor.b ?? "1", a: maxColor.a ?? "1" } : { r: "1", g: "1", b: "1", a: "1" }),
 
 		minInitialRotation: parseFloat(startRotation?.minScalar ?? startRotation?.scalar ?? "0"),
 		maxInitialRotation: parseFloat(startRotation?.scalar ?? "0"),
@@ -221,7 +211,11 @@ export function convertParticleSystem(unityPS: any, renderer: any): IParticleSys
 	}
 
 	// Rotation3DOverLife (if separate X, Y, Z)
-	if (rotationOverLifetimeModule && isEnabled(rotationOverLifetimeModule) && (rotationOverLifetimeModule.separateAxes === "1" || getUnityProp(rotationOverLifetimeModule, "separateAxes") === "1")) {
+	if (
+		rotationOverLifetimeModule &&
+		isEnabled(rotationOverLifetimeModule) &&
+		(rotationOverLifetimeModule.separateAxes === "1" || getUnityProp(rotationOverLifetimeModule, "separateAxes") === "1")
+	) {
 		behaviors.push({
 			type: "Rotation3DOverLife",
 			angularVelocityX: convertMinMaxCurve(getUnityProp(rotationOverLifetimeModule, "x") ?? {}),
@@ -322,11 +316,7 @@ export function convertParticleSystem(unityPS: any, renderer: any): IParticleSys
 		const sx = getUnityProp(noiseModule, "strengthX") ?? noiseModule.strengthX;
 		const sy = getUnityProp(noiseModule, "strengthY") ?? noiseModule.strengthY;
 		const sz = getUnityProp(noiseModule, "strengthZ") ?? noiseModule.strengthZ;
-		config.noiseStrength = new Vector3(
-			parseFloat(sx?.scalar ?? "0"),
-			parseFloat(sy?.scalar ?? "0"),
-			parseFloat(sz?.scalar ?? "0")
-		);
+		config.noiseStrength = new Vector3(parseFloat(sx?.scalar ?? "0"), parseFloat(sy?.scalar ?? "0"), parseFloat(sz?.scalar ?? "0"));
 	}
 
 	config.behaviors = behaviors;

editor/src/editor/windows/effect-editor/converters/unity/shapeConverter.ts

@@ -5,9 +5,9 @@ import { getUnityProp } from "./utils";
  * Supports both property and m_Property names (Unity serialization).
  */
 export function convertShape(shapeModule: any): any {
-	if (!shapeModule) return { type: "point" };
+	if (!shapeModule) {return { type: "point" };}
 	const enabled = getUnityProp(shapeModule, "enabled") ?? shapeModule.enabled;
-	if (enabled !== "1") return { type: "point" };
+	if (enabled !== "1") {return { type: "point" };}
 
 	const shapeType = String(getUnityProp(shapeModule, "type") ?? shapeModule.type ?? "0");
 	const radiusObj = getUnityProp(shapeModule, "radius") ?? shapeModule.radius;

editor/src/editor/windows/effect-editor/converters/unity/utils.ts

@@ -6,9 +6,9 @@
  * Get Unity serialized property (supports both "name" and "m_name" for resilience).
  */
 export function getUnityProp(obj: any, propName: string): any {
-	if (obj == null) return undefined;
+	if (obj == null) {return undefined;}
 	const direct = obj[propName];
-	if (direct !== undefined) return direct;
+	if (direct !== undefined) {return direct;}
 	const mName = "m_" + propName.charAt(0).toUpperCase() + propName.slice(1);
 	return obj[mName];
 }

editor/src/editor/windows/effect-editor/converters/unity/valueConverter.ts

@@ -86,7 +86,7 @@ export function convertAnimationCurve(curve: any, scalar: number = 1): Value {
  * Convert Unity MinMaxCurve to our Value (supports m_MinMaxState, m_Scalar, m_MaxCurve, etc.)
  */
 export function convertMinMaxCurve(minMaxCurve: any): Value {
-	if (!minMaxCurve) return { type: "ConstantValue", value: 1 };
+	if (!minMaxCurve) {return { type: "ConstantValue", value: 1 };}
 	const minMaxState = String(getUnityProp(minMaxCurve, "minMaxState") ?? minMaxCurve.minMaxState ?? "0");
 	const scalar = parseFloat(getUnityProp(minMaxCurve, "scalar") ?? minMaxCurve.scalar ?? "1");
 	const minScalar = parseFloat(getUnityProp(minMaxCurve, "minScalar") ?? minMaxCurve.minScalar ?? "0");

editor/src/editor/windows/effect-editor/converters/unityConverter.ts

@@ -87,7 +87,7 @@ export async function convertUnityPrefabToData(
 					}
 				}
 			}
-			if (!root) return emptyIData();
+			if (!root) {return emptyIData();}
 		} else {
 			const converted = convertGameObject(gameObject, components);
 			root = convertToIDataFormat(converted);