feat: 修改自动领取收益关闭，修复下架时间的bug，修改的光栅卡陀螺仪

backend/services/assetService/service/asset_service.go

@@ -491,10 +491,9 @@ func (s *assetService) GetAsset(req *pb.GetAssetRequest, userID, starID int64) (
 		if exhibitionStartTime == 0 {
 			exhibitionStartTime = asset.CreatedAt // 兜底
 		}
-		earnings = calculateRealtimeEarnings(asset.LikeCount, exhibitionStartTime, time.Now().UnixMilli())
+		// 获取展出过期时间（先获取，用于计算收益）
-
-		// 获取展出过期时间
 		exhibitionExpireAt, _ = s.assetRepo.GetExhibitionExpireTime(asset.ID)
+		earnings = calculateRealtimeEarnings(asset.LikeCount, exhibitionStartTime, time.Now().UnixMilli(), exhibitionExpireAt)
 	}
 
 	// 6.5 从 asset_registry 表获取 grade
@@ -759,9 +758,16 @@ func calculateHourlyEarnings(likeCount int32) float64 {
 // calculateRealtimeEarnings 实时计算展示收益
 // 公式：R1 = R0 × T × [100% + Buff(n)]
 // R0 = 5 水晶/小时，T = 上架时长（小时），Buff(n) 根据点赞数计算
-func calculateRealtimeEarnings(likeCount int32, startTime, now int64) int64 {
+// 注意：使用 min(now, expireAt) 确保过期后收益不再增长
+func calculateRealtimeEarnings(likeCount int32, startTime, now, expireAt int64) int64 {
+	// 计算有效截止时间（展览结束时间 vs 当前时间，取较小值）
+	endTime := now
+	if expireAt > 0 && expireAt < now {
+		endTime = expireAt
+	}
+
 	// 计算上架时长（毫秒转小时）
-	T := (now - startTime) / 3600000
+	T := (endTime - startTime) / 3600000
 	if T <= 0 {
 		T = 1 // 最少1小时
 	}

backend/services/galleryService/repository/gallery_repository.go

@@ -452,7 +452,7 @@ func (r *galleryRepository) GetMyExhibitedAssets(userID, starID int64, page, pag
 	now := time.Now().UnixMilli()
 	for _, item := range items {
 		item.HourlyEarnings = calculateHourlyEarnings(item.LikeCount)
-		item.Earnings = calculateRealtimeEarnings(item.LikeCount, item.ExhibitedAt, now)
+		item.Earnings = calculateRealtimeEarnings(item.LikeCount, item.ExhibitedAt, now, item.ExpireAt)
 	}
 
 	return items, total, nil
@@ -496,7 +496,7 @@ func (r *galleryRepository) GetUserExhibitedAssets(userID, starID int64, page, p
 	// 实时计算每个资产的收益
 	for _, item := range items {
 		item.HourlyEarnings = calculateHourlyEarnings(item.LikeCount)
-		item.Earnings = calculateRealtimeEarnings(item.LikeCount, item.ExhibitedAt, now)
+		item.Earnings = calculateRealtimeEarnings(item.LikeCount, item.ExhibitedAt, now, item.ExpireAt)
 	}
 
 	return items, total, nil
@@ -660,9 +660,16 @@ func calculateHourlyEarnings(likeCount int32) float64 {
 // calculateRealtimeEarnings 实时计算展示收益
 // 公式：R1 = R0 × T × [100% + Buff(n)]
 // R0 = 5 水晶/小时，T = 上架时长（小时），Buff(n) 根据点赞数计算
-func calculateRealtimeEarnings(likeCount int32, startTime, now int64) int64 {
+// 注意：使用 min(now, expireAt) 确保过期后收益不再增长
+func calculateRealtimeEarnings(likeCount int32, startTime, now, expireAt int64) int64 {
+	// 计算有效截止时间（展览结束时间 vs 当前时间，取较小值）
+	endTime := now
+	if expireAt > 0 && expireAt < now {
+		endTime = expireAt
+	}
+
 	// 计算上架时长（毫秒转小时）
-	T := (now - startTime) / 3600000
+	T := (endTime - startTime) / 3600000
 	if T <= 0 {
 		T = 1 // 最少1小时
 	}

backend/services/taskService/main.go

@@ -111,7 +111,7 @@ func main() {
 	logger.Logger.Info("Services initialized")
 
 	// 7. Init worker（goroutine 中启动）
-	resetWorker := worker.NewDailyResetWorker(dailyRepo, revenueRepo, userRPCClient)
+	resetWorker := worker.NewDailyResetWorker(dailyRepo, revenueRepo, userRPCClient, galleryRPCClient)
 	go resetWorker.Start()
 	logger.Logger.Info("Reset worker started")
 

backend/services/taskService/service/revenue_service.go

@@ -80,6 +80,7 @@ func (s *revenueService) GetExhibitionRevenue(ctx context.Context, userID, starI
 			CycleStartTime: r.CycleStartTime,
 			CycleEndTime:   r.CycleEndTime,
 			Status:         r.Status,
+			CanClaim:      r.Status == "claimable",
 		}
 		items = append(items, item)
 	}

backend/services/taskService/worker/daily_reset_worker.go

@@ -18,6 +18,7 @@ type DailyResetWorker struct {
 	dailyRepo    repository.DailyTaskRepository
 	revenueRepo  repository.RevenueRepository
 	userClient   client.UserServiceClient
+	galleryClient client.GalleryServiceClient
 	stopCh       chan struct{}
 	wg           sync.WaitGroup
 }
@@ -26,11 +27,13 @@ func NewDailyResetWorker(
 	dailyRepo repository.DailyTaskRepository,
 	revenueRepo repository.RevenueRepository,
 	userClient client.UserServiceClient,
+	galleryClient client.GalleryServiceClient,
 ) *DailyResetWorker {
 	return &DailyResetWorker{
 		dailyRepo:    dailyRepo,
 		revenueRepo:  revenueRepo,
 		userClient:   userClient,
+		galleryClient: galleryClient,
 		stopCh:       make(chan struct{}),
 	}
 }
@@ -98,8 +101,8 @@ func (w *DailyResetWorker) doResetAndAutoClaim() {
 		logger.Logger.Info(fmt.Sprintf("DailyResetWorker: daily tasks reset: %d records updated", resetCount))
 	}
 
-	// 2. 自动发放展示收益
+	// 2. 自动发放展示收益（暂时关闭）
-	w.autoClaimExhibitionRevenue()
+	// w.autoClaimExhibitionRevenue()
 }
 
 func (w *DailyResetWorker) autoClaimExhibitionRevenue() {
@@ -128,6 +131,16 @@ func (w *DailyResetWorker) autoClaimExhibitionRevenue() {
 							zap.Int64("record_id", record.ID), zap.Error(err))
 					}
 					totalClaimed++
+
+					// 自动下架：调用 GalleryService 下架展览
+					if w.galleryClient != nil && record.AssetID > 0 {
+						if err := w.galleryClient.RemoveExhibitionByAsset(context.Background(), record.AssetID); err != nil {
+							logger.Logger.Warn("DailyResetWorker: failed to remove exhibition",
+								zap.Int64("asset_id", record.AssetID),
+								zap.Int64("revenue_record_id", record.ID),
+								zap.Error(err))
+						}
+					}
 					break
 				}
 				lastErr = err

docs/superpowers/specs/2026-05-22-lenticular-gyro-optimization-design.md

@@ -0,0 +1,83 @@
+# 光栅卡陀螺仪交互优化设计方案
+
+**日期:** 2026-05-22
+**文件:** `docs/superpowers/specs/2026-05-22-lenticular-gyro-optimization-design.md`
+
+---
+
+## 1. 问题描述
+
+设备使用陀螺仪倾斜查看光栅卡时，图片在左右视图之间快速来回切换，无法稳定在某一侧。
+
+**期望行为：**
+- 设备居中（不倾斜）→ 显示中性图
+- 往左倾斜 → 稳定显示左视图
+- 往右倾斜 → 稳定显示右视图
+
+**当前行为：**
+- 轻微倾斜就触发切换，且图片在左右之间来回振荡
+- 没有平衡点让图片稳定
+
+---
+
+## 2. 根本原因
+
+**原因：缺少中性阈值区（Dead Zone）**
+
+陀螺仪数据直接映射到图片切换阈值，没有任何"容忍区"。
+
+当设备略微偏离中心时：
+- `gamma` 值微小的正负变化
+- 直接导致 `x` 方向变化
+- 触发 opacity 切换
+
+加上陀螺仪本身的噪声和设备轻微晃动，导致图片不断在左右之间来回切换。
+
+---
+
+## 3. 修复方案
+
+**文件:** `frontend/composables/useHolographicPreview.js`
+
+### 修改：增大中性阈值区
+
+当前代码已有 dead zone 判断逻辑，只需增大 `db` 系数即可：
+
+```javascript
+// 第79行
+const db = 0.08 * dead  // 从 0.016 改为 0.08
+```
+
+**说明：** 增大 db 系数 = 中性区变宽 = 更难触发切换 = 图片更稳定
+
+---
+
+## 4. 参数调整
+
+| 参数 | 当前值 | 修改后 | 说明 |
+|------|--------|--------|------|
+| db (dead zone) | 0.016 | 0.08 | 中性区阈值，越大越难触发切换 |
+
+**建议值范围：** 0.05 ~ 0.12
+- 值越大：中性区越宽，越稳定但响应越慢
+- 值越小：越敏感，但容易误触发
+
+---
+
+## 5. 验收标准
+
+| 测试场景 | 期望结果 |
+|---------|---------|
+| 设备静止居中 | 显示中性图，稳定不动 |
+| 轻微倾斜 | 保持中性，不触发切换 |
+| 明显往左倾斜 | 显示左视图，稳定 |
+| 明显往右倾斜 | 显示右视图，稳定 |
+| 从倾斜缓慢回到居中 | 平滑过渡，无振荡 |
+
+---
+
+## 6. 影响范围
+
+- 修改文件：`frontend/composables/useHolographicPreview.js`
+- 不影响触摸滑动交互
+- 不涉及后端或数据库

frontend/composables/useHolographicPreview.js

@@ -76,7 +76,7 @@ export function useHolographicPreview() {
       const dy = (beta - accelBaseY) / 45 * sens
       accelSmoothed = lerp(accelSmoothed, dx, k)
       const dead = physics.sensorDeadzoneStrength || 1
-      const db = 0.016 * dead
+      const db = 0.08 * dead
       simulate(
         Math.abs(accelSmoothed) < db ? 0 : clamp(accelSmoothed, -1, 1),
         clamp(dy, -1, 1)

frontend/composables/useLenticularCraftTiltPreview.js

@@ -9,7 +9,7 @@ const FLOW_PHYSICS = {
 	angleStability: 52,
 	transitionSmoothness: 40,
 	tiltSensitivity: 96,
-	sensorDeadzoneStrength: 0,
+	sensorDeadzoneStrength: 1,
 	parallaxDepth: 18,
 	lenticularAnchorFloor: 0.1,
 	lenticularNonDominantResidualMin: 0.092,
@@ -18,7 +18,7 @@ const FLOW_PHYSICS = {
 }
 
 const DISCRETE_STEP_DEG = 13
-const DISCRETE_STEP_HYST_DEG = 5
+const DISCRETE_STEP_HYST_DEG = 9
 const TILT_MAG_TAU_MS = 150
 const TILT_MAG_MAX_RISE_DPS = 82
 const TILT_MAG_MAX_FALL_DPS = 168
@@ -51,6 +51,7 @@ export function useLenticularCraftTiltPreview(layersRef) {
 	}
 
 	function simulateFromSignedDegrees(tiltMagDeg, signedDegHint) {
+		console.log('[DEBUG simulateFromSignedDegrees] called, tiltMagDeg:', tiltMagDeg, 'signedDegHint:', signedDegHint)
 		const ls = getLayersArray()
 		const n = Math.max(1, ls.length)
 		const raw = Math.abs(Number(tiltMagDeg) || 0)
@@ -69,6 +70,7 @@ export function useLenticularCraftTiltPreview(layersRef) {
 		const maxFall = TILT_MAG_MAX_FALL_DPS * sec
 
 		if (Number.isFinite(signedDegHint)) {
+			console.log('[DEBUG simulateFromSignedDegrees] signedDegHint is finite:', signedDegHint)
 			if (lastSignedDegHint != null && sec > 1e-6) {
 				const dAbsSignedDt =
 					(Math.abs(signedDegHint) - Math.abs(lastSignedDegHint)) / sec
@@ -94,8 +96,34 @@ export function useLenticularCraftTiltPreview(layersRef) {
 		const MARGIN = DISCRETE_STEP_HYST_DEG
 		const stepBefore = discreteStableStep.value
 		let s = stepBefore
-		while (absDeg >= (s + 1) * STEP + MARGIN) s++
+
-		while (s > 0 && absDeg <= s * STEP - MARGIN) s--
+		// 二值模式：仅允许 0(中性) 或 1(倾斜)，防止同方向重复递增档位
+		const ENTER_THRESHOLD = STEP + MARGIN
+		const EXIT_THRESHOLD = MARGIN
+
+		if (s === 0) {
+			// 中性状态：仅当倾斜超过阈值才进入档位1
+			if (absDeg >= ENTER_THRESHOLD) {
+				s = 1
+				console.log('[DEBUG] 进入档位1, absDeg:', absDeg.toFixed(2), 'signedDegHint:', signedDegHint)
+			}
+		} else if (s === 1) {
+			// 档位1状态：检测方向变化才允许退回
+			// 如果 signedDegHint 符号改变（反方向倾斜），立即回到中性
+			if (lastSignedDegHint !== null && Number.isFinite(signedDegHint)) {
+				if (signedDegHint * lastSignedDegHint < 0) {
+					// 方向改变，回到中性
+					s = 0
+					lastSignedDegHint = signedDegHint
+					console.log('[DEBUG] 方向改变，回到中性, signedDegHint:', signedDegHint.toFixed(2))
+				}
+			} else if (absDeg <= EXIT_THRESHOLD) {
+				// 没有方向信息时，使用角度阈值
+				s = 0
+				console.log('[DEBUG] 角度不足，回到中性, absDeg:', absDeg.toFixed(2))
+			}
+		}
+
 		discreteStableStep.value = s
 		const idx = s % n
 		const sens = physics.tiltSensitivity / 100
@@ -134,13 +162,17 @@ export function useLenticularCraftTiltPreview(layersRef) {
 	}
 
 	function scheduleTiltStart() {
+		console.log('[DEBUG useLenticularCraftTiltPreview] scheduleTiltStart called')
 		cancelScheduledTiltStart()
 		nextTick(() => {
 			relax(0.86)
 			lockPreviewStill()
+			console.log('[DEBUG useLenticularCraftTiltPreview] entryTiltTimer set, delay:', LENTICULAR_TILT_START_DELAY_MS)
 			entryTiltTimer = setTimeout(() => {
 				entryTiltTimer = null
+				console.log('[DEBUG useLenticularCraftTiltPreview] startTilt about to be called')
 				startTilt()
+				console.log('[DEBUG useLenticularCraftTiltPreview] startTilt called')
 			}, LENTICULAR_TILT_START_DELAY_MS)
 		})
 	}

frontend/composables/useLenticularStudioTilt.js

@@ -361,6 +361,7 @@ export function useLenticularStudioTilt(opts) {
 	}
 
 	function startAccelInternal(options = {}) {
+		console.log('[DEBUG useLenticularStudioTilt] startAccelInternal called, options:', options)
 		const fromNativeFallback = options.fromNativeFallback === true
 		mode = 'accel'
 		stopAccel()
@@ -379,34 +380,45 @@ export function useLenticularStudioTilt(opts) {
 
 		if (useStudioAccelDirect) {
 			if (typeof simulateFromSignedDegrees === 'function') {
+				console.log('[DEBUG useLenticularStudioTilt] 使用 simulateFromSignedDegrees')
 				resetStudioAccelBaseline()
 			}
 			accelHandler = (res) => {
+				console.log('[DEBUG useLenticularStudioTilt] accelHandler called, x:', res.x, 'y:', res.y, 'z:', res.z)
 				const ax = Number(res.x) || 0
 				const ay = Number(res.y) || 0
 				const az = Number(res.z) || 0
 				const gMag = Math.hypot(ax, ay, az)
-				if (gMag < 0.12) return
+				console.log('[DEBUG useLenticularStudioTilt] gMag:', gMag.toFixed(3))
+				if (gMag < 0.12) {
+					console.log('[DEBUG useLenticularStudioTilt] gMag too small, returning')
+					return
+				}
 				/* 竖屏常见握持：左右倾斜主要反映为 ax/az 与重力的关系（免 warmup，避免长期无输出） */
 				if (typeof simulateFromSignedDegrees === 'function') {
+					console.log('[DEBUG useLenticularStudioTilt] 调用 simulateFromSignedDegrees')
 					const tiltRad = Math.atan2(-ax, az)
 					if (studioAccelBaseRad == null) {
+						console.log('[DEBUG useLenticularStudioTilt] 正在采集 baseline')
 						studioAccelBaselineRads.push(tiltRad)
 						if (studioAccelBaselineRads.length < STUDIO_ACCEL_BASELINE_FRAMES) {
 							simulate(0, 0)
 							return
 						}
 						studioAccelBaseRad = circularMeanRad(studioAccelBaselineRads)
+						console.log('[DEBUG useLenticularStudioTilt] baseline 采集完成:', studioAccelBaseRad)
 						studioAccelBaselineRads = []
 					}
 					let delta = tiltRad - studioAccelBaseRad
 					while (delta > Math.PI) delta -= 2 * Math.PI
 					while (delta < -Math.PI) delta += 2 * Math.PI
 					const signedDeg = delta * (180 / Math.PI)
+					console.log('[DEBUG useLenticularStudioTilt] delta:', delta.toFixed(4), 'signedDeg:', signedDeg.toFixed(2))
 					const rawAbs = Math.abs(signedDeg)
 					const prevLp = studioAccelDiscreteDegLp
 					const kLp = rawAbs >= prevLp ? 0.27 : 0.4
 					studioAccelDiscreteDegLp += (rawAbs - studioAccelDiscreteDegLp) * kLp
+					console.log('[DEBUG useLenticularStudioTilt] calling simulateFromSignedDegrees, mag:', studioAccelDiscreteDegLp.toFixed(2), 'signedDeg:', signedDeg.toFixed(2))
 					simulateFromSignedDegrees(studioAccelDiscreteDegLp, signedDeg)
 				} else {
 					const tiltRaw = Math.atan2(-ax, az) / (Math.PI / 5)
@@ -446,13 +458,17 @@ export function useLenticularStudioTilt(opts) {
 		}
 		try {
 			uni.onAccelerometerChange(accelHandler)
+			console.log('[DEBUG useLenticularStudioTilt] onAccelerometerChange 注册成功')
 			const applyStart = (interval) => {
+				console.log('[DEBUG useLenticularStudioTilt] 调用 startAccelerometer, interval:', interval)
 				uni.startAccelerometer({
 					interval,
 					success: () => {
+						console.log('[DEBUG useLenticularStudioTilt] startAccelerometer 成功')
 						gyroSourceLabel.value = 'accelerometer'
 					},
-					fail: () => {
+					fail: (err) => {
+						console.log('[DEBUG useLenticularStudioTilt] startAccelerometer 失败:', JSON.stringify(err))
 						if (interval === 'game') {
 							applyStart('normal')
 							return
@@ -463,11 +479,13 @@ export function useLenticularStudioTilt(opts) {
 			}
 			applyStart('game')
 		} catch (e) {
+			console.log('[DEBUG useLenticularStudioTilt] try onAccelerometerChange failed:', e)
 			gyroSourceLabel.value = 'simulation'
 		}
 	}
 
 	function onNativeAngleFrame(x, y, z) {
+		console.log('[DEBUG useLenticularStudioTilt] onNativeAngleFrame:', x, y, z)
 		const vx = Number(x)
 		const vy = Number(y)
 		const vz = Number(z)
@@ -517,22 +535,27 @@ export function useLenticularStudioTilt(opts) {
 	}
 
 	function startNativeInternal() {
+		console.log('[DEBUG useLenticularStudioTilt] startNativeInternal called')
 		stopNative()
 		stopAccel()
 		resetNativeBaseline()
 		// #ifdef APP-PLUS
 		gyroModule = tryRequireImengyuGyro()
+		console.log('[DEBUG useLenticularStudioTilt] gyroModule:', gyroModule ? 'found' : 'not found')
 		if (!gyroModule) {
+			console.log('[DEBUG useLenticularStudioTilt] gyroModule not found, falling back to accel')
 			mode = 'accel'
 			startAccelInternal()
 			return
 		}
 		mode = 'native'
 		const myGen = tiltGen
+		console.log('[DEBUG useLenticularStudioTilt] native gyro mode set, calling startNativeGyro')
 		/** 与官方示例一致：normal / ui / game / fastest，game≈50Hz */
 		const startOpts = { interval: 'game' }
 
 		scheduleNativeGyroStallFallback = () => {
+			console.log('[DEBUG useLenticularStudioTilt] scheduleNativeGyroStallFallback called')
 			if (nativeWatchdogTimer != null) {
 				try {
 					clearTimeout(nativeWatchdogTimer)
@@ -541,18 +564,9 @@ export function useLenticularStudioTilt(opts) {
 				}
 				nativeWatchdogTimer = null
 			}
-			nativeWatchdogTimer = setTimeout(() => {
+			console.log('[DEBUG useLenticularStudioTilt] native gyro stalled, fallback to accelerometer')
-				nativeWatchdogTimer = null
-				if (myGen !== tiltGen) return
-				if (mode !== 'native') return
-				console.warn(
-					'[useLenticularStudioTilt] native gyro stalled (no angle frames for ' +
-						NATIVE_GYRO_STALL_FALLBACK_MS +
-						'ms), falling back to accelerometer'
-				)
 			stopNative()
 			startAccelInternal({ fromNativeFallback: true })
-			}, NATIVE_GYRO_STALL_FALLBACK_MS)
 		}
 
 		function invokeStartNativeGyro() {
@@ -582,6 +596,7 @@ export function useLenticularStudioTilt(opts) {
 						if (useSync) {
 							const v = mod.getGyroValueSync()
 							if (v && hasAnglePayload(v)) {
+								console.log('[DEBUG useLenticularStudioTilt] getGyroValueSync:', JSON.stringify(v))
 								onNativeAngleFrame(v.x, v.y, v.z)
 							}
 							return
@@ -589,6 +604,7 @@ export function useLenticularStudioTilt(opts) {
 						mod.getGyroValue((v) => {
 							if (myGen !== tiltGen || !gyroModule || !v) return
 							if (hasAnglePayload(v)) {
+								console.log('[DEBUG useLenticularStudioTilt] getGyroValue:', JSON.stringify(v))
 								onNativeAngleFrame(v.x, v.y, v.z)
 							}
 						})
@@ -602,6 +618,7 @@ export function useLenticularStudioTilt(opts) {
 
 			let kickOnce = false
 			const kick = () => {
+				console.log('[DEBUG useLenticularStudioTilt] kick called, kickOnce:', kickOnce)
 				if (kickOnce) return
 				if (myGen !== tiltGen || !gyroModule) return
 				kickOnce = true
@@ -617,10 +634,13 @@ export function useLenticularStudioTilt(opts) {
 				const usePoll =
 					typeof mod.startGyro === 'function' &&
 					(typeof mod.getGyroValue === 'function' || typeof mod.getGyroValueSync === 'function')
+				console.log('[DEBUG useLenticularStudioTilt] usePoll:', usePoll)
 
 				if (usePoll) {
+					console.log('[DEBUG useLenticularStudioTilt] calling mod.startGyro')
 					try {
 						mod.startGyro(startOpts, (res) => {
+							console.log('[DEBUG useLenticularStudioTilt] startGyro callback, res:', JSON.stringify(res))
 							if (myGen !== tiltGen || !gyroModule) return
 							/* 插件约定：首包只表示是否开启成功，不含持续角度；若回调无对象则无法进入官方要求的 getGyroValue 轮询 */
 							if (!res) {
@@ -751,6 +771,7 @@ export function useLenticularStudioTilt(opts) {
 	}
 
 	function start() {
+		console.log('[DEBUG useLenticularStudioTilt] start called')
 		// #ifdef APP-PLUS
 		startNativeInternal()
 		// #endif

frontend/pages.json

@@ -300,9 +300,9 @@
 		"current": 0,
 		"list": [
 			{
-				"name": "castlove-lenticular-create",
+				"name": "",
-				"path": "pages/castlove/create",
+				"path": "",
-				"query": "name=%E5%85%89%E6%A0%85%E5%8D%A1"
+				"query": ""
 			}
 		]
 	}

frontend/pages/asset-detail/asset-detail.vue

@@ -17,8 +17,6 @@
 			</view>
 		</view>
 
-
-
 		<!-- 加载中 -->
 		<view v-if="loading" class="loading-wrapper">
 			<!-- 旋转光环 -->
@@ -1014,7 +1012,7 @@ onUnmounted(() => {
 	width: 352rpx;
 	height: 520rpx;
 	margin-bottom: 32rpx;
-	animation: card-3d-flip 15s ease-in-out infinite;
+	/* animation: card-3d-flip 15s ease-in-out infinite; */
 	transform-origin: center center;
 }
 
@@ -1036,18 +1034,18 @@ onUnmounted(() => {
 	}
 }
 
-.card-wrapper--lenticular {
+/* .card-wrapper--lenticular {
 	width: 520rpx;
 	height: 680rpx;
-}
+} */
 
 .detail-lenticular-slot {
 	position: absolute;
 	left: 50%;
 	top: 50%;
-	width: 78%;
+	width: 88%;
 	height: 96%;
-	border-radius: 64rpx;
+	border-radius: 48rpx;
 	/* transform: translate(-50%, -50%) rotate(-10deg); */
 	transform: translate(-50%, -50%) ;
 	z-index: 2;

frontend/pages/profile/myWorks.vue

@@ -10,9 +10,9 @@
 			</view>
 			<!-- <text class="nav-title">我的作品</text> -->
 			<view class="nav-placeholder"></view>
-			<!-- <view class="nav-settings" @tap="goToSettings">
+			<view class="nav-settings" @tap="goToSettings">
 				<image class="nav-settings-icon" src="/static/icon/settings.png" mode="aspectFit"></image>
-			</view> -->
+			</view>
 		</view>
 
 		<view class="scroll-content">
@@ -31,7 +31,7 @@
 						<LenticularCard v-if="exhibitionAtSlot[0].is_lenticular" class="card-lenticular"
 							:layers="getLenticularLayers(exhibitionAtSlot[0].id)"
 							:transforms="getLenticularTransforms(exhibitionAtSlot[0].id)" :gyro-source="gyroSourceLabel"
-							:skip-built-in-touch="false" :shimmer-mid-opacity="0.16"
+							:skip-built-in-touch="true" :shimmer-mid-opacity="0.16"
 							@simulate="(x, y) => onLenticularSimulate(exhibitionAtSlot[0].id, x, y)" />
 						<image v-else class="card-image"
 							:src="exhibitionAtSlot[0].cover_url || '/static/nft/placeholder.png'" mode="aspectFill">
@@ -76,7 +76,7 @@
 						<LenticularCard v-if="exhibitionAtSlot[1].is_lenticular" class="card-lenticular"
 							:layers="getLenticularLayers(exhibitionAtSlot[1].id)"
 							:transforms="getLenticularTransforms(exhibitionAtSlot[1].id)" :gyro-source="gyroSourceLabel"
-							:skip-built-in-touch="false" :shimmer-mid-opacity="0.16"
+							:skip-built-in-touch="true" :shimmer-mid-opacity="0.16"
 							@simulate="(x, y) => onLenticularSimulate(exhibitionAtSlot[1].id, x, y)" />
 						<image v-else class="card-image"
 							:src="exhibitionAtSlot[1].cover_url || '/static/nft/placeholder.png'" mode="aspectFill">
@@ -154,7 +154,7 @@
 								<LenticularCard v-if="item.is_lenticular" class="liked-lenticular"
 									:layers="getLikedLenticularLayers(item.id)"
 									:transforms="getLikedLenticularTransforms(item.id)" :gyro-source="gyroSourceLabel"
-									:skip-built-in-touch="false" :shimmer-mid-opacity="0.16"
+									:skip-built-in-touch="true" :shimmer-mid-opacity="0.16"
 									@simulate="(x, y) => onLikedLenticularSimulate(item.id, x, y)" />
 								<image v-else class="liked-cover" :src="item.cover_url || '/static/nft/placeholder.png'"
 									mode="aspectFill"></image>