更新

Assets/Scripts/MainGame/Characters/Player/PlayerAnimationSubcontroller.cs

@@ -25,16 +25,17 @@ namespace Cielonos.MainGame.Characters
             {
                 Vector3 cameraForward = player.viewSc.playerCamera.transform.forward.Flatten();
                 player.landMovementSc.TurnToDirection(inputDirection);
-                Vector3 dashCameraRotation = CalculateDashAngles(inputDirection, cameraForward);
+                Vector3 playerForward = player.transform.forward.Flatten();
+                Vector3 dashCameraRotation = CalculateDashAngles(playerForward, cameraForward);
                 player.feedbackSc["Dash"].feedback.GetFeedbackOfType<MMF_CinemachineRotation>().RotationAmplitude = dashCameraRotation;
                 player.feedbackSc["Dash"].feedback.GetFeedbackOfType<MMF_RadialBlur>().TargetCenter = player.GetNormalizedScreenPosition();
                 fullBodyFuncAnimSm.Play("Dash");
             };
             player.operationSc.OnDodge += delegate
             {
-                Vector3 dodgeDirection = Vector3.back;
+                Vector3 playerBackward = -player.transform.forward.Flatten();
                 Vector3 cameraForward = player.viewSc.playerCamera.transform.forward.Flatten();
-                Vector3 dodgeCameraRotation = CalculateDashAngles(dodgeDirection, cameraForward);
+                Vector3 dodgeCameraRotation = CalculateDashAngles(playerBackward, cameraForward);
                 player.feedbackSc["Dodge"].feedback.GetFeedbackOfType<MMF_CinemachineRotation>().RotationAmplitude = dodgeCameraRotation;
                 player.feedbackSc["Dodge"].feedback.GetFeedbackOfType<MMF_RadialBlur>().TargetCenter = player.GetNormalizedScreenPosition();
                 fullBodyFuncAnimSm.Play("Dodge");
@@ -132,27 +133,39 @@ namespace Cielonos.MainGame.Characters
     public partial class PlayerAnimationSubcontroller
     {
         /// <summary>
-        /// 计算冲刺时的相机倾斜和俯仰
+        /// 计算冲刺时的摄像机倾斜角度
         /// </summary>
-        /// <param name="dashDir">世界空间的冲刺向量 (如 Vector3.forward)</param>
-        /// <param name="camForwardNoY">相机的前方 (y被设为0并归一化)</param>
-        /// <returns>x为Pitch(俯仰), z为Dutch(侧倾)</returns>
-        public Vector3 CalculateDashAngles(Vector3 dashDir, Vector3 camForwardNoY)
+        /// <param name="dashDir">冲刺输入的平整化方向 (y=0, normalized)</param>
+        /// <param name="camFwd">摄像机的平整化前方 (y=0, normalized)</param>
+        /// <returns>Vector3(Pitch角度, 0, Roll角度)</returns>
+        public Vector3 CalculateDashAngles(Vector3 dashDir, Vector3 camFwd)
         {
-            // 1. 获取相机的右方
-            Vector3 camRight = Vector3.Cross(Vector3.up, camForwardNoY);
+            // 1. 确保输入向量是归一化的（以防万一）
+            Vector3 d = dashDir.normalized;
+            Vector3 f = camFwd.normalized;
 
-            // 2. 将冲刺方向投影到相机的 前/后 和 左/右 轴上
-            float forwardDot = Vector3.Dot(dashDir, camForwardNoY); // 1为前，-1为后
-            float rightDot = Vector3.Dot(dashDir, camRight);       // 1为右，-1为左
+            // 2. 通过叉乘获取摄像机的水平右方向 (camRight)
+            // 在左手坐标系（Unity）中，Up x Forward = Right
+            Vector3 r = Vector3.Cross(Vector3.up, f);
 
-            // 3. 计算目标侧倾值
-            float targetDutch = forwardDot * 1f;
+            // 3. 计算投影权重 (范围在 -1 到 1 之间)
+            // forwardWeight: 1表示完全同向，-1表示完全反向
+            float forwardWeight = Vector3.Dot(d, f);
+            // sideWeight: 1表示向右冲，-1表示向左冲
+            float sideWeight = Vector3.Dot(d, r);
 
-            // 4. 计算目标俯仰值（注意取反，使得向前冲刺时相机向下俯仰）
-            float targetPitch = -rightDot * 2.0f;
-            
-            return new Vector3(targetPitch, 0, targetDutch);
+            // 4. 定义倾斜强度系数 (控制在 1.5度 左右)
+            const float tiltIntensity = 1.5f;
+
+            // 5. 计算最终角度
+            // x 轴旋转 (Pitch)：正值向下倾斜（向前冲），负值向上倾斜（向后退）
+            float pitch = forwardWeight * tiltIntensity;
+
+            // z 轴旋转 (Dutch/Roll)：
+            // 注意：向右冲时(sideWeight=1)，通常相机向左倾斜(z为负值)更有动感
+            float roll = -sideWeight * tiltIntensity;
+
+            return new Vector3(pitch, 0, roll);
         }
     }
 }