Update README.md

README.md

@@ -15,7 +15,7 @@ task_categories:
 
 This dataset contains multi-view One-Light-at-a-Time (OLAT) images captured for multi-view 3D reconstruction and inverse rendering tasks.
 
-It is first introduced and used for qualitative evaluation in our ICCV 2025 paper.
+It is first introduced and used for qualitative evaluation in our [ICCV 2025 paper](https://www.arxiv.org/abs/2507.23162).
 
 ## Dataset Structure
 The dataset contains 6 scenes. Each scene directory is organized as follows:
@@ -52,7 +52,7 @@ The dataset contains 6 scenes. Each scene directory is organized as follows:
 
 - 📱**images_overview.jpeg**  
   Provides a visual overview of all images in a scene.  
-  Each sub-image is cropped from the jpeg image and gamma-corrected for improved visibility.
+  Each sub-image is cropped from the JPEG image and gamma-corrected for improved visibility.
 
 - 🧱 **mesh_RC.obj**  
   A reference 3D mesh reconstructed from all JPEG images using [RealityCapture](https://www.realityscan.com/en-US).  
@@ -64,17 +64,17 @@ The dataset contains 6 scenes. Each scene directory is organized as follows:
 
 - `20250205_ceramic_buddha`
 
-  The first scene captured using the camera-light setup shown in main paper's Fig. 10, and is used in paper's teaser image.
+  The first scene captured using the camera-light setup shown in the main paper's Fig. 10, and is used in the paper's teaser image.
   143 out of 144 images were successfully calibrated using RealityCapture; thus, only 143 images were used in our method.
 
 - `20250303 ~ 20250304`
 
-  Captured right before ICCV submission deadline for additional qualitative results. Each scene contains 144 successfully calibrated images.
+  Captured right before the ICCV submission deadline for additional qualitative results. Each scene contains 144 successfully calibrated images.
 
 - `20250515_ceramic_buddha`
 
   Captured during the rebuttal phase to demonstrate that a completely dark room is not strictly required for our method.
-  All images were taken with a 1/200-second exposure under ambient lighting, in contrast to previous scenes captured at 1/8-second exposure in darkness.
+  All images were taken with a 1/200-second exposure under ambient lighting, in contrast to previous scenes captured at a 1/8-second exposure in darkness.
   Because the strobe flashlight emits a short burst of high-intensity light,
   reducing the exposure time from 1/8 sec to 1/200 sec does not affect the flashlight’s contribution to image appearance.
   However, it substantially attenuates the influence of ambient light, making it negligible.