jasonzhango/SPAR-Bench · Datasets at Hugging Face

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100	single_view	fill	depth_prediction_oc	scannet	With cabinet (red point) at a depth of 1.7 meters, determine the approximate depth of shelf (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Respond with exactly one numeric value.	4.0
101	single_view	fill	depth_prediction_oc	scannet	The depth of the chair (red point) is recorded at 4.4 meters. Estimate the depth of chair (blue point) at its center. Calculate or judge based on the 3D center points of these objects. The unit is meter. Submit your response as one numeric value only.	1.9
102	single_view	fill	depth_prediction_oc	scannet	With the sink (red point) at 1.4 meters, determine the depth of kitchen cabinet (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Enter one numeric value as your answer.	3.0
103	single_view	fill	depth_prediction_oc	scannet	The instrument case (red point) lies at a depth of 1.4 meters. How deep is the center of box (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Your input must be limited to a single number.	1.7
104	single_view	fill	depth_prediction_oc	scannet	The bar (red point) is located at 1.4 meters in depth. Based on this, calculate the depth of toilet paper (blue point) and Calculate or judge based on the 3D center points of these objects. The unit is meter. Please respond with a single number only.	1.6
105	single_view	fill	depth_prediction_oc	scannet	The depth of the chair (red point) at its center is measured as 2.2 meters. Estimate the depth of the chair (blue point) at its center. Calculate or judge based on the 3D center points of these objects. The unit is meter. Submit your answer as one number only.	1.6
106	single_view	fill	depth_prediction_oc	scannet	If the center of the trash can (red point) is 3.5 meters deep, what is the depth of stack of chairs (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Please give a response in the form of a single number.	2.1
107	single_view	fill	depth_prediction_oc	scannet	The camera coordinate system specifies the towel (red point) depth as 1.0 meters. Estimate the depth of the soap dispenser (blue point) and . Calculate or judge based on the 3D center points of these objects. The unit is meter. Provide a numeric response with just one value.	1.4
108	single_view	fill	depth_prediction_oc	scannet	The suitcase (red point) at 2.5 meters serves as a depth reference. What is the approximate depth of the curtain (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. The answer should be a single number, nothing more.	2.8
109	single_view	fill	depth_prediction_oc	scannet	The depth of the towel (red point) is given as 1.2 meters. Use this to estimate the depth of sink (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Your response should consist of just one numeric value.	1.2
110	single_view	fill	depth_prediction_oc	scannet	Based on the fact that the bathroom stall (red point) has a depth of 1.6 meters, what is the depth of the toilet (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Please respond with a single number only.	2.0
111	single_view	fill	depth_prediction_oc	scannet	If the bottle (red point) is 2.1 meters deep, how deep is the picture (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Provide a numeric response with just one value.	2.5
112	single_view	fill	depth_prediction_oc	scannet	The monitor (red point) is 1.3 meters deep in the camera coordinate system. Predict the depth of the chair (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Your response should consist of just one numeric value.	2.1
113	single_view	fill	depth_prediction_oc	scannet	The towel (red point) lies at 1.9 meters depth. Can you estimate the depth of toilet paper (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Please give a response in the form of a single number.	1.7
114	single_view	fill	depth_prediction_oc	scannet	Given that seat (red point) is at 2.8 meters, predict the depth of coffee table (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Answer using a single number and nothing else.	1.7
115	single_view	fill	depth_prediction_oc	scannet	The chair (red point) is positioned at 3.5 meters depth. Predict the depth of the fuse box (blue point) and Calculate or judge based on the 3D center points of these objects. The unit is meter. Respond with exactly one numeric value.	3.1
116	single_view	fill	depth_prediction_oc	scannet	The depth of the mat (red point) is recorded at 2.2 meters. Estimate the depth of stool (blue point) at its center. Calculate or judge based on the 3D center points of these objects. The unit is meter. Submit your answer as one number only.	1.4
117	single_view	fill	depth_prediction_oc	scannet	The printer (red point) is located at 2.0 meters in depth. Based on this, calculate the depth of chair (blue point) and Calculate or judge based on the 3D center points of these objects. The unit is meter. Type in exactly one number as your reply.	2.3
118	single_view	fill	depth_prediction_oc	scannet	The chair (red point) is located at a depth of 2.4 meters. What is the depth of the chair (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Ensure your answer contains only one number.	2.0
119	single_view	fill	depth_prediction_oc	scannet	Given paper bag (red point) is positioned at 3.2 meters, how deep is the picture (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Submit your answer as one number only.	2.6
120	single_view	fill	depth_prediction_oc	scannet	The ironing board (red point) is situated at 1.4 meters in the camera's Z-axis(camera coordinate system). What is the depth of the towel (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Submit your answer as one number only.	1.5
121	single_view	fill	depth_prediction_oc	scannet	If the office chair (red point) is 1.7 meters deep, how deep is the office chair (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Answer using a single number and nothing else.	2.4
122	single_view	fill	depth_prediction_oc	scannet	If the center of the bottle (red point) is 1.4 meters deep, what is the depth of bottle (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Please give a response in the form of a single number.	1.2
123	single_view	fill	depth_prediction_oc	scannet	With the window (red point) center located at 2.4 meters in the camera Z-axis(camera coordinate system), determine the depth of chair (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Enter a single numeric response and no other details.	1.4
124	single_view	fill	depth_prediction_oc	scannet	The chair (red point) is placed at a depth of 1.8 meters along the Z-axis(camera coordinate system). Estimate the depth of chair (blue point) and Calculate or judge based on the 3D center points of these objects. The unit is meter. Only one number should be included in your response.	1.7
125	single_view	fill	depth_prediction_oc	scannet	The paper towel dispenser (red point) is located at a depth of 2.4 meters. Estimate the depth of the jacket (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Only one numeric value is required for your response.	2.1
126	single_view	fill	depth_prediction_oc	scannet	The depth of the glass doors (red point) is given as 2.2 meters. Use this to estimate the depth of bin (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Answer by providing just one numeric value.	2.1
127	single_view	fill	depth_prediction_oc	scannet	At 2.1 meters, the chair (red point) sets a depth reference. What is the approximate depth of the chair (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Enter one numeric value as your answer.	1.4
128	single_view	fill	depth_prediction_oc	scannet	With the box (red point) at 2.7 meters, determine the depth of chair (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Provide only one number for your response.	1.8
129	single_view	fill	depth_prediction_oc	scannet	The camera measures bench (red point) at 1.9 meters depth. Predict the depth of the shoes (blue point) and Calculate or judge based on the 3D center points of these objects. The unit is meter. Please respond with a single number only.	1.9
130	single_view	fill	depth_prediction_oc	scannet	The pillow (red point) lies at 2.8 meters depth. Can you estimate the depth of backpack (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Provide your input as exactly one number.	2.5
131	single_view	fill	depth_prediction_oc	scannet	Given the lamp (red point) at 2.4 meters along the positive Z-axis(camera coordinate system), predict the depth of mini fridge (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Enter a single numeric response and no other details.	4.9
132	single_view	fill	depth_prediction_oc	scannet	The chair (red point) is located at a depth of 1.8 meters. Estimate the depth of the chair (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Ensure your answer contains only one number.	2.4
133	single_view	fill	depth_prediction_oc	scannet	The depth of refrigerator (red point) is 2.9 meters. Based on this, what is the approximate depth of microwave (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Submit your response as one numeric value only.	2.6
134	single_view	fill	depth_prediction_oc	scannet	The depth of books (red point) is 2.2 meters. Based on this, what is the approximate depth of books (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Submit your response as one numeric value only.	2.9
135	single_view	fill	depth_prediction_oc	scannet	With the table (red point) having a depth of 1.7 meters, determine the depth of chair (blue point) in the same frame. Calculate or judge based on the 3D center points of these objects. The unit is meter. Submit your response as one numeric value only.	3.3
136	single_view	fill	depth_prediction_oc	scannet	If the center of the toilet paper (red point) is 1.5 meters deep, what is the depth of mat (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Answer using a single number and nothing else.	1.5
137	single_view	fill	depth_prediction_oc	scannet	The depth of the compost bin (red point) is given as 1.3 meters. Use this to estimate the depth of recycling bin (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Input a single number to complete your answer.	0.9
138	single_view	fill	depth_prediction_oc	scannet	The books (red point) is positioned at 2.5 meters depth. Predict the depth of the books (blue point) and Calculate or judge based on the 3D center points of these objects. The unit is meter. Enter one numeric value as your answer.	2.7
139	single_view	fill	depth_prediction_oc	scannet	The chair (red point) at a depth of 3.6 meters serves as a reference. How deep is the chair (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Provide your input as exactly one number.	2.3
140	single_view	fill	depth_prediction_oc	scannet	The piano bench (red point) is placed at a depth of 2.2 meters along the Z-axis(camera coordinate system). Estimate the depth of piano (blue point) and Calculate or judge based on the 3D center points of these objects. The unit is meter. Provide your input as exactly one number.	2.2
141	single_view	fill	depth_prediction_oc	scannet	Given that mirror (red point) is at 1.8 meters, predict the depth of sink (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Please give a response in the form of a single number.	1.9
142	single_view	fill	depth_prediction_oc	scannet	With the backpack (red point) at 2.1 meters, determine the depth of nightstand (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Only one number should be included in your response.	1.9
143	single_view	fill	depth_prediction_oc	scannet	With book (red point) at a depth of 2.0 meters, determine the approximate depth of book (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Answer using a single number and nothing else.	2.0
144	single_view	fill	depth_prediction_oc	scannet	If the broom (red point) is 1.2 meters deep, how deep is the toilet (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Answer using a single number and nothing else.	1.1
145	single_view	fill	depth_prediction_oc	scannet	With chair (red point) at 1.9 meters, calculate the depth of chair (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Your input must be limited to a single number.	2.2
146	single_view	fill	depth_prediction_oc	scannet	The mailbox (red point) is located at 2.0 meters in depth. Based on this, calculate the depth of box (blue point) and Calculate or judge based on the 3D center points of these objects. The unit is meter. Provide your input as exactly one number.	1.7
147	single_view	fill	depth_prediction_oc	scannet	Using office chair (red point) as a reference with its center at 1.5 meters depth, calculate the depth of office chair (blue point) at its center. Calculate or judge based on the 3D center points of these objects. The unit is meter. Your response should consist of just one numeric value.	3.0
148	single_view	fill	depth_prediction_oc	scannet	Knowing the depth of the ottoman (red point) at 2.5 meters, predict the depth of the table (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Provide a numeric response with just one value.	3.0
149	single_view	fill	depth_prediction_oc	scannet	If the nightstand (red point) is 1.9 meters deep, how deep is the shoes (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Respond with exactly one numeric value.	1.6
150	single_view	fill	depth_prediction_oc	scannet	The picture (red point) is positioned at 1.9 meters depth. Predict the depth of the picture (blue point) and Calculate or judge based on the 3D center points of these objects. The unit is meter. Type in exactly one number as your reply.	2.1
151	single_view	fill	depth_prediction_oc	scannet	The cabinet (red point) is situated at 1.9 meters in the camera's Z-axis(camera coordinate system). What is the depth of the bag (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Enter a single numeric response and no other details.	2.8
152	single_view	fill	depth_prediction_oc	scannet	The towel (red point) is located at a depth of 1.4 meters. Estimate the depth of the toilet (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Respond with exactly one numeric value.	1.0
153	single_view	fill	depth_prediction_oc	scannet	Given the bucket (red point) at 2.6 meters along the positive Z-axis(camera coordinate system), predict the depth of copier (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Your response should consist of just one numeric value.	1.5
154	single_view	fill	depth_prediction_oc	scannet	Using table (red point) as a reference with its center at 2.1 meters depth, calculate the depth of chair (blue point) at its center. Calculate or judge based on the 3D center points of these objects. The unit is meter. Enter one numeric value as your answer.	3.0
155	single_view	fill	depth_prediction_oc	scannet	Given the storage bin (red point) at 2.3 meters along the positive Z-axis(camera coordinate system), predict the depth of bag (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Answer by providing just one numeric value.	2.7
156	single_view	fill	depth_prediction_oc	scannet	The mouse (red point) is located at a depth of 1.8 meters. What is the depth of the monitor (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Your response should consist of just one numeric value.	2.2
157	single_view	fill	depth_prediction_oc	scannet	Knowing the depth of the towel (red point) at 1.1 meters, predict the depth of the trash can (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Enter one numeric value as your answer.	1.9
158	single_view	fill	depth_prediction_oc	scannet	With toilet paper (red point) at a depth of 1.0 meters, determine the approximate depth of toilet (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Input a single number to complete your answer.	0.9
159	single_view	fill	depth_prediction_oc	scannet	Given the chair (red point) at 2.6 meters along the positive Z-axis(camera coordinate system), predict the depth of lamp (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Provide your input as exactly one number.	3.0
160	single_view	fill	depth_prediction_oc	scannet	With telephone (red point) at a depth of 2.1 meters, determine the approximate depth of chair (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Input a single number to complete your answer.	1.9
161	single_view	fill	depth_prediction_oc	scannet	At a depth of 0.8 meters, the desk lamp (red point) serves as a reference. What is the depth of monitor (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Only one number should be included in your response.	1.4
162	single_view	fill	depth_prediction_oc	scannet	The desk (red point) at 2.6 meters serves as a depth marker. What is the depth of the mini fridge (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Type in exactly one number as your reply.	3.7
163	single_view	fill	depth_prediction_oc	scannet	The camera coordinates show the keyboard (red point) at 1.6 meters depth. What is the depth of the telephone (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Enter one numeric value as your answer.	2.2
164	single_view	fill	depth_prediction_oc	scannet	The monitor (red point) is placed at a depth of 0.9 meters along the Z-axis(camera coordinate system). Estimate the depth of monitor (blue point) and Calculate or judge based on the 3D center points of these objects. The unit is meter. Ensure your answer contains only one number.	1.3
165	single_view	fill	depth_prediction_oc	scannet	The chair (red point) is situated at 3.1 meters in the camera's Z-axis(camera coordinate system). What is the depth of the coffee table (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Provide only one number for your response.	2.3
166	single_view	fill	depth_prediction_oc	scannet	Using bucket (red point) as a reference with its center at 2.6 meters depth, calculate the depth of box (blue point) at its center. Calculate or judge based on the 3D center points of these objects. The unit is meter. Input a single number to complete your answer.	2.5
167	single_view	fill	depth_prediction_oc	scannet	Based on the reference depth of chair (red point) at 2.3 meters, calculate the depth of plate (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Ensure your answer contains only one number.	2.0
168	single_view	fill	depth_prediction_oc	scannet	The center of the books (red point) is positioned at 1.9 meters. Based on this, predict the depth of the center of the books (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Submit your response as one numeric value only.	1.8
169	single_view	fill	depth_prediction_oc	scannet	If the table (red point) lies at a depth of 5.2 meters, how deep is the center of the couch (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Please respond with a single number only.	6.1
170	single_view	fill	depth_prediction_oc	scannet	The depth of shower curtain (red point) is measured as 1.2 meters. Use this to find the depth of soap dish (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Your input must be limited to a single number.	1.6
171	single_view	fill	depth_prediction_oc	scannet	The depth of the computer tower (red point) at its center is measured as 2.2 meters. Estimate the depth of the wheel (blue point) at its center. Calculate or judge based on the 3D center points of these objects. The unit is meter. Your response should consist of just one numeric value.	1.3
172	single_view	fill	depth_prediction_oc	scannet	Using paper cutter (red point) as a reference with its center at 1.0 meters depth, calculate the depth of paper (blue point) at its center. Calculate or judge based on the 3D center points of these objects. The unit is meter. Ensure your answer contains only one number.	1.0
173	single_view	fill	depth_prediction_oc	scannet	The chair (red point) at 2.2 meters serves as a depth marker. What is the depth of the trash can (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Enter one numeric value as your answer.	4.0
174	single_view	fill	depth_prediction_oc	scannet	With pillow (red point) at a depth of 1.7 meters, determine the approximate depth of trash can (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Please respond with a single number only.	1.8
175	single_view	fill	depth_prediction_oc	scannet	The toilet (red point) is placed at a depth of 0.9 meters along the Z-axis(camera coordinate system). Estimate the depth of towel (blue point) and Calculate or judge based on the 3D center points of these objects. The unit is meter. Answer by providing just one numeric value.	0.9
176	single_view	fill	depth_prediction_oc	scannet	The depth of the books (red point) at its center is measured as 1.5 meters. Estimate the depth of the books (blue point) at its center. Calculate or judge based on the 3D center points of these objects. The unit is meter. Your response should consist of just one numeric value.	1.3
177	single_view	fill	depth_prediction_oc	scannet	The depth of the instrument case (red point) is recorded at 1.2 meters. Estimate the depth of chair (blue point) at its center. Calculate or judge based on the 3D center points of these objects. The unit is meter. Your input must be limited to a single number.	1.4
178	single_view	fill	depth_prediction_oc	scannet	If the picture (red point) lies at a depth of 1.9 meters, how deep is the center of the lamp (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Submit your answer as one number only.	2.2
179	single_view	fill	depth_prediction_oc	scannet	The recycling bin (red point) at a depth of 1.2 meters serves as a reference. How deep is the compost bin (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Please respond with a single number only.	1.7
180	single_view	fill	depth_prediction_oc	scannet	The camera coordinates show the coffee table (red point) at 2.1 meters depth. What is the depth of the books (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Provide your input as exactly one number.	3.3
181	single_view	fill	depth_prediction_oc	scannet	Knowing that chair (red point) is located at 1.9 meters, what is the depth of chair (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Enter one numeric value as your answer.	2.1
182	single_view	fill	depth_prediction_oc	scannet	Using the chair (red point) depth of 3.1 meters, determine the depth of fireplace (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Input a single number to complete your answer.	3.8
183	single_view	fill	depth_prediction_oc	scannet	The toilet (red point) is located at a depth of 1.3 meters. Estimate the depth of the plunger (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Enter a single numeric response and no other details.	1.7
184	single_view	fill	depth_prediction_oc	scannet	The depth of bucket (red point) is 3.4 meters. Based on this, what is the approximate depth of chair (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Respond with exactly one numeric value.	3.2
185	single_view	fill	depth_prediction_oc	scannetpp	The cable duct (red point) is located at a depth of 3.3 meters. What is the depth of the spray bottle (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Type in exactly one number as your reply.	5.5
186	single_view	fill	depth_prediction_oc	scannetpp	The printer (red point) at 4.4 meters serves as a depth reference. What is the approximate depth of the box (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Submit your answer as one number only.	5.4
187	single_view	fill	depth_prediction_oc	scannetpp	The depth of wooden pallet (red point) is 3.0 meters. Based on this, what is the approximate depth of box (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Answer using a single number and nothing else.	8.2
188	single_view	fill	depth_prediction_oc	scannetpp	At 2.7 meters, the telephone (red point) sets a depth reference. What is the approximate depth of the book (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Type in exactly one number as your reply.	2.1
189	single_view	fill	depth_prediction_oc	scannetpp	Using the electrical duct (red point) depth of 1.5 meters, determine the depth of office chair (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Only one numeric value is required for your response.	3.3
190	single_view	fill	depth_prediction_oc	scannetpp	If the center of the tray (red point) is 2.6 meters deep, what is the depth of kitchen cabinet (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Your response should consist of just one numeric value.	2.9
191	single_view	fill	depth_prediction_oc	scannetpp	The center of the chair (red point) is positioned at 4.5 meters. Based on this, predict the depth of the center of the remove (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Ensure your answer contains only one number.	5.3
192	single_view	fill	depth_prediction_oc	scannetpp	The shelf (red point) at a depth of 2.0 meters serves as a reference. How deep is the window frame (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Enter one numeric value as your answer.	1.8
193	single_view	fill	depth_prediction_oc	scannetpp	The bottle (red point) at 2.0 meters serves as a depth marker. What is the depth of the mouse pad (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Input a single number to complete your answer.	1.4
194	single_view	fill	depth_prediction_oc	scannetpp	The depth of the intercom device (red point) at its center is measured as 3.8 meters. Estimate the depth of the headphone (blue point) at its center. Calculate or judge based on the 3D center points of these objects. The unit is meter. Enter one numeric value as your answer.	1.3
195	single_view	fill	depth_prediction_oc	scannetpp	The depth of cup (red point) is measured as 0.9 meters. Use this to find the depth of office chair (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Ensure your answer contains only one number.	1.8
196	single_view	fill	depth_prediction_oc	scannetpp	Given window (red point) is positioned at 6.4 meters, how deep is the heater (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Your response should consist of just one numeric value.	5.6
197	single_view	fill	depth_prediction_oc	scannetpp	The depth of copy machine (red point) is measured as 0.8 meters. Use this to find the depth of bottle crate (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Provide your input as exactly one number.	1.4
198	single_view	fill	depth_prediction_oc	scannetpp	The depth of the window frame (red point) is given as 1.1 meters. Use this to estimate the depth of sink (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Submit your response as one numeric value only.	1.1
199	single_view	fill	depth_prediction_oc	scannetpp	If the joined tables (red point) lies at a depth of 4.6 meters, how deep is the center of the chair (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Submit your answer as one number only.	6.3

100

single_view

fill

depth_prediction_oc

scannet

With cabinet (red point) at a depth of 1.7 meters, determine the approximate depth of shelf (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Respond with exactly one numeric value.

4.0

101

single_view

fill

depth_prediction_oc

scannet

The depth of the chair (red point) is recorded at 4.4 meters. Estimate the depth of chair (blue point) at its center. Calculate or judge based on the 3D center points of these objects. The unit is meter. Submit your response as one numeric value only.

1.9

102

single_view

fill

depth_prediction_oc

scannet

With the sink (red point) at 1.4 meters, determine the depth of kitchen cabinet (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Enter one numeric value as your answer.

3.0

103

single_view

fill

depth_prediction_oc

scannet

The instrument case (red point) lies at a depth of 1.4 meters. How deep is the center of box (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Your input must be limited to a single number.

1.7

104

single_view

fill

depth_prediction_oc

scannet

The bar (red point) is located at 1.4 meters in depth. Based on this, calculate the depth of toilet paper (blue point) and Calculate or judge based on the 3D center points of these objects. The unit is meter. Please respond with a single number only.

1.6

105

single_view

fill

depth_prediction_oc

scannet

The depth of the chair (red point) at its center is measured as 2.2 meters. Estimate the depth of the chair (blue point) at its center. Calculate or judge based on the 3D center points of these objects. The unit is meter. Submit your answer as one number only.

1.6

106

single_view

fill

depth_prediction_oc

scannet

If the center of the trash can (red point) is 3.5 meters deep, what is the depth of stack of chairs (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Please give a response in the form of a single number.

2.1

107

single_view

fill

depth_prediction_oc

scannet

The camera coordinate system specifies the towel (red point) depth as 1.0 meters. Estimate the depth of the soap dispenser (blue point) and . Calculate or judge based on the 3D center points of these objects. The unit is meter. Provide a numeric response with just one value.

1.4

108

single_view

fill

depth_prediction_oc

scannet

The suitcase (red point) at 2.5 meters serves as a depth reference. What is the approximate depth of the curtain (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. The answer should be a single number, nothing more.

2.8

109

single_view

fill

depth_prediction_oc

scannet

The depth of the towel (red point) is given as 1.2 meters. Use this to estimate the depth of sink (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Your response should consist of just one numeric value.

1.2

110

single_view

fill

depth_prediction_oc

scannet

Based on the fact that the bathroom stall (red point) has a depth of 1.6 meters, what is the depth of the toilet (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Please respond with a single number only.

2.0

111

single_view

fill

depth_prediction_oc

scannet

If the bottle (red point) is 2.1 meters deep, how deep is the picture (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Provide a numeric response with just one value.

2.5

112

single_view

fill

depth_prediction_oc

scannet

The monitor (red point) is 1.3 meters deep in the camera coordinate system. Predict the depth of the chair (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Your response should consist of just one numeric value.

2.1

113

single_view

fill

depth_prediction_oc

scannet

The towel (red point) lies at 1.9 meters depth. Can you estimate the depth of toilet paper (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Please give a response in the form of a single number.

1.7

114

single_view

fill

depth_prediction_oc

scannet

Given that seat (red point) is at 2.8 meters, predict the depth of coffee table (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Answer using a single number and nothing else.

1.7

115

single_view

fill

depth_prediction_oc

scannet

The chair (red point) is positioned at 3.5 meters depth. Predict the depth of the fuse box (blue point) and Calculate or judge based on the 3D center points of these objects. The unit is meter. Respond with exactly one numeric value.

3.1

116

single_view

fill

depth_prediction_oc

scannet

The depth of the mat (red point) is recorded at 2.2 meters. Estimate the depth of stool (blue point) at its center. Calculate or judge based on the 3D center points of these objects. The unit is meter. Submit your answer as one number only.

1.4

117

single_view

fill

depth_prediction_oc

scannet

The printer (red point) is located at 2.0 meters in depth. Based on this, calculate the depth of chair (blue point) and Calculate or judge based on the 3D center points of these objects. The unit is meter. Type in exactly one number as your reply.

2.3

118

single_view

fill

depth_prediction_oc

scannet

The chair (red point) is located at a depth of 2.4 meters. What is the depth of the chair (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Ensure your answer contains only one number.

2.0

119

single_view

fill

depth_prediction_oc

scannet

Given paper bag (red point) is positioned at 3.2 meters, how deep is the picture (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Submit your answer as one number only.

2.6

120

single_view

fill

depth_prediction_oc

scannet

The ironing board (red point) is situated at 1.4 meters in the camera's Z-axis(camera coordinate system). What is the depth of the towel (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Submit your answer as one number only.

1.5

121

single_view

fill

depth_prediction_oc

scannet

If the office chair (red point) is 1.7 meters deep, how deep is the office chair (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Answer using a single number and nothing else.

2.4

122

single_view

fill

depth_prediction_oc

scannet

If the center of the bottle (red point) is 1.4 meters deep, what is the depth of bottle (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Please give a response in the form of a single number.

1.2

123

single_view

fill

depth_prediction_oc

scannet

With the window (red point) center located at 2.4 meters in the camera Z-axis(camera coordinate system), determine the depth of chair (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Enter a single numeric response and no other details.

1.4

124

single_view

fill

depth_prediction_oc

scannet

The chair (red point) is placed at a depth of 1.8 meters along the Z-axis(camera coordinate system). Estimate the depth of chair (blue point) and Calculate or judge based on the 3D center points of these objects. The unit is meter. Only one number should be included in your response.

1.7

125

single_view

fill

depth_prediction_oc

scannet

The paper towel dispenser (red point) is located at a depth of 2.4 meters. Estimate the depth of the jacket (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Only one numeric value is required for your response.

2.1

126

single_view

fill

depth_prediction_oc

scannet

The depth of the glass doors (red point) is given as 2.2 meters. Use this to estimate the depth of bin (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Answer by providing just one numeric value.

2.1

127

single_view

fill

depth_prediction_oc

scannet

At 2.1 meters, the chair (red point) sets a depth reference. What is the approximate depth of the chair (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Enter one numeric value as your answer.

1.4

128

single_view

fill

depth_prediction_oc

scannet

With the box (red point) at 2.7 meters, determine the depth of chair (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Provide only one number for your response.

1.8

129

single_view

fill

depth_prediction_oc

scannet

The camera measures bench (red point) at 1.9 meters depth. Predict the depth of the shoes (blue point) and Calculate or judge based on the 3D center points of these objects. The unit is meter. Please respond with a single number only.

1.9

130

single_view

fill

depth_prediction_oc

scannet

The pillow (red point) lies at 2.8 meters depth. Can you estimate the depth of backpack (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Provide your input as exactly one number.

2.5

131

single_view

fill

depth_prediction_oc

scannet

Given the lamp (red point) at 2.4 meters along the positive Z-axis(camera coordinate system), predict the depth of mini fridge (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Enter a single numeric response and no other details.

4.9

132

single_view

fill

depth_prediction_oc

scannet

The chair (red point) is located at a depth of 1.8 meters. Estimate the depth of the chair (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Ensure your answer contains only one number.

2.4

133

single_view

fill

depth_prediction_oc

scannet

The depth of refrigerator (red point) is 2.9 meters. Based on this, what is the approximate depth of microwave (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Submit your response as one numeric value only.

2.6

134

single_view

fill

depth_prediction_oc

scannet

The depth of books (red point) is 2.2 meters. Based on this, what is the approximate depth of books (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Submit your response as one numeric value only.

2.9

135

single_view

fill

depth_prediction_oc

scannet

With the table (red point) having a depth of 1.7 meters, determine the depth of chair (blue point) in the same frame. Calculate or judge based on the 3D center points of these objects. The unit is meter. Submit your response as one numeric value only.

3.3

136

single_view

fill

depth_prediction_oc

scannet

If the center of the toilet paper (red point) is 1.5 meters deep, what is the depth of mat (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Answer using a single number and nothing else.

1.5

137

single_view

fill

depth_prediction_oc

scannet

The depth of the compost bin (red point) is given as 1.3 meters. Use this to estimate the depth of recycling bin (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Input a single number to complete your answer.

0.9

138

single_view

fill

depth_prediction_oc

scannet

The books (red point) is positioned at 2.5 meters depth. Predict the depth of the books (blue point) and Calculate or judge based on the 3D center points of these objects. The unit is meter. Enter one numeric value as your answer.

2.7

139

single_view

fill

depth_prediction_oc

scannet

The chair (red point) at a depth of 3.6 meters serves as a reference. How deep is the chair (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Provide your input as exactly one number.

2.3

140

single_view

fill

depth_prediction_oc

scannet

The piano bench (red point) is placed at a depth of 2.2 meters along the Z-axis(camera coordinate system). Estimate the depth of piano (blue point) and Calculate or judge based on the 3D center points of these objects. The unit is meter. Provide your input as exactly one number.

2.2

141

single_view

fill

depth_prediction_oc

scannet

Given that mirror (red point) is at 1.8 meters, predict the depth of sink (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Please give a response in the form of a single number.

1.9

142

single_view

fill

depth_prediction_oc

scannet

With the backpack (red point) at 2.1 meters, determine the depth of nightstand (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Only one number should be included in your response.

1.9

143

single_view

fill

depth_prediction_oc

scannet

With book (red point) at a depth of 2.0 meters, determine the approximate depth of book (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Answer using a single number and nothing else.

2.0

144

single_view

fill

depth_prediction_oc

scannet

If the broom (red point) is 1.2 meters deep, how deep is the toilet (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Answer using a single number and nothing else.

1.1

145

single_view

fill

depth_prediction_oc

scannet

With chair (red point) at 1.9 meters, calculate the depth of chair (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Your input must be limited to a single number.

2.2

146

single_view

fill

depth_prediction_oc

scannet

The mailbox (red point) is located at 2.0 meters in depth. Based on this, calculate the depth of box (blue point) and Calculate or judge based on the 3D center points of these objects. The unit is meter. Provide your input as exactly one number.

1.7

147

single_view

fill

depth_prediction_oc

scannet

Using office chair (red point) as a reference with its center at 1.5 meters depth, calculate the depth of office chair (blue point) at its center. Calculate or judge based on the 3D center points of these objects. The unit is meter. Your response should consist of just one numeric value.

3.0

148

single_view

fill

depth_prediction_oc

scannet

Knowing the depth of the ottoman (red point) at 2.5 meters, predict the depth of the table (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Provide a numeric response with just one value.

3.0

149

single_view

fill

depth_prediction_oc

scannet

If the nightstand (red point) is 1.9 meters deep, how deep is the shoes (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Respond with exactly one numeric value.

1.6

150

single_view

fill

depth_prediction_oc

scannet

The picture (red point) is positioned at 1.9 meters depth. Predict the depth of the picture (blue point) and Calculate or judge based on the 3D center points of these objects. The unit is meter. Type in exactly one number as your reply.

2.1

151

single_view

fill

depth_prediction_oc

scannet

The cabinet (red point) is situated at 1.9 meters in the camera's Z-axis(camera coordinate system). What is the depth of the bag (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Enter a single numeric response and no other details.

2.8

152

single_view

fill

depth_prediction_oc

scannet

The towel (red point) is located at a depth of 1.4 meters. Estimate the depth of the toilet (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Respond with exactly one numeric value.

1.0

153

single_view

fill

depth_prediction_oc

scannet

Given the bucket (red point) at 2.6 meters along the positive Z-axis(camera coordinate system), predict the depth of copier (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Your response should consist of just one numeric value.

1.5

154

single_view

fill

depth_prediction_oc

scannet

Using table (red point) as a reference with its center at 2.1 meters depth, calculate the depth of chair (blue point) at its center. Calculate or judge based on the 3D center points of these objects. The unit is meter. Enter one numeric value as your answer.

3.0

155

single_view

fill

depth_prediction_oc

scannet

Given the storage bin (red point) at 2.3 meters along the positive Z-axis(camera coordinate system), predict the depth of bag (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Answer by providing just one numeric value.

2.7

156

single_view

fill

depth_prediction_oc

scannet

The mouse (red point) is located at a depth of 1.8 meters. What is the depth of the monitor (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Your response should consist of just one numeric value.

2.2

157

single_view

fill

depth_prediction_oc

scannet

Knowing the depth of the towel (red point) at 1.1 meters, predict the depth of the trash can (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Enter one numeric value as your answer.

1.9

158

single_view

fill

depth_prediction_oc

scannet

With toilet paper (red point) at a depth of 1.0 meters, determine the approximate depth of toilet (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Input a single number to complete your answer.

0.9

159

single_view

fill

depth_prediction_oc

scannet

Given the chair (red point) at 2.6 meters along the positive Z-axis(camera coordinate system), predict the depth of lamp (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Provide your input as exactly one number.

3.0

160

single_view

fill

depth_prediction_oc

scannet

With telephone (red point) at a depth of 2.1 meters, determine the approximate depth of chair (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Input a single number to complete your answer.

1.9

161

single_view

fill

depth_prediction_oc

scannet

At a depth of 0.8 meters, the desk lamp (red point) serves as a reference. What is the depth of monitor (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Only one number should be included in your response.

1.4

162

single_view

fill

depth_prediction_oc

scannet

The desk (red point) at 2.6 meters serves as a depth marker. What is the depth of the mini fridge (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Type in exactly one number as your reply.

3.7

163

single_view

fill

depth_prediction_oc

scannet

The camera coordinates show the keyboard (red point) at 1.6 meters depth. What is the depth of the telephone (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Enter one numeric value as your answer.

2.2

164

single_view

fill

depth_prediction_oc

scannet

The monitor (red point) is placed at a depth of 0.9 meters along the Z-axis(camera coordinate system). Estimate the depth of monitor (blue point) and Calculate or judge based on the 3D center points of these objects. The unit is meter. Ensure your answer contains only one number.

1.3

165

single_view

fill

depth_prediction_oc

scannet

The chair (red point) is situated at 3.1 meters in the camera's Z-axis(camera coordinate system). What is the depth of the coffee table (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Provide only one number for your response.

2.3

166

single_view

fill

depth_prediction_oc

scannet

Using bucket (red point) as a reference with its center at 2.6 meters depth, calculate the depth of box (blue point) at its center. Calculate or judge based on the 3D center points of these objects. The unit is meter. Input a single number to complete your answer.

2.5

167

single_view

fill

depth_prediction_oc

scannet

Based on the reference depth of chair (red point) at 2.3 meters, calculate the depth of plate (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Ensure your answer contains only one number.

2.0

168

single_view

fill

depth_prediction_oc

scannet

The center of the books (red point) is positioned at 1.9 meters. Based on this, predict the depth of the center of the books (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Submit your response as one numeric value only.

1.8

169

single_view

fill

depth_prediction_oc

scannet

If the table (red point) lies at a depth of 5.2 meters, how deep is the center of the couch (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Please respond with a single number only.

6.1

170

single_view

fill

depth_prediction_oc

scannet

The depth of shower curtain (red point) is measured as 1.2 meters. Use this to find the depth of soap dish (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Your input must be limited to a single number.

1.6

171

single_view

fill

depth_prediction_oc

scannet

The depth of the computer tower (red point) at its center is measured as 2.2 meters. Estimate the depth of the wheel (blue point) at its center. Calculate or judge based on the 3D center points of these objects. The unit is meter. Your response should consist of just one numeric value.

1.3

172

single_view

fill

depth_prediction_oc

scannet

Using paper cutter (red point) as a reference with its center at 1.0 meters depth, calculate the depth of paper (blue point) at its center. Calculate or judge based on the 3D center points of these objects. The unit is meter. Ensure your answer contains only one number.

1.0

173

single_view

fill

depth_prediction_oc

scannet

The chair (red point) at 2.2 meters serves as a depth marker. What is the depth of the trash can (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Enter one numeric value as your answer.

4.0

174

single_view

fill

depth_prediction_oc

scannet

With pillow (red point) at a depth of 1.7 meters, determine the approximate depth of trash can (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Please respond with a single number only.

1.8

175

single_view

fill

depth_prediction_oc

scannet

The toilet (red point) is placed at a depth of 0.9 meters along the Z-axis(camera coordinate system). Estimate the depth of towel (blue point) and Calculate or judge based on the 3D center points of these objects. The unit is meter. Answer by providing just one numeric value.

0.9

176

single_view

fill

depth_prediction_oc

scannet

The depth of the books (red point) at its center is measured as 1.5 meters. Estimate the depth of the books (blue point) at its center. Calculate or judge based on the 3D center points of these objects. The unit is meter. Your response should consist of just one numeric value.

1.3

177

single_view

fill

depth_prediction_oc

scannet

The depth of the instrument case (red point) is recorded at 1.2 meters. Estimate the depth of chair (blue point) at its center. Calculate or judge based on the 3D center points of these objects. The unit is meter. Your input must be limited to a single number.

1.4

178

single_view

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depth_prediction_oc

scannet

If the picture (red point) lies at a depth of 1.9 meters, how deep is the center of the lamp (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Submit your answer as one number only.

2.2

179

single_view

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depth_prediction_oc

scannet

The recycling bin (red point) at a depth of 1.2 meters serves as a reference. How deep is the compost bin (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Please respond with a single number only.

1.7

180

single_view

fill

depth_prediction_oc

scannet

The camera coordinates show the coffee table (red point) at 2.1 meters depth. What is the depth of the books (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Provide your input as exactly one number.

3.3

181

single_view

fill

depth_prediction_oc

scannet

Knowing that chair (red point) is located at 1.9 meters, what is the depth of chair (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Enter one numeric value as your answer.

2.1

182

single_view

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depth_prediction_oc

scannet

Using the chair (red point) depth of 3.1 meters, determine the depth of fireplace (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Input a single number to complete your answer.

3.8

183

single_view

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depth_prediction_oc

scannet

The toilet (red point) is located at a depth of 1.3 meters. Estimate the depth of the plunger (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Enter a single numeric response and no other details.

1.7

184

single_view

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depth_prediction_oc

scannet

The depth of bucket (red point) is 3.4 meters. Based on this, what is the approximate depth of chair (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Respond with exactly one numeric value.

3.2

185

single_view

fill

depth_prediction_oc

scannetpp

The cable duct (red point) is located at a depth of 3.3 meters. What is the depth of the spray bottle (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Type in exactly one number as your reply.

5.5

186

single_view

fill

depth_prediction_oc

scannetpp

The printer (red point) at 4.4 meters serves as a depth reference. What is the approximate depth of the box (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Submit your answer as one number only.

5.4

187

single_view

fill

depth_prediction_oc

scannetpp

The depth of wooden pallet (red point) is 3.0 meters. Based on this, what is the approximate depth of box (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Answer using a single number and nothing else.

8.2

188

single_view

fill

depth_prediction_oc

scannetpp

At 2.7 meters, the telephone (red point) sets a depth reference. What is the approximate depth of the book (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Type in exactly one number as your reply.

2.1

189

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depth_prediction_oc

scannetpp

Using the electrical duct (red point) depth of 1.5 meters, determine the depth of office chair (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Only one numeric value is required for your response.

3.3

190

single_view

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depth_prediction_oc

scannetpp

If the center of the tray (red point) is 2.6 meters deep, what is the depth of kitchen cabinet (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Your response should consist of just one numeric value.

2.9

191

single_view

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depth_prediction_oc

scannetpp

The center of the chair (red point) is positioned at 4.5 meters. Based on this, predict the depth of the center of the remove (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Ensure your answer contains only one number.

5.3

192

single_view

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depth_prediction_oc

scannetpp

The shelf (red point) at a depth of 2.0 meters serves as a reference. How deep is the window frame (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Enter one numeric value as your answer.

1.8

193

single_view

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depth_prediction_oc

scannetpp

The bottle (red point) at 2.0 meters serves as a depth marker. What is the depth of the mouse pad (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Input a single number to complete your answer.

1.4

194

single_view

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depth_prediction_oc

scannetpp

The depth of the intercom device (red point) at its center is measured as 3.8 meters. Estimate the depth of the headphone (blue point) at its center. Calculate or judge based on the 3D center points of these objects. The unit is meter. Enter one numeric value as your answer.

1.3

195

single_view

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depth_prediction_oc

scannetpp

The depth of cup (red point) is measured as 0.9 meters. Use this to find the depth of office chair (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Ensure your answer contains only one number.

1.8

196

single_view

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depth_prediction_oc

scannetpp

Given window (red point) is positioned at 6.4 meters, how deep is the heater (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Your response should consist of just one numeric value.

5.6

197

single_view

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depth_prediction_oc

scannetpp

The depth of copy machine (red point) is measured as 0.8 meters. Use this to find the depth of bottle crate (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Provide your input as exactly one number.

1.4

198

single_view

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depth_prediction_oc

scannetpp

The depth of the window frame (red point) is given as 1.1 meters. Use this to estimate the depth of sink (blue point). Calculate or judge based on the 3D center points of these objects. The unit is meter. Submit your response as one numeric value only.

1.1

199

single_view

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depth_prediction_oc

scannetpp

If the joined tables (red point) lies at a depth of 4.6 meters, how deep is the center of the chair (blue point)? Calculate or judge based on the 3D center points of these objects. The unit is meter. Submit your answer as one number only.

6.3