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Task
stringclasses
88 values
Output
stringclasses
127 values
Approach the largest bottle in the scene.
g('apple_5')
Locate and take a picture of the laptop.
g('laptop_1')
Locate and take a picture of the tv.
g('tv_3')
Search for the lamp and report its location.
g('lamp_3')
Turn around and find the tv.
g('tv_2')
If the dog is visible
?iv('dog_1')==True{g('dog_1')
If the tv is visible
?iv('tv_1')==True{g('tv_1')
Approach the largest laptop in the scene.
g('laptop_3')
Approach the largest apple in the scene.
g('apple_2')
Locate and take a picture of the orange.
g('orange_4')
Search for the dog and report its location.
g('dog_1')
Approach the largest chair in the scene.
g('chair_1')
Turn around and find the tv.
g('tv_1')
Find and go to the apple.
g('apple_3')
Find and go to the laptop.
g('laptop_5')
If the apple is visible
?iv('apple_4')==True{g('apple_4')
If the dog is visible
?iv('dog_1')==True{g('dog_1')
Approach the largest chair in the scene.
g('bottle_4')
If the chair is visible
?iv('chair_4')==True{g('chair_4')
Move towards the bottle closest to you.
g('lamp_4')
If the person is visible
?iv('person_3')==True{g('person_3')
Move towards the lamp closest to you.
g('bottle_3')
Approach the largest apple in the scene.
g('laptop_4')
Locate and take a picture of the bottle.
g('bottle_1')
Move towards the bottle closest to you.
g('laptop_2')
Approach the largest laptop in the scene.
g('dog_2')
If the apple is visible
?iv('apple_4')==True{g('apple_4')
Search for the tv and report its location.
g('tv_3')
Search for the cat and report its location.
g('cat_1')
Turn around and find the cat.
g('cat_1')
Locate and take a picture of the dog.
g('dog_1')
Locate and take a picture of the dog.
g('dog_1')
Approach the largest tv in the scene.
g('cat_5')
Locate and take a picture of the laptop.
g('laptop_4')
Search for the dog and report its location.
g('dog_4')
Turn around and find the chair.
g('chair_5')
Approach the largest person in the scene.
g('person_3')
Turn around and find the orange.
g('orange_1')
Locate and take a picture of the cat.
g('cat_1')
Search for the bottle and report its location.
g('bottle_4')
If the dog is visible
?iv('dog_1')==True{g('dog_1')
Approach the largest laptop in the scene.
g('lamp_3')
Turn around and find the cat.
g('cat_3')
If the tv is visible
?iv('tv_2')==True{g('tv_2')
Turn around and find the dog.
g('dog_3')
If the laptop is visible
?iv('laptop_2')==True{g('laptop_2')
Move towards the orange closest to you.
g('orange_5')
Search for the orange and report its location.
g('orange_3')
Turn around and find the orange.
g('orange_3')
Approach the largest orange in the scene.
g('tv_2')
If the laptop is visible
?iv('laptop_2')==True{g('laptop_2')
Locate and take a picture of the lamp.
g('lamp_5')
If the person is visible
?iv('person_3')==True{g('person_3')
Move towards the dog closest to you.
g('dog_4')
Turn around and find the apple.
g('apple_2')
Find and go to the person.
g('person_5')
Move towards the bottle closest to you.
g('bottle_2')
Locate and take a picture of the cat.
g('cat_1')
Move towards the person closest to you.
g('apple_1')
If the dog is visible
?iv('dog_4')==True{g('dog_4')
Turn around and find the dog.
g('dog_2')
Turn around and find the cat.
g('cat_4')
Locate and take a picture of the dog.
g('dog_5')
Turn around and find the tv.
g('tv_1')
If the lamp is visible
?iv('lamp_5')==True{g('lamp_5')
Find and go to the lamp.
g('lamp_4')
Approach the largest laptop in the scene.
g('laptop_1')
Turn around and find the bottle.
g('bottle_4')
Search for the lamp and report its location.
g('lamp_1')
Approach the largest person in the scene.
g('laptop_1')
If the laptop is visible
?iv('laptop_5')==True{g('laptop_5')
If the chair is visible
?iv('chair_4')==True{g('chair_4')
If the dog is visible
?iv('dog_1')==True{g('dog_1')
Find and go to the chair.
g('chair_5')
Move towards the chair closest to you.
g('dog_1')
If the lamp is visible
?iv('lamp_4')==True{g('lamp_4')
Move towards the orange closest to you.
g('orange_1')
Search for the apple and report its location.
g('apple_4')
Find and go to the person.
g('person_3')
Search for the tv and report its location.
g('tv_5')
Turn around and find the laptop.
g('laptop_2')
If the laptop is visible
?iv('laptop_1')==True{g('laptop_1')
Move towards the person closest to you.
g('laptop_2')
Search for the bottle and report its location.
g('bottle_5')
Approach the largest laptop in the scene.
g('tv_2')
Search for the apple and report its location.
g('apple_3')
Search for the orange and report its location.
g('orange_5')
Approach the largest apple in the scene.
g('tv_2')
Locate and take a picture of the bottle.
g('bottle_5')
Approach the largest orange in the scene.
g('chair_3')
Approach the largest bottle in the scene.
g('chair_2')
Approach the largest person in the scene.
g('orange_3')
Find and go to the orange.
g('orange_4')
If the orange is visible
?iv('orange_4')==True{g('orange_4')
If the lamp is visible
?iv('lamp_1')==True{g('lamp_1')
If the bottle is visible
?iv('bottle_1')==True{g('bottle_1')
Locate and take a picture of the lamp.
g('lamp_1')
If the orange is visible
?iv('orange_5')==True{g('orange_5')
Approach the largest chair in the scene.
g('laptop_4')
Approach the largest laptop in the scene.
g('bottle_3')
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3odat/Test · Datasets at Hugging Face
Dataset Viewer
Auto-converted to Parquet Duplicate
Task
stringclasses
88 values
Output
stringclasses
127 values
Approach the largest bottle in the scene.
g('apple_5')
Locate and take a picture of the laptop.
g('laptop_1')
Locate and take a picture of the tv.
g('tv_3')
Search for the lamp and report its location.
g('lamp_3')
Turn around and find the tv.
g('tv_2')
If the dog is visible
?iv('dog_1')==True{g('dog_1')
If the tv is visible
?iv('tv_1')==True{g('tv_1')
Approach the largest laptop in the scene.
g('laptop_3')
Approach the largest apple in the scene.
g('apple_2')
Locate and take a picture of the orange.
g('orange_4')
Search for the dog and report its location.
g('dog_1')
Approach the largest chair in the scene.
g('chair_1')
Turn around and find the tv.
g('tv_1')
Find and go to the apple.
g('apple_3')
Find and go to the laptop.
g('laptop_5')
If the apple is visible
?iv('apple_4')==True{g('apple_4')
If the dog is visible
?iv('dog_1')==True{g('dog_1')
Approach the largest chair in the scene.
g('bottle_4')
If the chair is visible
?iv('chair_4')==True{g('chair_4')
Move towards the bottle closest to you.
g('lamp_4')
If the person is visible
?iv('person_3')==True{g('person_3')
Move towards the lamp closest to you.
g('bottle_3')
Approach the largest apple in the scene.
g('laptop_4')
Locate and take a picture of the bottle.
g('bottle_1')
Move towards the bottle closest to you.
g('laptop_2')
Approach the largest laptop in the scene.
g('dog_2')
If the apple is visible
?iv('apple_4')==True{g('apple_4')
Search for the tv and report its location.
g('tv_3')
Search for the cat and report its location.
g('cat_1')
Turn around and find the cat.
g('cat_1')
Locate and take a picture of the dog.
g('dog_1')
Locate and take a picture of the dog.
g('dog_1')
Approach the largest tv in the scene.
g('cat_5')
Locate and take a picture of the laptop.
g('laptop_4')
Search for the dog and report its location.
g('dog_4')
Turn around and find the chair.
g('chair_5')
Approach the largest person in the scene.
g('person_3')
Turn around and find the orange.
g('orange_1')
Locate and take a picture of the cat.
g('cat_1')
Search for the bottle and report its location.
g('bottle_4')
If the dog is visible
?iv('dog_1')==True{g('dog_1')
Approach the largest laptop in the scene.
g('lamp_3')
Turn around and find the cat.
g('cat_3')
If the tv is visible
?iv('tv_2')==True{g('tv_2')
Turn around and find the dog.
g('dog_3')
If the laptop is visible
?iv('laptop_2')==True{g('laptop_2')
Move towards the orange closest to you.
g('orange_5')
Search for the orange and report its location.
g('orange_3')
Turn around and find the orange.
g('orange_3')
Approach the largest orange in the scene.
g('tv_2')
If the laptop is visible
?iv('laptop_2')==True{g('laptop_2')
Locate and take a picture of the lamp.
g('lamp_5')
If the person is visible
?iv('person_3')==True{g('person_3')
Move towards the dog closest to you.
g('dog_4')
Turn around and find the apple.
g('apple_2')
Find and go to the person.
g('person_5')
Move towards the bottle closest to you.
g('bottle_2')
Locate and take a picture of the cat.
g('cat_1')
Move towards the person closest to you.
g('apple_1')
If the dog is visible
?iv('dog_4')==True{g('dog_4')
Turn around and find the dog.
g('dog_2')
Turn around and find the cat.
g('cat_4')
Locate and take a picture of the dog.
g('dog_5')
Turn around and find the tv.
g('tv_1')
If the lamp is visible
?iv('lamp_5')==True{g('lamp_5')
Find and go to the lamp.
g('lamp_4')
Approach the largest laptop in the scene.
g('laptop_1')
Turn around and find the bottle.
g('bottle_4')
Search for the lamp and report its location.
g('lamp_1')
Approach the largest person in the scene.
g('laptop_1')
If the laptop is visible
?iv('laptop_5')==True{g('laptop_5')
If the chair is visible
?iv('chair_4')==True{g('chair_4')
If the dog is visible
?iv('dog_1')==True{g('dog_1')
Find and go to the chair.
g('chair_5')
Move towards the chair closest to you.
g('dog_1')
If the lamp is visible
?iv('lamp_4')==True{g('lamp_4')
Move towards the orange closest to you.
g('orange_1')
Search for the apple and report its location.
g('apple_4')
Find and go to the person.
g('person_3')
Search for the tv and report its location.
g('tv_5')
Turn around and find the laptop.
g('laptop_2')
If the laptop is visible
?iv('laptop_1')==True{g('laptop_1')
Move towards the person closest to you.
g('laptop_2')
Search for the bottle and report its location.
g('bottle_5')
Approach the largest laptop in the scene.
g('tv_2')
Search for the apple and report its location.
g('apple_3')
Search for the orange and report its location.
g('orange_5')
Approach the largest apple in the scene.
g('tv_2')
Locate and take a picture of the bottle.
g('bottle_5')
Approach the largest orange in the scene.
g('chair_3')
Approach the largest bottle in the scene.
g('chair_2')
Approach the largest person in the scene.
g('orange_3')
Find and go to the orange.
g('orange_4')
If the orange is visible
?iv('orange_4')==True{g('orange_4')
If the lamp is visible
?iv('lamp_1')==True{g('lamp_1')
If the bottle is visible
?iv('bottle_1')==True{g('bottle_1')
Locate and take a picture of the lamp.
g('lamp_1')
If the orange is visible
?iv('orange_5')==True{g('orange_5')
Approach the largest chair in the scene.
g('laptop_4')
Approach the largest laptop in the scene.
g('bottle_3')
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