Adding license files

2D_DoYouSeeMe/color_and_shape_disambiguation/dataset_creator_color.py

@@ -0,0 +1,43 @@
+# Copyright (c) Microsoft Corporation.
+# Licensed under the MIT license.
+
+import pandas as pd
+import ast
+import random
+random.seed(0)
+import math
+# read dataset_info.csv
+data = pd.read_csv('visual_discrimination/sweep/color_and_shape_disambiguation/dataset_dump.csv')
+DATA_SAMPLE_RATIO = 0.5
+'''
+Eg: dataset_info.csv
+filename,shape_dictionary,color_dictionary
+easy_1.svg,{'triangle': 3},"{('triangle', 'yellow'): 1, ('triangle', 'orange'): 1, ('triangle', 'green'): 1}"
+medium_1.svg,"{'octagon': 3, 'cross': 6, 'star': 5}","{('octagon', 'red'): 1, ('octagon', 'gray'): 2, ('cross', 'yellow'): 2, ('cross', 'green'): 1, ('cross', 'purple'): 1, ('cross', 'blue'): 1, ('cross', 'orange'): 1, ('star', 'green'): 1, ('star', 'orange'): 1, ('star', 'blue'): 2, ('star', 'black'): 1}"
+
+easy_1.svg is the file name, it contains 1 yellow triangle, 1 orange triangle and 1 green triangle.
+
+Thus, a maximum number of questions that ca be asked for an image is the number of keys in the color_dictionary.
+'''
+
+# dataset list of dictionary row enteries
+dataset = []
+    
+for idx, row in data.iterrows():
+    shape_dict = ast.literal_eval(row['shape_dictionary'])
+    color_dict = ast.literal_eval(row['color_dictionary'])
+    filename = row['filename']
+    sweep = row['sweep']
+
+
+    for (shape, color), count in random.sample(list(color_dict.items()), math.ceil(DATA_SAMPLE_RATIO*len(color_dict))):
+        question = f"Count the number of {shape}'s that are {color}."
+        answer = count
+        data = {
+            'filename': filename,
+            'question': question,
+            'answer': answer,
+            'sweep': sweep
+        }
+        dataset.append(data)
+pd.DataFrame(dataset).to_csv('visual_discrimination/sweep/color_and_shape_disambiguation/dataset_info.csv', index=False)

2D_DoYouSeeMe/color_and_shape_disambiguation/dataset_dump.csv

@@ -0,0 +1,91 @@
+filename,shape_dictionary,color_dictionary,sweep
+0.svg,"{'hexagon': 1, 'pentagon': 2}","{('hexagon', 'yellow'): 1, ('pentagon', 'yellow'): 1, ('pentagon', 'red'): 1}","(2, 2)"
+1.svg,"{'star': 2, 'cross': 2}","{('star', 'green'): 1, ('star', 'red'): 1, ('cross', 'blue'): 1, ('cross', 'red'): 1}","(2, 2)"
+2.svg,"{'pentagon': 2, 'triangle': 1}","{('pentagon', 'black'): 1, ('pentagon', 'purple'): 1, ('triangle', 'gray'): 1}","(2, 2)"
+3.svg,"{'hexagon': 1, 'cross': 1}","{('hexagon', 'gray'): 1, ('cross', 'purple'): 1}","(2, 2)"
+4.svg,"{'triangle': 2, 'cross': 1}","{('triangle', 'green'): 1, ('triangle', 'purple'): 1, ('cross', 'gray'): 1}","(2, 2)"
+5.svg,"{'cross': 2, 'star': 2}","{('cross', 'purple'): 1, ('cross', 'red'): 1, ('star', 'green'): 1, ('star', 'black'): 1}","(2, 2)"
+6.svg,"{'star': 1, 'octagon': 1}","{('star', 'red'): 1, ('octagon', 'purple'): 1}","(2, 2)"
+7.svg,"{'triangle': 1, 'pentagon': 2}","{('triangle', 'green'): 1, ('pentagon', 'green'): 1, ('pentagon', 'black'): 1}","(2, 2)"
+8.svg,"{'triangle': 2, 'cross': 2}","{('triangle', 'orange'): 1, ('triangle', 'black'): 1, ('cross', 'black'): 1, ('cross', 'purple'): 1}","(2, 2)"
+9.svg,"{'hexagon': 1, 'cross': 2}","{('hexagon', 'orange'): 1, ('cross', 'gray'): 1, ('cross', 'orange'): 1}","(2, 2)"
+10.svg,"{'triangle': 1, 'hexagon': 1}","{('triangle', 'yellow'): 1, ('hexagon', 'purple'): 1}","(2, 4)"
+11.svg,"{'star': 3, 'triangle': 1}","{('star', 'blue'): 1, ('star', 'purple'): 1, ('star', 'black'): 1, ('triangle', 'black'): 1}","(2, 4)"
+12.svg,"{'hexagon': 3, 'cross': 4}","{('hexagon', 'yellow'): 1, ('hexagon', 'blue'): 2, ('cross', 'green'): 2, ('cross', 'red'): 1, ('cross', 'black'): 1}","(2, 4)"
+13.svg,"{'pentagon': 1, 'star': 3}","{('pentagon', 'blue'): 1, ('star', 'orange'): 1, ('star', 'red'): 1, ('star', 'blue'): 1}","(2, 4)"
+14.svg,{'star': 4},"{('star', 'green'): 1, ('star', 'blue'): 2, ('star', 'yellow'): 1}","(2, 4)"
+15.svg,"{'triangle': 2, 'pentagon': 4}","{('triangle', 'black'): 1, ('triangle', 'green'): 1, ('pentagon', 'yellow'): 1, ('pentagon', 'red'): 1, ('pentagon', 'purple'): 1, ('pentagon', 'gray'): 1}","(2, 4)"
+16.svg,"{'star': 1, 'triangle': 2}","{('star', 'purple'): 1, ('triangle', 'red'): 1, ('triangle', 'gray'): 1}","(2, 4)"
+17.svg,"{'pentagon': 2, 'cross': 3}","{('pentagon', 'blue'): 1, ('pentagon', 'yellow'): 1, ('cross', 'green'): 1, ('cross', 'orange'): 2}","(2, 4)"
+18.svg,"{'hexagon': 2, 'cross': 3}","{('hexagon', 'purple'): 1, ('hexagon', 'black'): 1, ('cross', 'purple'): 1, ('cross', 'gray'): 1, ('cross', 'black'): 1}","(2, 4)"
+19.svg,"{'hexagon': 4, 'octagon': 1}","{('hexagon', 'purple'): 1, ('hexagon', 'blue'): 2, ('hexagon', 'red'): 1, ('octagon', 'orange'): 1}","(2, 4)"
+20.svg,"{'octagon': 5, 'triangle': 5}","{('octagon', 'purple'): 1, ('octagon', 'black'): 1, ('octagon', 'gray'): 1, ('octagon', 'blue'): 2, ('triangle', 'gray'): 1, ('triangle', 'red'): 1, ('triangle', 'purple'): 1, ('triangle', 'green'): 1, ('triangle', 'orange'): 1}","(2, 6)"
+21.svg,"{'pentagon': 5, 'octagon': 3}","{('pentagon', 'orange'): 2, ('pentagon', 'blue'): 1, ('pentagon', 'red'): 1, ('pentagon', 'green'): 1, ('octagon', 'purple'): 2, ('octagon', 'green'): 1}","(2, 6)"
+22.svg,"{'triangle': 3, 'pentagon': 1}","{('triangle', 'blue'): 1, ('triangle', 'gray'): 1, ('triangle', 'red'): 1, ('pentagon', 'purple'): 1}","(2, 6)"
+23.svg,"{'hexagon': 1, 'octagon': 6}","{('hexagon', 'red'): 1, ('octagon', 'red'): 2, ('octagon', 'gray'): 1, ('octagon', 'purple'): 1, ('octagon', 'black'): 1, ('octagon', 'yellow'): 1}","(2, 6)"
+24.svg,"{'star': 4, 'triangle': 1}","{('star', 'green'): 2, ('star', 'black'): 1, ('star', 'gray'): 1, ('triangle', 'purple'): 1}","(2, 6)"
+25.svg,"{'octagon': 3, 'hexagon': 5}","{('octagon', 'orange'): 1, ('octagon', 'purple'): 1, ('octagon', 'yellow'): 1, ('hexagon', 'black'): 1, ('hexagon', 'purple'): 1, ('hexagon', 'yellow'): 2, ('hexagon', 'orange'): 1}","(2, 6)"
+26.svg,"{'pentagon': 5, 'hexagon': 3}","{('pentagon', 'orange'): 1, ('pentagon', 'red'): 1, ('pentagon', 'black'): 1, ('pentagon', 'green'): 1, ('pentagon', 'gray'): 1, ('hexagon', 'orange'): 2, ('hexagon', 'red'): 1}","(2, 6)"
+27.svg,"{'cross': 3, 'star': 2}","{('cross', 'orange'): 2, ('cross', 'gray'): 1, ('star', 'black'): 1, ('star', 'yellow'): 1}","(2, 6)"
+28.svg,"{'hexagon': 4, 'star': 3}","{('hexagon', 'orange'): 2, ('hexagon', 'green'): 1, ('hexagon', 'yellow'): 1, ('star', 'black'): 1, ('star', 'yellow'): 1, ('star', 'purple'): 1}","(2, 6)"
+29.svg,"{'hexagon': 2, 'triangle': 4}","{('hexagon', 'yellow'): 2, ('triangle', 'black'): 1, ('triangle', 'blue'): 1, ('triangle', 'red'): 1, ('triangle', 'gray'): 1}","(2, 6)"
+30.svg,"{'pentagon': 1, 'hexagon': 1, 'octagon': 2, 'cross': 1}","{('pentagon', 'red'): 1, ('hexagon', 'yellow'): 1, ('octagon', 'green'): 1, ('octagon', 'yellow'): 1, ('cross', 'yellow'): 1}","(4, 2)"
+31.svg,"{'triangle': 1, 'cross': 1, 'hexagon': 1, 'star': 2}","{('triangle', 'red'): 1, ('cross', 'blue'): 1, ('hexagon', 'red'): 1, ('star', 'orange'): 1, ('star', 'red'): 1}","(4, 2)"
+32.svg,"{'star': 2, 'pentagon': 2, 'octagon': 2, 'hexagon': 1}","{('star', 'blue'): 1, ('star', 'yellow'): 1, ('pentagon', 'green'): 1, ('pentagon', 'gray'): 1, ('octagon', 'green'): 1, ('octagon', 'purple'): 1, ('hexagon', 'black'): 1}","(4, 2)"
+33.svg,"{'triangle': 1, 'pentagon': 2, 'cross': 1, 'star': 1}","{('triangle', 'purple'): 1, ('pentagon', 'blue'): 1, ('pentagon', 'black'): 1, ('cross', 'black'): 1, ('star', 'orange'): 1}","(4, 2)"
+34.svg,"{'pentagon': 1, 'triangle': 2, 'star': 1, 'hexagon': 1}","{('pentagon', 'red'): 1, ('triangle', 'yellow'): 1, ('triangle', 'red'): 1, ('star', 'red'): 1, ('hexagon', 'yellow'): 1}","(4, 2)"
+35.svg,"{'octagon': 1, 'triangle': 2, 'pentagon': 2, 'cross': 2}","{('octagon', 'blue'): 1, ('triangle', 'purple'): 1, ('triangle', 'blue'): 1, ('pentagon', 'gray'): 1, ('pentagon', 'black'): 1, ('cross', 'green'): 1, ('cross', 'gray'): 1}","(4, 2)"
+36.svg,"{'star': 1, 'triangle': 1, 'hexagon': 1, 'cross': 1}","{('star', 'yellow'): 1, ('triangle', 'blue'): 1, ('hexagon', 'red'): 1, ('cross', 'orange'): 1}","(4, 2)"
+37.svg,"{'cross': 2, 'octagon': 2, 'hexagon': 1, 'star': 1}","{('cross', 'orange'): 1, ('cross', 'black'): 1, ('octagon', 'red'): 1, ('octagon', 'green'): 1, ('hexagon', 'green'): 1, ('star', 'orange'): 1}","(4, 2)"
+38.svg,"{'hexagon': 2, 'pentagon': 2, 'cross': 2, 'star': 2}","{('hexagon', 'blue'): 1, ('hexagon', 'gray'): 1, ('pentagon', 'green'): 1, ('pentagon', 'blue'): 1, ('cross', 'red'): 1, ('cross', 'blue'): 1, ('star', 'purple'): 2}","(4, 2)"
+39.svg,"{'triangle': 2, 'pentagon': 2, 'hexagon': 2, 'octagon': 1}","{('triangle', 'black'): 1, ('triangle', 'purple'): 1, ('pentagon', 'green'): 1, ('pentagon', 'red'): 1, ('hexagon', 'black'): 1, ('hexagon', 'red'): 1, ('octagon', 'green'): 1}","(4, 2)"
+40.svg,"{'pentagon': 4, 'triangle': 1, 'hexagon': 1, 'star': 4}","{('pentagon', 'blue'): 1, ('pentagon', 'gray'): 1, ('pentagon', 'purple'): 1, ('pentagon', 'black'): 1, ('triangle', 'red'): 1, ('hexagon', 'purple'): 1, ('star', 'orange'): 2, ('star', 'gray'): 1, ('star', 'purple'): 1}","(4, 4)"
+41.svg,"{'cross': 2, 'pentagon': 1, 'octagon': 4, 'triangle': 2}","{('cross', 'red'): 1, ('cross', 'purple'): 1, ('pentagon', 'green'): 1, ('octagon', 'gray'): 1, ('octagon', 'green'): 1, ('octagon', 'red'): 1, ('octagon', 'black'): 1, ('triangle', 'orange'): 1, ('triangle', 'black'): 1}","(4, 4)"
+42.svg,"{'octagon': 1, 'cross': 3, 'pentagon': 1, 'star': 3}","{('octagon', 'yellow'): 1, ('cross', 'yellow'): 1, ('cross', 'orange'): 1, ('cross', 'gray'): 1, ('pentagon', 'red'): 1, ('star', 'gray'): 1, ('star', 'green'): 1, ('star', 'black'): 1}","(4, 4)"
+43.svg,"{'hexagon': 4, 'star': 2, 'octagon': 3, 'pentagon': 3}","{('hexagon', 'red'): 3, ('hexagon', 'gray'): 1, ('star', 'purple'): 2, ('octagon', 'gray'): 1, ('octagon', 'purple'): 1, ('octagon', 'orange'): 1, ('pentagon', 'red'): 2, ('pentagon', 'yellow'): 1}","(4, 4)"
+44.svg,"{'triangle': 3, 'cross': 1, 'hexagon': 2, 'pentagon': 4}","{('triangle', 'black'): 1, ('triangle', 'green'): 1, ('triangle', 'red'): 1, ('cross', 'green'): 1, ('hexagon', 'blue'): 1, ('hexagon', 'black'): 1, ('pentagon', 'orange'): 1, ('pentagon', 'green'): 1, ('pentagon', 'gray'): 1, ('pentagon', 'yellow'): 1}","(4, 4)"
+45.svg,"{'pentagon': 1, 'hexagon': 3, 'cross': 2, 'triangle': 4}","{('pentagon', 'purple'): 1, ('hexagon', 'orange'): 1, ('hexagon', 'black'): 1, ('hexagon', 'yellow'): 1, ('cross', 'blue'): 1, ('cross', 'purple'): 1, ('triangle', 'yellow'): 1, ('triangle', 'orange'): 2, ('triangle', 'red'): 1}","(4, 4)"
+46.svg,"{'hexagon': 3, 'cross': 2, 'octagon': 4, 'star': 2}","{('hexagon', 'purple'): 2, ('hexagon', 'red'): 1, ('cross', 'purple'): 1, ('cross', 'gray'): 1, ('octagon', 'red'): 1, ('octagon', 'yellow'): 2, ('octagon', 'green'): 1, ('star', 'blue'): 1, ('star', 'purple'): 1}","(4, 4)"
+47.svg,"{'star': 2, 'triangle': 1, 'cross': 1, 'pentagon': 3}","{('star', 'blue'): 1, ('star', 'black'): 1, ('triangle', 'orange'): 1, ('cross', 'black'): 1, ('pentagon', 'red'): 1, ('pentagon', 'gray'): 1, ('pentagon', 'purple'): 1}","(4, 4)"
+48.svg,"{'cross': 1, 'octagon': 4, 'pentagon': 4, 'triangle': 2}","{('cross', 'green'): 1, ('octagon', 'blue'): 1, ('octagon', 'orange'): 1, ('octagon', 'gray'): 1, ('octagon', 'black'): 1, ('pentagon', 'yellow'): 2, ('pentagon', 'green'): 1, ('pentagon', 'orange'): 1, ('triangle', 'gray'): 1, ('triangle', 'blue'): 1}","(4, 4)"
+49.svg,"{'octagon': 1, 'cross': 4, 'pentagon': 3, 'hexagon': 2}","{('octagon', 'black'): 1, ('cross', 'red'): 1, ('cross', 'green'): 1, ('cross', 'purple'): 1, ('cross', 'gray'): 1, ('pentagon', 'orange'): 2, ('pentagon', 'green'): 1, ('hexagon', 'blue'): 1, ('hexagon', 'black'): 1}","(4, 4)"
+50.svg,"{'hexagon': 6, 'triangle': 5, 'star': 4, 'cross': 1}","{('hexagon', 'black'): 1, ('hexagon', 'red'): 1, ('hexagon', 'purple'): 2, ('hexagon', 'green'): 2, ('triangle', 'blue'): 1, ('triangle', 'purple'): 3, ('triangle', 'black'): 1, ('star', 'gray'): 2, ('star', 'green'): 1, ('star', 'blue'): 1, ('cross', 'green'): 1}","(4, 6)"
+51.svg,"{'octagon': 2, 'triangle': 1, 'star': 5, 'cross': 4}","{('octagon', 'orange'): 1, ('octagon', 'black'): 1, ('triangle', 'gray'): 1, ('star', 'purple'): 1, ('star', 'gray'): 1, ('star', 'blue'): 1, ('star', 'green'): 2, ('cross', 'yellow'): 1, ('cross', 'green'): 1, ('cross', 'red'): 1, ('cross', 'purple'): 1}","(4, 6)"
+52.svg,"{'cross': 4, 'star': 2, 'hexagon': 2, 'pentagon': 5}","{('cross', 'orange'): 1, ('cross', 'blue'): 1, ('cross', 'purple'): 1, ('cross', 'yellow'): 1, ('star', 'purple'): 1, ('star', 'blue'): 1, ('hexagon', 'black'): 2, ('pentagon', 'black'): 2, ('pentagon', 'orange'): 1, ('pentagon', 'yellow'): 1, ('pentagon', 'purple'): 1}","(4, 6)"
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+74.svg,"{'octagon': 4, 'hexagon': 2, 'cross': 3, 'triangle': 2, 'pentagon': 1, 'star': 3}","{('octagon', 'purple'): 1, ('octagon', 'red'): 1, ('octagon', 'yellow'): 2, ('hexagon', 'blue'): 2, ('cross', 'yellow'): 1, ('cross', 'blue'): 2, ('triangle', 'yellow'): 1, ('triangle', 'black'): 1, ('pentagon', 'gray'): 1, ('star', 'yellow'): 1, ('star', 'orange'): 1, ('star', 'purple'): 1}","(6, 4)"
+75.svg,"{'octagon': 3, 'pentagon': 4, 'cross': 2, 'hexagon': 4, 'star': 1, 'triangle': 1}","{('octagon', 'blue'): 1, ('octagon', 'yellow'): 1, ('octagon', 'gray'): 1, ('pentagon', 'blue'): 1, ('pentagon', 'purple'): 1, ('pentagon', 'red'): 1, ('pentagon', 'orange'): 1, ('cross', 'blue'): 1, ('cross', 'gray'): 1, ('hexagon', 'orange'): 1, ('hexagon', 'black'): 1, ('hexagon', 'blue'): 1, ('hexagon', 'yellow'): 1, ('star', 'blue'): 1, ('triangle', 'red'): 1}","(6, 4)"
+76.svg,"{'hexagon': 1, 'pentagon': 3, 'cross': 4, 'triangle': 4, 'octagon': 4, 'star': 1}","{('hexagon', 'red'): 1, ('pentagon', 'gray'): 1, ('pentagon', 'red'): 1, ('pentagon', 'orange'): 1, ('cross', 'orange'): 2, ('cross', 'red'): 1, ('cross', 'gray'): 1, ('triangle', 'red'): 1, ('triangle', 'purple'): 1, ('triangle', 'black'): 1, ('triangle', 'blue'): 1, ('octagon', 'gray'): 1, ('octagon', 'blue'): 1, ('octagon', 'green'): 1, ('octagon', 'black'): 1, ('star', 'red'): 1}","(6, 4)"
+77.svg,"{'triangle': 1, 'cross': 3, 'hexagon': 4, 'star': 1, 'octagon': 1, 'pentagon': 1}","{('triangle', 'blue'): 1, ('cross', 'yellow'): 1, ('cross', 'black'): 2, ('hexagon', 'yellow'): 2, ('hexagon', 'purple'): 1, ('hexagon', 'red'): 1, ('star', 'purple'): 1, ('octagon', 'blue'): 1, ('pentagon', 'blue'): 1}","(6, 4)"
+78.svg,"{'star': 4, 'triangle': 4, 'hexagon': 3, 'pentagon': 3, 'octagon': 4, 'cross': 1}","{('star', 'black'): 1, ('star', 'red'): 1, ('star', 'blue'): 2, ('triangle', 'green'): 1, ('triangle', 'purple'): 1, ('triangle', 'blue'): 1, ('triangle', 'black'): 1, ('hexagon', 'gray'): 1, ('hexagon', 'green'): 1, ('hexagon', 'orange'): 1, ('pentagon', 'blue'): 1, ('pentagon', 'orange'): 1, ('pentagon', 'green'): 1, ('octagon', 'red'): 2, ('octagon', 'black'): 1, ('octagon', 'purple'): 1, ('cross', 'black'): 1}","(6, 4)"
+79.svg,"{'hexagon': 2, 'cross': 3, 'star': 1, 'octagon': 3, 'pentagon': 3, 'triangle': 2}","{('hexagon', 'red'): 1, ('hexagon', 'blue'): 1, ('cross', 'gray'): 1, ('cross', 'purple'): 1, ('cross', 'green'): 1, ('star', 'red'): 1, ('octagon', 'green'): 1, ('octagon', 'purple'): 1, ('octagon', 'yellow'): 1, ('pentagon', 'green'): 1, ('pentagon', 'yellow'): 2, ('triangle', 'black'): 1, ('triangle', 'gray'): 1}","(6, 4)"
+80.svg,"{'triangle': 2, 'cross': 1, 'star': 5, 'hexagon': 1, 'pentagon': 1, 'octagon': 2}","{('triangle', 'blue'): 1, ('triangle', 'black'): 1, ('cross', 'black'): 1, ('star', 'purple'): 1, ('star', 'blue'): 4, ('hexagon', 'orange'): 1, ('pentagon', 'red'): 1, ('octagon', 'yellow'): 1, ('octagon', 'green'): 1}","(6, 6)"
+81.svg,"{'cross': 4, 'octagon': 5, 'pentagon': 6, 'hexagon': 4, 'star': 2, 'triangle': 1}","{('cross', 'green'): 2, ('cross', 'blue'): 1, ('cross', 'orange'): 1, ('octagon', 'green'): 2, ('octagon', 'gray'): 1, ('octagon', 'black'): 1, ('octagon', 'purple'): 1, ('pentagon', 'blue'): 1, ('pentagon', 'red'): 1, ('pentagon', 'gray'): 2, ('pentagon', 'green'): 1, ('pentagon', 'purple'): 1, ('hexagon', 'orange'): 1, ('hexagon', 'green'): 1, ('hexagon', 'blue'): 1, ('hexagon', 'black'): 1, ('star', 'blue'): 2, ('triangle', 'blue'): 1}","(6, 6)"
+82.svg,"{'star': 3, 'hexagon': 6, 'cross': 5, 'triangle': 2, 'octagon': 6, 'pentagon': 1}","{('star', 'black'): 2, ('star', 'blue'): 1, ('hexagon', 'orange'): 2, ('hexagon', 'gray'): 1, ('hexagon', 'yellow'): 2, ('hexagon', 'red'): 1, ('cross', 'black'): 1, ('cross', 'yellow'): 1, ('cross', 'green'): 1, ('cross', 'orange'): 1, ('cross', 'blue'): 1, ('triangle', 'orange'): 1, ('triangle', 'black'): 1, ('octagon', 'purple'): 1, ('octagon', 'red'): 1, ('octagon', 'orange'): 2, ('octagon', 'gray'): 1, ('octagon', 'blue'): 1, ('pentagon', 'red'): 1}","(6, 6)"
+83.svg,"{'hexagon': 2, 'octagon': 3, 'cross': 2, 'triangle': 4, 'star': 4, 'pentagon': 1}","{('hexagon', 'orange'): 1, ('hexagon', 'yellow'): 1, ('octagon', 'gray'): 1, ('octagon', 'purple'): 1, ('octagon', 'orange'): 1, ('cross', 'purple'): 1, ('cross', 'gray'): 1, ('triangle', 'purple'): 1, ('triangle', 'orange'): 1, ('triangle', 'red'): 1, ('triangle', 'gray'): 1, ('star', 'black'): 1, ('star', 'red'): 3, ('pentagon', 'gray'): 1}","(6, 6)"
+84.svg,"{'cross': 3, 'star': 1, 'triangle': 5, 'octagon': 4, 'pentagon': 1, 'hexagon': 6}","{('cross', 'green'): 1, ('cross', 'orange'): 1, ('cross', 'red'): 1, ('star', 'green'): 1, ('triangle', 'gray'): 1, ('triangle', 'red'): 2, ('triangle', 'blue'): 1, ('triangle', 'green'): 1, ('octagon', 'orange'): 1, ('octagon', 'gray'): 3, ('pentagon', 'gray'): 1, ('hexagon', 'red'): 2, ('hexagon', 'yellow'): 2, ('hexagon', 'black'): 1, ('hexagon', 'purple'): 1}","(6, 6)"
+85.svg,"{'octagon': 6, 'triangle': 4, 'hexagon': 5, 'star': 1, 'cross': 6, 'pentagon': 2}","{('octagon', 'gray'): 2, ('octagon', 'red'): 1, ('octagon', 'black'): 1, ('octagon', 'yellow'): 1, ('octagon', 'purple'): 1, ('triangle', 'red'): 2, ('triangle', 'yellow'): 1, ('triangle', 'blue'): 1, ('hexagon', 'red'): 3, ('hexagon', 'purple'): 1, ('hexagon', 'gray'): 1, ('star', 'blue'): 1, ('cross', 'black'): 1, ('cross', 'orange'): 2, ('cross', 'blue'): 1, ('cross', 'green'): 1, ('cross', 'purple'): 1, ('pentagon', 'red'): 1, ('pentagon', 'orange'): 1}","(6, 6)"
+86.svg,"{'triangle': 6, 'pentagon': 6, 'cross': 6, 'star': 6, 'hexagon': 3, 'octagon': 3}","{('triangle', 'orange'): 1, ('triangle', 'black'): 1, ('triangle', 'green'): 2, ('triangle', 'blue'): 1, ('triangle', 'purple'): 1, ('pentagon', 'purple'): 1, ('pentagon', 'orange'): 1, ('pentagon', 'blue'): 1, ('pentagon', 'red'): 1, ('pentagon', 'black'): 1, ('pentagon', 'gray'): 1, ('cross', 'black'): 1, ('cross', 'yellow'): 1, ('cross', 'gray'): 2, ('cross', 'purple'): 1, ('cross', 'green'): 1, ('star', 'green'): 1, ('star', 'yellow'): 2, ('star', 'purple'): 1, ('star', 'orange'): 1, ('star', 'gray'): 1, ('hexagon', 'orange'): 1, ('hexagon', 'blue'): 1, ('hexagon', 'green'): 1, ('octagon', 'gray'): 2, ('octagon', 'blue'): 1}","(6, 6)"
+87.svg,"{'triangle': 3, 'star': 4, 'pentagon': 3, 'hexagon': 1, 'cross': 3, 'octagon': 4}","{('triangle', 'purple'): 1, ('triangle', 'gray'): 1, ('triangle', 'black'): 1, ('star', 'green'): 1, ('star', 'blue'): 1, ('star', 'red'): 1, ('star', 'gray'): 1, ('pentagon', 'red'): 1, ('pentagon', 'orange'): 1, ('pentagon', 'yellow'): 1, ('hexagon', 'red'): 1, ('cross', 'black'): 1, ('cross', 'green'): 1, ('cross', 'gray'): 1, ('octagon', 'purple'): 2, ('octagon', 'yellow'): 1, ('octagon', 'green'): 1}","(6, 6)"
+88.svg,"{'star': 5, 'octagon': 3, 'cross': 1, 'pentagon': 3, 'hexagon': 4, 'triangle': 3}","{('star', 'green'): 1, ('star', 'purple'): 2, ('star', 'blue'): 1, ('star', 'black'): 1, ('octagon', 'black'): 1, ('octagon', 'yellow'): 1, ('octagon', 'purple'): 1, ('cross', 'green'): 1, ('pentagon', 'gray'): 1, ('pentagon', 'blue'): 1, ('pentagon', 'purple'): 1, ('hexagon', 'gray'): 2, ('hexagon', 'purple'): 1, ('hexagon', 'black'): 1, ('triangle', 'orange'): 2, ('triangle', 'gray'): 1}","(6, 6)"
+89.svg,"{'triangle': 2, 'star': 5, 'hexagon': 1, 'pentagon': 4, 'cross': 1, 'octagon': 3}","{('triangle', 'red'): 1, ('triangle', 'black'): 1, ('star', 'green'): 3, ('star', 'blue'): 1, ('star', 'yellow'): 1, ('hexagon', 'yellow'): 1, ('pentagon', 'blue'): 1, ('pentagon', 'yellow'): 2, ('pentagon', 'black'): 1, ('cross', 'yellow'): 1, ('octagon', 'purple'): 2, ('octagon', 'yellow'): 1}","(6, 6)"

2D_DoYouSeeMe/color_and_shape_disambiguation/dataset_info.csv

@@ -0,0 +1,409 @@
+filename,question,answer,sweep
+0.svg,Count the number of pentagon's that are yellow.,1,"(2, 2)"
+0.svg,Count the number of pentagon's that are red.,1,"(2, 2)"
+1.svg,Count the number of star's that are green.,1,"(2, 2)"
+1.svg,Count the number of star's that are red.,1,"(2, 2)"
+2.svg,Count the number of triangle's that are gray.,1,"(2, 2)"
+2.svg,Count the number of pentagon's that are purple.,1,"(2, 2)"
+3.svg,Count the number of cross's that are purple.,1,"(2, 2)"
+4.svg,Count the number of triangle's that are purple.,1,"(2, 2)"
+4.svg,Count the number of cross's that are gray.,1,"(2, 2)"
+5.svg,Count the number of star's that are green.,1,"(2, 2)"
+5.svg,Count the number of star's that are black.,1,"(2, 2)"
+6.svg,Count the number of star's that are red.,1,"(2, 2)"
+7.svg,Count the number of pentagon's that are black.,1,"(2, 2)"
+7.svg,Count the number of triangle's that are green.,1,"(2, 2)"
+8.svg,Count the number of cross's that are black.,1,"(2, 2)"
+8.svg,Count the number of triangle's that are orange.,1,"(2, 2)"
+9.svg,Count the number of hexagon's that are orange.,1,"(2, 2)"
+9.svg,Count the number of cross's that are gray.,1,"(2, 2)"
+10.svg,Count the number of triangle's that are yellow.,1,"(2, 4)"
+11.svg,Count the number of star's that are black.,1,"(2, 4)"
+11.svg,Count the number of star's that are blue.,1,"(2, 4)"
+12.svg,Count the number of hexagon's that are yellow.,1,"(2, 4)"
+12.svg,Count the number of cross's that are green.,2,"(2, 4)"
+12.svg,Count the number of hexagon's that are blue.,2,"(2, 4)"
+13.svg,Count the number of pentagon's that are blue.,1,"(2, 4)"
+13.svg,Count the number of star's that are orange.,1,"(2, 4)"
+14.svg,Count the number of star's that are blue.,2,"(2, 4)"
+14.svg,Count the number of star's that are yellow.,1,"(2, 4)"
+15.svg,Count the number of pentagon's that are purple.,1,"(2, 4)"
+15.svg,Count the number of triangle's that are green.,1,"(2, 4)"
+15.svg,Count the number of pentagon's that are red.,1,"(2, 4)"
+16.svg,Count the number of triangle's that are red.,1,"(2, 4)"
+16.svg,Count the number of triangle's that are gray.,1,"(2, 4)"
+17.svg,Count the number of pentagon's that are blue.,1,"(2, 4)"
+17.svg,Count the number of cross's that are green.,1,"(2, 4)"
+18.svg,Count the number of hexagon's that are purple.,1,"(2, 4)"
+18.svg,Count the number of cross's that are black.,1,"(2, 4)"
+18.svg,Count the number of cross's that are purple.,1,"(2, 4)"
+19.svg,Count the number of octagon's that are orange.,1,"(2, 4)"
+19.svg,Count the number of hexagon's that are red.,1,"(2, 4)"
+20.svg,Count the number of octagon's that are purple.,1,"(2, 6)"
+20.svg,Count the number of triangle's that are green.,1,"(2, 6)"
+20.svg,Count the number of triangle's that are purple.,1,"(2, 6)"
+20.svg,Count the number of octagon's that are gray.,1,"(2, 6)"
+20.svg,Count the number of octagon's that are black.,1,"(2, 6)"
+21.svg,Count the number of octagon's that are green.,1,"(2, 6)"
+21.svg,Count the number of pentagon's that are red.,1,"(2, 6)"
+21.svg,Count the number of pentagon's that are orange.,2,"(2, 6)"
+22.svg,Count the number of triangle's that are gray.,1,"(2, 6)"
+22.svg,Count the number of triangle's that are red.,1,"(2, 6)"
+23.svg,Count the number of octagon's that are red.,2,"(2, 6)"
+23.svg,Count the number of octagon's that are yellow.,1,"(2, 6)"
+23.svg,Count the number of octagon's that are black.,1,"(2, 6)"
+24.svg,Count the number of triangle's that are purple.,1,"(2, 6)"
+24.svg,Count the number of star's that are green.,2,"(2, 6)"
+25.svg,Count the number of octagon's that are orange.,1,"(2, 6)"
+25.svg,Count the number of octagon's that are yellow.,1,"(2, 6)"
+25.svg,Count the number of hexagon's that are purple.,1,"(2, 6)"
+25.svg,Count the number of hexagon's that are black.,1,"(2, 6)"
+26.svg,Count the number of pentagon's that are orange.,1,"(2, 6)"
+26.svg,Count the number of pentagon's that are black.,1,"(2, 6)"
+26.svg,Count the number of pentagon's that are gray.,1,"(2, 6)"
+26.svg,Count the number of hexagon's that are orange.,2,"(2, 6)"
+27.svg,Count the number of cross's that are orange.,2,"(2, 6)"
+27.svg,Count the number of star's that are black.,1,"(2, 6)"
+28.svg,Count the number of hexagon's that are yellow.,1,"(2, 6)"
+28.svg,Count the number of star's that are yellow.,1,"(2, 6)"
+28.svg,Count the number of hexagon's that are green.,1,"(2, 6)"
+29.svg,Count the number of triangle's that are gray.,1,"(2, 6)"
+29.svg,Count the number of triangle's that are blue.,1,"(2, 6)"
+29.svg,Count the number of triangle's that are black.,1,"(2, 6)"
+30.svg,Count the number of pentagon's that are red.,1,"(4, 2)"
+30.svg,Count the number of octagon's that are yellow.,1,"(4, 2)"
+30.svg,Count the number of hexagon's that are yellow.,1,"(4, 2)"
+31.svg,Count the number of star's that are red.,1,"(4, 2)"
+31.svg,Count the number of cross's that are blue.,1,"(4, 2)"
+31.svg,Count the number of star's that are orange.,1,"(4, 2)"
+32.svg,Count the number of star's that are yellow.,1,"(4, 2)"
+32.svg,Count the number of hexagon's that are black.,1,"(4, 2)"
+32.svg,Count the number of octagon's that are purple.,1,"(4, 2)"
+32.svg,Count the number of star's that are blue.,1,"(4, 2)"
+33.svg,Count the number of star's that are orange.,1,"(4, 2)"
+33.svg,Count the number of pentagon's that are black.,1,"(4, 2)"
+33.svg,Count the number of pentagon's that are blue.,1,"(4, 2)"
+34.svg,Count the number of pentagon's that are red.,1,"(4, 2)"
+34.svg,Count the number of hexagon's that are yellow.,1,"(4, 2)"
+34.svg,Count the number of triangle's that are red.,1,"(4, 2)"
+35.svg,Count the number of cross's that are gray.,1,"(4, 2)"
+35.svg,Count the number of triangle's that are purple.,1,"(4, 2)"
+35.svg,Count the number of cross's that are green.,1,"(4, 2)"
+35.svg,Count the number of octagon's that are blue.,1,"(4, 2)"
+36.svg,Count the number of star's that are yellow.,1,"(4, 2)"
+36.svg,Count the number of hexagon's that are red.,1,"(4, 2)"
+37.svg,Count the number of hexagon's that are green.,1,"(4, 2)"
+37.svg,Count the number of octagon's that are green.,1,"(4, 2)"
+37.svg,Count the number of octagon's that are red.,1,"(4, 2)"
+38.svg,Count the number of cross's that are red.,1,"(4, 2)"
+38.svg,Count the number of hexagon's that are gray.,1,"(4, 2)"
+38.svg,Count the number of cross's that are blue.,1,"(4, 2)"
+38.svg,Count the number of pentagon's that are blue.,1,"(4, 2)"
+39.svg,Count the number of hexagon's that are black.,1,"(4, 2)"
+39.svg,Count the number of pentagon's that are green.,1,"(4, 2)"
+39.svg,Count the number of pentagon's that are red.,1,"(4, 2)"
+39.svg,Count the number of octagon's that are green.,1,"(4, 2)"
+40.svg,Count the number of hexagon's that are purple.,1,"(4, 4)"
+40.svg,Count the number of pentagon's that are gray.,1,"(4, 4)"
+40.svg,Count the number of pentagon's that are purple.,1,"(4, 4)"
+40.svg,Count the number of triangle's that are red.,1,"(4, 4)"
+40.svg,Count the number of pentagon's that are blue.,1,"(4, 4)"
+41.svg,Count the number of triangle's that are orange.,1,"(4, 4)"
+41.svg,Count the number of octagon's that are red.,1,"(4, 4)"
+41.svg,Count the number of octagon's that are black.,1,"(4, 4)"
+41.svg,Count the number of cross's that are purple.,1,"(4, 4)"
+41.svg,Count the number of triangle's that are black.,1,"(4, 4)"
+42.svg,Count the number of octagon's that are yellow.,1,"(4, 4)"
+42.svg,Count the number of star's that are gray.,1,"(4, 4)"
+42.svg,Count the number of cross's that are orange.,1,"(4, 4)"
+42.svg,Count the number of star's that are black.,1,"(4, 4)"
+43.svg,Count the number of octagon's that are gray.,1,"(4, 4)"
+43.svg,Count the number of star's that are purple.,2,"(4, 4)"
+43.svg,Count the number of hexagon's that are gray.,1,"(4, 4)"
+43.svg,Count the number of pentagon's that are red.,2,"(4, 4)"
+44.svg,Count the number of pentagon's that are orange.,1,"(4, 4)"
+44.svg,Count the number of triangle's that are black.,1,"(4, 4)"
+44.svg,Count the number of triangle's that are green.,1,"(4, 4)"
+44.svg,Count the number of pentagon's that are yellow.,1,"(4, 4)"
+44.svg,Count the number of pentagon's that are green.,1,"(4, 4)"
+45.svg,Count the number of hexagon's that are yellow.,1,"(4, 4)"
+45.svg,Count the number of pentagon's that are purple.,1,"(4, 4)"
+45.svg,Count the number of triangle's that are yellow.,1,"(4, 4)"
+45.svg,Count the number of cross's that are blue.,1,"(4, 4)"
+45.svg,Count the number of cross's that are purple.,1,"(4, 4)"
+46.svg,Count the number of hexagon's that are red.,1,"(4, 4)"
+46.svg,Count the number of hexagon's that are purple.,2,"(4, 4)"
+46.svg,Count the number of star's that are blue.,1,"(4, 4)"
+46.svg,Count the number of octagon's that are yellow.,2,"(4, 4)"
+46.svg,Count the number of star's that are purple.,1,"(4, 4)"
+47.svg,Count the number of pentagon's that are red.,1,"(4, 4)"
+47.svg,Count the number of pentagon's that are purple.,1,"(4, 4)"
+47.svg,Count the number of star's that are blue.,1,"(4, 4)"
+47.svg,Count the number of cross's that are black.,1,"(4, 4)"
+48.svg,Count the number of octagon's that are blue.,1,"(4, 4)"
+48.svg,Count the number of pentagon's that are yellow.,2,"(4, 4)"
+48.svg,Count the number of triangle's that are blue.,1,"(4, 4)"
+48.svg,Count the number of cross's that are green.,1,"(4, 4)"
+48.svg,Count the number of octagon's that are black.,1,"(4, 4)"
+49.svg,Count the number of octagon's that are black.,1,"(4, 4)"
+49.svg,Count the number of cross's that are purple.,1,"(4, 4)"
+49.svg,Count the number of cross's that are red.,1,"(4, 4)"
+49.svg,Count the number of pentagon's that are orange.,2,"(4, 4)"
+49.svg,Count the number of hexagon's that are black.,1,"(4, 4)"
+50.svg,Count the number of star's that are gray.,2,"(4, 6)"
+50.svg,Count the number of hexagon's that are green.,2,"(4, 6)"
+50.svg,Count the number of hexagon's that are black.,1,"(4, 6)"
+50.svg,Count the number of star's that are green.,1,"(4, 6)"
+50.svg,Count the number of triangle's that are blue.,1,"(4, 6)"
+50.svg,Count the number of star's that are blue.,1,"(4, 6)"
+51.svg,Count the number of cross's that are red.,1,"(4, 6)"
+51.svg,Count the number of octagon's that are black.,1,"(4, 6)"
+51.svg,Count the number of star's that are gray.,1,"(4, 6)"
+51.svg,Count the number of cross's that are purple.,1,"(4, 6)"
+51.svg,Count the number of cross's that are yellow.,1,"(4, 6)"
+51.svg,Count the number of octagon's that are orange.,1,"(4, 6)"
+52.svg,Count the number of pentagon's that are purple.,1,"(4, 6)"
+52.svg,Count the number of star's that are purple.,1,"(4, 6)"
+52.svg,Count the number of star's that are blue.,1,"(4, 6)"
+52.svg,Count the number of hexagon's that are black.,2,"(4, 6)"
+52.svg,Count the number of cross's that are blue.,1,"(4, 6)"
+52.svg,Count the number of cross's that are orange.,1,"(4, 6)"
+53.svg,Count the number of pentagon's that are blue.,2,"(4, 6)"
+53.svg,Count the number of pentagon's that are purple.,1,"(4, 6)"
+53.svg,Count the number of cross's that are black.,1,"(4, 6)"
+53.svg,Count the number of star's that are gray.,1,"(4, 6)"
+53.svg,Count the number of hexagon's that are black.,1,"(4, 6)"
+53.svg,Count the number of pentagon's that are yellow.,1,"(4, 6)"
+54.svg,Count the number of hexagon's that are black.,1,"(4, 6)"
+54.svg,Count the number of hexagon's that are purple.,1,"(4, 6)"
+54.svg,Count the number of octagon's that are gray.,1,"(4, 6)"
+54.svg,Count the number of pentagon's that are gray.,1,"(4, 6)"
+54.svg,Count the number of hexagon's that are green.,1,"(4, 6)"
+54.svg,Count the number of hexagon's that are yellow.,1,"(4, 6)"
+55.svg,Count the number of hexagon's that are yellow.,1,"(4, 6)"
+55.svg,Count the number of pentagon's that are purple.,1,"(4, 6)"
+55.svg,Count the number of triangle's that are blue.,1,"(4, 6)"
+55.svg,Count the number of triangle's that are black.,1,"(4, 6)"
+55.svg,Count the number of pentagon's that are black.,1,"(4, 6)"
+56.svg,Count the number of cross's that are purple.,1,"(4, 6)"
+56.svg,Count the number of star's that are blue.,1,"(4, 6)"
+56.svg,Count the number of triangle's that are blue.,1,"(4, 6)"
+56.svg,Count the number of star's that are gray.,2,"(4, 6)"
+56.svg,Count the number of star's that are yellow.,2,"(4, 6)"
+56.svg,Count the number of star's that are black.,1,"(4, 6)"
+57.svg,Count the number of octagon's that are gray.,1,"(4, 6)"
+57.svg,Count the number of hexagon's that are blue.,1,"(4, 6)"
+57.svg,Count the number of octagon's that are green.,2,"(4, 6)"
+57.svg,Count the number of octagon's that are red.,1,"(4, 6)"
+57.svg,Count the number of triangle's that are green.,1,"(4, 6)"
+58.svg,Count the number of octagon's that are red.,2,"(4, 6)"
+58.svg,Count the number of octagon's that are yellow.,1,"(4, 6)"
+58.svg,Count the number of cross's that are red.,1,"(4, 6)"
+58.svg,Count the number of hexagon's that are black.,1,"(4, 6)"
+58.svg,Count the number of octagon's that are purple.,2,"(4, 6)"
+59.svg,Count the number of hexagon's that are green.,1,"(4, 6)"
+59.svg,Count the number of pentagon's that are gray.,2,"(4, 6)"
+59.svg,Count the number of hexagon's that are red.,1,"(4, 6)"
+59.svg,Count the number of hexagon's that are blue.,2,"(4, 6)"
+59.svg,Count the number of pentagon's that are blue.,2,"(4, 6)"
+60.svg,Count the number of star's that are green.,1,"(6, 2)"
+60.svg,Count the number of hexagon's that are green.,1,"(6, 2)"
+60.svg,Count the number of pentagon's that are green.,1,"(6, 2)"
+60.svg,Count the number of triangle's that are green.,1,"(6, 2)"
+61.svg,Count the number of cross's that are orange.,1,"(6, 2)"
+61.svg,Count the number of pentagon's that are black.,1,"(6, 2)"
+61.svg,Count the number of cross's that are purple.,1,"(6, 2)"
+61.svg,Count the number of star's that are orange.,1,"(6, 2)"
+61.svg,Count the number of pentagon's that are purple.,1,"(6, 2)"
+62.svg,Count the number of hexagon's that are black.,1,"(6, 2)"
+62.svg,Count the number of triangle's that are purple.,1,"(6, 2)"
+62.svg,Count the number of pentagon's that are gray.,1,"(6, 2)"
+62.svg,Count the number of cross's that are yellow.,1,"(6, 2)"
+63.svg,Count the number of triangle's that are blue.,1,"(6, 2)"
+63.svg,Count the number of cross's that are red.,1,"(6, 2)"
+63.svg,Count the number of hexagon's that are gray.,1,"(6, 2)"
+63.svg,Count the number of octagon's that are orange.,1,"(6, 2)"
+63.svg,Count the number of cross's that are blue.,1,"(6, 2)"
+64.svg,Count the number of cross's that are gray.,1,"(6, 2)"
+64.svg,Count the number of pentagon's that are black.,1,"(6, 2)"
+64.svg,Count the number of hexagon's that are red.,1,"(6, 2)"
+64.svg,Count the number of triangle's that are yellow.,1,"(6, 2)"
+65.svg,Count the number of octagon's that are black.,1,"(6, 2)"
+65.svg,Count the number of pentagon's that are green.,1,"(6, 2)"
+65.svg,Count the number of hexagon's that are purple.,1,"(6, 2)"
+65.svg,Count the number of cross's that are red.,1,"(6, 2)"
+65.svg,Count the number of pentagon's that are gray.,1,"(6, 2)"
+66.svg,Count the number of pentagon's that are yellow.,1,"(6, 2)"
+66.svg,Count the number of cross's that are black.,1,"(6, 2)"
+66.svg,Count the number of cross's that are red.,1,"(6, 2)"
+66.svg,Count the number of octagon's that are green.,1,"(6, 2)"
+67.svg,Count the number of hexagon's that are purple.,1,"(6, 2)"
+67.svg,Count the number of star's that are black.,1,"(6, 2)"
+67.svg,Count the number of octagon's that are green.,1,"(6, 2)"
+67.svg,Count the number of triangle's that are orange.,1,"(6, 2)"
+68.svg,Count the number of cross's that are purple.,1,"(6, 2)"
+68.svg,Count the number of triangle's that are purple.,1,"(6, 2)"
+68.svg,Count the number of cross's that are red.,1,"(6, 2)"
+68.svg,Count the number of star's that are purple.,2,"(6, 2)"
+69.svg,Count the number of octagon's that are blue.,1,"(6, 2)"
+69.svg,Count the number of triangle's that are purple.,1,"(6, 2)"
+69.svg,Count the number of pentagon's that are red.,1,"(6, 2)"
+69.svg,Count the number of triangle's that are gray.,1,"(6, 2)"
+69.svg,Count the number of star's that are yellow.,1,"(6, 2)"
+70.svg,Count the number of hexagon's that are green.,1,"(6, 4)"
+70.svg,Count the number of hexagon's that are black.,1,"(6, 4)"
+70.svg,Count the number of triangle's that are red.,1,"(6, 4)"
+70.svg,Count the number of octagon's that are blue.,1,"(6, 4)"
+70.svg,Count the number of star's that are red.,2,"(6, 4)"
+70.svg,Count the number of octagon's that are black.,1,"(6, 4)"
+70.svg,Count the number of pentagon's that are orange.,1,"(6, 4)"
+71.svg,Count the number of hexagon's that are black.,1,"(6, 4)"
+71.svg,Count the number of triangle's that are yellow.,1,"(6, 4)"
+71.svg,Count the number of hexagon's that are red.,1,"(6, 4)"
+71.svg,Count the number of cross's that are black.,1,"(6, 4)"
+71.svg,Count the number of hexagon's that are gray.,1,"(6, 4)"
+71.svg,Count the number of triangle's that are black.,1,"(6, 4)"
+71.svg,Count the number of octagon's that are black.,1,"(6, 4)"
+72.svg,Count the number of pentagon's that are gray.,2,"(6, 4)"
+72.svg,Count the number of octagon's that are green.,1,"(6, 4)"
+72.svg,Count the number of pentagon's that are green.,1,"(6, 4)"
+72.svg,Count the number of octagon's that are purple.,1,"(6, 4)"
+72.svg,Count the number of octagon's that are red.,1,"(6, 4)"
+72.svg,Count the number of cross's that are blue.,1,"(6, 4)"
+72.svg,Count the number of triangle's that are black.,1,"(6, 4)"
+72.svg,Count the number of cross's that are gray.,1,"(6, 4)"
+73.svg,Count the number of star's that are purple.,1,"(6, 4)"
+73.svg,Count the number of star's that are gray.,1,"(6, 4)"
+73.svg,Count the number of octagon's that are black.,1,"(6, 4)"
+73.svg,Count the number of pentagon's that are yellow.,2,"(6, 4)"
+73.svg,Count the number of hexagon's that are gray.,1,"(6, 4)"
+73.svg,Count the number of star's that are yellow.,1,"(6, 4)"
+73.svg,Count the number of pentagon's that are blue.,1,"(6, 4)"
+74.svg,Count the number of octagon's that are red.,1,"(6, 4)"
+74.svg,Count the number of star's that are yellow.,1,"(6, 4)"
+74.svg,Count the number of hexagon's that are blue.,2,"(6, 4)"
+74.svg,Count the number of cross's that are yellow.,1,"(6, 4)"
+74.svg,Count the number of pentagon's that are gray.,1,"(6, 4)"
+74.svg,Count the number of cross's that are blue.,2,"(6, 4)"
+75.svg,Count the number of octagon's that are gray.,1,"(6, 4)"
+75.svg,Count the number of octagon's that are yellow.,1,"(6, 4)"
+75.svg,Count the number of cross's that are blue.,1,"(6, 4)"
+75.svg,Count the number of pentagon's that are orange.,1,"(6, 4)"
+75.svg,Count the number of hexagon's that are black.,1,"(6, 4)"
+75.svg,Count the number of star's that are blue.,1,"(6, 4)"
+75.svg,Count the number of octagon's that are blue.,1,"(6, 4)"
+75.svg,Count the number of pentagon's that are purple.,1,"(6, 4)"
+76.svg,Count the number of octagon's that are black.,1,"(6, 4)"
+76.svg,Count the number of octagon's that are blue.,1,"(6, 4)"
+76.svg,Count the number of star's that are red.,1,"(6, 4)"
+76.svg,Count the number of pentagon's that are gray.,1,"(6, 4)"
+76.svg,Count the number of cross's that are orange.,2,"(6, 4)"
+76.svg,Count the number of pentagon's that are red.,1,"(6, 4)"
+76.svg,Count the number of triangle's that are purple.,1,"(6, 4)"
+76.svg,Count the number of cross's that are red.,1,"(6, 4)"
+77.svg,Count the number of cross's that are yellow.,1,"(6, 4)"
+77.svg,Count the number of cross's that are black.,2,"(6, 4)"
+77.svg,Count the number of octagon's that are blue.,1,"(6, 4)"
+77.svg,Count the number of triangle's that are blue.,1,"(6, 4)"
+77.svg,Count the number of hexagon's that are red.,1,"(6, 4)"
+78.svg,Count the number of star's that are red.,1,"(6, 4)"
+78.svg,Count the number of triangle's that are black.,1,"(6, 4)"
+78.svg,Count the number of pentagon's that are blue.,1,"(6, 4)"
+78.svg,Count the number of triangle's that are purple.,1,"(6, 4)"
+78.svg,Count the number of hexagon's that are green.,1,"(6, 4)"
+78.svg,Count the number of triangle's that are blue.,1,"(6, 4)"
+78.svg,Count the number of pentagon's that are orange.,1,"(6, 4)"
+78.svg,Count the number of hexagon's that are orange.,1,"(6, 4)"
+78.svg,Count the number of star's that are black.,1,"(6, 4)"
+79.svg,Count the number of triangle's that are black.,1,"(6, 4)"
+79.svg,Count the number of triangle's that are gray.,1,"(6, 4)"
+79.svg,Count the number of pentagon's that are green.,1,"(6, 4)"
+79.svg,Count the number of octagon's that are purple.,1,"(6, 4)"
+79.svg,Count the number of pentagon's that are yellow.,2,"(6, 4)"
+79.svg,Count the number of octagon's that are green.,1,"(6, 4)"
+79.svg,Count the number of cross's that are gray.,1,"(6, 4)"
+80.svg,Count the number of octagon's that are green.,1,"(6, 6)"
+80.svg,Count the number of cross's that are black.,1,"(6, 6)"
+80.svg,Count the number of triangle's that are black.,1,"(6, 6)"
+80.svg,Count the number of star's that are purple.,1,"(6, 6)"
+80.svg,Count the number of star's that are blue.,4,"(6, 6)"
+81.svg,Count the number of pentagon's that are gray.,2,"(6, 6)"
+81.svg,Count the number of cross's that are green.,2,"(6, 6)"
+81.svg,Count the number of octagon's that are gray.,1,"(6, 6)"
+81.svg,Count the number of cross's that are orange.,1,"(6, 6)"
+81.svg,Count the number of hexagon's that are black.,1,"(6, 6)"
+81.svg,Count the number of octagon's that are black.,1,"(6, 6)"
+81.svg,Count the number of hexagon's that are orange.,1,"(6, 6)"
+81.svg,Count the number of pentagon's that are purple.,1,"(6, 6)"
+81.svg,Count the number of cross's that are blue.,1,"(6, 6)"
+82.svg,Count the number of cross's that are blue.,1,"(6, 6)"
+82.svg,Count the number of star's that are blue.,1,"(6, 6)"
+82.svg,Count the number of octagon's that are blue.,1,"(6, 6)"
+82.svg,Count the number of cross's that are green.,1,"(6, 6)"
+82.svg,Count the number of hexagon's that are orange.,2,"(6, 6)"
+82.svg,Count the number of octagon's that are red.,1,"(6, 6)"
+82.svg,Count the number of cross's that are orange.,1,"(6, 6)"
+82.svg,Count the number of hexagon's that are yellow.,2,"(6, 6)"
+82.svg,Count the number of hexagon's that are red.,1,"(6, 6)"
+82.svg,Count the number of cross's that are black.,1,"(6, 6)"
+83.svg,Count the number of triangle's that are orange.,1,"(6, 6)"
+83.svg,Count the number of octagon's that are gray.,1,"(6, 6)"
+83.svg,Count the number of octagon's that are orange.,1,"(6, 6)"
+83.svg,Count the number of hexagon's that are yellow.,1,"(6, 6)"
+83.svg,Count the number of triangle's that are purple.,1,"(6, 6)"
+83.svg,Count the number of octagon's that are purple.,1,"(6, 6)"
+83.svg,Count the number of hexagon's that are orange.,1,"(6, 6)"
+84.svg,Count the number of triangle's that are gray.,1,"(6, 6)"
+84.svg,Count the number of cross's that are red.,1,"(6, 6)"
+84.svg,Count the number of octagon's that are orange.,1,"(6, 6)"
+84.svg,Count the number of hexagon's that are red.,2,"(6, 6)"
+84.svg,Count the number of cross's that are orange.,1,"(6, 6)"
+84.svg,Count the number of hexagon's that are purple.,1,"(6, 6)"
+84.svg,Count the number of triangle's that are blue.,1,"(6, 6)"
+84.svg,Count the number of triangle's that are red.,2,"(6, 6)"
+85.svg,Count the number of hexagon's that are purple.,1,"(6, 6)"
+85.svg,Count the number of cross's that are orange.,2,"(6, 6)"
+85.svg,Count the number of octagon's that are yellow.,1,"(6, 6)"
+85.svg,Count the number of cross's that are purple.,1,"(6, 6)"
+85.svg,Count the number of hexagon's that are red.,3,"(6, 6)"
+85.svg,Count the number of triangle's that are blue.,1,"(6, 6)"
+85.svg,Count the number of pentagon's that are red.,1,"(6, 6)"
+85.svg,Count the number of triangle's that are red.,2,"(6, 6)"
+85.svg,Count the number of star's that are blue.,1,"(6, 6)"
+85.svg,Count the number of octagon's that are red.,1,"(6, 6)"
+86.svg,Count the number of cross's that are green.,1,"(6, 6)"
+86.svg,Count the number of triangle's that are blue.,1,"(6, 6)"
+86.svg,Count the number of hexagon's that are blue.,1,"(6, 6)"
+86.svg,Count the number of octagon's that are blue.,1,"(6, 6)"
+86.svg,Count the number of cross's that are gray.,2,"(6, 6)"
+86.svg,Count the number of triangle's that are black.,1,"(6, 6)"
+86.svg,Count the number of pentagon's that are black.,1,"(6, 6)"
+86.svg,Count the number of pentagon's that are gray.,1,"(6, 6)"
+86.svg,Count the number of triangle's that are purple.,1,"(6, 6)"
+86.svg,Count the number of pentagon's that are purple.,1,"(6, 6)"
+86.svg,Count the number of cross's that are yellow.,1,"(6, 6)"
+86.svg,Count the number of hexagon's that are green.,1,"(6, 6)"
+86.svg,Count the number of star's that are purple.,1,"(6, 6)"
+87.svg,Count the number of triangle's that are black.,1,"(6, 6)"
+87.svg,Count the number of octagon's that are green.,1,"(6, 6)"
+87.svg,Count the number of cross's that are green.,1,"(6, 6)"
+87.svg,Count the number of triangle's that are gray.,1,"(6, 6)"
+87.svg,Count the number of star's that are green.,1,"(6, 6)"
+87.svg,Count the number of cross's that are black.,1,"(6, 6)"
+87.svg,Count the number of octagon's that are purple.,2,"(6, 6)"
+87.svg,Count the number of triangle's that are purple.,1,"(6, 6)"
+87.svg,Count the number of star's that are gray.,1,"(6, 6)"
+88.svg,Count the number of star's that are green.,1,"(6, 6)"
+88.svg,Count the number of star's that are purple.,2,"(6, 6)"
+88.svg,Count the number of octagon's that are purple.,1,"(6, 6)"
+88.svg,Count the number of pentagon's that are gray.,1,"(6, 6)"
+88.svg,Count the number of hexagon's that are purple.,1,"(6, 6)"
+88.svg,Count the number of octagon's that are black.,1,"(6, 6)"
+88.svg,Count the number of cross's that are green.,1,"(6, 6)"
+88.svg,Count the number of pentagon's that are blue.,1,"(6, 6)"
+89.svg,Count the number of cross's that are yellow.,1,"(6, 6)"
+89.svg,Count the number of octagon's that are purple.,2,"(6, 6)"
+89.svg,Count the number of star's that are blue.,1,"(6, 6)"
+89.svg,Count the number of pentagon's that are blue.,1,"(6, 6)"
+89.svg,Count the number of triangle's that are black.,1,"(6, 6)"
+89.svg,Count the number of star's that are green.,3,"(6, 6)"

2D_DoYouSeeMe/geometric_dataset/dataset_creator.py

@@ -0,0 +1,40 @@
+# Copyright (c) Microsoft Corporation.
+# Licensed under the MIT license.
+
+import ast
+import pandas as pd
+import os
+import math
+import random
+random.seed(0)
+
+
+dir_path = "visual_discrimination/sweep/geometric_dataset"
+df = pd.read_csv(os.path.join(dir_path, "dataset_dump.csv"))
+
+'''
+The dataset_dump.csv file contains the following columns:
+1. filename: SVG filename of the image
+2. shape_dictionary: It contains shape name as the key and corresponding count as the value
+'''
+
+data = []
+for index, row in df.iterrows():
+    shape_dict = ast.literal_eval(row['shape_dictionary'])
+    filename = row['filename']
+    sweep = ast.literal_eval(row['sweep'])
+    innerlist = []
+    for shape, count in shape_dict.items():
+        question = f"Count the total number of {shape}s in the image, including each concentric {shape} separately. For example, if there is one {shape} with 2 inner concentric rings, that counts as 3 {shape}s. Respond with only a number."
+        answer = count
+        innerlist.append({
+            'filename': filename,
+            'question': question,
+            'answer': answer,
+            'sweep': sweep
+        })
+    innerlist = random.sample(innerlist, 1)
+    data.extend(innerlist)
+
+df = pd.DataFrame(data)
+df.to_csv(os.path.join(dir_path, "dataset_info.csv"), index=False)

2D_DoYouSeeMe/geometric_dataset/dataset_dump.csv

@@ -0,0 +1,241 @@
+filename,shape_dictionary,sweep
+sweep_0_0.svg,"{'hexagon': 3, 'triangle': 4, 'star': 2}","(3, 3, 10)"
+sweep_0_1.svg,"{'octagon': 6, 'star': 3}","(3, 3, 10)"
+sweep_0_2.svg,"{'octagon': 1, 'rectangle': 3, 'hexagon': 3}","(3, 3, 10)"
+sweep_0_3.svg,"{'hexagon': 6, 'octagon': 2}","(3, 3, 10)"
+sweep_0_4.svg,"{'hexagon': 4, 'pentagon': 1, 'triangle': 5}","(3, 3, 10)"
+sweep_0_5.svg,"{'circle': 4, 'rectangle': 2, 'hexagon': 3}","(3, 3, 10)"
+sweep_0_6.svg,"{'pentagon': 1, 'octagon': 2, 'rectangle': 2}","(3, 3, 10)"
+sweep_0_7.svg,"{'circle': 4, 'octagon': 5, 'star': 3}","(3, 3, 10)"
+sweep_0_8.svg,"{'pentagon': 3, 'rectangle': 4, 'star': 3}","(3, 3, 10)"
+sweep_0_9.svg,"{'octagon': 1, 'pentagon': 4, 'hexagon': 3}","(3, 3, 10)"
+sweep_1_0.svg,"{'rectangle': 2, 'triangle': 7, 'octagon': 6}","(3, 3, -20)"
+sweep_1_1.svg,"{'pentagon': 1, 'triangle': 2, 'rectangle': 1}","(3, 3, -20)"
+sweep_1_2.svg,"{'star': 5, 'circle': 5, 'rectangle': 5}","(3, 3, -20)"
+sweep_1_3.svg,"{'triangle': 2, 'hexagon': 4, 'rectangle': 3}","(3, 3, -20)"
+sweep_1_4.svg,"{'octagon': 3, 'circle': 3, 'hexagon': 2}","(3, 3, -20)"
+sweep_1_5.svg,"{'octagon': 1, 'star': 3, 'triangle': 6}","(3, 3, -20)"
+sweep_1_6.svg,"{'hexagon': 4, 'star': 2, 'triangle': 2}","(3, 3, -20)"
+sweep_1_7.svg,"{'hexagon': 3, 'circle': 5, 'rectangle': 1}","(3, 3, -20)"
+sweep_1_8.svg,"{'pentagon': 2, 'octagon': 1, 'circle': 6}","(3, 3, -20)"
+sweep_1_9.svg,"{'rectangle': 5, 'circle': 1, 'pentagon': 4}","(3, 3, -20)"
+sweep_2_0.svg,"{'triangle': 5, 'octagon': 3, 'rectangle': 4}","(3, 3, -30)"
+sweep_2_1.svg,"{'rectangle': 3, 'octagon': 2, 'triangle': 1}","(3, 3, -30)"
+sweep_2_2.svg,"{'octagon': 7, 'pentagon': 5, 'star': 4}","(3, 3, -30)"
+sweep_2_3.svg,"{'circle': 7, 'star': 2, 'rectangle': 3}","(3, 3, -30)"
+sweep_2_4.svg,"{'pentagon': 2, 'circle': 6, 'hexagon': 4}","(3, 3, -30)"
+sweep_2_5.svg,"{'octagon': 1, 'pentagon': 4, 'rectangle': 4}","(3, 3, -30)"
+sweep_2_6.svg,"{'triangle': 3, 'star': 4, 'rectangle': 2}","(3, 3, -30)"
+sweep_2_7.svg,"{'star': 4, 'triangle': 2, 'pentagon': 2}","(3, 3, -30)"
+sweep_2_8.svg,"{'triangle': 2, 'star': 4, 'rectangle': 7}","(3, 3, -30)"
+sweep_2_9.svg,"{'octagon': 1, 'star': 1, 'triangle': 3}","(3, 3, -30)"
+sweep_3_0.svg,"{'pentagon': 4, 'hexagon': 4, 'rectangle': 1}","(3, 3, -40)"
+sweep_3_1.svg,"{'pentagon': 1, 'octagon': 1, 'hexagon': 4}","(3, 3, -40)"
+sweep_3_2.svg,"{'pentagon': 4, 'octagon': 3, 'star': 2}","(3, 3, -40)"
+sweep_3_3.svg,"{'triangle': 1, 'star': 3, 'hexagon': 3}","(3, 3, -40)"
+sweep_3_4.svg,"{'star': 3, 'hexagon': 3, 'triangle': 4}","(3, 3, -40)"
+sweep_3_5.svg,"{'triangle': 1, 'circle': 3, 'hexagon': 1}","(3, 3, -40)"
+sweep_3_6.svg,"{'pentagon': 2, 'octagon': 1, 'rectangle': 4}","(3, 3, -40)"
+sweep_3_7.svg,"{'triangle': 5, 'star': 3, 'pentagon': 2}","(3, 3, -40)"
+sweep_3_8.svg,"{'star': 3, 'octagon': 4, 'pentagon': 4}","(3, 3, -40)"
+sweep_3_9.svg,"{'pentagon': 4, 'star': 4, 'triangle': 1}","(3, 3, -40)"
+sweep_4_0.svg,"{'rectangle': 3, 'pentagon': 4, 'octagon': 1}","(3, 6, 10)"
+sweep_4_1.svg,"{'triangle': 1, 'circle': 5, 'rectangle': 1}","(3, 6, 10)"
+sweep_4_2.svg,"{'triangle': 8, 'pentagon': 1}","(3, 6, 10)"
+sweep_4_3.svg,"{'octagon': 4, 'pentagon': 7, 'star': 2}","(3, 6, 10)"
+sweep_4_4.svg,"{'star': 1, 'circle': 5, 'pentagon': 4}","(3, 6, 10)"
+sweep_4_5.svg,"{'star': 9, 'circle': 3, 'triangle': 1}","(3, 6, 10)"
+sweep_4_6.svg,"{'circle': 1, 'star': 3, 'hexagon': 2}","(3, 6, 10)"
+sweep_4_7.svg,"{'triangle': 5, 'rectangle': 6, 'star': 2}","(3, 6, 10)"
+sweep_4_8.svg,"{'octagon': 3, 'star': 3, 'pentagon': 4}","(3, 6, 10)"
+sweep_4_9.svg,"{'rectangle': 7, 'pentagon': 1, 'circle': 1}","(3, 6, 10)"
+sweep_5_0.svg,"{'hexagon': 2, 'pentagon': 7, 'triangle': 3}","(3, 6, -20)"
+sweep_5_1.svg,"{'triangle': 8, 'octagon': 7, 'rectangle': 7}","(3, 6, -20)"
+sweep_5_2.svg,"{'circle': 4, 'hexagon': 6, 'pentagon': 9}","(3, 6, -20)"
+sweep_5_3.svg,"{'triangle': 7, 'hexagon': 9, 'pentagon': 1}","(3, 6, -20)"
+sweep_5_4.svg,"{'hexagon': 6, 'triangle': 6, 'star': 4}","(3, 6, -20)"
+sweep_5_5.svg,"{'triangle': 8, 'hexagon': 6, 'star': 6}","(3, 6, -20)"
+sweep_5_6.svg,"{'circle': 4, 'pentagon': 6, 'hexagon': 4}","(3, 6, -20)"
+sweep_5_7.svg,"{'hexagon': 2, 'circle': 8, 'star': 7}","(3, 6, -20)"
+sweep_5_8.svg,"{'circle': 6, 'hexagon': 2, 'octagon': 6}","(3, 6, -20)"
+sweep_5_9.svg,"{'circle': 11, 'octagon': 7, 'triangle': 5}","(3, 6, -20)"
+sweep_6_0.svg,"{'star': 2, 'hexagon': 14, 'triangle': 6}","(3, 6, -30)"
+sweep_6_1.svg,"{'pentagon': 4, 'triangle': 2, 'rectangle': 9}","(3, 6, -30)"
+sweep_6_2.svg,"{'star': 6, 'circle': 7, 'hexagon': 9}","(3, 6, -30)"
+sweep_6_3.svg,"{'octagon': 10, 'hexagon': 3, 'circle': 6}","(3, 6, -30)"
+sweep_6_4.svg,"{'triangle': 7, 'pentagon': 4, 'hexagon': 7}","(3, 6, -30)"
+sweep_6_5.svg,"{'circle': 9, 'octagon': 9, 'star': 6}","(3, 6, -30)"
+sweep_6_6.svg,"{'hexagon': 8, 'circle': 9, 'rectangle': 5}","(3, 6, -30)"
+sweep_6_7.svg,"{'rectangle': 1, 'hexagon': 8, 'triangle': 3}","(3, 6, -30)"
+sweep_6_8.svg,"{'star': 5, 'pentagon': 8, 'hexagon': 3}","(3, 6, -30)"
+sweep_6_9.svg,"{'rectangle': 5, 'star': 1, 'pentagon': 7}","(3, 6, -30)"
+sweep_7_0.svg,"{'circle': 8, 'rectangle': 7, 'star': 3}","(3, 6, -40)"
+sweep_7_1.svg,"{'pentagon': 11, 'triangle': 8, 'octagon': 6}","(3, 6, -40)"
+sweep_7_2.svg,"{'octagon': 6, 'hexagon': 2, 'rectangle': 2}","(3, 6, -40)"
+sweep_7_3.svg,"{'rectangle': 1, 'pentagon': 2, 'hexagon': 1}","(3, 6, -40)"
+sweep_7_4.svg,"{'star': 8, 'circle': 2, 'hexagon': 6}","(3, 6, -40)"
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+sweep_23_8.svg,"{'star': 1, 'rectangle': 4, 'octagon': 5, 'hexagon': 15, 'pentagon': 3, 'circle': 10, 'triangle': 2}","(7, 10, -40)"
+sweep_23_9.svg,"{'pentagon': 9, 'octagon': 1, 'hexagon': 6, 'circle': 3, 'rectangle': 9, 'star': 3, 'triangle': 4}","(7, 10, -40)"

2D_DoYouSeeMe/geometric_dataset/dataset_info.csv

@@ -0,0 +1,241 @@
+filename,question,answer,sweep
+sweep_0_0.svg,"Count the total number of triangles in the image, including each concentric triangle separately. For example, if there is one triangle with 2 inner concentric rings, that counts as 3 triangles. Respond with only a number.",4,"(3, 3, 10)"
+sweep_0_1.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",3,"(3, 3, 10)"
+sweep_0_2.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",1,"(3, 3, 10)"
+sweep_0_3.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",2,"(3, 3, 10)"
+sweep_0_4.svg,"Count the total number of triangles in the image, including each concentric triangle separately. For example, if there is one triangle with 2 inner concentric rings, that counts as 3 triangles. Respond with only a number.",5,"(3, 3, 10)"
+sweep_0_5.svg,"Count the total number of rectangles in the image, including each concentric rectangle separately. For example, if there is one rectangle with 2 inner concentric rings, that counts as 3 rectangles. Respond with only a number.",2,"(3, 3, 10)"
+sweep_0_6.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",2,"(3, 3, 10)"
+sweep_0_7.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",5,"(3, 3, 10)"
+sweep_0_8.svg,"Count the total number of rectangles in the image, including each concentric rectangle separately. For example, if there is one rectangle with 2 inner concentric rings, that counts as 3 rectangles. Respond with only a number.",4,"(3, 3, 10)"
+sweep_0_9.svg,"Count the total number of pentagons in the image, including each concentric pentagon separately. For example, if there is one pentagon with 2 inner concentric rings, that counts as 3 pentagons. Respond with only a number.",4,"(3, 3, 10)"
+sweep_1_0.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",6,"(3, 3, -20)"
+sweep_1_1.svg,"Count the total number of pentagons in the image, including each concentric pentagon separately. For example, if there is one pentagon with 2 inner concentric rings, that counts as 3 pentagons. Respond with only a number.",1,"(3, 3, -20)"
+sweep_1_2.svg,"Count the total number of rectangles in the image, including each concentric rectangle separately. For example, if there is one rectangle with 2 inner concentric rings, that counts as 3 rectangles. Respond with only a number.",5,"(3, 3, -20)"
+sweep_1_3.svg,"Count the total number of triangles in the image, including each concentric triangle separately. For example, if there is one triangle with 2 inner concentric rings, that counts as 3 triangles. Respond with only a number.",2,"(3, 3, -20)"
+sweep_1_4.svg,"Count the total number of circles in the image, including each concentric circle separately. For example, if there is one circle with 2 inner concentric rings, that counts as 3 circles. Respond with only a number.",3,"(3, 3, -20)"
+sweep_1_5.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",1,"(3, 3, -20)"
+sweep_1_6.svg,"Count the total number of hexagons in the image, including each concentric hexagon separately. For example, if there is one hexagon with 2 inner concentric rings, that counts as 3 hexagons. Respond with only a number.",4,"(3, 3, -20)"
+sweep_1_7.svg,"Count the total number of rectangles in the image, including each concentric rectangle separately. For example, if there is one rectangle with 2 inner concentric rings, that counts as 3 rectangles. Respond with only a number.",1,"(3, 3, -20)"
+sweep_1_8.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",1,"(3, 3, -20)"
+sweep_1_9.svg,"Count the total number of pentagons in the image, including each concentric pentagon separately. For example, if there is one pentagon with 2 inner concentric rings, that counts as 3 pentagons. Respond with only a number.",4,"(3, 3, -20)"
+sweep_2_0.svg,"Count the total number of rectangles in the image, including each concentric rectangle separately. For example, if there is one rectangle with 2 inner concentric rings, that counts as 3 rectangles. Respond with only a number.",4,"(3, 3, -30)"
+sweep_2_1.svg,"Count the total number of triangles in the image, including each concentric triangle separately. For example, if there is one triangle with 2 inner concentric rings, that counts as 3 triangles. Respond with only a number.",1,"(3, 3, -30)"
+sweep_2_2.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",7,"(3, 3, -30)"
+sweep_2_3.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",2,"(3, 3, -30)"
+sweep_2_4.svg,"Count the total number of pentagons in the image, including each concentric pentagon separately. For example, if there is one pentagon with 2 inner concentric rings, that counts as 3 pentagons. Respond with only a number.",2,"(3, 3, -30)"
+sweep_2_5.svg,"Count the total number of rectangles in the image, including each concentric rectangle separately. For example, if there is one rectangle with 2 inner concentric rings, that counts as 3 rectangles. Respond with only a number.",4,"(3, 3, -30)"
+sweep_2_6.svg,"Count the total number of triangles in the image, including each concentric triangle separately. For example, if there is one triangle with 2 inner concentric rings, that counts as 3 triangles. Respond with only a number.",3,"(3, 3, -30)"
+sweep_2_7.svg,"Count the total number of pentagons in the image, including each concentric pentagon separately. For example, if there is one pentagon with 2 inner concentric rings, that counts as 3 pentagons. Respond with only a number.",2,"(3, 3, -30)"
+sweep_2_8.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",4,"(3, 3, -30)"
+sweep_2_9.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",1,"(3, 3, -30)"
+sweep_3_0.svg,"Count the total number of rectangles in the image, including each concentric rectangle separately. For example, if there is one rectangle with 2 inner concentric rings, that counts as 3 rectangles. Respond with only a number.",1,"(3, 3, -40)"
+sweep_3_1.svg,"Count the total number of pentagons in the image, including each concentric pentagon separately. For example, if there is one pentagon with 2 inner concentric rings, that counts as 3 pentagons. Respond with only a number.",1,"(3, 3, -40)"
+sweep_3_2.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",3,"(3, 3, -40)"
+sweep_3_3.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",3,"(3, 3, -40)"
+sweep_3_4.svg,"Count the total number of hexagons in the image, including each concentric hexagon separately. For example, if there is one hexagon with 2 inner concentric rings, that counts as 3 hexagons. Respond with only a number.",3,"(3, 3, -40)"
+sweep_3_5.svg,"Count the total number of hexagons in the image, including each concentric hexagon separately. For example, if there is one hexagon with 2 inner concentric rings, that counts as 3 hexagons. Respond with only a number.",1,"(3, 3, -40)"
+sweep_3_6.svg,"Count the total number of rectangles in the image, including each concentric rectangle separately. For example, if there is one rectangle with 2 inner concentric rings, that counts as 3 rectangles. Respond with only a number.",4,"(3, 3, -40)"
+sweep_3_7.svg,"Count the total number of triangles in the image, including each concentric triangle separately. For example, if there is one triangle with 2 inner concentric rings, that counts as 3 triangles. Respond with only a number.",5,"(3, 3, -40)"
+sweep_3_8.svg,"Count the total number of pentagons in the image, including each concentric pentagon separately. For example, if there is one pentagon with 2 inner concentric rings, that counts as 3 pentagons. Respond with only a number.",4,"(3, 3, -40)"
+sweep_3_9.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",4,"(3, 3, -40)"
+sweep_4_0.svg,"Count the total number of pentagons in the image, including each concentric pentagon separately. For example, if there is one pentagon with 2 inner concentric rings, that counts as 3 pentagons. Respond with only a number.",4,"(3, 6, 10)"
+sweep_4_1.svg,"Count the total number of rectangles in the image, including each concentric rectangle separately. For example, if there is one rectangle with 2 inner concentric rings, that counts as 3 rectangles. Respond with only a number.",1,"(3, 6, 10)"
+sweep_4_2.svg,"Count the total number of pentagons in the image, including each concentric pentagon separately. For example, if there is one pentagon with 2 inner concentric rings, that counts as 3 pentagons. Respond with only a number.",1,"(3, 6, 10)"
+sweep_4_3.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",4,"(3, 6, 10)"
+sweep_4_4.svg,"Count the total number of pentagons in the image, including each concentric pentagon separately. For example, if there is one pentagon with 2 inner concentric rings, that counts as 3 pentagons. Respond with only a number.",4,"(3, 6, 10)"
+sweep_4_5.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",9,"(3, 6, 10)"
+sweep_4_6.svg,"Count the total number of circles in the image, including each concentric circle separately. For example, if there is one circle with 2 inner concentric rings, that counts as 3 circles. Respond with only a number.",1,"(3, 6, 10)"
+sweep_4_7.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",2,"(3, 6, 10)"
+sweep_4_8.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",3,"(3, 6, 10)"
+sweep_4_9.svg,"Count the total number of circles in the image, including each concentric circle separately. For example, if there is one circle with 2 inner concentric rings, that counts as 3 circles. Respond with only a number.",1,"(3, 6, 10)"
+sweep_5_0.svg,"Count the total number of triangles in the image, including each concentric triangle separately. For example, if there is one triangle with 2 inner concentric rings, that counts as 3 triangles. Respond with only a number.",3,"(3, 6, -20)"
+sweep_5_1.svg,"Count the total number of rectangles in the image, including each concentric rectangle separately. For example, if there is one rectangle with 2 inner concentric rings, that counts as 3 rectangles. Respond with only a number.",7,"(3, 6, -20)"
+sweep_5_2.svg,"Count the total number of circles in the image, including each concentric circle separately. For example, if there is one circle with 2 inner concentric rings, that counts as 3 circles. Respond with only a number.",4,"(3, 6, -20)"
+sweep_5_3.svg,"Count the total number of pentagons in the image, including each concentric pentagon separately. For example, if there is one pentagon with 2 inner concentric rings, that counts as 3 pentagons. Respond with only a number.",1,"(3, 6, -20)"
+sweep_5_4.svg,"Count the total number of triangles in the image, including each concentric triangle separately. For example, if there is one triangle with 2 inner concentric rings, that counts as 3 triangles. Respond with only a number.",6,"(3, 6, -20)"
+sweep_5_5.svg,"Count the total number of hexagons in the image, including each concentric hexagon separately. For example, if there is one hexagon with 2 inner concentric rings, that counts as 3 hexagons. Respond with only a number.",6,"(3, 6, -20)"
+sweep_5_6.svg,"Count the total number of circles in the image, including each concentric circle separately. For example, if there is one circle with 2 inner concentric rings, that counts as 3 circles. Respond with only a number.",4,"(3, 6, -20)"
+sweep_5_7.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",7,"(3, 6, -20)"
+sweep_5_8.svg,"Count the total number of hexagons in the image, including each concentric hexagon separately. For example, if there is one hexagon with 2 inner concentric rings, that counts as 3 hexagons. Respond with only a number.",2,"(3, 6, -20)"
+sweep_5_9.svg,"Count the total number of triangles in the image, including each concentric triangle separately. For example, if there is one triangle with 2 inner concentric rings, that counts as 3 triangles. Respond with only a number.",5,"(3, 6, -20)"
+sweep_6_0.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",2,"(3, 6, -30)"
+sweep_6_1.svg,"Count the total number of pentagons in the image, including each concentric pentagon separately. For example, if there is one pentagon with 2 inner concentric rings, that counts as 3 pentagons. Respond with only a number.",4,"(3, 6, -30)"
+sweep_6_2.svg,"Count the total number of hexagons in the image, including each concentric hexagon separately. For example, if there is one hexagon with 2 inner concentric rings, that counts as 3 hexagons. Respond with only a number.",9,"(3, 6, -30)"
+sweep_6_3.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",10,"(3, 6, -30)"
+sweep_6_4.svg,"Count the total number of triangles in the image, including each concentric triangle separately. For example, if there is one triangle with 2 inner concentric rings, that counts as 3 triangles. Respond with only a number.",7,"(3, 6, -30)"
+sweep_6_5.svg,"Count the total number of circles in the image, including each concentric circle separately. For example, if there is one circle with 2 inner concentric rings, that counts as 3 circles. Respond with only a number.",9,"(3, 6, -30)"
+sweep_6_6.svg,"Count the total number of rectangles in the image, including each concentric rectangle separately. For example, if there is one rectangle with 2 inner concentric rings, that counts as 3 rectangles. Respond with only a number.",5,"(3, 6, -30)"
+sweep_6_7.svg,"Count the total number of hexagons in the image, including each concentric hexagon separately. For example, if there is one hexagon with 2 inner concentric rings, that counts as 3 hexagons. Respond with only a number.",8,"(3, 6, -30)"
+sweep_6_8.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",5,"(3, 6, -30)"
+sweep_6_9.svg,"Count the total number of rectangles in the image, including each concentric rectangle separately. For example, if there is one rectangle with 2 inner concentric rings, that counts as 3 rectangles. Respond with only a number.",5,"(3, 6, -30)"
+sweep_7_0.svg,"Count the total number of rectangles in the image, including each concentric rectangle separately. For example, if there is one rectangle with 2 inner concentric rings, that counts as 3 rectangles. Respond with only a number.",7,"(3, 6, -40)"
+sweep_7_1.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",6,"(3, 6, -40)"
+sweep_7_2.svg,"Count the total number of hexagons in the image, including each concentric hexagon separately. For example, if there is one hexagon with 2 inner concentric rings, that counts as 3 hexagons. Respond with only a number.",2,"(3, 6, -40)"
+sweep_7_3.svg,"Count the total number of rectangles in the image, including each concentric rectangle separately. For example, if there is one rectangle with 2 inner concentric rings, that counts as 3 rectangles. Respond with only a number.",1,"(3, 6, -40)"
+sweep_7_4.svg,"Count the total number of circles in the image, including each concentric circle separately. For example, if there is one circle with 2 inner concentric rings, that counts as 3 circles. Respond with only a number.",2,"(3, 6, -40)"
+sweep_7_5.svg,"Count the total number of hexagons in the image, including each concentric hexagon separately. For example, if there is one hexagon with 2 inner concentric rings, that counts as 3 hexagons. Respond with only a number.",6,"(3, 6, -40)"
+sweep_7_6.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",8,"(3, 6, -40)"
+sweep_7_7.svg,"Count the total number of circles in the image, including each concentric circle separately. For example, if there is one circle with 2 inner concentric rings, that counts as 3 circles. Respond with only a number.",3,"(3, 6, -40)"
+sweep_7_8.svg,"Count the total number of pentagons in the image, including each concentric pentagon separately. For example, if there is one pentagon with 2 inner concentric rings, that counts as 3 pentagons. Respond with only a number.",8,"(3, 6, -40)"
+sweep_7_9.svg,"Count the total number of circles in the image, including each concentric circle separately. For example, if there is one circle with 2 inner concentric rings, that counts as 3 circles. Respond with only a number.",1,"(3, 6, -40)"
+sweep_8_0.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",2,"(3, 10, 10)"
+sweep_8_1.svg,"Count the total number of circles in the image, including each concentric circle separately. For example, if there is one circle with 2 inner concentric rings, that counts as 3 circles. Respond with only a number.",4,"(3, 10, 10)"
+sweep_8_2.svg,"Count the total number of circles in the image, including each concentric circle separately. For example, if there is one circle with 2 inner concentric rings, that counts as 3 circles. Respond with only a number.",11,"(3, 10, 10)"
+sweep_8_3.svg,"Count the total number of hexagons in the image, including each concentric hexagon separately. For example, if there is one hexagon with 2 inner concentric rings, that counts as 3 hexagons. Respond with only a number.",5,"(3, 10, 10)"
+sweep_8_4.svg,"Count the total number of rectangles in the image, including each concentric rectangle separately. For example, if there is one rectangle with 2 inner concentric rings, that counts as 3 rectangles. Respond with only a number.",4,"(3, 10, 10)"
+sweep_8_5.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",10,"(3, 10, 10)"
+sweep_8_6.svg,"Count the total number of hexagons in the image, including each concentric hexagon separately. For example, if there is one hexagon with 2 inner concentric rings, that counts as 3 hexagons. Respond with only a number.",1,"(3, 10, 10)"
+sweep_8_7.svg,"Count the total number of pentagons in the image, including each concentric pentagon separately. For example, if there is one pentagon with 2 inner concentric rings, that counts as 3 pentagons. Respond with only a number.",4,"(3, 10, 10)"
+sweep_8_8.svg,"Count the total number of pentagons in the image, including each concentric pentagon separately. For example, if there is one pentagon with 2 inner concentric rings, that counts as 3 pentagons. Respond with only a number.",3,"(3, 10, 10)"
+sweep_8_9.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",6,"(3, 10, 10)"
+sweep_9_0.svg,"Count the total number of circles in the image, including each concentric circle separately. For example, if there is one circle with 2 inner concentric rings, that counts as 3 circles. Respond with only a number.",1,"(3, 10, -20)"
+sweep_9_1.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",2,"(3, 10, -20)"
+sweep_9_2.svg,"Count the total number of pentagons in the image, including each concentric pentagon separately. For example, if there is one pentagon with 2 inner concentric rings, that counts as 3 pentagons. Respond with only a number.",5,"(3, 10, -20)"
+sweep_9_3.svg,"Count the total number of circles in the image, including each concentric circle separately. For example, if there is one circle with 2 inner concentric rings, that counts as 3 circles. Respond with only a number.",14,"(3, 10, -20)"
+sweep_9_4.svg,"Count the total number of circles in the image, including each concentric circle separately. For example, if there is one circle with 2 inner concentric rings, that counts as 3 circles. Respond with only a number.",17,"(3, 10, -20)"
+sweep_9_5.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",10,"(3, 10, -20)"
+sweep_9_6.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",4,"(3, 10, -20)"
+sweep_9_7.svg,"Count the total number of circles in the image, including each concentric circle separately. For example, if there is one circle with 2 inner concentric rings, that counts as 3 circles. Respond with only a number.",5,"(3, 10, -20)"
+sweep_9_8.svg,"Count the total number of hexagons in the image, including each concentric hexagon separately. For example, if there is one hexagon with 2 inner concentric rings, that counts as 3 hexagons. Respond with only a number.",8,"(3, 10, -20)"
+sweep_9_9.svg,"Count the total number of rectangles in the image, including each concentric rectangle separately. For example, if there is one rectangle with 2 inner concentric rings, that counts as 3 rectangles. Respond with only a number.",3,"(3, 10, -20)"
+sweep_10_0.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",17,"(3, 10, -30)"
+sweep_10_1.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",7,"(3, 10, -30)"
+sweep_10_2.svg,"Count the total number of circles in the image, including each concentric circle separately. For example, if there is one circle with 2 inner concentric rings, that counts as 3 circles. Respond with only a number.",8,"(3, 10, -30)"
+sweep_10_3.svg,"Count the total number of circles in the image, including each concentric circle separately. For example, if there is one circle with 2 inner concentric rings, that counts as 3 circles. Respond with only a number.",3,"(3, 10, -30)"
+sweep_10_4.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",14,"(3, 10, -30)"
+sweep_10_5.svg,"Count the total number of circles in the image, including each concentric circle separately. For example, if there is one circle with 2 inner concentric rings, that counts as 3 circles. Respond with only a number.",7,"(3, 10, -30)"
+sweep_10_6.svg,"Count the total number of triangles in the image, including each concentric triangle separately. For example, if there is one triangle with 2 inner concentric rings, that counts as 3 triangles. Respond with only a number.",16,"(3, 10, -30)"
+sweep_10_7.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",10,"(3, 10, -30)"
+sweep_10_8.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",7,"(3, 10, -30)"
+sweep_10_9.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",4,"(3, 10, -30)"
+sweep_11_0.svg,"Count the total number of hexagons in the image, including each concentric hexagon separately. For example, if there is one hexagon with 2 inner concentric rings, that counts as 3 hexagons. Respond with only a number.",4,"(3, 10, -40)"
+sweep_11_1.svg,"Count the total number of rectangles in the image, including each concentric rectangle separately. For example, if there is one rectangle with 2 inner concentric rings, that counts as 3 rectangles. Respond with only a number.",1,"(3, 10, -40)"
+sweep_11_2.svg,"Count the total number of circles in the image, including each concentric circle separately. For example, if there is one circle with 2 inner concentric rings, that counts as 3 circles. Respond with only a number.",12,"(3, 10, -40)"
+sweep_11_3.svg,"Count the total number of pentagons in the image, including each concentric pentagon separately. For example, if there is one pentagon with 2 inner concentric rings, that counts as 3 pentagons. Respond with only a number.",10,"(3, 10, -40)"
+sweep_11_4.svg,"Count the total number of triangles in the image, including each concentric triangle separately. For example, if there is one triangle with 2 inner concentric rings, that counts as 3 triangles. Respond with only a number.",12,"(3, 10, -40)"
+sweep_11_5.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",5,"(3, 10, -40)"
+sweep_11_6.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",3,"(3, 10, -40)"
+sweep_11_7.svg,"Count the total number of rectangles in the image, including each concentric rectangle separately. For example, if there is one rectangle with 2 inner concentric rings, that counts as 3 rectangles. Respond with only a number.",10,"(3, 10, -40)"
+sweep_11_8.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",8,"(3, 10, -40)"
+sweep_11_9.svg,"Count the total number of hexagons in the image, including each concentric hexagon separately. For example, if there is one hexagon with 2 inner concentric rings, that counts as 3 hexagons. Respond with only a number.",9,"(3, 10, -40)"
+sweep_12_0.svg,"Count the total number of rectangles in the image, including each concentric rectangle separately. For example, if there is one rectangle with 2 inner concentric rings, that counts as 3 rectangles. Respond with only a number.",2,"(7, 3, 10)"
+sweep_12_1.svg,"Count the total number of triangles in the image, including each concentric triangle separately. For example, if there is one triangle with 2 inner concentric rings, that counts as 3 triangles. Respond with only a number.",3,"(7, 3, 10)"
+sweep_12_2.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",1,"(7, 3, 10)"
+sweep_12_3.svg,"Count the total number of pentagons in the image, including each concentric pentagon separately. For example, if there is one pentagon with 2 inner concentric rings, that counts as 3 pentagons. Respond with only a number.",3,"(7, 3, 10)"
+sweep_12_4.svg,"Count the total number of triangles in the image, including each concentric triangle separately. For example, if there is one triangle with 2 inner concentric rings, that counts as 3 triangles. Respond with only a number.",5,"(7, 3, 10)"
+sweep_12_5.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",1,"(7, 3, 10)"
+sweep_12_6.svg,"Count the total number of pentagons in the image, including each concentric pentagon separately. For example, if there is one pentagon with 2 inner concentric rings, that counts as 3 pentagons. Respond with only a number.",3,"(7, 3, 10)"
+sweep_12_7.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",2,"(7, 3, 10)"
+sweep_12_8.svg,"Count the total number of triangles in the image, including each concentric triangle separately. For example, if there is one triangle with 2 inner concentric rings, that counts as 3 triangles. Respond with only a number.",3,"(7, 3, 10)"
+sweep_12_9.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",2,"(7, 3, 10)"
+sweep_13_0.svg,"Count the total number of circles in the image, including each concentric circle separately. For example, if there is one circle with 2 inner concentric rings, that counts as 3 circles. Respond with only a number.",4,"(7, 3, -20)"
+sweep_13_1.svg,"Count the total number of pentagons in the image, including each concentric pentagon separately. For example, if there is one pentagon with 2 inner concentric rings, that counts as 3 pentagons. Respond with only a number.",5,"(7, 3, -20)"
+sweep_13_2.svg,"Count the total number of rectangles in the image, including each concentric rectangle separately. For example, if there is one rectangle with 2 inner concentric rings, that counts as 3 rectangles. Respond with only a number.",5,"(7, 3, -20)"
+sweep_13_3.svg,"Count the total number of pentagons in the image, including each concentric pentagon separately. For example, if there is one pentagon with 2 inner concentric rings, that counts as 3 pentagons. Respond with only a number.",4,"(7, 3, -20)"
+sweep_13_4.svg,"Count the total number of hexagons in the image, including each concentric hexagon separately. For example, if there is one hexagon with 2 inner concentric rings, that counts as 3 hexagons. Respond with only a number.",3,"(7, 3, -20)"
+sweep_13_5.svg,"Count the total number of triangles in the image, including each concentric triangle separately. For example, if there is one triangle with 2 inner concentric rings, that counts as 3 triangles. Respond with only a number.",1,"(7, 3, -20)"
+sweep_13_6.svg,"Count the total number of hexagons in the image, including each concentric hexagon separately. For example, if there is one hexagon with 2 inner concentric rings, that counts as 3 hexagons. Respond with only a number.",2,"(7, 3, -20)"
+sweep_13_7.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",2,"(7, 3, -20)"
+sweep_13_8.svg,"Count the total number of pentagons in the image, including each concentric pentagon separately. For example, if there is one pentagon with 2 inner concentric rings, that counts as 3 pentagons. Respond with only a number.",2,"(7, 3, -20)"
+sweep_13_9.svg,"Count the total number of pentagons in the image, including each concentric pentagon separately. For example, if there is one pentagon with 2 inner concentric rings, that counts as 3 pentagons. Respond with only a number.",2,"(7, 3, -20)"
+sweep_14_0.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",1,"(7, 3, -30)"
+sweep_14_1.svg,"Count the total number of circles in the image, including each concentric circle separately. For example, if there is one circle with 2 inner concentric rings, that counts as 3 circles. Respond with only a number.",1,"(7, 3, -30)"
+sweep_14_2.svg,"Count the total number of triangles in the image, including each concentric triangle separately. For example, if there is one triangle with 2 inner concentric rings, that counts as 3 triangles. Respond with only a number.",2,"(7, 3, -30)"
+sweep_14_3.svg,"Count the total number of circles in the image, including each concentric circle separately. For example, if there is one circle with 2 inner concentric rings, that counts as 3 circles. Respond with only a number.",2,"(7, 3, -30)"
+sweep_14_4.svg,"Count the total number of triangles in the image, including each concentric triangle separately. For example, if there is one triangle with 2 inner concentric rings, that counts as 3 triangles. Respond with only a number.",2,"(7, 3, -30)"
+sweep_14_5.svg,"Count the total number of hexagons in the image, including each concentric hexagon separately. For example, if there is one hexagon with 2 inner concentric rings, that counts as 3 hexagons. Respond with only a number.",1,"(7, 3, -30)"
+sweep_14_6.svg,"Count the total number of rectangles in the image, including each concentric rectangle separately. For example, if there is one rectangle with 2 inner concentric rings, that counts as 3 rectangles. Respond with only a number.",5,"(7, 3, -30)"
+sweep_14_7.svg,"Count the total number of hexagons in the image, including each concentric hexagon separately. For example, if there is one hexagon with 2 inner concentric rings, that counts as 3 hexagons. Respond with only a number.",3,"(7, 3, -30)"
+sweep_14_8.svg,"Count the total number of circles in the image, including each concentric circle separately. For example, if there is one circle with 2 inner concentric rings, that counts as 3 circles. Respond with only a number.",1,"(7, 3, -30)"
+sweep_14_9.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",2,"(7, 3, -30)"
+sweep_15_0.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",1,"(7, 3, -40)"
+sweep_15_1.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",6,"(7, 3, -40)"
+sweep_15_2.svg,"Count the total number of hexagons in the image, including each concentric hexagon separately. For example, if there is one hexagon with 2 inner concentric rings, that counts as 3 hexagons. Respond with only a number.",1,"(7, 3, -40)"
+sweep_15_3.svg,"Count the total number of pentagons in the image, including each concentric pentagon separately. For example, if there is one pentagon with 2 inner concentric rings, that counts as 3 pentagons. Respond with only a number.",3,"(7, 3, -40)"
+sweep_15_4.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",7,"(7, 3, -40)"
+sweep_15_5.svg,"Count the total number of rectangles in the image, including each concentric rectangle separately. For example, if there is one rectangle with 2 inner concentric rings, that counts as 3 rectangles. Respond with only a number.",2,"(7, 3, -40)"
+sweep_15_6.svg,"Count the total number of triangles in the image, including each concentric triangle separately. For example, if there is one triangle with 2 inner concentric rings, that counts as 3 triangles. Respond with only a number.",6,"(7, 3, -40)"
+sweep_15_7.svg,"Count the total number of circles in the image, including each concentric circle separately. For example, if there is one circle with 2 inner concentric rings, that counts as 3 circles. Respond with only a number.",6,"(7, 3, -40)"
+sweep_15_8.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",2,"(7, 3, -40)"
+sweep_15_9.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",2,"(7, 3, -40)"
+sweep_16_0.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",11,"(7, 6, 10)"
+sweep_16_1.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",5,"(7, 6, 10)"
+sweep_16_2.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",2,"(7, 6, 10)"
+sweep_16_3.svg,"Count the total number of hexagons in the image, including each concentric hexagon separately. For example, if there is one hexagon with 2 inner concentric rings, that counts as 3 hexagons. Respond with only a number.",4,"(7, 6, 10)"
+sweep_16_4.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",5,"(7, 6, 10)"
+sweep_16_5.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",3,"(7, 6, 10)"
+sweep_16_6.svg,"Count the total number of circles in the image, including each concentric circle separately. For example, if there is one circle with 2 inner concentric rings, that counts as 3 circles. Respond with only a number.",10,"(7, 6, 10)"
+sweep_16_7.svg,"Count the total number of hexagons in the image, including each concentric hexagon separately. For example, if there is one hexagon with 2 inner concentric rings, that counts as 3 hexagons. Respond with only a number.",4,"(7, 6, 10)"
+sweep_16_8.svg,"Count the total number of rectangles in the image, including each concentric rectangle separately. For example, if there is one rectangle with 2 inner concentric rings, that counts as 3 rectangles. Respond with only a number.",3,"(7, 6, 10)"
+sweep_16_9.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",8,"(7, 6, 10)"
+sweep_17_0.svg,"Count the total number of triangles in the image, including each concentric triangle separately. For example, if there is one triangle with 2 inner concentric rings, that counts as 3 triangles. Respond with only a number.",3,"(7, 6, -20)"
+sweep_17_1.svg,"Count the total number of triangles in the image, including each concentric triangle separately. For example, if there is one triangle with 2 inner concentric rings, that counts as 3 triangles. Respond with only a number.",3,"(7, 6, -20)"
+sweep_17_2.svg,"Count the total number of pentagons in the image, including each concentric pentagon separately. For example, if there is one pentagon with 2 inner concentric rings, that counts as 3 pentagons. Respond with only a number.",4,"(7, 6, -20)"
+sweep_17_3.svg,"Count the total number of circles in the image, including each concentric circle separately. For example, if there is one circle with 2 inner concentric rings, that counts as 3 circles. Respond with only a number.",5,"(7, 6, -20)"
+sweep_17_4.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",7,"(7, 6, -20)"
+sweep_17_5.svg,"Count the total number of circles in the image, including each concentric circle separately. For example, if there is one circle with 2 inner concentric rings, that counts as 3 circles. Respond with only a number.",2,"(7, 6, -20)"
+sweep_17_6.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",3,"(7, 6, -20)"
+sweep_17_7.svg,"Count the total number of pentagons in the image, including each concentric pentagon separately. For example, if there is one pentagon with 2 inner concentric rings, that counts as 3 pentagons. Respond with only a number.",1,"(7, 6, -20)"
+sweep_17_8.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",1,"(7, 6, -20)"
+sweep_17_9.svg,"Count the total number of hexagons in the image, including each concentric hexagon separately. For example, if there is one hexagon with 2 inner concentric rings, that counts as 3 hexagons. Respond with only a number.",6,"(7, 6, -20)"
+sweep_18_0.svg,"Count the total number of rectangles in the image, including each concentric rectangle separately. For example, if there is one rectangle with 2 inner concentric rings, that counts as 3 rectangles. Respond with only a number.",2,"(7, 6, -30)"
+sweep_18_1.svg,"Count the total number of rectangles in the image, including each concentric rectangle separately. For example, if there is one rectangle with 2 inner concentric rings, that counts as 3 rectangles. Respond with only a number.",5,"(7, 6, -30)"
+sweep_18_2.svg,"Count the total number of triangles in the image, including each concentric triangle separately. For example, if there is one triangle with 2 inner concentric rings, that counts as 3 triangles. Respond with only a number.",1,"(7, 6, -30)"
+sweep_18_3.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",1,"(7, 6, -30)"
+sweep_18_4.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",4,"(7, 6, -30)"
+sweep_18_5.svg,"Count the total number of rectangles in the image, including each concentric rectangle separately. For example, if there is one rectangle with 2 inner concentric rings, that counts as 3 rectangles. Respond with only a number.",8,"(7, 6, -30)"
+sweep_18_6.svg,"Count the total number of pentagons in the image, including each concentric pentagon separately. For example, if there is one pentagon with 2 inner concentric rings, that counts as 3 pentagons. Respond with only a number.",6,"(7, 6, -30)"
+sweep_18_7.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",6,"(7, 6, -30)"
+sweep_18_8.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",3,"(7, 6, -30)"
+sweep_18_9.svg,"Count the total number of rectangles in the image, including each concentric rectangle separately. For example, if there is one rectangle with 2 inner concentric rings, that counts as 3 rectangles. Respond with only a number.",4,"(7, 6, -30)"
+sweep_19_0.svg,"Count the total number of pentagons in the image, including each concentric pentagon separately. For example, if there is one pentagon with 2 inner concentric rings, that counts as 3 pentagons. Respond with only a number.",8,"(7, 6, -40)"
+sweep_19_1.svg,"Count the total number of pentagons in the image, including each concentric pentagon separately. For example, if there is one pentagon with 2 inner concentric rings, that counts as 3 pentagons. Respond with only a number.",7,"(7, 6, -40)"
+sweep_19_2.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",1,"(7, 6, -40)"
+sweep_19_3.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",9,"(7, 6, -40)"
+sweep_19_4.svg,"Count the total number of triangles in the image, including each concentric triangle separately. For example, if there is one triangle with 2 inner concentric rings, that counts as 3 triangles. Respond with only a number.",4,"(7, 6, -40)"
+sweep_19_5.svg,"Count the total number of circles in the image, including each concentric circle separately. For example, if there is one circle with 2 inner concentric rings, that counts as 3 circles. Respond with only a number.",4,"(7, 6, -40)"
+sweep_19_6.svg,"Count the total number of hexagons in the image, including each concentric hexagon separately. For example, if there is one hexagon with 2 inner concentric rings, that counts as 3 hexagons. Respond with only a number.",7,"(7, 6, -40)"
+sweep_19_7.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",3,"(7, 6, -40)"
+sweep_19_8.svg,"Count the total number of triangles in the image, including each concentric triangle separately. For example, if there is one triangle with 2 inner concentric rings, that counts as 3 triangles. Respond with only a number.",7,"(7, 6, -40)"
+sweep_19_9.svg,"Count the total number of circles in the image, including each concentric circle separately. For example, if there is one circle with 2 inner concentric rings, that counts as 3 circles. Respond with only a number.",10,"(7, 6, -40)"
+sweep_20_0.svg,"Count the total number of triangles in the image, including each concentric triangle separately. For example, if there is one triangle with 2 inner concentric rings, that counts as 3 triangles. Respond with only a number.",1,"(7, 10, 10)"
+sweep_20_1.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",15,"(7, 10, 10)"
+sweep_20_2.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",3,"(7, 10, 10)"
+sweep_20_3.svg,"Count the total number of rectangles in the image, including each concentric rectangle separately. For example, if there is one rectangle with 2 inner concentric rings, that counts as 3 rectangles. Respond with only a number.",11,"(7, 10, 10)"
+sweep_20_4.svg,"Count the total number of triangles in the image, including each concentric triangle separately. For example, if there is one triangle with 2 inner concentric rings, that counts as 3 triangles. Respond with only a number.",1,"(7, 10, 10)"
+sweep_20_5.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",4,"(7, 10, 10)"
+sweep_20_6.svg,"Count the total number of triangles in the image, including each concentric triangle separately. For example, if there is one triangle with 2 inner concentric rings, that counts as 3 triangles. Respond with only a number.",9,"(7, 10, 10)"
+sweep_20_7.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",5,"(7, 10, 10)"
+sweep_20_8.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",1,"(7, 10, 10)"
+sweep_20_9.svg,"Count the total number of triangles in the image, including each concentric triangle separately. For example, if there is one triangle with 2 inner concentric rings, that counts as 3 triangles. Respond with only a number.",1,"(7, 10, 10)"
+sweep_21_0.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",1,"(7, 10, -20)"
+sweep_21_1.svg,"Count the total number of triangles in the image, including each concentric triangle separately. For example, if there is one triangle with 2 inner concentric rings, that counts as 3 triangles. Respond with only a number.",4,"(7, 10, -20)"
+sweep_21_2.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",9,"(7, 10, -20)"
+sweep_21_3.svg,"Count the total number of hexagons in the image, including each concentric hexagon separately. For example, if there is one hexagon with 2 inner concentric rings, that counts as 3 hexagons. Respond with only a number.",9,"(7, 10, -20)"
+sweep_21_4.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",9,"(7, 10, -20)"
+sweep_21_5.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",8,"(7, 10, -20)"
+sweep_21_6.svg,"Count the total number of pentagons in the image, including each concentric pentagon separately. For example, if there is one pentagon with 2 inner concentric rings, that counts as 3 pentagons. Respond with only a number.",13,"(7, 10, -20)"
+sweep_21_7.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",12,"(7, 10, -20)"
+sweep_21_8.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",1,"(7, 10, -20)"
+sweep_21_9.svg,"Count the total number of triangles in the image, including each concentric triangle separately. For example, if there is one triangle with 2 inner concentric rings, that counts as 3 triangles. Respond with only a number.",4,"(7, 10, -20)"
+sweep_22_0.svg,"Count the total number of pentagons in the image, including each concentric pentagon separately. For example, if there is one pentagon with 2 inner concentric rings, that counts as 3 pentagons. Respond with only a number.",3,"(7, 10, -30)"
+sweep_22_1.svg,"Count the total number of hexagons in the image, including each concentric hexagon separately. For example, if there is one hexagon with 2 inner concentric rings, that counts as 3 hexagons. Respond with only a number.",1,"(7, 10, -30)"
+sweep_22_2.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",8,"(7, 10, -30)"
+sweep_22_3.svg,"Count the total number of pentagons in the image, including each concentric pentagon separately. For example, if there is one pentagon with 2 inner concentric rings, that counts as 3 pentagons. Respond with only a number.",4,"(7, 10, -30)"
+sweep_22_4.svg,"Count the total number of pentagons in the image, including each concentric pentagon separately. For example, if there is one pentagon with 2 inner concentric rings, that counts as 3 pentagons. Respond with only a number.",11,"(7, 10, -30)"
+sweep_22_5.svg,"Count the total number of hexagons in the image, including each concentric hexagon separately. For example, if there is one hexagon with 2 inner concentric rings, that counts as 3 hexagons. Respond with only a number.",1,"(7, 10, -30)"
+sweep_22_6.svg,"Count the total number of triangles in the image, including each concentric triangle separately. For example, if there is one triangle with 2 inner concentric rings, that counts as 3 triangles. Respond with only a number.",3,"(7, 10, -30)"
+sweep_22_7.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",5,"(7, 10, -30)"
+sweep_22_8.svg,"Count the total number of triangles in the image, including each concentric triangle separately. For example, if there is one triangle with 2 inner concentric rings, that counts as 3 triangles. Respond with only a number.",1,"(7, 10, -30)"
+sweep_22_9.svg,"Count the total number of pentagons in the image, including each concentric pentagon separately. For example, if there is one pentagon with 2 inner concentric rings, that counts as 3 pentagons. Respond with only a number.",5,"(7, 10, -30)"
+sweep_23_0.svg,"Count the total number of pentagons in the image, including each concentric pentagon separately. For example, if there is one pentagon with 2 inner concentric rings, that counts as 3 pentagons. Respond with only a number.",16,"(7, 10, -40)"
+sweep_23_1.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",5,"(7, 10, -40)"
+sweep_23_2.svg,"Count the total number of rectangles in the image, including each concentric rectangle separately. For example, if there is one rectangle with 2 inner concentric rings, that counts as 3 rectangles. Respond with only a number.",8,"(7, 10, -40)"
+sweep_23_3.svg,"Count the total number of octagons in the image, including each concentric octagon separately. For example, if there is one octagon with 2 inner concentric rings, that counts as 3 octagons. Respond with only a number.",5,"(7, 10, -40)"
+sweep_23_4.svg,"Count the total number of stars in the image, including each concentric star separately. For example, if there is one star with 2 inner concentric rings, that counts as 3 stars. Respond with only a number.",8,"(7, 10, -40)"
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2D_DoYouSeeMe/letter_disambiguation/dataset_info.csv

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2D_DoYouSeeMe/visual_closure/dataset_info.csv

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2D_DoYouSeeMe/visual_figure_ground/dataset_info.csv

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2D_DoYouSeeMe/visual_form_constancy/dataset_info.csv

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2D_DoYouSeeMe/visual_spatial/spatial_dataset_converter.py

@@ -0,0 +1,215 @@
+# Copyright (c) Microsoft Corporation.
+# Licensed under the MIT license.
+
+import os
+import pandas as pd
+import random
+from typing import Dict, List, Tuple, Any, Optional
+
+class MultiGridQuestionGenerator:
+    def __init__(self, spatial_dicts: List[Dict]):
+        """
+        Initialize with a list of spatial dictionaries, each representing one grid
+        
+        Args:
+            spatial_dicts: List of dictionaries, where each dictionary maps (row, col) 
+                          to (shape, color) for one grid
+        """
+        self.spatial_dicts = spatial_dicts
+        self.num_grids = len(spatial_dicts)
+        self.grid_dimensions = [self._get_grid_dimensions(d) for d in spatial_dicts]
+        self.shapes = ['triangle', 'square', 'circle']
+        self.colors = ['black', 'white']
+        
+    def _get_grid_dimensions(self, spatial_dict: Dict) -> Tuple[int, int]:
+        """Calculate dimensions for a single grid"""
+        max_row = max(pos[0] for pos in spatial_dict.keys())
+        max_col = max(pos[1] for pos in spatial_dict.keys())
+        return (max_row + 1, max_col + 1)
+    
+    def _get_object_at_position(self, grid_idx: int, row: int, col: int) -> Tuple[str, str]:
+        """Get object at position in specified grid"""
+        return self.spatial_dicts[grid_idx].get((row, col), (None, None))
+
+    def _count_objects_same_row(self, grid_idx: int, row: int, col: int, 
+                              direction: str,
+                              color: Optional[str] = None, 
+                              shape: Optional[str] = None) -> int:
+        """Count objects in same row in specified direction for given grid"""
+        rows, cols = self.grid_dimensions[grid_idx]
+        
+        if not (0 <= row < rows and 0 <= col < cols):
+            return -1
+            
+        if direction == 'right' and col >= cols - 1:
+            return -1
+        if direction == 'left' and col <= 0:
+            return -1
+            
+        count = 0
+        if direction == 'right':
+            range_to_check = range(col + 1, cols)
+        else:  # left
+            range_to_check = range(col - 1, -1, -1)
+            
+        for c in range_to_check:
+            curr_shape, curr_color = self._get_object_at_position(grid_idx, row, c)
+            matches = True
+            if color and curr_color != color:
+                matches = False
+            if shape and curr_shape != shape:
+                matches = False
+            if matches:
+                count += 1
+        return count
+
+    def _count_objects_same_column(self, grid_idx: int, row: int, col: int,
+                                 direction: str,
+                                 color: Optional[str] = None,
+                                 shape: Optional[str] = None) -> int:
+        """Count objects in same column in specified direction for given grid"""
+        rows, cols = self.grid_dimensions[grid_idx]
+        
+        if not (0 <= row < rows and 0 <= col < cols):
+            return -1
+            
+        if direction == 'up' and row <= 0:
+            return -1
+        if direction == 'down' and row >= rows - 1:
+            return -1
+            
+        count = 0
+        if direction == 'up':
+            range_to_check = range(row - 1, -1, -1)
+        else:  # down
+            range_to_check = range(row + 1, rows)
+            
+        for r in range_to_check:
+            curr_shape, curr_color = self._get_object_at_position(grid_idx, r, col)
+            matches = True
+            if color and curr_color != color:
+                matches = False
+            if shape and curr_shape != shape:
+                matches = False
+            if matches:
+                count += 1
+        return count
+
+    def _gen_directional_count_question(self) -> Optional[Dict[str, Any]]:
+        """Generate a question about counting objects in a specific direction"""
+        # Choose a random grid
+        grid_idx = random.randint(0, self.num_grids - 1)
+        rows, cols = self.grid_dimensions[grid_idx]
+        
+        # Choose direction and appropriate position constraints
+        direction = random.choice(['left', 'right', 'up', 'down'])
+        
+        if direction == 'right':
+            row = random.randint(0, rows - 1)
+            col = random.randint(0, cols - 2)  # Avoid rightmost
+        elif direction == 'left':
+            row = random.randint(0, rows - 1)
+            col = random.randint(1, cols - 1)  # Avoid leftmost
+        elif direction == 'up':
+            row = random.randint(1, rows - 1)  # Avoid topmost
+            col = random.randint(0, cols - 1)
+        else:  # down
+            row = random.randint(0, rows - 2)  # Avoid bottommost
+            col = random.randint(0, cols - 1)
+            
+        base_shape, base_color = self._get_object_at_position(grid_idx, row, col)
+        
+        # Randomly choose what to count
+        count_type = random.choice(['color', 'shape', 'both'])
+        target_color = random.choice(self.colors) if count_type in ['color', 'both'] else None
+        target_shape = random.choice(self.shapes) if count_type in ['shape', 'both'] else None
+        
+        # Generate count based on direction
+        if direction in ['left', 'right']:
+            count = self._count_objects_same_row(grid_idx, row, col, direction, target_color, target_shape)
+        else:
+            count = self._count_objects_same_column(grid_idx, row, col, direction, target_color, target_shape)
+            
+        # Construct question text
+        what_to_count = ""
+        if count_type == 'color':
+            what_to_count = f"{target_color} objects"
+        elif count_type == 'shape':
+            what_to_count = f"{target_shape}s"
+        else:
+            what_to_count = f"{target_color} {target_shape}s"
+            
+        question = (
+            f"In grid {grid_idx + 1}, starting from the {base_color} {base_shape} at position "
+            f"(row {row + 1}, column {col + 1}), how many {what_to_count} are there {direction} "
+            f"of it in the same {'row' if direction in ['left', 'right'] else 'column'}?"
+        )
+            
+        return {
+            "question": question,
+            "answer": count,
+            "type": f"count_{direction}",
+            "grid_idx": grid_idx
+        }
+
+    def generate_question_set(self, num_questions: int = 5) -> List[Dict[str, Any]]:
+        """Generate a set of unique questions across all grids"""
+        questions = []
+        attempts = 0
+        max_attempts = num_questions * 3
+        
+        question_generators = [
+            self._gen_directional_count_question,
+            # Add other question generators here
+        ]
+        
+        while len(questions) < num_questions and attempts < max_attempts:
+            gen_func = random.choice(question_generators)
+            question = gen_func()
+            if question and not any(self._are_similar_questions(question, q) for q in questions):
+                questions.append(question)
+            attempts += 1
+            
+        return questions
+
+    def _are_similar_questions(self, q1: Dict[str, Any], q2: Dict[str, Any]) -> bool:
+        """Check if two questions are too similar"""
+        if q1['type'] != q2['type'] or q1['grid_idx'] != q2['grid_idx']:
+            return False
+        return q1['question'] == q2['question']
+
+
+def process_dataset(df: pd.DataFrame) -> pd.DataFrame:
+    """
+    Process the dataset to generate questions for each set of grids
+    
+    Args:
+        df: DataFrame with 'name' and 'spatial_dict' columns
+        
+    Returns:
+        DataFrame with filename, question, answer columns
+    """
+    dataset = []
+    
+    for idx, row in df.iterrows():
+        print(f"Processing {row['name']}")
+        generator = MultiGridQuestionGenerator(row['spatial_dict'])
+        questions = generator.generate_question_set(num_questions=random.randint(1, 5))
+        
+        for q in questions:
+            q['filename'] = row['name']
+            q['sweep'] = row['sweep']
+        dataset.extend(questions)
+        print("=====================================")
+        
+    return pd.DataFrame(dataset)[['filename', 'question', 'answer', 'sweep']]
+
+import ast
+
+df = pd.read_csv("visual_discrimination/sweep/visual_spatial/dataset_dump.csv")
+df['spatial_dict'] = df.apply(lambda x: ast.literal_eval(x['spatial_dict']), axis=1)
+df["sweep"] = df.apply(lambda x: ast.literal_eval(x["sweep"]), axis=1)
+
+dataset = process_dataset(df)
+
+dataset.to_csv("visual_discrimination/sweep/visual_spatial/dataset_info.csv", index=False)

3D_DoYouSeeMe/3D_color_and_shape_disambiguation/0.json

@@ -0,0 +1,14 @@
+{
+    "scene": "skywalk",
+    "light": "middle",
+    "shape_counts": {
+        "torus": 1
+    },
+    "shape_color_counts": {
+        "('torus', 'yellow')": 1
+    },
+    "min_visibility": 0.7,
+    "num_objects": 1,
+    "num_shapes": 1,
+    "max_instances_per_shape": 1
+}

3D_DoYouSeeMe/3D_color_and_shape_disambiguation/dataset_creator.py

@@ -0,0 +1,87 @@
+# Copyright (c) Microsoft Corporation.
+# Licensed under the MIT license.
+
+import random
+import ast
+SEED=51
+random.seed(SEED)
+
+
+def generate_shape_color_question_and_answer(info):
+    """
+    Ask about a specific (shape, color) pair.
+    
+    Returns:
+        question (str): e.g.
+            "In the scene 'skywalk' under 'middle' lighting, how many black cones are there?"
+        answer   (int)
+    """
+    # parse the stringified keys into real tuples
+    parsed = {}
+    for k, count in info.get("shape_color_counts", {}).items():
+        shape, color = ast.literal_eval(k)
+        parsed[(shape, color)] = count
+
+    (shape, color), cnt = random.choice(list(parsed.items()))
+    question = (
+        f"In the scene, "
+        f"how many {color} {shape}'s are there?"
+    )
+    return question, cnt
+
+
+def generate_shape_question_and_answer(info):
+    """
+    Ask about the total number of a given shape, agnostic of color.
+    
+    Returns:
+        question (str): e.g.
+            "In the scene 'skywalk' under 'middle' lighting, how many cones are there in total?"
+        answer   (int)
+    """
+    # first try the provided shape_counts
+    shape_counts = info.get("shape_counts", {})
+    
+    # fallback: aggregate from shape_color_counts if needed
+    if not shape_counts:
+        agg = {}
+        for k, count in info.get("shape_color_counts", {}).items():
+            shape, _ = ast.literal_eval(k)
+            agg[shape] = agg.get(shape, 0) + count
+        shape_counts = agg
+
+    shape, total = random.choice(list(shape_counts.items()))
+    question = (
+        f"In the scene, "
+        f"how many {shape}'s are there in total?"
+    )
+    return question, total
+
+import os
+import json
+
+base_dir = "3D_DoYouSeeMe/color_disambiguation"
+
+os.listdir(base_dir)
+
+data_list = []
+for filename in os.listdir(base_dir):
+    if filename.endswith(".json"):
+        # print(filename)
+        with open(os.path.join(base_dir, filename), "r") as f:
+            data = f.read()
+        data = json.loads(data)
+        q, a = generate_shape_color_question_and_answer(data)
+
+        num_shapes = data["num_shapes"]
+        max_instances_per_shape = data["max_instances_per_shape"]
+        min_visibility = data["min_visibility"]
+        
+        data_list.append({"filename": os.path.splitext(filename)[0] + ".png",
+                          "question": q,
+                          "answer": a,
+                          "sweep": [num_shapes, max_instances_per_shape, min_visibility]})
+
+import pandas as pd
+df = pd.DataFrame(data_list)
+df.to_csv(os.path.join(base_dir, "dataset_info.csv"), index=False)

3D_DoYouSeeMe/3D_color_and_shape_disambiguation/dataset_info.csv

@@ -0,0 +1,121 @@
+filename,question,answer,sweep
+66.png,"In the scene, how many white cylinder's are there?",1,"[3, 3, 0.8]"
+56.png,"In the scene, how many red cone's are there?",1,"[3, 2, 0.7]"
+43.png,"In the scene, how many black cube's are there?",1,"[2, 3, 0.8]"
+19.png,"In the scene, how many white torus's are there?",3,"[1, 3, 0.8]"
+6.png,"In the scene, how many black cylinder's are there?",1,"[1, 1, 0.99]"
+119.png,"In the scene, how many yellow cylinder's are there?",1,"[5, 3, 0.99]"
+94.png,"In the scene, how many black sphere's are there?",1,"[4, 3, 0.99]"
+11.png,"In the scene, how many yellow sphere's are there?",1,"[1, 2, 0.8]"
+76.png,"In the scene, how many black cube's are there?",1,"[4, 1, 0.9]"
+100.png,"In the scene, how many red sphere's are there?",1,"[5, 1, 0.9]"
+26.png,"In the scene, how many red sphere's are there?",1,"[2, 1, 0.8]"
+59.png,"In the scene, how many blue torus's are there?",1,"[3, 2, 0.8]"
+1.png,"In the scene, how many red cube's are there?",1,"[1, 1, 0.7]"
+23.png,"In the scene, how many red cylinder's are there?",1,"[1, 3, 0.99]"
+8.png,"In the scene, how many red cone's are there?",1,"[1, 2, 0.7]"
+50.png,"In the scene, how many red torus's are there?",1,"[3, 1, 0.8]"
+101.png,"In the scene, how many white sphere's are there?",1,"[5, 1, 0.9]"
+72.png,"In the scene, how many white sphere's are there?",1,"[4, 1, 0.7]"
+83.png,"In the scene, how many black sphere's are there?",2,"[4, 2, 0.8]"
+77.png,"In the scene, how many blue sphere's are there?",1,"[4, 1, 0.9]"
+89.png,"In the scene, how many blue torus's are there?",2,"[4, 3, 0.7]"
+48.png,"In the scene, how many red cube's are there?",1,"[3, 1, 0.7]"
+17.png,"In the scene, how many black sphere's are there?",1,"[1, 3, 0.7]"
+58.png,"In the scene, how many black sphere's are there?",2,"[3, 2, 0.8]"
+7.png,"In the scene, how many black sphere's are there?",1,"[1, 1, 0.99]"
+103.png,"In the scene, how many blue torus's are there?",1,"[5, 1, 0.99]"
+90.png,"In the scene, how many red cone's are there?",1,"[4, 3, 0.8]"
+54.png,"In the scene, how many yellow torus's are there?",1,"[3, 1, 0.99]"
+32.png,"In the scene, how many red sphere's are there?",1,"[2, 2, 0.7]"
+82.png,"In the scene, how many black cone's are there?",1,"[4, 2, 0.8]"
+97.png,"In the scene, how many blue sphere's are there?",1,"[5, 1, 0.7]"
+81.png,"In the scene, how many yellow sphere's are there?",1,"[4, 2, 0.7]"
+55.png,"In the scene, how many yellow cone's are there?",1,"[3, 1, 0.99]"
+63.png,"In the scene, how many white cylinder's are there?",1,"[3, 2, 0.99]"
+84.png,"In the scene, how many black cone's are there?",1,"[4, 2, 0.9]"
+28.png,"In the scene, how many white cone's are there?",1,"[2, 1, 0.9]"
+39.png,"In the scene, how many black torus's are there?",2,"[2, 2, 0.99]"
+98.png,"In the scene, how many red cylinder's are there?",1,"[5, 1, 0.8]"
+86.png,"In the scene, how many white cube's are there?",1,"[4, 2, 0.99]"
+41.png,"In the scene, how many blue sphere's are there?",1,"[2, 3, 0.7]"
+78.png,"In the scene, how many red cylinder's are there?",1,"[4, 1, 0.99]"
+36.png,"In the scene, how many yellow sphere's are there?",1,"[2, 2, 0.9]"
+111.png,"In the scene, how many yellow sphere's are there?",1,"[5, 2, 0.99]"
+46.png,"In the scene, how many black torus's are there?",1,"[2, 3, 0.99]"
+69.png,"In the scene, how many white torus's are there?",1,"[3, 3, 0.9]"
+64.png,"In the scene, how many blue cylinder's are there?",1,"[3, 3, 0.7]"
+9.png,"In the scene, how many white cone's are there?",1,"[1, 2, 0.7]"
+107.png,"In the scene, how many red cube's are there?",1,"[5, 2, 0.8]"
+15.png,"In the scene, how many black cylinder's are there?",1,"[1, 2, 0.99]"
+106.png,"In the scene, how many red sphere's are there?",1,"[5, 2, 0.8]"
+112.png,"In the scene, how many yellow cone's are there?",2,"[5, 3, 0.7]"
+51.png,"In the scene, how many black sphere's are there?",1,"[3, 1, 0.8]"
+113.png,"In the scene, how many red cone's are there?",1,"[5, 3, 0.7]"
+29.png,"In the scene, how many yellow sphere's are there?",1,"[2, 1, 0.9]"
+95.png,"In the scene, how many yellow cylinder's are there?",1,"[4, 3, 0.99]"
+75.png,"In the scene, how many yellow cone's are there?",1,"[4, 1, 0.8]"
+108.png,"In the scene, how many yellow cube's are there?",1,"[5, 2, 0.9]"
+117.png,"In the scene, how many white cylinder's are there?",1,"[5, 3, 0.9]"
+31.png,"In the scene, how many white cube's are there?",1,"[2, 1, 0.99]"
+87.png,"In the scene, how many red cylinder's are there?",1,"[4, 2, 0.99]"
+42.png,"In the scene, how many black torus's are there?",1,"[2, 3, 0.8]"
+116.png,"In the scene, how many red torus's are there?",1,"[5, 3, 0.9]"
+61.png,"In the scene, how many white torus's are there?",1,"[3, 2, 0.9]"
+53.png,"In the scene, how many white sphere's are there?",1,"[3, 1, 0.9]"
+44.png,"In the scene, how many yellow cone's are there?",1,"[2, 3, 0.9]"
+62.png,"In the scene, how many black cone's are there?",1,"[3, 2, 0.99]"
+68.png,"In the scene, how many red cube's are there?",1,"[3, 3, 0.9]"
+65.png,"In the scene, how many red cone's are there?",2,"[3, 3, 0.7]"
+67.png,"In the scene, how many blue cube's are there?",2,"[3, 3, 0.8]"
+22.png,"In the scene, how many black cone's are there?",1,"[1, 3, 0.99]"
+105.png,"In the scene, how many white cylinder's are there?",1,"[5, 2, 0.7]"
+70.png,"In the scene, how many blue sphere's are there?",1,"[3, 3, 0.99]"
+115.png,"In the scene, how many red cube's are there?",1,"[5, 3, 0.8]"
+93.png,"In the scene, how many red cube's are there?",1,"[4, 3, 0.9]"
+88.png,"In the scene, how many black cone's are there?",1,"[4, 3, 0.7]"
+73.png,"In the scene, how many yellow cylinder's are there?",1,"[4, 1, 0.7]"
+110.png,"In the scene, how many yellow cone's are there?",1,"[5, 2, 0.99]"
+45.png,"In the scene, how many red torus's are there?",2,"[2, 3, 0.9]"
+99.png,"In the scene, how many blue sphere's are there?",1,"[5, 1, 0.8]"
+30.png,"In the scene, how many red cone's are there?",1,"[2, 1, 0.99]"
+0.png,"In the scene, how many yellow torus's are there?",1,"[1, 1, 0.7]"
+21.png,"In the scene, how many white torus's are there?",1,"[1, 3, 0.9]"
+16.png,"In the scene, how many black cone's are there?",1,"[1, 3, 0.7]"
+52.png,"In the scene, how many red cylinder's are there?",1,"[3, 1, 0.9]"
+25.png,"In the scene, how many yellow cube's are there?",1,"[2, 1, 0.7]"
+18.png,"In the scene, how many red sphere's are there?",2,"[1, 3, 0.8]"
+40.png,"In the scene, how many black torus's are there?",1,"[2, 3, 0.7]"
+35.png,"In the scene, how many white cylinder's are there?",1,"[2, 2, 0.8]"
+38.png,"In the scene, how many black cylinder's are there?",1,"[2, 2, 0.99]"
+74.png,"In the scene, how many black sphere's are there?",1,"[4, 1, 0.8]"
+34.png,"In the scene, how many yellow cone's are there?",1,"[2, 2, 0.8]"
+80.png,"In the scene, how many red cone's are there?",1,"[4, 2, 0.7]"
+109.png,"In the scene, how many yellow sphere's are there?",1,"[5, 2, 0.9]"
+96.png,"In the scene, how many white sphere's are there?",1,"[5, 1, 0.7]"
+104.png,"In the scene, how many blue cube's are there?",1,"[5, 2, 0.7]"
+10.png,"In the scene, how many white cylinder's are there?",1,"[1, 2, 0.8]"
+71.png,"In the scene, how many black cube's are there?",1,"[3, 3, 0.99]"
+47.png,"In the scene, how many blue cube's are there?",1,"[2, 3, 0.99]"
+13.png,"In the scene, how many black cube's are there?",1,"[1, 2, 0.9]"
+85.png,"In the scene, how many red cone's are there?",1,"[4, 2, 0.9]"
+37.png,"In the scene, how many yellow cube's are there?",1,"[2, 2, 0.9]"
+5.png,"In the scene, how many red sphere's are there?",1,"[1, 1, 0.9]"
+33.png,"In the scene, how many yellow sphere's are there?",1,"[2, 2, 0.7]"
+92.png,"In the scene, how many yellow torus's are there?",1,"[4, 3, 0.9]"
+2.png,"In the scene, how many blue cube's are there?",1,"[1, 1, 0.8]"
+27.png,"In the scene, how many black sphere's are there?",1,"[2, 1, 0.8]"
+49.png,"In the scene, how many yellow sphere's are there?",1,"[3, 1, 0.7]"
+4.png,"In the scene, how many red cube's are there?",1,"[1, 1, 0.9]"
+24.png,"In the scene, how many blue cylinder's are there?",1,"[2, 1, 0.7]"
+3.png,"In the scene, how many yellow cone's are there?",1,"[1, 1, 0.8]"
+118.png,"In the scene, how many white torus's are there?",1,"[5, 3, 0.99]"
+102.png,"In the scene, how many black cube's are there?",1,"[5, 1, 0.99]"
+20.png,"In the scene, how many blue cylinder's are there?",1,"[1, 3, 0.9]"
+57.png,"In the scene, how many black torus's are there?",1,"[3, 2, 0.7]"
+79.png,"In the scene, how many red cylinder's are there?",1,"[4, 1, 0.99]"
+12.png,"In the scene, how many red cone's are there?",1,"[1, 2, 0.9]"
+60.png,"In the scene, how many blue cube's are there?",1,"[3, 2, 0.9]"
+91.png,"In the scene, how many red cylinder's are there?",1,"[4, 3, 0.8]"
+114.png,"In the scene, how many black cylinder's are there?",2,"[5, 3, 0.8]"
+14.png,"In the scene, how many blue sphere's are there?",1,"[1, 2, 0.99]"

3D_DoYouSeeMe/3D_letter_disambiguation/0.json

@@ -0,0 +1,12 @@
+{
+    "scene": "street",
+    "light": "left",
+    "dot_type": "sphere",
+    "dot_size": 0.05,
+    "spacing": 0.4,
+    "dot_color": "red",
+    "background_dots": false,
+    "letters": [
+        "T"
+    ]
+}

3D_DoYouSeeMe/3D_letter_disambiguation/dataset_creator.py

@@ -0,0 +1,50 @@
+# Copyright (c) Microsoft Corporation.
+# Licensed under the MIT license.
+
+# variation, dot_size, spacing, letter_number
+import os
+import pandas as pd
+import json
+
+# {
+#     "scene": "skywalk",
+#     "light": "left",
+#     "dot_type": "cylinder",
+#     "dot_size": 0.14,
+#     "spacing": 0.5,
+#     "dot_color": "red",
+#     "background_dots": false,
+#     "letters": [
+#         "Q",
+#         "P"
+#     ]
+# }
+
+base_dir = "3D_DoYouSeeMe/letter_disambiguation"
+
+files = os.listdir(base_dir)
+
+data_list = []
+for file in files:
+    if file.endswith(".json"):
+        with open(os.path.join(base_dir, file), "r") as f:
+            data = f.read()
+        data = json.loads(data)
+        
+        question = "In the scene, which letters do you see from left to right?"
+        letters = data["letters"]
+        answer = "".join(letters)
+        
+        variation = data["dot_type"]
+        dot_size = data["dot_size"]
+        spacing = data["spacing"]
+        num_letters = len(letters)
+        data_list.append({
+            "filename": os.path.splitext(file)[0] + ".png",
+            "question": question,
+            "answer": answer,
+            "sweep": [variation, dot_size, spacing, num_letters]
+        })
+
+df = pd.DataFrame(data_list)
+df.to_csv(os.path.join(base_dir, "dataset_info.csv"), index=False)

3D_DoYouSeeMe/3D_letter_disambiguation/dataset_info.csv

@@ -0,0 +1,97 @@
+filename,question,answer,sweep
+66.png,"In the scene, which letters do you see from left to right?",BX,"['cylinder', 0.05, 0.4, 2]"
+56.png,"In the scene, which letters do you see from left to right?",H,"['cube', 0.14, 0.4, 1]"
+43.png,"In the scene, which letters do you see from left to right?",PI,"['cube', 0.08, 0.4, 2]"
+19.png,"In the scene, which letters do you see from left to right?",UY,"['sphere', 0.11, 0.4, 2]"
+6.png,"In the scene, which letters do you see from left to right?",UW,"['sphere', 0.05, 0.5, 2]"
+94.png,"In the scene, which letters do you see from left to right?",QP,"['cylinder', 0.14, 0.5, 2]"
+11.png,"In the scene, which letters do you see from left to right?",FB,"['sphere', 0.08, 0.4, 2]"
+76.png,"In the scene, which letters do you see from left to right?",C,"['cylinder', 0.08, 0.5, 1]"
+26.png,"In the scene, which letters do you see from left to right?",AK,"['sphere', 0.14, 0.4, 2]"
+59.png,"In the scene, which letters do you see from left to right?",ZR,"['cube', 0.14, 0.4, 2]"
+1.png,"In the scene, which letters do you see from left to right?",L,"['sphere', 0.05, 0.4, 1]"
+23.png,"In the scene, which letters do you see from left to right?",RY,"['sphere', 0.11, 0.5, 2]"
+8.png,"In the scene, which letters do you see from left to right?",M,"['sphere', 0.08, 0.4, 1]"
+50.png,"In the scene, which letters do you see from left to right?",WB,"['cube', 0.11, 0.4, 2]"
+72.png,"In the scene, which letters do you see from left to right?",N,"['cylinder', 0.08, 0.4, 1]"
+83.png,"In the scene, which letters do you see from left to right?",EC,"['cylinder', 0.11, 0.4, 2]"
+77.png,"In the scene, which letters do you see from left to right?",Z,"['cylinder', 0.08, 0.5, 1]"
+89.png,"In the scene, which letters do you see from left to right?",O,"['cylinder', 0.14, 0.4, 1]"
+48.png,"In the scene, which letters do you see from left to right?",X,"['cube', 0.11, 0.4, 1]"
+17.png,"In the scene, which letters do you see from left to right?",V,"['sphere', 0.11, 0.4, 1]"
+58.png,"In the scene, which letters do you see from left to right?",PJ,"['cube', 0.14, 0.4, 2]"
+7.png,"In the scene, which letters do you see from left to right?",ER,"['sphere', 0.05, 0.5, 2]"
+90.png,"In the scene, which letters do you see from left to right?",AV,"['cylinder', 0.14, 0.4, 2]"
+54.png,"In the scene, which letters do you see from left to right?",UV,"['cube', 0.11, 0.5, 2]"
+32.png,"In the scene, which letters do you see from left to right?",T,"['cube', 0.05, 0.4, 1]"
+82.png,"In the scene, which letters do you see from left to right?",ZZ,"['cylinder', 0.11, 0.4, 2]"
+81.png,"In the scene, which letters do you see from left to right?",G,"['cylinder', 0.11, 0.4, 1]"
+55.png,"In the scene, which letters do you see from left to right?",RR,"['cube', 0.11, 0.5, 2]"
+63.png,"In the scene, which letters do you see from left to right?",UH,"['cube', 0.14, 0.5, 2]"
+84.png,"In the scene, which letters do you see from left to right?",C,"['cylinder', 0.11, 0.5, 1]"
+28.png,"In the scene, which letters do you see from left to right?",K,"['sphere', 0.14, 0.5, 1]"
+39.png,"In the scene, which letters do you see from left to right?",QO,"['cube', 0.05, 0.5, 2]"
+86.png,"In the scene, which letters do you see from left to right?",NK,"['cylinder', 0.11, 0.5, 2]"
+41.png,"In the scene, which letters do you see from left to right?",D,"['cube', 0.08, 0.4, 1]"
+78.png,"In the scene, which letters do you see from left to right?",OQ,"['cylinder', 0.08, 0.5, 2]"
+36.png,"In the scene, which letters do you see from left to right?",M,"['cube', 0.05, 0.5, 1]"
+46.png,"In the scene, which letters do you see from left to right?",AP,"['cube', 0.08, 0.5, 2]"
+69.png,"In the scene, which letters do you see from left to right?",H,"['cylinder', 0.05, 0.5, 1]"
+64.png,"In the scene, which letters do you see from left to right?",B,"['cylinder', 0.05, 0.4, 1]"
+9.png,"In the scene, which letters do you see from left to right?",A,"['sphere', 0.08, 0.4, 1]"
+15.png,"In the scene, which letters do you see from left to right?",NR,"['sphere', 0.08, 0.5, 2]"
+51.png,"In the scene, which letters do you see from left to right?",AU,"['cube', 0.11, 0.4, 2]"
+29.png,"In the scene, which letters do you see from left to right?",N,"['sphere', 0.14, 0.5, 1]"
+95.png,"In the scene, which letters do you see from left to right?",KR,"['cylinder', 0.14, 0.5, 2]"
+75.png,"In the scene, which letters do you see from left to right?",JR,"['cylinder', 0.08, 0.4, 2]"
+31.png,"In the scene, which letters do you see from left to right?",WB,"['sphere', 0.14, 0.5, 2]"
+87.png,"In the scene, which letters do you see from left to right?",LW,"['cylinder', 0.11, 0.5, 2]"
+42.png,"In the scene, which letters do you see from left to right?",OX,"['cube', 0.08, 0.4, 2]"
+61.png,"In the scene, which letters do you see from left to right?",T,"['cube', 0.14, 0.5, 1]"
+53.png,"In the scene, which letters do you see from left to right?",P,"['cube', 0.11, 0.5, 1]"
+44.png,"In the scene, which letters do you see from left to right?",Z,"['cube', 0.08, 0.5, 1]"
+62.png,"In the scene, which letters do you see from left to right?",GU,"['cube', 0.14, 0.5, 2]"
+68.png,"In the scene, which letters do you see from left to right?",Z,"['cylinder', 0.05, 0.5, 1]"
+65.png,"In the scene, which letters do you see from left to right?",V,"['cylinder', 0.05, 0.4, 1]"
+67.png,"In the scene, which letters do you see from left to right?",OC,"['cylinder', 0.05, 0.4, 2]"
+22.png,"In the scene, which letters do you see from left to right?",EO,"['sphere', 0.11, 0.5, 2]"
+70.png,"In the scene, which letters do you see from left to right?",SJ,"['cylinder', 0.05, 0.5, 2]"
+93.png,"In the scene, which letters do you see from left to right?",Z,"['cylinder', 0.14, 0.5, 1]"
+88.png,"In the scene, which letters do you see from left to right?",R,"['cylinder', 0.14, 0.4, 1]"
+73.png,"In the scene, which letters do you see from left to right?",M,"['cylinder', 0.08, 0.4, 1]"
+45.png,"In the scene, which letters do you see from left to right?",U,"['cube', 0.08, 0.5, 1]"
+30.png,"In the scene, which letters do you see from left to right?",IK,"['sphere', 0.14, 0.5, 2]"
+0.png,"In the scene, which letters do you see from left to right?",T,"['sphere', 0.05, 0.4, 1]"
+21.png,"In the scene, which letters do you see from left to right?",T,"['sphere', 0.11, 0.5, 1]"
+16.png,"In the scene, which letters do you see from left to right?",Y,"['sphere', 0.11, 0.4, 1]"
+52.png,"In the scene, which letters do you see from left to right?",Y,"['cube', 0.11, 0.5, 1]"
+25.png,"In the scene, which letters do you see from left to right?",O,"['sphere', 0.14, 0.4, 1]"
+18.png,"In the scene, which letters do you see from left to right?",BZ,"['sphere', 0.11, 0.4, 2]"
+40.png,"In the scene, which letters do you see from left to right?",M,"['cube', 0.08, 0.4, 1]"
+35.png,"In the scene, which letters do you see from left to right?",BE,"['cube', 0.05, 0.4, 2]"
+38.png,"In the scene, which letters do you see from left to right?",ZP,"['cube', 0.05, 0.5, 2]"
+74.png,"In the scene, which letters do you see from left to right?",FM,"['cylinder', 0.08, 0.4, 2]"
+34.png,"In the scene, which letters do you see from left to right?",EO,"['cube', 0.05, 0.4, 2]"
+80.png,"In the scene, which letters do you see from left to right?",B,"['cylinder', 0.11, 0.4, 1]"
+10.png,"In the scene, which letters do you see from left to right?",IW,"['sphere', 0.08, 0.4, 2]"
+71.png,"In the scene, which letters do you see from left to right?",NP,"['cylinder', 0.05, 0.5, 2]"
+47.png,"In the scene, which letters do you see from left to right?",NK,"['cube', 0.08, 0.5, 2]"
+13.png,"In the scene, which letters do you see from left to right?",K,"['sphere', 0.08, 0.5, 1]"
+85.png,"In the scene, which letters do you see from left to right?",D,"['cylinder', 0.11, 0.5, 1]"
+37.png,"In the scene, which letters do you see from left to right?",E,"['cube', 0.05, 0.5, 1]"
+5.png,"In the scene, which letters do you see from left to right?",H,"['sphere', 0.05, 0.5, 1]"
+33.png,"In the scene, which letters do you see from left to right?",P,"['cube', 0.05, 0.4, 1]"
+92.png,"In the scene, which letters do you see from left to right?",V,"['cylinder', 0.14, 0.5, 1]"
+2.png,"In the scene, which letters do you see from left to right?",UK,"['sphere', 0.05, 0.4, 2]"
+27.png,"In the scene, which letters do you see from left to right?",SF,"['sphere', 0.14, 0.4, 2]"
+49.png,"In the scene, which letters do you see from left to right?",T,"['cube', 0.11, 0.4, 1]"
+4.png,"In the scene, which letters do you see from left to right?",W,"['sphere', 0.05, 0.5, 1]"
+24.png,"In the scene, which letters do you see from left to right?",T,"['sphere', 0.14, 0.4, 1]"
+3.png,"In the scene, which letters do you see from left to right?",EK,"['sphere', 0.05, 0.4, 2]"
+20.png,"In the scene, which letters do you see from left to right?",M,"['sphere', 0.11, 0.5, 1]"
+57.png,"In the scene, which letters do you see from left to right?",H,"['cube', 0.14, 0.4, 1]"
+79.png,"In the scene, which letters do you see from left to right?",GA,"['cylinder', 0.08, 0.5, 2]"
+12.png,"In the scene, which letters do you see from left to right?",B,"['sphere', 0.08, 0.5, 1]"
+60.png,"In the scene, which letters do you see from left to right?",X,"['cube', 0.14, 0.5, 1]"
+91.png,"In the scene, which letters do you see from left to right?",GF,"['cylinder', 0.14, 0.4, 2]"
+14.png,"In the scene, which letters do you see from left to right?",YW,"['sphere', 0.08, 0.5, 2]"

3D_DoYouSeeMe/3D_shape_discrimination/0.json

@@ -0,0 +1,14 @@
+{
+    "scene": "skywalk",
+    "light": "middle",
+    "shape_counts": {
+        "torus": 1
+    },
+    "shape_color_counts": {
+        "('torus', 'yellow')": 1
+    },
+    "min_visibility": 0.7,
+    "num_objects": 1,
+    "num_shapes": 1,
+    "max_instances_per_shape": 1
+}

3D_DoYouSeeMe/3D_shape_discrimination/dataset_creator.py

@@ -0,0 +1,87 @@
+# Copyright (c) Microsoft Corporation.
+# Licensed under the MIT license.
+
+import random
+import ast
+SEED=42
+random.seed(SEED)
+
+
+def generate_shape_color_question_and_answer(info):
+    """
+    Ask about a specific (shape, color) pair.
+    
+    Returns:
+        question (str): e.g.
+            "In the scene 'skywalk' under 'middle' lighting, how many black cones are there?"
+        answer   (int)
+    """
+    # parse the stringified keys into real tuples
+    parsed = {}
+    for k, count in info.get("shape_color_counts", {}).items():
+        shape, color = ast.literal_eval(k)
+        parsed[(shape, color)] = count
+
+    (shape, color), cnt = random.choice(list(parsed.items()))
+    question = (
+        f"In the scene, "
+        f"how many {color} {shape}'s are there?"
+    )
+    return question, cnt
+
+
+def generate_shape_question_and_answer(info):
+    """
+    Ask about the total number of a given shape, agnostic of color.
+    
+    Returns:
+        question (str): e.g.
+            "In the scene 'skywalk' under 'middle' lighting, how many cones are there in total?"
+        answer   (int)
+    """
+    # first try the provided shape_counts
+    shape_counts = info.get("shape_counts", {})
+    
+    # fallback: aggregate from shape_color_counts if needed
+    if not shape_counts:
+        agg = {}
+        for k, count in info.get("shape_color_counts", {}).items():
+            shape, _ = ast.literal_eval(k)
+            agg[shape] = agg.get(shape, 0) + count
+        shape_counts = agg
+
+    shape, total = random.choice(list(shape_counts.items()))
+    question = (
+        f"In the scene, "
+        f"how many {shape}'s are there in total?"
+    )
+    return question, total
+
+import os
+import json
+
+base_dir = "3D_DoYouSeeMe/shape_discrimination"
+
+os.listdir(base_dir)
+
+data_list = []
+for filename in os.listdir(base_dir):
+    if filename.endswith(".json"):
+        # print(filename)
+        with open(os.path.join(base_dir, filename), "r") as f:
+            data = f.read()
+        data = json.loads(data)
+        q, a = generate_shape_question_and_answer(data)
+
+        num_shapes = data["num_shapes"]
+        max_instances_per_shape = data["max_instances_per_shape"]
+        min_visibility = data["min_visibility"]
+        
+        data_list.append({"filename": os.path.splitext(filename)[0] + ".png",
+                          "question": q,
+                          "answer": a,
+                          "sweep": [num_shapes, max_instances_per_shape, min_visibility]})
+
+import pandas as pd
+df = pd.DataFrame(data_list)
+df.to_csv(os.path.join(base_dir, "dataset_info.csv"), index=False)

3D_DoYouSeeMe/3D_shape_discrimination/dataset_info.csv

@@ -0,0 +1,121 @@
+filename,question,answer,sweep
+66.png,"In the scene, how many sphere's are there in total?",3,"[3, 3, 0.8]"
+56.png,"In the scene, how many sphere's are there in total?",2,"[3, 2, 0.7]"
+43.png,"In the scene, how many sphere's are there in total?",2,"[2, 3, 0.8]"
+19.png,"In the scene, how many torus's are there in total?",3,"[1, 3, 0.8]"
+6.png,"In the scene, how many cylinder's are there in total?",1,"[1, 1, 0.99]"
+119.png,"In the scene, how many cube's are there in total?",2,"[5, 3, 0.99]"
+94.png,"In the scene, how many torus's are there in total?",2,"[4, 3, 0.99]"
+11.png,"In the scene, how many sphere's are there in total?",1,"[1, 2, 0.8]"
+76.png,"In the scene, how many sphere's are there in total?",1,"[4, 1, 0.9]"
+100.png,"In the scene, how many sphere's are there in total?",1,"[5, 1, 0.9]"
+26.png,"In the scene, how many sphere's are there in total?",1,"[2, 1, 0.8]"
+59.png,"In the scene, how many sphere's are there in total?",1,"[3, 2, 0.8]"
+1.png,"In the scene, how many cube's are there in total?",1,"[1, 1, 0.7]"
+23.png,"In the scene, how many cylinder's are there in total?",1,"[1, 3, 0.99]"
+8.png,"In the scene, how many cone's are there in total?",1,"[1, 2, 0.7]"
+50.png,"In the scene, how many cylinder's are there in total?",1,"[3, 1, 0.8]"
+101.png,"In the scene, how many cylinder's are there in total?",1,"[5, 1, 0.9]"
+72.png,"In the scene, how many sphere's are there in total?",1,"[4, 1, 0.7]"
+83.png,"In the scene, how many torus's are there in total?",1,"[4, 2, 0.8]"
+77.png,"In the scene, how many torus's are there in total?",1,"[4, 1, 0.9]"
+89.png,"In the scene, how many cube's are there in total?",2,"[4, 3, 0.7]"
+48.png,"In the scene, how many cube's are there in total?",1,"[3, 1, 0.7]"
+17.png,"In the scene, how many sphere's are there in total?",1,"[1, 3, 0.7]"
+58.png,"In the scene, how many cube's are there in total?",1,"[3, 2, 0.8]"
+7.png,"In the scene, how many sphere's are there in total?",1,"[1, 1, 0.99]"
+103.png,"In the scene, how many sphere's are there in total?",1,"[5, 1, 0.99]"
+90.png,"In the scene, how many cone's are there in total?",3,"[4, 3, 0.8]"
+54.png,"In the scene, how many cube's are there in total?",1,"[3, 1, 0.99]"
+32.png,"In the scene, how many sphere's are there in total?",1,"[2, 2, 0.7]"
+82.png,"In the scene, how many cylinder's are there in total?",2,"[4, 2, 0.8]"
+97.png,"In the scene, how many cylinder's are there in total?",1,"[5, 1, 0.7]"
+81.png,"In the scene, how many cube's are there in total?",1,"[4, 2, 0.7]"
+55.png,"In the scene, how many cube's are there in total?",1,"[3, 1, 0.99]"
+63.png,"In the scene, how many cube's are there in total?",2,"[3, 2, 0.99]"
+84.png,"In the scene, how many cone's are there in total?",1,"[4, 2, 0.9]"
+28.png,"In the scene, how many cylinder's are there in total?",1,"[2, 1, 0.9]"
+39.png,"In the scene, how many torus's are there in total?",2,"[2, 2, 0.99]"
+98.png,"In the scene, how many cylinder's are there in total?",1,"[5, 1, 0.8]"
+86.png,"In the scene, how many sphere's are there in total?",2,"[4, 2, 0.99]"
+41.png,"In the scene, how many sphere's are there in total?",2,"[2, 3, 0.7]"
+78.png,"In the scene, how many cylinder's are there in total?",1,"[4, 1, 0.99]"
+36.png,"In the scene, how many sphere's are there in total?",1,"[2, 2, 0.9]"
+111.png,"In the scene, how many cylinder's are there in total?",2,"[5, 2, 0.99]"
+46.png,"In the scene, how many cone's are there in total?",1,"[2, 3, 0.99]"
+69.png,"In the scene, how many torus's are there in total?",3,"[3, 3, 0.9]"
+64.png,"In the scene, how many torus's are there in total?",1,"[3, 3, 0.7]"
+9.png,"In the scene, how many cone's are there in total?",1,"[1, 2, 0.7]"
+107.png,"In the scene, how many torus's are there in total?",2,"[5, 2, 0.8]"
+15.png,"In the scene, how many cylinder's are there in total?",1,"[1, 2, 0.99]"
+106.png,"In the scene, how many torus's are there in total?",2,"[5, 2, 0.8]"
+112.png,"In the scene, how many sphere's are there in total?",1,"[5, 3, 0.7]"
+51.png,"In the scene, how many sphere's are there in total?",1,"[3, 1, 0.8]"
+113.png,"In the scene, how many sphere's are there in total?",2,"[5, 3, 0.7]"
+29.png,"In the scene, how many sphere's are there in total?",1,"[2, 1, 0.9]"
+95.png,"In the scene, how many cone's are there in total?",1,"[4, 3, 0.99]"
+75.png,"In the scene, how many torus's are there in total?",1,"[4, 1, 0.8]"
+108.png,"In the scene, how many sphere's are there in total?",2,"[5, 2, 0.9]"
+117.png,"In the scene, how many cone's are there in total?",3,"[5, 3, 0.9]"
+31.png,"In the scene, how many cube's are there in total?",1,"[2, 1, 0.99]"
+87.png,"In the scene, how many sphere's are there in total?",1,"[4, 2, 0.99]"
+42.png,"In the scene, how many torus's are there in total?",2,"[2, 3, 0.8]"
+116.png,"In the scene, how many sphere's are there in total?",1,"[5, 3, 0.9]"
+61.png,"In the scene, how many sphere's are there in total?",2,"[3, 2, 0.9]"
+53.png,"In the scene, how many sphere's are there in total?",1,"[3, 1, 0.9]"
+44.png,"In the scene, how many cone's are there in total?",1,"[2, 3, 0.9]"
+62.png,"In the scene, how many cone's are there in total?",1,"[3, 2, 0.99]"
+68.png,"In the scene, how many cube's are there in total?",1,"[3, 3, 0.9]"
+65.png,"In the scene, how many cone's are there in total?",3,"[3, 3, 0.7]"
+67.png,"In the scene, how many sphere's are there in total?",1,"[3, 3, 0.8]"
+22.png,"In the scene, how many cone's are there in total?",2,"[1, 3, 0.99]"
+105.png,"In the scene, how many torus's are there in total?",1,"[5, 2, 0.7]"
+70.png,"In the scene, how many sphere's are there in total?",2,"[3, 3, 0.99]"
+115.png,"In the scene, how many torus's are there in total?",3,"[5, 3, 0.8]"
+93.png,"In the scene, how many torus's are there in total?",3,"[4, 3, 0.9]"
+88.png,"In the scene, how many sphere's are there in total?",3,"[4, 3, 0.7]"
+73.png,"In the scene, how many cylinder's are there in total?",1,"[4, 1, 0.7]"
+110.png,"In the scene, how many cube's are there in total?",1,"[5, 2, 0.99]"
+45.png,"In the scene, how many cone's are there in total?",1,"[2, 3, 0.9]"
+99.png,"In the scene, how many cube's are there in total?",1,"[5, 1, 0.8]"
+30.png,"In the scene, how many cube's are there in total?",1,"[2, 1, 0.99]"
+0.png,"In the scene, how many torus's are there in total?",1,"[1, 1, 0.7]"
+21.png,"In the scene, how many torus's are there in total?",1,"[1, 3, 0.9]"
+16.png,"In the scene, how many cone's are there in total?",1,"[1, 3, 0.7]"
+52.png,"In the scene, how many cone's are there in total?",1,"[3, 1, 0.9]"
+25.png,"In the scene, how many cube's are there in total?",1,"[2, 1, 0.7]"
+18.png,"In the scene, how many sphere's are there in total?",2,"[1, 3, 0.8]"
+40.png,"In the scene, how many cone's are there in total?",3,"[2, 3, 0.7]"
+35.png,"In the scene, how many cube's are there in total?",1,"[2, 2, 0.8]"
+38.png,"In the scene, how many cone's are there in total?",1,"[2, 2, 0.99]"
+74.png,"In the scene, how many sphere's are there in total?",1,"[4, 1, 0.8]"
+34.png,"In the scene, how many torus's are there in total?",1,"[2, 2, 0.8]"
+80.png,"In the scene, how many sphere's are there in total?",1,"[4, 2, 0.7]"
+109.png,"In the scene, how many torus's are there in total?",2,"[5, 2, 0.9]"
+96.png,"In the scene, how many torus's are there in total?",1,"[5, 1, 0.7]"
+104.png,"In the scene, how many cone's are there in total?",2,"[5, 2, 0.7]"
+10.png,"In the scene, how many cylinder's are there in total?",2,"[1, 2, 0.8]"
+71.png,"In the scene, how many cube's are there in total?",3,"[3, 3, 0.99]"
+47.png,"In the scene, how many cube's are there in total?",2,"[2, 3, 0.99]"
+13.png,"In the scene, how many cube's are there in total?",2,"[1, 2, 0.9]"
+85.png,"In the scene, how many sphere's are there in total?",1,"[4, 2, 0.9]"
+37.png,"In the scene, how many cone's are there in total?",1,"[2, 2, 0.9]"
+5.png,"In the scene, how many sphere's are there in total?",1,"[1, 1, 0.9]"
+33.png,"In the scene, how many cylinder's are there in total?",1,"[2, 2, 0.7]"
+92.png,"In the scene, how many cylinder's are there in total?",3,"[4, 3, 0.9]"
+2.png,"In the scene, how many cube's are there in total?",1,"[1, 1, 0.8]"
+27.png,"In the scene, how many torus's are there in total?",1,"[2, 1, 0.8]"
+49.png,"In the scene, how many cone's are there in total?",1,"[3, 1, 0.7]"
+4.png,"In the scene, how many cube's are there in total?",1,"[1, 1, 0.9]"
+24.png,"In the scene, how many cube's are there in total?",1,"[2, 1, 0.7]"
+3.png,"In the scene, how many cone's are there in total?",1,"[1, 1, 0.8]"
+118.png,"In the scene, how many cube's are there in total?",2,"[5, 3, 0.99]"
+102.png,"In the scene, how many torus's are there in total?",1,"[5, 1, 0.99]"
+20.png,"In the scene, how many cylinder's are there in total?",2,"[1, 3, 0.9]"
+57.png,"In the scene, how many cone's are there in total?",2,"[3, 2, 0.7]"
+79.png,"In the scene, how many cylinder's are there in total?",1,"[4, 1, 0.99]"
+12.png,"In the scene, how many cone's are there in total?",1,"[1, 2, 0.9]"
+60.png,"In the scene, how many cylinder's are there in total?",1,"[3, 2, 0.9]"
+91.png,"In the scene, how many cone's are there in total?",1,"[4, 3, 0.8]"
+114.png,"In the scene, how many sphere's are there in total?",2,"[5, 3, 0.8]"
+14.png,"In the scene, how many sphere's are there in total?",1,"[1, 2, 0.99]"

3D_DoYouSeeMe/3D_visual_form_constancy/dataset_creator.py

@@ -0,0 +1,30 @@
+# Copyright (c) Microsoft Corporation.
+# Licensed under the MIT license.
+
+import os
+import json
+
+base_dir = "3D_DoYouSeeMe/form_constancy"
+
+files = os.listdir(base_dir)
+
+data_list = []
+for file in files:
+    if file.endswith(".json"):
+        with open(os.path.join(base_dir, file), "r") as f:
+            data = f.read()
+        data = json.loads(data)
+        question = data["question"]
+        answer = data["answer"]
+        num_shapes = data["num_shapes"]
+        noise_amount = data["noise_amount"]
+        data_list.append({
+            "filename": os.path.splitext(file)[0] + ".png",
+            "question": question,
+            "answer": answer,
+            "sweep": [num_shapes, noise_amount]
+        })
+import pandas as pd
+
+df = pd.DataFrame(data_list)
+df.to_csv(os.path.join(base_dir, "dataset_info.csv"), index=False)

3D_DoYouSeeMe/3D_visual_form_constancy/dataset_info.csv

@@ -0,0 +1,81 @@
+filename,question,answer,sweep
+form_constancy_39.png,Do the shapes on the left and right have the same orientation?,No,"[2, 10]"
+form_constancy_9.png,Do the shapes on the left and right have the same orientation?,No,"[3, 5]"
+form_constancy_69.png,Do the shapes on the left and right have the same orientation?,No,"[2, 15]"
+form_constancy_67.png,Do the shapes on the left and right have the same orientation?,No,"[1, 15]"
+form_constancy_28.png,Do the shapes on the left and right have the same orientation?,No,"[4, 7.5]"
+form_constancy_45.png,Do the shapes on the left and right have the same orientation?,No,"[4, 10]"
+form_constancy_46.png,Do the shapes on the left and right have the same orientation?,No,"[4, 10]"
+form_constancy_0.png,Do the shapes on the left and right have the same orientation?,No,"[1, 5]"
+form_constancy_14.png,Do the shapes on the left and right have the same orientation?,No,"[4, 5]"
+form_constancy_56.png,Do the shapes on the left and right have the same orientation?,No,"[3, 12.5]"
+form_constancy_58.png,Do the shapes on the left and right have the same orientation?,No,"[3, 12.5]"
+form_constancy_57.png,Do the shapes on the left and right have the same orientation?,No,"[3, 12.5]"
+form_constancy_64.png,Do the shapes on the left and right have the same orientation?,No,"[1, 15]"
+form_constancy_71.png,Do the shapes on the left and right have the same orientation?,No,"[2, 15]"
+form_constancy_23.png,Do the shapes on the left and right have the same orientation?,No,"[2, 7.5]"
+form_constancy_42.png,Do the shapes on the left and right have the same orientation?,No,"[3, 10]"
+form_constancy_52.png,Do the shapes on the left and right have the same orientation?,No,"[2, 12.5]"
+form_constancy_76.png,Do the shapes on the left and right have the same orientation?,No,"[4, 15]"
+form_constancy_37.png,Do the shapes on the left and right have the same orientation?,No,"[2, 10]"
+form_constancy_59.png,Do the shapes on the left and right have the same orientation?,No,"[3, 12.5]"
+form_constancy_7.png,Do the shapes on the left and right have the same orientation?,No,"[2, 5]"
+form_constancy_30.png,Do the shapes on the left and right have the same orientation?,No,"[4, 7.5]"
+form_constancy_54.png,Do the shapes on the left and right have the same orientation?,No,"[2, 12.5]"
+form_constancy_41.png,Do the shapes on the left and right have the same orientation?,No,"[3, 10]"
+form_constancy_53.png,Do the shapes on the left and right have the same orientation?,No,"[2, 12.5]"
+form_constancy_74.png,Do the shapes on the left and right have the same orientation?,No,"[3, 15]"
+form_constancy_60.png,Do the shapes on the left and right have the same orientation?,No,"[4, 12.5]"
+form_constancy_25.png,Do the shapes on the left and right have the same orientation?,No,"[3, 7.5]"
+form_constancy_72.png,Do the shapes on the left and right have the same orientation?,No,"[3, 15]"
+form_constancy_5.png,Do the shapes on the left and right have the same orientation?,No,"[2, 5]"
+form_constancy_48.png,Do the shapes on the left and right have the same orientation?,No,"[1, 12.5]"
+form_constancy_24.png,Do the shapes on the left and right have the same orientation?,No,"[3, 7.5]"
+form_constancy_13.png,Do the shapes on the left and right have the same orientation?,No,"[4, 5]"
+form_constancy_75.png,Do the shapes on the left and right have the same orientation?,No,"[3, 15]"
+form_constancy_19.png,Do the shapes on the left and right have the same orientation?,No,"[1, 7.5]"
+form_constancy_62.png,Do the shapes on the left and right have the same orientation?,No,"[4, 12.5]"
+form_constancy_15.png,Do the shapes on the left and right have the same orientation?,No,"[4, 5]"
+form_constancy_21.png,Do the shapes on the left and right have the same orientation?,No,"[2, 7.5]"
+form_constancy_29.png,Do the shapes on the left and right have the same orientation?,No,"[4, 7.5]"
+form_constancy_38.png,Do the shapes on the left and right have the same orientation?,No,"[2, 10]"
+form_constancy_26.png,Do the shapes on the left and right have the same orientation?,No,"[3, 7.5]"
+form_constancy_35.png,Do the shapes on the left and right have the same orientation?,No,"[1, 10]"
+form_constancy_11.png,Do the shapes on the left and right have the same orientation?,No,"[3, 5]"
+form_constancy_12.png,Do the shapes on the left and right have the same orientation?,No,"[4, 5]"
+form_constancy_61.png,Do the shapes on the left and right have the same orientation?,No,"[4, 12.5]"
+form_constancy_51.png,Do the shapes on the left and right have the same orientation?,No,"[1, 12.5]"
+form_constancy_44.png,Do the shapes on the left and right have the same orientation?,No,"[4, 10]"
+form_constancy_2.png,Do the shapes on the left and right have the same orientation?,No,"[1, 5]"
+form_constancy_36.png,Do the shapes on the left and right have the same orientation?,No,"[2, 10]"
+form_constancy_77.png,Do the shapes on the left and right have the same orientation?,No,"[4, 15]"
+form_constancy_68.png,Do the shapes on the left and right have the same orientation?,No,"[2, 15]"
+form_constancy_1.png,Do the shapes on the left and right have the same orientation?,No,"[1, 5]"
+form_constancy_70.png,Do the shapes on the left and right have the same orientation?,No,"[2, 15]"
+form_constancy_47.png,Do the shapes on the left and right have the same orientation?,No,"[4, 10]"
+form_constancy_50.png,Do the shapes on the left and right have the same orientation?,No,"[1, 12.5]"
+form_constancy_78.png,Do the shapes on the left and right have the same orientation?,No,"[4, 15]"
+form_constancy_6.png,Do the shapes on the left and right have the same orientation?,No,"[2, 5]"
+form_constancy_3.png,Do the shapes on the left and right have the same orientation?,No,"[1, 5]"
+form_constancy_66.png,Do the shapes on the left and right have the same orientation?,No,"[1, 15]"
+form_constancy_16.png,Do the shapes on the left and right have the same orientation?,No,"[1, 7.5]"
+form_constancy_43.png,Do the shapes on the left and right have the same orientation?,No,"[3, 10]"
+form_constancy_10.png,Do the shapes on the left and right have the same orientation?,No,"[3, 5]"
+form_constancy_65.png,Do the shapes on the left and right have the same orientation?,No,"[1, 15]"
+form_constancy_40.png,Do the shapes on the left and right have the same orientation?,No,"[3, 10]"
+form_constancy_4.png,Do the shapes on the left and right have the same orientation?,No,"[2, 5]"
+form_constancy_79.png,Do the shapes on the left and right have the same orientation?,No,"[4, 15]"
+form_constancy_63.png,Do the shapes on the left and right have the same orientation?,No,"[4, 12.5]"
+form_constancy_55.png,Do the shapes on the left and right have the same orientation?,No,"[2, 12.5]"
+form_constancy_34.png,Do the shapes on the left and right have the same orientation?,No,"[1, 10]"
+form_constancy_49.png,Do the shapes on the left and right have the same orientation?,No,"[1, 12.5]"
+form_constancy_27.png,Do the shapes on the left and right have the same orientation?,No,"[3, 7.5]"
+form_constancy_18.png,Do the shapes on the left and right have the same orientation?,No,"[1, 7.5]"
+form_constancy_22.png,Do the shapes on the left and right have the same orientation?,No,"[2, 7.5]"
+form_constancy_17.png,Do the shapes on the left and right have the same orientation?,No,"[1, 7.5]"
+form_constancy_31.png,Do the shapes on the left and right have the same orientation?,No,"[4, 7.5]"
+form_constancy_32.png,Do the shapes on the left and right have the same orientation?,No,"[1, 10]"
+form_constancy_8.png,Do the shapes on the left and right have the same orientation?,No,"[3, 5]"
+form_constancy_73.png,Do the shapes on the left and right have the same orientation?,No,"[3, 15]"
+form_constancy_20.png,Do the shapes on the left and right have the same orientation?,No,"[2, 7.5]"
+form_constancy_33.png,Do the shapes on the left and right have the same orientation?,No,"[1, 10]"

3D_DoYouSeeMe/3D_visual_form_constancy/form_constancy_0.json

@@ -0,0 +1,13 @@
+{
+    "scene": "grassland",
+    "light": "left",
+    "same_orientation": false,
+    "shapes": [
+        "cylinder"
+    ],
+    "substitutions": [],
+    "question": "Do the shapes on the left and right have the same orientation?",
+    "answer": "No",
+    "num_shapes": 1,
+    "noise_amount": 5
+}