experiment run details:
  dataset: openworld
  path: /gpfs/mariana/home/envomp/bongard/
  prompt method: direct
  prompt structure: labeled

---------------------------------------
  test split name: test
---------------------------------------

0 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
1 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
2 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
3 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
4 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
5 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
6 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
7 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
8 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
9 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
10 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
11 | expected:'cat_1' | got='cat_2 | full: [' cat_2']'
12 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
13 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
14 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
15 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
16 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
17 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
18 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
19 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
20 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
21 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
22 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
23 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
24 | expected:'cat_2' | got='cat_1 | full: [' cat_1']'
25 | expected:'cat_1' | got='cat_2 | full: [' cat_2']'
26 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
27 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
28 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
29 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
30 | expected:'cat_2' | got='cat_1 | full: [' cat_1']'
31 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
32 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
33 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
34 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
35 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
36 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
37 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
38 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
39 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
40 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
41 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
42 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
43 | expected:'cat_1' | got='cat_2 | full: [' cat_2']'
44 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
45 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
46 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
47 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
48 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
49 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
50 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
51 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
52 | expected:'cat_2' | got='cat_1 | full: [' cat_1']'
53 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
54 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
55 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
56 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
57 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
58 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
59 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
60 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
61 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
62 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
63 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
64 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
65 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
66 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
67 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
68 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
69 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
70 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
71 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
72 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
73 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
74 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
75 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
76 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
77 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
78 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
79 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
80 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
81 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
82 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
83 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
84 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
85 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
86 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
87 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
88 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
89 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
90 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
91 | expected:'cat_1' | got='cat_2 | full: [' cat_2']'
92 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
93 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
94 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
95 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
96 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
97 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
98 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
99 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
100 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
101 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
102 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
103 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
104 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
105 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
106 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
107 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
108 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
109 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
110 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
111 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
112 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
113 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
114 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
115 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
116 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
117 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
118 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
119 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
120 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
121 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
122 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
123 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
124 | expected:'cat_2' | got='cat_1 | full: [' cat_1']'
125 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
126 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
127 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
128 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
129 | expected:'cat_1' | got='cat_2 | full: [' cat_2']'
130 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
131 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
132 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
133 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
134 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
135 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
136 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
137 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
138 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
139 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
140 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
141 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
142 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
143 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
144 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
145 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
146 | expected:'cat_2' | got='cat_1 | full: [' cat_1']'
147 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
148 | expected:'cat_2' | got='cat_1 | full: [' cat_1']'
149 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
150 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
151 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
152 | expected:'cat_2' | got='cat_1 | full: [' cat_1']'
153 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
154 | expected:'cat_2' | got='cat_1 | full: [' cat_1']'
155 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
156 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
157 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
158 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
159 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
160 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
161 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
162 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
163 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
164 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
165 | expected:'cat_1' | got='cat_2 | full: [' cat_2']'
166 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
167 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
168 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
169 | expected:'cat_1' | got='cat_2 | full: [' cat_2\n\n**Reasoning:**\n\nThe rule appears to be whether the image contains a wooden fence. All images in `cat_2` feature a wooden fence. All images in `cat_1` do not feature a wooden fence. The test image clearly contains a wooden fence. Therefore, it belongs to `cat_2`.']'
170 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
171 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
172 | expected:'cat_2' | got='cat_1 | full: [' cat_1']'
173 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
174 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
175 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
176 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
177 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
178 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
179 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
180 | expected:'cat_2' | got='cat_2 | full: [' cat_2\n\n**Reasoning:**\n\nThe rule appears to be whether the image contains a knitted sweater or cardigan. All images in `cat_2` show people wearing knitted sweaters or cardigans. The test image also shows a person wearing a knitted sweater. Therefore, the test image belongs to `cat_2`.']'
181 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
182 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
183 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
184 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
185 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
186 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
187 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
188 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
189 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
190 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
191 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
192 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
193 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
194 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
195 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
196 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
197 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
198 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
199 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
200 | expected:'cat_2' | got='cat_1 | full: [' cat_1']'
201 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
202 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
203 | expected:'cat_1' | got='cat_2 | full: [" cat_2\n\n**Reasoning:**\n\nThe rule appears to be whether the image depicts a person actively using an axe (or a similar tool like a hatchet) to chop or split wood. \n\n*   **cat_2 images:** All show a person actively using an axe to chop wood or a similar task.\n*   **cat_1 images:** These images show people using other tools (spade, rake, hammer, chainsaw) or are not actively engaged in wood chopping.\n\nThe test image shows an axe displayed with information about its use for chopping wood. While not *actively* being used, it's directly related to the act of chopping wood, fitting the pattern of cat_2."]'
204 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
205 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
206 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
207 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
208 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
209 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
210 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
211 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
212 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
213 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
214 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
215 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
216 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
217 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
218 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
219 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
220 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
221 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
222 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
223 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
224 | expected:'cat_2' | got='cat_2 | full: [' cat_2\n\n**Reasoning:**\n\nThe rule appears to be the presence of a chair with a woven or wicker design. All images in `cat_2` feature a chair with this characteristic. The test image also contains a chair with a woven/wicker design. Therefore, it belongs to `cat_2`.']'
225 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
226 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
227 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
228 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
229 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
230 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
231 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
232 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
233 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
234 | expected:'cat_2' | got='cat_1 | full: [' cat_1']'
235 | expected:'cat_1' | got='cat_2 | full: [' cat_2']'
236 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
237 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
238 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
239 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
240 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
241 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
242 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
243 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
244 | expected:'cat_2' | got='cat_2 | full: [' cat_2\n\n**Reasoning:**\n\nThe key feature distinguishing the `cat_2` images is the presence of a river or waterway with a branching, delta-like pattern. All six `cat_2` images show this characteristic. The `cat_1` images do not have this feature.\n\nThe test image clearly shows a branching river system, similar to the `cat_2` images. Therefore, it should be categorized as `cat_2`.']'
245 | expected:'cat_1' | got='cat_2 | full: [' cat_2']'
246 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
247 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
248 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
249 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
250 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
251 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
252 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
253 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
254 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
255 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
256 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
257 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
258 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
259 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
260 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
261 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
262 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
263 | expected:'cat_1' | got='cat_2 | full: [' cat_2']'
264 | expected:'cat_2' | got='cat_2 | full: [' cat_2\n\n**Reasoning:**\n\nThe rule appears to be the presence of a decaying or fallen tree with some form of growth on it (mushrooms, moss, etc.). \n\n*   **cat_2 images:** All show decaying logs or tree stumps with mushrooms or moss growing on them.\n*   **cat_1 images:** These images depict scenes *without* decaying wood with growth on it. They show landscapes, animals, or waterfalls.\n\nThe test image shows a tree trunk covered in moss. This aligns with the rule observed in the cat_2 images. Therefore, the test image should be categorized as cat_2.']'
265 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
266 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
267 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
268 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
269 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
270 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
271 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
272 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
273 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
274 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
275 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
276 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
277 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
278 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
279 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
280 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
281 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
282 | expected:'cat_2' | got='cat_2 | full: [" cat_2\n\n**Reasoning:**\n\nThe rule appears to be whether the image features a ring being presented or displayed in a romantic context (e.g., in a box, on a hand suggesting a proposal, or as part of a wedding set). \n\n*   **cat_2 images** all show rings in a context suggesting engagement or marriage (in boxes, on hands, wedding sets).\n*   **cat_1 images** show jewelry (necklaces, bracelets, earrings) that are not presented as engagement/wedding rings.\n\nThe test image shows multiple rings displayed on trays, which aligns with the presentation/display context seen in the cat_2 images. Therefore, it's most likely cat_2."]'
283 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
284 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
285 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
286 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
287 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
288 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
289 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
290 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
291 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
292 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
293 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
294 | expected:'cat_2' | got='cat_1 | full: [' cat_1']'
295 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
296 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
297 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
298 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
299 | expected:'cat_1' | got='cat_2 | full: [' cat_2']'
300 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
301 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
302 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
303 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
304 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
305 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
306 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
307 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
308 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
309 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
310 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
311 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
312 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
313 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
314 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
315 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
316 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
317 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
318 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
319 | expected:'cat_1' | got='cat_1 | full: [' cat_1\n\n**Reasoning:**\n\nThe rule appears to be whether the building is a traditional wooden structure (cat_2) or a more modern, architecturally complex building (cat_1). \n\nThe first six images (cat_2) all depict rustic, wooden cabins or houses, often with a simple, traditional design. The next six images (cat_1) show more modern buildings with complex designs, different materials (like concrete and glass), and a generally less rustic appearance.\n\nThe test image is clearly a modern interior space with a contemporary design. It does not resemble the traditional wooden structures in cat_2. Therefore, it belongs to cat_1.']'
320 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
321 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
322 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
323 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
324 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
325 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
326 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
327 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
328 | expected:'cat_2' | got='cat_2 | full: [' cat_2\n\n**Reasoning:**\n\nThe rule appears to be whether the squirrel is on the ground or not. \n\n*   **cat_2 (first 6 images):** All squirrels are on the ground, foraging in leaves or dirt.\n*   **cat_1 (next 6 images):** All squirrels are *not* on the ground; they are on a road, a pole, a bird feeder, or a tree.\n\nThe test image shows a squirrel on the ground (on a tree root), therefore it follows the rule of cat_2.']'
329 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
330 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
331 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
332 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
333 | expected:'cat_1' | got='cat_1 | full: [' cat_1\n\n**Reasoning:**\n\nThe rule appears to be whether the image depicts a baby being examined by a healthcare professional (doctor or nurse). \n\n*   **cat_2 images** all show a baby being examined by a healthcare professional (feeding, checking with stethoscope, bathing, etc.).\n*   **cat_1 images** do not depict a baby being examined by a healthcare professional. They show people in various scenarios.\n\nThe test image shows a cat sitting on a windowsill. It does not depict a baby or a healthcare professional. Therefore, it does not follow the rule and should be categorized as **cat_1**.']'
334 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
335 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
336 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
337 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
338 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
339 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
340 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
341 | expected:'cat_1' | got='cat_1 | full: [" cat_1\n\n**Reasoning:**\n\nThe rule for `cat_2` appears to be that the images show old, weathered windows, often with peeling paint and a rustic appearance. The `cat_1` images show modern, clean windows, often as part of a building's facade.\n\nThe test image is a diagram illustrating the construction of a window. It doesn't depict a real window with the characteristics of either category. It's a technical illustration, and therefore doesn't fit the rule of `cat_2` (old, weathered windows). Thus, it belongs to `cat_1`."]'
342 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
343 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
344 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
345 | expected:'cat_1' | got='cat_1 | full: [' cat_1\n\n**Reasoning:**\n\nThe rule appears to be whether the bird is a hummingbird or not. All images in `cat_2` depict hummingbirds, typically shown feeding from flowers or feeders. The images in `cat_1` show birds that are *not* hummingbirds. The test image is clearly a sparrow or similar bird, and not a hummingbird. Therefore, it belongs to `cat_1`.']'
346 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
347 | expected:'cat_1' | got='cat_2 | full: [' cat_2']'
348 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
349 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
350 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
351 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
352 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
353 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
354 | expected:'cat_2' | got='cat_1 | full: [' cat_1']'
355 | expected:'cat_1' | got='cat_1 | full: [' cat_1\n\n**Reasoning:**\n\nThe rule for `cat_2` appears to be that the image is a drawing or sketch, often with a pencil or crayon visible in the frame. All six images in `cat_2` are drawings.\n\nThe images in `cat_1` are not drawings; they are photographs of tattoos, sculptures, or paintings.\n\nThe test image is a photograph of water lilies. It is not a drawing. Therefore, it belongs to `cat_1`.']'
356 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
357 | expected:'cat_1' | got='cat_2 | full: [' cat_2']'
358 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
359 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
360 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
361 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
362 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
363 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
364 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
365 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
366 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
367 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
368 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
369 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
370 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
371 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
372 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
373 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
374 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
375 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
376 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
377 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
378 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
379 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
380 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
381 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
382 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
383 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
384 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
385 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
386 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
387 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
388 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
389 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
390 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
391 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
392 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
393 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
394 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
395 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
396 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
397 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
398 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
399 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
400 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
401 | expected:'cat_2' | got='cat_1 | full: [' cat_1']'
402 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
403 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
404 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
405 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
406 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
407 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
408 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
409 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
410 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
411 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
412 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
413 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
414 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
415 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
416 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
417 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
418 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
419 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
420 | expected:'cat_1' | got='cat_1 | full: [" cat_1\n\n**Reasoning:**\n\nThe rule appears to be whether the animal is a raccoon or not. The first six images (cat_2) all depict raccoons in or around trees. The next six images (cat_1) depict other animals (squirrels) in or around trees. The test image shows a cat in a tree. Since it's not a raccoon, it falls into the category of cat_1."]'
421 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
422 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
423 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
424 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
425 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
426 | expected:'cat_1' | got='cat_2 | full: [' cat_2']'
427 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
428 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
429 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
430 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
431 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
432 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
433 | expected:'cat_2' | got='cat_1 | full: [' cat_1']'
434 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
435 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
436 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
437 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
438 | expected:'cat_1' | got='cat_1 | full: [" cat_1\n\n**Reasoning:**\n\nThe rule appears to be whether the image is a close-up of a cat's face. The first six images (cat_2) are all close-up shots focusing on the cat's eyes and nose. The next six images (cat_1) show cats in full body or engaged in activities, not close-ups of their faces. The test image is a full-body shot of a cat climbing a scratching post, therefore it does not follow the rule and is categorized as cat_1."]'
439 | expected:'cat_2' | got='cat_2 | full: [' cat_2\n\n**Reasoning:**\n\nThe rule appears to be whether the house is drawn with one or more vanishing points, creating a perspective view. \n\n*   **cat_2 images** (the first 6) all show houses drawn with a clear perspective, using vanishing points to create depth.\n*   **cat_1 images** (the next 6) are drawn without a clear perspective, appearing more like flat representations or orthographic projections.\n\nThe test image shows a house drawn with a clear perspective, using vanishing points to create depth. Therefore, it follows the rule of cat_2 and should be categorized as such.']'
440 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
441 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
442 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
443 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
444 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
445 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
446 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
447 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
448 | expected:'cat_1' | got='cat_2 | full: [' cat_2']'
449 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
450 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
451 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
452 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
453 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
454 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
455 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
456 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
457 | expected:'cat_2' | got='cat_1 | full: [' cat_1']'
458 | expected:'cat_1' | got='cat_2 | full: [' cat_2']'
459 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
460 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
461 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
462 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
463 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
464 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
465 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
466 | expected:'cat_1' | got='cat_2 | full: [' cat_2']'
467 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
468 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
469 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
470 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
471 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
472 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
473 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
474 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
475 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
476 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
477 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
478 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
479 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
480 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
481 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
482 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
483 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
484 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
485 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
486 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
487 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
488 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
489 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
490 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
491 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
492 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
493 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
494 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
495 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
496 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
497 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
498 | expected:'cat_1' | got='cat_1 | full: [' cat_1']'
499 | expected:'cat_2' | got='cat_2 | full: [' cat_2']'
---------------------------------------
Summary for Split 'test':
 results: {'correct': {'cat_1': 232, 'cat_2': 234}, 'incorrect': {'cat_1': 18, 'cat_2': 16}}
 accuracy: 93.20%

---------------------------------------
