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SwinOCSR_500wan_shuffle_DeepSMILES_test_category_0_20250901040655

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[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
[ { "role": "user", "content": "Analyze the molecular image and convert it to DeepSMILES format. First identify all substructures with BRICS connection points(DeepSMILES), then reconstruct the complete molecule. Output MUST be a dictionary with keys complete_structure' (string FULL_DEEPSMILES).\n<image>" },...
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