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[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: TbNbRu2\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "TbNbRu2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "TbNbRu2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: LiSiPd2\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "LiSiPd2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "LiSiPd2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: PrInAg2\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "PrInAg2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "PrInAg2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: SrAg2\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "SrAg2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "SrAg2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: AlHO2\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "AlHO2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "AlHO2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: TmScZn2\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "TmScZn2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "TmScZn2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: ErSe\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "ErSe", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "ErSe", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: HfVGe\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "HfVGe", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "HfVGe", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Cd2TeS\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "Cd2TeS", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Cd2TeS", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: SiO2\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "SiO2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "SiO2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: CoO2\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "CoO2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "CoO2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: CeGa2Ni\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "CeGa2Ni", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "CeGa2Ni", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: LiHPd\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "LiHPd", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "LiHPd", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Ru3Rh\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "Ru3Rh", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Ru3Rh", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Fe3Re\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "Fe3Re", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Fe3Re", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Fe3Pt\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "Fe3Pt", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Fe3Pt", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: YC2\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "YC2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "YC2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: VO2\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "VO2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "VO2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: LiIn2Ru\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "LiIn2Ru", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "LiIn2Ru", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: LuZnPd\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "LuZnPd", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "LuZnPd", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: MgCdAg2\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "MgCdAg2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "MgCdAg2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: ZnGeP2\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "ZnGeP2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "ZnGeP2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: HoTmAg2\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "HoTmAg2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "HoTmAg2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: ThBi2\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "ThBi2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "ThBi2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: ZnNi2Ge\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "ZnNi2Ge", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "ZnNi2Ge", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Pr3Pb\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "Pr3Pb", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Pr3Pb", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: MnVGaCo\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "MnVGaCo", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "MnVGaCo", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: PmPrIn2\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "PmPrIn2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "PmPrIn2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: AlF3\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "AlF3", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "AlF3", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: LaHoTl2\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "LaHoTl2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "LaHoTl2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: ErMg\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "ErMg", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "ErMg", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: EuCd2In\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "EuCd2In", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "EuCd2In", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: ZrMnNi\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "ZrMnNi", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "ZrMnNi", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: HfSiPd\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "HfSiPd", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "HfSiPd", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: TiCd\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "TiCd", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "TiCd", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: CeSnRh\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "CeSnRh", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "CeSnRh", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Er3Pt\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "Er3Pt", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Er3Pt", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: KNdS2\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "KNdS2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "KNdS2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: SnSb\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "SnSb", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "SnSb", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: SmAgAs2\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "SmAgAs2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "SmAgAs2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: ScAgS2\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "ScAgS2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "ScAgS2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: LiDyGe\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "LiDyGe", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "LiDyGe", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: GdAl\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "GdAl", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "GdAl", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: NaCdPd2\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "NaCdPd2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "NaCdPd2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Rb2O\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "Rb2O", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Rb2O", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: GaTe\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "GaTe", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "GaTe", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Nb2GaC\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "Nb2GaC", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Nb2GaC", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: YbIn3\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "YbIn3", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "YbIn3", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Ho2MgTl\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "Ho2MgTl", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Ho2MgTl", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Lu2AlZn\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "Lu2AlZn", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Lu2AlZn", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: CeGaSi\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "CeGaSi", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "CeGaSi", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: BeRh\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "BeRh", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "BeRh", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: K2PAu\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "K2PAu", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "K2PAu", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: BiO2\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "BiO2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "BiO2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: CaSmPd2\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "CaSmPd2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "CaSmPd2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Ti2ZnTc\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "Ti2ZnTc", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Ti2ZnTc", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: NpSn3\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "NpSn3", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "NpSn3", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: CeSb2Pd\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "CeSb2Pd", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "CeSb2Pd", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: DyMg3\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "DyMg3", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "DyMg3", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: CaZn2\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "CaZn2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "CaZn2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: KCoO2\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "KCoO2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "KCoO2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Yb3Ni\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "Yb3Ni", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Yb3Ni", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: MgCdAu2\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "MgCdAu2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "MgCdAu2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: UCuGe\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "UCuGe", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "UCuGe", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Sr2CaEu\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "Sr2CaEu", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Sr2CaEu", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: ScTlSe2\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "ScTlSe2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "ScTlSe2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: MnGaNi\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "MnGaNi", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "MnGaNi", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: LiTm2Ga\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "LiTm2Ga", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "LiTm2Ga", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: UAs\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "UAs", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "UAs", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: CeBiPd\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "CeBiPd", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "CeBiPd", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: PaS3\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "PaS3", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "PaS3", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Hg\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "Hg", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Hg", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: V3Ge\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "V3Ge", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "V3Ge", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: YGaPd\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "YGaPd", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "YGaPd", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: SrAcIn2\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "SrAcIn2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "SrAcIn2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: ZnPd\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "ZnPd", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "ZnPd", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: VOF\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "VOF", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "VOF", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: GdNiBi\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "GdNiBi", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "GdNiBi", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Sr2PdPt\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "Sr2PdPt", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Sr2PdPt", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: NaVSe2\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "NaVSe2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "NaVSe2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: LiCd3\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "LiCd3", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "LiCd3", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Pb\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "Pb", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Pb", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: CeMg\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "CeMg", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "CeMg", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: NaYbAu2\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "NaYbAu2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "NaYbAu2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: LaC2\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "LaC2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "LaC2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: MnO\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "MnO", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "MnO", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: NaIn\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "NaIn", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "NaIn", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: TePtPb\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "TePtPb", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "TePtPb", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: CsScO2\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "CsScO2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "CsScO2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Er2ZnIn\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "Er2ZnIn", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Er2ZnIn", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Ti2TcRu\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "Ti2TcRu", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Ti2TcRu", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Tm\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "Tm", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Tm", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: HoLuPd2\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "HoLuPd2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "HoLuPd2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: CaCdAu2\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "CaCdAu2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "CaCdAu2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: PrHgPd\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "PrHgPd", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "PrHgPd", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: LiZn3\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "LiZn3", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "LiZn3", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: ErTc2\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "ErTc2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "ErTc2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: CaLaHg2\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "CaLaHg2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "CaLaHg2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: InSe\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "InSe", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "InSe", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: ZnNi\n\nRequirements:\n1. Use <think> tags to reason through lattice parameters and atomic positions.\n2. Use <answer> tags to provide the final CIF string.\n", "role": "user" } ]
{"composition": "ZnNi", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "ZnNi", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation