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[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: CaYZn2\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": "CaYZn2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "CaYZn2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Yb2AgHg\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": "Yb2AgHg", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Yb2AgHg", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: LiHo2Al\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": "LiHo2Al", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "LiHo2Al", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Cs2Se\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": "Cs2Se", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Cs2Se", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: LiGeAu2\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": "LiGeAu2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "LiGeAu2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: NbPd2\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": "NbPd2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "NbPd2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Hf2OsRu\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": "Hf2OsRu", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Hf2OsRu", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: TaAlZn\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": "TaAlZn", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "TaAlZn", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: LaNdN2\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": "LaNdN2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "LaNdN2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: LiSmSe2\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": "LiSmSe2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "LiSmSe2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: PaAl3\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": "PaAl3", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "PaAl3", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: AcGe3\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": "AcGe3", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "AcGe3", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: ZrHg3\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": "ZrHg3", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "ZrHg3", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: CePrO2\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": "CePrO2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "CePrO2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: TaAlCu\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": "TaAlCu", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "TaAlCu", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: PrGe2\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": "PrGe2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "PrGe2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Tm2ZnAg\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": "Tm2ZnAg", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Tm2ZnAg", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: LaEuAg2\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": "LaEuAg2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "LaEuAg2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: HoCuP2\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": "HoCuP2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "HoCuP2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Fe2C\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": "Fe2C", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Fe2C", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: GeS2\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": "GeS2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "GeS2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: TaRu3\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": "TaRu3", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "TaRu3", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: ThTeAs\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": "ThTeAs", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "ThTeAs", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: MnCo\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": "MnCo", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "MnCo", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: NdAlNi\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": "NdAlNi", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "NdAlNi", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Er2MgGa\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": "Er2MgGa", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Er2MgGa", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: BaMnS2\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": "BaMnS2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "BaMnS2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: CeSe2\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": "CeSe2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "CeSe2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Ti3Sn\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": "Ti3Sn", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Ti3Sn", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: EuInAu\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": "EuInAu", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "EuInAu", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: TiAlIr2\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": "TiAlIr2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "TiAlIr2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Sc2GaAu\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": "Sc2GaAu", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Sc2GaAu", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: TiH\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": "TiH", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "TiH", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: ZrMn2\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": "ZrMn2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "ZrMn2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: CeOF\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": "CeOF", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "CeOF", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: F2\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": "F2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "F2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: TaSe2\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": "TaSe2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "TaSe2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: La2IrAu\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": "La2IrAu", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "La2IrAu", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: LaAgSO\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": "LaAgSO", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "LaAgSO", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: GaPt\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": "GaPt", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "GaPt", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: EuC2\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": "EuC2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "EuC2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: CaCuO2\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": "CaCuO2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "CaCuO2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: MnS2\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": "MnS2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "MnS2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: K\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": "K", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "K", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: SmPbAu2\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": "SmPbAu2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "SmPbAu2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Sn\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": "Sn", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Sn", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: TbHoIn2\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": "TbHoIn2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "TbHoIn2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: InCuSe2\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": "InCuSe2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "InCuSe2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: ErAgGe\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": "ErAgGe", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "ErAgGe", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: LiNiO2\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": "LiNiO2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "LiNiO2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: LaTiGe\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": "LaTiGe", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "LaTiGe", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: PrNiBi\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": "PrNiBi", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "PrNiBi", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: LiFePd2\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": "LiFePd2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "LiFePd2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: SnBrCl\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": "SnBrCl", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "SnBrCl", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: BiS2\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": "BiS2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "BiS2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: AgBiO2\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": "AgBiO2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "AgBiO2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: MgH2\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": "MgH2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "MgH2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: ThPt3\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": "ThPt3", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "ThPt3", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: YHoAg2\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": "YHoAg2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "YHoAg2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Re\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": "Re", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Re", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Ti2MnBe\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": "Ti2MnBe", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Ti2MnBe", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Li\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": "Li", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Li", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Tl\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": "Tl", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Tl", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: BeGeRu2\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": "BeGeRu2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "BeGeRu2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: BeVCo2\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": "BeVCo2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "BeVCo2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Tm2ZnRu\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": "Tm2ZnRu", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Tm2ZnRu", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: PmErPd2\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": "PmErPd2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "PmErPd2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: LiDy2Ru\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": "LiDy2Ru", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "LiDy2Ru", "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: NdAlRh\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": "NdAlRh", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "NdAlRh", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Be3Rh\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": "Be3Rh", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Be3Rh", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: CsSb\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": "CsSb", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "CsSb", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: LiZn2Ni\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": "LiZn2Ni", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "LiZn2Ni", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: PmCdCu2\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": "PmCdCu2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "PmCdCu2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Sc2TlTc\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": "Sc2TlTc", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Sc2TlTc", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: HfAlFe2\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": "HfAlFe2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "HfAlFe2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Mg2Cd\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": "Mg2Cd", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Mg2Cd", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Ho3Ir\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": "Ho3Ir", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Ho3Ir", "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: LiB3\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": "LiB3", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "LiB3", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: TaS2\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": "TaS2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "TaS2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: InAs\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": "InAs", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "InAs", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: TmAlZn\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": "TmAlZn", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "TmAlZn", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: CrPt\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": "CrPt", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "CrPt", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: BeCN2\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": "BeCN2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "BeCN2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: LiAl2Cu\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": "LiAl2Cu", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "LiAl2Cu", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: SiPd\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": "SiPd", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "SiPd", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: ZrTe2\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": "ZrTe2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "ZrTe2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: HfAlFe\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": "HfAlFe", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "HfAlFe", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: LuCuPb\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": "LuCuPb", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "LuCuPb", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Nd3Mg\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": "Nd3Mg", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Nd3Mg", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: YAl2Ni\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": "YAl2Ni", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "YAl2Ni", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: SmS2\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": "SmS2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "SmS2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Dy2PdRh\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": "Dy2PdRh", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Dy2PdRh", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: TiGa3\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": "TiGa3", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "TiGa3", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: YGaAu\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": "YGaAu", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "YGaAu", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: LiDyO2\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": "LiDyO2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "LiDyO2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: KCl\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": "KCl", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "KCl", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: TiNi\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": "TiNi", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "TiNi", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: ErAgTe2\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": "ErAgTe2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "ErAgTe2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation