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[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: YMoC2\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": "YMoC2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "YMoC2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: CeHg2\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": "CeHg2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "CeHg2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Al2FeCo\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": "Al2FeCo", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Al2FeCo", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: PrLuIn2\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": "PrLuIn2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "PrLuIn2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Ca2Si\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": "Ca2Si", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Ca2Si", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: CsRbAu2\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": "CsRbAu2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "CsRbAu2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: YMnSi\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": "YMnSi", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "YMnSi", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: LiHo2Ga\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": "LiHo2Ga", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "LiHo2Ga", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: SrEuPt2\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": "SrEuPt2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "SrEuPt2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: ReO3\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": "ReO3", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "ReO3", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: HoCoC\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": "HoCoC", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "HoCoC", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: EuZnGe\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": "EuZnGe", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "EuZnGe", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: PrPb3\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": "PrPb3", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "PrPb3", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: LiZnAg2\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": "LiZnAg2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "LiZnAg2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: HfZnCu2\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": "HfZnCu2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "HfZnCu2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: CrNi2\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": "CrNi2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "CrNi2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: CaPmPt2\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": "CaPmPt2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "CaPmPt2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Li2PdPb\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": "Li2PdPb", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Li2PdPb", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: CaBr2\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": "CaBr2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "CaBr2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: MgHg2\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": "MgHg2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "MgHg2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: CeScSi\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": "CeScSi", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "CeScSi", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: PdAu3\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": "PdAu3", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "PdAu3", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: ScAs\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": "ScAs", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "ScAs", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: NbVCo\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": "NbVCo", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "NbVCo", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: LaAgGe\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": "LaAgGe", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "LaAgGe", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: PbI2\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": "PbI2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "PbI2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: ZrGaPt\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": "ZrGaPt", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "ZrGaPt", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: PrHoTl2\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": "PrHoTl2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "PrHoTl2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: DyAgSn\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": "DyAgSn", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "DyAgSn", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: TlCl\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": "TlCl", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "TlCl", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: KYTe2\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": "KYTe2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "KYTe2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: URh3\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": "URh3", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "URh3", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: FeCl2\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": "FeCl2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "FeCl2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Sc2CuRh\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": "Sc2CuRh", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Sc2CuRh", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: ZrTc2\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": "ZrTc2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "ZrTc2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: ThHg3\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": "ThHg3", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "ThHg3", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Ga2CoRu\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": "Ga2CoRu", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Ga2CoRu", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: ScAgSe2\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": "ScAgSe2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "ScAgSe2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: LiCuPd2\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": "LiCuPd2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "LiCuPd2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: TmPPd\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": "TmPPd", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "TmPPd", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: U\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": "U", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "U", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Pm2InAg\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": "Pm2InAg", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Pm2InAg", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: NdHoZn2\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": "NdHoZn2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "NdHoZn2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: NdGdHg2\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": "NdGdHg2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "NdGdHg2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: TbSi\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": "TbSi", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "TbSi", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: SrIr2\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": "SrIr2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "SrIr2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: H2\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": "H2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "H2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Te2Mo\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": "Te2Mo", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Te2Mo", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: YbPt3\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": "YbPt3", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "YbPt3", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Li2MgCd\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": "Li2MgCd", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Li2MgCd", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: NbAlVC\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": "NbAlVC", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "NbAlVC", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Nd3In\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": "Nd3In", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Nd3In", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: LaBiPt\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": "LaBiPt", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "LaBiPt", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: ThGe\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": "ThGe", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "ThGe", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: NbO2F\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": "NbO2F", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "NbO2F", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: BiOF\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": "BiOF", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "BiOF", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Cl2\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": "Cl2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Cl2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: SmZn2\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": "SmZn2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "SmZn2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: NaPmTl2\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": "NaPmTl2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "NaPmTl2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: PmZnAu2\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": "PmZnAu2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "PmZnAu2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Mg2Ga\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": "Mg2Ga", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Mg2Ga", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: ScCoNiSn\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": "ScCoNiSn", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "ScCoNiSn", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: La3Cd\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": "La3Cd", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "La3Cd", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: NdSmZn2\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": "NdSmZn2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "NdSmZn2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: PrBrCl2\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": "PrBrCl2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "PrBrCl2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: BeCo\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": "BeCo", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "BeCo", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: CdSnAu\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": "CdSnAu", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "CdSnAu", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Mg2Pb\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": "Mg2Pb", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Mg2Pb", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: TbCuSb2\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": "TbCuSb2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "TbCuSb2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: CeMnAsO\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": "CeMnAsO", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "CeMnAsO", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: PrCdHg2\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": "PrCdHg2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "PrCdHg2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: LaY\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": "LaY", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "LaY", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Nd\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": "Nd", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Nd", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: YbTmRh2\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": "YbTmRh2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "YbTmRh2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Pm2MgGe\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": "Pm2MgGe", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Pm2MgGe", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: EuO\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": "EuO", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "EuO", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Mg2AgPd\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": "Mg2AgPd", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Mg2AgPd", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Nd2ZnHg\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": "Nd2ZnHg", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Nd2ZnHg", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: ZrAlNi2\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": "ZrAlNi2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "ZrAlNi2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: XeF2\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": "XeF2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "XeF2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: BeAu2\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": "BeAu2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "BeAu2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: ErInNi\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": "ErInNi", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "ErInNi", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: CaCd2\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": "CaCd2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "CaCd2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: NbCrGa\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": "NbCrGa", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "NbCrGa", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: LaCo2\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": "LaCo2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "LaCo2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: GdSnPd\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": "GdSnPd", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "GdSnPd", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: CaAgAs\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": "CaAgAs", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "CaAgAs", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: GaAg3\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": "GaAg3", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "GaAg3", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: SmTmMg2\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": "SmTmMg2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "SmTmMg2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Te\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": "Te", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Te", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: MnAu3\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": "MnAu3", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "MnAu3", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: BaAlGeF\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": "BaAlGeF", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "BaAlGeF", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: ErTe3\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": "ErTe3", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "ErTe3", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: TmHfIr2\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": "TmHfIr2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "TmHfIr2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: PrTl3\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": "PrTl3", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "PrTl3", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: YbCuGe\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": "YbCuGe", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "YbCuGe", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: CePa3\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": "CePa3", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "CePa3", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: Rb3Hg\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": "Rb3Hg", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "Rb3Hg", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: HoLuHg2\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": "HoLuHg2", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "HoLuHg2", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation
[ { "content": "Generate a fully relaxed CIF for the following material.\nComposition: ZrCoBi\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": "ZrCoBi", "spacegroup_symbol": null, "spacegroup_number": null}
{ "composition": "ZrCoBi", "spacegroup_number": null, "spacegroup_symbol": null }
composition-constrained-generation