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add spaces between unit and value in Bicerano template #415

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Oct 15, 2023
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add spaces between unit and value in Bicerano template #415

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14 changes: 7 additions & 7 deletions data/tabular/bicerano_dataset/meta.yaml
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Expand Up @@ -98,23 +98,23 @@ templates:
- The polymer with the {PSMILES__description} of {PSMILES#} has a computed glass transition temperature of {Tg_calc#} K.
- The polymer with the {PSMILES__description} of {PSMILES#} has an experimental density at 300 K of {rho_300K_exp#} g/cc.
- The polymer with the {PSMILES__description} of {PSMILES#} has a computed density at 300 K of {rho_300K_calc#} g/cc.
- The polymer with the {PSMILES__description} of {PSMILES#} has a computed glass coefficient of thermal expansion (CTE) at 300K of {glass_CTE_calc#}
- The polymer with the {PSMILES__description} of {PSMILES#} has a computed glass coefficient of thermal expansion (CTE) at 300 K of {glass_CTE_calc#}
1/K.
- The polymer with the {PSMILES__description} of {PSMILES#} has a computed rubber coefficient of thermal expansion (CTE) at 300K of {rubber_CTE_calc#}
- The polymer with the {PSMILES__description} of {PSMILES#} has a computed rubber coefficient of thermal expansion (CTE) at 300 K of {rubber_CTE_calc#}
1/K.
- The polymer with the {compound_name__id} of {compound_name#} has an experimental glass transition temperature of {Tg_exp#} K.
- The polymer with the {compound_name__id} of {compound_name#} has a computed glass transition temperature of {Tg_calc#} K.
- The polymer with the {compound_name__id} of {compound_name#} has an experimental density at 300 K of {rho_300K_exp#} g/cc.
- The polymer with the {compound_name__id} of {compound_name#} has a computed density at 300 K of {rho_300K_calc#} g/cc.
- The polymer with the {compound_name__id} of {compound_name#} has a computed glass coefficient of thermal expansion (CTE) at 300K of {glass_CTE_calc#}
- The polymer with the {compound_name__id} of {compound_name#} has a computed glass coefficient of thermal expansion (CTE) at 300 K of {glass_CTE_calc#}
1/K.
- The polymer with the {compound_name__id} of {compound_name#} has a computed rubber coefficient of thermal expansion (CTE) at 300K of {rubber_CTE_calc#}
- The polymer with the {compound_name__id} of {compound_name#} has a computed rubber coefficient of thermal expansion (CTE) at 300 K of {rubber_CTE_calc#}
1/K.
- 'Question: What is a polymer with an experimental glass transition temperature of {Tg_exp#} K and experimental density at 300 K of {rho_300K_exp#}
g/cc. Answer: A polymer with {PSMILES__description} {PSMILES#}'
- 'Question: What is a polymer with a computed glass coefficient of thermal expansion (CTE) at 300K of {glass_CTE_calc#} and a computed rubber coefficient
of thermal expansion (CTE) at 300K of {rubber_CTE_calc#} 1/K. Answer: A polymer with {PSMILES__description} {PSMILES#}'
- 'Question: What is a polymer with a computed glass coefficient of thermal expansion (CTE) at 300 K of {glass_CTE_calc#} and a computed rubber coefficient
of thermal expansion (CTE) at 300 K of {rubber_CTE_calc#} 1/K. Answer: A polymer with {PSMILES__description} {PSMILES#}'
- 'Question: What is a polymer with a computed glass transition temperature of {Tg_calc#} K and a computed density at 300 K of {rho_300K_calc#} g/cc.
Answer: A polymer with {PSMILES__description} {PSMILES#}'
- 'Question: What is a polymer with a computed glass transition temperature of {Tg_calc#} K and a computed glass coefficient of thermal expansion (CTE)
at 300K of {glass_CTE_calc#} 1/K. Answer: A polymer with {PSMILES__description} {PSMILES#}'
at 300 K of {glass_CTE_calc#} 1/K. Answer: A polymer with {PSMILES__description} {PSMILES#}'
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