feat(few-shot): add a few-shot example for #1 #2
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| [Instruction] | ||
| Write a Python function that converts altitude to temperature using the standard atmosphere model. The function should also adjust for variations in barometric pressure given by the parameter mmHg. |
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The instruction loses context. "the standard atmosphere model" is not explained and terms like "barometric pressure", "mmHg" are strange. Try to make it more declarative, logical, and understandable by humans, incorporating more unique coding features.
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I thought The Standard Atmosphere was common knowledge: https://engineering.purdue.edu/~andrisan/Courses/AAE490A_S2002/Atmosphere.pdf
Or do you think more explanation is needed regardless of common knowledge? 🤔
| [Property] | ||
| category: code generation (function implementation) | ||
| language: Python | ||
| concepts: mathematical modeling, environmental physics, parameter default values |
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mathematical modeling and environmental physics are too vague concepts. Try to relate to the logic like formula calculation / logarithm using..
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| [Response] | ||
| [Reasoning] | ||
| To compute the temperature at a given altitude, considering the barometric pressure, we can use the standard atmospheric model modified for non-standard pressures. The function altitude_to_temperature calculates the temperature at a specified altitude h, adjusting the altitude if the barometric pressure mmHg differs from the standard 29.92 inches of Hg. The temperature calculation depends on whether the altitude is above or below 36,089 feet. |
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29.92 cannot be derived from the instruction, so the response is not aligned
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We have a formula calculation example already, so let's pick a different instrucion |
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