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README.md
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@@ -201,9 +201,9 @@ IsoBench is designed with two objectives, which are:
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#### Mathematics
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There are three mathematics tasks. Each task is structured as a classification problem and each class contains 128 samples.
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- Parity implements a ternary classification problem. A model has to classify an input function into an even function, odd function, or neither.
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- Convexity implements a binary classification problem for a model to classify an input function as convex or concave. **Note**: some functions are only convex (resp. concave) within a certain domain (*e.g.* `x > 0`), which is reported in the `xlim` field of each sample. We recommend providing this information as part of the prompt!
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- Breakpoint counts the number of breakpoints (*i.e.* intersections of a piecewise linear function). Each function contains either 2 or 3 breakpoints, which renders this task a binary classification problem.
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```python
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from datasets import load_dataset
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#### Mathematics
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There are three mathematics tasks. Each task is structured as a classification problem and each class contains 128 samples.
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+
- **Parity** implements a ternary classification problem. A model has to classify an input function into an even function, odd function, or neither.
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+
- **Convexity** implements a binary classification problem for a model to classify an input function as convex or concave. **Note**: some functions are only convex (resp. concave) within a certain domain (*e.g.* `x > 0`), which is reported in the `xlim` field of each sample. We recommend providing this information as part of the prompt!
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+
- **Breakpoint** counts the number of breakpoints (*i.e.* intersections of a piecewise linear function). Each function contains either 2 or 3 breakpoints, which renders this task a binary classification problem.
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```python
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from datasets import load_dataset
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