Update README.md
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README.md
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### Coherency Benchmark
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To evaluate the coherency, factuality, and fluency of our (and other) models, we use Qwen3-32B to grade 300 different generations generated from an unconditional prompt.
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Example configuration:
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```
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2. It takes four-dimensional space in a triangle, where each inch of its shape has two sides and one or more angles to represent them. This creates a sense of depth and meaning that the sky is beautifully different from other shapes like circles and squares.
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3. It can be used as a symbol for navigation and appreciation. For example: "The world is just beginning on the earth but still changing itself."
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4. Color Scheme (rather colors)
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Here's an example of how I learned about color theory:
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import matplotlib as pdipis as y = ['Size', 'Size'].last_id(x))
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Explanation:
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To understand the concept of color theory, let's say you have three sides and one side, with the following equation:
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Total length - 2 + 5 = 12
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Step 1: Find the top of the left hand
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If there are no sides of length or number, we would be assigned to the bottom of the right hand. For example: "The world is not only darker than traditional, but also lightning."
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Explanation:
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Now, let's look at some examples of color theory:
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### Coherency Benchmark
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+
To evaluate the **coherency, factuality, and fluency** of our (and other) models, we use **Qwen3-32B** to grade **300 different generations** generated from an **unconditional prompt**.
|
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| 578 |
Example configuration:
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```
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2. It takes four-dimensional space in a triangle, where each inch of its shape has two sides and one or more angles to represent them. This creates a sense of depth and meaning that the sky is beautifully different from other shapes like circles and squares.
|
| 662 |
3. It can be used as a symbol for navigation and appreciation. For example: "The world is just beginning on the earth but still changing itself."
|
| 663 |
4. Color Scheme (rather colors)
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| 664 |
+
|
| 665 |
Here's an example of how I learned about color theory:
|
| 666 |
+
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import matplotlib as pdipis as y = ['Size', 'Size'].last_id(x))
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| 668 |
+
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| 669 |
Explanation:
|
| 670 |
To understand the concept of color theory, let's say you have three sides and one side, with the following equation:
|
| 671 |
|
|
|
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| 673 |
Total length - 2 + 5 = 12
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| 674 |
Step 1: Find the top of the left hand
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If there are no sides of length or number, we would be assigned to the bottom of the right hand. For example: "The world is not only darker than traditional, but also lightning."
|
| 676 |
+
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| 677 |
Explanation:
|
| 678 |
Now, let's look at some examples of color theory:
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|