Update README.md

README.md

@@ -21,5 +21,56 @@ My argument is that at this point we might have extremely refined open-release m
 - The training dataset needs more examples and cleaning.
 
 
+Template:
+```
+Think about the user prompt and generate a brief solution workflow for the assistant in first-person narrative. You may break down the prompt for a step-by-step analysis.
+### Prompt: Write worm game.<|file_sep|>
+<|box_start|>### Workflow:
+```
+Okay, I need to create a simple text-based game called "Worm Game." Here's my plan:
+
+1. **Define the game mechanics**: The player controls a small worm that moves around on a grid. The goal is to eat food items scattered across the grid while avoiding obstacles and other worms.
+
+2. **Set up the game environment**:
+   - Create a 2D grid (e.g., 20x20 cells) as the playing field.
+   - Initialize the worm at one end of the grid, facing right.
+   - Place some food items randomly within the grid boundaries.
+
+3. **Implement movement logic**:
+   - Allow the player to control the worm using arrow keys or WASD.
+   - Update the worm’s position based on input from the player.
+
+4. **Handle collision detection**:
+   - Check if the worm collides with any walls or itself.
+   - If there's a collision, reset the worm back to its starting point and wait for a short period before allowing it to move again.
+
+5. **Manage food consumption**:
+   - When the worm eats a piece of food, increase its size slightly and place another food item somewhere else on the grid.
+   - Keep track of the score by counting how many pieces of food have been eaten.
+
+6. **Add obstacle handling**:
+   - Introduce static obstacles like rocks or trees in random locations on the grid.
+   - Ensure these obstacles do not overlap with the food placements.
+
+7. **Win condition**:
+   - Define what constitutes winning the game (e.g., reaching a certain level of size after eating enough food).
+
+8. **Lose condition**:
+   - Determine when the player loses (e.g., colliding with an obstacle or going off the edge of the screen).
+
+9. **User interface**:
+   - Display the current state of the game including the worm, food, obstacles, and score.
+   - Include instructions for playing the game.
+
+10. **Testing and debugging**:
+    - Playtest the game thoroughly to find and fix bugs.
+    - Optimize performance if necessary.
+
+11. **Polish**:
+    - Add animations or visual effects where appropriate.
+    - Improve sound effects and music to enhance immersion.
+
+By following this structured approach, I should be able to develop a fun and engaging Worm Game.<|box_end|><|im_end|>
+
 ![image/png](https://cdn-uploads.huggingface.co/production/uploads/6324eabf05bd8a54c6eb1650/1cHpepP0zmML9etvBtUhs.png)