Update README.md

README.md

@@ -15,8 +15,8 @@ Please follow the [Build llama.cpp locally](https://github.com/ggerganov/llama.c
 
 ### INT4 Inference
 ```bash
-text="为什么企鹅没有被北极熊吃掉？" 
-./llama-cli -m SmallThinker-3B-Preview-3.1B-Q4_0.gguf  -p "Human:You are a helpful and harmless assistant.You should think step-by-step.$text\nAssistant:\n"  -n 512
+> text="为什么企鹅没有被北极熊吃掉？" 
+> ./llama-cli -m SmallThinker-3B-Preview-3.1B-Q4_0.gguf  -p "Human:You are a helpful and harmless assistant.You should think step-by-step.$text\nAssistant:\n"  -n 512
 
 # INT4:
 # 我正在尝试理解为什么企鹅没有被北极熊吃掉。这是一个有趣的问题，让我思考一下。
@@ -107,6 +107,39 @@ text="How many r in strawberry."
 # S-T-R-A-W-B-E-R-R-Y
 # Positions:
 # 1. S
+
+text="Which number is bigger, 9.11 or 9.8?"
+# INT4:
+# To answer this, I need to compare two numbers, 9.11 and 9.8, to determine which one is bigger. Let me think about this carefully.
+# First, I should consider the structure of the numbers. Both numbers have a single digit before the decimal point, which represents the tens place. In this case, the tens digit is 9 for both numbers. This means that both numbers are equally close to 10, but one digit after the decimal point is different.
+# Let me break this down further. The number 9.11 has a 1 in the tenths place, while the number 9.8 has an 8 in the tenths place. The tenths digit is crucial because it indicates the first digit after the decimal point, which affects the overall value of the number.
+# Now, let me compare the tenths digits: 1 in 9.11 and 8 in 9.8. The tenths digit in 9.8 is larger than the tenths digit in 9.11. This means that 9.8 is a larger number than 9.11.
+# Wait a minute, let me double-check this comparison to ensure I haven't missed anything. The tens digit is the same for both numbers, but the tenths digit in 9.8 is greater. This confirms that 9.8 is indeed larger than 9.11.
+# Fantastic! After this careful consideration, I can confidently say that 9.8 is bigger than 9.11.
+# Final Answer: 9.8 is bigger than 9.11. [end of text]
+
+# BF16:
+# So I have these two numbers: 9.11 and 9.8. I need to figure out which one is bigger. At first glance, they look pretty similar, but there's a difference in the digits after the decimal point.
+# Let me think about this step by step. Both numbers are decimals with one digit before the decimal point and two digits after it. So, they're both tenths and hundredths.
+# First, I can compare the whole number parts. In both cases, the whole number part is 9. Since 9 is equal to 9, that means so far, they're tied at the tenths place.
+# Now, let's look at the decimal places. Starting from the right, the first digit after the decimal is the tenths place, and the next one is the hundredths place.
+# In 9.11, the tenths digit is 1, and the hundredths digit is 1.
+# In 9.8, the tenths digit is 8, and the hundredths digit is 0.
+# So, comparing the tenths place:
+# - 9.11 has 1 in the tenths place.
+# - 9.8 has 8 in the tenths place.
+# Since 8 is greater than 1, that means 9.8 is larger than 9.11.
+# Wait a minute, just to make sure I'm not missing anything, maybe I should consider the entire number.
+# Another way to think about it is to convert these decimals into fractions or to understand their values in terms of money or something familiar.
+# For example, if I imagine these as amounts of money, 9.11 could be $9.11 and 9.8 could be $9.80. Clearly, $9.80 is more than $9.11 because 80 cents is more than 11 cents.
+# Alternatively, I could subtract one from the other to see which one is bigger.
+# Let's try subtracting 9.11 from 9.8.
+# 9.8 - 9.11 = ?
+# Well, subtracting the decimals directly:
+# 8 - 11 would require borrowing, but since 8 is less than 11, I need to borrow from the whole number.
+# So, 9 becomes 8, and 11 becomes 21.
+# Then, 8 - 11 in the hundredths place is still negative, so I need to borrow again.
+# But
 ```
 
 ### Generate the model