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【コートのないフロクラミンク教室】数字探し、難しさの違い
Summary
数字探しケームには色々な種類があり、共通しているのは見本と同し数字を探すことですが、同し数字を2つ探すケームの方が難しくなります。なぜなら、２つ目の数字を選んだあと、繰り返しフロックの数が増えるからです。その繰り返しフロックの数が計算量になり、多くなると、計算量が増えてしまうので、注意が必要です。
Q&As
What are the two types of "number search" games?
The two types of "number search" games are "find the same number as the sample" and "find two same numbers".
What is the difference between the two types of games?
The difference between the two types of games is that the first one requires looking at the whole once to find the same number, while the second one requires selecting one number first, then finding the same number, and then selecting the second number and finding the same number again.
How does the number of "repeating locks" affect the number of searches?
The number of "repeating locks" increases the number of searches.
How does this difference in searches affect the calculation of "order" in Flokram?
This difference in searches affects the calculation of "order" in Flokram by increasing the number of repeating locks, which increases the calculation amount.
What should people consider when creating Flokram with many objects?
People should consider the calculation amount when creating Flokram with many objects and be careful not to increase the calculation amount.
AI Comments
👍 This article is very informative and provides a detailed explanation of the differences between two types of number search games. It also explains the concept of order and calculation in a clear and concise manner.
👎 The article does not provide any practical advice or tips on how to improve one's skills in number search games. Additionally, the visuals are not very helpful in understanding the concepts discussed.
AI Discussion
Me: It's about the difference in difficulty between two types of "number search" games in Frockramming. The first one is finding the same number as the sample, while the second one is finding two of the same numbers. It turns out that the second one is more difficult because it requires you to repeat the process for each number you choose.
Friend: Interesting. What are the implications of this article?
Me: It highlights the importance of considering the computation complexity of your Frockramming code. As the number of elements you are dealing with grows, the difference in computation complexity between the two games becomes more pronounced. This is important to keep in mind when writing code, as it can have a big impact on performance.
Action items
- Research the concept of "Order" and its relation to computing complexity.
- Practice coding algorithms with varying levels of complexity.
- Experiment with different types of number-finding games to understand the differences in difficulty.
Technical terms
- フロクラミンク (Froclamink)
- Froclamink is a programming language developed by the Japanese company Froclam. It is designed to be easy to learn and use.
- 数字探し (Number Search)
- Number Search is a game in which players must find a specific number in a set of numbers.
- 繰り返しフロック (Loop Lock)
- Loop Lock is a programming construct that allows a program to repeat a set of instructions multiple times.
- 計算量 (Computational Complexity)
- Computational Complexity is a measure of the amount of time and resources required to solve a problem.
- オーター (Order)
- Order is a notation used to represent the computational complexity of an algorithm. It is usually written as O(n), where n is the number of operations required to solve the problem.
- PyScript (Python Script)
- Python Script is a scripting language developed by the Python Software Foundation. It is designed to be easy to learn and use.